Built from branch 'tiddlywiki-com' at commit 05243a6c4881546b76f239d9b2996511e1fbaba1 of https://github.com/Jermolene/TiddlyWiki5.git at 2019-03-16 16:42:23 UTC
{
"tiddlers": {
"$:/Acknowledgements": {
"title": "$:/Acknowledgements",
"text": "TiddlyWiki incorporates code from these fine OpenSource projects:\n\n* [[The Stanford Javascript Crypto Library|http://bitwiseshiftleft.github.io/sjcl/]]\n* [[The Jasmine JavaScript Test Framework|http://pivotal.github.io/jasmine/]]\n* [[Normalize.css by Nicolas Gallagher|http://necolas.github.io/normalize.css/]]\n\nAnd media from these projects:\n\n* World flag icons from [[Wikipedia|http://commons.wikimedia.org/wiki/Category:SVG_flags_by_country]]\n"
},
"$:/core/copyright.txt": {
"title": "$:/core/copyright.txt",
"type": "text/plain",
"text": "TiddlyWiki created by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright (c) 2004-2007, Jeremy Ruston\nCopyright (c) 2007-2018, UnaMesa Association\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n* Redistributions of source code must retain the above copyright notice, this\n list of conditions and the following disclaimer.\n\n* Redistributions in binary form must reproduce the above copyright notice,\n this list of conditions and the following disclaimer in the documentation\n and/or other materials provided with the distribution.\n\n* Neither the name of the copyright holder nor the names of its\n contributors may be used to endorse or promote products derived from\n this software without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 'AS IS'\nAND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE\nIMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE\nFOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL\nDAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR\nSERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER\nCAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,\nOR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\nOF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE."
},
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},
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"title": "$:/core/images/twitter",
"tags": "$:/tags/Image",
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},
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"title": "$:/core/images/underline",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-underline tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M7,117.421488 L121.247934,117.421488 L121.247934,128 L7,128 L7,117.421488 Z M104.871212,98.8958333 L104.871212,0 L88.6117424,0 L88.6117424,55.8560606 C88.6117424,60.3194668 88.0060035,64.432115 86.7945076,68.1941288 C85.5830116,71.9561425 83.7657949,75.239885 81.342803,78.0454545 C78.9198111,80.8510241 75.8911167,83.0189317 72.2566288,84.5492424 C68.6221409,86.0795531 64.3182067,86.844697 59.344697,86.844697 C53.0959284,86.844697 48.1862552,85.0593613 44.6155303,81.4886364 C41.0448054,77.9179114 39.2594697,73.0720003 39.2594697,66.9507576 L39.2594697,0 L23,0 L23,65.0378788 C23,70.3939662 23.5419769,75.2717583 24.625947,79.6714015 C25.709917,84.0710447 27.5908957,87.864883 30.2689394,91.0530303 C32.9469831,94.2411776 36.4538925,96.6960141 40.7897727,98.4176136 C45.125653,100.139213 50.545422,101 57.0492424,101 C64.3182182,101 70.630655,99.5653553 75.9867424,96.6960227 C81.3428298,93.8266902 85.742407,89.33147 89.1856061,83.2102273 L89.5681818,83.2102273 L89.5681818,98.8958333 L104.871212,98.8958333 Z\"></path>\n </g>\n</svg>"
},
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"title": "$:/core/images/unfold-all-button",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-unfold-all tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <rect x=\"0\" y=\"0\" width=\"128\" height=\"16\" rx=\"8\"></rect>\n <rect x=\"0\" y=\"64\" width=\"128\" height=\"16\" rx=\"8\"></rect>\n <path d=\"M85.598226,8.34884273 C84.1490432,6.89863875 82.1463102,6 79.9340286,6 L47.9482224,6 C43.5292967,6 39.9411255,9.581722 39.9411255,14 C39.9411255,18.4092877 43.5260249,22 47.9482224,22 L71.9411255,22 L71.9411255,45.9929031 C71.9411255,50.4118288 75.5228475,54 79.9411255,54 C84.3504132,54 87.9411255,50.4151006 87.9411255,45.9929031 L87.9411255,14.0070969 C87.9411255,11.7964515 87.0447363,9.79371715 85.5956548,8.34412458 Z\" transform=\"translate(63.941125, 30.000000) scale(1, -1) rotate(-45.000000) translate(-63.941125, -30.000000) \"></path>\n <path d=\"M85.6571005,72.2899682 C84.2079177,70.8397642 82.2051847,69.9411255 79.9929031,69.9411255 L48.0070969,69.9411255 C43.5881712,69.9411255 40,73.5228475 40,77.9411255 C40,82.3504132 43.5848994,85.9411255 48.0070969,85.9411255 L72,85.9411255 L72,109.934029 C72,114.352954 75.581722,117.941125 80,117.941125 C84.4092877,117.941125 88,114.356226 88,109.934029 L88,77.9482224 C88,75.737577 87.1036108,73.7348426 85.6545293,72.2852501 Z\" transform=\"translate(64.000000, 93.941125) scale(1, -1) rotate(-45.000000) translate(-64.000000, -93.941125) \"></path>\n </g>\n</svg>"
},
"$:/core/images/unfold-button": {
"title": "$:/core/images/unfold-button",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-unfold tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <rect x=\"0\" y=\"0\" width=\"128\" height=\"16\" rx=\"8\"></rect>\n <path d=\"M85.598226,11.3488427 C84.1490432,9.89863875 82.1463102,9 79.9340286,9 L47.9482224,9 C43.5292967,9 39.9411255,12.581722 39.9411255,17 C39.9411255,21.4092877 43.5260249,25 47.9482224,25 L71.9411255,25 L71.9411255,48.9929031 C71.9411255,53.4118288 75.5228475,57 79.9411255,57 C84.3504132,57 87.9411255,53.4151006 87.9411255,48.9929031 L87.9411255,17.0070969 C87.9411255,14.7964515 87.0447363,12.7937171 85.5956548,11.3441246 Z\" transform=\"translate(63.941125, 33.000000) scale(1, -1) rotate(-45.000000) translate(-63.941125, -33.000000) \"></path>\n <path d=\"M85.6571005,53.4077172 C84.2079177,51.9575133 82.2051847,51.0588745 79.9929031,51.0588745 L48.0070969,51.0588745 C43.5881712,51.0588745 40,54.6405965 40,59.0588745 C40,63.4681622 43.5848994,67.0588745 48.0070969,67.0588745 L72,67.0588745 L72,91.0517776 C72,95.4707033 75.581722,99.0588745 80,99.0588745 C84.4092877,99.0588745 88,95.4739751 88,91.0517776 L88,59.0659714 C88,56.855326 87.1036108,54.8525917 85.6545293,53.4029991 Z\" transform=\"translate(64.000000, 75.058875) scale(1, -1) rotate(-45.000000) translate(-64.000000, -75.058875) \"></path>\n </g>\n</svg>"
},
"$:/core/images/unlocked-padlock": {
"title": "$:/core/images/unlocked-padlock",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-unlocked-padlock tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M48.6266053,64 L105,64 L105,96.0097716 C105,113.673909 90.6736461,128 73.001193,128 L55.998807,128 C38.3179793,128 24,113.677487 24,96.0097716 L24,64 L30.136303,64 C19.6806213,51.3490406 2.77158986,28.2115132 25.8366966,8.85759246 C50.4723026,-11.8141335 71.6711028,13.2108337 81.613302,25.0594855 C91.5555012,36.9081373 78.9368488,47.4964439 69.1559674,34.9513593 C59.375086,22.4062748 47.9893192,10.8049522 35.9485154,20.9083862 C23.9077117,31.0118202 34.192312,43.2685325 44.7624679,55.8655518 C47.229397,58.805523 48.403443,61.5979188 48.6266053,64 Z M67.7315279,92.3641717 C70.8232551,91.0923621 73,88.0503841 73,84.5 C73,79.8055796 69.1944204,76 64.5,76 C59.8055796,76 56,79.8055796 56,84.5 C56,87.947435 58.0523387,90.9155206 61.0018621,92.2491029 L55.9067479,115.020857 L72.8008958,115.020857 L67.7315279,92.3641717 L67.7315279,92.3641717 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/up-arrow": {
"title": "$:/core/images/up-arrow",
"created": "20150316000544368",
"modified": "20150316000831867",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-up-arrow tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n<path transform=\"rotate(-135, 63.8945, 64.1752)\" d=\"m109.07576,109.35336c-1.43248,1.43361 -3.41136,2.32182 -5.59717,2.32182l-79.16816,0c-4.36519,0 -7.91592,-3.5444 -7.91592,-7.91666c0,-4.36337 3.54408,-7.91667 7.91592,-7.91667l71.25075,0l0,-71.25074c0,-4.3652 3.54442,-7.91592 7.91667,-7.91592c4.36336,0 7.91667,3.54408 7.91667,7.91592l0,79.16815c0,2.1825 -0.88602,4.16136 -2.3185,5.59467l-0.00027,-0.00056l0.00001,-0.00001z\" />\n</svg>\n \n"
},
"$:/core/images/video": {
"title": "$:/core/images/video",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-video tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M64,12 C29.0909091,12 8.72727273,14.9166667 5.81818182,17.8333333 C2.90909091,20.75 1.93784382e-15,41.1666667 0,64.5 C1.93784382e-15,87.8333333 2.90909091,108.25 5.81818182,111.166667 C8.72727273,114.083333 29.0909091,117 64,117 C98.9090909,117 119.272727,114.083333 122.181818,111.166667 C125.090909,108.25 128,87.8333333 128,64.5 C128,41.1666667 125.090909,20.75 122.181818,17.8333333 C119.272727,14.9166667 98.9090909,12 64,12 Z M54.9161194,44.6182253 C51.102648,42.0759111 48.0112186,43.7391738 48.0112186,48.3159447 L48.0112186,79.6840553 C48.0112186,84.2685636 51.109784,85.9193316 54.9161194,83.3817747 L77.0838806,68.6032672 C80.897352,66.0609529 80.890216,61.9342897 77.0838806,59.3967328 L54.9161194,44.6182253 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/warning": {
"title": "$:/core/images/warning",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-warning tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M57.0717968,11 C60.1509982,5.66666667 67.8490018,5.66666667 70.9282032,11 L126.353829,107 C129.433031,112.333333 125.584029,119 119.425626,119 L8.57437416,119 C2.41597129,119 -1.43303051,112.333333 1.64617093,107 L57.0717968,11 Z M64,37 C59.581722,37 56,40.5820489 56,44.9935776 L56,73.0064224 C56,77.4211534 59.5907123,81 64,81 C68.418278,81 72,77.4179511 72,73.0064224 L72,44.9935776 C72,40.5788466 68.4092877,37 64,37 Z M64,104 C68.418278,104 72,100.418278 72,96 C72,91.581722 68.418278,88 64,88 C59.581722,88 56,91.581722 56,96 C56,100.418278 59.581722,104 64,104 Z\"></path>\n </g>\n</svg>"
},
"$:/language/Buttons/AdvancedSearch/Caption": {
"title": "$:/language/Buttons/AdvancedSearch/Caption",
"text": "advanced search"
},
"$:/language/Buttons/AdvancedSearch/Hint": {
"title": "$:/language/Buttons/AdvancedSearch/Hint",
"text": "Advanced search"
},
"$:/language/Buttons/Cancel/Caption": {
"title": "$:/language/Buttons/Cancel/Caption",
"text": "cancel"
},
"$:/language/Buttons/Cancel/Hint": {
"title": "$:/language/Buttons/Cancel/Hint",
"text": "Discard changes to this tiddler"
},
"$:/language/Buttons/Clone/Caption": {
"title": "$:/language/Buttons/Clone/Caption",
"text": "clone"
},
"$:/language/Buttons/Clone/Hint": {
"title": "$:/language/Buttons/Clone/Hint",
"text": "Clone this tiddler"
},
"$:/language/Buttons/Close/Caption": {
"title": "$:/language/Buttons/Close/Caption",
"text": "close"
},
"$:/language/Buttons/Close/Hint": {
"title": "$:/language/Buttons/Close/Hint",
"text": "Close this tiddler"
},
"$:/language/Buttons/CloseAll/Caption": {
"title": "$:/language/Buttons/CloseAll/Caption",
"text": "close all"
},
"$:/language/Buttons/CloseAll/Hint": {
"title": "$:/language/Buttons/CloseAll/Hint",
"text": "Close all tiddlers"
},
"$:/language/Buttons/CloseOthers/Caption": {
"title": "$:/language/Buttons/CloseOthers/Caption",
"text": "close others"
},
"$:/language/Buttons/CloseOthers/Hint": {
"title": "$:/language/Buttons/CloseOthers/Hint",
"text": "Close other tiddlers"
},
"$:/language/Buttons/ControlPanel/Caption": {
"title": "$:/language/Buttons/ControlPanel/Caption",
"text": "control panel"
},
"$:/language/Buttons/ControlPanel/Hint": {
"title": "$:/language/Buttons/ControlPanel/Hint",
"text": "Open control panel"
},
"$:/language/Buttons/CopyToClipboard/Caption": {
"title": "$:/language/Buttons/CopyToClipboard/Caption",
"text": "copy to clipboard"
},
"$:/language/Buttons/CopyToClipboard/Hint": {
"title": "$:/language/Buttons/CopyToClipboard/Hint",
"text": "Copy this text to the clipboard"
},
"$:/language/Buttons/Delete/Caption": {
"title": "$:/language/Buttons/Delete/Caption",
"text": "delete"
},
"$:/language/Buttons/Delete/Hint": {
"title": "$:/language/Buttons/Delete/Hint",
"text": "Delete this tiddler"
},
"$:/language/Buttons/Edit/Caption": {
"title": "$:/language/Buttons/Edit/Caption",
"text": "edit"
},
"$:/language/Buttons/Edit/Hint": {
"title": "$:/language/Buttons/Edit/Hint",
"text": "Edit this tiddler"
},
"$:/language/Buttons/Encryption/Caption": {
"title": "$:/language/Buttons/Encryption/Caption",
"text": "encryption"
},
"$:/language/Buttons/Encryption/Hint": {
"title": "$:/language/Buttons/Encryption/Hint",
"text": "Set or clear a password for saving this wiki"
},
"$:/language/Buttons/Encryption/ClearPassword/Caption": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
"text": "clear password"
},
"$:/language/Buttons/Encryption/ClearPassword/Hint": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
"text": "Clear the password and save this wiki without encryption"
},
"$:/language/Buttons/Encryption/SetPassword/Caption": {
"title": "$:/language/Buttons/Encryption/SetPassword/Caption",
"text": "set password"
},
"$:/language/Buttons/Encryption/SetPassword/Hint": {
"title": "$:/language/Buttons/Encryption/SetPassword/Hint",
"text": "Set a password for saving this wiki with encryption"
},
"$:/language/Buttons/ExportPage/Caption": {
"title": "$:/language/Buttons/ExportPage/Caption",
"text": "export all"
},
"$:/language/Buttons/ExportPage/Hint": {
"title": "$:/language/Buttons/ExportPage/Hint",
"text": "Export all tiddlers"
},
"$:/language/Buttons/ExportTiddler/Caption": {
"title": "$:/language/Buttons/ExportTiddler/Caption",
"text": "export tiddler"
},
"$:/language/Buttons/ExportTiddler/Hint": {
"title": "$:/language/Buttons/ExportTiddler/Hint",
"text": "Export tiddler"
},
"$:/language/Buttons/ExportTiddlers/Caption": {
"title": "$:/language/Buttons/ExportTiddlers/Caption",
"text": "export tiddlers"
},
"$:/language/Buttons/ExportTiddlers/Hint": {
"title": "$:/language/Buttons/ExportTiddlers/Hint",
"text": "Export tiddlers"
},
"$:/language/Buttons/Fold/Caption": {
"title": "$:/language/Buttons/Fold/Caption",
"text": "fold tiddler"
},
"$:/language/Buttons/Fold/Hint": {
"title": "$:/language/Buttons/Fold/Hint",
"text": "Fold the body of this tiddler"
},
"$:/language/Buttons/Fold/FoldBar/Caption": {
"title": "$:/language/Buttons/Fold/FoldBar/Caption",
"text": "fold-bar"
},
"$:/language/Buttons/Fold/FoldBar/Hint": {
"title": "$:/language/Buttons/Fold/FoldBar/Hint",
"text": "Optional bars to fold and unfold tiddlers"
},
"$:/language/Buttons/Unfold/Caption": {
"title": "$:/language/Buttons/Unfold/Caption",
"text": "unfold tiddler"
},
"$:/language/Buttons/Unfold/Hint": {
"title": "$:/language/Buttons/Unfold/Hint",
"text": "Unfold the body of this tiddler"
},
"$:/language/Buttons/FoldOthers/Caption": {
"title": "$:/language/Buttons/FoldOthers/Caption",
"text": "fold other tiddlers"
},
"$:/language/Buttons/FoldOthers/Hint": {
"title": "$:/language/Buttons/FoldOthers/Hint",
"text": "Fold the bodies of other opened tiddlers"
},
"$:/language/Buttons/FoldAll/Caption": {
"title": "$:/language/Buttons/FoldAll/Caption",
"text": "fold all tiddlers"
},
"$:/language/Buttons/FoldAll/Hint": {
"title": "$:/language/Buttons/FoldAll/Hint",
"text": "Fold the bodies of all opened tiddlers"
},
"$:/language/Buttons/UnfoldAll/Caption": {
"title": "$:/language/Buttons/UnfoldAll/Caption",
"text": "unfold all tiddlers"
},
"$:/language/Buttons/UnfoldAll/Hint": {
"title": "$:/language/Buttons/UnfoldAll/Hint",
"text": "Unfold the bodies of all opened tiddlers"
},
"$:/language/Buttons/FullScreen/Caption": {
"title": "$:/language/Buttons/FullScreen/Caption",
"text": "full-screen"
},
"$:/language/Buttons/FullScreen/Hint": {
"title": "$:/language/Buttons/FullScreen/Hint",
"text": "Enter or leave full-screen mode"
},
"$:/language/Buttons/Help/Caption": {
"title": "$:/language/Buttons/Help/Caption",
"text": "help"
},
"$:/language/Buttons/Help/Hint": {
"title": "$:/language/Buttons/Help/Hint",
"text": "Show help panel"
},
"$:/language/Buttons/Import/Caption": {
"title": "$:/language/Buttons/Import/Caption",
"text": "import"
},
"$:/language/Buttons/Import/Hint": {
"title": "$:/language/Buttons/Import/Hint",
"text": "Import many types of file including text, image, TiddlyWiki or JSON"
},
"$:/language/Buttons/Info/Caption": {
"title": "$:/language/Buttons/Info/Caption",
"text": "info"
},
"$:/language/Buttons/Info/Hint": {
"title": "$:/language/Buttons/Info/Hint",
"text": "Show information for this tiddler"
},
"$:/language/Buttons/Home/Caption": {
"title": "$:/language/Buttons/Home/Caption",
"text": "home"
},
"$:/language/Buttons/Home/Hint": {
"title": "$:/language/Buttons/Home/Hint",
"text": "Open the default tiddlers"
},
"$:/language/Buttons/Language/Caption": {
"title": "$:/language/Buttons/Language/Caption",
"text": "language"
},
"$:/language/Buttons/Language/Hint": {
"title": "$:/language/Buttons/Language/Hint",
"text": "Choose the user interface language"
},
"$:/language/Buttons/Manager/Caption": {
"title": "$:/language/Buttons/Manager/Caption",
"text": "tiddler manager"
},
"$:/language/Buttons/Manager/Hint": {
"title": "$:/language/Buttons/Manager/Hint",
"text": "Open tiddler manager"
},
"$:/language/Buttons/More/Caption": {
"title": "$:/language/Buttons/More/Caption",
"text": "more"
},
"$:/language/Buttons/More/Hint": {
"title": "$:/language/Buttons/More/Hint",
"text": "More actions"
},
"$:/language/Buttons/NewHere/Caption": {
"title": "$:/language/Buttons/NewHere/Caption",
"text": "new here"
},
"$:/language/Buttons/NewHere/Hint": {
"title": "$:/language/Buttons/NewHere/Hint",
"text": "Create a new tiddler tagged with this one"
},
"$:/language/Buttons/NewJournal/Caption": {
"title": "$:/language/Buttons/NewJournal/Caption",
"text": "new journal"
},
"$:/language/Buttons/NewJournal/Hint": {
"title": "$:/language/Buttons/NewJournal/Hint",
"text": "Create a new journal tiddler"
},
"$:/language/Buttons/NewJournalHere/Caption": {
"title": "$:/language/Buttons/NewJournalHere/Caption",
"text": "new journal here"
},
"$:/language/Buttons/NewJournalHere/Hint": {
"title": "$:/language/Buttons/NewJournalHere/Hint",
"text": "Create a new journal tiddler tagged with this one"
},
"$:/language/Buttons/NewImage/Caption": {
"title": "$:/language/Buttons/NewImage/Caption",
"text": "new image"
},
"$:/language/Buttons/NewImage/Hint": {
"title": "$:/language/Buttons/NewImage/Hint",
"text": "Create a new image tiddler"
},
"$:/language/Buttons/NewMarkdown/Caption": {
"title": "$:/language/Buttons/NewMarkdown/Caption",
"text": "new Markdown tiddler"
},
"$:/language/Buttons/NewMarkdown/Hint": {
"title": "$:/language/Buttons/NewMarkdown/Hint",
"text": "Create a new Markdown tiddler"
},
"$:/language/Buttons/NewTiddler/Caption": {
"title": "$:/language/Buttons/NewTiddler/Caption",
"text": "new tiddler"
},
"$:/language/Buttons/NewTiddler/Hint": {
"title": "$:/language/Buttons/NewTiddler/Hint",
"text": "Create a new tiddler"
},
"$:/language/Buttons/OpenWindow/Caption": {
"title": "$:/language/Buttons/OpenWindow/Caption",
"text": "open in new window"
},
"$:/language/Buttons/OpenWindow/Hint": {
"title": "$:/language/Buttons/OpenWindow/Hint",
"text": "Open tiddler in new window"
},
"$:/language/Buttons/Palette/Caption": {
"title": "$:/language/Buttons/Palette/Caption",
"text": "palette"
},
"$:/language/Buttons/Palette/Hint": {
"title": "$:/language/Buttons/Palette/Hint",
"text": "Choose the colour palette"
},
"$:/language/Buttons/Permalink/Caption": {
"title": "$:/language/Buttons/Permalink/Caption",
"text": "permalink"
},
"$:/language/Buttons/Permalink/Hint": {
"title": "$:/language/Buttons/Permalink/Hint",
"text": "Set browser address bar to a direct link to this tiddler"
},
"$:/language/Buttons/Permaview/Caption": {
"title": "$:/language/Buttons/Permaview/Caption",
"text": "permaview"
},
"$:/language/Buttons/Permaview/Hint": {
"title": "$:/language/Buttons/Permaview/Hint",
"text": "Set browser address bar to a direct link to all the tiddlers in this story"
},
"$:/language/Buttons/Print/Caption": {
"title": "$:/language/Buttons/Print/Caption",
"text": "print page"
},
"$:/language/Buttons/Print/Hint": {
"title": "$:/language/Buttons/Print/Hint",
"text": "Print the current page"
},
"$:/language/Buttons/Refresh/Caption": {
"title": "$:/language/Buttons/Refresh/Caption",
"text": "refresh"
},
"$:/language/Buttons/Refresh/Hint": {
"title": "$:/language/Buttons/Refresh/Hint",
"text": "Perform a full refresh of the wiki"
},
"$:/language/Buttons/Save/Caption": {
"title": "$:/language/Buttons/Save/Caption",
"text": "ok"
},
"$:/language/Buttons/Save/Hint": {
"title": "$:/language/Buttons/Save/Hint",
"text": "Confirm changes to this tiddler"
},
"$:/language/Buttons/SaveWiki/Caption": {
"title": "$:/language/Buttons/SaveWiki/Caption",
"text": "save changes"
},
"$:/language/Buttons/SaveWiki/Hint": {
"title": "$:/language/Buttons/SaveWiki/Hint",
"text": "Save changes"
},
"$:/language/Buttons/StoryView/Caption": {
"title": "$:/language/Buttons/StoryView/Caption",
"text": "storyview"
},
"$:/language/Buttons/StoryView/Hint": {
"title": "$:/language/Buttons/StoryView/Hint",
"text": "Choose the story visualisation"
},
"$:/language/Buttons/HideSideBar/Caption": {
"title": "$:/language/Buttons/HideSideBar/Caption",
"text": "hide sidebar"
},
"$:/language/Buttons/HideSideBar/Hint": {
"title": "$:/language/Buttons/HideSideBar/Hint",
"text": "Hide sidebar"
},
"$:/language/Buttons/ShowSideBar/Caption": {
"title": "$:/language/Buttons/ShowSideBar/Caption",
"text": "show sidebar"
},
"$:/language/Buttons/ShowSideBar/Hint": {
"title": "$:/language/Buttons/ShowSideBar/Hint",
"text": "Show sidebar"
},
"$:/language/Buttons/TagManager/Caption": {
"title": "$:/language/Buttons/TagManager/Caption",
"text": "tag manager"
},
"$:/language/Buttons/TagManager/Hint": {
"title": "$:/language/Buttons/TagManager/Hint",
"text": "Open tag manager"
},
"$:/language/Buttons/Timestamp/Caption": {
"title": "$:/language/Buttons/Timestamp/Caption",
"text": "timestamps"
},
"$:/language/Buttons/Timestamp/Hint": {
"title": "$:/language/Buttons/Timestamp/Hint",
"text": "Choose whether modifications update timestamps"
},
"$:/language/Buttons/Timestamp/On/Caption": {
"title": "$:/language/Buttons/Timestamp/On/Caption",
"text": "timestamps are on"
},
"$:/language/Buttons/Timestamp/On/Hint": {
"title": "$:/language/Buttons/Timestamp/On/Hint",
"text": "Update timestamps when tiddlers are modified"
},
"$:/language/Buttons/Timestamp/Off/Caption": {
"title": "$:/language/Buttons/Timestamp/Off/Caption",
"text": "timestamps are off"
},
"$:/language/Buttons/Timestamp/Off/Hint": {
"title": "$:/language/Buttons/Timestamp/Off/Hint",
"text": "Don't update timestamps when tiddlers are modified"
},
"$:/language/Buttons/Theme/Caption": {
"title": "$:/language/Buttons/Theme/Caption",
"text": "theme"
},
"$:/language/Buttons/Theme/Hint": {
"title": "$:/language/Buttons/Theme/Hint",
"text": "Choose the display theme"
},
"$:/language/Buttons/Bold/Caption": {
"title": "$:/language/Buttons/Bold/Caption",
"text": "bold"
},
"$:/language/Buttons/Bold/Hint": {
"title": "$:/language/Buttons/Bold/Hint",
"text": "Apply bold formatting to selection"
},
"$:/language/Buttons/Clear/Caption": {
"title": "$:/language/Buttons/Clear/Caption",
"text": "clear"
},
"$:/language/Buttons/Clear/Hint": {
"title": "$:/language/Buttons/Clear/Hint",
"text": "Clear image to solid colour"
},
"$:/language/Buttons/EditorHeight/Caption": {
"title": "$:/language/Buttons/EditorHeight/Caption",
"text": "editor height"
},
"$:/language/Buttons/EditorHeight/Caption/Auto": {
"title": "$:/language/Buttons/EditorHeight/Caption/Auto",
"text": "Automatically adjust height to fit content"
},
"$:/language/Buttons/EditorHeight/Caption/Fixed": {
"title": "$:/language/Buttons/EditorHeight/Caption/Fixed",
"text": "Fixed height:"
},
"$:/language/Buttons/EditorHeight/Hint": {
"title": "$:/language/Buttons/EditorHeight/Hint",
"text": "Choose the height of the text editor"
},
"$:/language/Buttons/Excise/Caption": {
"title": "$:/language/Buttons/Excise/Caption",
"text": "excise"
},
"$:/language/Buttons/Excise/Caption/Excise": {
"title": "$:/language/Buttons/Excise/Caption/Excise",
"text": "Perform excision"
},
"$:/language/Buttons/Excise/Caption/MacroName": {
"title": "$:/language/Buttons/Excise/Caption/MacroName",
"text": "Macro name:"
},
"$:/language/Buttons/Excise/Caption/NewTitle": {
"title": "$:/language/Buttons/Excise/Caption/NewTitle",
"text": "Title of new tiddler:"
},
"$:/language/Buttons/Excise/Caption/Replace": {
"title": "$:/language/Buttons/Excise/Caption/Replace",
"text": "Replace excised text with:"
},
"$:/language/Buttons/Excise/Caption/Replace/Macro": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Macro",
"text": "macro"
},
"$:/language/Buttons/Excise/Caption/Replace/Link": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Link",
"text": "link"
},
"$:/language/Buttons/Excise/Caption/Replace/Transclusion": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Transclusion",
"text": "transclusion"
},
"$:/language/Buttons/Excise/Caption/Tag": {
"title": "$:/language/Buttons/Excise/Caption/Tag",
"text": "Tag new tiddler with the title of this tiddler"
},
"$:/language/Buttons/Excise/Caption/TiddlerExists": {
"title": "$:/language/Buttons/Excise/Caption/TiddlerExists",
"text": "Warning: tiddler already exists"
},
"$:/language/Buttons/Excise/Hint": {
"title": "$:/language/Buttons/Excise/Hint",
"text": "Excise the selected text into a new tiddler"
},
"$:/language/Buttons/Heading1/Caption": {
"title": "$:/language/Buttons/Heading1/Caption",
"text": "heading 1"
},
"$:/language/Buttons/Heading1/Hint": {
"title": "$:/language/Buttons/Heading1/Hint",
"text": "Apply heading level 1 formatting to lines containing selection"
},
"$:/language/Buttons/Heading2/Caption": {
"title": "$:/language/Buttons/Heading2/Caption",
"text": "heading 2"
},
"$:/language/Buttons/Heading2/Hint": {
"title": "$:/language/Buttons/Heading2/Hint",
"text": "Apply heading level 2 formatting to lines containing selection"
},
"$:/language/Buttons/Heading3/Caption": {
"title": "$:/language/Buttons/Heading3/Caption",
"text": "heading 3"
},
"$:/language/Buttons/Heading3/Hint": {
"title": "$:/language/Buttons/Heading3/Hint",
"text": "Apply heading level 3 formatting to lines containing selection"
},
"$:/language/Buttons/Heading4/Caption": {
"title": "$:/language/Buttons/Heading4/Caption",
"text": "heading 4"
},
"$:/language/Buttons/Heading4/Hint": {
"title": "$:/language/Buttons/Heading4/Hint",
"text": "Apply heading level 4 formatting to lines containing selection"
},
"$:/language/Buttons/Heading5/Caption": {
"title": "$:/language/Buttons/Heading5/Caption",
"text": "heading 5"
},
"$:/language/Buttons/Heading5/Hint": {
"title": "$:/language/Buttons/Heading5/Hint",
"text": "Apply heading level 5 formatting to lines containing selection"
},
"$:/language/Buttons/Heading6/Caption": {
"title": "$:/language/Buttons/Heading6/Caption",
"text": "heading 6"
},
"$:/language/Buttons/Heading6/Hint": {
"title": "$:/language/Buttons/Heading6/Hint",
"text": "Apply heading level 6 formatting to lines containing selection"
},
"$:/language/Buttons/Italic/Caption": {
"title": "$:/language/Buttons/Italic/Caption",
"text": "italic"
},
"$:/language/Buttons/Italic/Hint": {
"title": "$:/language/Buttons/Italic/Hint",
"text": "Apply italic formatting to selection"
},
"$:/language/Buttons/LineWidth/Caption": {
"title": "$:/language/Buttons/LineWidth/Caption",
"text": "line width"
},
"$:/language/Buttons/LineWidth/Hint": {
"title": "$:/language/Buttons/LineWidth/Hint",
"text": "Set line width for painting"
},
"$:/language/Buttons/Link/Caption": {
"title": "$:/language/Buttons/Link/Caption",
"text": "link"
},
"$:/language/Buttons/Link/Hint": {
"title": "$:/language/Buttons/Link/Hint",
"text": "Create wikitext link"
},
"$:/language/Buttons/Linkify/Caption": {
"title": "$:/language/Buttons/Linkify/Caption",
"text": "wikilink"
},
"$:/language/Buttons/Linkify/Hint": {
"title": "$:/language/Buttons/Linkify/Hint",
"text": "Wrap selection in square brackets"
},
"$:/language/Buttons/ListBullet/Caption": {
"title": "$:/language/Buttons/ListBullet/Caption",
"text": "bulleted list"
},
"$:/language/Buttons/ListBullet/Hint": {
"title": "$:/language/Buttons/ListBullet/Hint",
"text": "Apply bulleted list formatting to lines containing selection"
},
"$:/language/Buttons/ListNumber/Caption": {
"title": "$:/language/Buttons/ListNumber/Caption",
"text": "numbered list"
},
"$:/language/Buttons/ListNumber/Hint": {
"title": "$:/language/Buttons/ListNumber/Hint",
"text": "Apply numbered list formatting to lines containing selection"
},
"$:/language/Buttons/MonoBlock/Caption": {
"title": "$:/language/Buttons/MonoBlock/Caption",
"text": "monospaced block"
},
"$:/language/Buttons/MonoBlock/Hint": {
"title": "$:/language/Buttons/MonoBlock/Hint",
"text": "Apply monospaced block formatting to lines containing selection"
},
"$:/language/Buttons/MonoLine/Caption": {
"title": "$:/language/Buttons/MonoLine/Caption",
"text": "monospaced"
},
"$:/language/Buttons/MonoLine/Hint": {
"title": "$:/language/Buttons/MonoLine/Hint",
"text": "Apply monospaced character formatting to selection"
},
"$:/language/Buttons/Opacity/Caption": {
"title": "$:/language/Buttons/Opacity/Caption",
"text": "opacity"
},
"$:/language/Buttons/Opacity/Hint": {
"title": "$:/language/Buttons/Opacity/Hint",
"text": "Set painting opacity"
},
"$:/language/Buttons/Paint/Caption": {
"title": "$:/language/Buttons/Paint/Caption",
"text": "paint colour"
},
"$:/language/Buttons/Paint/Hint": {
"title": "$:/language/Buttons/Paint/Hint",
"text": "Set painting colour"
},
"$:/language/Buttons/Picture/Caption": {
"title": "$:/language/Buttons/Picture/Caption",
"text": "picture"
},
"$:/language/Buttons/Picture/Hint": {
"title": "$:/language/Buttons/Picture/Hint",
"text": "Insert picture"
},
"$:/language/Buttons/Preview/Caption": {
"title": "$:/language/Buttons/Preview/Caption",
"text": "preview"
},
"$:/language/Buttons/Preview/Hint": {
"title": "$:/language/Buttons/Preview/Hint",
"text": "Show preview pane"
},
"$:/language/Buttons/PreviewType/Caption": {
"title": "$:/language/Buttons/PreviewType/Caption",
"text": "preview type"
},
"$:/language/Buttons/PreviewType/Hint": {
"title": "$:/language/Buttons/PreviewType/Hint",
"text": "Choose preview type"
},
"$:/language/Buttons/Quote/Caption": {
"title": "$:/language/Buttons/Quote/Caption",
"text": "quote"
},
"$:/language/Buttons/Quote/Hint": {
"title": "$:/language/Buttons/Quote/Hint",
"text": "Apply quoted text formatting to lines containing selection"
},
"$:/language/Buttons/RotateLeft/Caption": {
"title": "$:/language/Buttons/RotateLeft/Caption",
"text": "rotate left"
},
"$:/language/Buttons/RotateLeft/Hint": {
"title": "$:/language/Buttons/RotateLeft/Hint",
"text": "Rotate image left by 90 degrees"
},
"$:/language/Buttons/Size/Caption": {
"title": "$:/language/Buttons/Size/Caption",
"text": "image size"
},
"$:/language/Buttons/Size/Caption/Height": {
"title": "$:/language/Buttons/Size/Caption/Height",
"text": "Height:"
},
"$:/language/Buttons/Size/Caption/Resize": {
"title": "$:/language/Buttons/Size/Caption/Resize",
"text": "Resize image"
},
"$:/language/Buttons/Size/Caption/Width": {
"title": "$:/language/Buttons/Size/Caption/Width",
"text": "Width:"
},
"$:/language/Buttons/Size/Hint": {
"title": "$:/language/Buttons/Size/Hint",
"text": "Set image size"
},
"$:/language/Buttons/Stamp/Caption": {
"title": "$:/language/Buttons/Stamp/Caption",
"text": "stamp"
},
"$:/language/Buttons/Stamp/Caption/New": {
"title": "$:/language/Buttons/Stamp/Caption/New",
"text": "Add your own"
},
"$:/language/Buttons/Stamp/Hint": {
"title": "$:/language/Buttons/Stamp/Hint",
"text": "Insert a preconfigured snippet of text"
},
"$:/language/Buttons/Stamp/New/Title": {
"title": "$:/language/Buttons/Stamp/New/Title",
"text": "Name as shown in menu"
},
"$:/language/Buttons/Stamp/New/Text": {
"title": "$:/language/Buttons/Stamp/New/Text",
"text": "Text of snippet. (Remember to add a descriptive title in the caption field)."
},
"$:/language/Buttons/Strikethrough/Caption": {
"title": "$:/language/Buttons/Strikethrough/Caption",
"text": "strikethrough"
},
"$:/language/Buttons/Strikethrough/Hint": {
"title": "$:/language/Buttons/Strikethrough/Hint",
"text": "Apply strikethrough formatting to selection"
},
"$:/language/Buttons/Subscript/Caption": {
"title": "$:/language/Buttons/Subscript/Caption",
"text": "subscript"
},
"$:/language/Buttons/Subscript/Hint": {
"title": "$:/language/Buttons/Subscript/Hint",
"text": "Apply subscript formatting to selection"
},
"$:/language/Buttons/Superscript/Caption": {
"title": "$:/language/Buttons/Superscript/Caption",
"text": "superscript"
},
"$:/language/Buttons/Superscript/Hint": {
"title": "$:/language/Buttons/Superscript/Hint",
"text": "Apply superscript formatting to selection"
},
"$:/language/Buttons/Transcludify/Caption": {
"title": "$:/language/Buttons/Transcludify/Caption",
"text": "transclusion"
},
"$:/language/Buttons/Transcludify/Hint": {
"title": "$:/language/Buttons/Transcludify/Hint",
"text": "Wrap selection in curly brackets"
},
"$:/language/Buttons/Underline/Caption": {
"title": "$:/language/Buttons/Underline/Caption",
"text": "underline"
},
"$:/language/Buttons/Underline/Hint": {
"title": "$:/language/Buttons/Underline/Hint",
"text": "Apply underline formatting to selection"
},
"$:/language/ControlPanel/Advanced/Caption": {
"title": "$:/language/ControlPanel/Advanced/Caption",
"text": "Advanced"
},
"$:/language/ControlPanel/Advanced/Hint": {
"title": "$:/language/ControlPanel/Advanced/Hint",
"text": "Internal information about this TiddlyWiki"
},
"$:/language/ControlPanel/Appearance/Caption": {
"title": "$:/language/ControlPanel/Appearance/Caption",
"text": "Appearance"
},
"$:/language/ControlPanel/Appearance/Hint": {
"title": "$:/language/ControlPanel/Appearance/Hint",
"text": "Ways to customise the appearance of your TiddlyWiki."
},
"$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
"title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
"text": "Animation duration:"
},
"$:/language/ControlPanel/Basics/Caption": {
"title": "$:/language/ControlPanel/Basics/Caption",
"text": "Basics"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
"text": "Use [[double square brackets]] for titles with spaces. Or you can choose to <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">retain story ordering</$button>"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
"text": "Default tiddlers:"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
"text": "Choose which tiddlers are displayed at startup:"
},
"$:/language/ControlPanel/Basics/Language/Prompt": {
"title": "$:/language/ControlPanel/Basics/Language/Prompt",
"text": "Hello! Current language:"
},
"$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
"text": "Title of new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewJournal/Text/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Text/Prompt",
"text": "Text for new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
"text": "Tags for new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewTiddler/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewTiddler/Title/Prompt",
"text": "Title of new tiddlers"
},
"$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
"text": "Number of overridden shadow tiddlers:"
},
"$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
"text": "Number of shadow tiddlers:"
},
"$:/language/ControlPanel/Basics/Subtitle/Prompt": {
"title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
"text": "Subtitle:"
},
"$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
"text": "Number of system tiddlers:"
},
"$:/language/ControlPanel/Basics/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tags/Prompt",
"text": "Number of tags:"
},
"$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
"text": "Number of tiddlers:"
},
"$:/language/ControlPanel/Basics/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/Title/Prompt",
"text": "Title of this ~TiddlyWiki:"
},
"$:/language/ControlPanel/Basics/Username/Prompt": {
"title": "$:/language/ControlPanel/Basics/Username/Prompt",
"text": "Username for signing edits:"
},
"$:/language/ControlPanel/Basics/Version/Prompt": {
"title": "$:/language/ControlPanel/Basics/Version/Prompt",
"text": "~TiddlyWiki version:"
},
"$:/language/ControlPanel/EditorTypes/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Caption",
"text": "Editor Types"
},
"$:/language/ControlPanel/EditorTypes/Editor/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
"text": "Editor"
},
"$:/language/ControlPanel/EditorTypes/Hint": {
"title": "$:/language/ControlPanel/EditorTypes/Hint",
"text": "These tiddlers determine which editor is used to edit specific tiddler types."
},
"$:/language/ControlPanel/EditorTypes/Type/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
"text": "Type"
},
"$:/language/ControlPanel/Info/Caption": {
"title": "$:/language/ControlPanel/Info/Caption",
"text": "Info"
},
"$:/language/ControlPanel/Info/Hint": {
"title": "$:/language/ControlPanel/Info/Hint",
"text": "Information about this TiddlyWiki"
},
"$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt",
"text": "Type shortcut here"
},
"$:/language/ControlPanel/KeyboardShortcuts/Add/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Caption",
"text": "add shortcut"
},
"$:/language/ControlPanel/KeyboardShortcuts/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Caption",
"text": "Keyboard Shortcuts"
},
"$:/language/ControlPanel/KeyboardShortcuts/Hint": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Hint",
"text": "Manage keyboard shortcut assignments"
},
"$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption",
"text": "No keyboard shortcuts assigned"
},
"$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint",
"text": "remove keyboard shortcut"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/All": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/All",
"text": "All platforms"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac",
"text": "Macintosh platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac",
"text": "Non-Macintosh platforms only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux",
"text": "Linux platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux",
"text": "Non-Linux platforms only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows",
"text": "Windows platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows",
"text": "Non-Windows platforms only"
},
"$:/language/ControlPanel/LoadedModules/Caption": {
"title": "$:/language/ControlPanel/LoadedModules/Caption",
"text": "Loaded Modules"
},
"$:/language/ControlPanel/LoadedModules/Hint": {
"title": "$:/language/ControlPanel/LoadedModules/Hint",
"text": "These are the currently loaded tiddler modules linked to their source tiddlers. Any italicised modules lack a source tiddler, typically because they were setup during the boot process."
},
"$:/language/ControlPanel/Palette/Caption": {
"title": "$:/language/ControlPanel/Palette/Caption",
"text": "Palette"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
"text": "clone"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
"text": "It is recommended that you clone this shadow palette before editing it"
},
"$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
"text": "This shadow palette has been modified"
},
"$:/language/ControlPanel/Palette/Editor/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt",
"text": "Editing"
},
"$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
"text": "reset"
},
"$:/language/ControlPanel/Palette/HideEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
"text": "hide editor"
},
"$:/language/ControlPanel/Palette/Prompt": {
"title": "$:/language/ControlPanel/Palette/Prompt",
"text": "Current palette:"
},
"$:/language/ControlPanel/Palette/ShowEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
"text": "show editor"
},
"$:/language/ControlPanel/Parsing/Caption": {
"title": "$:/language/ControlPanel/Parsing/Caption",
"text": "Parsing"
},
"$:/language/ControlPanel/Parsing/Hint": {
"title": "$:/language/ControlPanel/Parsing/Hint",
"text": "Here you can globally disable/enable wiki parser rules. For changes to take effect, save and reload your wiki. Disabling certain parser rules can prevent <$text text=\"TiddlyWiki\"/> from functioning correctly. Use [[safe mode|https://tiddlywiki.com/#SafeMode]] to restore normal operation."
},
"$:/language/ControlPanel/Parsing/Block/Caption": {
"title": "$:/language/ControlPanel/Parsing/Block/Caption",
"text": "Block Parse Rules"
},
"$:/language/ControlPanel/Parsing/Inline/Caption": {
"title": "$:/language/ControlPanel/Parsing/Inline/Caption",
"text": "Inline Parse Rules"
},
"$:/language/ControlPanel/Parsing/Pragma/Caption": {
"title": "$:/language/ControlPanel/Parsing/Pragma/Caption",
"text": "Pragma Parse Rules"
},
"$:/language/ControlPanel/Plugins/Add/Caption": {
"title": "$:/language/ControlPanel/Plugins/Add/Caption",
"text": "Get more plugins"
},
"$:/language/ControlPanel/Plugins/Add/Hint": {
"title": "$:/language/ControlPanel/Plugins/Add/Hint",
"text": "Install plugins from the official library"
},
"$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint": {
"title": "$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint",
"text": "This plugin is already installed at version <$text text=<<installedVersion>>/>"
},
"$:/language/ControlPanel/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Disable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Disable/Caption",
"text": "disable"
},
"$:/language/ControlPanel/Plugins/Disable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Disable/Hint",
"text": "Disable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Disabled/Status": {
"title": "$:/language/ControlPanel/Plugins/Disabled/Status",
"text": "(disabled)"
},
"$:/language/ControlPanel/Plugins/Empty/Hint": {
"title": "$:/language/ControlPanel/Plugins/Empty/Hint",
"text": "None"
},
"$:/language/ControlPanel/Plugins/Enable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Enable/Caption",
"text": "enable"
},
"$:/language/ControlPanel/Plugins/Enable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Enable/Hint",
"text": "Enable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Install/Caption": {
"title": "$:/language/ControlPanel/Plugins/Install/Caption",
"text": "install"
},
"$:/language/ControlPanel/Plugins/Installed/Hint": {
"title": "$:/language/ControlPanel/Plugins/Installed/Hint",
"text": "Currently installed plugins:"
},
"$:/language/ControlPanel/Plugins/Languages/Caption": {
"title": "$:/language/ControlPanel/Plugins/Languages/Caption",
"text": "Languages"
},
"$:/language/ControlPanel/Plugins/Languages/Hint": {
"title": "$:/language/ControlPanel/Plugins/Languages/Hint",
"text": "Language pack plugins"
},
"$:/language/ControlPanel/Plugins/NoInfoFound/Hint": {
"title": "$:/language/ControlPanel/Plugins/NoInfoFound/Hint",
"text": "No ''\"<$text text=<<currentTab>>/>\"'' found"
},
"$:/language/ControlPanel/Plugins/NotInstalled/Hint": {
"title": "$:/language/ControlPanel/Plugins/NotInstalled/Hint",
"text": "This plugin is not currently installed"
},
"$:/language/ControlPanel/Plugins/OpenPluginLibrary": {
"title": "$:/language/ControlPanel/Plugins/OpenPluginLibrary",
"text": "open plugin library"
},
"$:/language/ControlPanel/Plugins/ClosePluginLibrary": {
"title": "$:/language/ControlPanel/Plugins/ClosePluginLibrary",
"text": "close plugin library"
},
"$:/language/ControlPanel/Plugins/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Plugins/Hint": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Hint",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Reinstall/Caption": {
"title": "$:/language/ControlPanel/Plugins/Reinstall/Caption",
"text": "reinstall"
},
"$:/language/ControlPanel/Plugins/Themes/Caption": {
"title": "$:/language/ControlPanel/Plugins/Themes/Caption",
"text": "Themes"
},
"$:/language/ControlPanel/Plugins/Themes/Hint": {
"title": "$:/language/ControlPanel/Plugins/Themes/Hint",
"text": "Theme plugins"
},
"$:/language/ControlPanel/Saving/Caption": {
"title": "$:/language/ControlPanel/Saving/Caption",
"text": "Saving"
},
"$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description",
"text": "Permit automatic saving for the download saver"
},
"$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint",
"text": "Enable Autosave for Download Saver"
},
"$:/language/ControlPanel/Saving/DownloadSaver/Caption": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/Caption",
"text": "Download Saver"
},
"$:/language/ControlPanel/Saving/DownloadSaver/Hint": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/Hint",
"text": "These settings apply to the HTML5-compatible download saver"
},
"$:/language/ControlPanel/Saving/General/Caption": {
"title": "$:/language/ControlPanel/Saving/General/Caption",
"text": "General"
},
"$:/language/ControlPanel/Saving/General/Hint": {
"title": "$:/language/ControlPanel/Saving/General/Hint",
"text": "These settings apply to all the loaded savers"
},
"$:/language/ControlPanel/Saving/Hint": {
"title": "$:/language/ControlPanel/Saving/Hint",
"text": "Settings used for saving the entire TiddlyWiki as a single file via a saver module"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
"text": "Advanced Settings"
},
"$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
"text": "Backup Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
"text": "Backups"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Caption": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Caption",
"text": "~TiddlySpot Saver"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Description": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
"text": "These settings are only used when saving to http://tiddlyspot.com or a compatible remote server"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
"text": "Upload Filename"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
"text": "~TiddlySpot"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
"text": "//The server URL defaults to `http://<wikiname>.tiddlyspot.com/store.cgi` and can be changed to use a custom server address, e.g. `http://example.com/store.php`.//"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Password": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
"text": "Password"
},
"$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
"text": "Server URL"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
"text": "Upload Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
"text": "Wiki Name"
},
"$:/language/ControlPanel/Settings/AutoSave/Caption": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
"text": "Autosave"
},
"$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
"text": "Do not save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
"text": "Save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
"text": "Attempt to automatically save changes during editing when using a supporting saver"
},
"$:/language/ControlPanel/Settings/CamelCase/Caption": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Caption",
"text": "Camel Case Wiki Links"
},
"$:/language/ControlPanel/Settings/CamelCase/Hint": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Hint",
"text": "You can globally disable automatic linking of ~CamelCase phrases. Requires reload to take effect"
},
"$:/language/ControlPanel/Settings/CamelCase/Description": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Description",
"text": "Enable automatic ~CamelCase linking"
},
"$:/language/ControlPanel/Settings/Caption": {
"title": "$:/language/ControlPanel/Settings/Caption",
"text": "Settings"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Caption": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Caption",
"text": "Editor Toolbar"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Hint": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Hint",
"text": "Enable or disable the editor toolbar:"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Description": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Description",
"text": "Show editor toolbar"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Caption": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Caption",
"text": "Tiddler Info Panel Mode"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Hint": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Hint",
"text": "Control when the tiddler info panel closes:"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description",
"text": "Tiddler info panel closes automatically"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description",
"text": "Tiddler info panel stays open until explicitly closed"
},
"$:/language/ControlPanel/Settings/Hint": {
"title": "$:/language/ControlPanel/Settings/Hint",
"text": "These settings let you customise the behaviour of TiddlyWiki."
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
"text": "Navigation Address Bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
"text": "Behaviour of the browser address bar when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
"text": "Do not update the address bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
"text": "Include the target tiddler"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
"text": "Include the target tiddler and the current story sequence"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
"text": "Navigation History"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
"text": "Update browser history when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
"text": "Do not update history"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
"text": "Update history"
},
"$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Caption",
"text": "Permalink/permaview Mode"
},
"$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Hint",
"text": "Choose how permalink/permaview is handled:"
},
"$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/CopyToClipboard/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/CopyToClipboard/Description",
"text": "Copy permalink/permaview URL to clipboard"
},
"$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/UpdateAddressBar/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/UpdateAddressBar/Description",
"text": "Update address bar with permalink/permaview URL"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption",
"text": "Performance Instrumentation"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint",
"text": "Displays performance statistics in the browser developer console. Requires reload to take effect"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description",
"text": "Enable performance instrumentation"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption",
"text": "Toolbar Button Style"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint",
"text": "Choose the style for toolbar buttons:"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless",
"text": "Borderless"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed",
"text": "Boxed"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded",
"text": "Rounded"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
"text": "Toolbar Buttons"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
"text": "Default toolbar button appearance:"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
"text": "Include icon"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
"text": "Include text"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption",
"text": "Default Sidebar Tab"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint",
"text": "Specify which sidebar tab is displayed by default"
},
"$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Caption": {
"title": "$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Caption",
"text": "Default More Sidebar Tab"
},
"$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Hint": {
"title": "$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Hint",
"text": "Specify which More sidebar tab is displayed by default"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/Caption": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption",
"text": "Tiddler Opening Behaviour"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint",
"text": "Navigation from //within// the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint",
"text": "Navigation from //outside// the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove",
"text": "Open above the current tiddler"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow",
"text": "Open below the current tiddler"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop",
"text": "Open at the top of the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom",
"text": "Open at the bottom of the story river"
},
"$:/language/ControlPanel/Settings/TitleLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Caption",
"text": "Tiddler Titles"
},
"$:/language/ControlPanel/Settings/TitleLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Hint",
"text": "Optionally display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/TitleLinks/No/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/No/Description",
"text": "Do not display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/TitleLinks/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description",
"text": "Display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/MissingLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Caption",
"text": "Wiki Links"
},
"$:/language/ControlPanel/Settings/MissingLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Hint",
"text": "Choose whether to link to tiddlers that do not exist yet"
},
"$:/language/ControlPanel/Settings/MissingLinks/Description": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Description",
"text": "Enable links to missing tiddlers"
},
"$:/language/ControlPanel/StoryView/Caption": {
"title": "$:/language/ControlPanel/StoryView/Caption",
"text": "Story View"
},
"$:/language/ControlPanel/StoryView/Prompt": {
"title": "$:/language/ControlPanel/StoryView/Prompt",
"text": "Current view:"
},
"$:/language/ControlPanel/Stylesheets/Caption": {
"title": "$:/language/ControlPanel/Stylesheets/Caption",
"text": "Stylesheets"
},
"$:/language/ControlPanel/Stylesheets/Expand/Caption": {
"title": "$:/language/ControlPanel/Stylesheets/Expand/Caption",
"text": "Expand All"
},
"$:/language/ControlPanel/Stylesheets/Hint": {
"title": "$:/language/ControlPanel/Stylesheets/Hint",
"text": "This is the rendered CSS of the current stylesheet tiddlers tagged with <<tag \"$:/tags/Stylesheet\">>"
},
"$:/language/ControlPanel/Stylesheets/Restore/Caption": {
"title": "$:/language/ControlPanel/Stylesheets/Restore/Caption",
"text": "Restore"
},
"$:/language/ControlPanel/Theme/Caption": {
"title": "$:/language/ControlPanel/Theme/Caption",
"text": "Theme"
},
"$:/language/ControlPanel/Theme/Prompt": {
"title": "$:/language/ControlPanel/Theme/Prompt",
"text": "Current theme:"
},
"$:/language/ControlPanel/TiddlerFields/Caption": {
"title": "$:/language/ControlPanel/TiddlerFields/Caption",
"text": "Tiddler Fields"
},
"$:/language/ControlPanel/TiddlerFields/Hint": {
"title": "$:/language/ControlPanel/TiddlerFields/Hint",
"text": "This is the full set of TiddlerFields in use in this wiki (including system tiddlers but excluding shadow tiddlers)."
},
"$:/language/ControlPanel/Toolbars/Caption": {
"title": "$:/language/ControlPanel/Toolbars/Caption",
"text": "Toolbars"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
"text": "Edit Toolbar"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in edit mode. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Toolbars/Hint": {
"title": "$:/language/ControlPanel/Toolbars/Hint",
"text": "Select which toolbar buttons are displayed"
},
"$:/language/ControlPanel/Toolbars/PageControls/Caption": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
"text": "Page Toolbar"
},
"$:/language/ControlPanel/Toolbars/PageControls/Hint": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
"text": "Choose which buttons are displayed on the main page toolbar. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Toolbars/EditorToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Caption",
"text": "Editor Toolbar"
},
"$:/language/ControlPanel/Toolbars/EditorToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Hint",
"text": "Choose which buttons are displayed in the editor toolbar. Note that some buttons will only appear when editing tiddlers of a certain type. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
"text": "View Toolbar"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in view mode. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Tools/Download/Full/Caption": {
"title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
"text": "Download full wiki"
},
"$:/language/Date/DaySuffix/1": {
"title": "$:/language/Date/DaySuffix/1",
"text": "st"
},
"$:/language/Date/DaySuffix/2": {
"title": "$:/language/Date/DaySuffix/2",
"text": "nd"
},
"$:/language/Date/DaySuffix/3": {
"title": "$:/language/Date/DaySuffix/3",
"text": "rd"
},
"$:/language/Date/DaySuffix/4": {
"title": "$:/language/Date/DaySuffix/4",
"text": "th"
},
"$:/language/Date/DaySuffix/5": {
"title": "$:/language/Date/DaySuffix/5",
"text": "th"
},
"$:/language/Date/DaySuffix/6": {
"title": "$:/language/Date/DaySuffix/6",
"text": "th"
},
"$:/language/Date/DaySuffix/7": {
"title": "$:/language/Date/DaySuffix/7",
"text": "th"
},
"$:/language/Date/DaySuffix/8": {
"title": "$:/language/Date/DaySuffix/8",
"text": "th"
},
"$:/language/Date/DaySuffix/9": {
"title": "$:/language/Date/DaySuffix/9",
"text": "th"
},
"$:/language/Date/DaySuffix/10": {
"title": "$:/language/Date/DaySuffix/10",
"text": "th"
},
"$:/language/Date/DaySuffix/11": {
"title": "$:/language/Date/DaySuffix/11",
"text": "th"
},
"$:/language/Date/DaySuffix/12": {
"title": "$:/language/Date/DaySuffix/12",
"text": "th"
},
"$:/language/Date/DaySuffix/13": {
"title": "$:/language/Date/DaySuffix/13",
"text": "th"
},
"$:/language/Date/DaySuffix/14": {
"title": "$:/language/Date/DaySuffix/14",
"text": "th"
},
"$:/language/Date/DaySuffix/15": {
"title": "$:/language/Date/DaySuffix/15",
"text": "th"
},
"$:/language/Date/DaySuffix/16": {
"title": "$:/language/Date/DaySuffix/16",
"text": "th"
},
"$:/language/Date/DaySuffix/17": {
"title": "$:/language/Date/DaySuffix/17",
"text": "th"
},
"$:/language/Date/DaySuffix/18": {
"title": "$:/language/Date/DaySuffix/18",
"text": "th"
},
"$:/language/Date/DaySuffix/19": {
"title": "$:/language/Date/DaySuffix/19",
"text": "th"
},
"$:/language/Date/DaySuffix/20": {
"title": "$:/language/Date/DaySuffix/20",
"text": "th"
},
"$:/language/Date/DaySuffix/21": {
"title": "$:/language/Date/DaySuffix/21",
"text": "st"
},
"$:/language/Date/DaySuffix/22": {
"title": "$:/language/Date/DaySuffix/22",
"text": "nd"
},
"$:/language/Date/DaySuffix/23": {
"title": "$:/language/Date/DaySuffix/23",
"text": "rd"
},
"$:/language/Date/DaySuffix/24": {
"title": "$:/language/Date/DaySuffix/24",
"text": "th"
},
"$:/language/Date/DaySuffix/25": {
"title": "$:/language/Date/DaySuffix/25",
"text": "th"
},
"$:/language/Date/DaySuffix/26": {
"title": "$:/language/Date/DaySuffix/26",
"text": "th"
},
"$:/language/Date/DaySuffix/27": {
"title": "$:/language/Date/DaySuffix/27",
"text": "th"
},
"$:/language/Date/DaySuffix/28": {
"title": "$:/language/Date/DaySuffix/28",
"text": "th"
},
"$:/language/Date/DaySuffix/29": {
"title": "$:/language/Date/DaySuffix/29",
"text": "th"
},
"$:/language/Date/DaySuffix/30": {
"title": "$:/language/Date/DaySuffix/30",
"text": "th"
},
"$:/language/Date/DaySuffix/31": {
"title": "$:/language/Date/DaySuffix/31",
"text": "st"
},
"$:/language/Date/Long/Day/0": {
"title": "$:/language/Date/Long/Day/0",
"text": "Sunday"
},
"$:/language/Date/Long/Day/1": {
"title": "$:/language/Date/Long/Day/1",
"text": "Monday"
},
"$:/language/Date/Long/Day/2": {
"title": "$:/language/Date/Long/Day/2",
"text": "Tuesday"
},
"$:/language/Date/Long/Day/3": {
"title": "$:/language/Date/Long/Day/3",
"text": "Wednesday"
},
"$:/language/Date/Long/Day/4": {
"title": "$:/language/Date/Long/Day/4",
"text": "Thursday"
},
"$:/language/Date/Long/Day/5": {
"title": "$:/language/Date/Long/Day/5",
"text": "Friday"
},
"$:/language/Date/Long/Day/6": {
"title": "$:/language/Date/Long/Day/6",
"text": "Saturday"
},
"$:/language/Date/Long/Month/1": {
"title": "$:/language/Date/Long/Month/1",
"text": "January"
},
"$:/language/Date/Long/Month/2": {
"title": "$:/language/Date/Long/Month/2",
"text": "February"
},
"$:/language/Date/Long/Month/3": {
"title": "$:/language/Date/Long/Month/3",
"text": "March"
},
"$:/language/Date/Long/Month/4": {
"title": "$:/language/Date/Long/Month/4",
"text": "April"
},
"$:/language/Date/Long/Month/5": {
"title": "$:/language/Date/Long/Month/5",
"text": "May"
},
"$:/language/Date/Long/Month/6": {
"title": "$:/language/Date/Long/Month/6",
"text": "June"
},
"$:/language/Date/Long/Month/7": {
"title": "$:/language/Date/Long/Month/7",
"text": "July"
},
"$:/language/Date/Long/Month/8": {
"title": "$:/language/Date/Long/Month/8",
"text": "August"
},
"$:/language/Date/Long/Month/9": {
"title": "$:/language/Date/Long/Month/9",
"text": "September"
},
"$:/language/Date/Long/Month/10": {
"title": "$:/language/Date/Long/Month/10",
"text": "October"
},
"$:/language/Date/Long/Month/11": {
"title": "$:/language/Date/Long/Month/11",
"text": "November"
},
"$:/language/Date/Long/Month/12": {
"title": "$:/language/Date/Long/Month/12",
"text": "December"
},
"$:/language/Date/Period/am": {
"title": "$:/language/Date/Period/am",
"text": "am"
},
"$:/language/Date/Period/pm": {
"title": "$:/language/Date/Period/pm",
"text": "pm"
},
"$:/language/Date/Short/Day/0": {
"title": "$:/language/Date/Short/Day/0",
"text": "Sun"
},
"$:/language/Date/Short/Day/1": {
"title": "$:/language/Date/Short/Day/1",
"text": "Mon"
},
"$:/language/Date/Short/Day/2": {
"title": "$:/language/Date/Short/Day/2",
"text": "Tue"
},
"$:/language/Date/Short/Day/3": {
"title": "$:/language/Date/Short/Day/3",
"text": "Wed"
},
"$:/language/Date/Short/Day/4": {
"title": "$:/language/Date/Short/Day/4",
"text": "Thu"
},
"$:/language/Date/Short/Day/5": {
"title": "$:/language/Date/Short/Day/5",
"text": "Fri"
},
"$:/language/Date/Short/Day/6": {
"title": "$:/language/Date/Short/Day/6",
"text": "Sat"
},
"$:/language/Date/Short/Month/1": {
"title": "$:/language/Date/Short/Month/1",
"text": "Jan"
},
"$:/language/Date/Short/Month/2": {
"title": "$:/language/Date/Short/Month/2",
"text": "Feb"
},
"$:/language/Date/Short/Month/3": {
"title": "$:/language/Date/Short/Month/3",
"text": "Mar"
},
"$:/language/Date/Short/Month/4": {
"title": "$:/language/Date/Short/Month/4",
"text": "Apr"
},
"$:/language/Date/Short/Month/5": {
"title": "$:/language/Date/Short/Month/5",
"text": "May"
},
"$:/language/Date/Short/Month/6": {
"title": "$:/language/Date/Short/Month/6",
"text": "Jun"
},
"$:/language/Date/Short/Month/7": {
"title": "$:/language/Date/Short/Month/7",
"text": "Jul"
},
"$:/language/Date/Short/Month/8": {
"title": "$:/language/Date/Short/Month/8",
"text": "Aug"
},
"$:/language/Date/Short/Month/9": {
"title": "$:/language/Date/Short/Month/9",
"text": "Sep"
},
"$:/language/Date/Short/Month/10": {
"title": "$:/language/Date/Short/Month/10",
"text": "Oct"
},
"$:/language/Date/Short/Month/11": {
"title": "$:/language/Date/Short/Month/11",
"text": "Nov"
},
"$:/language/Date/Short/Month/12": {
"title": "$:/language/Date/Short/Month/12",
"text": "Dec"
},
"$:/language/RelativeDate/Future/Days": {
"title": "$:/language/RelativeDate/Future/Days",
"text": "<<period>> days from now"
},
"$:/language/RelativeDate/Future/Hours": {
"title": "$:/language/RelativeDate/Future/Hours",
"text": "<<period>> hours from now"
},
"$:/language/RelativeDate/Future/Minutes": {
"title": "$:/language/RelativeDate/Future/Minutes",
"text": "<<period>> minutes from now"
},
"$:/language/RelativeDate/Future/Months": {
"title": "$:/language/RelativeDate/Future/Months",
"text": "<<period>> months from now"
},
"$:/language/RelativeDate/Future/Second": {
"title": "$:/language/RelativeDate/Future/Second",
"text": "1 second from now"
},
"$:/language/RelativeDate/Future/Seconds": {
"title": "$:/language/RelativeDate/Future/Seconds",
"text": "<<period>> seconds from now"
},
"$:/language/RelativeDate/Future/Years": {
"title": "$:/language/RelativeDate/Future/Years",
"text": "<<period>> years from now"
},
"$:/language/RelativeDate/Past/Days": {
"title": "$:/language/RelativeDate/Past/Days",
"text": "<<period>> days ago"
},
"$:/language/RelativeDate/Past/Hours": {
"title": "$:/language/RelativeDate/Past/Hours",
"text": "<<period>> hours ago"
},
"$:/language/RelativeDate/Past/Minutes": {
"title": "$:/language/RelativeDate/Past/Minutes",
"text": "<<period>> minutes ago"
},
"$:/language/RelativeDate/Past/Months": {
"title": "$:/language/RelativeDate/Past/Months",
"text": "<<period>> months ago"
},
"$:/language/RelativeDate/Past/Second": {
"title": "$:/language/RelativeDate/Past/Second",
"text": "1 second ago"
},
"$:/language/RelativeDate/Past/Seconds": {
"title": "$:/language/RelativeDate/Past/Seconds",
"text": "<<period>> seconds ago"
},
"$:/language/RelativeDate/Past/Years": {
"title": "$:/language/RelativeDate/Past/Years",
"text": "<<period>> years ago"
},
"$:/language/Docs/ModuleTypes/allfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/allfilteroperator",
"text": "A sub-operator for the ''all'' filter operator."
},
"$:/language/Docs/ModuleTypes/animation": {
"title": "$:/language/Docs/ModuleTypes/animation",
"text": "Animations that may be used with the RevealWidget."
},
"$:/language/Docs/ModuleTypes/authenticator": {
"title": "$:/language/Docs/ModuleTypes/authenticator",
"text": "Defines how requests are authenticated by the built-in HTTP server."
},
"$:/language/Docs/ModuleTypes/bitmapeditoroperation": {
"title": "$:/language/Docs/ModuleTypes/bitmapeditoroperation",
"text": "A bitmap editor toolbar operation."
},
"$:/language/Docs/ModuleTypes/command": {
"title": "$:/language/Docs/ModuleTypes/command",
"text": "Commands that can be executed under Node.js."
},
"$:/language/Docs/ModuleTypes/config": {
"title": "$:/language/Docs/ModuleTypes/config",
"text": "Data to be inserted into `$tw.config`."
},
"$:/language/Docs/ModuleTypes/filteroperator": {
"title": "$:/language/Docs/ModuleTypes/filteroperator",
"text": "Individual filter operator methods."
},
"$:/language/Docs/ModuleTypes/global": {
"title": "$:/language/Docs/ModuleTypes/global",
"text": "Global data to be inserted into `$tw`."
},
"$:/language/Docs/ModuleTypes/info": {
"title": "$:/language/Docs/ModuleTypes/info",
"text": "Publishes system information via the [[$:/temp/info-plugin]] pseudo-plugin."
},
"$:/language/Docs/ModuleTypes/isfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/isfilteroperator",
"text": "Operands for the ''is'' filter operator."
},
"$:/language/Docs/ModuleTypes/library": {
"title": "$:/language/Docs/ModuleTypes/library",
"text": "Generic module type for general purpose JavaScript modules."
},
"$:/language/Docs/ModuleTypes/macro": {
"title": "$:/language/Docs/ModuleTypes/macro",
"text": "JavaScript macro definitions."
},
"$:/language/Docs/ModuleTypes/parser": {
"title": "$:/language/Docs/ModuleTypes/parser",
"text": "Parsers for different content types."
},
"$:/language/Docs/ModuleTypes/route": {
"title": "$:/language/Docs/ModuleTypes/route",
"text": "Defines how individual URL patterns are handled by the built-in HTTP server."
},
"$:/language/Docs/ModuleTypes/saver": {
"title": "$:/language/Docs/ModuleTypes/saver",
"text": "Savers handle different methods for saving files from the browser."
},
"$:/language/Docs/ModuleTypes/startup": {
"title": "$:/language/Docs/ModuleTypes/startup",
"text": "Startup functions."
},
"$:/language/Docs/ModuleTypes/storyview": {
"title": "$:/language/Docs/ModuleTypes/storyview",
"text": "Story views customise the animation and behaviour of list widgets."
},
"$:/language/Docs/ModuleTypes/texteditoroperation": {
"title": "$:/language/Docs/ModuleTypes/texteditoroperation",
"text": "A text editor toolbar operation."
},
"$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
"title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
"text": "Converts different content types into tiddlers."
},
"$:/language/Docs/ModuleTypes/tiddlerfield": {
"title": "$:/language/Docs/ModuleTypes/tiddlerfield",
"text": "Defines the behaviour of an individual tiddler field."
},
"$:/language/Docs/ModuleTypes/tiddlermethod": {
"title": "$:/language/Docs/ModuleTypes/tiddlermethod",
"text": "Adds methods to the `$tw.Tiddler` prototype."
},
"$:/language/Docs/ModuleTypes/upgrader": {
"title": "$:/language/Docs/ModuleTypes/upgrader",
"text": "Applies upgrade processing to tiddlers during an upgrade/import."
},
"$:/language/Docs/ModuleTypes/utils": {
"title": "$:/language/Docs/ModuleTypes/utils",
"text": "Adds methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/utils-node": {
"title": "$:/language/Docs/ModuleTypes/utils-node",
"text": "Adds Node.js-specific methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/widget": {
"title": "$:/language/Docs/ModuleTypes/widget",
"text": "Widgets encapsulate DOM rendering and refreshing."
},
"$:/language/Docs/ModuleTypes/wikimethod": {
"title": "$:/language/Docs/ModuleTypes/wikimethod",
"text": "Adds methods to `$tw.Wiki`."
},
"$:/language/Docs/ModuleTypes/wikirule": {
"title": "$:/language/Docs/ModuleTypes/wikirule",
"text": "Individual parser rules for the main WikiText parser."
},
"$:/language/Docs/PaletteColours/alert-background": {
"title": "$:/language/Docs/PaletteColours/alert-background",
"text": "Alert background"
},
"$:/language/Docs/PaletteColours/alert-border": {
"title": "$:/language/Docs/PaletteColours/alert-border",
"text": "Alert border"
},
"$:/language/Docs/PaletteColours/alert-highlight": {
"title": "$:/language/Docs/PaletteColours/alert-highlight",
"text": "Alert highlight"
},
"$:/language/Docs/PaletteColours/alert-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
"text": "Alert muted foreground"
},
"$:/language/Docs/PaletteColours/background": {
"title": "$:/language/Docs/PaletteColours/background",
"text": "General background"
},
"$:/language/Docs/PaletteColours/blockquote-bar": {
"title": "$:/language/Docs/PaletteColours/blockquote-bar",
"text": "Blockquote bar"
},
"$:/language/Docs/PaletteColours/button-background": {
"title": "$:/language/Docs/PaletteColours/button-background",
"text": "Default button background"
},
"$:/language/Docs/PaletteColours/button-border": {
"title": "$:/language/Docs/PaletteColours/button-border",
"text": "Default button border"
},
"$:/language/Docs/PaletteColours/button-foreground": {
"title": "$:/language/Docs/PaletteColours/button-foreground",
"text": "Default button foreground"
},
"$:/language/Docs/PaletteColours/dirty-indicator": {
"title": "$:/language/Docs/PaletteColours/dirty-indicator",
"text": "Unsaved changes indicator"
},
"$:/language/Docs/PaletteColours/code-background": {
"title": "$:/language/Docs/PaletteColours/code-background",
"text": "Code background"
},
"$:/language/Docs/PaletteColours/code-border": {
"title": "$:/language/Docs/PaletteColours/code-border",
"text": "Code border"
},
"$:/language/Docs/PaletteColours/code-foreground": {
"title": "$:/language/Docs/PaletteColours/code-foreground",
"text": "Code foreground"
},
"$:/language/Docs/PaletteColours/download-background": {
"title": "$:/language/Docs/PaletteColours/download-background",
"text": "Download button background"
},
"$:/language/Docs/PaletteColours/download-foreground": {
"title": "$:/language/Docs/PaletteColours/download-foreground",
"text": "Download button foreground"
},
"$:/language/Docs/PaletteColours/dragger-background": {
"title": "$:/language/Docs/PaletteColours/dragger-background",
"text": "Dragger background"
},
"$:/language/Docs/PaletteColours/dragger-foreground": {
"title": "$:/language/Docs/PaletteColours/dragger-foreground",
"text": "Dragger foreground"
},
"$:/language/Docs/PaletteColours/dropdown-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-background",
"text": "Dropdown background"
},
"$:/language/Docs/PaletteColours/dropdown-border": {
"title": "$:/language/Docs/PaletteColours/dropdown-border",
"text": "Dropdown border"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
"text": "Dropdown tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
"text": "Dropdown tab background"
},
"$:/language/Docs/PaletteColours/dropzone-background": {
"title": "$:/language/Docs/PaletteColours/dropzone-background",
"text": "Dropzone background"
},
"$:/language/Docs/PaletteColours/external-link-background-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-background-hover",
"text": "External link background hover"
},
"$:/language/Docs/PaletteColours/external-link-background-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-background-visited",
"text": "External link background visited"
},
"$:/language/Docs/PaletteColours/external-link-background": {
"title": "$:/language/Docs/PaletteColours/external-link-background",
"text": "External link background"
},
"$:/language/Docs/PaletteColours/external-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
"text": "External link foreground hover"
},
"$:/language/Docs/PaletteColours/external-link-foreground-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
"text": "External link foreground visited"
},
"$:/language/Docs/PaletteColours/external-link-foreground": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground",
"text": "External link foreground"
},
"$:/language/Docs/PaletteColours/foreground": {
"title": "$:/language/Docs/PaletteColours/foreground",
"text": "General foreground"
},
"$:/language/Docs/PaletteColours/message-background": {
"title": "$:/language/Docs/PaletteColours/message-background",
"text": "Message box background"
},
"$:/language/Docs/PaletteColours/message-border": {
"title": "$:/language/Docs/PaletteColours/message-border",
"text": "Message box border"
},
"$:/language/Docs/PaletteColours/message-foreground": {
"title": "$:/language/Docs/PaletteColours/message-foreground",
"text": "Message box foreground"
},
"$:/language/Docs/PaletteColours/modal-backdrop": {
"title": "$:/language/Docs/PaletteColours/modal-backdrop",
"text": "Modal backdrop"
},
"$:/language/Docs/PaletteColours/modal-background": {
"title": "$:/language/Docs/PaletteColours/modal-background",
"text": "Modal background"
},
"$:/language/Docs/PaletteColours/modal-border": {
"title": "$:/language/Docs/PaletteColours/modal-border",
"text": "Modal border"
},
"$:/language/Docs/PaletteColours/modal-footer-background": {
"title": "$:/language/Docs/PaletteColours/modal-footer-background",
"text": "Modal footer background"
},
"$:/language/Docs/PaletteColours/modal-footer-border": {
"title": "$:/language/Docs/PaletteColours/modal-footer-border",
"text": "Modal footer border"
},
"$:/language/Docs/PaletteColours/modal-header-border": {
"title": "$:/language/Docs/PaletteColours/modal-header-border",
"text": "Modal header border"
},
"$:/language/Docs/PaletteColours/muted-foreground": {
"title": "$:/language/Docs/PaletteColours/muted-foreground",
"text": "General muted foreground"
},
"$:/language/Docs/PaletteColours/notification-background": {
"title": "$:/language/Docs/PaletteColours/notification-background",
"text": "Notification background"
},
"$:/language/Docs/PaletteColours/notification-border": {
"title": "$:/language/Docs/PaletteColours/notification-border",
"text": "Notification border"
},
"$:/language/Docs/PaletteColours/page-background": {
"title": "$:/language/Docs/PaletteColours/page-background",
"text": "Page background"
},
"$:/language/Docs/PaletteColours/pre-background": {
"title": "$:/language/Docs/PaletteColours/pre-background",
"text": "Preformatted code background"
},
"$:/language/Docs/PaletteColours/pre-border": {
"title": "$:/language/Docs/PaletteColours/pre-border",
"text": "Preformatted code border"
},
"$:/language/Docs/PaletteColours/primary": {
"title": "$:/language/Docs/PaletteColours/primary",
"text": "General primary"
},
"$:/language/Docs/PaletteColours/select-tag-background": {
"title": "$:/language/Docs/PaletteColours/select-tag-background",
"text": "`<select>` element background"
},
"$:/language/Docs/PaletteColours/select-tag-foreground": {
"title": "$:/language/Docs/PaletteColours/select-tag-foreground",
"text": "`<select>` element text"
},
"$:/language/Docs/PaletteColours/sidebar-button-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
"text": "Sidebar button foreground"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
"text": "Sidebar controls foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
"text": "Sidebar controls foreground"
},
"$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
"text": "Sidebar foreground shadow"
},
"$:/language/Docs/PaletteColours/sidebar-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground",
"text": "Sidebar foreground"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
"text": "Sidebar muted foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
"text": "Sidebar muted foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
"text": "Sidebar tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
"text": "Sidebar tab background"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
"text": "Sidebar tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
"text": "Sidebar tab border"
},
"$:/language/Docs/PaletteColours/sidebar-tab-divider": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
"text": "Sidebar tab divider"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
"text": "Sidebar tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
"text": "Sidebar tab foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
"text": "Sidebar tiddler link foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
"text": "Sidebar tiddler link foreground"
},
"$:/language/Docs/PaletteColours/site-title-foreground": {
"title": "$:/language/Docs/PaletteColours/site-title-foreground",
"text": "Site title foreground"
},
"$:/language/Docs/PaletteColours/static-alert-foreground": {
"title": "$:/language/Docs/PaletteColours/static-alert-foreground",
"text": "Static alert foreground"
},
"$:/language/Docs/PaletteColours/tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/tab-background-selected",
"text": "Tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-background": {
"title": "$:/language/Docs/PaletteColours/tab-background",
"text": "Tab background"
},
"$:/language/Docs/PaletteColours/tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/tab-border-selected",
"text": "Tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-border": {
"title": "$:/language/Docs/PaletteColours/tab-border",
"text": "Tab border"
},
"$:/language/Docs/PaletteColours/tab-divider": {
"title": "$:/language/Docs/PaletteColours/tab-divider",
"text": "Tab divider"
},
"$:/language/Docs/PaletteColours/tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
"text": "Tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-foreground": {
"title": "$:/language/Docs/PaletteColours/tab-foreground",
"text": "Tab foreground"
},
"$:/language/Docs/PaletteColours/table-border": {
"title": "$:/language/Docs/PaletteColours/table-border",
"text": "Table border"
},
"$:/language/Docs/PaletteColours/table-footer-background": {
"title": "$:/language/Docs/PaletteColours/table-footer-background",
"text": "Table footer background"
},
"$:/language/Docs/PaletteColours/table-header-background": {
"title": "$:/language/Docs/PaletteColours/table-header-background",
"text": "Table header background"
},
"$:/language/Docs/PaletteColours/tag-background": {
"title": "$:/language/Docs/PaletteColours/tag-background",
"text": "Tag background"
},
"$:/language/Docs/PaletteColours/tag-foreground": {
"title": "$:/language/Docs/PaletteColours/tag-foreground",
"text": "Tag foreground"
},
"$:/language/Docs/PaletteColours/tiddler-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-background",
"text": "Tiddler background"
},
"$:/language/Docs/PaletteColours/tiddler-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-border",
"text": "Tiddler border"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
"text": "Tiddler controls foreground hover"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
"text": "Tiddler controls foreground for selected controls"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
"text": "Tiddler controls foreground"
},
"$:/language/Docs/PaletteColours/tiddler-editor-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
"text": "Tiddler editor background"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
"text": "Tiddler editor border image"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
"text": "Tiddler editor border"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
"text": "Tiddler editor background for even fields"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
"text": "Tiddler editor background for odd fields"
},
"$:/language/Docs/PaletteColours/tiddler-info-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-background",
"text": "Tiddler info panel background"
},
"$:/language/Docs/PaletteColours/tiddler-info-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-border",
"text": "Tiddler info panel border"
},
"$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
"text": "Tiddler info panel tab background"
},
"$:/language/Docs/PaletteColours/tiddler-link-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-background",
"text": "Tiddler link background"
},
"$:/language/Docs/PaletteColours/tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
"text": "Tiddler link foreground"
},
"$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
"text": "Tiddler subtitle foreground"
},
"$:/language/Docs/PaletteColours/tiddler-title-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
"text": "Tiddler title foreground"
},
"$:/language/Docs/PaletteColours/toolbar-new-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-new-button",
"text": "Toolbar 'new tiddler' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-options-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-options-button",
"text": "Toolbar 'options' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-save-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-save-button",
"text": "Toolbar 'save' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-info-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-info-button",
"text": "Toolbar 'info' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-edit-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
"text": "Toolbar 'edit' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-close-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-close-button",
"text": "Toolbar 'close' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-delete-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
"text": "Toolbar 'delete' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-cancel-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
"text": "Toolbar 'cancel' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-done-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-done-button",
"text": "Toolbar 'done' button foreground"
},
"$:/language/Docs/PaletteColours/untagged-background": {
"title": "$:/language/Docs/PaletteColours/untagged-background",
"text": "Untagged pill background"
},
"$:/language/Docs/PaletteColours/very-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/very-muted-foreground",
"text": "Very muted foreground"
},
"$:/language/EditTemplate/Body/External/Hint": {
"title": "$:/language/EditTemplate/Body/External/Hint",
"text": "This tiddler shows content stored outside of the main TiddlyWiki file. You can edit the tags and fields but cannot directly edit the content itself"
},
"$:/language/EditTemplate/Body/Placeholder": {
"title": "$:/language/EditTemplate/Body/Placeholder",
"text": "Type the text for this tiddler"
},
"$:/language/EditTemplate/Body/Preview/Type/Output": {
"title": "$:/language/EditTemplate/Body/Preview/Type/Output",
"text": "output"
},
"$:/language/EditTemplate/Field/Remove/Caption": {
"title": "$:/language/EditTemplate/Field/Remove/Caption",
"text": "remove field"
},
"$:/language/EditTemplate/Field/Remove/Hint": {
"title": "$:/language/EditTemplate/Field/Remove/Hint",
"text": "Remove field"
},
"$:/language/EditTemplate/Field/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Field/Dropdown/Caption",
"text": "field list"
},
"$:/language/EditTemplate/Field/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Field/Dropdown/Hint",
"text": "Show field list"
},
"$:/language/EditTemplate/Fields/Add/Button": {
"title": "$:/language/EditTemplate/Fields/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
"text": "field name"
},
"$:/language/EditTemplate/Fields/Add/Prompt": {
"title": "$:/language/EditTemplate/Fields/Add/Prompt",
"text": "Add a new field:"
},
"$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
"text": "field value"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/System": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/System",
"text": "System fields"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/User": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/User",
"text": "User fields"
},
"$:/language/EditTemplate/Shadow/Warning": {
"title": "$:/language/EditTemplate/Shadow/Warning",
"text": "This is a shadow tiddler. Any changes you make will override the default version from the plugin <<pluginLink>>"
},
"$:/language/EditTemplate/Shadow/OverriddenWarning": {
"title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
"text": "This is a modified shadow tiddler. You can revert to the default version in the plugin <<pluginLink>> by deleting this tiddler"
},
"$:/language/EditTemplate/Tags/Add/Button": {
"title": "$:/language/EditTemplate/Tags/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Tags/Add/Placeholder": {
"title": "$:/language/EditTemplate/Tags/Add/Placeholder",
"text": "tag name"
},
"$:/language/EditTemplate/Tags/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
"text": "tag list"
},
"$:/language/EditTemplate/Tags/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
"text": "Show tag list"
},
"$:/language/EditTemplate/Title/BadCharacterWarning": {
"title": "$:/language/EditTemplate/Title/BadCharacterWarning",
"text": "Warning: avoid using any of the characters <<bad-chars>> in tiddler titles"
},
"$:/language/EditTemplate/Title/Exists/Prompt": {
"title": "$:/language/EditTemplate/Title/Exists/Prompt",
"text": "Target tiddler already exists"
},
"$:/language/EditTemplate/Title/Relink/Prompt": {
"title": "$:/language/EditTemplate/Title/Relink/Prompt",
"text": "Update ''<$text text=<<fromTitle>>/>'' to ''<$text text=<<toTitle>>/>'' in the //tags// and //list// fields of other tiddlers"
},
"$:/language/EditTemplate/Title/References/Prompt": {
"title": "$:/language/EditTemplate/Title/References/Prompt",
"text": "The following references to this tiddler will not be automatically updated:"
},
"$:/language/EditTemplate/Type/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Type/Dropdown/Caption",
"text": "content type list"
},
"$:/language/EditTemplate/Type/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Type/Dropdown/Hint",
"text": "Show content type list"
},
"$:/language/EditTemplate/Type/Delete/Caption": {
"title": "$:/language/EditTemplate/Type/Delete/Caption",
"text": "delete content type"
},
"$:/language/EditTemplate/Type/Delete/Hint": {
"title": "$:/language/EditTemplate/Type/Delete/Hint",
"text": "Delete content type"
},
"$:/language/EditTemplate/Type/Placeholder": {
"title": "$:/language/EditTemplate/Type/Placeholder",
"text": "content type"
},
"$:/language/EditTemplate/Type/Prompt": {
"title": "$:/language/EditTemplate/Type/Prompt",
"text": "Type:"
},
"$:/language/Exporters/StaticRiver": {
"title": "$:/language/Exporters/StaticRiver",
"text": "Static HTML"
},
"$:/language/Exporters/JsonFile": {
"title": "$:/language/Exporters/JsonFile",
"text": "JSON file"
},
"$:/language/Exporters/CsvFile": {
"title": "$:/language/Exporters/CsvFile",
"text": "CSV file"
},
"$:/language/Exporters/TidFile": {
"title": "$:/language/Exporters/TidFile",
"text": "\".tid\" file"
},
"$:/language/Docs/Fields/_canonical_uri": {
"title": "$:/language/Docs/Fields/_canonical_uri",
"text": "The full URI of an external image tiddler"
},
"$:/language/Docs/Fields/bag": {
"title": "$:/language/Docs/Fields/bag",
"text": "The name of the bag from which a tiddler came"
},
"$:/language/Docs/Fields/caption": {
"title": "$:/language/Docs/Fields/caption",
"text": "The text to be displayed on a tab or button"
},
"$:/language/Docs/Fields/color": {
"title": "$:/language/Docs/Fields/color",
"text": "The CSS color value associated with a tiddler"
},
"$:/language/Docs/Fields/component": {
"title": "$:/language/Docs/Fields/component",
"text": "The name of the component responsible for an [[alert tiddler|AlertMechanism]]"
},
"$:/language/Docs/Fields/current-tiddler": {
"title": "$:/language/Docs/Fields/current-tiddler",
"text": "Used to cache the top tiddler in a [[history list|HistoryMechanism]]"
},
"$:/language/Docs/Fields/created": {
"title": "$:/language/Docs/Fields/created",
"text": "The date a tiddler was created"
},
"$:/language/Docs/Fields/creator": {
"title": "$:/language/Docs/Fields/creator",
"text": "The name of the person who created a tiddler"
},
"$:/language/Docs/Fields/dependents": {
"title": "$:/language/Docs/Fields/dependents",
"text": "For a plugin, lists the dependent plugin titles"
},
"$:/language/Docs/Fields/description": {
"title": "$:/language/Docs/Fields/description",
"text": "The descriptive text for a plugin, or a modal dialogue"
},
"$:/language/Docs/Fields/draft.of": {
"title": "$:/language/Docs/Fields/draft.of",
"text": "For draft tiddlers, contains the title of the tiddler of which this is a draft"
},
"$:/language/Docs/Fields/draft.title": {
"title": "$:/language/Docs/Fields/draft.title",
"text": "For draft tiddlers, contains the proposed new title of the tiddler"
},
"$:/language/Docs/Fields/footer": {
"title": "$:/language/Docs/Fields/footer",
"text": "The footer text for a wizard"
},
"$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
"title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
"text": "A temporary storage field used in [[$:/core/templates/static.content]]"
},
"$:/language/Docs/Fields/icon": {
"title": "$:/language/Docs/Fields/icon",
"text": "The title of the tiddler containing the icon associated with a tiddler"
},
"$:/language/Docs/Fields/library": {
"title": "$:/language/Docs/Fields/library",
"text": "If set to \"yes\" indicates that a tiddler should be saved as a JavaScript library"
},
"$:/language/Docs/Fields/list": {
"title": "$:/language/Docs/Fields/list",
"text": "An ordered list of tiddler titles associated with a tiddler"
},
"$:/language/Docs/Fields/list-before": {
"title": "$:/language/Docs/Fields/list-before",
"text": "If set, the title of a tiddler before which this tiddler should be added to the ordered list of tiddler titles, or at the start of the list if this field is present but empty"
},
"$:/language/Docs/Fields/list-after": {
"title": "$:/language/Docs/Fields/list-after",
"text": "If set, the title of the tiddler after which this tiddler should be added to the ordered list of tiddler titles, or at the end of the list if this field is present but empty"
},
"$:/language/Docs/Fields/modified": {
"title": "$:/language/Docs/Fields/modified",
"text": "The date and time at which a tiddler was last modified"
},
"$:/language/Docs/Fields/modifier": {
"title": "$:/language/Docs/Fields/modifier",
"text": "The tiddler title associated with the person who last modified a tiddler"
},
"$:/language/Docs/Fields/name": {
"title": "$:/language/Docs/Fields/name",
"text": "The human readable name associated with a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-priority": {
"title": "$:/language/Docs/Fields/plugin-priority",
"text": "A numerical value indicating the priority of a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-type": {
"title": "$:/language/Docs/Fields/plugin-type",
"text": "The type of plugin in a plugin tiddler"
},
"$:/language/Docs/Fields/revision": {
"title": "$:/language/Docs/Fields/revision",
"text": "The revision of the tiddler held at the server"
},
"$:/language/Docs/Fields/released": {
"title": "$:/language/Docs/Fields/released",
"text": "Date of a TiddlyWiki release"
},
"$:/language/Docs/Fields/source": {
"title": "$:/language/Docs/Fields/source",
"text": "The source URL associated with a tiddler"
},
"$:/language/Docs/Fields/subtitle": {
"title": "$:/language/Docs/Fields/subtitle",
"text": "The subtitle text for a wizard"
},
"$:/language/Docs/Fields/tags": {
"title": "$:/language/Docs/Fields/tags",
"text": "A list of tags associated with a tiddler"
},
"$:/language/Docs/Fields/text": {
"title": "$:/language/Docs/Fields/text",
"text": "The body text of a tiddler"
},
"$:/language/Docs/Fields/title": {
"title": "$:/language/Docs/Fields/title",
"text": "The unique name of a tiddler"
},
"$:/language/Docs/Fields/type": {
"title": "$:/language/Docs/Fields/type",
"text": "The content type of a tiddler"
},
"$:/language/Docs/Fields/version": {
"title": "$:/language/Docs/Fields/version",
"text": "Version information for a plugin"
},
"$:/language/Filters/AllTiddlers": {
"title": "$:/language/Filters/AllTiddlers",
"text": "All tiddlers except system tiddlers"
},
"$:/language/Filters/RecentSystemTiddlers": {
"title": "$:/language/Filters/RecentSystemTiddlers",
"text": "Recently modified tiddlers, including system tiddlers"
},
"$:/language/Filters/RecentTiddlers": {
"title": "$:/language/Filters/RecentTiddlers",
"text": "Recently modified tiddlers"
},
"$:/language/Filters/AllTags": {
"title": "$:/language/Filters/AllTags",
"text": "All tags except system tags"
},
"$:/language/Filters/Missing": {
"title": "$:/language/Filters/Missing",
"text": "Missing tiddlers"
},
"$:/language/Filters/Drafts": {
"title": "$:/language/Filters/Drafts",
"text": "Draft tiddlers"
},
"$:/language/Filters/Orphans": {
"title": "$:/language/Filters/Orphans",
"text": "Orphan tiddlers"
},
"$:/language/Filters/SystemTiddlers": {
"title": "$:/language/Filters/SystemTiddlers",
"text": "System tiddlers"
},
"$:/language/Filters/ShadowTiddlers": {
"title": "$:/language/Filters/ShadowTiddlers",
"text": "Shadow tiddlers"
},
"$:/language/Filters/OverriddenShadowTiddlers": {
"title": "$:/language/Filters/OverriddenShadowTiddlers",
"text": "Overridden shadow tiddlers"
},
"$:/language/Filters/SystemTags": {
"title": "$:/language/Filters/SystemTags",
"text": "System tags"
},
"$:/language/Filters/StoryList": {
"title": "$:/language/Filters/StoryList",
"text": "Tiddlers in the story river, excluding <$text text=\"$:/AdvancedSearch\"/>"
},
"$:/language/Filters/TypedTiddlers": {
"title": "$:/language/Filters/TypedTiddlers",
"text": "Non wiki-text tiddlers"
},
"GettingStarted": {
"title": "GettingStarted",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nWelcome to ~TiddlyWiki and the ~TiddlyWiki community\n\nBefore you start storing important information in ~TiddlyWiki it is vital to make sure that you can reliably save changes. See https://tiddlywiki.com/#GettingStarted for details\n\n!! Set up this ~TiddlyWiki\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\nSee the [[control panel|$:/ControlPanel]] for more options.\n"
},
"$:/language/Help/build": {
"title": "$:/language/Help/build",
"description": "Automatically run configured commands",
"text": "Build the specified build targets for the current wiki. If no build targets are specified then all available targets will be built.\n\n```\n--build <target> [<target> ...]\n```\n\nBuild targets are defined in the `tiddlywiki.info` file of a wiki folder.\n\n"
},
"$:/language/Help/clearpassword": {
"title": "$:/language/Help/clearpassword",
"description": "Clear a password for subsequent crypto operations",
"text": "Clear the password for subsequent crypto operations\n\n```\n--clearpassword\n```\n"
},
"$:/language/Help/default": {
"title": "$:/language/Help/default",
"text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\nusage: tiddlywiki [<wikifolder>] [--<command> [<args>...]...]\n```\n\nAvailable commands:\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\nTo get detailed help on a command:\n\n```\ntiddlywiki --help <command>\n```\n"
},
"$:/language/Help/editions": {
"title": "$:/language/Help/editions",
"description": "Lists the available editions of TiddlyWiki",
"text": "Lists the names and descriptions of the available editions. You can create a new wiki of a specified edition with the `--init` command.\n\n```\n--editions\n```\n"
},
"$:/language/Help/fetch": {
"title": "$:/language/Help/fetch",
"description": "Fetch tiddlers from wiki by URL",
"text": "Fetch one or more files over HTTP/HTTPS, and import the tiddlers matching a filter, optionally transforming the incoming titles.\n\n```\n--fetch file <url> <import-filter> <transform-filter>\n--fetch files <url-filter> <import-filter> <transform-filter>\n--fetch raw-file <url> <transform-filter>\n--fetch raw-files <url-filter> <transform-filter>\n```\n\nThe \"file\" and \"files\" variants fetch the specified files and attempt to import the tiddlers within them (the same processing as if the files were dragged into the browser window). The \"raw-file\" and \"raw-files\" variants fetch the specified files and then store the raw file data in tiddlers, without applying the import logic.\n\nWith the \"file\" and \"raw-file\" variants only a single file is fetched and the first parameter is the URL of the file to read.\n\nWith the \"files\" and \"raw-files\" variants, multiple files are fetched and the first parameter is a filter yielding a list of URLs of the files to read. For example, given a set of tiddlers tagged \"remote-server\" that have a field \"url\" the filter `[tag[remote-server]get[url]]` will retrieve all the available URLs.\n\nFor the \"file\" and \"files\" variants, the `<import-filter>` parameter specifies a filter determining which tiddlers are imported. It defaults to `[all[tiddlers]]` if not provided.\n\nFor all variants, the `<transform-filter>` parameter specifies an optional filter that transforms the titles of the imported tiddlers. For example, `[addprefix[$:/myimports/]]` would add the prefix `$:/myimports/` to each title.\n\nPreceding the `--fetch` command with `--verbose` will output progress information during the import.\n\nNote that TiddlyWiki will not fetch an older version of an already loaded plugin.\n\nThe following example retrieves all the non-system tiddlers from https://tiddlywiki.com and saves them to a JSON file:\n\n```\ntiddlywiki --verbose --fetch file \"https://tiddlywiki.com/\" \"[!is[system]]\" \"\" --rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[!is[system]]\"\n```\n\nThe following example retrieves the \"favicon\" file from tiddlywiki.com and saves it in a file called \"output.ico\". Note that the intermediate tiddler \"Icon Tiddler\" is quoted in the \"--fetch\" command because it is being used as a transformation filter to replace the default title, while there are no quotes for the \"--savetiddler\" command because it is being used directly as a title.\n\n```\ntiddlywiki --verbose --fetch raw-file \"https://tiddlywiki.com/favicon.ico\" \"[[Icon Tiddler]]\" --savetiddler \"Icon Tiddler\" output.ico\n```\n\n"
},
"$:/language/Help/help": {
"title": "$:/language/Help/help",
"description": "Display help for TiddlyWiki commands",
"text": "Displays help text for a command:\n\n```\n--help [<command>]\n```\n\nIf the command name is omitted then a list of available commands is displayed.\n"
},
"$:/language/Help/import": {
"title": "$:/language/Help/import",
"description": "Import tiddlers from a file",
"text": "Import tiddlers from TiddlyWiki (`.html`), `.tiddler`, `.tid`, `.json` or other local files. The deserializer must be explicitly specified, unlike the `load` command which infers the deserializer from the file extension.\n\n```\n--import <filepath> <deserializer> [<title>] [<encoding>]\n```\n\nThe deserializers in the core include:\n\n* application/javascript\n* application/json\n* application/x-tiddler\n* application/x-tiddler-html-div\n* application/x-tiddlers\n* text/html\n* text/plain\n\nThe title of the imported tiddler defaults to the filename.\n\nThe encoding defaults to \"utf8\", but can be \"base64\" for importing binary files.\n\nNote that TiddlyWiki will not import an older version of an already loaded plugin.\n"
},
"$:/language/Help/init": {
"title": "$:/language/Help/init",
"description": "Initialise a new wiki folder",
"text": "Initialise an empty [[WikiFolder|WikiFolders]] with a copy of the specified edition.\n\n```\n--init <edition> [<edition> ...]\n```\n\nFor example:\n\n```\ntiddlywiki ./MyWikiFolder --init empty\n```\n\nNote:\n\n* The wiki folder directory will be created if necessary\n* The \"edition\" defaults to ''empty''\n* The init command will fail if the wiki folder is not empty\n* The init command removes any `includeWikis` definitions in the edition's `tiddlywiki.info` file\n* When multiple editions are specified, editions initialised later will overwrite any files shared with earlier editions (so, the final `tiddlywiki.info` file will be copied from the last edition)\n* `--editions` returns a list of available editions\n"
},
"$:/language/Help/listen": {
"title": "$:/language/Help/listen",
"description": "Provides an HTTP server interface to TiddlyWiki",
"text": "Serves a wiki over HTTP.\n\nThe listen command uses NamedCommandParameters:\n\n```\n--listen [<name>=<value>]...\n```\n\nAll parameters are optional with safe defaults, and can be specified in any order. The recognised parameters are:\n\n* ''host'' - optional hostname to serve from (defaults to \"127.0.0.1\" aka \"localhost\")\n* ''path-prefix'' - optional prefix for paths\n* ''port'' - port number on which to listen; non-numeric values are interpreted as a system environment variable from which the port number is extracted (defaults to \"8080\")\n* ''credentials'' - pathname of credentials CSV file (relative to wiki folder)\n* ''anon-username'' - the username for signing edits for anonymous users\n* ''username'' - optional username for basic authentication\n* ''password'' - optional password for basic authentication\n* ''authenticated-user-header'' - optional name of header to be used for trusted authentication\n* ''readers'' - comma separated list of principals allowed to read from this wiki\n* ''writers'' - comma separated list of principals allowed to write to this wiki\n* ''csrf-disable'' - set to \"yes\" to disable CSRF checks (defaults to \"no\")\n* ''root-tiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\")\n* ''root-render-type'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''root-serve-type'' - the content type with which the root tiddler should be served (defaults to \"text/html\")\n* ''tls-cert'' - pathname of TLS certificate file (relative to wiki folder)\n* ''tls-key'' - pathname of TLS key file (relative to wiki folder)\n* ''debug-level'' - optional debug level; set to \"debug\" to view request details (defaults to \"none\")\n\nFor information on opening up your instance to the entire local network, and possible security concerns, see the WebServer tiddler at TiddlyWiki.com.\n\n"
},
"$:/language/Help/load": {
"title": "$:/language/Help/load",
"description": "Load tiddlers from a file",
"text": "Load tiddlers from TiddlyWiki (`.html`), `.tiddler`, `.tid`, `.json` or other local files. The processing applied to incoming files is determined by the file extension. Use the alternative `import` command if you need to specify the deserializer and encoding explicitly.\n\n```\n--load <filepath>\n--load <dirpath>\n```\n\nTo load tiddlers from an encrypted TiddlyWiki file you should first specify the password with the PasswordCommand. For example:\n\n```\ntiddlywiki ./MyWiki --password pa55w0rd --load my_encrypted_wiki.html\n```\n\nNote that TiddlyWiki will not load an older version of an already loaded plugin.\n"
},
"$:/language/Help/makelibrary": {
"title": "$:/language/Help/makelibrary",
"description": "Construct library plugin required by upgrade process",
"text": "Constructs the `$:/UpgradeLibrary` tiddler for the upgrade process.\n\nThe upgrade library is formatted as an ordinary plugin tiddler with the plugin type `library`. It contains a copy of each of the plugins, themes and language packs available within the TiddlyWiki5 repository.\n\nThis command is intended for internal use; it is only relevant to users constructing a custom upgrade procedure.\n\n```\n--makelibrary <title>\n```\n\nThe title argument defaults to `$:/UpgradeLibrary`.\n"
},
"$:/language/Help/notfound": {
"title": "$:/language/Help/notfound",
"text": "No such help item"
},
"$:/language/Help/output": {
"title": "$:/language/Help/output",
"description": "Set the base output directory for subsequent commands",
"text": "Sets the base output directory for subsequent commands. The default output directory is the `output` subdirectory of the edition directory.\n\n```\n--output <pathname>\n```\n\nIf the specified pathname is relative then it is resolved relative to the current working directory. For example `--output .` sets the output directory to the current working directory.\n\n"
},
"$:/language/Help/password": {
"title": "$:/language/Help/password",
"description": "Set a password for subsequent crypto operations",
"text": "Set a password for subsequent crypto operations\n\n```\n--password <password>\n```\n\n''Note'': This should not be used for serving TiddlyWiki with password protection. Instead, see the password option under the [[ServerCommand]].\n"
},
"$:/language/Help/render": {
"title": "$:/language/Help/render",
"description": "Renders individual tiddlers to files",
"text": "Render individual tiddlers identified by a filter and save the results to the specified files.\n\nOptionally, the title of a template tiddler can be specified. In this case, instead of directly rendering each tiddler, the template tiddler is rendered with the \"currentTiddler\" variable set to the title of the tiddler that is being rendered.\n\nA name and value for an additional variable may optionally also be specified.\n\n```\n--render <tiddler-filter> [<filename-filter>] [<render-type>] [<template>] [<name>] [<value>]\n```\n\n* ''tiddler-filter'': A filter identifying the tiddler(s) to be rendered\n* ''filename-filter'': Optional filter transforming tiddler titles into pathnames. If omitted, defaults to `[is[tiddler]addsuffix[.html]]`, which uses the unchanged tiddler title as the filename\n* ''template'': Optional template through which each tiddler is rendered\n* ''render-type'': Optional render type: `text/html` (the default) returns the full HTML text and `text/plain` just returns the text content (ie it ignores HTML tags and other unprintable material)\n* ''name'': Name of optional variable\n* ''value'': Value of optional variable\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nNotes:\n\n* The output directory is not cleared of any existing files\n* Any missing directories in the path to the filename are automatically created.\n* When referring to a tiddler with spaces in its title, take care to use both the quotes required by your shell and also TiddlyWiki's double square brackets : `--render \"[[Motovun Jack.jpg]]\"`\n* The filename filter is evaluated with the selected items being set to the title of the tiddler currently being rendered, allowing the title to be used as the basis for computing the filename. For example `[encodeuricomponent[]addprefix[static/]]` applies URI encoding to each title, and then adds the prefix `static/`\n* The `--render` command is a more flexible replacement for both the `--rendertiddler` and `--rendertiddlers` commands, which are deprecated\n\nExamples:\n\n* `--render \"[!is[system]]\" \"[encodeuricomponent[]addprefix[tiddlers/]addsuffix[.html]]\"` -- renders all non-system tiddlers as files in the subdirectory \"tiddlers\" with URL-encoded titles and the extension HTML\n\n"
},
"$:/language/Help/rendertiddler": {
"title": "$:/language/Help/rendertiddler",
"description": "Render an individual tiddler as a specified ContentType",
"text": "(Note: The `--rendertiddler` command is deprecated in favour of the new, more flexible `--render` command)\n\nRender an individual tiddler as a specified ContentType, defaulting to `text/html` and save it to the specified filename.\n\nOptionally the title of a template tiddler can be specified, in which case the template tiddler is rendered with the \"currentTiddler\" variable set to the tiddler that is being rendered (the first parameter value).\n\nA name and value for an additional variable may optionally also be specified.\n\n```\n--rendertiddler <title> <filename> [<type>] [<template>] [<name>] [<value>]\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n\nFor example, the following command saves all tiddlers matching the filter `[tag[done]]` to a JSON file titled `output.json` by employing the core template `$:/core/templates/exporters/JsonFile`.\n\n```\n--rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[tag[done]]\"\n```\n"
},
"$:/language/Help/rendertiddlers": {
"title": "$:/language/Help/rendertiddlers",
"description": "Render tiddlers matching a filter to a specified ContentType",
"text": "(Note: The `--rendertiddlers` command is deprecated in favour of the new, more flexible `--render` command)\n\nRender a set of tiddlers matching a filter to separate files of a specified ContentType (defaults to `text/html`) and extension (defaults to `.html`).\n\n```\n--rendertiddlers <filter> <template> <pathname> [<type>] [<extension>] [\"noclean\"]\n```\n\nFor example:\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny files in the target directory are deleted unless the ''noclean'' flag is specified. The target directory is recursively created if it is missing.\n"
},
"$:/language/Help/save": {
"title": "$:/language/Help/save",
"description": "Saves individual raw tiddlers to files",
"text": "Saves individual tiddlers identified by a filter in their raw text or binary format to the specified files.\n\n```\n--save <tiddler-filter> <filename-filter>\n```\n\n* ''tiddler-filter'': A filter identifying the tiddler(s) to be saved\n* ''filename-filter'': Optional filter transforming tiddler titles into pathnames. If omitted, defaults to `[is[tiddler]]`, which uses the unchanged tiddler title as the filename\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nNotes:\n\n* The output directory is not cleared of any existing files\n* Any missing directories in the path to the filename are automatically created.\n* When saving a tiddler with spaces in its title, take care to use both the quotes required by your shell and also TiddlyWiki's double square brackets : `--save \"[[Motovun Jack.jpg]]\"`\n* The filename filter is evaluated with the selected items being set to the title of the tiddler currently being saved, allowing the title to be used as the basis for computing the filename. For example `[encodeuricomponent[]addprefix[static/]]` applies URI encoding to each title, and then adds the prefix `static/`\n* The `--save` command is a more flexible replacement for both the `--savetiddler` and `--savetiddlers` commands, which are deprecated\n\nExamples:\n\n* `--save \"[!is[system]is[image]]\" \"[encodeuricomponent[]addprefix[tiddlers/]]\"` -- saves all non-system image tiddlers as files in the subdirectory \"tiddlers\" with URL-encoded titles\n"
},
"$:/language/Help/savetiddler": {
"title": "$:/language/Help/savetiddler",
"description": "Saves a raw tiddler to a file",
"text": "(Note: The `--savetiddler` command is deprecated in favour of the new, more flexible `--save` command)\n\nSaves an individual tiddler in its raw text or binary format to the specified filename.\n\n```\n--savetiddler <title> <filename>\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
},
"$:/language/Help/savetiddlers": {
"title": "$:/language/Help/savetiddlers",
"description": "Saves a group of raw tiddlers to a directory",
"text": "(Note: The `--savetiddlers` command is deprecated in favour of the new, more flexible `--save` command)\n\nSaves a group of tiddlers in their raw text or binary format to the specified directory.\n\n```\n--savetiddlers <filter> <pathname> [\"noclean\"]\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nThe output directory is cleared of existing files before saving the specified files. The deletion can be disabled by specifying the ''noclean'' flag.\n\nAny missing directories in the pathname are automatically created.\n"
},
"$:/language/Help/server": {
"title": "$:/language/Help/server",
"description": "Provides an HTTP server interface to TiddlyWiki (deprecated in favour of the new listen command)",
"text": "Legacy command to serve a wiki over HTTP.\n\n```\n--server <port> <root-tiddler> <root-render-type> <root-serve-type> <username> <password> <host> <path-prefix> <debug-level>\n```\n\nThe parameters are:\n\n* ''port'' - port number on which to listen; non-numeric values are interpreted as a system environment variable from which the port number is extracted (defaults to \"8080\")\n* ''root-tiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\")\n* ''root-render-type'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''root-serve-type'' - the content type with which the root tiddler should be served (defaults to \"text/html\")\n* ''username'' - the default username for signing edits\n* ''password'' - optional password for basic authentication\n* ''host'' - optional hostname to serve from (defaults to \"127.0.0.1\" aka \"localhost\")\n* ''path-prefix'' - optional prefix for paths\n* ''debug-level'' - optional debug level; set to \"debug\" to view request details (defaults to \"none\")\n\nIf the password parameter is specified then the browser will prompt the user for the username and password. Note that the password is transmitted in plain text so this implementation should only be used on a trusted network or over HTTPS.\n\nFor example:\n\n```\n--server 8080 $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n\nThe username and password can be specified as empty strings if you need to set the hostname or pathprefix and don't want to require a password.\n\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\nUsing an address like this exposes your system to the local network. For information on opening up your instance to the entire local network, and possible security concerns, see the WebServer tiddler at TiddlyWiki.com.\n\nTo run multiple TiddlyWiki servers at the same time you'll need to put each one on a different port. It can be useful to use an environment variable to pass the port number to the Node.js process. This example references an environment variable called \"MY_PORT_NUMBER\":\n\n```\n--server MY_PORT_NUMBER $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n"
},
"$:/language/Help/setfield": {
"title": "$:/language/Help/setfield",
"description": "Prepares external tiddlers for use",
"text": "//Note that this command is experimental and may change or be replaced before being finalised//\n\nSets the specified field of a group of tiddlers to the result of wikifying a template tiddler with the `currentTiddler` variable set to the tiddler.\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\nThe parameters are:\n\n* ''filter'' - filter identifying the tiddlers to be affected\n* ''fieldname'' - the field to modify (defaults to \"text\")\n* ''templatetitle'' - the tiddler to wikify into the specified field. If blank or missing then the specified field is deleted\n* ''rendertype'' - the text type to render (defaults to \"text/plain\"; \"text/html\" can be used to include HTML tags)\n"
},
"$:/language/Help/unpackplugin": {
"title": "$:/language/Help/unpackplugin",
"description": "Unpack the payload tiddlers from a plugin",
"text": "Extract the payload tiddlers from a plugin, creating them as ordinary tiddlers:\n\n```\n--unpackplugin <title>\n```\n"
},
"$:/language/Help/verbose": {
"title": "$:/language/Help/verbose",
"description": "Triggers verbose output mode",
"text": "Triggers verbose output, useful for debugging\n\n```\n--verbose\n```\n"
},
"$:/language/Help/version": {
"title": "$:/language/Help/version",
"description": "Displays the version number of TiddlyWiki",
"text": "Displays the version number of TiddlyWiki.\n\n```\n--version\n```\n"
},
"$:/language/Import/Imported/Hint": {
"title": "$:/language/Import/Imported/Hint",
"text": "The following tiddlers were imported:"
},
"$:/language/Import/Listing/Cancel/Caption": {
"title": "$:/language/Import/Listing/Cancel/Caption",
"text": "Cancel"
},
"$:/language/Import/Listing/Hint": {
"title": "$:/language/Import/Listing/Hint",
"text": "These tiddlers are ready to import:"
},
"$:/language/Import/Listing/Import/Caption": {
"title": "$:/language/Import/Listing/Import/Caption",
"text": "Import"
},
"$:/language/Import/Listing/Select/Caption": {
"title": "$:/language/Import/Listing/Select/Caption",
"text": "Select"
},
"$:/language/Import/Listing/Status/Caption": {
"title": "$:/language/Import/Listing/Status/Caption",
"text": "Status"
},
"$:/language/Import/Listing/Title/Caption": {
"title": "$:/language/Import/Listing/Title/Caption",
"text": "Title"
},
"$:/language/Import/Listing/Preview": {
"title": "$:/language/Import/Listing/Preview",
"text": "Preview:"
},
"$:/language/Import/Listing/Preview/Text": {
"title": "$:/language/Import/Listing/Preview/Text",
"text": "Text"
},
"$:/language/Import/Listing/Preview/TextRaw": {
"title": "$:/language/Import/Listing/Preview/TextRaw",
"text": "Text (Raw)"
},
"$:/language/Import/Listing/Preview/Fields": {
"title": "$:/language/Import/Listing/Preview/Fields",
"text": "Fields"
},
"$:/language/Import/Listing/Preview/Diff": {
"title": "$:/language/Import/Listing/Preview/Diff",
"text": "Diff"
},
"$:/language/Import/Listing/Preview/DiffFields": {
"title": "$:/language/Import/Listing/Preview/DiffFields",
"text": "Diff (Fields)"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
"text": "Blocked incompatible or obsolete plugin"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
"text": "Blocked plugin (due to incoming <<incoming>> being older than existing <<existing>>)"
},
"$:/language/Import/Upgrader/Plugins/Upgraded": {
"title": "$:/language/Import/Upgrader/Plugins/Upgraded",
"text": "Upgraded plugin from <<incoming>> to <<upgraded>>"
},
"$:/language/Import/Upgrader/State/Suppressed": {
"title": "$:/language/Import/Upgrader/State/Suppressed",
"text": "Blocked temporary state tiddler"
},
"$:/language/Import/Upgrader/System/Suppressed": {
"title": "$:/language/Import/Upgrader/System/Suppressed",
"text": "Blocked system tiddler"
},
"$:/language/Import/Upgrader/ThemeTweaks/Created": {
"title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
"text": "Migrated theme tweak from <$text text=<<from>>/>"
},
"$:/language/AboveStory/ClassicPlugin/Warning": {
"title": "$:/language/AboveStory/ClassicPlugin/Warning",
"text": "It looks like you are trying to load a plugin designed for ~TiddlyWiki Classic. Please note that [[these plugins do not work with TiddlyWiki version 5.x.x|https://tiddlywiki.com/#TiddlyWikiClassic]]. ~TiddlyWiki Classic plugins detected:"
},
"$:/language/BinaryWarning/Prompt": {
"title": "$:/language/BinaryWarning/Prompt",
"text": "This tiddler contains binary data"
},
"$:/language/ClassicWarning/Hint": {
"title": "$:/language/ClassicWarning/Hint",
"text": "This tiddler is written in TiddlyWiki Classic wiki text format, which is not fully compatible with TiddlyWiki version 5. See https://tiddlywiki.com/static/Upgrading.html for more details."
},
"$:/language/ClassicWarning/Upgrade/Caption": {
"title": "$:/language/ClassicWarning/Upgrade/Caption",
"text": "upgrade"
},
"$:/language/CloseAll/Button": {
"title": "$:/language/CloseAll/Button",
"text": "close all"
},
"$:/language/ColourPicker/Recent": {
"title": "$:/language/ColourPicker/Recent",
"text": "Recent:"
},
"$:/language/ConfirmCancelTiddler": {
"title": "$:/language/ConfirmCancelTiddler",
"text": "Do you wish to discard changes to the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmDeleteTiddler": {
"title": "$:/language/ConfirmDeleteTiddler",
"text": "Do you wish to delete the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmOverwriteTiddler": {
"title": "$:/language/ConfirmOverwriteTiddler",
"text": "Do you wish to overwrite the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmEditShadowTiddler": {
"title": "$:/language/ConfirmEditShadowTiddler",
"text": "You are about to edit a ShadowTiddler. Any changes will override the default system making future upgrades non-trivial. Are you sure you want to edit \"<$text text=<<title>>/>\"?"
},
"$:/language/Count": {
"title": "$:/language/Count",
"text": "count"
},
"$:/language/DefaultNewTiddlerTitle": {
"title": "$:/language/DefaultNewTiddlerTitle",
"text": "New Tiddler"
},
"$:/language/Diffs/CountMessage": {
"title": "$:/language/Diffs/CountMessage",
"text": "<<diff-count>> differences"
},
"$:/language/DropMessage": {
"title": "$:/language/DropMessage",
"text": "Drop here (or use the 'Escape' key to cancel)"
},
"$:/language/Encryption/Cancel": {
"title": "$:/language/Encryption/Cancel",
"text": "Cancel"
},
"$:/language/Encryption/ConfirmClearPassword": {
"title": "$:/language/Encryption/ConfirmClearPassword",
"text": "Do you wish to clear the password? This will remove the encryption applied when saving this wiki"
},
"$:/language/Encryption/PromptSetPassword": {
"title": "$:/language/Encryption/PromptSetPassword",
"text": "Set a new password for this TiddlyWiki"
},
"$:/language/Encryption/Username": {
"title": "$:/language/Encryption/Username",
"text": "Username"
},
"$:/language/Encryption/Password": {
"title": "$:/language/Encryption/Password",
"text": "Password"
},
"$:/language/Encryption/RepeatPassword": {
"title": "$:/language/Encryption/RepeatPassword",
"text": "Repeat password"
},
"$:/language/Encryption/PasswordNoMatch": {
"title": "$:/language/Encryption/PasswordNoMatch",
"text": "Passwords do not match"
},
"$:/language/Encryption/SetPassword": {
"title": "$:/language/Encryption/SetPassword",
"text": "Set password"
},
"$:/language/Error/Caption": {
"title": "$:/language/Error/Caption",
"text": "Error"
},
"$:/language/Error/EditConflict": {
"title": "$:/language/Error/EditConflict",
"text": "File changed on server"
},
"$:/language/Error/Filter": {
"title": "$:/language/Error/Filter",
"text": "Filter error"
},
"$:/language/Error/FilterSyntax": {
"title": "$:/language/Error/FilterSyntax",
"text": "Syntax error in filter expression"
},
"$:/language/Error/IsFilterOperator": {
"title": "$:/language/Error/IsFilterOperator",
"text": "Filter Error: Unknown operand for the 'is' filter operator"
},
"$:/language/Error/LoadingPluginLibrary": {
"title": "$:/language/Error/LoadingPluginLibrary",
"text": "Error loading plugin library"
},
"$:/language/Error/RecursiveTransclusion": {
"title": "$:/language/Error/RecursiveTransclusion",
"text": "Recursive transclusion error in transclude widget"
},
"$:/language/Error/RetrievingSkinny": {
"title": "$:/language/Error/RetrievingSkinny",
"text": "Error retrieving skinny tiddler list"
},
"$:/language/Error/SavingToTWEdit": {
"title": "$:/language/Error/SavingToTWEdit",
"text": "Error saving to TWEdit"
},
"$:/language/Error/WhileSaving": {
"title": "$:/language/Error/WhileSaving",
"text": "Error while saving"
},
"$:/language/Error/XMLHttpRequest": {
"title": "$:/language/Error/XMLHttpRequest",
"text": "XMLHttpRequest error code"
},
"$:/language/InternalJavaScriptError/Title": {
"title": "$:/language/InternalJavaScriptError/Title",
"text": "Internal JavaScript Error"
},
"$:/language/InternalJavaScriptError/Hint": {
"title": "$:/language/InternalJavaScriptError/Hint",
"text": "Well, this is embarrassing. It is recommended that you restart TiddlyWiki by refreshing your browser"
},
"$:/language/InvalidFieldName": {
"title": "$:/language/InvalidFieldName",
"text": "Illegal characters in field name \"<$text text=<<fieldName>>/>\". Fields can only contain lowercase letters, digits and the characters underscore (`_`), hyphen (`-`) and period (`.`)"
},
"$:/language/LazyLoadingWarning": {
"title": "$:/language/LazyLoadingWarning",
"text": "<p>Trying to load external content from ''<$text text={{!!_canonical_uri}}/>''</p><p>If this message doesn't disappear, either the tiddler content type doesn't match the type of the external content, or you may be using a browser that doesn't support external content for wikis loaded as standalone files. See https://tiddlywiki.com/#ExternalText</p>"
},
"$:/language/LoginToTiddlySpace": {
"title": "$:/language/LoginToTiddlySpace",
"text": "Login to TiddlySpace"
},
"$:/language/Manager/Controls/FilterByTag/None": {
"title": "$:/language/Manager/Controls/FilterByTag/None",
"text": "(none)"
},
"$:/language/Manager/Controls/FilterByTag/Prompt": {
"title": "$:/language/Manager/Controls/FilterByTag/Prompt",
"text": "Filter by tag:"
},
"$:/language/Manager/Controls/Order/Prompt": {
"title": "$:/language/Manager/Controls/Order/Prompt",
"text": "Reverse order"
},
"$:/language/Manager/Controls/Search/Placeholder": {
"title": "$:/language/Manager/Controls/Search/Placeholder",
"text": "Search"
},
"$:/language/Manager/Controls/Search/Prompt": {
"title": "$:/language/Manager/Controls/Search/Prompt",
"text": "Search:"
},
"$:/language/Manager/Controls/Show/Option/Tags": {
"title": "$:/language/Manager/Controls/Show/Option/Tags",
"text": "tags"
},
"$:/language/Manager/Controls/Show/Option/Tiddlers": {
"title": "$:/language/Manager/Controls/Show/Option/Tiddlers",
"text": "tiddlers"
},
"$:/language/Manager/Controls/Show/Prompt": {
"title": "$:/language/Manager/Controls/Show/Prompt",
"text": "Show:"
},
"$:/language/Manager/Controls/Sort/Prompt": {
"title": "$:/language/Manager/Controls/Sort/Prompt",
"text": "Sort by:"
},
"$:/language/Manager/Item/Colour": {
"title": "$:/language/Manager/Item/Colour",
"text": "Colour"
},
"$:/language/Manager/Item/Fields": {
"title": "$:/language/Manager/Item/Fields",
"text": "Fields"
},
"$:/language/Manager/Item/Icon/None": {
"title": "$:/language/Manager/Item/Icon/None",
"text": "(none)"
},
"$:/language/Manager/Item/Icon": {
"title": "$:/language/Manager/Item/Icon",
"text": "Icon"
},
"$:/language/Manager/Item/RawText": {
"title": "$:/language/Manager/Item/RawText",
"text": "Raw text"
},
"$:/language/Manager/Item/Tags": {
"title": "$:/language/Manager/Item/Tags",
"text": "Tags"
},
"$:/language/Manager/Item/Tools": {
"title": "$:/language/Manager/Item/Tools",
"text": "Tools"
},
"$:/language/Manager/Item/WikifiedText": {
"title": "$:/language/Manager/Item/WikifiedText",
"text": "Wikified text"
},
"$:/language/MissingTiddler/Hint": {
"title": "$:/language/MissingTiddler/Hint",
"text": "Missing tiddler \"<$text text=<<currentTiddler>>/>\" -- click {{||$:/core/ui/Buttons/edit}} to create"
},
"$:/language/No": {
"title": "$:/language/No",
"text": "No"
},
"$:/language/OfficialPluginLibrary": {
"title": "$:/language/OfficialPluginLibrary",
"text": "Official ~TiddlyWiki Plugin Library"
},
"$:/language/OfficialPluginLibrary/Hint": {
"title": "$:/language/OfficialPluginLibrary/Hint",
"text": "The official ~TiddlyWiki plugin library at tiddlywiki.com. Plugins, themes and language packs are maintained by the core team."
},
"$:/language/PluginReloadWarning": {
"title": "$:/language/PluginReloadWarning",
"text": "Please save {{$:/core/ui/Buttons/save-wiki}} and reload {{$:/core/ui/Buttons/refresh}} to allow changes to plugins to take effect"
},
"$:/language/RecentChanges/DateFormat": {
"title": "$:/language/RecentChanges/DateFormat",
"text": "DDth MMM YYYY"
},
"$:/language/SystemTiddler/Tooltip": {
"title": "$:/language/SystemTiddler/Tooltip",
"text": "This is a system tiddler"
},
"$:/language/SystemTiddlers/Include/Prompt": {
"title": "$:/language/SystemTiddlers/Include/Prompt",
"text": "Include system tiddlers"
},
"$:/language/TagManager/Colour/Heading": {
"title": "$:/language/TagManager/Colour/Heading",
"text": "Colour"
},
"$:/language/TagManager/Count/Heading": {
"title": "$:/language/TagManager/Count/Heading",
"text": "Count"
},
"$:/language/TagManager/Icon/Heading": {
"title": "$:/language/TagManager/Icon/Heading",
"text": "Icon"
},
"$:/language/TagManager/Info/Heading": {
"title": "$:/language/TagManager/Info/Heading",
"text": "Info"
},
"$:/language/TagManager/Tag/Heading": {
"title": "$:/language/TagManager/Tag/Heading",
"text": "Tag"
},
"$:/language/Tiddler/DateFormat": {
"title": "$:/language/Tiddler/DateFormat",
"text": "DDth MMM YYYY at hh12:0mmam"
},
"$:/language/UnsavedChangesWarning": {
"title": "$:/language/UnsavedChangesWarning",
"text": "You have unsaved changes in TiddlyWiki"
},
"$:/language/Yes": {
"title": "$:/language/Yes",
"text": "Yes"
},
"$:/language/Modals/Download": {
"title": "$:/language/Modals/Download",
"subtitle": "Download changes",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "https://tiddlywiki.com/static/DownloadingChanges.html",
"text": "Your browser only supports manual saving.\n\nTo save your modified wiki, right click on the download link below and select \"Download file\" or \"Save file\", and then choose the folder and filename.\n\n//You can marginally speed things up by clicking the link with the control key (Windows) or the options/alt key (Mac OS X). You will not be prompted for the folder or filename, but your browser is likely to give it an unrecognisable name -- you may need to rename the file to include an `.html` extension before you can do anything useful with it.//\n\nOn smartphones that do not allow files to be downloaded you can instead bookmark the link, and then sync your bookmarks to a desktop computer from where the wiki can be saved normally.\n"
},
"$:/language/Modals/SaveInstructions": {
"title": "$:/language/Modals/SaveInstructions",
"subtitle": "Save your work",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "https://tiddlywiki.com/static/SavingChanges.html",
"text": "Your changes to this wiki need to be saved as a ~TiddlyWiki HTML file.\n\n!!! Desktop browsers\n\n# Select ''Save As'' from the ''File'' menu\n# Choose a filename and location\n#* Some browsers also require you to explicitly specify the file saving format as ''Webpage, HTML only'' or similar\n# Close this tab\n\n!!! Smartphone browsers\n\n# Create a bookmark to this page\n#* If you've got iCloud or Google Sync set up then the bookmark will automatically sync to your desktop where you can open it and save it as above\n# Close this tab\n\n//If you open the bookmark again in Mobile Safari you will see this message again. If you want to go ahead and use the file, just click the ''close'' button below//\n"
},
"$:/config/NewJournal/Title": {
"title": "$:/config/NewJournal/Title",
"text": "DDth MMM YYYY"
},
"$:/config/NewJournal/Text": {
"title": "$:/config/NewJournal/Text",
"text": ""
},
"$:/config/NewJournal/Tags": {
"title": "$:/config/NewJournal/Tags",
"text": "Journal"
},
"$:/language/Notifications/Save/Done": {
"title": "$:/language/Notifications/Save/Done",
"text": "Saved wiki"
},
"$:/language/Notifications/Save/Starting": {
"title": "$:/language/Notifications/Save/Starting",
"text": "Starting to save wiki"
},
"$:/language/Notifications/CopiedToClipboard/Succeeded": {
"title": "$:/language/Notifications/CopiedToClipboard/Succeeded",
"text": "Copied to clipboard!"
},
"$:/language/Notifications/CopiedToClipboard/Failed": {
"title": "$:/language/Notifications/CopiedToClipboard/Failed",
"text": "Failed to copy to clipboard!"
},
"$:/language/Search/DefaultResults/Caption": {
"title": "$:/language/Search/DefaultResults/Caption",
"text": "List"
},
"$:/language/Search/Filter/Caption": {
"title": "$:/language/Search/Filter/Caption",
"text": "Filter"
},
"$:/language/Search/Filter/Hint": {
"title": "$:/language/Search/Filter/Hint",
"text": "Search via a [[filter expression|https://tiddlywiki.com/static/Filters.html]]"
},
"$:/language/Search/Filter/Matches": {
"title": "$:/language/Search/Filter/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Matches": {
"title": "$:/language/Search/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Matches/All": {
"title": "$:/language/Search/Matches/All",
"text": "All matches:"
},
"$:/language/Search/Matches/Title": {
"title": "$:/language/Search/Matches/Title",
"text": "Title matches:"
},
"$:/language/Search/Search": {
"title": "$:/language/Search/Search",
"text": "Search"
},
"$:/language/Search/Search/TooShort": {
"title": "$:/language/Search/Search/TooShort",
"text": "Search text too short"
},
"$:/language/Search/Shadows/Caption": {
"title": "$:/language/Search/Shadows/Caption",
"text": "Shadows"
},
"$:/language/Search/Shadows/Hint": {
"title": "$:/language/Search/Shadows/Hint",
"text": "Search for shadow tiddlers"
},
"$:/language/Search/Shadows/Matches": {
"title": "$:/language/Search/Shadows/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Standard/Caption": {
"title": "$:/language/Search/Standard/Caption",
"text": "Standard"
},
"$:/language/Search/Standard/Hint": {
"title": "$:/language/Search/Standard/Hint",
"text": "Search for standard tiddlers"
},
"$:/language/Search/Standard/Matches": {
"title": "$:/language/Search/Standard/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/System/Caption": {
"title": "$:/language/Search/System/Caption",
"text": "System"
},
"$:/language/Search/System/Hint": {
"title": "$:/language/Search/System/Hint",
"text": "Search for system tiddlers"
},
"$:/language/Search/System/Matches": {
"title": "$:/language/Search/System/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/SideBar/All/Caption": {
"title": "$:/language/SideBar/All/Caption",
"text": "All"
},
"$:/language/SideBar/Contents/Caption": {
"title": "$:/language/SideBar/Contents/Caption",
"text": "Contents"
},
"$:/language/SideBar/Drafts/Caption": {
"title": "$:/language/SideBar/Drafts/Caption",
"text": "Drafts"
},
"$:/language/SideBar/Explorer/Caption": {
"title": "$:/language/SideBar/Explorer/Caption",
"text": "Explorer"
},
"$:/language/SideBar/Missing/Caption": {
"title": "$:/language/SideBar/Missing/Caption",
"text": "Missing"
},
"$:/language/SideBar/More/Caption": {
"title": "$:/language/SideBar/More/Caption",
"text": "More"
},
"$:/language/SideBar/Open/Caption": {
"title": "$:/language/SideBar/Open/Caption",
"text": "Open"
},
"$:/language/SideBar/Orphans/Caption": {
"title": "$:/language/SideBar/Orphans/Caption",
"text": "Orphans"
},
"$:/language/SideBar/Recent/Caption": {
"title": "$:/language/SideBar/Recent/Caption",
"text": "Recent"
},
"$:/language/SideBar/Shadows/Caption": {
"title": "$:/language/SideBar/Shadows/Caption",
"text": "Shadows"
},
"$:/language/SideBar/System/Caption": {
"title": "$:/language/SideBar/System/Caption",
"text": "System"
},
"$:/language/SideBar/Tags/Caption": {
"title": "$:/language/SideBar/Tags/Caption",
"text": "Tags"
},
"$:/language/SideBar/Tags/Untagged/Caption": {
"title": "$:/language/SideBar/Tags/Untagged/Caption",
"text": "untagged"
},
"$:/language/SideBar/Tools/Caption": {
"title": "$:/language/SideBar/Tools/Caption",
"text": "Tools"
},
"$:/language/SideBar/Types/Caption": {
"title": "$:/language/SideBar/Types/Caption",
"text": "Types"
},
"$:/SiteSubtitle": {
"title": "$:/SiteSubtitle",
"text": "a non-linear personal web notebook"
},
"$:/SiteTitle": {
"title": "$:/SiteTitle",
"text": "My ~TiddlyWiki"
},
"$:/language/Snippets/ListByTag": {
"title": "$:/language/Snippets/ListByTag",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "List of tiddlers by tag",
"text": "<<list-links \"[tag[task]sort[title]]\">>\n"
},
"$:/language/Snippets/MacroDefinition": {
"title": "$:/language/Snippets/MacroDefinition",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Macro definition",
"text": "\\define macroName(param1:\"default value\",param2)\nText of the macro\n\\end\n"
},
"$:/language/Snippets/Table4x3": {
"title": "$:/language/Snippets/Table4x3",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Table with 4 columns by 3 rows",
"text": "|! |!Alpha |!Beta |!Gamma |!Delta |\n|!One | | | | |\n|!Two | | | | |\n|!Three | | | | |\n"
},
"$:/language/Snippets/TableOfContents": {
"title": "$:/language/Snippets/TableOfContents",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Table of Contents",
"text": "<div class=\"tc-table-of-contents\">\n\n<<toc-selective-expandable 'TableOfContents'>>\n\n</div>"
},
"$:/language/ThemeTweaks/ThemeTweaks": {
"title": "$:/language/ThemeTweaks/ThemeTweaks",
"text": "Theme Tweaks"
},
"$:/language/ThemeTweaks/ThemeTweaks/Hint": {
"title": "$:/language/ThemeTweaks/ThemeTweaks/Hint",
"text": "You can tweak certain aspects of the ''Vanilla'' theme."
},
"$:/language/ThemeTweaks/Options": {
"title": "$:/language/ThemeTweaks/Options",
"text": "Options"
},
"$:/language/ThemeTweaks/Options/SidebarLayout": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout",
"text": "Sidebar layout"
},
"$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid",
"text": "Fixed story, fluid sidebar"
},
"$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed",
"text": "Fluid story, fixed sidebar"
},
"$:/language/ThemeTweaks/Options/StickyTitles": {
"title": "$:/language/ThemeTweaks/Options/StickyTitles",
"text": "Sticky titles"
},
"$:/language/ThemeTweaks/Options/StickyTitles/Hint": {
"title": "$:/language/ThemeTweaks/Options/StickyTitles/Hint",
"text": "Causes tiddler titles to \"stick\" to the top of the browser window"
},
"$:/language/ThemeTweaks/Options/CodeWrapping": {
"title": "$:/language/ThemeTweaks/Options/CodeWrapping",
"text": "Wrap long lines in code blocks"
},
"$:/language/ThemeTweaks/Settings": {
"title": "$:/language/ThemeTweaks/Settings",
"text": "Settings"
},
"$:/language/ThemeTweaks/Settings/FontFamily": {
"title": "$:/language/ThemeTweaks/Settings/FontFamily",
"text": "Font family"
},
"$:/language/ThemeTweaks/Settings/CodeFontFamily": {
"title": "$:/language/ThemeTweaks/Settings/CodeFontFamily",
"text": "Code font family"
},
"$:/language/ThemeTweaks/Settings/EditorFontFamily": {
"title": "$:/language/ThemeTweaks/Settings/EditorFontFamily",
"text": "Editor font family"
},
"$:/language/ThemeTweaks/Settings/BackgroundImage": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImage",
"text": "Page background image"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment",
"text": "Page background image attachment"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll",
"text": "Scroll with tiddlers"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed",
"text": "Fixed to window"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize",
"text": "Page background image size"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto",
"text": "Auto"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover",
"text": "Cover"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain",
"text": "Contain"
},
"$:/language/ThemeTweaks/Metrics": {
"title": "$:/language/ThemeTweaks/Metrics",
"text": "Sizes"
},
"$:/language/ThemeTweaks/Metrics/FontSize": {
"title": "$:/language/ThemeTweaks/Metrics/FontSize",
"text": "Font size"
},
"$:/language/ThemeTweaks/Metrics/LineHeight": {
"title": "$:/language/ThemeTweaks/Metrics/LineHeight",
"text": "Line height"
},
"$:/language/ThemeTweaks/Metrics/BodyFontSize": {
"title": "$:/language/ThemeTweaks/Metrics/BodyFontSize",
"text": "Font size for tiddler body"
},
"$:/language/ThemeTweaks/Metrics/BodyLineHeight": {
"title": "$:/language/ThemeTweaks/Metrics/BodyLineHeight",
"text": "Line height for tiddler body"
},
"$:/language/ThemeTweaks/Metrics/StoryLeft": {
"title": "$:/language/ThemeTweaks/Metrics/StoryLeft",
"text": "Story left position"
},
"$:/language/ThemeTweaks/Metrics/StoryLeft/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryLeft/Hint",
"text": "how far the left margin of the story river<br>(tiddler area) is from the left of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryTop": {
"title": "$:/language/ThemeTweaks/Metrics/StoryTop",
"text": "Story top position"
},
"$:/language/ThemeTweaks/Metrics/StoryTop/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryTop/Hint",
"text": "how far the top margin of the story river<br>is from the top of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryRight": {
"title": "$:/language/ThemeTweaks/Metrics/StoryRight",
"text": "Story right"
},
"$:/language/ThemeTweaks/Metrics/StoryRight/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryRight/Hint",
"text": "how far the left margin of the sidebar <br>is from the left of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryWidth": {
"title": "$:/language/ThemeTweaks/Metrics/StoryWidth",
"text": "Story width"
},
"$:/language/ThemeTweaks/Metrics/StoryWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryWidth/Hint",
"text": "the overall width of the story river"
},
"$:/language/ThemeTweaks/Metrics/TiddlerWidth": {
"title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth",
"text": "Tiddler width"
},
"$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint",
"text": "within the story river"
},
"$:/language/ThemeTweaks/Metrics/SidebarBreakpoint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint",
"text": "Sidebar breakpoint"
},
"$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint",
"text": "the minimum page width at which the story<br>river and sidebar will appear side by side"
},
"$:/language/ThemeTweaks/Metrics/SidebarWidth": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarWidth",
"text": "Sidebar width"
},
"$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint",
"text": "the width of the sidebar in fluid-fixed layout"
},
"$:/language/TiddlerInfo/Advanced/Caption": {
"title": "$:/language/TiddlerInfo/Advanced/Caption",
"text": "Advanced"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
"text": "none"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
"text": "Plugin Details"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
"text": "This plugin contains the following shadow tiddlers:"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
"text": "Shadow Status"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is not a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
"text": "It is defined in the plugin <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
"text": "It is overridden by an ordinary tiddler"
},
"$:/language/TiddlerInfo/Fields/Caption": {
"title": "$:/language/TiddlerInfo/Fields/Caption",
"text": "Fields"
},
"$:/language/TiddlerInfo/List/Caption": {
"title": "$:/language/TiddlerInfo/List/Caption",
"text": "List"
},
"$:/language/TiddlerInfo/List/Empty": {
"title": "$:/language/TiddlerInfo/List/Empty",
"text": "This tiddler does not have a list"
},
"$:/language/TiddlerInfo/Listed/Caption": {
"title": "$:/language/TiddlerInfo/Listed/Caption",
"text": "Listed"
},
"$:/language/TiddlerInfo/Listed/Empty": {
"title": "$:/language/TiddlerInfo/Listed/Empty",
"text": "This tiddler is not listed by any others"
},
"$:/language/TiddlerInfo/References/Caption": {
"title": "$:/language/TiddlerInfo/References/Caption",
"text": "References"
},
"$:/language/TiddlerInfo/References/Empty": {
"title": "$:/language/TiddlerInfo/References/Empty",
"text": "No tiddlers link to this one"
},
"$:/language/TiddlerInfo/Tagging/Caption": {
"title": "$:/language/TiddlerInfo/Tagging/Caption",
"text": "Tagging"
},
"$:/language/TiddlerInfo/Tagging/Empty": {
"title": "$:/language/TiddlerInfo/Tagging/Empty",
"text": "No tiddlers are tagged with this one"
},
"$:/language/TiddlerInfo/Tools/Caption": {
"title": "$:/language/TiddlerInfo/Tools/Caption",
"text": "Tools"
},
"$:/language/Docs/Types/application/javascript": {
"title": "$:/language/Docs/Types/application/javascript",
"description": "JavaScript code",
"name": "application/javascript",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/application/json": {
"title": "$:/language/Docs/Types/application/json",
"description": "JSON data",
"name": "application/json",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/application/x-tiddler-dictionary": {
"title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
"description": "Data dictionary",
"name": "application/x-tiddler-dictionary",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/image/gif": {
"title": "$:/language/Docs/Types/image/gif",
"description": "GIF image",
"name": "image/gif",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/jpeg": {
"title": "$:/language/Docs/Types/image/jpeg",
"description": "JPEG image",
"name": "image/jpeg",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/png": {
"title": "$:/language/Docs/Types/image/png",
"description": "PNG image",
"name": "image/png",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/svg+xml": {
"title": "$:/language/Docs/Types/image/svg+xml",
"description": "Structured Vector Graphics image",
"name": "image/svg+xml",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/x-icon": {
"title": "$:/language/Docs/Types/image/x-icon",
"description": "ICO format icon file",
"name": "image/x-icon",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/text/css": {
"title": "$:/language/Docs/Types/text/css",
"description": "Static stylesheet",
"name": "text/css",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/text/html": {
"title": "$:/language/Docs/Types/text/html",
"description": "HTML markup",
"name": "text/html",
"group": "Text",
"group-sort": "0"
},
"$:/language/Docs/Types/text/plain": {
"title": "$:/language/Docs/Types/text/plain",
"description": "Plain text",
"name": "text/plain",
"group": "Text",
"group-sort": "0"
},
"$:/language/Docs/Types/text/vnd.tiddlywiki": {
"title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
"description": "TiddlyWiki 5",
"name": "text/vnd.tiddlywiki",
"group": "Text",
"group-sort": "0"
},
"$:/language/Docs/Types/text/x-tiddlywiki": {
"title": "$:/language/Docs/Types/text/x-tiddlywiki",
"description": "TiddlyWiki Classic",
"name": "text/x-tiddlywiki",
"group": "Text",
"group-sort": "0"
},
"$:/languages/en-GB/icon": {
"title": "$:/languages/en-GB/icon",
"type": "image/svg+xml",
"text": "<svg xmlns=\"http://www.w3.org/2000/svg\" viewBox=\"0 0 60 30\" width=\"1200\" height=\"600\">\n<clipPath id=\"t\">\n\t<path d=\"M30,15 h30 v15 z v15 h-30 z h-30 v-15 z v-15 h30 z\"/>\n</clipPath>\n<path d=\"M0,0 v30 h60 v-30 z\" fill=\"#00247d\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" stroke=\"#fff\" stroke-width=\"6\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" clip-path=\"url(#t)\" stroke=\"#cf142b\" stroke-width=\"4\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#fff\" stroke-width=\"10\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#cf142b\" stroke-width=\"6\"/>\n</svg>\n"
},
"$:/languages/en-GB": {
"title": "$:/languages/en-GB",
"name": "en-GB",
"description": "English (British)",
"author": "JeremyRuston",
"core-version": ">=5.0.0\"",
"text": "Stub pseudo-plugin for the default language"
},
"$:/core/modules/commander.js": {
"title": "$:/core/modules/commander.js",
"text": "/*\\\ntitle: $:/core/modules/commander.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Commander class is a command interpreter\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse a sequence of commands\n\tcommandTokens: an array of command string tokens\n\twiki: reference to the wiki store object\n\tstreams: {output:, error:}, each of which has a write(string) method\n\tcallback: a callback invoked as callback(err) where err is null if there was no error\n*/\nvar Commander = function(commandTokens,callback,wiki,streams) {\n\tvar path = require(\"path\");\n\tthis.commandTokens = commandTokens;\n\tthis.nextToken = 0;\n\tthis.callback = callback;\n\tthis.wiki = wiki;\n\tthis.streams = streams;\n\tthis.outputPath = path.resolve($tw.boot.wikiPath,$tw.config.wikiOutputSubDir);\n};\n\n/*\nLog a string if verbose flag is set\n*/\nCommander.prototype.log = function(str) {\n\tif(this.verbose) {\n\t\tthis.streams.output.write(str + \"\\n\");\n\t}\n};\n\n/*\nWrite a string if verbose flag is set\n*/\nCommander.prototype.write = function(str) {\n\tif(this.verbose) {\n\t\tthis.streams.output.write(str);\n\t}\n};\n\n/*\nAdd a string of tokens to the command queue\n*/\nCommander.prototype.addCommandTokens = function(commandTokens) {\n\tvar params = commandTokens.slice(0);\n\tparams.unshift(0);\n\tparams.unshift(this.nextToken);\n\tArray.prototype.splice.apply(this.commandTokens,params);\n};\n\n/*\nExecute the sequence of commands and invoke a callback on completion\n*/\nCommander.prototype.execute = function() {\n\tthis.executeNextCommand();\n};\n\n/*\nExecute the next command in the sequence\n*/\nCommander.prototype.executeNextCommand = function() {\n\tvar self = this;\n\t// Invoke the callback if there are no more commands\n\tif(this.nextToken >= this.commandTokens.length) {\n\t\tthis.callback(null);\n\t} else {\n\t\t// Get and check the command token\n\t\tvar commandName = this.commandTokens[this.nextToken++];\n\t\tif(commandName.substr(0,2) !== \"--\") {\n\t\t\tthis.callback(\"Missing command: \" + commandName);\n\t\t} else {\n\t\t\tcommandName = commandName.substr(2); // Trim off the --\n\t\t\t// Accumulate the parameters to the command\n\t\t\tvar params = [];\n\t\t\twhile(this.nextToken < this.commandTokens.length && \n\t\t\t\tthis.commandTokens[this.nextToken].substr(0,2) !== \"--\") {\n\t\t\t\tparams.push(this.commandTokens[this.nextToken++]);\n\t\t\t}\n\t\t\t// Get the command info\n\t\t\tvar command = $tw.commands[commandName],\n\t\t\t\tc,err;\n\t\t\tif(!command) {\n\t\t\t\tthis.callback(\"Unknown command: \" + commandName);\n\t\t\t} else {\n\t\t\t\tif(this.verbose) {\n\t\t\t\t\tthis.streams.output.write(\"Executing command: \" + commandName + \" \" + params.join(\" \") + \"\\n\");\n\t\t\t\t}\n\t\t\t\t// Parse named parameters if required\n\t\t\t\tif(command.info.namedParameterMode) {\n\t\t\t\t\tparams = this.extractNamedParameters(params,command.info.mandatoryParameters);\n\t\t\t\t\tif(typeof params === \"string\") {\n\t\t\t\t\t\treturn this.callback(params);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tif(command.info.synchronous) {\n\t\t\t\t\t// Synchronous command\n\t\t\t\t\tc = new command.Command(params,this);\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tthis.executeNextCommand();\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// Asynchronous command\n\t\t\t\t\tc = new command.Command(params,this,function(err) {\n\t\t\t\t\t\tif(err) {\n\t\t\t\t\t\t\tself.callback(err);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tself.executeNextCommand();\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nGiven an array of parameter strings `params` in name:value format, and an array of mandatory parameter names in `mandatoryParameters`, returns a hashmap of values or a string if error\n*/\nCommander.prototype.extractNamedParameters = function(params,mandatoryParameters) {\n\tmandatoryParameters = mandatoryParameters || [];\n\tvar errors = [],\n\t\tparamsByName = Object.create(null);\n\t// Extract the parameters\n\t$tw.utils.each(params,function(param) {\n\t\tvar index = param.indexOf(\"=\");\n\t\tif(index < 1) {\n\t\t\terrors.push(\"malformed named parameter: '\" + param + \"'\");\n\t\t}\n\t\tparamsByName[param.slice(0,index)] = $tw.utils.trim(param.slice(index+1));\n\t});\n\t// Check the mandatory parameters are present\n\t$tw.utils.each(mandatoryParameters,function(mandatoryParameter) {\n\t\tif(!$tw.utils.hop(paramsByName,mandatoryParameter)) {\n\t\t\terrors.push(\"missing mandatory parameter: '\" + mandatoryParameter + \"'\");\n\t\t}\n\t});\n\t// Return any errors\n\tif(errors.length > 0) {\n\t\treturn errors.join(\" and\\n\");\n\t} else {\n\t\treturn paramsByName;\t\t\n\t}\n};\n\nCommander.initCommands = function(moduleType) {\n\tmoduleType = moduleType || \"command\";\n\t$tw.commands = {};\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tvar c = $tw.commands[module.info.name] = {};\n\t\t// Add the methods defined by the module\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\tc[f] = module[f];\n\t\t\t}\n\t\t}\n\t});\n};\n\nexports.Commander = Commander;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/commands/build.js": {
"title": "$:/core/modules/commands/build.js",
"text": "/*\\\ntitle: $:/core/modules/commands/build.js\ntype: application/javascript\nmodule-type: command\n\nCommand to build a build target\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"build\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\t// Get the build targets defined in the wiki\n\tvar buildTargets = $tw.boot.wikiInfo.build;\n\tif(!buildTargets) {\n\t\treturn \"No build targets defined\";\n\t}\n\t// Loop through each of the specified targets\n\tvar targets;\n\tif(this.params.length > 0) {\n\t\ttargets = this.params;\n\t} else {\n\t\ttargets = Object.keys(buildTargets);\n\t}\n\tfor(var targetIndex=0; targetIndex<targets.length; targetIndex++) {\n\t\tvar target = targets[targetIndex],\n\t\t\tcommands = buildTargets[target];\n\t\tif(!commands) {\n\t\t\treturn \"Build target '\" + target + \"' not found\";\n\t\t}\n\t\t// Add the commands to the queue\n\t\tthis.commander.addCommandTokens(commands);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/clearpassword.js": {
"title": "$:/core/modules/commands/clearpassword.js",
"text": "/*\\\ntitle: $:/core/modules/commands/clearpassword.js\ntype: application/javascript\nmodule-type: command\n\nClear password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"clearpassword\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\t$tw.crypto.setPassword(null);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/editions.js": {
"title": "$:/core/modules/commands/editions.js",
"text": "/*\\\ntitle: $:/core/modules/commands/editions.js\ntype: application/javascript\nmodule-type: command\n\nCommand to list the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"editions\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this;\n\t// Output the list\n\tthis.commander.streams.output.write(\"Available editions:\\n\\n\");\n\tvar editionInfo = $tw.utils.getEditionInfo();\n\t$tw.utils.each(editionInfo,function(info,name) {\n\t\tself.commander.streams.output.write(\" \" + name + \": \" + info.description + \"\\n\");\n\t});\n\tthis.commander.streams.output.write(\"\\n\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/fetch.js": {
"title": "$:/core/modules/commands/fetch.js",
"text": "/*\\\ntitle: $:/core/modules/commands/fetch.js\ntype: application/javascript\nmodule-type: command\n\nCommands to fetch external tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"fetch\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing subcommand and url\";\n\t}\n\tswitch(this.params[0]) {\n\t\tcase \"raw-file\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\traw: true,\n\t\t\t\turl: this.params[1],\n\t\t\t\ttransformFilter: this.params[2] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"file\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\turl: this.params[1],\n\t\t\t\timportFilter: this.params[2],\n\t\t\t\ttransformFilter: this.params[3] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"raw-files\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\traw: true,\n\t\t\t\turlFilter: this.params[1],\n\t\t\t\ttransformFilter: this.params[2] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"files\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\turlFilter: this.params[1],\n\t\t\t\timportFilter: this.params[2],\n\t\t\t\ttransformFilter: this.params[3] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t}\n\treturn null;\n};\n\nCommand.prototype.fetchFiles = function(options) {\n\tvar self = this;\n\t// Get the list of URLs\n\tvar urls;\n\tif(options.url) {\n\t\turls = [options.url]\n\t} else if(options.urlFilter) {\n\t\turls = $tw.wiki.filterTiddlers(options.urlFilter);\n\t} else {\n\t\treturn \"Missing URL\";\n\t}\n\t// Process each URL in turn\n\tvar next = 0;\n\tvar getNextFile = function(err) {\n\t\tif(err) {\n\t\t\treturn options.callback(err);\n\t\t}\n\t\tif(next < urls.length) {\n\t\t\tself.fetchFile(urls[next++],options,getNextFile);\n\t\t} else {\n\t\t\toptions.callback(null);\n\t\t}\n\t};\n\tgetNextFile(null);\n\t// Success\n\treturn null;\n};\n\nCommand.prototype.fetchFile = function(url,options,callback,redirectCount) {\n\tif(redirectCount > 10) {\n\t\treturn callback(\"Error too many redirects retrieving \" + url);\n\t}\n\tvar self = this,\n\t\tlib = url.substr(0,8) === \"https://\" ? require(\"https\") : require(\"http\");\n\tlib.get(url).on(\"response\",function(response) {\n\t var type = (response.headers[\"content-type\"] || \"\").split(\";\")[0],\n\t \tdata = [];\n\t self.commander.write(\"Reading \" + url + \": \");\n\t response.on(\"data\",function(chunk) {\n\t data.push(chunk);\n\t self.commander.write(\".\");\n\t });\n\t response.on(\"end\",function() {\n\t self.commander.write(\"\\n\");\n\t if(response.statusCode === 200) {\n\t\t self.processBody(Buffer.concat(data),type,options,url);\n\t\t callback(null);\n\t } else {\n\t \tif(response.statusCode === 302 || response.statusCode === 303 || response.statusCode === 307) {\n\t \t\treturn self.fetchFile(response.headers.location,options,callback,redirectCount + 1);\n\t \t} else {\n\t\t \treturn callback(\"Error \" + response.statusCode + \" retrieving \" + url)\t \t\t\n\t \t}\n\t }\n\t \t});\n\t \tresponse.on(\"error\",function(e) {\n\t\t\tconsole.log(\"Error on GET request: \" + e);\n\t\t\tcallback(e);\n\t \t});\n\t});\n\treturn null;\n};\n\nCommand.prototype.processBody = function(body,type,options,url) {\n\tvar self = this;\n\t// Collect the tiddlers in a wiki\n\tvar incomingWiki = new $tw.Wiki();\n\tif(options.raw) {\n\t\tvar typeInfo = type ? $tw.config.contentTypeInfo[type] : null,\n\t\t\tencoding = typeInfo ? typeInfo.encoding : \"utf8\";\n\t\tincomingWiki.addTiddler(new $tw.Tiddler({\n\t\t\ttitle: url,\n\t\t\ttype: type,\n\t\t\ttext: body.toString(encoding)\n\t\t}));\n\t} else {\n\t\t// Deserialise the file to extract the tiddlers\n\t\tvar tiddlers = this.commander.wiki.deserializeTiddlers(type || \"text/html\",body.toString(\"utf8\"),{});\n\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\tincomingWiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t});\n\t}\n\t// Filter the tiddlers to select the ones we want\n\tvar filteredTitles = incomingWiki.filterTiddlers(options.importFilter || \"[all[tiddlers]]\");\n\t// Import the selected tiddlers\n\tvar count = 0;\n\tincomingWiki.each(function(tiddler,title) {\n\t\tif(filteredTitles.indexOf(title) !== -1) {\n\t\t\tvar newTiddler;\n\t\t\tif(options.transformFilter) {\n\t\t\t\tvar transformedTitle = (incomingWiki.filterTiddlers(options.transformFilter,null,self.commander.wiki.makeTiddlerIterator([title])) || [\"\"])[0];\n\t\t\t\tif(transformedTitle) {\n\t\t\t\t\tself.commander.log(\"Importing \" + title + \" as \" + transformedTitle)\n\t\t\t\t\tnewTiddler = new $tw.Tiddler(tiddler,{title: transformedTitle});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tself.commander.log(\"Importing \" + title)\n\t\t\t\tnewTiddler = tiddler;\n\t\t\t}\n\t\t\tself.commander.wiki.importTiddler(newTiddler);\n\t\t\tcount++;\n\t\t}\n\t});\n\tself.commander.log(\"Imported \" + count + \" tiddlers\")\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/help.js": {
"title": "$:/core/modules/commands/help.js",
"text": "/*\\\ntitle: $:/core/modules/commands/help.js\ntype: application/javascript\nmodule-type: command\n\nHelp command\n\n\\*/\n(function(){\n\n/*jshint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"help\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar subhelp = this.params[0] || \"default\",\n\t\thelpBase = \"$:/language/Help/\",\n\t\ttext;\n\tif(!this.commander.wiki.getTiddler(helpBase + subhelp)) {\n\t\tsubhelp = \"notfound\";\n\t}\n\t// Wikify the help as formatted text (ie block elements generate newlines)\n\ttext = this.commander.wiki.renderTiddler(\"text/plain-formatted\",helpBase + subhelp);\n\t// Remove any leading linebreaks\n\ttext = text.replace(/^(\\r?\\n)*/g,\"\");\n\tthis.commander.streams.output.write(text);\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/import.js": {
"title": "$:/core/modules/commands/import.js",
"text": "/*\\\ntitle: $:/core/modules/commands/import.js\ntype: application/javascript\nmodule-type: command\n\nCommand to import tiddlers from a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"import\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 2) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar filename = self.params[0],\n\t\tdeserializer = self.params[1],\n\t\ttitle = self.params[2] || filename,\n\t\tencoding = self.params[3] || \"utf8\",\n\t\ttext = fs.readFileSync(filename,encoding),\n\t\ttiddlers = this.commander.wiki.deserializeTiddlers(null,text,{title: title},{deserializer: deserializer});\n\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddler));\n\t});\n\tthis.commander.log(tiddlers.length + \" tiddler(s) imported\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/init.js": {
"title": "$:/core/modules/commands/init.js",
"text": "/*\\\ntitle: $:/core/modules/commands/init.js\ntype: application/javascript\nmodule-type: command\n\nCommand to initialise an empty wiki folder\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"init\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\t// Check that we don't already have a valid wiki folder\n\tif($tw.boot.wikiTiddlersPath || ($tw.utils.isDirectory($tw.boot.wikiPath) && !$tw.utils.isDirectoryEmpty($tw.boot.wikiPath))) {\n\t\treturn \"Wiki folder is not empty\";\n\t}\n\t// Loop through each of the specified editions\n\tvar editions = this.params.length > 0 ? this.params : [\"empty\"];\n\tfor(var editionIndex=0; editionIndex<editions.length; editionIndex++) {\n\t\tvar editionName = editions[editionIndex];\n\t\t// Check the edition exists\n\t\tvar editionPath = $tw.findLibraryItem(editionName,$tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar));\n\t\tif(!$tw.utils.isDirectory(editionPath)) {\n\t\t\treturn \"Edition '\" + editionName + \"' not found\";\n\t\t}\n\t\t// Copy the edition content\n\t\tvar err = $tw.utils.copyDirectory(editionPath,$tw.boot.wikiPath);\n\t\tif(!err) {\n\t\t\tthis.commander.streams.output.write(\"Copied edition '\" + editionName + \"' to \" + $tw.boot.wikiPath + \"\\n\");\n\t\t} else {\n\t\t\treturn err;\n\t\t}\n\t}\n\t// Tweak the tiddlywiki.info to remove any included wikis\n\tvar packagePath = $tw.boot.wikiPath + \"/tiddlywiki.info\",\n\t\tpackageJson = JSON.parse(fs.readFileSync(packagePath));\n\tdelete packageJson.includeWikis;\n\tfs.writeFileSync(packagePath,JSON.stringify(packageJson,null,$tw.config.preferences.jsonSpaces));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/listen.js": {
"title": "$:/core/modules/commands/listen.js",
"text": "/*\\\ntitle: $:/core/modules/commands/listen.js\ntype: application/javascript\nmodule-type: command\n\nListen for HTTP requests and serve tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Server = require(\"$:/core/modules/server/server.js\").Server;\n\nexports.info = {\n\tname: \"listen\",\n\tsynchronous: true,\n\tnamedParameterMode: true,\n\tmandatoryParameters: [],\n};\n\nvar Command = function(params,commander,callback) {\n\tvar self = this;\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this;\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\t// Set up server\n\tthis.server = new Server({\n\t\twiki: this.commander.wiki,\n\t\tvariables: self.params\n\t});\n\tvar nodeServer = this.server.listen();\n\t$tw.hooks.invokeHook(\"th-server-command-post-start\",this.server,nodeServer,\"tiddlywiki\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/load.js": {
"title": "$:/core/modules/commands/load.js",
"text": "/*\\\ntitle: $:/core/modules/commands/load.js\ntype: application/javascript\nmodule-type: command\n\nCommand to load tiddlers from a file or directory\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"load\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar tiddlers = $tw.loadTiddlersFromPath(self.params[0]),\n\t\tcount = 0;\n\t$tw.utils.each(tiddlers,function(tiddlerInfo) {\n\t\t$tw.utils.each(tiddlerInfo.tiddlers,function(tiddler) {\n\t\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddler));\n\t\t\tcount++;\n\t\t});\n\t});\n\tif(!count) {\n\t\tself.callback(\"No tiddlers found in file \\\"\" + self.params[0] + \"\\\"\");\n\t} else {\n\t\tself.callback(null);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/makelibrary.js": {
"title": "$:/core/modules/commands/makelibrary.js",
"text": "/*\\\ntitle: $:/core/modules/commands/makelibrary.js\ntype: application/javascript\nmodule-type: command\n\nCommand to pack all of the plugins in the library into a plugin tiddler of type \"library\"\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"makelibrary\",\n\tsynchronous: true\n};\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar wiki = this.commander.wiki,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tupgradeLibraryTitle = this.params[0] || UPGRADE_LIBRARY_TITLE,\n\t\ttiddlers = {};\n\t// Collect up the library plugins\n\tvar collectPlugins = function(folder) {\n\t\t\tvar pluginFolders = fs.readdirSync(folder);\n\t\t\tfor(var p=0; p<pluginFolders.length; p++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(pluginFolders[p])) {\n\t\t\t\t\tpluginFields = $tw.loadPluginFolder(path.resolve(folder,\"./\" + pluginFolders[p]));\n\t\t\t\t\tif(pluginFields && pluginFields.title) {\n\t\t\t\t\t\ttiddlers[pluginFields.title] = pluginFields;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t},\n\t\tcollectPublisherPlugins = function(folder) {\n\t\t\tvar publisherFolders = fs.readdirSync(folder);\n\t\t\tfor(var t=0; t<publisherFolders.length; t++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(publisherFolders[t])) {\n\t\t\t\t\tcollectPlugins(path.resolve(folder,\"./\" + publisherFolders[t]));\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.pluginsPath));\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.themesPath));\n\tcollectPlugins(path.resolve($tw.boot.corePath,$tw.config.languagesPath));\n\t// Save the upgrade library tiddler\n\tvar pluginFields = {\n\t\ttitle: upgradeLibraryTitle,\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"library\",\n\t\t\"text\": JSON.stringify({tiddlers: tiddlers},null,$tw.config.preferences.jsonSpaces)\n\t};\n\twiki.addTiddler(new $tw.Tiddler(pluginFields));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/output.js": {
"title": "$:/core/modules/commands/output.js",
"text": "/*\\\ntitle: $:/core/modules/commands/output.js\ntype: application/javascript\nmodule-type: command\n\nCommand to set the default output location (defaults to current working directory)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"output\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing output path\";\n\t}\n\tthis.commander.outputPath = path.resolve(process.cwd(),this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/password.js": {
"title": "$:/core/modules/commands/password.js",
"text": "/*\\\ntitle: $:/core/modules/commands/password.js\ntype: application/javascript\nmodule-type: command\n\nSave password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"password\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing password\";\n\t}\n\t$tw.crypto.setPassword(this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/render.js": {
"title": "$:/core/modules/commands/render.js",
"text": "/*\\\ntitle: $:/core/modules/commands/render.js\ntype: application/javascript\nmodule-type: command\n\nRender individual tiddlers and save the results to the specified files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"render\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing tiddler filter\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\ttiddlerFilter = this.params[0],\n\t\tfilenameFilter = this.params[1] || \"[is[tiddler]addsuffix[.html]]\",\n\t\ttype = this.params[2] || \"text/html\",\n\t\ttemplate = this.params[3],\n\t\tvarName = this.params[4],\n\t\tvarValue = this.params[5],\n\t\ttiddlers = wiki.filterTiddlers(tiddlerFilter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template || title),\n\t\t\tvariables = {currentTiddler: title};\n\t\tif(varName) {\n\t\t\tvariables[varName] = varValue || \"\";\n\t\t}\n\t\tvar widgetNode = wiki.makeWidget(parser,{variables: variables}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\tfilepath = path.resolve(self.commander.outputPath,wiki.filterTiddlers(filenameFilter,$tw.rootWidget,wiki.makeTiddlerIterator([title]))[0]);\n\t\tif(self.commander.verbose) {\n\t\t\tconsole.log(\"Rendering \\\"\" + title + \"\\\" to \\\"\" + filepath + \"\\\"\");\n\t\t}\n\t\t$tw.utils.createFileDirectories(filepath);\n\t\tfs.writeFileSync(filepath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddler.js": {
"title": "$:/core/modules/commands/rendertiddler.js",
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render a tiddler and save it to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"rendertiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttype = this.params[2] || \"text/html\",\n\t\ttemplate = this.params[3],\n\t\tname = this.params[4],\n\t\tvalue = this.params[5],\n\t\tvariables = {};\n\t$tw.utils.createFileDirectories(filename);\n\tif(template) {\n\t\tvariables.currentTiddler = title;\n\t\ttitle = template;\n\t}\n\tif(name && value) {\n\t\tvariables[name] = value;\n\t}\n\tfs.writeFile(filename,this.commander.wiki.renderTiddler(type,title,{variables: variables}),\"utf8\",function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddlers.js": {
"title": "$:/core/modules/commands/rendertiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"rendertiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\ttemplate = this.params[1],\n\t\toutputPath = this.commander.outputPath,\n\t\tpathname = path.resolve(outputPath,this.params[2]),\t\t\n\t\ttype = this.params[3] || \"text/html\",\n\t\textension = this.params[4] || \".html\",\n\t\tdeleteDirectory = (this.params[5] || \"\").toLowerCase() !== \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template),\n\t\t\twidgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\texportPath = null;\n\t\tif($tw.utils.hop($tw.macros,\"tv-get-export-path\")) {\n\t\t\tvar macroPath = $tw.macros[\"tv-get-export-path\"].run.apply(self,[title]);\n\t\t\tif(macroPath) {\n\t\t\t\texportPath = path.resolve(outputPath,macroPath + extension);\n\t\t\t}\n\t\t}\n\t\tvar finalPath = exportPath || path.resolve(pathname,encodeURIComponent(title) + extension);\n\t\t$tw.utils.createFileDirectories(finalPath);\n\t\tfs.writeFileSync(finalPath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/save.js": {
"title": "$:/core/modules/commands/save.js",
"text": "/*\\\ntitle: $:/core/modules/commands/save.js\ntype: application/javascript\nmodule-type: command\n\nSaves individual tiddlers in their raw text or binary format to the specified files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"save\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename filter\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\ttiddlerFilter = this.params[0],\n\t\tfilenameFilter = this.params[1] || \"[is[tiddler]]\",\n\t\ttiddlers = wiki.filterTiddlers(tiddlerFilter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilepath = path.resolve(self.commander.outputPath,wiki.filterTiddlers(filenameFilter,$tw.rootWidget,wiki.makeTiddlerIterator([title]))[0]);\n\t\tif(self.commander.verbose) {\n\t\t\tconsole.log(\"Saving \\\"\" + title + \"\\\" to \\\"\" + filepath + \"\\\"\");\n\t\t}\n\t\t$tw.utils.createFileDirectories(filepath);\n\t\tfs.writeFileSync(filepath,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savelibrarytiddlers.js": {
"title": "$:/core/modules/commands/savelibrarytiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/commands/savelibrarytiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the subtiddlers of a bundle tiddler as a series of JSON files\n\n--savelibrarytiddlers <tiddler> <pathname> <skinnylisting>\n\nThe tiddler identifies the bundle tiddler that contains the subtiddlers.\n\nThe pathname specifies the pathname to the folder in which the JSON files should be saved. The filename is the URL encoded title of the subtiddler.\n\nThe skinnylisting specifies the title of the tiddler to which a JSON catalogue of the subtiddlers will be saved. The JSON file contains the same data as the bundle tiddler but with the `text` field removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savelibrarytiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tcontainerTitle = this.params[0],\n\t\tfilter = this.params[1],\n\t\tbasepath = this.params[2],\n\t\tskinnyListTitle = this.params[3];\n\t// Get the container tiddler as data\n\tvar containerData = self.commander.wiki.getTiddlerDataCached(containerTitle,undefined);\n\tif(!containerData) {\n\t\treturn \"'\" + containerTitle + \"' is not a tiddler bundle\";\n\t}\n\t// Filter the list of plugins\n\tvar pluginList = [];\n\t$tw.utils.each(containerData.tiddlers,function(tiddler,title) {\n\t\tpluginList.push(title);\n\t});\n\tvar filteredPluginList;\n\tif(filter) {\n\t\tfilteredPluginList = self.commander.wiki.filterTiddlers(filter,null,self.commander.wiki.makeTiddlerIterator(pluginList));\n\t} else {\n\t\tfilteredPluginList = pluginList;\n\t}\n\t// Iterate through the plugins\n\tvar skinnyList = [];\n\t$tw.utils.each(filteredPluginList,function(title) {\n\t\tvar tiddler = containerData.tiddlers[title];\n\t\t// Save each JSON file and collect the skinny data\n\t\tvar pathname = path.resolve(self.commander.outputPath,basepath + encodeURIComponent(title) + \".json\");\n\t\t$tw.utils.createFileDirectories(pathname);\n\t\tfs.writeFileSync(pathname,JSON.stringify(tiddler,null,$tw.config.preferences.jsonSpaces),\"utf8\");\n\t\t// Collect the skinny list data\n\t\tvar pluginTiddlers = JSON.parse(tiddler.text),\n\t\t\treadmeContent = (pluginTiddlers.tiddlers[title + \"/readme\"] || {}).text,\n\t\t\ticonTiddler = pluginTiddlers.tiddlers[title + \"/icon\"] || {},\n\t\t\ticonType = iconTiddler.type,\n\t\t\ticonText = iconTiddler.text,\n\t\t\ticonContent;\n\t\tif(iconType && iconText) {\n\t\t\ticonContent = $tw.utils.makeDataUri(iconText,iconType);\n\t\t}\n\t\tskinnyList.push($tw.utils.extend({},tiddler,{text: undefined, readme: readmeContent, icon: iconContent}));\n\t});\n\t// Save the catalogue tiddler\n\tif(skinnyListTitle) {\n\t\tself.commander.wiki.setTiddlerData(skinnyListTitle,skinnyList);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddler.js": {
"title": "$:/core/modules/commands/savetiddler.js",
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the content of a tiddler to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savetiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttiddler = this.commander.wiki.getTiddler(title);\n\tif(tiddler) {\n\t\tvar type = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"};\n\t\t$tw.utils.createFileDirectories(filename);\n\t\tfs.writeFile(filename,tiddler.fields.text,contentTypeInfo.encoding,function(err) {\n\t\t\tself.callback(err);\n\t\t});\n\t} else {\n\t\treturn \"Missing tiddler: \" + title;\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddlers.js": {
"title": "$:/core/modules/commands/savetiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"savetiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tpathname = path.resolve(this.commander.outputPath,this.params[1]),\n\t\tdeleteDirectory = (this.params[2] || \"\").toLowerCase() !== \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.createDirectory(pathname);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilename = path.resolve(pathname,encodeURIComponent(title));\n\t\tfs.writeFileSync(filename,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/server.js": {
"title": "$:/core/modules/commands/server.js",
"text": "/*\\\ntitle: $:/core/modules/commands/server.js\ntype: application/javascript\nmodule-type: command\n\nDeprecated legacy command for serving tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Server = require(\"$:/core/modules/server/server.js\").Server;\n\nexports.info = {\n\tname: \"server\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tvar self = this;\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\t// Set up server\n\tthis.server = new Server({\n\t\twiki: this.commander.wiki,\n\t\tvariables: {\n\t\t\tport: this.params[0],\n\t\t\thost: this.params[6],\n\t\t\t\"root-tiddler\": this.params[1],\n\t\t\t\"root-render-type\": this.params[2],\n\t\t\t\"root-serve-type\": this.params[3],\n\t\t\tusername: this.params[4],\n\t\t\tpassword: this.params[5],\n\t\t\t\"path-prefix\": this.params[7],\n\t\t\t\"debug-level\": this.params[8]\n\t\t}\n\t});\n\tvar nodeServer = this.server.listen();\n\t$tw.hooks.invokeHook(\"th-server-command-post-start\",this.server,nodeServer,\"tiddlywiki\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/setfield.js": {
"title": "$:/core/modules/commands/setfield.js",
"text": "/*\\\ntitle: $:/core/modules/commands/setfield.js\ntype: application/javascript\nmodule-type: command\n\nCommand to modify selected tiddlers to set a field to the text of a template tiddler that has been wikified with the selected tiddler as the current tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"setfield\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 4) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tfieldname = this.params[1] || \"text\",\n\t\ttemplatetitle = this.params[2],\n\t\trendertype = this.params[3] || \"text/plain\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(templatetitle),\n\t\t\tnewFields = {},\n\t\t\ttiddler = wiki.getTiddler(title);\n\t\tif(parser) {\n\t\t\tvar widgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}});\n\t\t\tvar container = $tw.fakeDocument.createElement(\"div\");\n\t\t\twidgetNode.render(container,null);\n\t\t\tnewFields[fieldname] = rendertype === \"text/html\" ? container.innerHTML : container.textContent;\n\t\t} else {\n\t\t\tnewFields[fieldname] = undefined;\n\t\t}\n\t\twiki.addTiddler(new $tw.Tiddler(tiddler,newFields));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/unpackplugin.js": {
"title": "$:/core/modules/commands/unpackplugin.js",
"text": "/*\\\ntitle: $:/core/modules/commands/unpackplugin.js\ntype: application/javascript\nmodule-type: command\n\nCommand to extract the shadow tiddlers from within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"unpackplugin\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing plugin name\";\n\t}\n\tvar self = this,\n\t\ttitle = this.params[0],\n\t\tpluginData = this.commander.wiki.getTiddlerDataCached(title);\n\tif(!pluginData) {\n\t\treturn \"Plugin '\" + title + \"' not found\";\n\t}\n\t$tw.utils.each(pluginData.tiddlers,function(tiddler) {\n\t\tself.commander.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/verbose.js": {
"title": "$:/core/modules/commands/verbose.js",
"text": "/*\\\ntitle: $:/core/modules/commands/verbose.js\ntype: application/javascript\nmodule-type: command\n\nVerbose command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"verbose\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.verbose = true;\n\t// Output the boot message log\n\tthis.commander.streams.output.write(\"Boot log:\\n \" + $tw.boot.logMessages.join(\"\\n \") + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/version.js": {
"title": "$:/core/modules/commands/version.js",
"text": "/*\\\ntitle: $:/core/modules/commands/version.js\ntype: application/javascript\nmodule-type: command\n\nVersion command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"version\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.streams.output.write($tw.version + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/config.js": {
"title": "$:/core/modules/config.js",
"text": "/*\\\ntitle: $:/core/modules/config.js\ntype: application/javascript\nmodule-type: config\n\nCore configuration constants\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.preferences = {};\n\nexports.preferences.notificationDuration = 3 * 1000;\nexports.preferences.jsonSpaces = 4;\n\nexports.textPrimitives = {\n\tupperLetter: \"[A-Z\\u00c0-\\u00d6\\u00d8-\\u00de\\u0150\\u0170]\",\n\tlowerLetter: \"[a-z\\u00df-\\u00f6\\u00f8-\\u00ff\\u0151\\u0171]\",\n\tanyLetter: \"[A-Za-z0-9\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\",\n\tblockPrefixLetters:\t\"[A-Za-z0-9-_\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\"\n};\n\nexports.textPrimitives.unWikiLink = \"~\";\nexports.textPrimitives.wikiLink = exports.textPrimitives.upperLetter + \"+\" +\n\texports.textPrimitives.lowerLetter + \"+\" +\n\texports.textPrimitives.upperLetter +\n\texports.textPrimitives.anyLetter + \"*\";\n\nexports.htmlEntities = {quot:34, amp:38, apos:39, lt:60, gt:62, nbsp:160, iexcl:161, cent:162, pound:163, curren:164, yen:165, brvbar:166, sect:167, uml:168, copy:169, ordf:170, laquo:171, not:172, shy:173, reg:174, macr:175, deg:176, plusmn:177, sup2:178, sup3:179, acute:180, micro:181, para:182, middot:183, cedil:184, sup1:185, ordm:186, raquo:187, frac14:188, frac12:189, frac34:190, iquest:191, Agrave:192, Aacute:193, Acirc:194, Atilde:195, Auml:196, Aring:197, AElig:198, Ccedil:199, Egrave:200, Eacute:201, Ecirc:202, Euml:203, Igrave:204, Iacute:205, Icirc:206, Iuml:207, ETH:208, Ntilde:209, Ograve:210, Oacute:211, Ocirc:212, Otilde:213, Ouml:214, times:215, Oslash:216, Ugrave:217, Uacute:218, Ucirc:219, Uuml:220, Yacute:221, THORN:222, szlig:223, agrave:224, aacute:225, acirc:226, atilde:227, auml:228, aring:229, aelig:230, ccedil:231, egrave:232, eacute:233, ecirc:234, euml:235, igrave:236, iacute:237, icirc:238, iuml:239, eth:240, ntilde:241, ograve:242, oacute:243, ocirc:244, otilde:245, ouml:246, divide:247, oslash:248, ugrave:249, uacute:250, ucirc:251, uuml:252, yacute:253, thorn:254, yuml:255, OElig:338, oelig:339, Scaron:352, scaron:353, Yuml:376, fnof:402, circ:710, tilde:732, Alpha:913, Beta:914, Gamma:915, Delta:916, Epsilon:917, Zeta:918, Eta:919, Theta:920, Iota:921, Kappa:922, Lambda:923, Mu:924, Nu:925, Xi:926, Omicron:927, Pi:928, Rho:929, Sigma:931, Tau:932, Upsilon:933, Phi:934, Chi:935, Psi:936, Omega:937, alpha:945, beta:946, gamma:947, delta:948, epsilon:949, zeta:950, eta:951, theta:952, iota:953, kappa:954, lambda:955, mu:956, nu:957, xi:958, omicron:959, pi:960, rho:961, sigmaf:962, sigma:963, tau:964, upsilon:965, phi:966, chi:967, psi:968, omega:969, thetasym:977, upsih:978, piv:982, ensp:8194, emsp:8195, thinsp:8201, zwnj:8204, zwj:8205, lrm:8206, rlm:8207, ndash:8211, mdash:8212, lsquo:8216, rsquo:8217, sbquo:8218, ldquo:8220, rdquo:8221, bdquo:8222, dagger:8224, Dagger:8225, bull:8226, hellip:8230, permil:8240, prime:8242, Prime:8243, lsaquo:8249, rsaquo:8250, oline:8254, frasl:8260, euro:8364, image:8465, weierp:8472, real:8476, trade:8482, alefsym:8501, larr:8592, uarr:8593, rarr:8594, darr:8595, harr:8596, crarr:8629, lArr:8656, uArr:8657, rArr:8658, dArr:8659, hArr:8660, forall:8704, part:8706, exist:8707, empty:8709, nabla:8711, isin:8712, notin:8713, ni:8715, prod:8719, sum:8721, minus:8722, lowast:8727, radic:8730, prop:8733, infin:8734, ang:8736, and:8743, or:8744, cap:8745, cup:8746, int:8747, there4:8756, sim:8764, cong:8773, asymp:8776, ne:8800, equiv:8801, le:8804, ge:8805, sub:8834, sup:8835, nsub:8836, sube:8838, supe:8839, oplus:8853, otimes:8855, perp:8869, sdot:8901, lceil:8968, rceil:8969, lfloor:8970, rfloor:8971, lang:9001, rang:9002, loz:9674, spades:9824, clubs:9827, hearts:9829, diams:9830 };\n\nexports.htmlVoidElements = \"area,base,br,col,command,embed,hr,img,input,keygen,link,meta,param,source,track,wbr\".split(\",\");\n\nexports.htmlBlockElements = \"address,article,aside,audio,blockquote,canvas,dd,div,dl,fieldset,figcaption,figure,footer,form,h1,h2,h3,h4,h5,h6,header,hgroup,hr,li,noscript,ol,output,p,pre,section,table,tfoot,ul,video\".split(\",\");\n\nexports.htmlUnsafeElements = \"script\".split(\",\");\n\n})();\n",
"type": "application/javascript",
"module-type": "config"
},
"$:/core/modules/deserializers.js": {
"title": "$:/core/modules/deserializers.js",
"text": "/*\\\ntitle: $:/core/modules/deserializers.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nFunctions to deserialise tiddlers from a block of text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nUtility function to parse an old-style tiddler DIV in a *.tid file. It looks like this:\n\n<div title=\"Title\" creator=\"JoeBloggs\" modifier=\"JoeBloggs\" created=\"201102111106\" modified=\"201102111310\" tags=\"myTag [[my long tag]]\">\n<pre>The text of the tiddler (without the expected HTML encoding).\n</pre>\n</div>\n\nNote that the field attributes are HTML encoded, but that the body of the <PRE> tag is not encoded.\n\nWhen these tiddler DIVs are encountered within a TiddlyWiki HTML file then the body is encoded in the usual way.\n*/\nvar parseTiddlerDiv = function(text /* [,fields] */) {\n\t// Slot together the default results\n\tvar result = {};\n\tif(arguments.length > 1) {\n\t\tfor(var f=1; f<arguments.length; f++) {\n\t\t\tvar fields = arguments[f];\n\t\t\tfor(var t in fields) {\n\t\t\t\tresult[t] = fields[t];\t\t\n\t\t\t}\n\t\t}\n\t}\n\t// Parse the DIV body\n\tvar startRegExp = /^\\s*<div\\s+([^>]*)>(\\s*<pre>)?/gi,\n\t\tendRegExp,\n\t\tmatch = startRegExp.exec(text);\n\tif(match) {\n\t\t// Old-style DIVs don't have the <pre> tag\n\t\tif(match[2]) {\n\t\t\tendRegExp = /<\\/pre>\\s*<\\/div>\\s*$/gi;\n\t\t} else {\n\t\t\tendRegExp = /<\\/div>\\s*$/gi;\n\t\t}\n\t\tvar endMatch = endRegExp.exec(text);\n\t\tif(endMatch) {\n\t\t\t// Extract the text\n\t\t\tresult.text = text.substring(match.index + match[0].length,endMatch.index);\n\t\t\t// Process the attributes\n\t\t\tvar attrRegExp = /\\s*([^=\\s]+)\\s*=\\s*(?:\"([^\"]*)\"|'([^']*)')/gi,\n\t\t\t\tattrMatch;\n\t\t\tdo {\n\t\t\t\tattrMatch = attrRegExp.exec(match[1]);\n\t\t\t\tif(attrMatch) {\n\t\t\t\t\tvar name = attrMatch[1];\n\t\t\t\t\tvar value = attrMatch[2] !== undefined ? attrMatch[2] : attrMatch[3];\n\t\t\t\t\tresult[name] = value;\n\t\t\t\t}\n\t\t\t} while(attrMatch);\n\t\t\treturn result;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports[\"application/x-tiddler-html-div\"] = function(text,fields) {\n\treturn [parseTiddlerDiv(text,fields)];\n};\n\nexports[\"application/json\"] = function(text,fields) {\n\tvar incoming,\n\t\tresults = [];\n\ttry {\n\t\tincoming = JSON.parse(text);\n\t} catch(e) {\n\t\tincoming = [{\n\t\t\ttitle: \"JSON error: \" + e,\n\t\t\ttext: \"\"\n\t\t}]\n\t}\n\tif(!$tw.utils.isArray(incoming)) {\n\t\tincoming = [incoming];\n\t}\n\tfor(var t=0; t<incoming.length; t++) {\n\t\tvar incomingFields = incoming[t],\n\t\t\tfields = {};\n\t\tfor(var f in incomingFields) {\n\t\t\tif(typeof incomingFields[f] === \"string\") {\n\t\t\t\tfields[f] = incomingFields[f];\n\t\t\t}\n\t\t}\n\t\tresults.push(fields);\n\t}\n\treturn results;\n};\n\n/*\nParse an HTML file into tiddlers. There are three possibilities:\n# A TiddlyWiki classic HTML file containing `text/x-tiddlywiki` tiddlers\n# A TiddlyWiki5 HTML file containing `text/vnd.tiddlywiki` tiddlers\n# An ordinary HTML file\n*/\nexports[\"text/html\"] = function(text,fields) {\n\t// Check if we've got a store area\n\tvar storeAreaMarkerRegExp = /<div id=[\"']?storeArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\tmatch = storeAreaMarkerRegExp.exec(text);\n\tif(match) {\n\t\t// If so, it's either a classic TiddlyWiki file or an unencrypted TW5 file\n\t\t// First read the normal tiddlers\n\t\tvar results = deserializeTiddlyWikiFile(text,storeAreaMarkerRegExp.lastIndex,!!match[1],fields);\n\t\t// Then any system tiddlers\n\t\tvar systemAreaMarkerRegExp = /<div id=[\"']?systemArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\t\tsysMatch = systemAreaMarkerRegExp.exec(text);\n\t\tif(sysMatch) {\n\t\t\tresults.push.apply(results,deserializeTiddlyWikiFile(text,systemAreaMarkerRegExp.lastIndex,!!sysMatch[1],fields));\n\t\t}\n\t\treturn results;\n\t} else {\n\t\t// Check whether we've got an encrypted file\n\t\tvar encryptedStoreArea = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedStoreArea) {\n\t\t\t// If so, attempt to decrypt it using the current password\n\t\t\treturn $tw.utils.decryptStoreArea(encryptedStoreArea);\n\t\t} else {\n\t\t\t// It's not a TiddlyWiki so we'll return the entire HTML file as a tiddler\n\t\t\treturn deserializeHtmlFile(text,fields);\n\t\t}\n\t}\n};\n\nfunction deserializeHtmlFile(text,fields) {\n\tvar result = {};\n\t$tw.utils.each(fields,function(value,name) {\n\t\tresult[name] = value;\n\t});\n\tresult.text = text;\n\tresult.type = \"text/html\";\n\treturn [result];\n}\n\nfunction deserializeTiddlyWikiFile(text,storeAreaEnd,isTiddlyWiki5,fields) {\n\tvar results = [],\n\t\tendOfDivRegExp = /(<\\/div>\\s*)/gi,\n\t\tstartPos = storeAreaEnd,\n\t\tdefaultType = isTiddlyWiki5 ? undefined : \"text/x-tiddlywiki\";\n\tendOfDivRegExp.lastIndex = startPos;\n\tvar match = endOfDivRegExp.exec(text);\n\twhile(match) {\n\t\tvar endPos = endOfDivRegExp.lastIndex,\n\t\t\ttiddlerFields = parseTiddlerDiv(text.substring(startPos,endPos),fields,{type: defaultType});\n\t\tif(!tiddlerFields) {\n\t\t\tbreak;\n\t\t}\n\t\t$tw.utils.each(tiddlerFields,function(value,name) {\n\t\t\tif(typeof value === \"string\") {\n\t\t\t\ttiddlerFields[name] = $tw.utils.htmlDecode(value);\n\t\t\t}\n\t\t});\n\t\tif(tiddlerFields.text !== null) {\n\t\t\tresults.push(tiddlerFields);\n\t\t}\n\t\tstartPos = endPos;\n\t\tmatch = endOfDivRegExp.exec(text);\n\t}\n\treturn results;\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "tiddlerdeserializer"
},
"$:/core/modules/editor/engines/framed.js": {
"title": "$:/core/modules/editor/engines/framed.js",
"text": "/*\\\ntitle: $:/core/modules/editor/engines/framed.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a simple input or textarea within an iframe. This is done so that the selection is preserved even when clicking away from the textarea\n\n\\*/\n(function(){\n\n/*jslint node: true,browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\";\n\nfunction FramedEngine(options) {\n\t// Save our options\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Create our hidden dummy text area for reading styles\n\tthis.dummyTextArea = this.widget.document.createElement(\"textarea\");\n\tif(this.widget.editClass) {\n\t\tthis.dummyTextArea.className = this.widget.editClass;\n\t}\n\tthis.dummyTextArea.setAttribute(\"hidden\",\"true\");\n\tthis.parentNode.insertBefore(this.dummyTextArea,this.nextSibling);\n\tthis.widget.domNodes.push(this.dummyTextArea);\n\t// Create the iframe\n\tthis.iframeNode = this.widget.document.createElement(\"iframe\");\n\tthis.parentNode.insertBefore(this.iframeNode,this.nextSibling);\n\tthis.iframeDoc = this.iframeNode.contentWindow.document;\n\t// (Firefox requires us to put some empty content in the iframe)\n\tthis.iframeDoc.open();\n\tthis.iframeDoc.write(\"\");\n\tthis.iframeDoc.close();\n\t// Style the iframe\n\tthis.iframeNode.className = this.dummyTextArea.className;\n\tthis.iframeNode.style.border = \"none\";\n\tthis.iframeNode.style.padding = \"0\";\n\tthis.iframeNode.style.resize = \"none\";\n\tthis.iframeDoc.body.style.margin = \"0\";\n\tthis.iframeDoc.body.style.padding = \"0\";\n\tthis.widget.domNodes.push(this.iframeNode);\n\t// Construct the textarea or input node\n\tvar tag = this.widget.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tthis.domNode = this.iframeDoc.createElement(tag);\n\t// Set the text\n\tif(this.widget.editTag === \"textarea\") {\n\t\tthis.domNode.appendChild(this.iframeDoc.createTextNode(this.value));\n\t} else {\n\t\tthis.domNode.value = this.value;\n\t}\n\t// Set the attributes\n\tif(this.widget.editType) {\n\t\tthis.domNode.setAttribute(\"type\",this.widget.editType);\n\t}\n\tif(this.widget.editPlaceholder) {\n\t\tthis.domNode.setAttribute(\"placeholder\",this.widget.editPlaceholder);\n\t}\n\tif(this.widget.editSize) {\n\t\tthis.domNode.setAttribute(\"size\",this.widget.editSize);\n\t}\n\tif(this.widget.editRows) {\n\t\tthis.domNode.setAttribute(\"rows\",this.widget.editRows);\n\t}\n\t// Copy the styles from the dummy textarea\n\tthis.copyStyles();\n\t// Add event listeners\n\t$tw.utils.addEventListeners(this.domNode,[\n\t\t{name: \"click\",handlerObject: this,handlerMethod: \"handleClickEvent\"},\n\t\t{name: \"input\",handlerObject: this,handlerMethod: \"handleInputEvent\"},\n\t\t{name: \"keydown\",handlerObject: this.widget,handlerMethod: \"handleKeydownEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tthis.iframeDoc.body.appendChild(this.domNode);\n}\n\n/*\nCopy styles from the dummy text area to the textarea in the iframe\n*/\nFramedEngine.prototype.copyStyles = function() {\n\t// Copy all styles\n\t$tw.utils.copyStyles(this.dummyTextArea,this.domNode);\n\t// Override the ones that should not be set the same as the dummy textarea\n\tthis.domNode.style.display = \"block\";\n\tthis.domNode.style.width = \"100%\";\n\tthis.domNode.style.margin = \"0\";\n\t// In Chrome setting -webkit-text-fill-color overrides the placeholder text colour\n\tthis.domNode.style[\"-webkit-text-fill-color\"] = \"currentcolor\";\n};\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nFramedEngine.prototype.setText = function(text,type) {\n\tif(!this.domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.domNode.ownerDocument.activeElement !== this.domNode) {\n\t\t\tthis.domNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nFramedEngine.prototype.getText = function() {\n\treturn this.domNode.value;\n};\n\n/*\nFix the height of textarea to fit content\n*/\nFramedEngine.prototype.fixHeight = function() {\n\t// Make sure styles are updated\n\tthis.copyStyles();\n\t// Adjust height\n\tif(this.widget.editTag === \"textarea\") {\n\t\tif(this.widget.editAutoHeight) {\n\t\t\tif(this.domNode && !this.domNode.isTiddlyWikiFakeDom) {\n\t\t\t\tvar newHeight = $tw.utils.resizeTextAreaToFit(this.domNode,this.widget.editMinHeight);\n\t\t\t\tthis.iframeNode.style.height = (newHeight + 14) + \"px\"; // +14 for the border on the textarea\n\t\t\t}\n\t\t} else {\n\t\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\t\tthis.domNode.style.height = fixedHeight + \"px\";\n\t\t\tthis.iframeNode.style.height = (fixedHeight + 14) + \"px\";\n\t\t}\n\t}\n};\n\n/*\nFocus the engine node\n*/\nFramedEngine.prototype.focus = function() {\n\tif(this.domNode.focus && this.domNode.select) {\n\t\tthis.domNode.focus();\n\t\tthis.domNode.select();\n\t}\n};\n\n/*\nHandle a click\n*/\nFramedEngine.prototype.handleClickEvent = function(event) {\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nHandle a dom \"input\" event which occurs when the text has changed\n*/\nFramedEngine.prototype.handleInputEvent = function(event) {\n\tthis.widget.saveChanges(this.getText());\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nCreate a blank structure representing a text operation\n*/\nFramedEngine.prototype.createTextOperation = function() {\n\tvar operation = {\n\t\ttext: this.domNode.value,\n\t\tselStart: this.domNode.selectionStart,\n\t\tselEnd: this.domNode.selectionEnd,\n\t\tcutStart: null,\n\t\tcutEnd: null,\n\t\treplacement: null,\n\t\tnewSelStart: null,\n\t\tnewSelEnd: null\n\t};\n\toperation.selection = operation.text.substring(operation.selStart,operation.selEnd);\n\treturn operation;\n};\n\n/*\nExecute a text operation\n*/\nFramedEngine.prototype.executeTextOperation = function(operation) {\n\t// Perform the required changes to the text area and the underlying tiddler\n\tvar newText = operation.text;\n\tif(operation.replacement !== null) {\n\t\tnewText = operation.text.substring(0,operation.cutStart) + operation.replacement + operation.text.substring(operation.cutEnd);\n\t\t// Attempt to use a execCommand to modify the value of the control\n\t\tif(this.iframeDoc.queryCommandSupported(\"insertText\") && this.iframeDoc.queryCommandSupported(\"delete\") && !$tw.browser.isFirefox) {\n\t\t\tthis.domNode.focus();\n\t\t\tthis.domNode.setSelectionRange(operation.cutStart,operation.cutEnd);\n\t\t\tif(operation.replacement === \"\") {\n\t\t\t\tthis.iframeDoc.execCommand(\"delete\",false,\"\");\n\t\t\t} else {\n\t\t\t\tthis.iframeDoc.execCommand(\"insertText\",false,operation.replacement);\n\t\t\t}\n\t\t} else {\n\t\t\tthis.domNode.value = newText;\n\t\t}\n\t\tthis.domNode.focus();\n\t\tthis.domNode.setSelectionRange(operation.newSelStart,operation.newSelEnd);\n\t}\n\tthis.domNode.focus();\n\treturn newText;\n};\n\nexports.FramedEngine = FramedEngine;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/engines/simple.js": {
"title": "$:/core/modules/editor/engines/simple.js",
"text": "/*\\\ntitle: $:/core/modules/editor/engines/simple.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a simple input or textarea tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\";\n\nfunction SimpleEngine(options) {\n\t// Save our options\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Construct the textarea or input node\n\tvar tag = this.widget.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tthis.domNode = this.widget.document.createElement(tag);\n\t// Set the text\n\tif(this.widget.editTag === \"textarea\") {\n\t\tthis.domNode.appendChild(this.widget.document.createTextNode(this.value));\n\t} else {\n\t\tthis.domNode.value = this.value;\n\t}\n\t// Set the attributes\n\tif(this.widget.editType) {\n\t\tthis.domNode.setAttribute(\"type\",this.widget.editType);\n\t}\n\tif(this.widget.editPlaceholder) {\n\t\tthis.domNode.setAttribute(\"placeholder\",this.widget.editPlaceholder);\n\t}\n\tif(this.widget.editSize) {\n\t\tthis.domNode.setAttribute(\"size\",this.widget.editSize);\n\t}\n\tif(this.widget.editRows) {\n\t\tthis.domNode.setAttribute(\"rows\",this.widget.editRows);\n\t}\n\tif(this.widget.editClass) {\n\t\tthis.domNode.className = this.widget.editClass;\n\t}\n\t// Add an input event handler\n\t$tw.utils.addEventListeners(this.domNode,[\n\t\t{name: \"focus\", handlerObject: this, handlerMethod: \"handleFocusEvent\"},\n\t\t{name: \"input\", handlerObject: this, handlerMethod: \"handleInputEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tthis.parentNode.insertBefore(this.domNode,this.nextSibling);\n\tthis.widget.domNodes.push(this.domNode);\n}\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nSimpleEngine.prototype.setText = function(text,type) {\n\tif(!this.domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.domNode.ownerDocument.activeElement !== this.domNode || text === \"\") {\n\t\t\tthis.domNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nSimpleEngine.prototype.getText = function() {\n\treturn this.domNode.value;\n};\n\n/*\nFix the height of textarea to fit content\n*/\nSimpleEngine.prototype.fixHeight = function() {\n\tif(this.widget.editTag === \"textarea\") {\n\t\tif(this.widget.editAutoHeight) {\n\t\t\tif(this.domNode && !this.domNode.isTiddlyWikiFakeDom) {\n\t\t\t\t$tw.utils.resizeTextAreaToFit(this.domNode,this.widget.editMinHeight);\n\t\t\t}\n\t\t} else {\n\t\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\t\tthis.domNode.style.height = fixedHeight + \"px\";\n\t\t}\n\t}\n};\n\n/*\nFocus the engine node\n*/\nSimpleEngine.prototype.focus = function() {\n\tif(this.domNode.focus && this.domNode.select) {\n\t\tthis.domNode.focus();\n\t\tthis.domNode.select();\n\t}\n};\n\n/*\nHandle a dom \"input\" event which occurs when the text has changed\n*/\nSimpleEngine.prototype.handleInputEvent = function(event) {\n\tthis.widget.saveChanges(this.getText());\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nHandle a dom \"focus\" event\n*/\nSimpleEngine.prototype.handleFocusEvent = function(event) {\n\tif(this.widget.editFocusPopup) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNode,\n\t\t\ttitle: this.widget.editFocusPopup,\n\t\t\twiki: this.widget.wiki,\n\t\t\tforce: true\n\t\t});\n\t}\n\treturn true;\n};\n\n/*\nCreate a blank structure representing a text operation\n*/\nSimpleEngine.prototype.createTextOperation = function() {\n\treturn null;\n};\n\n/*\nExecute a text operation\n*/\nSimpleEngine.prototype.executeTextOperation = function(operation) {\n};\n\nexports.SimpleEngine = SimpleEngine;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/factory.js": {
"title": "$:/core/modules/editor/factory.js",
"text": "/*\\\ntitle: $:/core/modules/editor/factory.js\ntype: application/javascript\nmodule-type: library\n\nFactory for constructing text editor widgets with specified engines for the toolbar and non-toolbar cases\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DEFAULT_MIN_TEXT_AREA_HEIGHT = \"100px\"; // Minimum height of textareas in pixels\n\n// Configuration tiddlers\nvar HEIGHT_MODE_TITLE = \"$:/config/TextEditor/EditorHeight/Mode\";\nvar ENABLE_TOOLBAR_TITLE = \"$:/config/TextEditor/EnableToolbar\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nfunction editTextWidgetFactory(toolbarEngine,nonToolbarEngine) {\n\n\tvar EditTextWidget = function(parseTreeNode,options) {\n\t\t// Initialise the editor operations if they've not been done already\n\t\tif(!this.editorOperations) {\n\t\t\tEditTextWidget.prototype.editorOperations = {};\n\t\t\t$tw.modules.applyMethods(\"texteditoroperation\",this.editorOperations);\n\t\t}\n\t\tthis.initialise(parseTreeNode,options);\n\t};\n\n\t/*\n\tInherit from the base widget class\n\t*/\n\tEditTextWidget.prototype = new Widget();\n\n\t/*\n\tRender this widget into the DOM\n\t*/\n\tEditTextWidget.prototype.render = function(parent,nextSibling) {\n\t\t// Save the parent dom node\n\t\tthis.parentDomNode = parent;\n\t\t// Compute our attributes\n\t\tthis.computeAttributes();\n\t\t// Execute our logic\n\t\tthis.execute();\n\t\t// Create the wrapper for the toolbar and render its content\n\t\tif(this.editShowToolbar) {\n\t\t\tthis.toolbarNode = this.document.createElement(\"div\");\n\t\t\tthis.toolbarNode.className = \"tc-editor-toolbar\";\n\t\t\tparent.insertBefore(this.toolbarNode,nextSibling);\n\t\t\tthis.renderChildren(this.toolbarNode,null);\n\t\t\tthis.domNodes.push(this.toolbarNode);\n\t\t}\n\t\t// Create our element\n\t\tvar editInfo = this.getEditInfo(),\n\t\t\tEngine = this.editShowToolbar ? toolbarEngine : nonToolbarEngine;\n\t\tthis.engine = new Engine({\n\t\t\t\twidget: this,\n\t\t\t\tvalue: editInfo.value,\n\t\t\t\ttype: editInfo.type,\n\t\t\t\tparentNode: parent,\n\t\t\t\tnextSibling: nextSibling\n\t\t\t});\n\t\t// Call the postRender hook\n\t\tif(this.postRender) {\n\t\t\tthis.postRender();\n\t\t}\n\t\t// Fix height\n\t\tthis.engine.fixHeight();\n\t\t// Focus if required\n\t\tif(this.editFocus === \"true\" || this.editFocus === \"yes\") {\n\t\t\tthis.engine.focus();\n\t\t}\n\t\t// Add widget message listeners\n\t\tthis.addEventListeners([\n\t\t\t{type: \"tm-edit-text-operation\", handler: \"handleEditTextOperationMessage\"}\n\t\t]);\n\t};\n\n\t/*\n\tGet the tiddler being edited and current value\n\t*/\n\tEditTextWidget.prototype.getEditInfo = function() {\n\t\t// Get the edit value\n\t\tvar self = this,\n\t\t\tvalue,\n\t\t\ttype = \"text/plain\",\n\t\t\tupdate;\n\t\tif(this.editIndex) {\n\t\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\t\tupdate = function(value) {\n\t\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t\t}\n\t\t\t};\n\t\t} else {\n\t\t\t// Get the current tiddler and the field name\n\t\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\t\tif(tiddler) {\n\t\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t\t\tif(this.editField === \"text\") {\n\t\t\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\t\tswitch(this.editField) {\n\t\t\t\t\tcase \"text\":\n\t\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\t\ttype = \"text/vnd.tiddlywiki\";\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"title\":\n\t\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tvalue = \"\";\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\t\tvalue = this.editDefault;\n\t\t\t\t}\n\t\t\t}\n\t\t\tupdate = function(value) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\t\tupdateFields = {\n\t\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t\t};\n\t\t\t\tupdateFields[self.editField] = value;\n\t\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t\t};\n\t\t}\n\t\tif(this.editType) {\n\t\t\ttype = this.editType;\n\t\t}\n\t\treturn {value: value || \"\", type: type, update: update};\n\t};\n\n\t/*\n\tHandle an edit text operation message from the toolbar\n\t*/\n\tEditTextWidget.prototype.handleEditTextOperationMessage = function(event) {\n\t\t// Prepare information about the operation\n\t\tvar operation = this.engine.createTextOperation();\n\t\t// Invoke the handler for the selected operation\n\t\tvar handler = this.editorOperations[event.param];\n\t\tif(handler) {\n\t\t\thandler.call(this,event,operation);\n\t\t}\n\t\t// Execute the operation via the engine\n\t\tvar newText = this.engine.executeTextOperation(operation);\n\t\t// Fix the tiddler height and save changes\n\t\tthis.engine.fixHeight();\n\t\tthis.saveChanges(newText);\n\t};\n\n\t/*\n\tCompute the internal state of the widget\n\t*/\n\tEditTextWidget.prototype.execute = function() {\n\t\t// Get our parameters\n\t\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t\tthis.editField = this.getAttribute(\"field\",\"text\");\n\t\tthis.editIndex = this.getAttribute(\"index\");\n\t\tthis.editDefault = this.getAttribute(\"default\");\n\t\tthis.editClass = this.getAttribute(\"class\");\n\t\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t\tthis.editSize = this.getAttribute(\"size\");\n\t\tthis.editRows = this.getAttribute(\"rows\");\n\t\tthis.editAutoHeight = this.wiki.getTiddlerText(HEIGHT_MODE_TITLE,\"auto\");\n\t\tthis.editAutoHeight = this.getAttribute(\"autoHeight\",this.editAutoHeight === \"auto\" ? \"yes\" : \"no\") === \"yes\";\n\t\tthis.editMinHeight = this.getAttribute(\"minHeight\",DEFAULT_MIN_TEXT_AREA_HEIGHT);\n\t\tthis.editFocusPopup = this.getAttribute(\"focusPopup\");\n\t\tthis.editFocus = this.getAttribute(\"focus\");\n\t\t// Get the default editor element tag and type\n\t\tvar tag,type;\n\t\tif(this.editField === \"text\") {\n\t\t\ttag = \"textarea\";\n\t\t} else {\n\t\t\ttag = \"input\";\n\t\t\tvar fieldModule = $tw.Tiddler.fieldModules[this.editField];\n\t\t\tif(fieldModule && fieldModule.editTag) {\n\t\t\t\ttag = fieldModule.editTag;\n\t\t\t}\n\t\t\tif(fieldModule && fieldModule.editType) {\n\t\t\t\ttype = fieldModule.editType;\n\t\t\t}\n\t\t\ttype = type || \"text\";\n\t\t}\n\t\t// Get the rest of our parameters\n\t\tthis.editTag = this.getAttribute(\"tag\",tag);\n\t\tthis.editType = this.getAttribute(\"type\",type);\n\t\t// Make the child widgets\n\t\tthis.makeChildWidgets();\n\t\t// Determine whether to show the toolbar\n\t\tthis.editShowToolbar = this.wiki.getTiddlerText(ENABLE_TOOLBAR_TITLE,\"yes\");\n\t\tthis.editShowToolbar = (this.editShowToolbar === \"yes\") && !!(this.children && this.children.length > 0) && (!this.document.isTiddlyWikiFakeDom);\n\t};\n\n\t/*\n\tSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n\t*/\n\tEditTextWidget.prototype.refresh = function(changedTiddlers) {\n\t\tvar changedAttributes = this.computeAttributes();\n\t\t// Completely rerender if any of our attributes have changed\n\t\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.placeholder || changedAttributes.size || changedAttributes.autoHeight || changedAttributes.minHeight || changedAttributes.focusPopup || changedAttributes.rows || changedTiddlers[HEIGHT_MODE_TITLE] || changedTiddlers[ENABLE_TOOLBAR_TITLE]) {\n\t\t\tthis.refreshSelf();\n\t\t\treturn true;\n\t\t} else if(changedTiddlers[this.editTitle]) {\n\t\t\tvar editInfo = this.getEditInfo();\n\t\t\tthis.updateEditor(editInfo.value,editInfo.type);\n\t\t}\n\t\tthis.engine.fixHeight();\n\t\tif(this.editShowToolbar) {\n\t\t\treturn this.refreshChildren(changedTiddlers);\t\t\t\n\t\t} else {\n\t\t\treturn false;\n\t\t}\n\t};\n\n\t/*\n\tUpdate the editor with new text. This method is separate from updateEditorDomNode()\n\tso that subclasses can override updateEditor() and still use updateEditorDomNode()\n\t*/\n\tEditTextWidget.prototype.updateEditor = function(text,type) {\n\t\tthis.updateEditorDomNode(text,type);\n\t};\n\n\t/*\n\tUpdate the editor dom node with new text\n\t*/\n\tEditTextWidget.prototype.updateEditorDomNode = function(text,type) {\n\t\tthis.engine.setText(text,type);\n\t};\n\n\t/*\n\tSave changes back to the tiddler store\n\t*/\n\tEditTextWidget.prototype.saveChanges = function(text) {\n\t\tvar editInfo = this.getEditInfo();\n\t\tif(text !== editInfo.value) {\n\t\t\teditInfo.update(text);\n\t\t}\n\t};\n\n\t/*\n\tHandle a dom \"keydown\" event, which we'll bubble up to our container for the keyboard widgets benefit\n\t*/\n\tEditTextWidget.prototype.handleKeydownEvent = function(event) {\n\t\t// Check for a keyboard shortcut\n\t\tif(this.toolbarNode) {\n\t\t\tvar shortcutElements = this.toolbarNode.querySelectorAll(\"[data-tw-keyboard-shortcut]\");\n\t\t\tfor(var index=0; index<shortcutElements.length; index++) {\n\t\t\t\tvar el = shortcutElements[index],\n\t\t\t\t\tshortcutData = el.getAttribute(\"data-tw-keyboard-shortcut\"),\n\t\t\t\t\tkeyInfoArray = $tw.keyboardManager.parseKeyDescriptors(shortcutData,{\n\t\t\t\t\t\twiki: this.wiki\n\t\t\t\t\t});\n\t\t\t\tif($tw.keyboardManager.checkKeyDescriptors(event,keyInfoArray)) {\n\t\t\t\t\tvar clickEvent = this.document.createEvent(\"Events\");\n\t\t\t\t clickEvent.initEvent(\"click\",true,false);\n\t\t\t\t el.dispatchEvent(clickEvent);\n\t\t\t\t\tevent.preventDefault();\n\t\t\t\t\tevent.stopPropagation();\n\t\t\t\t\treturn true;\t\t\t\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\t// Propogate the event to the container\n\t\tif(this.propogateKeydownEvent(event)) {\n\t\t\t// Ignore the keydown if it was already handled\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise, process the keydown normally\n\t\treturn false;\n\t};\n\n\t/*\n\tPropogate keydown events to our container for the keyboard widgets benefit\n\t*/\n\tEditTextWidget.prototype.propogateKeydownEvent = function(event) {\n\t\tvar newEvent = this.document.createEventObject ? this.document.createEventObject() : this.document.createEvent(\"Events\");\n\t\tif(newEvent.initEvent) {\n\t\t\tnewEvent.initEvent(\"keydown\", true, true);\n\t\t}\n\t\tnewEvent.keyCode = event.keyCode;\n\t\tnewEvent.which = event.which;\n\t\tnewEvent.metaKey = event.metaKey;\n\t\tnewEvent.ctrlKey = event.ctrlKey;\n\t\tnewEvent.altKey = event.altKey;\n\t\tnewEvent.shiftKey = event.shiftKey;\n\t\treturn !this.parentDomNode.dispatchEvent(newEvent);\n\t};\n\n\treturn EditTextWidget;\n\n}\n\nexports.editTextWidgetFactory = editTextWidgetFactory;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/operations/bitmap/clear.js": {
"title": "$:/core/modules/editor/operations/bitmap/clear.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/clear.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to clear the image\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"clear\"] = function(event) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.globalAlpha = 1;\n\tctx.fillStyle = event.paramObject.colour || \"white\";\n\tctx.fillRect(0,0,this.canvasDomNode.width,this.canvasDomNode.height);\n\t// Save changes\n\tthis.strokeEnd();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "bitmapeditoroperation"
},
"$:/core/modules/editor/operations/bitmap/resize.js": {
"title": "$:/core/modules/editor/operations/bitmap/resize.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/resize.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to resize the image\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"resize\"] = function(event) {\n\t// Get the new width\n\tvar newWidth = parseInt(event.paramObject.width || this.canvasDomNode.width,10),\n\t\tnewHeight = parseInt(event.paramObject.height || this.canvasDomNode.height,10);\n\t// Update if necessary\n\tif(newWidth > 0 && newHeight > 0 && !(newWidth === this.currCanvas.width && newHeight === this.currCanvas.height)) {\n\t\tthis.changeCanvasSize(newWidth,newHeight);\n\t}\n\t// Update the input controls\n\tthis.refreshToolbar();\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "bitmapeditoroperation"
},
"$:/core/modules/editor/operations/bitmap/rotate-left.js": {
"title": "$:/core/modules/editor/operations/bitmap/rotate-left.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/rotate-left.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to rotate the image left by 90 degrees\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"rotate-left\"] = function(event) {\n\t// Rotate the canvas left by 90 degrees\n\tthis.rotateCanvasLeft();\n\t// Update the input controls\n\tthis.refreshToolbar();\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "bitmapeditoroperation"
},
"$:/core/modules/editor/operations/text/excise.js": {
"title": "$:/core/modules/editor/operations/text/excise.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/excise.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to excise the selection to a new tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"excise\"] = function(event,operation) {\n\tvar editTiddler = this.wiki.getTiddler(this.editTitle),\n\t\teditTiddlerTitle = this.editTitle;\n\tif(editTiddler && editTiddler.fields[\"draft.of\"]) {\n\t\teditTiddlerTitle = editTiddler.fields[\"draft.of\"];\n\t}\n\tvar excisionTitle = event.paramObject.title || this.wiki.generateNewTitle(\"New Excision\");\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\tthis.wiki.getCreationFields(),\n\t\tthis.wiki.getModificationFields(),\n\t\t{\n\t\t\ttitle: excisionTitle,\n\t\t\ttext: operation.selection,\n\t\t\ttags: event.paramObject.tagnew === \"yes\" ? [editTiddlerTitle] : []\n\t\t}\n\t));\n\toperation.replacement = excisionTitle;\n\tswitch(event.paramObject.type || \"transclude\") {\n\t\tcase \"transclude\":\n\t\t\toperation.replacement = \"{{\" + operation.replacement+ \"}}\";\n\t\t\tbreak;\n\t\tcase \"link\":\n\t\t\toperation.replacement = \"[[\" + operation.replacement+ \"]]\";\n\t\t\tbreak;\n\t\tcase \"macro\":\n\t\t\toperation.replacement = \"<<\" + (event.paramObject.macro || \"translink\") + \" \\\"\\\"\\\"\" + operation.replacement + \"\\\"\\\"\\\">>\";\n\t\t\tbreak;\n\t}\n\toperation.cutStart = operation.selStart;\n\toperation.cutEnd = operation.selEnd;\n\toperation.newSelStart = operation.selStart;\n\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/make-link.js": {
"title": "$:/core/modules/editor/operations/text/make-link.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/make-link.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to make a link\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"make-link\"] = function(event,operation) {\n\tif(operation.selection) {\n\t\toperation.replacement = \"[[\" + operation.selection + \"|\" + event.paramObject.text + \"]]\";\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t} else {\n\t\toperation.replacement = \"[[\" + event.paramObject.text + \"]]\";\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t}\n\toperation.newSelStart = operation.selStart + operation.replacement.length;\n\toperation.newSelEnd = operation.newSelStart;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/prefix-lines.js": {
"title": "$:/core/modules/editor/operations/text/prefix-lines.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/prefix-lines.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to add a prefix to the selected lines\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"prefix-lines\"] = function(event,operation) {\n\t// Cut just past the preceding line break, or the start of the text\n\toperation.cutStart = $tw.utils.findPrecedingLineBreak(operation.text,operation.selStart);\n\t// Cut to just past the following line break, or to the end of the text\n\toperation.cutEnd = $tw.utils.findFollowingLineBreak(operation.text,operation.selEnd);\n\t// Compose the required prefix\n\tvar prefix = $tw.utils.repeat(event.paramObject.character,event.paramObject.count);\n\t// Process each line\n\tvar lines = operation.text.substring(operation.cutStart,operation.cutEnd).split(/\\r?\\n/mg);\n\t$tw.utils.each(lines,function(line,index) {\n\t\t// Remove and count any existing prefix characters\n\t\tvar count = 0;\n\t\twhile(line.charAt(0) === event.paramObject.character) {\n\t\t\tline = line.substring(1);\n\t\t\tcount++;\n\t\t}\n\t\t// Remove any whitespace\n\t\twhile(line.charAt(0) === \" \") {\n\t\t\tline = line.substring(1);\n\t\t}\n\t\t// We're done if we removed the exact required prefix, otherwise add it\n\t\tif(count !== event.paramObject.count) {\n\t\t\t// Apply the prefix\n\t\t\tline = prefix + \" \" + line;\n\t\t}\n\t\t// Save the modified line\n\t\tlines[index] = line;\n\t});\n\t// Stitch the replacement text together and set the selection\n\toperation.replacement = lines.join(\"\\n\");\n\tif(lines.length === 1) {\n\t\toperation.newSelStart = operation.cutStart + operation.replacement.length;\n\t\toperation.newSelEnd = operation.newSelStart;\n\t} else {\n\t\toperation.newSelStart = operation.cutStart;\n\t\toperation.newSelEnd = operation.newSelStart + operation.replacement.length;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/replace-all.js": {
"title": "$:/core/modules/editor/operations/text/replace-all.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/replace-all.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to replace the entire text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"replace-all\"] = function(event,operation) {\n\toperation.cutStart = 0;\n\toperation.cutEnd = operation.text.length;\n\toperation.replacement = event.paramObject.text;\n\toperation.newSelStart = 0;\n\toperation.newSelEnd = operation.replacement.length;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/replace-selection.js": {
"title": "$:/core/modules/editor/operations/text/replace-selection.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/replace-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to replace the selection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"replace-selection\"] = function(event,operation) {\n\toperation.replacement = event.paramObject.text;\n\toperation.cutStart = operation.selStart;\n\toperation.cutEnd = operation.selEnd;\n\toperation.newSelStart = operation.selStart;\n\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/save-selection.js": {
"title": "$:/core/modules/editor/operations/text/save-selection.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/save-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to save the current selection in a specified tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"save-selection\"] = function(event,operation) {\n\tvar tiddler = event.paramObject.tiddler,\n\t\tfield = event.paramObject.field || \"text\";\n\tif(tiddler && field) {\n\t\tthis.wiki.setText(tiddler,field,null,operation.text.substring(operation.selStart,operation.selEnd));\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/wrap-lines.js": {
"title": "$:/core/modules/editor/operations/text/wrap-lines.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/wrap-lines.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to wrap the selected lines with a prefix and suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"wrap-lines\"] = function(event,operation) {\n\t// Cut just past the preceding line break, or the start of the text\n\toperation.cutStart = $tw.utils.findPrecedingLineBreak(operation.text,operation.selStart);\n\t// Cut to just past the following line break, or to the end of the text\n\toperation.cutEnd = $tw.utils.findFollowingLineBreak(operation.text,operation.selEnd);\n\t// Add the prefix and suffix\n\toperation.replacement = event.paramObject.prefix + \"\\n\" +\n\t\t\t\toperation.text.substring(operation.cutStart,operation.cutEnd) + \"\\n\" +\n\t\t\t\tevent.paramObject.suffix + \"\\n\";\n\toperation.newSelStart = operation.cutStart + event.paramObject.prefix.length + 1;\n\toperation.newSelEnd = operation.newSelStart + (operation.cutEnd - operation.cutStart);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/wrap-selection.js": {
"title": "$:/core/modules/editor/operations/text/wrap-selection.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/wrap-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to wrap the selection with the specified prefix and suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"wrap-selection\"] = function(event,operation) {\n\tif(operation.selStart === operation.selEnd) {\n\t\t// No selection; check if we're within the prefix/suffix\n\t\tif(operation.text.substring(operation.selStart - event.paramObject.prefix.length,operation.selStart + event.paramObject.suffix.length) === event.paramObject.prefix + event.paramObject.suffix) {\n\t\t\t// Remove the prefix and suffix unless they comprise the entire text\n\t\t\tif(operation.selStart > event.paramObject.prefix.length || (operation.selEnd + event.paramObject.suffix.length) < operation.text.length ) {\n\t\t\t\toperation.cutStart = operation.selStart - event.paramObject.prefix.length;\n\t\t\t\toperation.cutEnd = operation.selEnd + event.paramObject.suffix.length;\n\t\t\t\toperation.replacement = \"\";\n\t\t\t\toperation.newSelStart = operation.cutStart;\n\t\t\t\toperation.newSelEnd = operation.newSelStart;\n\t\t\t}\n\t\t} else {\n\t\t\t// Wrap the cursor instead\n\t\t\toperation.cutStart = operation.selStart;\n\t\t\toperation.cutEnd = operation.selEnd;\n\t\t\toperation.replacement = event.paramObject.prefix + event.paramObject.suffix;\n\t\t\toperation.newSelStart = operation.selStart + event.paramObject.prefix.length;\n\t\t\toperation.newSelEnd = operation.newSelStart;\n\t\t}\n\t} else if(operation.text.substring(operation.selStart,operation.selStart + event.paramObject.prefix.length) === event.paramObject.prefix && operation.text.substring(operation.selEnd - event.paramObject.suffix.length,operation.selEnd) === event.paramObject.suffix) {\n\t\t// Prefix and suffix are already present, so remove them\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t\toperation.replacement = operation.selection.substring(event.paramObject.prefix.length,operation.selection.length - event.paramObject.suffix.length);\n\t\toperation.newSelStart = operation.selStart;\n\t\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n\t} else {\n\t\t// Add the prefix and suffix\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t\toperation.replacement = event.paramObject.prefix + operation.selection + event.paramObject.suffix;\n\t\toperation.newSelStart = operation.selStart;\n\t\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/filters/addprefix.js": {
"title": "$:/core/modules/filters/addprefix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/addprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a prefix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(operator.operand + title);\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/addsuffix.js": {
"title": "$:/core/modules/filters/addsuffix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/addsuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a suffix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addsuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title + operator.operand);\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/after.js": {
"title": "$:/core/modules/filters/after.js",
"text": "/*\\\ntitle: $:/core/modules/filters/after.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is after the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.after = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index === -1 || index > (results.length - 2)) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index + 1]];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/all/current.js": {
"title": "$:/core/modules/filters/all/current.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/current.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar currTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(currTiddlerTitle) {\n\t\treturn [currTiddlerTitle];\n\t} else {\n\t\treturn [];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/missing.js": {
"title": "$:/core/modules/filters/all/missing.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/missing.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\treturn options.wiki.getMissingTitles();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/orphans.js": {
"title": "$:/core/modules/filters/all/orphans.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/orphans.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[orphans]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphans = function(source,prefix,options) {\n\treturn options.wiki.getOrphanTitles();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/shadows.js": {
"title": "$:/core/modules/filters/all/shadows.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/shadows.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[shadows]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadows = function(source,prefix,options) {\n\treturn options.wiki.allShadowTitles();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/tags.js": {
"title": "$:/core/modules/filters/all/tags.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/tags.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tags]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,prefix,options) {\n\treturn Object.keys(options.wiki.getTagMap());\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/tiddlers.js": {
"title": "$:/core/modules/filters/all/tiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/tiddlers.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddlers = function(source,prefix,options) {\n\treturn options.wiki.allTitles();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all.js": {
"title": "$:/core/modules/filters/all.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for selecting tiddlers\n\n[all[shadows+tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar allFilterOperators;\n\nfunction getAllFilterOperators() {\n\tif(!allFilterOperators) {\n\t\tallFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"allfilteroperator\",allFilterOperators);\n\t}\n\treturn allFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.all = function(source,operator,options) {\n\t// Get our suboperators\n\tvar allFilterOperators = getAllFilterOperators();\n\t// Cycle through the suboperators accumulating their results\n\tvar results = [],\n\t\tsubops = operator.operand.split(\"+\");\n\t// Check for common optimisations\n\tif(subops.length === 1 && subops[0] === \"\") {\n\t\treturn source;\n\t} else if(subops.length === 1 && subops[0] === \"tiddlers\") {\n\t\treturn options.wiki.each;\n\t} else if(subops.length === 1 && subops[0] === \"shadows\") {\n\t\treturn options.wiki.eachShadow;\n\t} else if(subops.length === 2 && subops[0] === \"tiddlers\" && subops[1] === \"shadows\") {\n\t\treturn options.wiki.eachTiddlerPlusShadows;\n\t} else if(subops.length === 2 && subops[0] === \"shadows\" && subops[1] === \"tiddlers\") {\n\t\treturn options.wiki.eachShadowPlusTiddlers;\n\t}\n\t// Do it the hard way\n\tfor(var t=0; t<subops.length; t++) {\n\t\tvar subop = allFilterOperators[subops[t]];\n\t\tif(subop) {\n\t\t\t$tw.utils.pushTop(results,subop(source,operator.prefix,options));\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/backlinks.js": {
"title": "$:/core/modules/filters/backlinks.js",
"text": "/*\\\ntitle: $:/core/modules/filters/backlinks.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the backlinks from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.backlinks = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerBacklinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/before.js": {
"title": "$:/core/modules/filters/before.js",
"text": "/*\\\ntitle: $:/core/modules/filters/before.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is before the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.before = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index <= 0) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index - 1]];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/commands.js": {
"title": "$:/core/modules/filters/commands.js",
"text": "/*\\\ntitle: $:/core/modules/filters/commands.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the commands available in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.commands = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.commands,function(commandInfo,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/contains.js": {
"title": "$:/core/modules/filters/contains.js",
"text": "/*\\\ntitle: $:/core/modules/filters/contains.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for finding values in array fields\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.contains = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || \"list\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\tvar list = tiddler.getFieldList(fieldname);\n\t\t\t\tif(list.indexOf(operator.operand) === -1) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\tvar list = tiddler.getFieldList(fieldname);\n\t\t\t\tif(list.indexOf(operator.operand) !== -1) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/count.js": {
"title": "$:/core/modules/filters/count.js",
"text": "/*\\\ntitle: $:/core/modules/filters/count.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the number of entries in the current list.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.count = function(source,operator,options) {\n\tvar count = 0;\n\tsource(function(tiddler,title) {\n\t\tcount++;\n\t});\n\treturn [count + \"\"];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/days.js": {
"title": "$:/core/modules/filters/days.js",
"text": "/*\\\ntitle: $:/core/modules/filters/days.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a specified date field within a specified date interval.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.days = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\tdayInterval = (parseInt(operator.operand,10)||0),\n\t\tdayIntervalSign = $tw.utils.sign(dayInterval),\n\t\ttargetTimeStamp = (new Date()).setHours(0,0,0,0) + 1000*60*60*24*dayInterval,\n\t\tisWithinDays = function(dateField) {\n\t\t\tvar sign = $tw.utils.sign(targetTimeStamp - (new Date(dateField)).setHours(0,0,0,0));\n\t\t\treturn sign === 0 || sign === dayIntervalSign;\n\t\t};\n\n\tif(operator.prefix === \"!\") {\n\t\ttargetTimeStamp = targetTimeStamp - 1000*60*60*24*dayIntervalSign;\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\t\tif(!isWithinDays($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\t\tif(isWithinDays($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/each.js": {
"title": "$:/core/modules/filters/each.js",
"text": "/*\\\ntitle: $:/core/modules/filters/each.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique value of the specified field.\nWith suffix \"list\", selects all tiddlers that are values in a specified list field.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.each = function(source,operator,options) {\n\tvar results =[] ,\n\tvalue,values = {},\n\tfield = operator.operand || \"title\";\n\tif(operator.suffix === \"value\" && field === \"title\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!$tw.utils.hop(values,title)) {\n\t\t\t\tvalues[title] = true;\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else if(operator.suffix !== \"list-item\") {\n\t\tif(field === \"title\") {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && !$tw.utils.hop(values,title)) {\n\t\t\t\t\tvalues[title] = true;\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvalue = tiddler.getFieldString(field);\n\t\t\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\t\t\tvalues[value] = true;\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(\n\t\t\t\t\toptions.wiki.getTiddlerList(title,field),\n\t\t\t\t\tfunction(value) {\n\t\t\t\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\t\t\t\tvalues[value] = true;\n\t\t\t\t\t\t\tresults.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/eachday.js": {
"title": "$:/core/modules/filters/eachday.js",
"text": "/*\\\ntitle: $:/core/modules/filters/eachday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique day covered by the specified date field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.eachday = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = [],\n\t\tfieldName = operator.operand || \"modified\";\n\t// Function to convert a date/time to a date integer\n\tvar toDate = function(value) {\n\t\tvalue = (new Date(value)).setHours(0,0,0,0);\n\t\treturn value+0;\n\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tvar value = toDate($tw.utils.parseDate(tiddler.fields[fieldName]));\n\t\t\tif(values.indexOf(value) === -1) {\n\t\t\t\tvalues.push(value);\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/editiondescription.js": {
"title": "$:/core/modules/filters/editiondescription.js",
"text": "/*\\\ntitle: $:/core/modules/filters/editiondescription.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the descriptions of the specified edition names\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editiondescription = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(editionInfo,title)) {\n\t\t\t\tresults.push(editionInfo[title].description || \"\");\t\t\t\t\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/editions.js": {
"title": "$:/core/modules/filters/editions.js",
"text": "/*\\\ntitle: $:/core/modules/filters/editions.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the available editions in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editions = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\t$tw.utils.each(editionInfo,function(info,name) {\n\t\t\tresults.push(name);\n\t\t});\n\t}\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/decodeuricomponent.js": {
"title": "$:/core/modules/filters/decodeuricomponent.js",
"text": "/*\\\ntitle: $:/core/modules/filters/decodeuricomponent.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for applying decodeURIComponent() to each item.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter functions\n*/\n\nexports.decodeuricomponent = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar value = title;\n\t\ttry {\n\t\t\tvalue = decodeURIComponent(title);\n\t\t} catch(e) {\n\t\t}\n\t\tresults.push(value);\n\t});\n\treturn results;\n};\n\nexports.encodeuricomponent = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(encodeURIComponent(title));\n\t});\n\treturn results;\n};\n\nexports.decodeuri = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar value = title;\n\t\ttry {\n\t\t\tvalue = decodeURI(title);\n\t\t} catch(e) {\n\t\t}\n\t\tresults.push(value);\n\t});\n\treturn results;\n};\n\nexports.encodeuri = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(encodeURI(title));\n\t});\n\treturn results;\n};\n\nexports.decodehtml = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.htmlDecode(title));\n\t});\n\treturn results;\n};\n\nexports.encodehtml = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.htmlEncode(title));\n\t});\n\treturn results;\n};\n\nexports.stringify = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.stringify(title));\n\t});\n\treturn results;\n};\n\nexports.jsonstringify = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.jsonStringify(title));\n\t});\n\treturn results;\n};\n\nexports.escaperegexp = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.escapeRegExp(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/enlist.js": {
"title": "$:/core/modules/filters/enlist.js",
"text": "/*\\\ntitle: $:/core/modules/filters/enlist.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning its operand parsed as a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.enlist = function(source,operator,options) {\n\tvar list = $tw.utils.parseStringArray(operator.operand);\n\tif(operator.prefix === \"!\") {\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\treturn results;\n\t} else {\n\t\treturn list;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/field.js": {
"title": "$:/core/modules/filters/field.js",
"text": "/*\\\ntitle: $:/core/modules/filters/field.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.field = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || operator.operator || \"title\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text !== operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !!operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text === operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/fields.js": {
"title": "$:/core/modules/filters/fields.js",
"text": "/*\\\ntitle: $:/core/modules/filters/fields.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the fields on the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.fields = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tfor(var fieldName in tiddler.fields) {\n\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/get.js": {
"title": "$:/core/modules/filters/get.js",
"text": "/*\\\ntitle: $:/core/modules/filters/get.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing tiddler titles by the value of the field specified in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.get = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value = tiddler.getFieldString(operator.operand);\n\t\t\tif(value) {\n\t\t\t\tresults.push(value);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/getindex.js": {
"title": "$:/core/modules/filters/getindex.js",
"text": "/*\\\ntitle: $:/core/modules/filters/getindex.js\ntype: application/javascript\nmodule-type: filteroperator\n\nreturns the value at a given index of datatiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.getindex = function(source,operator,options) {\n\tvar data,title,results = [];\n\tif(operator.operand){\n\t\tsource(function(tiddler,title) {\n\t\t\ttitle = tiddler ? tiddler.fields.title : title;\n\t\t\tdata = options.wiki.extractTiddlerDataItem(tiddler,operator.operand);\n\t\t\tif(data) {\n\t\t\t\tresults.push(data);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/has.js": {
"title": "$:/core/modules/filters/has.js",
"text": "/*\\\ntitle: $:/core/modules/filters/has.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a tiddler has the specified field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.has = function(source,operator,options) {\n\tvar results = [],\n\t\tinvert = operator.prefix === \"!\";\n\n\tif(operator.suffix === \"field\") {\n\t\tif(invert) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(!tiddler || (tiddler && (!$tw.utils.hop(tiddler.fields,operator.operand)))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(invert) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(!tiddler || !$tw.utils.hop(tiddler.fields,operator.operand) || (tiddler.fields[operator.operand] === \"\")) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand) && !(tiddler.fields[operator.operand] === \"\" || tiddler.fields[operator.operand].length === 0)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/haschanged.js": {
"title": "$:/core/modules/filters/haschanged.js",
"text": "/*\\\ntitle: $:/core/modules/filters/haschanged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returns tiddlers from the list that have a non-zero changecount.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.haschanged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) === 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) > 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/indexes.js": {
"title": "$:/core/modules/filters/indexes.js",
"text": "/*\\\ntitle: $:/core/modules/filters/indexes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the indexes of a data tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.indexes = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar data = options.wiki.getTiddlerDataCached(title);\n\t\tif(data) {\n\t\t\t$tw.utils.pushTop(results,Object.keys(data));\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/insertbefore.js": {
"title": "$:/core/modules/filters/insertbefore.js",
"text": "/*\\\ntitle: $:/core/modules/filters/insertbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nInsert an item before another item in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOrder a list\n*/\nexports.insertbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar target = options.widget && options.widget.getVariable(operator.suffix || \"currentTiddler\");\n\tif(target !== operator.operand) {\n\t\t// Remove the entry from the list if it is present\n\t\tvar pos = results.indexOf(operator.operand);\n\t\tif(pos !== -1) {\n\t\t\tresults.splice(pos,1);\n\t\t}\n\t\t// Insert the entry before the target marker\n\t\tpos = results.indexOf(target);\n\t\tif(pos !== -1) {\n\t\t\tresults.splice(pos,0,operator.operand);\n\t\t} else {\n\t\t\tresults.push(operator.operand);\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/is/current.js": {
"title": "$:/core/modules/filters/is/current.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/current.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar results = [],\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title !== currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title === currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/image.js": {
"title": "$:/core/modules/filters/is/image.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/image.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[image]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.image = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/missing.js": {
"title": "$:/core/modules/filters/is/missing.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/missing.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/orphan.js": {
"title": "$:/core/modules/filters/is/orphan.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/orphan.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[orphan]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphan = function(source,prefix,options) {\n\tvar results = [],\n\t\torphanTitles = options.wiki.getOrphanTitles();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) !== -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/shadow.js": {
"title": "$:/core/modules/filters/is/shadow.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/shadow.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[shadow]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadow = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/system.js": {
"title": "$:/core/modules/filters/is/system.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/system.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[system]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.system = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tag.js": {
"title": "$:/core/modules/filters/is/tag.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/tag.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tag]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,prefix,options) {\n\tvar results = [],\n\t\ttagMap = options.wiki.getTagMap();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!$tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tiddler.js": {
"title": "$:/core/modules/filters/is/tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/tiddler.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tiddler]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddler = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is.js": {
"title": "$:/core/modules/filters/is.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking tiddler properties\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar isFilterOperators;\n\nfunction getIsFilterOperators() {\n\tif(!isFilterOperators) {\n\t\tisFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"isfilteroperator\",isFilterOperators);\n\t}\n\treturn isFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.is = function(source,operator,options) {\n\t// Dispatch to the correct isfilteroperator\n\tvar isFilterOperators = getIsFilterOperators();\n\tif(operator.operand) {\n\t\tvar isFilterOperator = isFilterOperators[operator.operand];\n\t\tif(isFilterOperator) {\n\t\t\treturn isFilterOperator(source,operator.prefix,options);\n\t\t} else {\n\t\t\treturn [$tw.language.getString(\"Error/IsFilterOperator\")];\n\t\t}\n\t} else {\n\t\t// Return all tiddlers if the operand is missing\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t\treturn results;\n\t}\n};\n\n})();",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/limit.js": {
"title": "$:/core/modules/filters/limit.js",
"text": "/*\\\ntitle: $:/core/modules/filters/limit.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for chopping the results to a specified maximum number of entries\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.limit = function(source,operator,options) {\n\tvar results = [];\n\t// Convert to an array\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\t// Slice the array if necessary\n\tvar limit = Math.min(results.length,parseInt(operator.operand,10));\n\tif(operator.prefix === \"!\") {\n\t\tresults = results.slice(-limit);\n\t} else {\n\t\tresults = results.slice(0,limit);\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/links.js": {
"title": "$:/core/modules/filters/links.js",
"text": "/*\\\ntitle: $:/core/modules/filters/links.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the links from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.links = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerLinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/list.js": {
"title": "$:/core/modules/filters/list.js",
"text": "/*\\\ntitle: $:/core/modules/filters/list.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddlers whose title is listed in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.list = function(source,operator,options) {\n\tvar results = [],\n\t\ttr = $tw.utils.parseTextReference(operator.operand),\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\"),\n\t\tlist = options.wiki.getTiddlerList(tr.title || currTiddlerTitle,tr.field,tr.index);\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults = list;\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listed.js": {
"title": "$:/core/modules/filters/listed.js",
"text": "/*\\\ntitle: $:/core/modules/filters/listed.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that have the selected tiddlers in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.listed = function(source,operator,options) {\n\tvar field = operator.operand || \"list\",\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.findListingsOfTiddler(title,field));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listops.js": {
"title": "$:/core/modules/filters/listops.js",
"text": "/*\\\ntitle: $:/core/modules/filters/listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for manipulating the current selection list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOrder a list\n*/\nexports.order = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.operand.toLowerCase() === \"reverse\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.unshift(title);\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n/*\nReverse list\n*/\nexports.reverse = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.unshift(title);\n\t});\n\treturn results;\n};\n\n/*\nFirst entry/entries in list\n*/\nexports.first = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,count);\n};\n\n/*\nLast entry/entries in list\n*/\nexports.last = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(-count);\n};\n\n/*\nAll but the first entry/entries of the list\n*/\nexports.rest = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count);\n};\nexports.butfirst = exports.rest;\nexports.bf = exports.rest;\n\n/*\nAll but the last entry/entries of the list\n*/\nexports.butlast = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,-count);\n};\nexports.bl = exports.butlast;\n\n/*\nThe nth member of the list\n*/\nexports.nth = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count - 1,count);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/lookup.js": {
"title": "$:/core/modules/filters/lookup.js",
"text": "/*\\\ntitle: $:/core/modules/filters/lookup.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that looks up values via a title prefix\n\n[lookup:<field>[<prefix>]]\n\nPrepends the prefix to the selected items and returns the specified field value\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.lookup = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(options.wiki.getTiddlerText(operator.operand + title) || options.wiki.getTiddlerText(operator.operand + operator.suffix));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/minlength.js": {
"title": "$:/core/modules/filters/minlength.js",
"text": "/*\\\ntitle: $:/core/modules/filters/minlength.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for filtering out titles that don't meet the minimum length in the operand\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.minlength = function(source,operator,options) {\n\tvar results = [],\n\t\tminLength = parseInt(operator.operand || \"\",10) || 0;\n\tsource(function(tiddler,title) {\n\t\tif(title.length >= minLength) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/modules.js": {
"title": "$:/core/modules/filters/modules.js",
"text": "/*\\\ntitle: $:/core/modules/filters/modules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the modules of a given type in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.modules = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.each($tw.modules.types[title],function(moduleInfo,moduleName) {\n\t\t\tresults.push(moduleName);\n\t\t});\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/moduletypes.js": {
"title": "$:/core/modules/filters/moduletypes.js",
"text": "/*\\\ntitle: $:/core/modules/filters/moduletypes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the module types in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.moduletypes = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.modules.types,function(moduleInfo,type) {\n\t\tresults.push(type);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/next.js": {
"title": "$:/core/modules/filters/next.js",
"text": "/*\\\ntitle: $:/core/modules/filters/next.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs next in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.next = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch++;\n\t\tif(match > 0 && match < list.length) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/plugintiddlers.js": {
"title": "$:/core/modules/filters/plugintiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/filters/plugintiddlers.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the shadow tiddlers within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.plugintiddlers = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar pluginInfo = options.wiki.getPluginInfo(title) || options.wiki.getTiddlerDataCached(title,{tiddlers:[]});\n\t\tif(pluginInfo && pluginInfo.tiddlers) {\n\t\t\t$tw.utils.each(pluginInfo.tiddlers,function(fields,title) {\n\t\t\t\tresults.push(title);\n\t\t\t});\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/prefix.js": {
"title": "$:/core/modules/filters/prefix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/prefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title starts with a prefix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.prefix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/previous.js": {
"title": "$:/core/modules/filters/previous.js",
"text": "/*\\\ntitle: $:/core/modules/filters/previous.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs immediately prior in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.previous = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch--;\n\t\tif(match >= 0) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/range.js": {
"title": "$:/core/modules/filters/range.js",
"text": "/*\\\ntitle: $:/core/modules/filters/range.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for generating a numeric range.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.range = function(source,operator,options) {\n\tvar results = [];\n\t// Split the operand into numbers delimited by these symbols\n\tvar parts = operator.operand.split(/[,:;]/g),\n\t\tbeg, end, inc, i, fixed = 0;\n\tfor (i=0; i<parts.length; i++) {\n\t\t// Validate real number\n\t\tif(!/^\\s*[+-]?((\\d+(\\.\\d*)?)|(\\.\\d+))\\s*$/.test(parts[i])) {\n\t\t\treturn [\"range: bad number \\\"\" + parts[i] + \"\\\"\"];\n\t\t}\n\t\t// Count digits; the most precise number determines decimal places in output.\n\t\tvar frac = /\\.\\d+/.exec(parts[i]);\n\t\tif(frac) {\n\t\t\tfixed = Math.max(fixed,frac[0].length-1);\n\t\t}\n\t\tparts[i] = parseFloat(parts[i]);\n\t}\n\tswitch(parts.length) {\n\t\tcase 1:\n\t\t\tend = parts[0];\n\t\t\tif (end >= 1) {\n\t\t\t\tbeg = 1;\n\t\t\t}\n\t\t\telse if (end <= -1) {\n\t\t\t\tbeg = -1;\n\t\t\t}\n\t\t\telse {\n\t\t\t\treturn [];\n\t\t\t}\n\t\t\tinc = 1;\n\t\t\tbreak;\n\t\tcase 2:\n\t\t\tbeg = parts[0];\n\t\t\tend = parts[1];\n\t\t\tinc = 1;\n\t\t\tbreak;\n\t\tcase 3:\n\t\t\tbeg = parts[0];\n\t\t\tend = parts[1];\n\t\t\tinc = Math.abs(parts[2]);\n\t\t\tbreak;\n\t}\n\tif(inc === 0) {\n\t\treturn [\"range: increment 0 causes infinite loop\"];\n\t}\n\t// May need to count backwards\n\tvar direction = ((end < beg) ? -1 : 1);\n\tinc *= direction;\n\t// Estimate number of resulting elements\n\tif((end - beg) / inc > 10000) {\n\t\treturn [\"range: too many steps (over 10K)\"];\n\t}\n\t// Avoid rounding error on last step\n\tend += direction * 0.5 * Math.pow(0.1,fixed);\n\tvar safety = 10010;\n\t// Enumerate the range\n\tif (end<beg) {\n\t\tfor(i=beg; i>end; i+=inc) {\n\t\t\tresults.push(i.toFixed(fixed));\n\t\t\tif(--safety<0) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t} else {\n\t\tfor(i=beg; i<end; i+=inc) {\n\t\t\tresults.push(i.toFixed(fixed));\n\t\t\tif(--safety<0) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\tif(safety<0) {\n\t\treturn [\"range: unexpectedly large output\"];\n\t}\n\t// Reverse?\n\tif(operator.prefix === \"!\") {\n\t\tresults.reverse();\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/regexp.js": {
"title": "$:/core/modules/filters/regexp.js",
"text": "/*\\\ntitle: $:/core/modules/filters/regexp.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for regexp matching\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.regexp = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || \"title\").toLowerCase(),\n\t\tregexpString, regexp, flags = \"\", match,\n\t\tgetFieldString = function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\treturn tiddler.getFieldString(fieldname);\n\t\t\t} else if(fieldname === \"title\") {\n\t\t\t\treturn title;\n\t\t\t} else {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t};\n\t// Process flags and construct regexp\n\tregexpString = operator.operand;\n\tmatch = /^\\(\\?([gim]+)\\)/.exec(regexpString);\n\tif(match) {\n\t\tflags = match[1];\n\t\tregexpString = regexpString.substr(match[0].length);\n\t} else {\n\t\tmatch = /\\(\\?([gim]+)\\)$/.exec(regexpString);\n\t\tif(match) {\n\t\t\tflags = match[1];\n\t\t\tregexpString = regexpString.substr(0,regexpString.length - match[0].length);\n\t\t}\n\t}\n\ttry {\n\t\tregexp = new RegExp(regexpString,flags);\n\t} catch(e) {\n\t\treturn [\"\" + e];\n\t}\n\t// Process the incoming tiddlers\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removeprefix.js": {
"title": "$:/core/modules/filters/removeprefix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/removeprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a prefix from each title in the list. Titles that do not start with the prefix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removeprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removesuffix.js": {
"title": "$:/core/modules/filters/removesuffix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/removesuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a suffix from each title in the list. Titles that do not end with the suffix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removesuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(0,title.length - operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sameday.js": {
"title": "$:/core/modules/filters/sameday.js",
"text": "/*\\\ntitle: $:/core/modules/filters/sameday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a modified date field on the same day as the provided value.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sameday = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\ttargetDate = (new Date($tw.utils.parseDate(operator.operand))).setHours(0,0,0,0);\n\t// Function to convert a date/time to a date integer\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tif(tiddler.getFieldDay(fieldName) === targetDate) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/search.js": {
"title": "$:/core/modules/filters/search.js",
"text": "/*\\\ntitle: $:/core/modules/filters/search.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for searching for the text in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.search = function(source,operator,options) {\n\tvar invert = operator.prefix === \"!\";\n\tif(operator.suffixes) {\n\t\tvar hasFlag = function(flag) {\n\t\t\t\treturn (operator.suffixes[1] || []).indexOf(flag) !== -1;\n\t\t\t},\n\t\t\texcludeFields = false,\n\t\t\tfieldList = operator.suffixes[0] || [],\n\t\t\tfirstField = fieldList[0] || \"\", \n\t\t\tfirstChar = firstField.charAt(0),\n\t\t\tfields;\n\t\tif(firstChar === \"-\") {\n\t\t\tfields = [firstField.slice(1)].concat(fieldList.slice(1));\n\t\t\texcludeFields = true;\n\t\t} else if(fieldList[0] === \"*\"){\n\t\t\tfields = [];\n\t\t\texcludeFields = true;\n\t\t} else {\n\t\t\tfields = fieldList.slice(0);\n\t\t}\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert,\n\t\t\tfield: fields,\n\t\t\texcludeField: excludeFields,\n\t\t\tcaseSensitive: hasFlag(\"casesensitive\"),\n\t\t\tliteral: hasFlag(\"literal\"),\n\t\t\twhitespace: hasFlag(\"whitespace\"),\n\t\t\tregexp: hasFlag(\"regexp\"),\n\t\t\twords: hasFlag(\"words\")\n\t\t});\n\t} else {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert\n\t\t});\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/shadowsource.js": {
"title": "$:/core/modules/filters/shadowsource.js",
"text": "/*\\\ntitle: $:/core/modules/filters/shadowsource.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the source plugins for shadow tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadowsource = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar source = options.wiki.getShadowSource(title);\n\t\tif(source) {\n\t\t\t$tw.utils.pushTop(results,source);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sort.js": {
"title": "$:/core/modules/filters/sort.js",
"text": "/*\\\ntitle: $:/core/modules/filters/sort.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for sorting\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,false);\n\treturn results;\n};\n\nexports.nsort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,true);\n\treturn results;\n};\n\nexports.sortan = function(source, operator, options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results, operator.operand || \"title\", operator.prefix === \"!\",false,false,true);\n\treturn results;\n};\n\nexports.sortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,false);\n\treturn results;\n};\n\nexports.nsortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,true);\n\treturn results;\n};\n\nvar prepare_results = function (source) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/splitbefore.js": {
"title": "$:/core/modules/filters/splitbefore.js",
"text": "/*\\\ntitle: $:/core/modules/filters/splitbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that splits each result on the first occurance of the specified separator and returns the unique values.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.splitbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar parts = title.split(operator.operand);\n\t\tif(parts.length === 1) {\n\t\t\t$tw.utils.pushTop(results,parts[0]);\n\t\t} else {\n\t\t\t$tw.utils.pushTop(results,parts[0] + operator.operand);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/storyviews.js": {
"title": "$:/core/modules/filters/storyviews.js",
"text": "/*\\\ntitle: $:/core/modules/filters/storyviews.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the story views in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.storyviews = function(source,operator,options) {\n\tvar results = [],\n\t\tstoryviews = {};\n\t$tw.modules.applyMethods(\"storyview\",storyviews);\n\t$tw.utils.each(storyviews,function(info,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/subfilter.js": {
"title": "$:/core/modules/filters/subfilter.js",
"text": "/*\\\ntitle: $:/core/modules/filters/subfilter.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning its operand evaluated as a filter\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.subfilter = function(source,operator,options) {\n\tvar list = options.wiki.filterTiddlers(operator.operand,options.widget,source);\n\tif(operator.prefix === \"!\") {\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\treturn results;\n\t} else {\n\t\treturn list;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/subtiddlerfields.js": {
"title": "$:/core/modules/filters/subtiddlerfields.js",
"text": "/*\\\ntitle: $:/core/modules/filters/subtiddlerfields.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the fields on the selected subtiddlers of the plugin named in the operand\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.subtiddlerfields = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar subtiddler = options.wiki.getSubTiddler(operator.operand,title);\n\t\tif(subtiddler) {\n\t\t\tfor(var fieldName in subtiddler.fields) {\n\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/suffix.js": {
"title": "$:/core/modules/filters/suffix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/suffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title ends with a suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.suffix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tag.js": {
"title": "$:/core/modules/filters/tag.js",
"text": "/*\\\ntitle: $:/core/modules/filters/tag.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking for the presence of a tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,operator,options) {\n\tvar results = [];\n\tif((operator.suffix || \"\").toLowerCase() === \"strict\" && !operator.operand) {\n\t\t// New semantics:\n\t\t// Always return copy of input if operator.operand is missing\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t} else {\n\t\t// Old semantics:\n\t\tvar tiddlers = options.wiki.getTiddlersWithTag(operator.operand);\n\t\tif(operator.prefix === \"!\") {\n\t\t\t// Returns a copy of the input if operator.operand is missing\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddlers.indexOf(title) === -1) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\t// Returns empty results if operator.operand is missing\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddlers.indexOf(title) !== -1) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t\tresults = options.wiki.sortByList(results,operator.operand);\n\t\t}\t\t\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tagging.js": {
"title": "$:/core/modules/filters/tagging.js",
"text": "/*\\\ntitle: $:/core/modules/filters/tagging.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that are tagged with the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tagging = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlersWithTag(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tags.js": {
"title": "$:/core/modules/filters/tags.js",
"text": "/*\\\ntitle: $:/core/modules/filters/tags.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the tags of the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,operator,options) {\n\tvar tags = {};\n\tsource(function(tiddler,title) {\n\t\tvar t, length;\n\t\tif(tiddler && tiddler.fields.tags) {\n\t\t\tfor(t=0, length=tiddler.fields.tags.length; t<length; t++) {\n\t\t\t\ttags[tiddler.fields.tags[t]] = true;\n\t\t\t}\n\t\t}\n\t});\n\treturn Object.keys(tags);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/title.js": {
"title": "$:/core/modules/filters/title.js",
"text": "/*\\\ntitle: $:/core/modules/filters/title.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing title fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.title = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields.title !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults.push(operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/untagged.js": {
"title": "$:/core/modules/filters/untagged.js",
"text": "/*\\\ntitle: $:/core/modules/filters/untagged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the selected tiddlers that are untagged\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.untagged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length > 0) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || !tiddler.hasField(\"tags\") || ($tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length === 0)) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/wikiparserrules.js": {
"title": "$:/core/modules/filters/wikiparserrules.js",
"text": "/*\\\ntitle: $:/core/modules/filters/wikiparserrules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the wiki parser rules in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.wikiparserrules = function(source,operator,options) {\n\tvar results = [],\n\t\toperand = operator.operand;\n\t$tw.utils.each($tw.modules.types.wikirule,function(mod) {\n\t\tvar exp = mod.exports;\n\t\tif(!operand || exp.types[operand]) {\n\t\t\tresults.push(exp.name);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/x-listops.js": {
"title": "$:/core/modules/filters/x-listops.js",
"text": "/*\\\ntitle: $:/core/modules/filters/x-listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nExtended filter operators to manipulate the current list.\n\n\\*/\n(function () {\n\n /*jslint node: true, browser: true */\n /*global $tw: false */\n \"use strict\";\n\n /*\n Fetch titles from the current list\n */\n var prepare_results = function (source) {\n var results = [];\n source(function (tiddler, title) {\n results.push(title);\n });\n return results;\n };\n\n /*\n Moves a number of items from the tail of the current list before the item named in the operand\n */\n exports.putbefore = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = $tw.utils.getInt(operator.suffix,1);\n return (index === -1) ?\n results.slice(0, -1) :\n results.slice(0, index).concat(results.slice(-count)).concat(results.slice(index, -count));\n };\n\n /*\n Moves a number of items from the tail of the current list after the item named in the operand\n */\n exports.putafter = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = $tw.utils.getInt(operator.suffix,1);\n return (index === -1) ?\n results.slice(0, -1) :\n results.slice(0, index + 1).concat(results.slice(-count)).concat(results.slice(index + 1, -count));\n };\n\n /*\n Replaces the item named in the operand with a number of items from the tail of the current list\n */\n exports.replace = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = $tw.utils.getInt(operator.suffix,1);\n return (index === -1) ?\n results.slice(0, -count) :\n results.slice(0, index).concat(results.slice(-count)).concat(results.slice(index + 1, -count));\n };\n\n /*\n Moves a number of items from the tail of the current list to the head of the list\n */\n exports.putfirst = function (source, operator) {\n var results = prepare_results(source),\n count = $tw.utils.getInt(operator.suffix,1);\n return results.slice(-count).concat(results.slice(0, -count));\n };\n\n /*\n Moves a number of items from the head of the current list to the tail of the list\n */\n exports.putlast = function (source, operator) {\n var results = prepare_results(source),\n count = $tw.utils.getInt(operator.suffix,1);\n return results.slice(count).concat(results.slice(0, count));\n };\n\n /*\n Moves the item named in the operand a number of places forward or backward in the list\n */\n exports.move = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = $tw.utils.getInt(operator.suffix,1),\n marker = results.splice(index, 1),\n offset = (index + count) > 0 ? index + count : 0;\n return results.slice(0, offset).concat(marker).concat(results.slice(offset));\n };\n\n /*\n Returns the items from the current list that are after the item named in the operand\n */\n exports.allafter = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand);\n return (index === -1 || index > (results.length - 2)) ? [] :\n (operator.suffix) ? results.slice(index) :\n results.slice(index + 1);\n };\n\n /*\n Returns the items from the current list that are before the item named in the operand\n */\n exports.allbefore = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand);\n return (index < 0) ? [] :\n (operator.suffix) ? results.slice(0, index + 1) :\n results.slice(0, index);\n };\n\n /*\n Appends the items listed in the operand array to the tail of the current list\n */\n exports.append = function (source, operator) {\n var append = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = parseInt(operator.suffix) || append.length;\n return (append.length === 0) ? results :\n (operator.prefix) ? results.concat(append.slice(-count)) :\n results.concat(append.slice(0, count));\n };\n\n /*\n Prepends the items listed in the operand array to the head of the current list\n */\n exports.prepend = function (source, operator) {\n var prepend = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = $tw.utils.getInt(operator.suffix,prepend.length);\n return (prepend.length === 0) ? results :\n (operator.prefix) ? prepend.slice(-count).concat(results) :\n prepend.slice(0, count).concat(results);\n };\n\n /*\n Returns all items from the current list except the items listed in the operand array\n */\n exports.remove = function (source, operator) {\n var array = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = parseInt(operator.suffix) || array.length,\n p,\n len,\n index;\n len = array.length - 1;\n for (p = 0; p < count; ++p) {\n if (operator.prefix) {\n index = results.indexOf(array[len - p]);\n } else {\n index = results.indexOf(array[p]);\n }\n if (index !== -1) {\n results.splice(index, 1);\n }\n }\n return results;\n };\n\n /*\n Returns all items from the current list sorted in the order of the items in the operand array\n */\n exports.sortby = function (source, operator) {\n var results = prepare_results(source);\n if (!results || results.length < 2) {\n return results;\n }\n var lookup = $tw.utils.parseStringArray(operator.operand, \"true\");\n results.sort(function (a, b) {\n return lookup.indexOf(a) - lookup.indexOf(b);\n });\n return results;\n };\n\n /*\n Removes all duplicate items from the current list\n */\n exports.unique = function (source, operator) {\n var results = prepare_results(source);\n var set = results.reduce(function (a, b) {\n if (a.indexOf(b) < 0) {\n a.push(b);\n }\n return a;\n }, []);\n return set;\n };\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters.js": {
"title": "$:/core/modules/filters.js",
"text": "/*\\\ntitle: $:/core/modules/filters.js\ntype: application/javascript\nmodule-type: wikimethod\n\nAdds tiddler filtering methods to the $tw.Wiki object.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParses an operation (i.e. a run) within a filter string\n\toperators: Array of array of operator nodes into which results should be inserted\n\tfilterString: filter string\n\tp: start position within the string\nReturns the new start position, after the parsed operation\n*/\nfunction parseFilterOperation(operators,filterString,p) {\n\tvar nextBracketPos, operator;\n\t// Skip the starting square bracket\n\tif(filterString.charAt(p++) !== \"[\") {\n\t\tthrow \"Missing [ in filter expression\";\n\t}\n\t// Process each operator in turn\n\tdo {\n\t\toperator = {};\n\t\t// Check for an operator prefix\n\t\tif(filterString.charAt(p) === \"!\") {\n\t\t\toperator.prefix = filterString.charAt(p++);\n\t\t}\n\t\t// Get the operator name\n\t\tnextBracketPos = filterString.substring(p).search(/[\\[\\{<\\/]/);\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing [ in filter expression\";\n\t\t}\n\t\tnextBracketPos += p;\n\t\tvar bracket = filterString.charAt(nextBracketPos);\n\t\toperator.operator = filterString.substring(p,nextBracketPos);\n\t\t// Any suffix?\n\t\tvar colon = operator.operator.indexOf(':');\n\t\tif(colon > -1) {\n\t\t\t// The raw suffix for older filters\n\t\t\toperator.suffix = operator.operator.substring(colon + 1);\n\t\t\toperator.operator = operator.operator.substring(0,colon) || \"field\";\n\t\t\t// The processed suffix for newer filters\n\t\t\toperator.suffixes = [];\n\t\t\t$tw.utils.each(operator.suffix.split(\":\"),function(subsuffix) {\n\t\t\t\toperator.suffixes.push([]);\n\t\t\t\t$tw.utils.each(subsuffix.split(\",\"),function(entry) {\n\t\t\t\t\tentry = $tw.utils.trim(entry);\n\t\t\t\t\tif(entry) {\n\t\t\t\t\t\toperator.suffixes[operator.suffixes.length - 1].push(entry); \n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t});\n\t\t}\n\t\t// Empty operator means: title\n\t\telse if(operator.operator === \"\") {\n\t\t\toperator.operator = \"title\";\n\t\t}\n\n\t\tp = nextBracketPos + 1;\n\t\tswitch (bracket) {\n\t\t\tcase \"{\": // Curly brackets\n\t\t\t\toperator.indirect = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\"}\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"[\": // Square brackets\n\t\t\t\tnextBracketPos = filterString.indexOf(\"]\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"<\": // Angle brackets\n\t\t\t\toperator.variable = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\">\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"/\": // regexp brackets\n\t\t\t\tvar rex = /^((?:[^\\\\\\/]*|\\\\.)*)\\/(?:\\(([mygi]+)\\))?/g,\n\t\t\t\t\trexMatch = rex.exec(filterString.substring(p));\n\t\t\t\tif(rexMatch) {\n\t\t\t\t\toperator.regexp = new RegExp(rexMatch[1], rexMatch[2]);\n// DEPRECATION WARNING\nconsole.log(\"WARNING: Filter\",operator.operator,\"has a deprecated regexp operand\",operator.regexp);\n\t\t\t\t\tnextBracketPos = p + rex.lastIndex - 1;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tthrow \"Unterminated regular expression in filter expression\";\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing closing bracket in filter expression\";\n\t\t}\n\t\tif(!operator.regexp) {\n\t\t\toperator.operand = filterString.substring(p,nextBracketPos);\n\t\t}\n\t\tp = nextBracketPos + 1;\n\n\t\t// Push this operator\n\t\toperators.push(operator);\n\t} while(filterString.charAt(p) !== \"]\");\n\t// Skip the ending square bracket\n\tif(filterString.charAt(p++) !== \"]\") {\n\t\tthrow \"Missing ] in filter expression\";\n\t}\n\t// Return the parsing position\n\treturn p;\n}\n\n/*\nParse a filter string\n*/\nexports.parseFilter = function(filterString) {\n\tfilterString = filterString || \"\";\n\tvar results = [], // Array of arrays of operator nodes {operator:,operand:}\n\t\tp = 0, // Current position in the filter string\n\t\tmatch;\n\tvar whitespaceRegExp = /(\\s+)/mg,\n\t\toperandRegExp = /((?:\\+|\\-|~)?)(?:(\\[)|(?:\"([^\"]*)\")|(?:'([^']*)')|([^\\s\\[\\]]+))/mg;\n\twhile(p < filterString.length) {\n\t\t// Skip any whitespace\n\t\twhitespaceRegExp.lastIndex = p;\n\t\tmatch = whitespaceRegExp.exec(filterString);\n\t\tif(match && match.index === p) {\n\t\t\tp = p + match[0].length;\n\t\t}\n\t\t// Match the start of the operation\n\t\tif(p < filterString.length) {\n\t\t\toperandRegExp.lastIndex = p;\n\t\t\tmatch = operandRegExp.exec(filterString);\n\t\t\tif(!match || match.index !== p) {\n\t\t\t\tthrow $tw.language.getString(\"Error/FilterSyntax\");\n\t\t\t}\n\t\t\tvar operation = {\n\t\t\t\tprefix: \"\",\n\t\t\t\toperators: []\n\t\t\t};\n\t\t\tif(match[1]) {\n\t\t\t\toperation.prefix = match[1];\n\t\t\t\tp++;\n\t\t\t}\n\t\t\tif(match[2]) { // Opening square bracket\n\t\t\t\tp = parseFilterOperation(operation.operators,filterString,p);\n\t\t\t} else {\n\t\t\t\tp = match.index + match[0].length;\n\t\t\t}\n\t\t\tif(match[3] || match[4] || match[5]) { // Double quoted string, single quoted string or unquoted title\n\t\t\t\toperation.operators.push(\n\t\t\t\t\t{operator: \"title\", operand: match[3] || match[4] || match[5]}\n\t\t\t\t);\n\t\t\t}\n\t\t\tresults.push(operation);\n\t\t}\n\t}\n\treturn results;\n};\n\nexports.getFilterOperators = function() {\n\tif(!this.filterOperators) {\n\t\t$tw.Wiki.prototype.filterOperators = {};\n\t\t$tw.modules.applyMethods(\"filteroperator\",this.filterOperators);\n\t}\n\treturn this.filterOperators;\n};\n\nexports.filterTiddlers = function(filterString,widget,source) {\n\tvar fn = this.compileFilter(filterString);\n\treturn fn.call(this,source,widget);\n};\n\n/*\nCompile a filter into a function with the signature fn(source,widget) where:\nsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\nwidget: an optional widget node for retrieving the current tiddler etc.\n*/\nexports.compileFilter = function(filterString) {\n\tvar filterParseTree;\n\ttry {\n\t\tfilterParseTree = this.parseFilter(filterString);\n\t} catch(e) {\n\t\treturn function(source,widget) {\n\t\t\treturn [$tw.language.getString(\"Error/Filter\") + \": \" + e];\n\t\t};\n\t}\n\t// Get the hashmap of filter operator functions\n\tvar filterOperators = this.getFilterOperators();\n\t// Assemble array of functions, one for each operation\n\tvar operationFunctions = [];\n\t// Step through the operations\n\tvar self = this;\n\t$tw.utils.each(filterParseTree,function(operation) {\n\t\t// Create a function for the chain of operators in the operation\n\t\tvar operationSubFunction = function(source,widget) {\n\t\t\tvar accumulator = source,\n\t\t\t\tresults = [],\n\t\t\t\tcurrTiddlerTitle = widget && widget.getVariable(\"currentTiddler\");\n\t\t\t$tw.utils.each(operation.operators,function(operator) {\n\t\t\t\tvar operand = operator.operand,\n\t\t\t\t\toperatorFunction;\n\t\t\t\tif(!operator.operator) {\n\t\t\t\t\toperatorFunction = filterOperators.title;\n\t\t\t\t} else if(!filterOperators[operator.operator]) {\n\t\t\t\t\toperatorFunction = filterOperators.field;\n\t\t\t\t} else {\n\t\t\t\t\toperatorFunction = filterOperators[operator.operator];\n\t\t\t\t}\n\t\t\t\tif(operator.indirect) {\n\t\t\t\t\toperand = self.getTextReference(operator.operand,\"\",currTiddlerTitle);\n\t\t\t\t}\n\t\t\t\tif(operator.variable) {\n\t\t\t\t\toperand = widget.getVariable(operator.operand,{defaultValue: \"\"});\n\t\t\t\t}\n\t\t\t\t// Invoke the appropriate filteroperator module\n\t\t\t\tresults = operatorFunction(accumulator,{\n\t\t\t\t\t\t\toperator: operator.operator,\n\t\t\t\t\t\t\toperand: operand,\n\t\t\t\t\t\t\tprefix: operator.prefix,\n\t\t\t\t\t\t\tsuffix: operator.suffix,\n\t\t\t\t\t\t\tsuffixes: operator.suffixes,\n\t\t\t\t\t\t\tregexp: operator.regexp\n\t\t\t\t\t\t},{\n\t\t\t\t\t\t\twiki: self,\n\t\t\t\t\t\t\twidget: widget\n\t\t\t\t\t\t});\n\t\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\t\taccumulator = self.makeTiddlerIterator(results);\n\t\t\t\t} else {\n\t\t\t\t\taccumulator = results;\n\t\t\t\t}\n\t\t\t});\n\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\treturn results;\n\t\t\t} else {\n\t\t\t\tvar resultArray = [];\n\t\t\t\tresults(function(tiddler,title) {\n\t\t\t\t\tresultArray.push(title);\n\t\t\t\t});\n\t\t\t\treturn resultArray;\n\t\t\t}\n\t\t};\n\t\t// Wrap the operator functions in a wrapper function that depends on the prefix\n\t\toperationFunctions.push((function() {\n\t\t\tswitch(operation.prefix || \"\") {\n\t\t\t\tcase \"\": // No prefix means that the operation is unioned into the result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"-\": // The results of this operation are removed from the main result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.removeArrayEntries(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"+\": // This operation is applied to the main results so far\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t// This replaces all the elements of the array, but keeps the actual array so that references to it are preserved\n\t\t\t\t\t\tsource = self.makeTiddlerIterator(results);\n\t\t\t\t\t\tresults.splice(0,results.length);\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"~\": // This operation is unioned into the result only if the main result so far is empty\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\tif(results.length === 0) {\n\t\t\t\t\t\t\t// Main result so far is empty\n\t\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t\t}\n\t\t\t\t\t};\n\t\t\t}\n\t\t})());\n\t});\n\t// Return a function that applies the operations to a source iterator of tiddler titles\n\treturn $tw.perf.measure(\"filter\",function filterFunction(source,widget) {\n\t\tif(!source) {\n\t\t\tsource = self.each;\n\t\t} else if(typeof source === \"object\") { // Array or hashmap\n\t\t\tsource = self.makeTiddlerIterator(source);\n\t\t}\n\t\tvar results = [];\n\t\t$tw.utils.each(operationFunctions,function(operationFunction) {\n\t\t\toperationFunction(results,source,widget);\n\t\t});\n\t\treturn results;\n\t});\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/core/modules/info/platform.js": {
"title": "$:/core/modules/info/platform.js",
"text": "/*\\\ntitle: $:/core/modules/info/platform.js\ntype: application/javascript\nmodule-type: info\n\nInitialise basic platform $:/info/ tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.getInfoTiddlerFields = function() {\n\tvar mapBoolean = function(value) {return value ? \"yes\" : \"no\";},\n\t\tinfoTiddlerFields = [];\n\t// Basics\n\tinfoTiddlerFields.push({title: \"$:/info/browser\", text: mapBoolean(!!$tw.browser)});\n\tinfoTiddlerFields.push({title: \"$:/info/node\", text: mapBoolean(!!$tw.node)});\n\tif($tw.browser) {\n\t\t// Document location\n\t\tvar setLocationProperty = function(name,value) {\n\t\t\t\tinfoTiddlerFields.push({title: \"$:/info/url/\" + name, text: value});\t\t\t\n\t\t\t},\n\t\t\tlocation = document.location;\n\t\tsetLocationProperty(\"full\", (location.toString()).split(\"#\")[0]);\n\t\tsetLocationProperty(\"host\", location.host);\n\t\tsetLocationProperty(\"hostname\", location.hostname);\n\t\tsetLocationProperty(\"protocol\", location.protocol);\n\t\tsetLocationProperty(\"port\", location.port);\n\t\tsetLocationProperty(\"pathname\", location.pathname);\n\t\tsetLocationProperty(\"search\", location.search);\n\t\tsetLocationProperty(\"origin\", location.origin);\n\t\t// Screen size\n\t\tinfoTiddlerFields.push({title: \"$:/info/browser/screen/width\", text: window.screen.width.toString()});\n\t\tinfoTiddlerFields.push({title: \"$:/info/browser/screen/height\", text: window.screen.height.toString()});\n\t}\n\treturn infoTiddlerFields;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "info"
},
"$:/core/modules/keyboard.js": {
"title": "$:/core/modules/keyboard.js",
"text": "/*\\\ntitle: $:/core/modules/keyboard.js\ntype: application/javascript\nmodule-type: global\n\nKeyboard handling utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar namedKeys = {\n\t\"cancel\": 3,\n\t\"help\": 6,\n\t\"backspace\": 8,\n\t\"tab\": 9,\n\t\"clear\": 12,\n\t\"return\": 13,\n\t\"enter\": 13,\n\t\"pause\": 19,\n\t\"escape\": 27,\n\t\"space\": 32,\n\t\"page_up\": 33,\n\t\"page_down\": 34,\n\t\"end\": 35,\n\t\"home\": 36,\n\t\"left\": 37,\n\t\"up\": 38,\n\t\"right\": 39,\n\t\"down\": 40,\n\t\"printscreen\": 44,\n\t\"insert\": 45,\n\t\"delete\": 46,\n\t\"0\": 48,\n\t\"1\": 49,\n\t\"2\": 50,\n\t\"3\": 51,\n\t\"4\": 52,\n\t\"5\": 53,\n\t\"6\": 54,\n\t\"7\": 55,\n\t\"8\": 56,\n\t\"9\": 57,\n\t\"firefoxsemicolon\": 59,\n\t\"firefoxequals\": 61,\n\t\"a\": 65,\n\t\"b\": 66,\n\t\"c\": 67,\n\t\"d\": 68,\n\t\"e\": 69,\n\t\"f\": 70,\n\t\"g\": 71,\n\t\"h\": 72,\n\t\"i\": 73,\n\t\"j\": 74,\n\t\"k\": 75,\n\t\"l\": 76,\n\t\"m\": 77,\n\t\"n\": 78,\n\t\"o\": 79,\n\t\"p\": 80,\n\t\"q\": 81,\n\t\"r\": 82,\n\t\"s\": 83,\n\t\"t\": 84,\n\t\"u\": 85,\n\t\"v\": 86,\n\t\"w\": 87,\n\t\"x\": 88,\n\t\"y\": 89,\n\t\"z\": 90,\n\t\"numpad0\": 96,\n\t\"numpad1\": 97,\n\t\"numpad2\": 98,\n\t\"numpad3\": 99,\n\t\"numpad4\": 100,\n\t\"numpad5\": 101,\n\t\"numpad6\": 102,\n\t\"numpad7\": 103,\n\t\"numpad8\": 104,\n\t\"numpad9\": 105,\n\t\"multiply\": 106,\n\t\"add\": 107,\n\t\"separator\": 108,\n\t\"subtract\": 109,\n\t\"decimal\": 110,\n\t\"divide\": 111,\n\t\"f1\": 112,\n\t\"f2\": 113,\n\t\"f3\": 114,\n\t\"f4\": 115,\n\t\"f5\": 116,\n\t\"f6\": 117,\n\t\"f7\": 118,\n\t\"f8\": 119,\n\t\"f9\": 120,\n\t\"f10\": 121,\n\t\"f11\": 122,\n\t\"f12\": 123,\n\t\"f13\": 124,\n\t\"f14\": 125,\n\t\"f15\": 126,\n\t\"f16\": 127,\n\t\"f17\": 128,\n\t\"f18\": 129,\n\t\"f19\": 130,\n\t\"f20\": 131,\n\t\"f21\": 132,\n\t\"f22\": 133,\n\t\"f23\": 134,\n\t\"f24\": 135,\n\t\"firefoxminus\": 173,\n\t\"semicolon\": 186,\n\t\"equals\": 187,\n\t\"comma\": 188,\n\t\"dash\": 189,\n\t\"period\": 190,\n\t\"slash\": 191,\n\t\"backquote\": 192,\n\t\"openbracket\": 219,\n\t\"backslash\": 220,\n\t\"closebracket\": 221,\n\t\"quote\": 222\n};\n\nfunction KeyboardManager(options) {\n\tvar self = this;\n\toptions = options || \"\";\n\t// Save the named key hashmap\n\tthis.namedKeys = namedKeys;\n\t// Create a reverse mapping of code to keyname\n\tthis.keyNames = [];\n\t$tw.utils.each(namedKeys,function(keyCode,name) {\n\t\tself.keyNames[keyCode] = name.substr(0,1).toUpperCase() + name.substr(1);\n\t});\n\t// Save the platform-specific name of the \"meta\" key\n\tthis.metaKeyName = $tw.platform.isMac ? \"cmd-\" : \"win-\";\n\tthis.shortcutKeysList = [], // Stores the shortcut-key descriptors\n\tthis.shortcutActionList = [], // Stores the corresponding action strings\n\tthis.shortcutParsedList = []; // Stores the parsed key descriptors\n\tthis.lookupNames = [\"shortcuts\"];\n\tthis.lookupNames.push($tw.platform.isMac ? \"shortcuts-mac\" : \"shortcuts-not-mac\")\n\tthis.lookupNames.push($tw.platform.isWindows ? \"shortcuts-windows\" : \"shortcuts-not-windows\");\n\tthis.lookupNames.push($tw.platform.isLinux ? \"shortcuts-linux\" : \"shortcuts-not-linux\");\n\tthis.updateShortcutLists(this.getShortcutTiddlerList());\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.handleShortcutChanges(changes);\n\t});\n}\n\n/*\nReturn an array of keycodes for the modifier keys ctrl, shift, alt, meta\n*/\nKeyboardManager.prototype.getModifierKeys = function() {\n\treturn [\n\t\t16, // Shift\n\t\t17, // Ctrl\n\t\t18, // Alt\n\t\t20, // CAPS LOCK\n\t\t91, // Meta (left)\n\t\t93, // Meta (right)\n\t\t224 // Meta (Firefox)\n\t]\n};\n\n/*\nParses a key descriptor into the structure:\n{\n\tkeyCode: numeric keycode\n\tshiftKey: boolean\n\taltKey: boolean\n\tctrlKey: boolean\n\tmetaKey: boolean\n}\nKey descriptors have the following format:\n\tctrl+enter\n\tctrl+shift+alt+A\n*/\nKeyboardManager.prototype.parseKeyDescriptor = function(keyDescriptor) {\n\tvar components = keyDescriptor.split(/\\+|\\-/),\n\t\tinfo = {\n\t\t\tkeyCode: 0,\n\t\t\tshiftKey: false,\n\t\t\taltKey: false,\n\t\t\tctrlKey: false,\n\t\t\tmetaKey: false\n\t\t};\n\tfor(var t=0; t<components.length; t++) {\n\t\tvar s = components[t].toLowerCase(),\n\t\t\tc = s.charCodeAt(0);\n\t\t// Look for modifier keys\n\t\tif(s === \"ctrl\") {\n\t\t\tinfo.ctrlKey = true;\n\t\t} else if(s === \"shift\") {\n\t\t\tinfo.shiftKey = true;\n\t\t} else if(s === \"alt\") {\n\t\t\tinfo.altKey = true;\n\t\t} else if(s === \"meta\" || s === \"cmd\" || s === \"win\") {\n\t\t\tinfo.metaKey = true;\n\t\t}\n\t\t// Replace named keys with their code\n\t\tif(this.namedKeys[s]) {\n\t\t\tinfo.keyCode = this.namedKeys[s];\n\t\t}\n\t}\n\tif(info.keyCode) {\n\t\treturn info;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nParse a list of key descriptors into an array of keyInfo objects. The key descriptors can be passed as an array of strings or a space separated string\n*/\nKeyboardManager.prototype.parseKeyDescriptors = function(keyDescriptors,options) {\n\tvar self = this;\n\toptions = options || {};\n\toptions.stack = options.stack || [];\n\tvar wiki = options.wiki || $tw.wiki;\n\tif(typeof keyDescriptors === \"string\" && keyDescriptors === \"\") {\n\t\treturn [];\n\t}\n\tif(!$tw.utils.isArray(keyDescriptors)) {\n\t\tkeyDescriptors = keyDescriptors.split(\" \");\n\t}\n\tvar result = [];\n\t$tw.utils.each(keyDescriptors,function(keyDescriptor) {\n\t\t// Look for a named shortcut\n\t\tif(keyDescriptor.substr(0,2) === \"((\" && keyDescriptor.substr(-2,2) === \"))\") {\n\t\t\tif(options.stack.indexOf(keyDescriptor) === -1) {\n\t\t\t\toptions.stack.push(keyDescriptor);\n\t\t\t\tvar name = keyDescriptor.substring(2,keyDescriptor.length - 2),\n\t\t\t\t\tlookupName = function(configName) {\n\t\t\t\t\t\tvar keyDescriptors = wiki.getTiddlerText(\"$:/config/\" + configName + \"/\" + name);\n\t\t\t\t\t\tif(keyDescriptors) {\n\t\t\t\t\t\t\tresult.push.apply(result,self.parseKeyDescriptors(keyDescriptors,options));\n\t\t\t\t\t\t}\n\t\t\t\t\t};\n\t\t\t\t$tw.utils.each(self.lookupNames,function(platformDescriptor) {\n\t\t\t\t\tlookupName(platformDescriptor);\n\t\t\t\t});\n\t\t\t}\n\t\t} else {\n\t\t\tresult.push(self.parseKeyDescriptor(keyDescriptor));\n\t\t}\n\t});\n\treturn result;\n};\n\nKeyboardManager.prototype.getPrintableShortcuts = function(keyInfoArray) {\n\tvar self = this,\n\t\tresult = [];\n\t$tw.utils.each(keyInfoArray,function(keyInfo) {\n\t\tif(keyInfo) {\n\t\t\tresult.push((keyInfo.ctrlKey ? \"ctrl-\" : \"\") + \n\t\t\t\t (keyInfo.shiftKey ? \"shift-\" : \"\") + \n\t\t\t\t (keyInfo.altKey ? \"alt-\" : \"\") + \n\t\t\t\t (keyInfo.metaKey ? self.metaKeyName : \"\") + \n\t\t\t\t (self.keyNames[keyInfo.keyCode]));\n\t\t}\n\t});\n\treturn result;\n}\n\nKeyboardManager.prototype.checkKeyDescriptor = function(event,keyInfo) {\n\treturn keyInfo &&\n\t\t\tevent.keyCode === keyInfo.keyCode && \n\t\t\tevent.shiftKey === keyInfo.shiftKey && \n\t\t\tevent.altKey === keyInfo.altKey && \n\t\t\tevent.ctrlKey === keyInfo.ctrlKey && \n\t\t\tevent.metaKey === keyInfo.metaKey;\n};\n\nKeyboardManager.prototype.checkKeyDescriptors = function(event,keyInfoArray) {\n\tfor(var t=0; t<keyInfoArray.length; t++) {\n\t\tif(this.checkKeyDescriptor(event,keyInfoArray[t])) {\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\nKeyboardManager.prototype.getShortcutTiddlerList = function() {\n\treturn $tw.wiki.getTiddlersWithTag(\"$:/tags/KeyboardShortcut\");\n};\n\nKeyboardManager.prototype.updateShortcutLists = function(tiddlerList) {\n\tthis.shortcutTiddlers = tiddlerList;\n\tfor(var i=0; i<tiddlerList.length; i++) {\n\t\tvar title = tiddlerList[i],\n\t\t\ttiddlerFields = $tw.wiki.getTiddler(title).fields;\n\t\tthis.shortcutKeysList[i] = tiddlerFields.key !== undefined ? tiddlerFields.key : undefined;\n\t\tthis.shortcutActionList[i] = tiddlerFields.text;\n\t\tthis.shortcutParsedList[i] = this.shortcutKeysList[i] !== undefined ? this.parseKeyDescriptors(this.shortcutKeysList[i]) : undefined;\n\t}\n};\n\nKeyboardManager.prototype.handleKeydownEvent = function(event) {\n\tvar key, action;\n\tfor(var i=0; i<this.shortcutTiddlers.length; i++) {\n\t\tif(this.shortcutParsedList[i] !== undefined && this.checkKeyDescriptors(event,this.shortcutParsedList[i])) {\n\t\t\tkey = this.shortcutParsedList[i];\n\t\t\taction = this.shortcutActionList[i];\n\t\t}\n\t}\n\tif(key !== undefined) {\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\t$tw.rootWidget.invokeActionString(action,$tw.rootWidget);\n\t\treturn true;\n\t}\n\treturn false;\n};\n\nKeyboardManager.prototype.detectNewShortcuts = function(changedTiddlers) {\n\tvar shortcutConfigTiddlers = [],\n\t\thandled = false;\n\t$tw.utils.each(this.lookupNames,function(platformDescriptor) {\n\t\tvar descriptorString = \"$:/config/\" + platformDescriptor + \"/\";\n\t\tObject.keys(changedTiddlers).forEach(function(configTiddler) {\n\t\t\tvar configString = configTiddler.substr(0, configTiddler.lastIndexOf(\"/\") + 1);\n\t\t\tif(configString === descriptorString) {\n\t\t\t\tshortcutConfigTiddlers.push(configTiddler);\n\t\t\t\thandled = true;\n\t\t\t}\n\t\t});\n\t});\n\tif(handled) {\n\t\treturn $tw.utils.hopArray(changedTiddlers,shortcutConfigTiddlers);\n\t} else {\n\t\treturn false;\n\t}\n};\n\nKeyboardManager.prototype.handleShortcutChanges = function(changedTiddlers) {\n\tvar newList = this.getShortcutTiddlerList();\n\tvar hasChanged = $tw.utils.hopArray(changedTiddlers,this.shortcutTiddlers) ? true :\n\t\t($tw.utils.hopArray(changedTiddlers,newList) ? true :\n\t\t(this.detectNewShortcuts(changedTiddlers))\n\t);\n\t// Re-cache shortcuts if something changed\n\tif(hasChanged) {\n\t\tthis.updateShortcutLists(newList);\n\t}\n};\n\nexports.KeyboardManager = KeyboardManager;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/language.js": {
"title": "$:/core/modules/language.js",
"text": "/*\\\ntitle: $:/core/modules/language.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Language() manages translateable strings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate an instance of the language manager. Options include:\nwiki: wiki from which to retrieve translation tiddlers\n*/\nfunction Language(options) {\n\toptions = options || \"\";\n\tthis.wiki = options.wiki || $tw.wiki;\n}\n\n/*\nReturn a wikified translateable string. The title is automatically prefixed with \"$:/language/\"\nOptions include:\nvariables: optional hashmap of variables to supply to the language wikification\n*/\nLanguage.prototype.getString = function(title,options) {\n\toptions = options || {};\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.renderTiddler(\"text/plain\",title,{variables: options.variables});\n};\n\n/*\nReturn a raw, unwikified translateable string. The title is automatically prefixed with \"$:/language/\"\n*/\nLanguage.prototype.getRawString = function(title) {\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.getTiddlerText(title);\n};\n\nexports.Language = Language;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/macros/changecount.js": {
"title": "$:/core/modules/macros/changecount.js",
"text": "/*\\\ntitle: $:/core/modules/macros/changecount.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the changecount for the current tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"changecount\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn this.wiki.getChangeCount(this.getVariable(\"currentTiddler\")) + \"\";\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/contrastcolour.js": {
"title": "$:/core/modules/macros/contrastcolour.js",
"text": "/*\\\ntitle: $:/core/modules/macros/contrastcolour.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to choose which of two colours has the highest contrast with a base colour\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"contrastcolour\";\n\nexports.params = [\n\t{name: \"target\"},\n\t{name: \"fallbackTarget\"},\n\t{name: \"colourA\"},\n\t{name: \"colourB\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(target,fallbackTarget,colourA,colourB) {\n\tvar rgbTarget = $tw.utils.parseCSSColor(target) || $tw.utils.parseCSSColor(fallbackTarget);\n\tif(!rgbTarget) {\n\t\treturn colourA;\n\t}\n\tvar rgbColourA = $tw.utils.parseCSSColor(colourA),\n\t\trgbColourB = $tw.utils.parseCSSColor(colourB);\n\tif(rgbColourA && !rgbColourB) {\n\t\treturn rgbColourA;\n\t}\n\tif(rgbColourB && !rgbColourA) {\n\t\treturn rgbColourB;\n\t}\n\tif(!rgbColourA && !rgbColourB) {\n\t\t// If neither colour is readable, return a crude inverse of the target\n\t\treturn [255 - rgbTarget[0],255 - rgbTarget[1],255 - rgbTarget[2],rgbTarget[3]];\n\t}\n\t// Colour brightness formula derived from http://www.w3.org/WAI/ER/WD-AERT/#color-contrast\n\tvar brightnessTarget = rgbTarget[0] * 0.299 + rgbTarget[1] * 0.587 + rgbTarget[2] * 0.114,\n\t\tbrightnessA = rgbColourA[0] * 0.299 + rgbColourA[1] * 0.587 + rgbColourA[2] * 0.114,\n\t\tbrightnessB = rgbColourB[0] * 0.299 + rgbColourB[1] * 0.587 + rgbColourB[2] * 0.114;\n\treturn Math.abs(brightnessTarget - brightnessA) > Math.abs(brightnessTarget - brightnessB) ? colourA : colourB;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/csvtiddlers.js": {
"title": "$:/core/modules/macros/csvtiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/macros/csvtiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to CSV\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"csvtiddlers\";\n\nexports.params = [\n\t{name: \"filter\"},\n\t{name: \"format\"},\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter,format) {\n\tvar self = this,\n\t\ttiddlers = this.wiki.filterTiddlers(filter),\n\t\ttiddler,\n\t\tfields = [],\n\t\tt,f;\n\t// Collect all the fields\n\tfor(t=0;t<tiddlers.length; t++) {\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tfor(f in tiddler.fields) {\n\t\t\tif(fields.indexOf(f) === -1) {\n\t\t\t\tfields.push(f);\n\t\t\t}\n\t\t}\n\t}\n\t// Sort the fields and bring the standard ones to the front\n\tfields.sort();\n\t\"title text modified modifier created creator\".split(\" \").reverse().forEach(function(value,index) {\n\t\tvar p = fields.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tfields.splice(p,1);\n\t\t\tfields.unshift(value)\n\t\t}\n\t});\n\t// Output the column headings\n\tvar output = [], row = [];\n\tfields.forEach(function(value) {\n\t\trow.push(quoteAndEscape(value))\n\t});\n\toutput.push(row.join(\",\"));\n\t// Output each tiddler\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\trow = [];\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\t\tfor(f=0; f<fields.length; f++) {\n\t\t\t\trow.push(quoteAndEscape(tiddler ? tiddler.getFieldString(fields[f]) || \"\" : \"\"));\n\t\t\t}\n\t\toutput.push(row.join(\",\"));\n\t}\n\treturn output.join(\"\\n\");\n};\n\nfunction quoteAndEscape(value) {\n\treturn \"\\\"\" + value.replace(/\"/mg,\"\\\"\\\"\") + \"\\\"\";\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/displayshortcuts.js": {
"title": "$:/core/modules/macros/displayshortcuts.js",
"text": "/*\\\ntitle: $:/core/modules/macros/displayshortcuts.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to display a list of keyboard shortcuts in human readable form. Notably, it resolves named shortcuts like `((bold))` to the underlying keystrokes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"displayshortcuts\";\n\nexports.params = [\n\t{name: \"shortcuts\"},\n\t{name: \"prefix\"},\n\t{name: \"separator\"},\n\t{name: \"suffix\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(shortcuts,prefix,separator,suffix) {\n\tvar shortcutArray = $tw.keyboardManager.getPrintableShortcuts($tw.keyboardManager.parseKeyDescriptors(shortcuts,{\n\t\twiki: this.wiki\n\t}));\n\tif(shortcutArray.length > 0) {\n\t\tshortcutArray.sort(function(a,b) {\n\t\t return a.toLowerCase().localeCompare(b.toLowerCase());\n\t\t})\n\t\treturn prefix + shortcutArray.join(separator) + suffix;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/dumpvariables.js": {
"title": "$:/core/modules/macros/dumpvariables.js",
"text": "/*\\\ntitle: $:/core/modules/macros/dumpvariables.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to dump all active variable values\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"dumpvariables\";\n\nexports.params = [\n];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\tvar output = [\"|!Variable |!Value |\"],\n\t\tvariables = [], variable;\n\tfor(variable in this.variables) {\n\t\tvariables.push(variable);\n\t}\n\tvariables.sort();\n\tfor(var index=0; index<variables.length; index++) {\n\t\tvar variable = variables[index];\n\t\toutput.push(\"|\" + variable + \" |<input size=50 value=<<\" + variable + \">>/> |\")\n\t}\n\treturn output.join(\"\\n\");\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/jsontiddler.js": {
"title": "$:/core/modules/macros/jsontiddler.js",
"text": "/*\\\ntitle: $:/core/modules/macros/jsontiddler.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output a single tiddler to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddler\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\ttitle = title || this.getVariable(\"currentTiddler\");\n\tvar tiddler = !!title && this.wiki.getTiddler(title),\n\t\tfields = new Object();\n\tif(tiddler) {\n\t\tfor(var field in tiddler.fields) {\n\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t}\n\t}\n\treturn JSON.stringify(fields,null,$tw.config.preferences.jsonSpaces);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/jsontiddlers.js": {
"title": "$:/core/modules/macros/jsontiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/macros/jsontiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddlers\";\n\nexports.params = [\n\t{name: \"filter\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter) {\n\treturn this.wiki.getTiddlersAsJson(filter);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/makedatauri.js": {
"title": "$:/core/modules/macros/makedatauri.js",
"text": "/*\\\ntitle: $:/core/modules/macros/makedatauri.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to convert a string of text to a data URI\n\n<<makedatauri text:\"Text to be converted\" type:\"text/vnd.tiddlywiki\">>\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"makedatauri\";\n\nexports.params = [\n\t{name: \"text\"},\n\t{name: \"type\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(text,type) {\n\treturn $tw.utils.makeDataUri(text,type);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/now.js": {
"title": "$:/core/modules/macros/now.js",
"text": "/*\\\ntitle: $:/core/modules/macros/now.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return a formatted version of the current time\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"now\";\n\nexports.params = [\n\t{name: \"format\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(format) {\n\treturn $tw.utils.formatDateString(new Date(),format || \"0hh:0mm, DDth MMM YYYY\");\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/qualify.js": {
"title": "$:/core/modules/macros/qualify.js",
"text": "/*\\\ntitle: $:/core/modules/macros/qualify.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to qualify a state tiddler title according\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"qualify\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\treturn title + \"-\" + this.getStateQualifier();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/resolvepath.js": {
"title": "$:/core/modules/macros/resolvepath.js",
"text": "/*\\\ntitle: $:/core/modules/macros/resolvepath.js\ntype: application/javascript\nmodule-type: macro\n\nResolves a relative path for an absolute rootpath.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"resolvepath\";\n\nexports.params = [\n\t{name: \"source\"},\n\t{name: \"root\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(source, root) {\n\treturn $tw.utils.resolvePath(source, root);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/version.js": {
"title": "$:/core/modules/macros/version.js",
"text": "/*\\\ntitle: $:/core/modules/macros/version.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the TiddlyWiki core version number\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"version\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn $tw.version;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/parsers/audioparser.js": {
"title": "$:/core/modules/parsers/audioparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/audioparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe audio parser parses an audio tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar AudioParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"audio\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"audio/ogg\"] = AudioParser;\nexports[\"audio/mpeg\"] = AudioParser;\nexports[\"audio/mp3\"] = AudioParser;\nexports[\"audio/mp4\"] = AudioParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/binaryparser.js": {
"title": "$:/core/modules/parsers/binaryparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/binaryparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe video parser parses a video tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar BINARY_WARNING_MESSAGE = \"$:/core/ui/BinaryWarning\";\n\nvar BinaryParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"transclude\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t}\n\t}];\n};\n\nexports[\"application/octet-stream\"] = BinaryParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/csvparser.js": {
"title": "$:/core/modules/parsers/csvparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/csvparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe CSV text parser processes CSV files into a table wrapped in a scrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CsvParser = function(type,text,options) {\n\t// Table framework\n\tthis.tree = [{\n\t\t\"type\": \"scrollable\", \"children\": [{\n\t\t\t\"type\": \"element\", \"tag\": \"table\", \"children\": [{\n\t\t\t\t\"type\": \"element\", \"tag\": \"tbody\", \"children\": []\n\t\t\t}], \"attributes\": {\n\t\t\t\t\"class\": {\"type\": \"string\", \"value\": \"tc-csv-table\"}\n\t\t\t}\n\t\t}]\n\t}];\n\t// Split the text into lines\n\tvar lines = text.split(/\\r?\\n/mg),\n\t\ttag = \"th\";\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar lineText = lines[line];\n\t\tif(lineText) {\n\t\t\tvar row = {\n\t\t\t\t\t\"type\": \"element\", \"tag\": \"tr\", \"children\": []\n\t\t\t\t};\n\t\t\tvar columns = lineText.split(\",\");\n\t\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\t\trow.children.push({\n\t\t\t\t\t\t\"type\": \"element\", \"tag\": tag, \"children\": [{\n\t\t\t\t\t\t\t\"type\": \"text\",\n\t\t\t\t\t\t\t\"text\": columns[column]\n\t\t\t\t\t\t}]\n\t\t\t\t\t});\n\t\t\t}\n\t\t\ttag = \"td\";\n\t\t\tthis.tree[0].children[0].children[0].children.push(row);\n\t\t}\n\t}\n};\n\nexports[\"text/csv\"] = CsvParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/htmlparser.js": {
"title": "$:/core/modules/parsers/htmlparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/htmlparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe HTML parser displays text as raw HTML\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HtmlParser = function(type,text,options) {\n\tvar src;\n\tif(options._canonical_uri) {\n\t\tsrc = options._canonical_uri;\n\t} else if(text) {\n\t\tsrc = \"data:text/html;charset=utf-8,\" + encodeURIComponent(text);\n\t}\n\tthis.tree = [{\n\t\ttype: \"element\",\n\t\ttag: \"iframe\",\n\t\tattributes: {\n\t\t\tsrc: {type: \"string\", value: src},\n\t\t\tsandbox: {type: \"string\", value: \"\"}\n\t\t}\n\t}];\n};\n\nexports[\"text/html\"] = HtmlParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/imageparser.js": {
"title": "$:/core/modules/parsers/imageparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/imageparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe image parser parses an image into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"img\",\n\t\t\tattributes: {}\n\t\t};\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\tif(type === \"image/svg+xml\" || type === \".svg\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:image/svg+xml,\" + encodeURIComponent(text)};\n\t\t} else {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t\t}\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"image/svg+xml\"] = ImageParser;\nexports[\"image/jpg\"] = ImageParser;\nexports[\"image/jpeg\"] = ImageParser;\nexports[\"image/png\"] = ImageParser;\nexports[\"image/gif\"] = ImageParser;\nexports[\"image/webp\"] = ImageParser;\nexports[\"image/heic\"] = ImageParser;\nexports[\"image/heif\"] = ImageParser;\nexports[\"image/x-icon\"] = ImageParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/utils/parseutils.js": {
"title": "$:/core/modules/utils/parseutils.js",
"text": "/*\\\ntitle: $:/core/modules/utils/parseutils.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions concerned with parsing text into tokens.\n\nMost functions have the following pattern:\n\n* The parameters are:\n** `source`: the source string being parsed\n** `pos`: the current parse position within the string\n** Any further parameters are used to identify the token that is being parsed\n* The return value is:\n** null if the token was not found at the specified position\n** an object representing the token with the following standard fields:\n*** `type`: string indicating the type of the token\n*** `start`: start position of the token in the source string\n*** `end`: end position of the token in the source string\n*** Any further fields required to describe the token\n\nThe exception is `skipWhiteSpace`, which just returns the position after the whitespace.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for a whitespace token. Returns null if not found, otherwise returns {type: \"whitespace\", start:, end:,}\n*/\nexports.parseWhiteSpace = function(source,pos) {\n\tvar p = pos,c;\n\twhile(true) {\n\t\tc = source.charAt(p);\n\t\tif((c === \" \") || (c === \"\\f\") || (c === \"\\n\") || (c === \"\\r\") || (c === \"\\t\") || (c === \"\\v\") || (c === \"\\u00a0\")) { // Ignores some obscure unicode spaces\n\t\t\tp++;\n\t\t} else {\n\t\t\tbreak;\n\t\t}\n\t}\n\tif(p === pos) {\n\t\treturn null;\n\t} else {\n\t\treturn {\n\t\t\ttype: \"whitespace\",\n\t\t\tstart: pos,\n\t\t\tend: p\n\t\t}\n\t}\n};\n\n/*\nConvenience wrapper for parseWhiteSpace. Returns the position after the whitespace\n*/\nexports.skipWhiteSpace = function(source,pos) {\n\tvar c;\n\twhile(true) {\n\t\tc = source.charAt(pos);\n\t\tif((c === \" \") || (c === \"\\f\") || (c === \"\\n\") || (c === \"\\r\") || (c === \"\\t\") || (c === \"\\v\") || (c === \"\\u00a0\")) { // Ignores some obscure unicode spaces\n\t\t\tpos++;\n\t\t} else {\n\t\t\treturn pos;\n\t\t}\n\t}\n};\n\n/*\nLook for a given string token. Returns null if not found, otherwise returns {type: \"token\", value:, start:, end:,}\n*/\nexports.parseTokenString = function(source,pos,token) {\n\tvar match = source.indexOf(token,pos) === pos;\n\tif(match) {\n\t\treturn {\n\t\t\ttype: \"token\",\n\t\t\tvalue: token,\n\t\t\tstart: pos,\n\t\t\tend: pos + token.length\n\t\t};\n\t}\n\treturn null;\n};\n\n/*\nLook for a token matching a regex. Returns null if not found, otherwise returns {type: \"regexp\", match:, start:, end:,}\n*/\nexports.parseTokenRegExp = function(source,pos,reToken) {\n\tvar node = {\n\t\ttype: \"regexp\",\n\t\tstart: pos\n\t};\n\treToken.lastIndex = pos;\n\tnode.match = reToken.exec(source);\n\tif(node.match && node.match.index === pos) {\n\t\tnode.end = pos + node.match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a string literal. Returns null if not found, otherwise returns {type: \"string\", value:, start:, end:,}\n*/\nexports.parseStringLiteral = function(source,pos) {\n\tvar node = {\n\t\ttype: \"string\",\n\t\tstart: pos\n\t};\n\tvar reString = /(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\")|(?:'([^']*)')/g;\n\treString.lastIndex = pos;\n\tvar match = reString.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.value = match[1] !== undefined ? match[1] :(\n\t\t\tmatch[2] !== undefined ? match[2] : match[3] \n\t\t\t\t\t);\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a macro invocation parameter. Returns null if not found, or {type: \"macro-parameter\", name:, value:, start:, end:}\n*/\nexports.parseMacroParameter = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macro-parameter\",\n\t\tstart: pos\n\t};\n\t// Define our regexp\n\tvar reMacroParameter = /(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\\s>\"'=]+)))/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the parameter\n\tvar token = $tw.utils.parseTokenRegExp(source,pos,reMacroParameter);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the parameter details\n\tnode.value = token.match[2] !== undefined ? token.match[2] : (\n\t\t\t\t\ttoken.match[3] !== undefined ? token.match[3] : (\n\t\t\t\t\t\ttoken.match[4] !== undefined ? token.match[4] : (\n\t\t\t\t\t\t\ttoken.match[5] !== undefined ? token.match[5] : (\n\t\t\t\t\t\t\t\ttoken.match[6] !== undefined ? token.match[6] : (\n\t\t\t\t\t\t\t\t\t\"\"\n\t\t\t\t\t\t\t\t)\n\t\t\t\t\t\t\t)\n\t\t\t\t\t\t)\n\t\t\t\t\t)\n\t\t\t\t);\n\tif(token.match[1]) {\n\t\tnode.name = token.match[1];\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for a macro invocation. Returns null if not found, or {type: \"macrocall\", name:, parameters:, start:, end:}\n*/\nexports.parseMacroInvocation = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macrocall\",\n\t\tstart: pos,\n\t\tparams: []\n\t};\n\t// Define our regexps\n\tvar reMacroName = /([^\\s>\"'=]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double less than sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"<<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the macro name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reMacroName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Process parameters\n\tvar parameter = $tw.utils.parseMacroParameter(source,pos);\n\twhile(parameter) {\n\t\tnode.params.push(parameter);\n\t\tpos = parameter.end;\n\t\t// Get the next parameter\n\t\tparameter = $tw.utils.parseMacroParameter(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">>\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for an HTML attribute definition. Returns null if not found, otherwise returns {type: \"attribute\", name:, valueType: \"string|indirect|macro\", value:, start:, end:,}\n*/\nexports.parseAttribute = function(source,pos) {\n\tvar node = {\n\t\tstart: pos\n\t};\n\t// Define our regexps\n\tvar reAttributeName = /([^\\/\\s>\"'=]+)/g,\n\t\treUnquotedAttribute = /([^\\/\\s<>\"'=]+)/g,\n\t\treFilteredValue = /\\{\\{\\{(.+?)\\}\\}\\}/g,\n\t\treIndirectValue = /\\{\\{([^\\}]+)\\}\\}/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the attribute name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reAttributeName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for an equals sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"=\");\n\tif(token) {\n\t\tpos = token.end;\n\t\t// Skip whitespace\n\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t// Look for a string literal\n\t\tvar stringLiteral = $tw.utils.parseStringLiteral(source,pos);\n\t\tif(stringLiteral) {\n\t\t\tpos = stringLiteral.end;\n\t\t\tnode.type = \"string\";\n\t\t\tnode.value = stringLiteral.value;\n\t\t} else {\n\t\t\t// Look for a filtered value\n\t\t\tvar filteredValue = $tw.utils.parseTokenRegExp(source,pos,reFilteredValue);\n\t\t\tif(filteredValue) {\n\t\t\t\tpos = filteredValue.end;\n\t\t\t\tnode.type = \"filtered\";\n\t\t\t\tnode.filter = filteredValue.match[1];\n\t\t\t} else {\n\t\t\t\t// Look for an indirect value\n\t\t\t\tvar indirectValue = $tw.utils.parseTokenRegExp(source,pos,reIndirectValue);\n\t\t\t\tif(indirectValue) {\n\t\t\t\t\tpos = indirectValue.end;\n\t\t\t\t\tnode.type = \"indirect\";\n\t\t\t\t\tnode.textReference = indirectValue.match[1];\n\t\t\t\t} else {\n\t\t\t\t\t// Look for a unquoted value\n\t\t\t\t\tvar unquotedValue = $tw.utils.parseTokenRegExp(source,pos,reUnquotedAttribute);\n\t\t\t\t\tif(unquotedValue) {\n\t\t\t\t\t\tpos = unquotedValue.end;\n\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\tnode.value = unquotedValue.match[1];\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Look for a macro invocation value\n\t\t\t\t\t\tvar macroInvocation = $tw.utils.parseMacroInvocation(source,pos);\n\t\t\t\t\t\tif(macroInvocation) {\n\t\t\t\t\t\t\tpos = macroInvocation.end;\n\t\t\t\t\t\t\tnode.type = \"macro\";\n\t\t\t\t\t\t\tnode.value = macroInvocation;\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\t\tnode.value = \"true\";\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t} else {\n\t\tnode.type = \"string\";\n\t\tnode.value = \"true\";\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/parsers/pdfparser.js": {
"title": "$:/core/modules/parsers/pdfparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/pdfparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe PDF parser embeds a PDF viewer\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"embed\",\n\t\t\tattributes: {}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:application/pdf;base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"application/pdf\"] = ImageParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/textparser.js": {
"title": "$:/core/modules/parsers/textparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/textparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe plain text parser processes blocks of source text into a degenerate parse tree consisting of a single text node\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar TextParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"codeblock\",\n\t\tattributes: {\n\t\t\tcode: {type: \"string\", value: text},\n\t\t\tlanguage: {type: \"string\", value: type}\n\t\t}\n\t}];\n};\n\nexports[\"text/plain\"] = TextParser;\nexports[\"text/x-tiddlywiki\"] = TextParser;\nexports[\"application/javascript\"] = TextParser;\nexports[\"application/json\"] = TextParser;\nexports[\"text/css\"] = TextParser;\nexports[\"application/x-tiddler-dictionary\"] = TextParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/videoparser.js": {
"title": "$:/core/modules/parsers/videoparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/videoparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe video parser parses a video tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar VideoParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"video\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"video/mp4\"] = VideoParser;\nexports[\"video/quicktime\"] = VideoParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/codeblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/codeblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for code blocks. For example:\n\n```\n\t```\n\tThis text will not be //wikified//\n\t```\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match and get language if defined\n\tthis.matchRegExp = /```([\\w-]*)\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\\r?\\n```$)/mg;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Return the $codeblock widget\n\treturn [{\n\t\t\ttype: \"codeblock\",\n\t\t\tattributes: {\n\t\t\t\t\tcode: {type: \"string\", value: text},\n\t\t\t\t\tlanguage: {type: \"string\", value: this.match[1]}\n\t\t\t}\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/codeinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/codeinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for code runs. For example:\n\n```\n\tThis is a `code run`.\n\tThis is another ``code run``\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(``?)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar reEnd = new RegExp(this.match[1], \"mg\");\n\t// Look for the end marker\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the text\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"code\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: text\n\t\t}]\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/commentblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/commentinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/dash.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/dash.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/dash.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for dashes. For example:\n\n```\nThis is an en-dash: --\n\nThis is an em-dash: ---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"dash\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{2,3}(?!-)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar dash = this.match[0].length === 2 ? \"–\" : \"—\";\n\treturn [{\n\t\ttype: \"entity\",\n\t\tentity: dash\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/bold.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - bold. For example:\n\n```\n\tThis is ''bold'' text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except bold \n\\rules only bold \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"bold\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /''/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/''/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strong\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/italic.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - italic. For example:\n\n```\n\tThis is //italic// text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except italic\n\\rules only italic\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"italic\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\/\\//mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\/\\//mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"em\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - strikethrough. For example:\n\n```\n\tThis is ~~strikethrough~~ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except strikethrough \n\\rules only strikethrough \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"strikethrough\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~~/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/~~/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strike\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - subscript. For example:\n\n```\n\tThis is ,,subscript,, text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except subscript \n\\rules only subscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"subscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /,,/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/,,/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sub\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - superscript. For example:\n\n```\n\tThis is ^^superscript^^ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except superscript \n\\rules only superscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"superscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\^\\^/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\^\\^/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sup\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - underscore. For example:\n\n```\n\tThis is __underscore__ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except underscore \n\\rules only underscore\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"underscore\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /__/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/__/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"u\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/entity.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/entity.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/entity.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML entities. For example:\n\n```\n\tThis is a copyright symbol: ©\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"entity\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(&#?[a-zA-Z0-9]{2,8};)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar entityString = this.match[1];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Return the entity\n\treturn [{type: \"entity\", entity: this.match[0]}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/extlink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/extlink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/extlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\nAn external link: https://www.tiddlywiki.com/\n\nA suppressed external link: ~http://www.tiddlyspace.com/\n```\n\nExternal links can be suppressed by preceding them with `~`.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"extlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|\"\\\\^]+(?:\\/|\\b)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(this.match[0].substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: this.match[0].substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: this.match[0]},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"},\n\t\t\t\trel: {type: \"string\", value: \"noopener noreferrer\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: this.match[0]\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t},\n\t\tisBlock: true\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t}\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for marking areas with hard line breaks. For example:\n\n```\n\"\"\"\nThis is some text\nThat is set like\nIt is a Poem\nWhen it is\nClearly\nNot\n\"\"\"\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"hardlinebreaks\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\"\"\"(?:\\r?\\n)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\"\"\")|(\\r?\\n)/mg,\n\t\ttree = [],\n\t\tmatch;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tdo {\n\t\t// Parse the run up to the terminator\n\t\ttree.push.apply(tree,this.parser.parseInlineRun(reEnd,{eatTerminator: false}));\n\t\t// Redo the terminator match\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tmatch = reEnd.exec(this.parser.source);\n\t\tif(match) {\n\t\t\tthis.parser.pos = reEnd.lastIndex;\n\t\t\t// Add a line break if the terminator was a line break\n\t\t\tif(match[2]) {\n\t\t\t\ttree.push({type: \"element\", tag: \"br\"});\n\t\t\t}\n\t\t}\n\t} while(match && !match[1]);\n\t// Return the nodes\n\treturn tree;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/heading.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/heading.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/heading.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for headings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"heading\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(!{1,6})/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar headingLevel = this.match[1].length;\n\t// Move past the !s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse any classes, whitespace and then the heading itself\n\tvar classes = this.parser.parseClasses();\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// Return the heading\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"h\" + headingLevel, \n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: classes.join(\" \")}\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/horizrule.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/horizrule.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/horizrule.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for rules. For example:\n\n```\n---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"horizrule\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{3,}\\r?(?:\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\treturn [{type: \"element\", tag: \"hr\"}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/html.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/html.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/html.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for HTML elements and widgets. For example:\n\n{{{\n<aside>\nThis is an HTML5 aside element\n</aside>\n\n<$slider target=\"MyTiddler\">\nThis is a widget invocation\n</$slider>\n\n}}}\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"html\";\nexports.types = {inline: true, block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextTag = this.findNextTag(this.parser.source,startPos,{\n\t\trequireLineBreak: this.is.block\n\t});\n\treturn this.nextTag ? this.nextTag.start : undefined;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Retrieve the most recent match so that recursive calls don't overwrite it\n\tvar tag = this.nextTag;\n\tthis.nextTag = null;\n\t// Advance the parser position to past the tag\n\tthis.parser.pos = tag.end;\n\t// Check for an immediately following double linebreak\n\tvar hasLineBreak = !tag.isSelfClosing && !!$tw.utils.parseTokenRegExp(this.parser.source,this.parser.pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t// Set whether we're in block mode\n\ttag.isBlock = this.is.block || hasLineBreak;\n\t// Parse the body if we need to\n\tif(!tag.isSelfClosing && $tw.config.htmlVoidElements.indexOf(tag.tag) === -1) {\n\t\t\tvar reEndString = \"</\" + $tw.utils.escapeRegExp(tag.tag) + \">\",\n\t\t\t\treEnd = new RegExp(\"(\" + reEndString + \")\",\"mg\");\n\t\tif(hasLineBreak) {\n\t\t\ttag.children = this.parser.parseBlocks(reEndString);\n\t\t} else {\n\t\t\ttag.children = this.parser.parseInlineRun(reEnd);\n\t\t}\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tvar endMatch = reEnd.exec(this.parser.source);\n\t\tif(endMatch && endMatch.index === this.parser.pos) {\n\t\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t\t}\n\t}\n\t// Return the tag\n\treturn [tag];\n};\n\n/*\nLook for an HTML tag. Returns null if not found, otherwise returns {type: \"element\", name:, attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseTag = function(source,pos,options) {\n\toptions = options || {};\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Define our regexps\n\tvar reTagName = /([a-zA-Z0-9\\-\\$]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a less than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\"<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the tag name\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,reTagName);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tnode.tag = token.match[1];\n\tif(node.tag.slice(1).indexOf(\"$\") !== -1) {\n\t\treturn null;\n\t}\n\tif(node.tag.charAt(0) === \"$\") {\n\t\tnode.type = node.tag.substr(1);\n\t}\n\tpos = token.end;\n\t// Check that the tag is terminated by a space, / or >\n\tif(!$tw.utils.parseWhiteSpace(source,pos) && !(source.charAt(pos) === \"/\") && !(source.charAt(pos) === \">\") ) {\n\t\treturn null;\n\t}\n\t// Process attributes\n\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\twhile(attribute) {\n\t\tnode.attributes[attribute.name] = attribute;\n\t\tpos = attribute.end;\n\t\t// Get the next attribute\n\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a closing slash\n\ttoken = $tw.utils.parseTokenString(source,pos,\"/\");\n\tif(token) {\n\t\tpos = token.end;\n\t\tnode.isSelfClosing = true;\n\t}\n\t// Look for a greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Check for a required line break\n\tif(options.requireLineBreak) {\n\t\ttoken = $tw.utils.parseTokenRegExp(source,pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t\tif(!token) {\n\t\t\treturn null;\n\t\t}\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\nexports.findNextTag = function(source,pos,options) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /<([a-zA-Z\\-\\$]+)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseTag(source,match.index,options);\n\t\t// Return success\n\t\tif(tag && this.isLegalTag(tag)) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\nexports.isLegalTag = function(tag) {\n\t// Widgets are always OK\n\tif(tag.type !== \"element\") {\n\t\treturn true;\n\t// If it's an HTML tag that starts with a dash then it's not legal\n\t} else if(tag.tag.charAt(0) === \"-\") {\n\t\treturn false;\n\t} else {\n\t\t// Otherwise it's OK\n\t\treturn true;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/image.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/image.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/image.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for embedding images. For example:\n\n```\n[img[https://tiddlywiki.com/fractalveg.jpg]]\n[img width=23 height=24 [https://tiddlywiki.com/fractalveg.jpg]]\n[img width={{!!width}} height={{!!height}} [https://tiddlywiki.com/fractalveg.jpg]]\n[img[Description of image|https://tiddlywiki.com/fractalveg.jpg]]\n[img[TiddlerTitle]]\n[img[Description of image|TiddlerTitle]]\n```\n\nGenerates the `<$image>` widget.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"image\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextImage = this.findNextImage(this.parser.source,startPos);\n\treturn this.nextImage ? this.nextImage.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextImage.end;\n\tvar node = {\n\t\ttype: \"image\",\n\t\tattributes: this.nextImage.attributes\n\t};\n\treturn [node];\n};\n\n/*\nFind the next image from the current position\n*/\nexports.findNextImage = function(source,pos) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /(\\[img)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseImage(source,match.index);\n\t\t// Return success\n\t\tif(tag) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an image at the specified position. Returns null if not found, otherwise returns {type: \"image\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseImage = function(source,pos) {\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"image\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[img`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[img\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Process attributes\n\tif(source.charAt(pos) !== \"[\") {\n\t\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\t\twhile(attribute) {\n\t\t\tnode.attributes[attribute.name] = attribute;\n\t\t\tpos = attribute.end;\n\t\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t\tif(source.charAt(pos) !== \"[\") {\n\t\t\t\t// Get the next attribute\n\t\t\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t\t\t} else {\n\t\t\t\tattribute = null;\n\t\t\t}\n\t\t}\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[` after the attributes\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the source up to the terminating `]]`\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,/(?:([^|\\]]*?)\\|)?([^\\]]+?)\\]\\]/g);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\tif(token.match[1]) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: token.match[1].trim()};\n\t}\n\tnode.attributes.source = {type: \"string\", value: (token.match[2] || \"\").trim()};\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/import.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/import.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/import.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for importing variable definitions\n\n```\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"import\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\import[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\tvar self = this;\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the filter terminated by a line break\n\tvar reMatch = /(.*)(\\r?\\n)|$/mg;\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\tthis.parser.pos = reMatch.lastIndex;\n\t// Parse tree nodes to return\n\treturn [{\n\t\ttype: \"importvariables\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: match[1]}\n\t\t},\n\t\tchildren: []\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/list.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/list.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/list.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for lists. For example:\n\n```\n* This is an unordered list\n* It has two items\n\n# This is a numbered list\n## With a subitem\n# And a third item\n\n; This is a term that is being defined\n: This is the definition of that term\n```\n\nNote that lists can be nested arbitrarily:\n\n```\n#** One\n#* Two\n#** Three\n#**** Four\n#**# Five\n#**## Six\n## Seven\n### Eight\n## Nine\n```\n\nA CSS class can be applied to a list item as follows:\n\n```\n* List item one\n*.active List item two has the class `active`\n* List item three\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"list\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /([\\*#;:>]+)/mg;\n};\n\nvar listTypes = {\n\t\"*\": {listTag: \"ul\", itemTag: \"li\"},\n\t\"#\": {listTag: \"ol\", itemTag: \"li\"},\n\t\";\": {listTag: \"dl\", itemTag: \"dt\"},\n\t\":\": {listTag: \"dl\", itemTag: \"dd\"},\n\t\">\": {listTag: \"blockquote\", itemTag: \"p\"}\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Array of parse tree nodes for the previous row of the list\n\tvar listStack = [];\n\t// Cycle through the items in the list\n\twhile(true) {\n\t\t// Match the list marker\n\t\tvar reMatch = /([\\*#;:>]+)/mg;\n\t\treMatch.lastIndex = this.parser.pos;\n\t\tvar match = reMatch.exec(this.parser.source);\n\t\tif(!match || match.index !== this.parser.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check whether the list type of the top level matches\n\t\tvar listInfo = listTypes[match[0].charAt(0)];\n\t\tif(listStack.length > 0 && listStack[0].tag !== listInfo.listTag) {\n\t\t\tbreak;\n\t\t}\n\t\t// Move past the list marker\n\t\tthis.parser.pos = match.index + match[0].length;\n\t\t// Walk through the list markers for the current row\n\t\tfor(var t=0; t<match[0].length; t++) {\n\t\t\tlistInfo = listTypes[match[0].charAt(t)];\n\t\t\t// Remove any stacked up element if we can't re-use it because the list type doesn't match\n\t\t\tif(listStack.length > t && listStack[t].tag !== listInfo.listTag) {\n\t\t\t\tlistStack.splice(t,listStack.length - t);\n\t\t\t}\n\t\t\t// Construct the list element or reuse the previous one at this level\n\t\t\tif(listStack.length <= t) {\n\t\t\t\tvar listElement = {type: \"element\", tag: listInfo.listTag, children: [\n\t\t\t\t\t{type: \"element\", tag: listInfo.itemTag, children: []}\n\t\t\t\t]};\n\t\t\t\t// Link this list element into the last child item of the parent list item\n\t\t\t\tif(t) {\n\t\t\t\t\tvar prevListItem = listStack[t-1].children[listStack[t-1].children.length-1];\n\t\t\t\t\tprevListItem.children.push(listElement);\n\t\t\t\t}\n\t\t\t\t// Save this element in the stack\n\t\t\t\tlistStack[t] = listElement;\n\t\t\t} else if(t === (match[0].length - 1)) {\n\t\t\t\tlistStack[t].children.push({type: \"element\", tag: listInfo.itemTag, children: []});\n\t\t\t}\n\t\t}\n\t\tif(listStack.length > match[0].length) {\n\t\t\tlistStack.splice(match[0].length,listStack.length - match[0].length);\n\t\t}\n\t\t// Process the body of the list item into the last list item\n\t\tvar lastListChildren = listStack[listStack.length-1].children,\n\t\t\tlastListItem = lastListChildren[lastListChildren.length-1],\n\t\t\tclasses = this.parser.parseClasses();\n\t\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\t\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t\tlastListItem.children.push.apply(lastListItem.children,tree);\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(lastListItem,classes.join(\" \"));\n\t\t}\n\t\t// Consume any whitespace following the list item\n\t\tthis.parser.skipWhitespace();\n\t}\n\t// Return the root element of the list\n\treturn [listStack[0]];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for block macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^>\\s]+)(?:\\s*)((?:[^>]|(?:>(?!>)))*?)>>(?:\\r?\\n|$)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params,\n\t\tisBlock: true\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^\\s>]+)\\s*([\\s\\S]*?)>>/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5]|| paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrodef.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/macrodef.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrodef.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for macro definitions\n\n```\n\\define name(param:defaultvalue,param2:defaultvalue)\ndefinition text, including $param$ markers\n\\end\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrodef\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\define\\s+([^(\\s]+)\\(\\s*([^)]*)\\)(\\s*\\r?\\n)?/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the macro name and parameters\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the parameters\n\tvar paramString = this.match[2],\n\t\tparams = [];\n\tif(paramString !== \"\") {\n\t\tvar reParam = /\\s*([A-Za-z0-9\\-_]+)(?:\\s*:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))?/mg,\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\twhile(paramMatch) {\n\t\t\t// Save the parameter details\n\t\t\tvar paramInfo = {name: paramMatch[1]},\n\t\t\t\tdefaultValue = paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6];\n\t\t\tif(defaultValue) {\n\t\t\t\tparamInfo[\"default\"] = defaultValue;\n\t\t\t}\n\t\t\tparams.push(paramInfo);\n\t\t\t// Look for the next parameter\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\t}\n\t}\n\t// Is this a multiline definition?\n\tvar reEnd;\n\tif(this.match[3]) {\n\t\t// If so, the end of the body is marked with \\end\n\t\treEnd = /(\\r?\\n\\\\end[^\\S\\n\\r]*(?:$|\\r?\\n))/mg;\n\t} else {\n\t\t// Otherwise, the end of the definition is marked by the end of the line\n\t\treEnd = /($|\\r?\\n)/mg;\n\t\t// Move past any whitespace\n\t\tthis.parser.pos = $tw.utils.skipWhiteSpace(this.parser.source,this.parser.pos);\n\t}\n\t// Find the end of the definition\n\treEnd.lastIndex = this.parser.pos;\n\tvar text,\n\t\tendMatch = reEnd.exec(this.parser.source);\n\tif(endMatch) {\n\t\ttext = this.parser.source.substring(this.parser.pos,endMatch.index);\n\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t} else {\n\t\t// We didn't find the end of the definition, so we'll make it blank\n\t\ttext = \"\";\n\t}\n\t// Save the macro definition\n\treturn [{\n\t\ttype: \"set\",\n\t\tattributes: {\n\t\t\tname: {type: \"string\", value: this.match[1]},\n\t\t\tvalue: {type: \"string\", value: text}\n\t\t},\n\t\tchildren: [],\n\t\tparams: params,\n\t\tisMacroDefinition: true\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettyextlink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/prettyextlink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettyextlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\n[ext[https://tiddlywiki.com/fractalveg.jpg]]\n[ext[Tooltip|https://tiddlywiki.com/fractalveg.jpg]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettyextlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextLink = this.findNextLink(this.parser.source,startPos);\n\treturn this.nextLink ? this.nextLink.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextLink.end;\n\treturn [this.nextLink];\n};\n\n/*\nFind the next link from the current position\n*/\nexports.findNextLink = function(source,pos) {\n\t// A regexp for finding candidate links\n\tvar reLookahead = /(\\[ext\\[)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a link\n\t\tvar link = this.parseLink(source,match.index);\n\t\t// Return success\n\t\tif(link) {\n\t\t\treturn link;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an link at the specified position. Returns null if not found, otherwise returns {type: \"element\", tag: \"a\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseLink = function(source,pos) {\n\tvar token,\n\t\ttextNode = {\n\t\t\ttype: \"text\"\n\t\t},\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tstart: pos,\n\t\t\tattributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t},\n\t\t\tchildren: [textNode]\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[ext[`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[ext[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Look ahead for the terminating `]]`\n\tvar closePos = source.indexOf(\"]]\",pos);\n\tif(closePos === -1) {\n\t\treturn null;\n\t}\n\t// Look for a `|` separating the tooltip\n\tvar splitPos = source.indexOf(\"|\",pos);\n\tif(splitPos === -1 || splitPos > closePos) {\n\t\tsplitPos = null;\n\t}\n\t// Pull out the tooltip and URL\n\tvar tooltip, URL;\n\tif(splitPos) {\n\t\tURL = source.substring(splitPos + 1,closePos).trim();\n\t\ttextNode.text = source.substring(pos,splitPos).trim();\n\t} else {\n\t\tURL = source.substring(pos,closePos).trim();\n\t\ttextNode.text = URL;\n\t}\n\tnode.attributes.href = {type: \"string\", value: URL};\n\tnode.attributes.target = {type: \"string\", value: \"_blank\"};\n\tnode.attributes.rel = {type: \"string\", value: \"noopener noreferrer\"};\n\t// Update the end position\n\tnode.end = closePos + 2;\n\treturn node;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettylink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/prettylink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettylink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for pretty links. For example:\n\n```\n[[Introduction]]\n\n[[Link description|TiddlerTitle]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettylink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\[\\[(.*?)(?:\\|(.*?))?\\]\\]/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Process the link\n\tvar text = this.match[1],\n\t\tlink = this.match[2] || text;\n\tif($tw.utils.isLinkExternal(link)) {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: link},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"},\n\t\t\t\trel: {type: \"string\", value: \"noopener noreferrer\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: link}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/quoteblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/quoteblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/quoteblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for quote blocks. For example:\n\n```\n\t<<<.optionalClass(es) optional cited from\n\ta quote\n\t<<<\n\t\n\t<<<.optionalClass(es)\n\ta quote\n\t<<< optional cited from\n```\n\nQuotes can be quoted by putting more <s\n\n```\n\t<<<\n\tQuote Level 1\n\t\n\t<<<<\n\tQuoteLevel 2\n\t<<<<\n\t\n\t<<<\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"quoteblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(<<<+)/mg;\n};\n\nexports.parse = function() {\n\tvar classes = [\"tc-quote\"];\n\t// Get all the details of the match\n\tvar reEndString = \"^\" + this.match[1] + \"(?!<)\";\n\t// Move past the <s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\n\t// Parse any classes, whitespace and then the optional cite itself\n\tclasses.push.apply(classes, this.parser.parseClasses());\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar cite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// before handling the cite, parse the body of the quote\n\tvar tree= this.parser.parseBlocks(reEndString);\n\t// If we got a cite, put it before the text\n\tif(cite.length > 0) {\n\t\ttree.unshift({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Parse any optional cite\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tcite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// If we got a cite, push it\n\tif(cite.length > 0) {\n\t\ttree.push({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Return the blockquote element\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"blockquote\",\n\t\tattributes: {\n\t\t\tclass: { type: \"string\", value: classes.join(\" \") },\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/rules.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/rules.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/rules.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for rules specifications\n\n```\n\\rules except ruleone ruletwo rulethree\n\\rules only ruleone ruletwo rulethree\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"rules\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\rules[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\tif(tokens.length > 0) {\n\t\tthis.parser.amendRules(tokens[0],tokens.slice(1));\n\t}\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/styleblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for assigning styles and classes to paragraphs and other blocks. For example:\n\n```\n@@.myClass\n@@background-color:red;\nThis paragraph will have the CSS class `myClass`.\n\n* The `<ul>` around this list will also have the class `myClass`\n* List item 2\n\n@@\n```\n\nNote that classes and styles can be mixed subject to the rule that styles must precede classes. For example\n\n```\n@@.myFirstClass.mySecondClass\n@@width:100px;.myThirdClass\nThis is a paragraph\n@@\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(?:\\.([^\\r\\n\\s]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEndString = \"^@@(?:\\\\r?\\\\n)?\";\n\tvar classes = [], styles = [];\n\tdo {\n\t\t// Get the class and style\n\t\tif(this.match[1]) {\n\t\t\tstyles.push(this.match[1]);\n\t\t}\n\t\tif(this.match[2]) {\n\t\t\tclasses.push(this.match[2].split(\".\").join(\" \"));\n\t\t}\n\t\t// Move past the match\n\t\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\t// Look for another line of classes and styles\n\t\tthis.match = this.matchRegExp.exec(this.parser.source);\n\t} while(this.match && this.match.index === this.parser.pos);\n\t// Parse the body\n\tvar tree = this.parser.parseBlocks(reEndString);\n\tfor(var t=0; t<tree.length; t++) {\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(tree[t],classes.join(\" \"));\n\t\t}\n\t\tif(styles.length > 0) {\n\t\t\t$tw.utils.addAttributeToParseTreeNode(tree[t],\"style\",styles.join(\"\"));\n\t\t}\n\t}\n\treturn tree;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/styleinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for assigning styles and classes to inline runs. For example:\n\n```\n@@.myClass This is some text with a class@@\n@@background-color:red;This is some text with a background colour@@\n@@width:100px;.myClass This is some text with a class and a width@@\n```\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(\\.(?:[^\\r\\n\\s]+)\\s+)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /@@/g;\n\t// Get the styles and class\n\tvar stylesString = this.match[1],\n\t\tclassString = this.match[2] ? this.match[2].split(\".\").join(\" \") : undefined;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the run up to the terminator\n\tvar tree = this.parser.parseInlineRun(reEnd,{eatTerminator: true});\n\t// Return the classed span\n\tvar node = {\n\t\ttype: \"element\",\n\t\ttag: \"span\",\n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: \"tc-inline-style\"}\n\t\t},\n\t\tchildren: tree\n\t};\n\tif(classString) {\n\t\t$tw.utils.addClassToParseTreeNode(node,classString);\n\t}\n\tif(stylesString) {\n\t\t$tw.utils.addAttributeToParseTreeNode(node,\"style\",stylesString);\n\t}\n\treturn [node];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/syslink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/syslink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/syslink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for system tiddler links.\nCan be suppressed preceding them with `~`.\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"syslink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp(\n\t\t\"~?\\\\$:\\\\/[\" +\n\t\t$tw.config.textPrimitives.anyLetter.substr(1,$tw.config.textPrimitives.anyLetter.length - 2) +\n\t\t\"\\/._-]+\",\n\t\t\"mg\"\n\t);\n};\n\nexports.parse = function() {\n\tvar match = this.match[0];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(match.substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: match.substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: match}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: match\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/table.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/table.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/table.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for tables.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"table\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\|(?:[^\\n]*)\\|(?:[fhck]?)\\r?(?:\\n|$)/mg;\n};\n\nvar processRow = function(prevColumns) {\n\tvar cellRegExp = /(?:\\|([^\\n\\|]*)\\|)|(\\|[fhck]?\\r?(?:\\n|$))/mg,\n\t\tcellTermRegExp = /((?:\\x20*)\\|)/mg,\n\t\ttree = [],\n\t\tcol = 0,\n\t\tcolSpanCount = 1,\n\t\tprevCell,\n\t\tvAlign;\n\t// Match a single cell\n\tcellRegExp.lastIndex = this.parser.pos;\n\tvar cellMatch = cellRegExp.exec(this.parser.source);\n\twhile(cellMatch && cellMatch.index === this.parser.pos) {\n\t\tif(cellMatch[1] === \"~\") {\n\t\t\t// Rowspan\n\t\t\tvar last = prevColumns[col];\n\t\t\tif(last) {\n\t\t\t\tlast.rowSpanCount++;\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"rowspan\",last.rowSpanCount);\n\t\t\t\tvAlign = $tw.utils.getAttributeValueFromParseTreeNode(last.element,\"valign\",\"center\");\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"valign\",vAlign);\n\t\t\t\tif(colSpanCount > 1) {\n\t\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"colspan\",colSpanCount);\n\t\t\t\t\tcolSpanCount = 1;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \">\") {\n\t\t\t// Colspan\n\t\t\tcolSpanCount++;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \"<\" && prevCell) {\n\t\t\tcolSpanCount = 1 + $tw.utils.getAttributeValueFromParseTreeNode(prevCell,\"colspan\",1);\n\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\tcolSpanCount = 1;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[2]) {\n\t\t\t// End of row\n\t\t\tif(prevCell && colSpanCount > 1) {\n\t\t\t\tif(prevCell.attributes && prevCell.attributes && prevCell.attributes.colspan) {\n\t\t\t\t\t\tcolSpanCount += prevCell.attributes.colspan.value;\n\t\t\t\t} else {\n\t\t\t\t\tcolSpanCount -= 1;\n\t\t\t\t}\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\t}\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t\tbreak;\n\t\t} else {\n\t\t\t// For ordinary cells, step beyond the opening `|`\n\t\t\tthis.parser.pos++;\n\t\t\t// Look for a space at the start of the cell\n\t\t\tvar spaceLeft = false;\n\t\t\tvAlign = null;\n\t\t\tif(this.parser.source.substr(this.parser.pos).search(/^\\^([^\\^]|\\^\\^)/) === 0) {\n\t\t\t\tvAlign = \"top\";\n\t\t\t} else if(this.parser.source.substr(this.parser.pos).search(/^,([^,]|,,)/) === 0) {\n\t\t\t\tvAlign = \"bottom\";\n\t\t\t}\n\t\t\tif(vAlign) {\n\t\t\t\tthis.parser.pos++;\n\t\t\t}\n\t\t\tvar chr = this.parser.source.substr(this.parser.pos,1);\n\t\t\twhile(chr === \" \") {\n\t\t\t\tspaceLeft = true;\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tchr = this.parser.source.substr(this.parser.pos,1);\n\t\t\t}\n\t\t\t// Check whether this is a heading cell\n\t\t\tvar cell;\n\t\t\tif(chr === \"!\") {\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tcell = {type: \"element\", tag: \"th\", children: []};\n\t\t\t} else {\n\t\t\t\tcell = {type: \"element\", tag: \"td\", children: []};\n\t\t\t}\n\t\t\ttree.push(cell);\n\t\t\t// Record information about this cell\n\t\t\tprevCell = cell;\n\t\t\tprevColumns[col] = {rowSpanCount:1,element:cell};\n\t\t\t// Check for a colspan\n\t\t\tif(colSpanCount > 1) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"colspan\",colSpanCount);\n\t\t\t\tcolSpanCount = 1;\n\t\t\t}\n\t\t\t// Parse the cell\n\t\t\tcell.children = this.parser.parseInlineRun(cellTermRegExp,{eatTerminator: true});\n\t\t\t// Set the alignment for the cell\n\t\t\tif(vAlign) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"valign\",vAlign);\n\t\t\t}\n\t\t\tif(this.parser.source.substr(this.parser.pos - 2,1) === \" \") { // spaceRight\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",spaceLeft ? \"center\" : \"left\");\n\t\t\t} else if(spaceLeft) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",\"right\");\n\t\t\t}\n\t\t\t// Move back to the closing `|`\n\t\t\tthis.parser.pos--;\n\t\t}\n\t\tcol++;\n\t\tcellRegExp.lastIndex = this.parser.pos;\n\t\tcellMatch = cellRegExp.exec(this.parser.source);\n\t}\n\treturn tree;\n};\n\nexports.parse = function() {\n\tvar rowContainerTypes = {\"c\":\"caption\", \"h\":\"thead\", \"\":\"tbody\", \"f\":\"tfoot\"},\n\t\ttable = {type: \"element\", tag: \"table\", children: []},\n\t\trowRegExp = /^\\|([^\\n]*)\\|([fhck]?)\\r?(?:\\n|$)/mg,\n\t\trowTermRegExp = /(\\|(?:[fhck]?)\\r?(?:\\n|$))/mg,\n\t\tprevColumns = [],\n\t\tcurrRowType,\n\t\trowContainer,\n\t\trowCount = 0;\n\t// Match the row\n\trowRegExp.lastIndex = this.parser.pos;\n\tvar rowMatch = rowRegExp.exec(this.parser.source);\n\twhile(rowMatch && rowMatch.index === this.parser.pos) {\n\t\tvar rowType = rowMatch[2];\n\t\t// Check if it is a class assignment\n\t\tif(rowType === \"k\") {\n\t\t\t$tw.utils.addClassToParseTreeNode(table,rowMatch[1]);\n\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t} else {\n\t\t\t// Otherwise, create a new row if this one is of a different type\n\t\t\tif(rowType !== currRowType) {\n\t\t\t\trowContainer = {type: \"element\", tag: rowContainerTypes[rowType], children: []};\n\t\t\t\ttable.children.push(rowContainer);\n\t\t\t\tcurrRowType = rowType;\n\t\t\t}\n\t\t\t// Is this a caption row?\n\t\t\tif(currRowType === \"c\") {\n\t\t\t\t// If so, move past the opening `|` of the row\n\t\t\t\tthis.parser.pos++;\n\t\t\t\t// Move the caption to the first row if it isn't already\n\t\t\t\tif(table.children.length !== 1) {\n\t\t\t\t\ttable.children.pop(); // Take rowContainer out of the children array\n\t\t\t\t\ttable.children.splice(0,0,rowContainer); // Insert it at the bottom\t\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\t// Set the alignment - TODO: figure out why TW did this\n//\t\t\t\trowContainer.attributes.align = rowCount === 0 ? \"top\" : \"bottom\";\n\t\t\t\t// Parse the caption\n\t\t\t\trowContainer.children = this.parser.parseInlineRun(rowTermRegExp,{eatTerminator: true});\n\t\t\t} else {\n\t\t\t\t// Create the row\n\t\t\t\tvar theRow = {type: \"element\", tag: \"tr\", children: []};\n\t\t\t\t$tw.utils.addClassToParseTreeNode(theRow,rowCount%2 ? \"oddRow\" : \"evenRow\");\n\t\t\t\trowContainer.children.push(theRow);\n\t\t\t\t// Process the row\n\t\t\t\ttheRow.children = processRow.call(this,prevColumns);\n\t\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t\t\t// Increment the row count\n\t\t\t\trowCount++;\n\t\t\t}\n\t\t}\n\t\trowMatch = rowRegExp.exec(this.parser.source);\n\t}\n\treturn [table];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {},\n\t\t\tisBlock: true\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tisBlock: true,\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {}\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/typedblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/typedblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/typedblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for typed blocks. For example:\n\n```\n$$$.js\nThis will be rendered as JavaScript\n$$$\n\n$$$.svg\n<svg xmlns=\"http://www.w3.org/2000/svg\" width=\"150\" height=\"100\">\n <circle cx=\"100\" cy=\"50\" r=\"40\" stroke=\"black\" stroke-width=\"2\" fill=\"red\" />\n</svg>\n$$$\n\n$$$text/vnd.tiddlywiki>text/html\nThis will be rendered as an //HTML representation// of WikiText\n$$$\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.name = \"typedblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\$\\$\\$([^ >\\r\\n]*)(?: *> *([^ \\r\\n]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /\\r?\\n\\$\\$\\$\\r?(?:\\n|$)/mg;\n\t// Save the type\n\tvar parseType = this.match[1],\n\t\trenderType = this.match[2];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Parse the block according to the specified type\n\tvar parser = this.parser.wiki.parseText(parseType,text,{defaultType: \"text/plain\"});\n\t// If there's no render type, just return the parse tree\n\tif(!renderType) {\n\t\treturn parser.tree;\n\t} else {\n\t\t// Otherwise, render to the rendertype and return in a <PRE> tag\n\t\tvar widgetNode = this.parser.wiki.makeWidget(parser),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\ttext = renderType === \"text/html\" ? container.innerHTML : container.textContent;\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"pre\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/whitespace.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/whitespace.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/whitespace.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for whitespace specifications\n\n```\n\\whitespace trim\n\\whitespace notrim\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"whitespace\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\whitespace[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\tvar self = this;\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\t$tw.utils.each(tokens,function(token) {\n\t\tswitch(token) {\n\t\t\tcase \"trim\":\n\t\t\t\tself.parser.configTrimWhiteSpace = true;\n\t\t\t\tbreak;\n\t\t\tcase \"notrim\":\n\t\t\t\tself.parser.configTrimWhiteSpace = false;\n\t\t\t\tbreak;\n\t\t}\n\t});\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/wikilink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/wikilink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikilink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for wiki links. For example:\n\n```\nAWikiLink\nAnotherLink\n~SuppressedLink\n```\n\nPrecede a camel case word with `~` to prevent it from being recognised as a link.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"wikilink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp($tw.config.textPrimitives.unWikiLink + \"?\" + $tw.config.textPrimitives.wikiLink,\"mg\");\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get the details of the match\n\tvar linkText = this.match[0];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// If the link starts with the unwikilink character then just output it as plain text\n\tif(linkText.substr(0,1) === $tw.config.textPrimitives.unWikiLink) {\n\t\treturn [{type: \"text\", text: linkText.substr(1)}];\n\t}\n\t// If the link has been preceded with a blocked letter then don't treat it as a link\n\tif(this.match.index > 0) {\n\t\tvar preRegExp = new RegExp($tw.config.textPrimitives.blockPrefixLetters,\"mg\");\n\t\tpreRegExp.lastIndex = this.match.index-1;\n\t\tvar preMatch = preRegExp.exec(this.parser.source);\n\t\tif(preMatch && preMatch.index === this.match.index-1) {\n\t\t\treturn [{type: \"text\", text: linkText}];\n\t\t}\n\t}\n\treturn [{\n\t\ttype: \"link\",\n\t\tattributes: {\n\t\t\tto: {type: \"string\", value: linkText}\n\t\t},\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: linkText\n\t\t}]\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/wikiparser.js": {
"title": "$:/core/modules/parsers/wikiparser/wikiparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/wikiparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe wiki text parser processes blocks of source text into a parse tree.\n\nThe parse tree is made up of nested arrays of these JavaScript objects:\n\n\t{type: \"element\", tag: <string>, attributes: {}, children: []} - an HTML element\n\t{type: \"text\", text: <string>} - a text node\n\t{type: \"entity\", value: <string>} - an entity\n\t{type: \"raw\", html: <string>} - raw HTML\n\nAttributes are stored as hashmaps of the following objects:\n\n\t{type: \"string\", value: <string>} - literal string\n\t{type: \"indirect\", textReference: <textReference>} - indirect through a text reference\n\t{type: \"macro\", macro: <TBD>} - indirect through a macro invocation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar WikiParser = function(type,text,options) {\n\tthis.wiki = options.wiki;\n\tvar self = this;\n\t// Check for an externally linked tiddler\n\tif($tw.browser && (text || \"\") === \"\" && options._canonical_uri) {\n\t\tthis.loadRemoteTiddler(options._canonical_uri);\n\t\ttext = $tw.language.getRawString(\"LazyLoadingWarning\");\n\t}\n\t// Initialise the classes if we don't have them already\n\tif(!this.pragmaRuleClasses) {\n\t\tWikiParser.prototype.pragmaRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"pragma\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.pragmaRuleClasses,\"$:/config/WikiParserRules/Pragmas/\");\n\t}\n\tif(!this.blockRuleClasses) {\n\t\tWikiParser.prototype.blockRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"block\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.blockRuleClasses,\"$:/config/WikiParserRules/Block/\");\n\t}\n\tif(!this.inlineRuleClasses) {\n\t\tWikiParser.prototype.inlineRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"inline\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.inlineRuleClasses,\"$:/config/WikiParserRules/Inline/\");\n\t}\n\t// Save the parse text\n\tthis.type = type || \"text/vnd.tiddlywiki\";\n\tthis.source = text || \"\";\n\tthis.sourceLength = this.source.length;\n\t// Flag for ignoring whitespace\n\tthis.configTrimWhiteSpace = false;\n\t// Set current parse position\n\tthis.pos = 0;\n\t// Instantiate the pragma parse rules\n\tthis.pragmaRules = this.instantiateRules(this.pragmaRuleClasses,\"pragma\",0);\n\t// Instantiate the parser block and inline rules\n\tthis.blockRules = this.instantiateRules(this.blockRuleClasses,\"block\",0);\n\tthis.inlineRules = this.instantiateRules(this.inlineRuleClasses,\"inline\",0);\n\t// Parse any pragmas\n\tthis.tree = [];\n\tvar topBranch = this.parsePragmas();\n\t// Parse the text into inline runs or blocks\n\tif(options.parseAsInline) {\n\t\ttopBranch.push.apply(topBranch,this.parseInlineRun());\n\t} else {\n\t\ttopBranch.push.apply(topBranch,this.parseBlocks());\n\t}\n\t// Return the parse tree\n};\n\n/*\n*/\nWikiParser.prototype.loadRemoteTiddler = function(url) {\n\tvar self = this;\n\t$tw.utils.httpRequest({\n\t\turl: url,\n\t\ttype: \"GET\",\n\t\tcallback: function(err,data) {\n\t\t\tif(!err) {\n\t\t\t\tvar tiddlers = self.wiki.deserializeTiddlers(\".tid\",data,self.wiki.getCreationFields());\n\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\ttiddler[\"_canonical_uri\"] = url;\n\t\t\t\t});\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tself.wiki.addTiddlers(tiddlers);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\n*/\nWikiParser.prototype.setupRules = function(proto,configPrefix) {\n\tvar self = this;\n\tif(!$tw.safemode) {\n\t\t$tw.utils.each(proto,function(object,name) {\n\t\t\tif(self.wiki.getTiddlerText(configPrefix + name,\"enable\") !== \"enable\") {\n\t\t\t\tdelete proto[name];\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nInstantiate an array of parse rules\n*/\nWikiParser.prototype.instantiateRules = function(classes,type,startPos) {\n\tvar rulesInfo = [],\n\t\tself = this;\n\t$tw.utils.each(classes,function(RuleClass) {\n\t\t// Instantiate the rule\n\t\tvar rule = new RuleClass(self);\n\t\trule.is = {};\n\t\trule.is[type] = true;\n\t\trule.init(self);\n\t\tvar matchIndex = rule.findNextMatch(startPos);\n\t\tif(matchIndex !== undefined) {\n\t\t\trulesInfo.push({\n\t\t\t\trule: rule,\n\t\t\t\tmatchIndex: matchIndex\n\t\t\t});\n\t\t}\n\t});\n\treturn rulesInfo;\n};\n\n/*\nSkip any whitespace at the current position. Options are:\n\ttreatNewlinesAsNonWhitespace: true if newlines are NOT to be treated as whitespace\n*/\nWikiParser.prototype.skipWhitespace = function(options) {\n\toptions = options || {};\n\tvar whitespaceRegExp = options.treatNewlinesAsNonWhitespace ? /([^\\S\\n]+)/mg : /(\\s+)/mg;\n\twhitespaceRegExp.lastIndex = this.pos;\n\tvar whitespaceMatch = whitespaceRegExp.exec(this.source);\n\tif(whitespaceMatch && whitespaceMatch.index === this.pos) {\n\t\tthis.pos = whitespaceRegExp.lastIndex;\n\t}\n};\n\n/*\nGet the next match out of an array of parse rule instances\n*/\nWikiParser.prototype.findNextMatch = function(rules,startPos) {\n\t// Find the best matching rule by finding the closest match position\n\tvar matchingRule,\n\t\tmatchingRulePos = this.sourceLength;\n\t// Step through each rule\n\tfor(var t=0; t<rules.length; t++) {\n\t\tvar ruleInfo = rules[t];\n\t\t// Ask the rule to get the next match if we've moved past the current one\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex < startPos) {\n\t\t\truleInfo.matchIndex = ruleInfo.rule.findNextMatch(startPos);\n\t\t}\n\t\t// Adopt this match if it's closer than the current best match\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex <= matchingRulePos) {\n\t\t\tmatchingRule = ruleInfo;\n\t\t\tmatchingRulePos = ruleInfo.matchIndex;\n\t\t}\n\t}\n\treturn matchingRule;\n};\n\n/*\nParse any pragmas at the beginning of a block of parse text\n*/\nWikiParser.prototype.parsePragmas = function() {\n\tvar currentTreeBranch = this.tree;\n\twhile(true) {\n\t\t// Skip whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check for the end of the text\n\t\tif(this.pos >= this.sourceLength) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check if we've arrived at a pragma rule match\n\t\tvar nextMatch = this.findNextMatch(this.pragmaRules,this.pos);\n\t\t// If not, just exit\n\t\tif(!nextMatch || nextMatch.matchIndex !== this.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the pragma rule\n\t\tvar subTree = nextMatch.rule.parse();\n\t\tif(subTree.length > 0) {\n\t\t\t// Quick hack; we only cope with a single parse tree node being returned, which is true at the moment\n\t\t\tcurrentTreeBranch.push.apply(currentTreeBranch,subTree);\n\t\t\tsubTree[0].children = [];\n\t\t\tcurrentTreeBranch = subTree[0].children;\n\t\t}\n\t}\n\treturn currentTreeBranch;\n};\n\n/*\nParse a block from the current position\n\tterminatorRegExpString: optional regular expression string that identifies the end of plain paragraphs. Must not include capturing parenthesis\n*/\nWikiParser.prototype.parseBlock = function(terminatorRegExpString) {\n\tvar terminatorRegExp = terminatorRegExpString ? new RegExp(\"(\" + terminatorRegExpString + \"|\\\\r?\\\\n\\\\r?\\\\n)\",\"mg\") : /(\\r?\\n\\r?\\n)/mg;\n\tthis.skipWhitespace();\n\tif(this.pos >= this.sourceLength) {\n\t\treturn [];\n\t}\n\t// Look for a block rule that applies at the current position\n\tvar nextMatch = this.findNextMatch(this.blockRules,this.pos);\n\tif(nextMatch && nextMatch.matchIndex === this.pos) {\n\t\treturn nextMatch.rule.parse();\n\t}\n\t// Treat it as a paragraph if we didn't find a block rule\n\treturn [{type: \"element\", tag: \"p\", children: this.parseInlineRun(terminatorRegExp)}];\n};\n\n/*\nParse a series of blocks of text until a terminating regexp is encountered or the end of the text\n\tterminatorRegExpString: terminating regular expression\n*/\nWikiParser.prototype.parseBlocks = function(terminatorRegExpString) {\n\tif(terminatorRegExpString) {\n\t\treturn this.parseBlocksTerminated(terminatorRegExpString);\n\t} else {\n\t\treturn this.parseBlocksUnterminated();\n\t}\n};\n\n/*\nParse a block from the current position to the end of the text\n*/\nWikiParser.prototype.parseBlocksUnterminated = function() {\n\tvar tree = [];\n\twhile(this.pos < this.sourceLength) {\n\t\ttree.push.apply(tree,this.parseBlock());\n\t}\n\treturn tree;\n};\n\n/*\nParse blocks of text until a terminating regexp is encountered\n*/\nWikiParser.prototype.parseBlocksTerminated = function(terminatorRegExpString) {\n\tvar terminatorRegExp = new RegExp(\"(\" + terminatorRegExpString + \")\",\"mg\"),\n\t\ttree = [];\n\t// Skip any whitespace\n\tthis.skipWhitespace();\n\t// Check if we've got the end marker\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar match = terminatorRegExp.exec(this.source);\n\t// Parse the text into blocks\n\twhile(this.pos < this.sourceLength && !(match && match.index === this.pos)) {\n\t\tvar blocks = this.parseBlock(terminatorRegExpString);\n\t\ttree.push.apply(tree,blocks);\n\t\t// Skip any whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check if we've got the end marker\n\t\tterminatorRegExp.lastIndex = this.pos;\n\t\tmatch = terminatorRegExp.exec(this.source);\n\t}\n\tif(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t}\n\treturn tree;\n};\n\n/*\nParse a run of text at the current position\n\tterminatorRegExp: a regexp at which to stop the run\n\toptions: see below\nOptions available:\n\teatTerminator: move the parse position past any encountered terminator (default false)\n*/\nWikiParser.prototype.parseInlineRun = function(terminatorRegExp,options) {\n\tif(terminatorRegExp) {\n\t\treturn this.parseInlineRunTerminated(terminatorRegExp,options);\n\t} else {\n\t\treturn this.parseInlineRunUnterminated(options);\n\t}\n};\n\nWikiParser.prototype.parseInlineRunUnterminated = function(options) {\n\tvar tree = [];\n\t// Find the next occurrence of an inline rule\n\tvar nextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around the matches until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && nextMatch) {\n\t\t// Process the text preceding the run rule\n\t\tif(nextMatch.matchIndex > this.pos) {\n\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,nextMatch.matchIndex));\n\t\t\tthis.pos = nextMatch.matchIndex;\n\t\t}\n\t\t// Process the run rule\n\t\ttree.push.apply(tree,nextMatch.rule.parse());\n\t\t// Look for the next run rule\n\t\tnextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\tthis.pushTextWidget(tree,this.source.substr(this.pos));\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\nWikiParser.prototype.parseInlineRunTerminated = function(terminatorRegExp,options) {\n\toptions = options || {};\n\tvar tree = [];\n\t// Find the next occurrence of the terminator\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar terminatorMatch = terminatorRegExp.exec(this.source);\n\t// Find the next occurrence of a inlinerule\n\tvar inlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && (terminatorMatch || inlineRuleMatch)) {\n\t\t// Return if we've found the terminator, and it precedes any inline rule match\n\t\tif(terminatorMatch) {\n\t\t\tif(!inlineRuleMatch || inlineRuleMatch.matchIndex >= terminatorMatch.index) {\n\t\t\t\tif(terminatorMatch.index > this.pos) {\n\t\t\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,terminatorMatch.index));\n\t\t\t\t}\n\t\t\t\tthis.pos = terminatorMatch.index;\n\t\t\t\tif(options.eatTerminator) {\n\t\t\t\t\tthis.pos += terminatorMatch[0].length;\n\t\t\t\t}\n\t\t\t\treturn tree;\n\t\t\t}\n\t\t}\n\t\t// Process any inline rule, along with the text preceding it\n\t\tif(inlineRuleMatch) {\n\t\t\t// Preceding text\n\t\t\tif(inlineRuleMatch.matchIndex > this.pos) {\n\t\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,inlineRuleMatch.matchIndex));\n\t\t\t\tthis.pos = inlineRuleMatch.matchIndex;\n\t\t\t}\n\t\t\t// Process the inline rule\n\t\t\ttree.push.apply(tree,inlineRuleMatch.rule.parse());\n\t\t\t// Look for the next inline rule\n\t\t\tinlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t\t\t// Look for the next terminator match\n\t\t\tterminatorRegExp.lastIndex = this.pos;\n\t\t\tterminatorMatch = terminatorRegExp.exec(this.source);\n\t\t}\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\tthis.pushTextWidget(tree,this.source.substr(this.pos));\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\n/*\nPush a text widget onto an array, respecting the configTrimWhiteSpace setting\n*/\nWikiParser.prototype.pushTextWidget = function(array,text) {\n\tif(this.configTrimWhiteSpace) {\n\t\ttext = $tw.utils.trim(text);\n\t}\n\tif(text) {\n\t\tarray.push({type: \"text\", text: text});\t\t\n\t}\n};\n\n/*\nParse zero or more class specifiers `.classname`\n*/\nWikiParser.prototype.parseClasses = function() {\n\tvar classRegExp = /\\.([^\\s\\.]+)/mg,\n\t\tclassNames = [];\n\tclassRegExp.lastIndex = this.pos;\n\tvar match = classRegExp.exec(this.source);\n\twhile(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t\tclassNames.push(match[1]);\n\t\tmatch = classRegExp.exec(this.source);\n\t}\n\treturn classNames;\n};\n\n/*\nAmend the rules used by this instance of the parser\n\ttype: `only` keeps just the named rules, `except` keeps all but the named rules\n\tnames: array of rule names\n*/\nWikiParser.prototype.amendRules = function(type,names) {\n\tnames = names || [];\n\t// Define the filter function\n\tvar keepFilter;\n\tif(type === \"only\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) !== -1;\n\t\t};\n\t} else if(type === \"except\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) === -1;\n\t\t};\n\t} else {\n\t\treturn;\n\t}\n\t// Define a function to process each of our rule arrays\n\tvar processRuleArray = function(ruleArray) {\n\t\tfor(var t=ruleArray.length-1; t>=0; t--) {\n\t\t\tif(!keepFilter(ruleArray[t].rule.name)) {\n\t\t\t\truleArray.splice(t,1);\n\t\t\t}\n\t\t}\n\t};\n\t// Process each rule array\n\tprocessRuleArray(this.pragmaRules);\n\tprocessRuleArray(this.blockRules);\n\tprocessRuleArray(this.inlineRules);\n};\n\nexports[\"text/vnd.tiddlywiki\"] = WikiParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/wikirulebase.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikirulebase.js\ntype: application/javascript\nmodule-type: global\n\nBase class for wiki parser rules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nThis constructor is always overridden with a blank constructor, and so shouldn't be used\n*/\nvar WikiRuleBase = function() {\n};\n\n/*\nTo be overridden by individual rules\n*/\nWikiRuleBase.prototype.init = function(parser) {\n\tthis.parser = parser;\n};\n\n/*\nDefault implementation of findNextMatch uses RegExp matching\n*/\nWikiRuleBase.prototype.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\treturn this.match ? this.match.index : undefined;\n};\n\nexports.WikiRuleBase = WikiRuleBase;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/pluginswitcher.js": {
"title": "$:/core/modules/pluginswitcher.js",
"text": "/*\\\ntitle: $:/core/modules/pluginswitcher.js\ntype: application/javascript\nmodule-type: global\n\nManages switching plugins for themes and languages.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\noptions:\nwiki: wiki store to be used\npluginType: type of plugin to be switched\ncontrollerTitle: title of tiddler used to control switching of this resource\ndefaultPlugins: array of default plugins to be used if nominated plugin isn't found\nonSwitch: callback when plugin is switched (single parameter is array of plugin titles)\n*/\nfunction PluginSwitcher(options) {\n\tthis.wiki = options.wiki;\n\tthis.pluginType = options.pluginType;\n\tthis.controllerTitle = options.controllerTitle;\n\tthis.defaultPlugins = options.defaultPlugins || [];\n\tthis.onSwitch = options.onSwitch;\n\t// Switch to the current plugin\n\tthis.switchPlugins();\n\t// Listen for changes to the selected plugin\n\tvar self = this;\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,self.controllerTitle)) {\n\t\t\tself.switchPlugins();\n\t\t}\n\t});\n}\n\nPluginSwitcher.prototype.switchPlugins = function() {\n\t// Get the name of the current theme\n\tvar selectedPluginTitle = this.wiki.getTiddlerText(this.controllerTitle);\n\t// If it doesn't exist, then fallback to one of the default themes\n\tvar index = 0;\n\twhile(!this.wiki.getTiddler(selectedPluginTitle) && index < this.defaultPlugins.length) {\n\t\tselectedPluginTitle = this.defaultPlugins[index++];\n\t}\n\t// Accumulate the titles of the plugins that we need to load\n\tvar plugins = [],\n\t\tself = this,\n\t\taccumulatePlugin = function(title) {\n\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\tif(tiddler && tiddler.isPlugin() && plugins.indexOf(title) === -1) {\n\t\t\t\tplugins.push(title);\n\t\t\t\tvar pluginInfo = JSON.parse(self.wiki.getTiddlerText(title)),\n\t\t\t\t\tdependents = $tw.utils.parseStringArray(tiddler.fields.dependents || \"\");\n\t\t\t\t$tw.utils.each(dependents,function(title) {\n\t\t\t\t\taccumulatePlugin(title);\n\t\t\t\t});\n\t\t\t}\n\t\t};\n\taccumulatePlugin(selectedPluginTitle);\n\t// Unregister any existing theme tiddlers\n\tvar unregisteredTiddlers = $tw.wiki.unregisterPluginTiddlers(this.pluginType);\n\t// Register any new theme tiddlers\n\tvar registeredTiddlers = $tw.wiki.registerPluginTiddlers(this.pluginType,plugins);\n\t// Unpack the current theme tiddlers\n\t$tw.wiki.unpackPluginTiddlers();\n\t// Call the switch handler\n\tif(this.onSwitch) {\n\t\tthis.onSwitch(plugins);\n\t}\n};\n\nexports.PluginSwitcher = PluginSwitcher;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/saver-handler.js": {
"title": "$:/core/modules/saver-handler.js",
"text": "/*\\\ntitle: $:/core/modules/saver-handler.js\ntype: application/javascript\nmodule-type: global\n\nThe saver handler tracks changes to the store and handles saving the entire wiki via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the saver handler with the following options:\nwiki: wiki to be synced\ndirtyTracking: true if dirty tracking should be performed\n*/\nfunction SaverHandler(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.dirtyTracking = options.dirtyTracking;\n\tthis.pendingAutoSave = false;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"saver-handler\");\n\t// Initialise our savers\n\tif($tw.browser) {\n\t\tthis.initSavers();\n\t}\n\t// Only do dirty tracking if required\n\tif($tw.browser && this.dirtyTracking) {\n\t\t// Compile the dirty tiddler filter\n\t\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t\t// Count of changes that have not yet been saved\n\t\tthis.numChanges = 0;\n\t\t// Listen out for changes to tiddlers\n\t\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\t\t// Filter the changes so that we only count changes to tiddlers that we care about\n\t\t\tvar filteredChanges = self.filterFn.call(self.wiki,function(iterator) {\n\t\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\t\titerator(tiddler,title);\n\t\t\t\t});\n\t\t\t});\n\t\t\t// Adjust the number of changes\n\t\t\tself.numChanges += filteredChanges.length;\n\t\t\tself.updateDirtyStatus();\n\t\t\t// Do any autosave if one is pending and there's no more change events\n\t\t\tif(self.pendingAutoSave && self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tself.pendingAutoSave = false;\n\t\t\t}\n\t\t});\n\t\t// Listen for the autosave event\n\t\t$tw.rootWidget.addEventListener(\"tm-auto-save-wiki\",function(event) {\n\t\t\t// Do the autosave unless there are outstanding tiddler change events\n\t\t\tif(self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise put ourselves in the \"pending autosave\" state and wait for the change event before we do the autosave\n\t\t\t\tself.pendingAutoSave = true;\n\t\t\t}\n\t\t});\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t}\n\t// Install the save action handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget.addEventListener(\"tm-save-wiki\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-download-file\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\tmethod: \"download\",\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t}\n}\n\nSaverHandler.prototype.titleSyncFilter = \"$:/config/SaverFilter\";\nSaverHandler.prototype.titleAutoSave = \"$:/config/AutoSave\";\nSaverHandler.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\n\n/*\nSelect the appropriate saver modules and set them up\n*/\nSaverHandler.prototype.initSavers = function(moduleType) {\n\tmoduleType = moduleType || \"saver\";\n\t// Instantiate the available savers\n\tthis.savers = [];\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tif(module.canSave(self)) {\n\t\t\tself.savers.push(module.create(self.wiki));\n\t\t}\n\t});\n\t// Sort the savers into priority order\n\tthis.savers.sort(function(a,b) {\n\t\tif(a.info.priority < b.info.priority) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(a.info.priority > b.info.priority) {\n\t\t\t\treturn +1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nSave the wiki contents. Options are:\n\tmethod: \"save\", \"autosave\" or \"download\"\n\ttemplate: the tiddler containing the template to save\n\tdownloadType: the content type for the saved file\n*/\nSaverHandler.prototype.saveWiki = function(options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tmethod = options.method || \"save\",\n\t\tvariables = options.variables || {},\n\t\ttemplate = options.template || \"$:/core/save/all\",\n\t\tdownloadType = options.downloadType || \"text/plain\",\n\t\ttext = this.wiki.renderTiddler(downloadType,template,options),\n\t\tcallback = function(err) {\n\t\t\tif(err) {\n\t\t\t\talert($tw.language.getString(\"Error/WhileSaving\") + \":\\n\\n\" + err);\n\t\t\t} else {\n\t\t\t\t// Clear the task queue if we're saving (rather than downloading)\n\t\t\t\tif(method !== \"download\") {\n\t\t\t\t\tself.numChanges = 0;\n\t\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t}\n\t\t\t\t$tw.notifier.display(self.titleSavedNotification);\n\t\t\t\tif(options.callback) {\n\t\t\t\t\toptions.callback();\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t// Ignore autosave if disabled\n\tif(method === \"autosave\" && this.wiki.getTiddlerText(this.titleAutoSave,\"yes\") !== \"yes\") {\n\t\treturn false;\n\t}\n\t// Call the highest priority saver that supports this method\n\tfor(var t=this.savers.length-1; t>=0; t--) {\n\t\tvar saver = this.savers[t];\n\t\tif(saver.info.capabilities.indexOf(method) !== -1 && saver.save(text,method,callback,{variables: {filename: variables.filename}})) {\n\t\t\tthis.logger.log(\"Saving wiki with method\",method,\"through saver\",saver.info.name);\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSaverHandler.prototype.isDirty = function() {\n\treturn this.numChanges > 0;\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSaverHandler.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\nexports.SaverHandler = SaverHandler;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/savers/andtidwiki.js": {
"title": "$:/core/modules/savers/andtidwiki.js",
"text": "/*\\\ntitle: $:/core/modules/savers/andtidwiki.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the AndTidWiki Android app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar AndTidWiki = function(wiki) {\n};\n\nAndTidWiki.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.toString().split(\"#\")[0]);\n\t// Strip the file://\n\tif(pathname.indexOf(\"file://\") === 0) {\n\t\tpathname = pathname.substr(7);\n\t}\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Save the file\n\twindow.twi.saveFile(pathname,text);\n\t// Call the callback\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nAndTidWiki.prototype.info = {\n\tname: \"andtidwiki\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.twi && !!window.twi.saveFile;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new AndTidWiki(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/beaker.js": {
"title": "$:/core/modules/savers/beaker.js",
"text": "/*\\\ntitle: $:/core/modules/savers/beaker.js\ntype: application/javascript\nmodule-type: saver\n\nSaves files using the Beaker browser's (https://beakerbrowser.com) Dat protocol (https://datproject.org/)\nCompatible with beaker >= V0.7.2\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet up the saver\n*/\nvar BeakerSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nBeakerSaver.prototype.save = function(text,method,callback) {\n\tvar dat = new DatArchive(\"\" + window.location),\n\t\tpathname = (\"\" + window.location.pathname).split(\"#\")[0];\n\tdat.stat(pathname).then(function(value) {\n\t\tif(value.isDirectory()) {\n\t\t\tpathname = pathname + \"/index.html\";\n\t\t}\n\t\tdat.writeFile(pathname,text,\"utf8\").then(function(value) {\n\t\t\tcallback(null);\n\t\t},function(reason) {\n\t\t\tcallback(\"Beaker Saver Write Error: \" + reason);\n\t\t});\n\t},function(reason) {\n\t\tcallback(\"Beaker Saver Stat Error: \" + reason);\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nBeakerSaver.prototype.info = {\n\tname: \"beaker\",\n\tpriority: 3000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.DatArchive && location.protocol===\"dat:\";\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new BeakerSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/download.js": {
"title": "$:/core/modules/savers/download.js",
"text": "/*\\\ntitle: $:/core/modules/savers/download.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar DownloadSaver = function(wiki) {\n};\n\nDownloadSaver.prototype.save = function(text,method,callback,options) {\n\toptions = options || {};\n\t// Get the current filename\n\tvar filename = options.variables.filename;\n\tif(!filename) {\n\t\tvar p = document.location.pathname.lastIndexOf(\"/\");\n\t\tif(p !== -1) {\n\t\t\t// We decode the pathname because document.location is URL encoded by the browser\n\t\t\tfilename = decodeURIComponent(document.location.pathname.substr(p+1));\n\t\t}\n\t}\n\tif(!filename) {\n\t\tfilename = \"tiddlywiki.html\";\n\t}\n\t// Set up the link\n\tvar link = document.createElement(\"a\");\n\tif(Blob !== undefined) {\n\t\tvar blob = new Blob([text], {type: \"text/html\"});\n\t\tlink.setAttribute(\"href\", URL.createObjectURL(blob));\n\t} else {\n\t\tlink.setAttribute(\"href\",\"data:text/html,\" + encodeURIComponent(text));\n\t}\n\tlink.setAttribute(\"download\",filename);\n\tdocument.body.appendChild(link);\n\tlink.click();\n\tdocument.body.removeChild(link);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nDownloadSaver.prototype.info = {\n\tname: \"download\",\n\tpriority: 100\n};\n\nObject.defineProperty(DownloadSaver.prototype.info, \"capabilities\", {\n\tget: function() {\n\t\tvar capabilities = [\"save\", \"download\"];\n\t\tif(($tw.wiki.getTextReference(\"$:/config/DownloadSaver/AutoSave\") || \"\").toLowerCase() === \"yes\") {\n\t\t\tcapabilities.push(\"autosave\");\n\t\t}\n\t\treturn capabilities;\n\t}\n});\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn document.createElement(\"a\").download !== undefined;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new DownloadSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/fsosaver.js": {
"title": "$:/core/modules/savers/fsosaver.js",
"text": "/*\\\ntitle: $:/core/modules/savers/fsosaver.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via MS FileSystemObject ActiveXObject\n\nNote: Since TiddlyWiki's markup contains the MOTW, the FileSystemObject normally won't be available. \nHowever, if the wiki is loaded as an .HTA file (Windows HTML Applications) then the FSO can be used.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar FSOSaver = function(wiki) {\n};\n\nFSOSaver.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = unescape(document.location.pathname);\n\t// Test for a Windows path of the form /x:\\blah...\n\tif(/^\\/[A-Z]\\:\\\\[^\\\\]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t} else if(document.location.hostname !== \"\" && /^\\/\\\\[^\\\\]+\\\\[^\\\\]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t\t// reconstruct UNC path\n\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t} else {\n\t\treturn false;\n\t}\n\t// Save the file (as UTF-16)\n\tvar fso = new ActiveXObject(\"Scripting.FileSystemObject\");\n\tvar file = fso.OpenTextFile(pathname,2,-1,-1);\n\tfile.Write(text);\n\tfile.Close();\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nFSOSaver.prototype.info = {\n\tname: \"FSOSaver\",\n\tpriority: 120,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\ttry {\n\t\treturn (window.location.protocol === \"file:\") && !!(new ActiveXObject(\"Scripting.FileSystemObject\"));\n\t} catch(e) { return false; }\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new FSOSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/manualdownload.js": {
"title": "$:/core/modules/savers/manualdownload.js",
"text": "/*\\\ntitle: $:/core/modules/savers/manualdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Title of the tiddler containing the download message\nvar downloadInstructionsTitle = \"$:/language/Modals/Download\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar ManualDownloadSaver = function(wiki) {\n};\n\nManualDownloadSaver.prototype.save = function(text,method,callback) {\n\t$tw.modal.display(downloadInstructionsTitle,{\n\t\tdownloadLink: \"data:text/html,\" + encodeURIComponent(text)\n\t});\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nManualDownloadSaver.prototype.info = {\n\tname: \"manualdownload\",\n\tpriority: 0,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new ManualDownloadSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/msdownload.js": {
"title": "$:/core/modules/savers/msdownload.js",
"text": "/*\\\ntitle: $:/core/modules/savers/msdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via window.navigator.msSaveBlob()\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar MsDownloadSaver = function(wiki) {\n};\n\nMsDownloadSaver.prototype.save = function(text,method,callback) {\n\t// Get the current filename\n\tvar filename = \"tiddlywiki.html\",\n\t\tp = document.location.pathname.lastIndexOf(\"/\");\n\tif(p !== -1) {\n\t\tfilename = document.location.pathname.substr(p+1);\n\t}\n\t// Set up the link\n\tvar blob = new Blob([text], {type: \"text/html\"});\n\twindow.navigator.msSaveBlob(blob,filename);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nMsDownloadSaver.prototype.info = {\n\tname: \"msdownload\",\n\tpriority: 110,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.navigator.msSaveBlob;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new MsDownloadSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/put.js": {
"title": "$:/core/modules/savers/put.js",
"text": "/*\\\ntitle: $:/core/modules/savers/put.js\ntype: application/javascript\nmodule-type: saver\n\nSaves wiki by performing a PUT request to the server\n\nWorks with any server which accepts a PUT request\nto the current URL, such as a WebDAV server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRetrieve ETag if available\n*/\nvar retrieveETag = function(self) {\n\tvar headers = {\n\t\tAccept: \"*/*;charset=UTF-8\"\n\t};\n\t$tw.utils.httpRequest({\n\t\turl: self.uri(),\n\t\ttype: \"HEAD\",\n\t\theaders: headers,\n\t\tcallback: function(err,data,xhr) {\n\t\t\tif(err) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t\tvar etag = xhr.getResponseHeader(\"ETag\");\n\t\t\tif(!etag) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t\tself.etag = etag.replace(/^W\\//,\"\");\n\t\t}\n\t});\n};\n\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar PutSaver = function(wiki) {\n\tthis.wiki = wiki;\n\tvar self = this;\n\tvar uri = this.uri();\n\t// Async server probe. Until probe finishes, save will fail fast\n\t// See also https://github.com/Jermolene/TiddlyWiki5/issues/2276\n\t$tw.utils.httpRequest({\n\t\turl: uri,\n\t\ttype: \"OPTIONS\",\n\t\tcallback: function(err,data,xhr) {\n\t\t\t// Check DAV header http://www.webdav.org/specs/rfc2518.html#rfc.section.9.1\n\t\t\tif(!err) {\n\t\t\t\tself.serverAcceptsPuts = xhr.status === 200 && !!xhr.getResponseHeader(\"dav\");\n\t\t\t}\n\t\t}\n\t});\n\tretrieveETag(this);\n};\n\nPutSaver.prototype.uri = function() {\n\treturn document.location.toString().split(\"#\")[0];\n};\n\n// TODO: in case of edit conflict\n// Prompt: Do you want to save over this? Y/N\n// Merging would be ideal, and may be possible using future generic merge flow\nPutSaver.prototype.save = function(text,method,callback) {\n\tif(!this.serverAcceptsPuts) {\n\t\treturn false;\n\t}\n\tvar self = this;\n\tvar headers = {\n\t\t\"Content-Type\": \"text/html;charset=UTF-8\"\n\t};\n\tif(this.etag) {\n\t\theaders[\"If-Match\"] = this.etag;\n\t}\n\t$tw.utils.httpRequest({\n\t\turl: this.uri(),\n\t\ttype: \"PUT\",\n\t\theaders: headers,\n\t\tdata: text,\n\t\tcallback: function(err,data,xhr) {\n\t\t\tif(err) {\n\t\t\t\t// response is textual: \"XMLHttpRequest error code: 412\"\n\t\t\t\tvar status = Number(err.substring(err.indexOf(':') + 2, err.length))\n\t\t\t\tif(status === 412) { // edit conflict\n\t\t\t\t\tvar message = $tw.language.getString(\"Error/EditConflict\");\n\t\t\t\t\tcallback(message);\n\t\t\t\t} else {\n\t\t\t\t\tcallback(err); // fail\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tself.etag = xhr.getResponseHeader(\"ETag\");\n\t\t\t\tif(self.etag == null) {\n\t\t\t\t\tretrieveETag(self);\n\t\t\t\t}\n\t\t\t\tcallback(null); // success\n\t\t\t}\n\t\t}\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nPutSaver.prototype.info = {\n\tname: \"put\",\n\tpriority: 2000,\n\tcapabilities: [\"save\",\"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn /^https?:/.test(location.protocol);\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new PutSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyfox.js": {
"title": "$:/core/modules/savers/tiddlyfox.js",
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyfox.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TiddlyFox file extension\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TiddlyFoxSaver = function(wiki) {\n};\n\nTiddlyFoxSaver.prototype.save = function(text,method,callback) {\n\tvar messageBox = document.getElementById(\"tiddlyfox-message-box\");\n\tif(messageBox) {\n\t\t// Get the pathname of this document\n\t\tvar pathname = document.location.toString().split(\"#\")[0];\n\t\t// Replace file://localhost/ with file:///\n\t\tif(pathname.indexOf(\"file://localhost/\") === 0) {\n\t\t\tpathname = \"file://\" + pathname.substr(16);\n\t\t}\n\t\t// Windows path file:///x:/blah/blah --> x:\\blah\\blah\n\t\tif(/^file\\:\\/\\/\\/[A-Z]\\:\\//i.test(pathname)) {\n\t\t\t// Remove the leading slash and convert slashes to backslashes\n\t\t\tpathname = pathname.substr(8).replace(/\\//g,\"\\\\\");\n\t\t// Firefox Windows network path file://///server/share/blah/blah --> //server/share/blah/blah\n\t\t} else if(pathname.indexOf(\"file://///\") === 0) {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(10)).replace(/\\//g,\"\\\\\");\n\t\t// Mac/Unix local path file:///path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:///\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(7));\n\t\t// Mac/Unix local path file:/path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:/\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(5));\n\t\t// Otherwise Windows networth path file://server/share/path/path --> \\\\server\\share\\path\\path\n\t\t} else {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(7)).replace(new RegExp(\"/\",\"g\"),\"\\\\\");\n\t\t}\n\t\t// Create the message element and put it in the message box\n\t\tvar message = document.createElement(\"div\");\n\t\tmessage.setAttribute(\"data-tiddlyfox-path\",decodeURIComponent(pathname));\n\t\tmessage.setAttribute(\"data-tiddlyfox-content\",text);\n\t\tmessageBox.appendChild(message);\n\t\t// Add an event handler for when the file has been saved\n\t\tmessage.addEventListener(\"tiddlyfox-have-saved-file\",function(event) {\n\t\t\tcallback(null);\n\t\t}, false);\n\t\t// Create and dispatch the custom event to the extension\n\t\tvar event = document.createEvent(\"Events\");\n\t\tevent.initEvent(\"tiddlyfox-save-file\",true,false);\n\t\tmessage.dispatchEvent(event);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyFoxSaver.prototype.info = {\n\tname: \"tiddlyfox\",\n\tpriority: 1500,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyFoxSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyie.js": {
"title": "$:/core/modules/savers/tiddlyie.js",
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyie.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via Internet Explorer BHO extenion (TiddlyIE)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar TiddlyIESaver = function(wiki) {\n};\n\nTiddlyIESaver.prototype.save = function(text,method,callback) {\n\t// Check existence of TiddlyIE BHO extension (note: only works after document is complete)\n\tif(typeof(window.TiddlyIE) != \"undefined\") {\n\t\t// Get the pathname of this document\n\t\tvar pathname = unescape(document.location.pathname);\n\t\t// Test for a Windows path of the form /x:/blah...\n\t\tif(/^\\/[A-Z]\\:\\/[^\\/]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+ (is this better?: ^/[a-z]:/[^/]+(/[^/]+)*\\.[^/]+ )\n\t\t\t// Remove the leading slash\n\t\t\tpathname = pathname.substr(1);\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t} else if(document.hostname !== \"\" && /^\\/[^\\/]+\\/[^\\/]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t\t// reconstruct UNC path\n\t\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t\t} else return false;\n\t\t// Prompt the user to save the file\n\t\twindow.TiddlyIE.save(pathname, text);\n\t\t// Callback that we succeeded\n\t\tcallback(null);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyIESaver.prototype.info = {\n\tname: \"tiddlyiesaver\",\n\tpriority: 1500,\n\tcapabilities: [\"save\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyIESaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/twedit.js": {
"title": "$:/core/modules/savers/twedit.js",
"text": "/*\\\ntitle: $:/core/modules/savers/twedit.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TWEdit iOS app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TWEditSaver = function(wiki) {\n};\n\nTWEditSaver.prototype.save = function(text,method,callback) {\n\t// Bail if we're not running under TWEdit\n\tif(typeof DeviceInfo !== \"object\") {\n\t\treturn false;\n\t}\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.pathname);\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Remove the leading \"/Documents\" from path\n\tvar prefix = \"/Documents\";\n\tif(pathname.indexOf(prefix) === 0) {\n\t\tpathname = pathname.substr(prefix.length);\n\t}\n\t// Error handler\n\tvar errorHandler = function(event) {\n\t\t// Error\n\t\tcallback($tw.language.getString(\"Error/SavingToTWEdit\") + \": \" + event.target.error.code);\n\t};\n\t// Get the file system\n\twindow.requestFileSystem(LocalFileSystem.PERSISTENT,0,function(fileSystem) {\n\t\t// Now we've got the filesystem, get the fileEntry\n\t\tfileSystem.root.getFile(pathname, {create: true}, function(fileEntry) {\n\t\t\t// Now we've got the fileEntry, create the writer\n\t\t\tfileEntry.createWriter(function(writer) {\n\t\t\t\twriter.onerror = errorHandler;\n\t\t\t\twriter.onwrite = function() {\n\t\t\t\t\tcallback(null);\n\t\t\t\t};\n\t\t\t\twriter.position = 0;\n\t\t\t\twriter.write(text);\n\t\t\t},errorHandler);\n\t\t}, errorHandler);\n\t}, errorHandler);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nTWEditSaver.prototype.info = {\n\tname: \"twedit\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TWEditSaver(wiki);\n};\n\n/////////////////////////// Hack\n// HACK: This ensures that TWEdit recognises us as a TiddlyWiki document\nif($tw.browser) {\n\twindow.version = {title: \"TiddlyWiki\"};\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/upload.js": {
"title": "$:/core/modules/savers/upload.js",
"text": "/*\\\ntitle: $:/core/modules/savers/upload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via upload to a server.\n\nDesigned to be compatible with BidiX's UploadPlugin at http://tiddlywiki.bidix.info/#UploadPlugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar UploadSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nUploadSaver.prototype.save = function(text,method,callback) {\n\t// Get the various parameters we need\n\tvar backupDir = this.wiki.getTextReference(\"$:/UploadBackupDir\") || \".\",\n\t\tusername = this.wiki.getTextReference(\"$:/UploadName\"),\n\t\tpassword = $tw.utils.getPassword(\"upload\"),\n\t\tuploadDir = this.wiki.getTextReference(\"$:/UploadDir\") || \".\",\n\t\tuploadFilename = this.wiki.getTextReference(\"$:/UploadFilename\") || \"index.html\",\n\t\turl = this.wiki.getTextReference(\"$:/UploadURL\");\n\t// Bail out if we don't have the bits we need\n\tif(!username || username.toString().trim() === \"\" || !password || password.toString().trim() === \"\") {\n\t\treturn false;\n\t}\n\t// Construct the url if not provided\n\tif(!url) {\n\t\turl = \"http://\" + username + \".tiddlyspot.com/store.cgi\";\n\t}\n\t// Assemble the header\n\tvar boundary = \"---------------------------\" + \"AaB03x\";\t\n\tvar uploadFormName = \"UploadPlugin\";\n\tvar head = [];\n\thead.push(\"--\" + boundary + \"\\r\\nContent-disposition: form-data; name=\\\"UploadPlugin\\\"\\r\\n\");\n\thead.push(\"backupDir=\" + backupDir + \";user=\" + username + \";password=\" + password + \";uploaddir=\" + uploadDir + \";;\"); \n\thead.push(\"\\r\\n\" + \"--\" + boundary);\n\thead.push(\"Content-disposition: form-data; name=\\\"userfile\\\"; filename=\\\"\" + uploadFilename + \"\\\"\");\n\thead.push(\"Content-Type: text/html;charset=UTF-8\");\n\thead.push(\"Content-Length: \" + text.length + \"\\r\\n\");\n\thead.push(\"\");\n\t// Assemble the tail and the data itself\n\tvar tail = \"\\r\\n--\" + boundary + \"--\\r\\n\",\n\t\tdata = head.join(\"\\r\\n\") + text + tail;\n\t// Do the HTTP post\n\tvar http = new XMLHttpRequest();\n\thttp.open(\"POST\",url,true,username,password);\n\thttp.setRequestHeader(\"Content-Type\",\"multipart/form-data; charset=UTF-8; boundary=\" + boundary);\n\thttp.onreadystatechange = function() {\n\t\tif(http.readyState == 4 && http.status == 200) {\n\t\t\tif(http.responseText.substr(0,4) === \"0 - \") {\n\t\t\t\tcallback(null);\n\t\t\t} else {\n\t\t\t\tcallback(http.responseText);\n\t\t\t}\n\t\t}\n\t};\n\ttry {\n\t\thttp.send(data);\n\t} catch(ex) {\n\t\treturn callback($tw.language.getString(\"Error/Caption\") + \":\" + ex);\n\t}\n\t$tw.notifier.display(\"$:/language/Notifications/Save/Starting\");\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nUploadSaver.prototype.info = {\n\tname: \"upload\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new UploadSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/server/authenticators/basic.js": {
"title": "$:/core/modules/server/authenticators/basic.js",
"text": "/*\\\ntitle: $:/core/modules/server/authenticators/basic.js\ntype: application/javascript\nmodule-type: authenticator\n\nAuthenticator for WWW basic authentication\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nif($tw.node) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\");\n}\n\nfunction BasicAuthenticator(server) {\n\tthis.server = server;\n\tthis.credentialsData = [];\n}\n\n/*\nReturns true if the authenticator is active, false if it is inactive, or a string if there is an error\n*/\nBasicAuthenticator.prototype.init = function() {\n\t// Read the credentials data\n\tthis.credentialsFilepath = this.server.get(\"credentials\");\n\tif(this.credentialsFilepath) {\n\t\tvar resolveCredentialsFilepath = path.resolve($tw.boot.wikiPath,this.credentialsFilepath);\n\t\tif(fs.existsSync(resolveCredentialsFilepath) && !fs.statSync(resolveCredentialsFilepath).isDirectory()) {\n\t\t\tvar credentialsText = fs.readFileSync(resolveCredentialsFilepath,\"utf8\"),\n\t\t\t\tcredentialsData = $tw.utils.parseCsvStringWithHeader(credentialsText);\n\t\t\tif(typeof credentialsData === \"string\") {\n\t\t\t\treturn \"Error: \" + credentialsData + \" reading credentials from '\" + resolveCredentialsFilepath + \"'\";\n\t\t\t} else {\n\t\t\t\tthis.credentialsData = credentialsData;\n\t\t\t}\n\t\t} else {\n\t\t\treturn \"Error: Unable to load user credentials from '\" + credentialsFilepath + \"'\";\n\t\t}\n\t}\n\t// Add the hardcoded username and password if specified\n\tif(this.server.get(\"username\") && this.server.get(\"password\")) {\n\t\tthis.credentialsData = this.credentialsData || [];\n\t\tthis.credentialsData.push({\n\t\t\tusername: this.server.get(\"username\"),\n\t\t\tpassword: this.server.get(\"password\")\n\t\t});\n\t}\n\treturn this.credentialsData.length > 0;\n};\n\n/*\nReturns true if the request is authenticated and assigns the \"authenticatedUsername\" state variable.\nReturns false if the request couldn't be authenticated having sent an appropriate response to the browser\n*/\nBasicAuthenticator.prototype.authenticateRequest = function(request,response,state) {\n\t// Extract the incoming username and password from the request\n\tvar header = request.headers.authorization || \"\";\n\tif(!header && state.allowAnon) {\n\t\t// If there's no header and anonymous access is allowed then we don't set authenticatedUsername\n\t\treturn true;\n\t}\n\tvar token = header.split(/\\s+/).pop() || \"\",\n\t\tauth = $tw.utils.base64Decode(token),\n\t\tparts = auth.split(/:/),\n\t\tincomingUsername = parts[0],\n\t\tincomingPassword = parts[1];\n\t// Check that at least one of the credentials matches\n\tvar matchingCredentials = this.credentialsData.find(function(credential) {\n\t\treturn credential.username === incomingUsername && credential.password === incomingPassword;\n\t});\n\tif(matchingCredentials) {\n\t\t// If so, add the authenticated username to the request state\n\t\tstate.authenticatedUsername = incomingUsername;\n\t\treturn true;\n\t} else {\n\t\t// If not, return an authentication challenge\n\t\tresponse.writeHead(401,\"Authentication required\",{\n\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + state.server.servername + '\"'\n\t\t});\n\t\tresponse.end();\n\t\treturn false;\n\t}\n};\n\nexports.AuthenticatorClass = BasicAuthenticator;\n\n})();\n",
"type": "application/javascript",
"module-type": "authenticator"
},
"$:/core/modules/server/authenticators/header.js": {
"title": "$:/core/modules/server/authenticators/header.js",
"text": "/*\\\ntitle: $:/core/modules/server/authenticators/header.js\ntype: application/javascript\nmodule-type: authenticator\n\nAuthenticator for trusted header authentication\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction HeaderAuthenticator(server) {\n\tthis.server = server;\n\tthis.header = server.get(\"authenticated-user-header\");\n}\n\n/*\nReturns true if the authenticator is active, false if it is inactive, or a string if there is an error\n*/\nHeaderAuthenticator.prototype.init = function() {\n\treturn !!this.header;\n};\n\n/*\nReturns true if the request is authenticated and assigns the \"authenticatedUsername\" state variable.\nReturns false if the request couldn't be authenticated having sent an appropriate response to the browser\n*/\nHeaderAuthenticator.prototype.authenticateRequest = function(request,response,state) {\n\t// Otherwise, authenticate as the username in the specified header\n\tvar username = request.headers[this.header];\n\tif(!username && !state.allowAnon) {\n\t\tresponse.writeHead(401,\"Authorization header required to login to '\" + state.server.servername + \"'\");\n\t\tresponse.end();\n\t\treturn false;\n\t} else {\n\t\t// authenticatedUsername will be undefined for anonymous users\n\t\tstate.authenticatedUsername = username;\n\t\treturn true;\n\t}\n};\n\nexports.AuthenticatorClass = HeaderAuthenticator;\n\n})();\n",
"type": "application/javascript",
"module-type": "authenticator"
},
"$:/core/modules/server/routes/delete-tiddler.js": {
"title": "$:/core/modules/server/routes/delete-tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/delete-tiddler.js\ntype: application/javascript\nmodule-type: route\n\nDELETE /recipes/default/tiddlers/:title\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"DELETE\";\n\nexports.path = /^\\/bags\\/default\\/tiddlers\\/(.+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar title = decodeURIComponent(state.params[0]);\n\tstate.wiki.deleteTiddler(title);\n\tresponse.writeHead(204, \"OK\", {\n\t\t\"Content-Type\": \"text/plain\"\n\t});\n\tresponse.end();\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-favicon.js": {
"title": "$:/core/modules/server/routes/get-favicon.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-favicon.js\ntype: application/javascript\nmodule-type: route\n\nGET /favicon.ico\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/favicon.ico$/;\n\nexports.handler = function(request,response,state) {\n\tresponse.writeHead(200, {\"Content-Type\": \"image/x-icon\"});\n\tvar buffer = state.wiki.getTiddlerText(\"$:/favicon.ico\",\"\");\n\tresponse.end(buffer,\"base64\");\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-file.js": {
"title": "$:/core/modules/server/routes/get-file.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-file.js\ntype: application/javascript\nmodule-type: route\n\nGET /files/:filepath\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/files\\/(.+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar path = require(\"path\"),\n\t\tfs = require(\"fs\"),\n\t\tutil = require(\"util\");\n\tvar filename = path.resolve($tw.boot.wikiPath,\"files\",decodeURIComponent(state.params[0])),\n\t\textension = path.extname(filename);\n\tfs.readFile(filename,function(err,content) {\n\t\tvar status,content,type = \"text/plain\";\n\t\tif(err) {\n\t\t\tif(err.code === \"ENOENT\") {\n\t\t\t\tstatus = 404;\n\t\t\t\tcontent = \"File '\" + filename + \"' not found\";\n\t\t\t} else if(err.code === \"EACCES\") {\n\t\t\t\tstatus = 403;\n\t\t\t\tcontent = \"You do not have permission to access the file '\" + filename + \"'\";\n\t\t\t} else {\n\t\t\t\tstatus = 500;\n\t\t\t\tcontent = err.toString();\n\t\t\t}\n\t\t} else {\n\t\t\tstatus = 200;\n\t\t\tcontent = content;\n\t\t\ttype = ($tw.config.fileExtensionInfo[extension] ? $tw.config.fileExtensionInfo[extension].type : \"application/octet-stream\");\n\t\t}\n\t\tresponse.writeHead(status,{\n\t\t\t\"Content-Type\": type\n\t\t});\n\t\tresponse.end(content);\n\t});\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-index.js": {
"title": "$:/core/modules/server/routes/get-index.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-index.js\ntype: application/javascript\nmodule-type: route\n\nGET /\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/$/;\n\nexports.handler = function(request,response,state) {\n\tresponse.writeHead(200, {\"Content-Type\": state.server.get(\"root-serve-type\")});\n\tvar text = state.wiki.renderTiddler(state.server.get(\"root-render-type\"),state.server.get(\"root-tiddler\"));\n\tresponse.end(text,\"utf8\");\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-login-basic.js": {
"title": "$:/core/modules/server/routes/get-login-basic.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-login-basic.js\ntype: application/javascript\nmodule-type: route\n\nGET /login-basic -- force a Basic Authentication challenge\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/login-basic$/;\n\nexports.handler = function(request,response,state) {\n\tif(!state.authenticatedUsername) {\n\t\t// Challenge if there's no username\n\t\tresponse.writeHead(401,{\n\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + state.server.servername + '\"'\n\t\t});\n\t\tresponse.end();\t\t\n\t} else {\n\t\t// Redirect to the root wiki if login worked\n\t\tresponse.writeHead(302,{\n\t\t\tLocation: \"/\"\n\t\t});\n\t\tresponse.end();\n\t}\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-status.js": {
"title": "$:/core/modules/server/routes/get-status.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-status.js\ntype: application/javascript\nmodule-type: route\n\nGET /status\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/status$/;\n\nexports.handler = function(request,response,state) {\n\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\tvar text = JSON.stringify({\n\t\tusername: state.authenticatedUsername || state.server.get(\"anon-username\") || \"\",\n\t\tanonymous: !state.authenticatedUsername,\n\t\tread_only: !state.server.isAuthorized(\"writers\",state.authenticatedUsername),\n\t\tspace: {\n\t\t\trecipe: \"default\"\n\t\t},\n\t\ttiddlywiki_version: $tw.version\n\t});\n\tresponse.end(text,\"utf8\");\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-tiddler-html.js": {
"title": "$:/core/modules/server/routes/get-tiddler-html.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-tiddler-html.js\ntype: application/javascript\nmodule-type: route\n\nGET /:title\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/([^\\/]+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar title = decodeURIComponent(state.params[0]),\n\t\ttiddler = state.wiki.getTiddler(title);\n\tif(tiddler) {\n\t\tvar renderType = tiddler.getFieldString(\"_render_type\"),\n\t\t\trenderTemplate = tiddler.getFieldString(\"_render_template\");\n\t\t// Tiddler fields '_render_type' and '_render_template' overwrite\n\t\t// system wide settings for render type and template\n\t\tif(state.wiki.isSystemTiddler(title)) {\n\t\t\trenderType = renderType || state.server.get(\"system-tiddler-render-type\");\n\t\t\trenderTemplate = renderTemplate || state.server.get(\"system-tiddler-render-template\");\n\t\t} else {\n\t\t\trenderType = renderType || state.server.get(\"tiddler-render-type\");\n\t\t\trenderTemplate = renderTemplate || state.server.get(\"tiddler-render-template\");\n\t\t}\n\t\tvar text = state.wiki.renderTiddler(renderType,renderTemplate,{parseAsInline: true, variables: {currentTiddler: title}});\n\t\t// Naughty not to set a content-type, but it's the easiest way to ensure the browser will see HTML pages as HTML, and accept plain text tiddlers as CSS or JS\n\t\tresponse.writeHead(200);\n\t\tresponse.end(text,\"utf8\");\n\t} else {\n\t\tresponse.writeHead(404);\n\t\tresponse.end();\n\t}\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-tiddler.js": {
"title": "$:/core/modules/server/routes/get-tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-tiddler.js\ntype: application/javascript\nmodule-type: route\n\nGET /recipes/default/tiddlers/:title\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/recipes\\/default\\/tiddlers\\/(.+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar title = decodeURIComponent(state.params[0]),\n\t\ttiddler = state.wiki.getTiddler(title),\n\t\ttiddlerFields = {},\n\t\tknownFields = [\n\t\t\t\"bag\", \"created\", \"creator\", \"modified\", \"modifier\", \"permissions\", \"recipe\", \"revision\", \"tags\", \"text\", \"title\", \"type\", \"uri\"\n\t\t];\n\tif(tiddler) {\n\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\tif(knownFields.indexOf(name) !== -1) {\n\t\t\t\ttiddlerFields[name] = value;\n\t\t\t} else {\n\t\t\t\ttiddlerFields.fields = tiddlerFields.fields || {};\n\t\t\t\ttiddlerFields.fields[name] = value;\n\t\t\t}\n\t\t});\n\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\tresponse.end(JSON.stringify(tiddlerFields),\"utf8\");\n\t} else {\n\t\tresponse.writeHead(404);\n\t\tresponse.end();\n\t}\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-tiddlers-json.js": {
"title": "$:/core/modules/server/routes/get-tiddlers-json.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-tiddlers-json.js\ntype: application/javascript\nmodule-type: route\n\nGET /recipes/default/tiddlers/tiddlers.json\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/recipes\\/default\\/tiddlers.json$/;\n\nexports.handler = function(request,response,state) {\n\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\tvar tiddlers = [];\n\tstate.wiki.forEachTiddler({sortField: \"title\"},function(title,tiddler) {\n\t\tvar tiddlerFields = {};\n\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\tif(name !== \"text\") {\n\t\t\t\ttiddlerFields[name] = tiddler.getFieldString(name);\n\t\t\t}\n\t\t});\n\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\ttiddlers.push(tiddlerFields);\n\t});\n\tvar text = JSON.stringify(tiddlers);\n\tresponse.end(text,\"utf8\");\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/put-tiddler.js": {
"title": "$:/core/modules/server/routes/put-tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/put-tiddler.js\ntype: application/javascript\nmodule-type: route\n\nPUT /recipes/default/tiddlers/:title\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"PUT\";\n\nexports.path = /^\\/recipes\\/default\\/tiddlers\\/(.+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar title = decodeURIComponent(state.params[0]),\n\tfields = JSON.parse(state.data);\n\t// Pull up any subfields in the `fields` object\n\tif(fields.fields) {\n\t\t$tw.utils.each(fields.fields,function(field,name) {\n\t\t\tfields[name] = field;\n\t\t});\n\t\tdelete fields.fields;\n\t}\n\t// Remove any revision field\n\tif(fields.revision) {\n\t\tdelete fields.revision;\n\t}\n\tstate.wiki.addTiddler(new $tw.Tiddler(state.wiki.getCreationFields(),fields,{title: title},state.wiki.getModificationFields()));\n\tvar changeCount = state.wiki.getChangeCount(title).toString();\n\tresponse.writeHead(204, \"OK\",{\n\t\tEtag: \"\\\"default/\" + encodeURIComponent(title) + \"/\" + changeCount + \":\\\"\",\n\t\t\"Content-Type\": \"text/plain\"\n\t});\n\tresponse.end();\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/server.js": {
"title": "$:/core/modules/server/server.js",
"text": "/*\\\ntitle: $:/core/modules/server/server.js\ntype: application/javascript\nmodule-type: library\n\nServe tiddlers over http\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nif($tw.node) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\");\n}\n\n/*\nA simple HTTP server with regexp-based routes\noptions: variables - optional hashmap of variables to set (a misnomer - they are really constant parameters)\n\t\t routes - optional array of routes to use\n\t\t wiki - reference to wiki object\n*/\nfunction Server(options) {\n\tvar self = this;\n\tthis.routes = options.routes || [];\n\tthis.authenticators = options.authenticators || [];\n\tthis.wiki = options.wiki;\n\tthis.servername = $tw.utils.transliterateToSafeASCII(this.wiki.getTiddlerText(\"$:/SiteTitle\") || \"TiddlyWiki5\");\n\t// Initialise the variables\n\tthis.variables = $tw.utils.extend({},this.defaultVariables);\n\tif(options.variables) {\n\t\tfor(var variable in options.variables) {\n\t\t\tif(options.variables[variable]) {\n\t\t\t\tthis.variables[variable] = options.variables[variable];\n\t\t\t}\n\t\t}\t\t\n\t}\n\t$tw.utils.extend({},this.defaultVariables,options.variables);\n\t// Initialise CSRF\n\tthis.csrfDisable = this.get(\"csrf-disable\") === \"yes\";\n\t// Initialise authorization\n\tvar authorizedUserName = (this.get(\"username\") && this.get(\"password\")) ? this.get(\"username\") : \"(anon)\";\n\tthis.authorizationPrincipals = {\n\t\treaders: (this.get(\"readers\") || authorizedUserName).split(\",\").map($tw.utils.trim),\n\t\twriters: (this.get(\"writers\") || authorizedUserName).split(\",\").map($tw.utils.trim)\n\t}\n\t// Load and initialise authenticators\n\t$tw.modules.forEachModuleOfType(\"authenticator\", function(title,authenticatorDefinition) {\n\t\t// console.log(\"Loading server route \" + title);\n\t\tself.addAuthenticator(authenticatorDefinition.AuthenticatorClass);\n\t});\n\t// Load route handlers\n\t$tw.modules.forEachModuleOfType(\"route\", function(title,routeDefinition) {\n\t\t// console.log(\"Loading server route \" + title);\n\t\tself.addRoute(routeDefinition);\n\t});\n\t// Initialise the http vs https\n\tthis.listenOptions = null;\n\tthis.protocol = \"http\";\n\tvar tlsKeyFilepath = this.get(\"tls-key\"),\n\t\ttlsCertFilepath = this.get(\"tls-cert\");\n\tif(tlsCertFilepath && tlsKeyFilepath) {\n\t\tthis.listenOptions = {\n\t\t\tkey: fs.readFileSync(path.resolve($tw.boot.wikiPath,tlsKeyFilepath),\"utf8\"),\n\t\t\tcert: fs.readFileSync(path.resolve($tw.boot.wikiPath,tlsCertFilepath),\"utf8\")\n\t\t};\n\t\tthis.protocol = \"https\";\n\t}\n\tthis.transport = require(this.protocol);\n}\n\nServer.prototype.defaultVariables = {\n\tport: \"8080\",\n\thost: \"127.0.0.1\",\n\t\"root-tiddler\": \"$:/core/save/all\",\n\t\"root-render-type\": \"text/plain\",\n\t\"root-serve-type\": \"text/html\",\n\t\"tiddler-render-type\": \"text/html\",\n\t\"tiddler-render-template\": \"$:/core/templates/server/static.tiddler.html\",\n\t\"system-tiddler-render-type\": \"text/plain\",\n\t\"system-tiddler-render-template\": \"$:/core/templates/wikified-tiddler\",\n\t\"debug-level\": \"none\"\n};\n\nServer.prototype.get = function(name) {\n\treturn this.variables[name];\n};\n\nServer.prototype.addRoute = function(route) {\n\tthis.routes.push(route);\n};\n\nServer.prototype.addAuthenticator = function(AuthenticatorClass) {\n\t// Instantiate and initialise the authenticator\n\tvar authenticator = new AuthenticatorClass(this),\n\t\tresult = authenticator.init();\n\tif(typeof result === \"string\") {\n\t\t$tw.utils.error(\"Error: \" + result);\n\t} else if(result) {\n\t\t// Only use the authenticator if it initialised successfully\n\t\tthis.authenticators.push(authenticator);\n\t}\n};\n\nServer.prototype.findMatchingRoute = function(request,state) {\n\tvar pathprefix = this.get(\"path-prefix\") || \"\";\n\tfor(var t=0; t<this.routes.length; t++) {\n\t\tvar potentialRoute = this.routes[t],\n\t\t\tpathRegExp = potentialRoute.path,\n\t\t\tpathname = state.urlInfo.pathname,\n\t\t\tmatch;\n\t\tif(pathprefix) {\n\t\t\tif(pathname.substr(0,pathprefix.length) === pathprefix) {\n\t\t\t\tpathname = pathname.substr(pathprefix.length) || \"/\";\n\t\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t\t} else {\n\t\t\t\tmatch = false;\n\t\t\t}\n\t\t} else {\n\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t}\n\t\tif(match && request.method === potentialRoute.method) {\n\t\t\tstate.params = [];\n\t\t\tfor(var p=1; p<match.length; p++) {\n\t\t\t\tstate.params.push(match[p]);\n\t\t\t}\n\t\t\treturn potentialRoute;\n\t\t}\n\t}\n\treturn null;\n};\n\nServer.prototype.methodMappings = {\n\t\"GET\": \"readers\",\n\t\"OPTIONS\": \"readers\",\n\t\"HEAD\": \"readers\",\n\t\"PUT\": \"writers\",\n\t\"POST\": \"writers\",\n\t\"DELETE\": \"writers\"\n};\n\n/*\nCheck whether a given user is authorized for the specified authorizationType (\"readers\" or \"writers\"). Pass null or undefined as the username to check for anonymous access\n*/\nServer.prototype.isAuthorized = function(authorizationType,username) {\n\tvar principals = this.authorizationPrincipals[authorizationType] || [];\n\treturn principals.indexOf(\"(anon)\") !== -1 || (username && (principals.indexOf(\"(authenticated)\") !== -1 || principals.indexOf(username) !== -1));\n}\n\nServer.prototype.requestHandler = function(request,response) {\n\t// Compose the state object\n\tvar self = this;\n\tvar state = {};\n\tstate.wiki = self.wiki;\n\tstate.server = self;\n\tstate.urlInfo = url.parse(request.url);\n\t// Get the principals authorized to access this resource\n\tvar authorizationType = this.methodMappings[request.method] || \"readers\";\n\t// Check for the CSRF header if this is a write\n\tif(!this.csrfDisable && authorizationType === \"writers\" && request.headers[\"x-requested-with\"] !== \"TiddlyWiki\") {\n\t\tresponse.writeHead(403,\"'X-Requested-With' header required to login to '\" + this.servername + \"'\");\n\t\tresponse.end();\n\t\treturn;\t\t\n\t}\n\t// Check whether anonymous access is granted\n\tstate.allowAnon = this.isAuthorized(authorizationType,null);\n\t// Authenticate with the first active authenticator\n\tif(this.authenticators.length > 0) {\n\t\tif(!this.authenticators[0].authenticateRequest(request,response,state)) {\n\t\t\t// Bail if we failed (the authenticator will have sent the response)\n\t\t\treturn;\n\t\t}\t\t\n\t}\n\t// Authorize with the authenticated username\n\tif(!this.isAuthorized(authorizationType,state.authenticatedUsername)) {\n\t\tresponse.writeHead(401,\"'\" + state.authenticatedUsername + \"' is not authorized to access '\" + this.servername + \"'\");\n\t\tresponse.end();\n\t\treturn;\n\t}\n\t// Find the route that matches this path\n\tvar route = self.findMatchingRoute(request,state);\n\t// Optionally output debug info\n\tif(self.get(\"debug-level\") !== \"none\") {\n\t\tconsole.log(\"Request path:\",JSON.stringify(state.urlInfo));\n\t\tconsole.log(\"Request headers:\",JSON.stringify(request.headers));\n\t\tconsole.log(\"authenticatedUsername:\",state.authenticatedUsername);\n\t}\n\t// Return a 404 if we didn't find a route\n\tif(!route) {\n\t\tresponse.writeHead(404);\n\t\tresponse.end();\n\t\treturn;\n\t}\n\t// Receive the request body if necessary and hand off to the route handler\n\tif(route.bodyFormat === \"stream\" || request.method === \"GET\" || request.method === \"HEAD\") {\n\t\t// Let the route handle the request stream itself\n\t\troute.handler(request,response,state);\n\t} else if(route.bodyFormat === \"string\" || !route.bodyFormat) {\n\t\t// Set the encoding for the incoming request\n\t\trequest.setEncoding(\"utf8\");\n\t\tvar data = \"\";\n\t\trequest.on(\"data\",function(chunk) {\n\t\t\tdata += chunk.toString();\n\t\t});\n\t\trequest.on(\"end\",function() {\n\t\t\tstate.data = data;\n\t\t\troute.handler(request,response,state);\n\t\t});\n\t} else if(route.bodyFormat === \"buffer\") {\n\t\tvar data = [];\n\t\trequest.on(\"data\",function(chunk) {\n\t\t\tdata.push(chunk);\n\t\t});\n\t\trequest.on(\"end\",function() {\n\t\t\tstate.data = Buffer.concat(data);\n\t\t\troute.handler(request,response,state);\n\t\t})\n\t} else {\n\t\tresponse.writeHead(400,\"Invalid bodyFormat \" + route.bodyFormat + \" in route \" + route.method + \" \" + route.path.source);\n\t\tresponse.end();\n\t}\n};\n\n/*\nListen for requests\nport: optional port number (falls back to value of \"port\" variable)\nhost: optional host address (falls back to value of \"hist\" variable)\n*/\nServer.prototype.listen = function(port,host) {\n\t// Handle defaults for port and host\n\tport = port || this.get(\"port\");\n\thost = host || this.get(\"host\");\n\t// Check for the port being a string and look it up as an environment variable\n\tif(parseInt(port,10).toString() !== port) {\n\t\tport = process.env[port] || 8080;\n\t}\n\t$tw.utils.log(\"Serving on \" + this.protocol + \"://\" + host + \":\" + port,\"brown/orange\");\n\t$tw.utils.log(\"(press ctrl-C to exit)\",\"red\");\n\t// Warn if required plugins are missing\n\tif(!$tw.wiki.getTiddler(\"$:/plugins/tiddlywiki/tiddlyweb\") || !$tw.wiki.getTiddler(\"$:/plugins/tiddlywiki/filesystem\")) {\n\t\t$tw.utils.warning(\"Warning: Plugins required for client-server operation (\\\"tiddlywiki/filesystem\\\" and \\\"tiddlywiki/tiddlyweb\\\") are missing from tiddlywiki.info file\");\n\t}\n\t// Listen\n\tvar server;\n\tif(this.listenOptions) {\n\t\tserver = this.transport.createServer(this.listenOptions,this.requestHandler.bind(this));\n\t} else {\n\t\tserver = this.transport.createServer(this.requestHandler.bind(this));\n\t}\n\treturn server.listen(port,host);\n};\n\nexports.Server = Server;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/browser-messaging.js": {
"title": "$:/core/modules/browser-messaging.js",
"text": "/*\\\ntitle: $:/core/modules/browser-messaging.js\ntype: application/javascript\nmodule-type: startup\n\nBrowser message handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"browser-messaging\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n/*\nLoad a specified url as an iframe and call the callback when it is loaded. If the url is already loaded then the existing iframe instance is used\n*/\nfunction loadIFrame(url,callback) {\n\t// Check if iframe already exists\n\tvar iframeInfo = $tw.browserMessaging.iframeInfoMap[url];\n\tif(iframeInfo) {\n\t\t// We've already got the iframe\n\t\tcallback(null,iframeInfo);\n\t} else {\n\t\t// Create the iframe and save it in the list\n\t\tvar iframe = document.createElement(\"iframe\");\n\t\tiframeInfo = {\n\t\t\turl: url,\n\t\t\tstatus: \"loading\",\n\t\t\tdomNode: iframe\n\t\t};\n\t\t$tw.browserMessaging.iframeInfoMap[url] = iframeInfo;\n\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t// Add the iframe to the DOM and hide it\n\t\tiframe.style.display = \"none\";\n\t\tiframe.setAttribute(\"library\",\"true\");\n\t\tdocument.body.appendChild(iframe);\n\t\t// Set up onload\n\t\tiframe.onload = function() {\n\t\t\tiframeInfo.status = \"loaded\";\n\t\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t\tcallback(null,iframeInfo);\n\t\t};\n\t\tiframe.onerror = function() {\n\t\t\tcallback(\"Cannot load iframe\");\n\t\t};\n\t\ttry {\n\t\t\tiframe.src = url;\n\t\t} catch(ex) {\n\t\t\tcallback(ex);\n\t\t}\n\t}\n}\n\n/*\nUnload library iframe for given url\n*/\nfunction unloadIFrame(url){\n\t$tw.utils.each(document.getElementsByTagName('iframe'), function(iframe) {\n\t\tif(iframe.getAttribute(\"library\") === \"true\" &&\n\t\t iframe.getAttribute(\"src\") === url) {\n\t\t\tiframe.parentNode.removeChild(iframe);\n\t\t}\n\t});\n}\n\nfunction saveIFrameInfoTiddler(iframeInfo) {\n\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),{\n\t\ttitle: \"$:/temp/ServerConnection/\" + iframeInfo.url,\n\t\ttext: iframeInfo.status,\n\t\ttags: [\"$:/tags/ServerConnection\"],\n\t\turl: iframeInfo.url\n\t},$tw.wiki.getModificationFields()));\n}\n\nexports.startup = function() {\n\t// Initialise the store of iframes we've created\n\t$tw.browserMessaging = {\n\t\tiframeInfoMap: {} // Hashmap by URL of {url:,status:\"loading/loaded\",domNode:}\n\t};\n\t// Listen for widget messages to control loading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\tif(url) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert($tw.language.getString(\"Error/LoadingPluginLibrary\") + \": \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers.json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-info\",\n\t\t\t\t\t\t\tinfoTitlePrefix: paramObject.infoTitlePrefix || \"$:/temp/RemoteAssetInfo/\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for widget messages to control unloading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-unload-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\t$tw.browserMessaging.iframeInfoMap[url] = undefined;\n\t\tif(url) {\n\t\t\tunloadIFrame(url);\n\t\t\t$tw.utils.each(\n\t\t\t\t$tw.wiki.filterTiddlers(\"[[$:/temp/ServerConnection/\" + url + \"]] [prefix[$:/temp/RemoteAssetInfo/\" + url + \"/]]\"),\n\t\t\t\tfunction(title) {\n\t\t\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t\t\t}\n\t\t\t);\n\t\t}\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-from-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url,\n\t\t\ttitle = paramObject.title;\n\t\tif(url && title) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert($tw.language.getString(\"Error/LoadingPluginLibrary\") + \": \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers/\" + encodeURIComponent(title) + \".json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-tiddler\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for window messages from other windows\n\twindow.addEventListener(\"message\",function listener(event){\n\t\tconsole.log(\"browser-messaging: \",document.location.toString())\n\t\tconsole.log(\"browser-messaging: Received message from\",event.origin);\n\t\tconsole.log(\"browser-messaging: Message content\",event.data);\n\t\tswitch(event.data.verb) {\n\t\t\tcase \"GET-RESPONSE\":\n\t\t\t\tif(event.data.status.charAt(0) === \"2\") {\n\t\t\t\t\tif(event.data.cookies) {\n\t\t\t\t\t\tif(event.data.cookies.type === \"save-info\") {\n\t\t\t\t\t\t\tvar tiddlers = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\t\t\t\t\ttitle: event.data.cookies.infoTitlePrefix + event.data.cookies.url + \"/\" + tiddler.title,\n\t\t\t\t\t\t\t\t\t\"original-title\": tiddler.title,\n\t\t\t\t\t\t\t\t\ttext: \"\",\n\t\t\t\t\t\t\t\t\ttype: \"text/vnd.tiddlywiki\",\n\t\t\t\t\t\t\t\t\t\"original-type\": tiddler.type,\n\t\t\t\t\t\t\t\t\t\"plugin-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-plugin-type\": tiddler[\"plugin-type\"],\n\t\t\t\t\t\t\t\t\t\"module-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-module-type\": tiddler[\"module-type\"],\n\t\t\t\t\t\t\t\t\ttags: [\"$:/tags/RemoteAssetInfo\"],\n\t\t\t\t\t\t\t\t\t\"original-tags\": $tw.utils.stringifyList(tiddler.tags || []),\n\t\t\t\t\t\t\t\t\t\"server-url\": event.data.cookies.url\n\t\t\t\t\t\t\t\t},$tw.wiki.getModificationFields()));\n\t\t\t\t\t\t\t});\n\t\t\t\t\t\t} else if(event.data.cookies.type === \"save-tiddler\") {\n\t\t\t\t\t\t\tvar tiddler = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\t},false);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/commands.js": {
"title": "$:/core/modules/startup/commands.js",
"text": "/*\\\ntitle: $:/core/modules/startup/commands.js\ntype: application/javascript\nmodule-type: startup\n\nCommand processing\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"commands\";\nexports.platforms = [\"node\"];\nexports.after = [\"story\"];\nexports.synchronous = false;\n\nexports.startup = function(callback) {\n\t// On the server, start a commander with the command line arguments\n\tvar commander = new $tw.Commander(\n\t\t$tw.boot.argv,\n\t\tfunction(err) {\n\t\t\tif(err) {\n\t\t\t\treturn $tw.utils.error(\"Error: \" + err);\n\t\t\t}\n\t\t\tcallback();\n\t\t},\n\t\t$tw.wiki,\n\t\t{output: process.stdout, error: process.stderr}\n\t);\n\tcommander.execute();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/favicon.js": {
"title": "$:/core/modules/startup/favicon.js",
"text": "/*\\\ntitle: $:/core/modules/startup/favicon.js\ntype: application/javascript\nmodule-type: startup\n\nFavicon handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"favicon\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\t\t\n// Favicon tiddler\nvar FAVICON_TITLE = \"$:/favicon.ico\";\n\nexports.startup = function() {\n\t// Set up the favicon\n\tsetFavicon();\n\t// Reset the favicon when the tiddler changes\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,FAVICON_TITLE)) {\n\t\t\tsetFavicon();\n\t\t}\n\t});\n};\n\nfunction setFavicon() {\n\tvar tiddler = $tw.wiki.getTiddler(FAVICON_TITLE);\n\tif(tiddler) {\n\t\tvar faviconLink = document.getElementById(\"faviconLink\");\n\t\tfaviconLink.setAttribute(\"href\",\"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text);\n\t}\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/info.js": {
"title": "$:/core/modules/startup/info.js",
"text": "/*\\\ntitle: $:/core/modules/startup/info.js\ntype: application/javascript\nmodule-type: startup\n\nInitialise $:/info tiddlers via $:/temp/info-plugin pseudo-plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"info\";\nexports.before = [\"startup\"];\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Collect up the info tiddlers\n\tvar infoTiddlerFields = {};\n\t// Give each info module a chance to fill in as many info tiddlers as they want\n\t$tw.modules.forEachModuleOfType(\"info\",function(title,moduleExports) {\n\t\tif(moduleExports && moduleExports.getInfoTiddlerFields) {\n\t\t\tvar tiddlerFieldsArray = moduleExports.getInfoTiddlerFields(infoTiddlerFields);\n\t\t\t$tw.utils.each(tiddlerFieldsArray,function(fields) {\n\t\t\t\tif(fields) {\n\t\t\t\t\tinfoTiddlerFields[fields.title] = fields;\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Bake the info tiddlers into a plugin\n\tvar fields = {\n\t\ttitle: \"$:/temp/info-plugin\",\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"info\",\n\t\ttext: JSON.stringify({tiddlers: infoTiddlerFields},null,$tw.config.preferences.jsonSpaces)\n\t};\n\t$tw.wiki.addTiddler(new $tw.Tiddler(fields));\n\t$tw.wiki.readPluginInfo();\n\t$tw.wiki.registerPluginTiddlers(\"info\");\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/load-modules.js": {
"title": "$:/core/modules/startup/load-modules.js",
"text": "/*\\\ntitle: $:/core/modules/startup/load-modules.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"load-modules\";\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Load modules\n\t$tw.modules.applyMethods(\"utils\",$tw.utils);\n\tif($tw.node) {\n\t\t$tw.modules.applyMethods(\"utils-node\",$tw.utils);\n\t}\n\t$tw.modules.applyMethods(\"global\",$tw);\n\t$tw.modules.applyMethods(\"config\",$tw.config);\n\t$tw.Tiddler.fieldModules = $tw.modules.getModulesByTypeAsHashmap(\"tiddlerfield\");\n\t$tw.modules.applyMethods(\"tiddlermethod\",$tw.Tiddler.prototype);\n\t$tw.modules.applyMethods(\"wikimethod\",$tw.Wiki.prototype);\n\t$tw.modules.applyMethods(\"tiddlerdeserializer\",$tw.Wiki.tiddlerDeserializerModules);\n\t$tw.macros = $tw.modules.getModulesByTypeAsHashmap(\"macro\");\n\t$tw.wiki.initParsers();\n\t$tw.Commander.initCommands();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/password.js": {
"title": "$:/core/modules/startup/password.js",
"text": "/*\\\ntitle: $:/core/modules/startup/password.js\ntype: application/javascript\nmodule-type: startup\n\nPassword handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"password\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t$tw.rootWidget.addEventListener(\"tm-set-password\",function(event) {\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: $tw.language.getString(\"Encryption/PromptSetPassword\"),\n\t\t\tnoUserName: true,\n\t\t\tsubmitText: $tw.language.getString(\"Encryption/SetPassword\"),\n\t\t\tcanCancel: true,\n\t\t\trepeatPassword: true,\n\t\t\tcallback: function(data) {\n\t\t\t\tif(data) {\n\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t}\n\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t}\n\t\t});\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-clear-password\",function(event) {\n\t\tif($tw.browser) {\n\t\t\tif(!confirm($tw.language.getString(\"Encryption/ConfirmClearPassword\"))) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t$tw.crypto.setPassword(null);\n\t});\n\t// Ensure that $:/isEncrypted is maintained properly\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,\"$:/isEncrypted\")) {\n\t\t\t$tw.crypto.updateCryptoStateTiddler();\n\t\t}\n\t});\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/render.js": {
"title": "$:/core/modules/startup/render.js",
"text": "/*\\\ntitle: $:/core/modules/startup/render.js\ntype: application/javascript\nmodule-type: startup\n\nTitle, stylesheet and page rendering\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"render\";\nexports.platforms = [\"browser\"];\nexports.after = [\"story\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar PAGE_TITLE_TITLE = \"$:/core/wiki/title\";\nvar PAGE_STYLESHEET_TITLE = \"$:/core/ui/PageStylesheet\";\nvar PAGE_TEMPLATE_TITLE = \"$:/core/ui/PageTemplate\";\n\n// Time (in ms) that we defer refreshing changes to draft tiddlers\nvar DRAFT_TIDDLER_TIMEOUT_TITLE = \"$:/config/Drafts/TypingTimeout\";\nvar DRAFT_TIDDLER_TIMEOUT = 400;\n\nexports.startup = function() {\n\t// Set up the title\n\t$tw.titleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TITLE_TITLE,{document: $tw.fakeDocument, parseAsInline: true});\n\t$tw.titleContainer = $tw.fakeDocument.createElement(\"div\");\n\t$tw.titleWidgetNode.render($tw.titleContainer,null);\n\tdocument.title = $tw.titleContainer.textContent;\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.titleWidgetNode.refresh(changes,$tw.titleContainer,null)) {\n\t\t\tdocument.title = $tw.titleContainer.textContent;\n\t\t}\n\t});\n\t// Set up the styles\n\t$tw.styleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_STYLESHEET_TITLE,{document: $tw.fakeDocument});\n\t$tw.styleContainer = $tw.fakeDocument.createElement(\"style\");\n\t$tw.styleWidgetNode.render($tw.styleContainer,null);\n\t$tw.styleElement = document.createElement(\"style\");\n\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\tdocument.head.insertBefore($tw.styleElement,document.head.firstChild);\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"styleRefresh\",function(changes) {\n\t\tif($tw.styleWidgetNode.refresh(changes,$tw.styleContainer,null)) {\n\t\t\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\t\t}\n\t}));\n\t// Display the $:/core/ui/PageTemplate tiddler to kick off the display\n\t$tw.perf.report(\"mainRender\",function() {\n\t\t$tw.pageWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TEMPLATE_TITLE,{document: document, parentWidget: $tw.rootWidget});\n\t\t$tw.pageContainer = document.createElement(\"div\");\n\t\t$tw.utils.addClass($tw.pageContainer,\"tc-page-container-wrapper\");\n\t\tdocument.body.insertBefore($tw.pageContainer,document.body.firstChild);\n\t\t$tw.pageWidgetNode.render($tw.pageContainer,null);\n \t\t$tw.hooks.invokeHook(\"th-page-refreshed\");\n\t})();\n\t// Remove any splash screen elements\n\tvar removeList = document.querySelectorAll(\".tc-remove-when-wiki-loaded\");\n\t$tw.utils.each(removeList,function(removeItem) {\n\t\tif(removeItem.parentNode) {\n\t\t\tremoveItem.parentNode.removeChild(removeItem);\n\t\t}\n\t});\n\t// Prepare refresh mechanism\n\tvar deferredChanges = Object.create(null),\n\t\ttimerId;\n\tfunction refresh() {\n\t\t// Process the refresh\n\t\t$tw.pageWidgetNode.refresh(deferredChanges);\n\t\tdeferredChanges = Object.create(null);\n \t\t$tw.hooks.invokeHook(\"th-page-refreshed\");\n\t}\n\t// Add the change event handler\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"mainRefresh\",function(changes) {\n\t\t// Check if only drafts have changed\n\t\tvar onlyDraftsHaveChanged = true;\n\t\tfor(var title in changes) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(!tiddler || !tiddler.hasField(\"draft.of\")) {\n\t\t\t\tonlyDraftsHaveChanged = false;\n\t\t\t}\n\t\t}\n\t\t// Defer the change if only drafts have changed\n\t\tif(timerId) {\n\t\t\tclearTimeout(timerId);\n\t\t}\n\t\ttimerId = null;\n\t\tif(onlyDraftsHaveChanged) {\n\t\t\tvar timeout = parseInt($tw.wiki.getTiddlerText(DRAFT_TIDDLER_TIMEOUT_TITLE,\"\"),10);\n\t\t\tif(isNaN(timeout)) {\n\t\t\t\ttimeout = DRAFT_TIDDLER_TIMEOUT;\n\t\t\t}\n\t\t\ttimerId = setTimeout(refresh,timeout);\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t} else {\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t\trefresh();\n\t\t}\n\t}));\n\t// Fix up the link between the root widget and the page container\n\t$tw.rootWidget.domNodes = [$tw.pageContainer];\n\t$tw.rootWidget.children = [$tw.pageWidgetNode];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/rootwidget.js": {
"title": "$:/core/modules/startup/rootwidget.js",
"text": "/*\\\ntitle: $:/core/modules/startup/rootwidget.js\ntype: application/javascript\nmodule-type: startup\n\nSetup the root widget and the core root widget handlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"rootwidget\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.before = [\"story\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Install the modal message mechanism\n\t$tw.modal = new $tw.utils.Modal($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-modal\",function(event) {\n\t\t$tw.modal.display(event.param,{variables: event.paramObject, event: event});\n\t});\n\t// Install the notification mechanism\n\t$tw.notifier = new $tw.utils.Notifier($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-notify\",function(event) {\n\t\t$tw.notifier.display(event.param,{variables: event.paramObject});\n\t});\n\t// Install the copy-to-clipboard mechanism\n\t$tw.rootWidget.addEventListener(\"tm-copy-to-clipboard\",function(event) {\n\t\t$tw.utils.copyToClipboard(event.param);\n\t});\n\t// Install the scroller\n\t$tw.pageScroller = new $tw.utils.PageScroller();\n\t$tw.rootWidget.addEventListener(\"tm-scroll\",function(event) {\n\t\t$tw.pageScroller.handleEvent(event);\n\t});\n\tvar fullscreen = $tw.utils.getFullScreenApis();\n\tif(fullscreen) {\n\t\t$tw.rootWidget.addEventListener(\"tm-full-screen\",function(event) {\n\t\t\tif(event.param === \"enter\") {\n\t\t\t\tevent.event.target.ownerDocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t\t\t} else if(event.param === \"exit\") {\n\t\t\t\tevent.event.target.ownerDocument[fullscreen._exitFullscreen]();\n\t\t\t} else {\n\t\t\t\tif(event.event.target.ownerDocument[fullscreen._fullscreenElement]) {\n\t\t\t\t\tevent.event.target.ownerDocument[fullscreen._exitFullscreen]();\n\t\t\t\t} else {\n\t\t\t\t\tevent.event.target.ownerDocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t\t\t\t}\t\t\t\t\n\t\t\t}\n\t\t});\n\t}\n\t// If we're being viewed on a data: URI then give instructions for how to save\n\tif(document.location.protocol === \"data:\") {\n\t\t$tw.rootWidget.dispatchEvent({\n\t\t\ttype: \"tm-modal\",\n\t\t\tparam: \"$:/language/Modals/SaveInstructions\"\n\t\t});\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup.js": {
"title": "$:/core/modules/startup.js",
"text": "/*\\\ntitle: $:/core/modules/startup.js\ntype: application/javascript\nmodule-type: startup\n\nMiscellaneous startup logic for both the client and server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"startup\";\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\n// Set to `true` to enable performance instrumentation\nvar PERFORMANCE_INSTRUMENTATION_CONFIG_TITLE = \"$:/config/Performance/Instrumentation\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.startup = function() {\n\tvar modules,n,m,f;\n\t// Minimal browser detection\n\tif($tw.browser) {\n\t\t$tw.browser.isIE = (/msie|trident/i.test(navigator.userAgent));\n\t\t$tw.browser.isFirefox = !!document.mozFullScreenEnabled;\n\t}\n\t// Platform detection\n\t$tw.platform = {};\n\tif($tw.browser) {\n\t\t$tw.platform.isMac = /Mac/.test(navigator.platform);\n\t\t$tw.platform.isWindows = /win/i.test(navigator.platform);\n\t\t$tw.platform.isLinux = /Linux/i.test(navigator.platform);\n\t} else {\n\t\tswitch(require(\"os\").platform()) {\n\t\t\tcase \"darwin\":\n\t\t\t\t$tw.platform.isMac = true;\n\t\t\t\tbreak;\n\t\t\tcase \"win32\":\n\t\t\t\t$tw.platform.isWindows = true;\n\t\t\t\tbreak;\n\t\t\tcase \"freebsd\":\n\t\t\t\t$tw.platform.isLinux = true;\n\t\t\t\tbreak;\n\t\t\tcase \"linux\":\n\t\t\t\t$tw.platform.isLinux = true;\n\t\t\t\tbreak;\n\t\t}\n\t}\n\t// Initialise version\n\t$tw.version = $tw.utils.extractVersionInfo();\n\t// Set up the performance framework\n\t$tw.perf = new $tw.Performance($tw.wiki.getTiddlerText(PERFORMANCE_INSTRUMENTATION_CONFIG_TITLE,\"no\") === \"yes\");\n\t// Kick off the language manager and switcher\n\t$tw.language = new $tw.Language();\n\t$tw.languageSwitcher = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"language\",\n\t\tcontrollerTitle: \"$:/language\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/languages/en-US\"\n\t\t],\n\t\tonSwitch: function(plugins) {\n\t\t\tif($tw.browser) {\n\t\t\t\tvar pluginTiddler = $tw.wiki.getTiddler(plugins[0]);\n\t\t\t\tif(pluginTiddler) {\n\t\t\t\t\tdocument.documentElement.setAttribute(\"dir\",pluginTiddler.getFieldString(\"text-direction\") || \"auto\");\n\t\t\t\t} else {\n\t\t\t\t\tdocument.documentElement.removeAttribute(\"dir\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\t// Kick off the theme manager\n\t$tw.themeManager = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"theme\",\n\t\tcontrollerTitle: \"$:/theme\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/themes/tiddlywiki/snowwhite\",\n\t\t\t\"$:/themes/tiddlywiki/vanilla\"\n\t\t]\n\t});\n\t// Kick off the keyboard manager\n\t$tw.keyboardManager = new $tw.KeyboardManager();\n\t// Listen for shortcuts\n\tif($tw.browser) {\n\t\t$tw.utils.addEventListeners(document,[{\n\t\t\tname: \"keydown\",\n\t\t\thandlerObject: $tw.keyboardManager,\n\t\t\thandlerMethod: \"handleKeydownEvent\"\n\t\t}]);\n\t}\n\t// Create a root widget for attaching event handlers. By using it as the parentWidget for another widget tree, one can reuse the event handlers\n\t$tw.rootWidget = new widget.widget({\n\t\ttype: \"widget\",\n\t\tchildren: []\n\t},{\n\t\twiki: $tw.wiki,\n\t\tdocument: $tw.browser ? document : $tw.fakeDocument\n\t});\n\t// Execute any startup actions\n\tvar executeStartupTiddlers = function(tag) {\n\t\t$tw.utils.each($tw.wiki.filterTiddlers(\"[all[shadows+tiddlers]tag[\" + tag + \"]!has[draft.of]]\"),function(title) {\n\t\t\t$tw.rootWidget.invokeActionString($tw.wiki.getTiddlerText(title),$tw.rootWidget);\n\t\t});\n\t};\n\texecuteStartupTiddlers(\"$:/tags/StartupAction\");\n\tif($tw.browser) {\n\t\texecuteStartupTiddlers(\"$:/tags/StartupAction/Browser\");\t\t\n\t}\n\tif($tw.node) {\n\t\texecuteStartupTiddlers(\"$:/tags/StartupAction/Node\");\t\t\n\t}\n\t// Clear outstanding tiddler store change events to avoid an unnecessary refresh cycle at startup\n\t$tw.wiki.clearTiddlerEventQueue();\n\t// Find a working syncadaptor\n\t$tw.syncadaptor = undefined;\n\t$tw.modules.forEachModuleOfType(\"syncadaptor\",function(title,module) {\n\t\tif(!$tw.syncadaptor && module.adaptorClass) {\n\t\t\t$tw.syncadaptor = new module.adaptorClass({wiki: $tw.wiki});\n\t\t}\n\t});\n\t// Set up the syncer object if we've got a syncadaptor\n\tif($tw.syncadaptor) {\n\t\t$tw.syncer = new $tw.Syncer({wiki: $tw.wiki, syncadaptor: $tw.syncadaptor});\n\t} \n\t// Setup the saver handler\n\t$tw.saverHandler = new $tw.SaverHandler({wiki: $tw.wiki, dirtyTracking: !$tw.syncadaptor});\n\t// Host-specific startup\n\tif($tw.browser) {\n\t\t// Install the popup manager\n\t\t$tw.popup = new $tw.utils.Popup();\n\t\t// Install the animator\n\t\t$tw.anim = new $tw.utils.Animator();\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/story.js": {
"title": "$:/core/modules/startup/story.js",
"text": "/*\\\ntitle: $:/core/modules/startup/story.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"story\";\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar DEFAULT_STORY_TITLE = \"$:/StoryList\";\nvar DEFAULT_HISTORY_TITLE = \"$:/HistoryList\";\n\n// Default tiddlers\nvar DEFAULT_TIDDLERS_TITLE = \"$:/DefaultTiddlers\";\n\n// Config\nvar CONFIG_UPDATE_ADDRESS_BAR = \"$:/config/Navigation/UpdateAddressBar\"; // Can be \"no\", \"permalink\", \"permaview\"\nvar CONFIG_UPDATE_HISTORY = \"$:/config/Navigation/UpdateHistory\"; // Can be \"yes\" or \"no\"\nvar CONFIG_PERMALINKVIEW_COPY_TO_CLIPBOARD = \"$:/config/Navigation/Permalinkview/CopyToClipboard\"; // Can be \"yes\" (default) or \"no\"\nvar CONFIG_PERMALINKVIEW_UPDATE_ADDRESS_BAR = \"$:/config/Navigation/Permalinkview/UpdateAddressBar\"; // Can be \"yes\" (default) or \"no\"\n\n\n// Links to help, if there is no param\nvar HELP_OPEN_EXTERNAL_WINDOW = \"http://tiddlywiki.com/#WidgetMessage%3A%20tm-open-external-window\";\n\nexports.startup = function() {\n\t// Open startup tiddlers\n\topenStartupTiddlers();\n\tif($tw.browser) {\n\t\t// Set up location hash update\n\t\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\t\tif($tw.utils.hop(changes,DEFAULT_STORY_TITLE) || $tw.utils.hop(changes,DEFAULT_HISTORY_TITLE)) {\n\t\t\t\tupdateLocationHash({\n\t\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_UPDATE_ADDRESS_BAR,\"permaview\").trim(),\n\t\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim()\n\t\t\t\t});\n\t\t\t}\n\t\t});\n\t\t// Listen for changes to the browser location hash\n\t\twindow.addEventListener(\"hashchange\",function() {\n\t\t\tvar hash = $tw.utils.getLocationHash();\n\t\t\tif(hash !== $tw.locationHash) {\n\t\t\t\t$tw.locationHash = hash;\n\t\t\t\topenStartupTiddlers({defaultToCurrentStory: true});\n\t\t\t}\n\t\t},false);\n\t\t// Listen for the tm-browser-refresh message\n\t\t$tw.rootWidget.addEventListener(\"tm-browser-refresh\",function(event) {\n\t\t\twindow.location.reload(true);\n\t\t});\n\t\t// Listen for tm-open-external-window message\n\t\t$tw.rootWidget.addEventListener(\"tm-open-external-window\",function(event) {\n\t\t\tvar paramObject = event.paramObject || {},\n\t\t\t\tstrUrl = event.param || HELP_OPEN_EXTERNAL_WINDOW,\n\t\t\t\tstrWindowName = paramObject.windowName,\n\t\t\t\tstrWindowFeatures = paramObject.windowFeatures;\n\t\t\twindow.open(strUrl, strWindowName, strWindowFeatures);\n\t\t});\n\t\t// Listen for the tm-print message\n\t\t$tw.rootWidget.addEventListener(\"tm-print\",function(event) {\n\t\t\t(event.event.view || window).print();\n\t\t});\n\t\t// Listen for the tm-home message\n\t\t$tw.rootWidget.addEventListener(\"tm-home\",function(event) {\n\t\t\twindow.location.hash = \"\";\n\t\t\tvar storyFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE),\n\t\t\t\tstoryList = $tw.wiki.filterTiddlers(storyFilter);\n\t\t\t//invoke any hooks that might change the default story list\n\t\t\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t\t\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t\t\tif(storyList[0]) {\n\t\t\t\t$tw.wiki.addToHistory(storyList[0]);\n\t\t\t}\n\t\t});\n\t\t// Listen for the tm-permalink message\n\t\t$tw.rootWidget.addEventListener(\"tm-permalink\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_PERMALINKVIEW_UPDATE_ADDRESS_BAR,\"yes\").trim() === \"yes\" ? \"permalink\" : \"none\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle,\n\t\t\t\tcopyToClipboard: $tw.wiki.getTiddlerText(CONFIG_PERMALINKVIEW_COPY_TO_CLIPBOARD,\"yes\").trim() === \"yes\" ? \"permalink\" : \"none\"\n\t\t\t});\n\t\t});\n\t\t// Listen for the tm-permaview message\n\t\t$tw.rootWidget.addEventListener(\"tm-permaview\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_PERMALINKVIEW_UPDATE_ADDRESS_BAR,\"yes\").trim() === \"yes\" ? \"permaview\" : \"none\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle,\n\t\t\t\tcopyToClipboard: $tw.wiki.getTiddlerText(CONFIG_PERMALINKVIEW_COPY_TO_CLIPBOARD,\"yes\").trim() === \"yes\" ? \"permaview\" : \"none\"\n\t\t\t});\t\t\t\t\n\t\t});\n\t}\n};\n\n/*\nProcess the location hash to open the specified tiddlers. Options:\ndefaultToCurrentStory: If true, the current story is retained as the default, instead of opening the default tiddlers\n*/\nfunction openStartupTiddlers(options) {\n\toptions = options || {};\n\t// Work out the target tiddler and the story filter. \"null\" means \"unspecified\"\n\tvar target = null,\n\t\tstoryFilter = null;\n\tif($tw.locationHash.length > 1) {\n\t\tvar hash = $tw.locationHash.substr(1),\n\t\t\tsplit = hash.indexOf(\":\");\n\t\tif(split === -1) {\n\t\t\ttarget = decodeURIComponent(hash.trim());\n\t\t} else {\n\t\t\ttarget = decodeURIComponent(hash.substr(0,split).trim());\n\t\t\tstoryFilter = decodeURIComponent(hash.substr(split + 1).trim());\n\t\t}\n\t}\n\t// If the story wasn't specified use the current tiddlers or a blank story\n\tif(storyFilter === null) {\n\t\tif(options.defaultToCurrentStory) {\n\t\t\tvar currStoryList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE);\n\t\t\tstoryFilter = $tw.utils.stringifyList(currStoryList);\n\t\t} else {\n\t\t\tif(target && target !== \"\") {\n\t\t\t\tstoryFilter = \"\";\n\t\t\t} else {\n\t\t\t\tstoryFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE);\n\t\t\t}\n\t\t}\n\t}\n\t// Process the story filter to get the story list\n\tvar storyList = $tw.wiki.filterTiddlers(storyFilter);\n\t// Invoke any hooks that want to change the default story list\n\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t// If the target tiddler isn't included then splice it in at the top\n\tif(target && storyList.indexOf(target) === -1) {\n\t\tstoryList.unshift(target);\n\t}\n\t// Save the story list\n\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t// If a target tiddler was specified add it to the history stack\n\tif(target && target !== \"\") {\n\t\t// The target tiddler doesn't need double square brackets, but we'll silently remove them if they're present\n\t\tif(target.indexOf(\"[[\") === 0 && target.substr(-2) === \"]]\") {\n\t\t\ttarget = target.substr(2,target.length - 4);\n\t\t}\n\t\t$tw.wiki.addToHistory(target);\n\t} else if(storyList.length > 0) {\n\t\t$tw.wiki.addToHistory(storyList[0]);\n\t}\n}\n\n/*\noptions: See below\noptions.updateAddressBar: \"permalink\", \"permaview\" or \"no\" (defaults to \"permaview\")\noptions.updateHistory: \"yes\" or \"no\" (defaults to \"no\")\noptions.copyToClipboard: \"permalink\", \"permaview\" or \"no\" (defaults to \"no\")\noptions.targetTiddler: optional title of target tiddler for permalink\n*/\nfunction updateLocationHash(options) {\n\t// Get the story and the history stack\n\tvar storyList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE),\n\t\thistoryList = $tw.wiki.getTiddlerData(DEFAULT_HISTORY_TITLE,[]),\n\t\ttargetTiddler = \"\";\n\tif(options.targetTiddler) {\n\t\ttargetTiddler = options.targetTiddler;\n\t} else {\n\t\t// The target tiddler is the one at the top of the stack\n\t\tif(historyList.length > 0) {\n\t\t\ttargetTiddler = historyList[historyList.length-1].title;\n\t\t}\n\t\t// Blank the target tiddler if it isn't present in the story\n\t\tif(storyList.indexOf(targetTiddler) === -1) {\n\t\t\ttargetTiddler = \"\";\n\t\t}\n\t}\n\t// Assemble the location hash\n\tswitch(options.updateAddressBar) {\n\t\tcase \"permalink\":\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler);\n\t\t\tbreak;\n\t\tcase \"permaview\":\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList));\n\t\t\tbreak;\n\t}\n\t// Copy URL to the clipboard\n\tswitch(options.copyToClipboard) {\n\t\tcase \"permalink\":\n\t\t\t$tw.utils.copyToClipboard($tw.utils.getLocationPath() + \"#\" + encodeURIComponent(targetTiddler));\n\t\t\tbreak;\n\t\tcase \"permaview\":\n\t\t\t$tw.utils.copyToClipboard($tw.utils.getLocationPath() + \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList)));\n\t\t\tbreak;\n\t}\n\t// Only change the location hash if we must, thus avoiding unnecessary onhashchange events\n\tif($tw.utils.getLocationHash() !== $tw.locationHash) {\n\t\tif(options.updateHistory === \"yes\") {\n\t\t\t// Assign the location hash so that history is updated\n\t\t\twindow.location.hash = $tw.locationHash;\n\t\t} else {\n\t\t\t// We use replace so that browser history isn't affected\n\t\t\twindow.location.replace(window.location.toString().split(\"#\")[0] + $tw.locationHash);\n\t\t}\n\t}\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/windows.js": {
"title": "$:/core/modules/startup/windows.js",
"text": "/*\\\ntitle: $:/core/modules/startup/windows.js\ntype: application/javascript\nmodule-type: startup\n\nSetup root widget handlers for the messages concerned with opening external browser windows\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"windows\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Global to keep track of open windows (hashmap by title)\nvar windows = {};\n\nexports.startup = function() {\n\t// Handle open window message\n\t$tw.rootWidget.addEventListener(\"tm-open-window\",function(event) {\n\t\t// Get the parameters\n\t\tvar refreshHandler,\n\t\t\ttitle = event.param || event.tiddlerTitle,\n\t\t\tparamObject = event.paramObject || {},\n\t\t\ttemplate = paramObject.template || \"$:/core/templates/single.tiddler.window\",\n\t\t\twidth = paramObject.width || \"700\",\n\t\t\theight = paramObject.height || \"600\",\n\t\t\tvariables = $tw.utils.extend({},paramObject,{currentTiddler: title});\n\t\t// Open the window\n\t\tvar srcWindow,\n\t\t srcDocument;\n\t\t// In case that popup blockers deny opening a new window\n\t\ttry {\n\t\t\tsrcWindow = window.open(\"\",\"external-\" + title,\"scrollbars,width=\" + width + \",height=\" + height),\n\t\t\tsrcDocument = srcWindow.document;\n\t\t}\n\t\tcatch(e) {\n\t\t\treturn;\n\t\t}\n\t\twindows[title] = srcWindow;\n\t\t// Check for reopening the same window\n\t\tif(srcWindow.haveInitialisedWindow) {\n\t\t\treturn;\n\t\t}\n\t\t// Initialise the document\n\t\tsrcDocument.write(\"<html><head></head><body class='tc-body tc-single-tiddler-window'></body></html>\");\n\t\tsrcDocument.close();\n\t\tsrcDocument.title = title;\n\t\tsrcWindow.addEventListener(\"beforeunload\",function(event) {\n\t\t\tdelete windows[title];\n\t\t\t$tw.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t},false);\n\t\t// Set up the styles\n\t\tvar styleWidgetNode = $tw.wiki.makeTranscludeWidget(\"$:/core/ui/PageStylesheet\",{\n\t\t\t\tdocument: $tw.fakeDocument,\n\t\t\t\tvariables: variables,\n\t\t\t\timportPageMacros: true}),\n\t\t\tstyleContainer = $tw.fakeDocument.createElement(\"style\");\n\t\tstyleWidgetNode.render(styleContainer,null);\n\t\tvar styleElement = srcDocument.createElement(\"style\");\n\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\tsrcDocument.head.insertBefore(styleElement,srcDocument.head.firstChild);\n\t\t// Render the text of the tiddler\n\t\tvar parser = $tw.wiki.parseTiddler(template),\n\t\t\twidgetNode = $tw.wiki.makeWidget(parser,{document: srcDocument, parentWidget: $tw.rootWidget, variables: variables});\n\t\twidgetNode.render(srcDocument.body,srcDocument.body.firstChild);\n\t\t// Function to handle refreshes\n\t\trefreshHandler = function(changes) {\n\t\t\tif(styleWidgetNode.refresh(changes,styleContainer,null)) {\n\t\t\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\t\t}\n\t\t\twidgetNode.refresh(changes);\n\t\t};\n\t\t$tw.wiki.addEventListener(\"change\",refreshHandler);\n\t\t// Listen for keyboard shortcuts\n\t\t$tw.utils.addEventListeners(srcDocument,[{\n\t\t\tname: \"keydown\",\n\t\t\thandlerObject: $tw.keyboardManager,\n\t\t\thandlerMethod: \"handleKeydownEvent\"\n\t\t},{\n\t\t\tname: \"click\",\n\t\t\thandlerObject: $tw.popup,\n\t\t\thandlerMethod: \"handleEvent\"\n\t\t}]);\n\t\tsrcWindow.haveInitialisedWindow = true;\n\t});\n\t// Close open windows when unloading main window\n\t$tw.addUnloadTask(function() {\n\t\t$tw.utils.each(windows,function(win) {\n\t\t\twin.close();\n\t\t});\n\t});\n\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/story.js": {
"title": "$:/core/modules/story.js",
"text": "/*\\\ntitle: $:/core/modules/story.js\ntype: application/javascript\nmodule-type: global\n\nLightweight object for managing interactions with the story and history lists.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nConstruct Story object with options:\nwiki: reference to wiki object to use to resolve tiddler titles\nstoryTitle: title of story list tiddler\nhistoryTitle: title of history list tiddler\n*/\nfunction Story(options) {\n\toptions = options || {};\n\tthis.wiki = options.wiki || $tw.wiki;\n\tthis.storyTitle = options.storyTitle || \"$:/StoryList\";\n\tthis.historyTitle = options.historyTitle || \"$:/HistoryList\";\n};\n\nStory.prototype.navigateTiddler = function(navigateTo,navigateFromTitle,navigateFromClientRect) {\n\tthis.addToStory(navigateTo,navigateFromTitle);\n\tthis.addToHistory(navigateTo,navigateFromClientRect);\n};\n\nStory.prototype.getStoryList = function() {\n\treturn this.wiki.getTiddlerList(this.storyTitle) || [];\n};\n\nStory.prototype.addToStory = function(navigateTo,navigateFromTitle,options) {\n\toptions = options || {};\n\tvar storyList = this.getStoryList();\n\t// See if the tiddler is already there\n\tvar slot = storyList.indexOf(navigateTo);\n\t// Quit if it already exists in the story river\n\tif(slot >= 0) {\n\t\treturn;\n\t}\n\t// First we try to find the position of the story element we navigated from\n\tvar fromIndex = storyList.indexOf(navigateFromTitle);\n\tif(fromIndex >= 0) {\n\t\t// The tiddler is added from inside the river\n\t\t// Determine where to insert the tiddler; Fallback is \"below\"\n\t\tswitch(options.openLinkFromInsideRiver) {\n\t\t\tcase \"top\":\n\t\t\t\tslot = 0;\n\t\t\t\tbreak;\n\t\t\tcase \"bottom\":\n\t\t\t\tslot = storyList.length;\n\t\t\t\tbreak;\n\t\t\tcase \"above\":\n\t\t\t\tslot = fromIndex;\n\t\t\t\tbreak;\n\t\t\tcase \"below\": // Intentional fall-through\n\t\t\tdefault:\n\t\t\t\tslot = fromIndex + 1;\n\t\t\t\tbreak;\n\t\t}\n\t} else {\n\t\t// The tiddler is opened from outside the river. Determine where to insert the tiddler; default is \"top\"\n\t\tif(options.openLinkFromOutsideRiver === \"bottom\") {\n\t\t\t// Insert at bottom\n\t\t\tslot = storyList.length;\n\t\t} else {\n\t\t\t// Insert at top\n\t\t\tslot = 0;\n\t\t}\n\t}\n\t// Add the tiddler\n\tstoryList.splice(slot,0,navigateTo);\n\t// Save the story\n\tthis.saveStoryList(storyList);\n};\n\nStory.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\tthis.wiki.getCreationFields(),\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList},\n\t\tthis.wiki.getModificationFields()\n\t));\n};\n\nStory.prototype.addToHistory = function(navigateTo,navigateFromClientRect) {\n\tvar titles = $tw.utils.isArray(navigateTo) ? navigateTo : [navigateTo];\n\t// Add a new record to the top of the history stack\n\tvar historyList = this.wiki.getTiddlerData(this.historyTitle,[]);\n\t$tw.utils.each(titles,function(title) {\n\t\thistoryList.push({title: title, fromPageRect: navigateFromClientRect});\n\t});\n\tthis.wiki.setTiddlerData(this.historyTitle,historyList,{\"current-tiddler\": titles[titles.length-1]});\n};\n\nStory.prototype.storyCloseTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyCloseAllTiddlers = function() {\n// TBD\n};\n\nStory.prototype.storyCloseOtherTiddlers = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyEditTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyDeleteTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storySaveTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyCancelTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyNewTiddler = function(targetTitle) {\n// TBD\n};\n\nexports.Story = Story;\n\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/storyviews/classic.js": {
"title": "$:/core/modules/storyviews/classic.js",
"text": "/*\\\ntitle: $:/core/modules/storyviews/classic.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ClassicStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nClassicStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nClassicStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar computedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nClassicStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar currWidth = targetElement.offsetWidth,\n\t\tcomputedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Remove the dom nodes of the widget at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"translateX(0px)\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{transform: \"translateX(-\" + currWidth + \"px)\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.classic = ClassicStoryView;\n\n})();",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/pop.js": {
"title": "$:/core/modules/storyviews/pop.js",
"text": "/*\\\ntitle: $:/core/modules/storyviews/pop.js\ntype: application/javascript\nmodule-type: storyview\n\nAnimates list insertions and removals\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar PopStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nPopStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nPopStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Reset once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{transform: \"none\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(2)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nPopStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\tif(targetElement.parentNode) {\n\t\t\t\twidget.removeChildDomNodes();\n\t\t\t}\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Remove the element at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.1)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.pop = PopStoryView;\n\n})();\n",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/zoomin.js": {
"title": "$:/core/modules/storyviews/zoomin.js",
"text": "/*\\\ntitle: $:/core/modules/storyviews/zoomin.js\ntype: application/javascript\nmodule-type: storyview\n\nZooms between individual tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ZoominListView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Get the index of the tiddler that is at the top of the history\n\tvar history = this.listWidget.wiki.getTiddlerDataCached(this.listWidget.historyTitle,[]),\n\t\ttargetTiddler;\n\tif(history.length > 0) {\n\t\ttargetTiddler = history[history.length-1].title;\n\t}\n\t// Make all the tiddlers position absolute, and hide all but the top (or first) one\n\t$tw.utils.each(this.listWidget.children,function(itemWidget,index) {\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(domNode instanceof Element)) {\n\t\t\treturn;\n\t\t}\n\t\tif((targetTiddler && targetTiddler !== itemWidget.parseTreeNode.itemTitle) || (!targetTiddler && index)) {\n\t\t\tdomNode.style.display = \"none\";\n\t\t} else {\n\t\t\tself.currentTiddlerDomNode = domNode;\n\t\t}\n\t\t$tw.utils.addClass(domNode,\"tc-storyview-zoomin-tiddler\");\n\t});\n};\n\nZoominListView.prototype.navigateTo = function(historyInfo) {\n\tvar duration = $tw.utils.getAnimationDuration(),\n\t\tlistElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the new tiddler be position absolute and visible so that we can measure it\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"0 0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t// Get the position of the source node, or use the centre of the window as the source position\n\tvar sourceBounds = historyInfo.fromPageRect || {\n\t\t\tleft: window.innerWidth/2 - 2,\n\t\t\ttop: window.innerHeight/2 - 2,\n\t\t\twidth: window.innerWidth/8,\n\t\t\theight: window.innerHeight/8\n\t\t};\n\t// Try to find the title node in the target tiddler\n\tvar titleDomNode = findTitleDomNode(listItemWidget) || listItemWidget.findFirstDomNode(),\n\t\tzoomBounds = titleDomNode.getBoundingClientRect();\n\t// Compute the transform for the target tiddler to make the title lie over the source rectange\n\tvar targetBounds = targetElement.getBoundingClientRect(),\n\t\tscale = sourceBounds.width / zoomBounds.width,\n\t\tx = sourceBounds.left - targetBounds.left - (zoomBounds.left - targetBounds.left) * scale,\n\t\ty = sourceBounds.top - targetBounds.top - (zoomBounds.top - targetBounds.top) * scale;\n\t// Transform the target tiddler to its starting position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(targetElement);\n\t// Apply the ending transitions with a timeout to ensure that the previously applied transformations are applied first\n\tvar self = this,\n\t\tprevCurrentTiddler = this.currentTiddlerDomNode;\n\tthis.currentTiddlerDomNode = targetElement;\n\t// Transform the target tiddler to its natural size\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{zIndex: \"500\"},\n\t]);\n\t// Transform the previous tiddler out of the way and then hide it\n\tif(prevCurrentTiddler && prevCurrentTiddler !== targetElement) {\n\t\tscale = zoomBounds.width / sourceBounds.width;\n\t\tx = zoomBounds.left - targetBounds.left - (sourceBounds.left - targetBounds.left) * scale;\n\t\ty = zoomBounds.top - targetBounds.top - (sourceBounds.top - targetBounds.top) * scale;\n\t\t$tw.utils.setStyle(prevCurrentTiddler,[\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transformOrigin: \"0 0\"},\n\t\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"},\n\t\t\t{zIndex: \"0\"}\n\t\t]);\n\t\t// Hide the tiddler when the transition has finished\n\t\tsetTimeout(function() {\n\t\t\tif(self.currentTiddlerDomNode !== prevCurrentTiddler) {\n\t\t\t\tprevCurrentTiddler.style.display = \"none\";\n\t\t\t}\n\t\t},duration);\n\t}\n\t// Scroll the target into view\n//\t$tw.pageScroller.scrollIntoView(targetElement);\n};\n\n/*\nFind the first child DOM node of a widget that has the class \"tc-title\"\n*/\nfunction findTitleDomNode(widget,targetClass) {\n\ttargetClass = targetClass || \"tc-title\";\n\tvar domNode = widget.findFirstDomNode();\n\tif(domNode && domNode.querySelector) {\n\t\treturn domNode.querySelector(\".\" + targetClass);\n\t}\n\treturn null;\n}\n\nZoominListView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the newly inserted node position absolute and hidden\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"none\"}\n\t]);\n};\n\nZoominListView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Abandon if hidden\n\tif(targetElement.style.display != \"block\" ) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Set up the tiddler that is being closed\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\t// We'll move back to the previous or next element in the story\n\tvar toWidget = widget.previousSibling();\n\tif(!toWidget) {\n\t\ttoWidget = widget.nextSibling();\n\t}\n\tvar toWidgetDomNode = toWidget && toWidget.findFirstDomNode();\n\t// Set up the tiddler we're moving back in\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.addClass(toWidgetDomNode,\"tc-storyview-zoomin-tiddler\");\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{display: \"block\"},\n\t\t\t{transformOrigin: \"50% 50%\"},\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(10)\"},\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0\"},\n\t\t\t{zIndex: \"500\"}\n\t\t]);\n\t\tthis.currentTiddlerDomNode = toWidgetDomNode;\n\t}\n\t// Animate them both\n\t// Force layout\n\t$tw.utils.forceLayout(this.listWidget.parentDomNode);\n\t// First, the tiddler we're closing\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(0.1)\"},\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"0\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\tsetTimeout(removeElement,duration);\n\t// Now the tiddler we're going back to\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t\t{opacity: \"1\"}\n\t\t]);\n\t}\n\treturn true; // Indicate that we'll delete the DOM node\n};\n\nexports.zoomin = ZoominListView;\n\n})();\n",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/syncer.js": {
"title": "$:/core/modules/syncer.js",
"text": "/*\\\ntitle: $:/core/modules/syncer.js\ntype: application/javascript\nmodule-type: global\n\nThe syncer tracks changes to the store. If a syncadaptor is used then individual tiddlers are synchronised through it. If there is no syncadaptor then the entire wiki is saved via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDefaults\n*/\nSyncer.prototype.titleIsLoggedIn = \"$:/status/IsLoggedIn\";\nSyncer.prototype.titleIsAnonymous = \"$:/status/IsAnonymous\";\nSyncer.prototype.titleIsReadOnly = \"$:/status/IsReadOnly\";\nSyncer.prototype.titleUserName = \"$:/status/UserName\";\nSyncer.prototype.titleSyncFilter = \"$:/config/SyncFilter\";\nSyncer.prototype.titleSyncPollingInterval = \"$:/config/SyncPollingInterval\";\nSyncer.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\nSyncer.prototype.taskTimerInterval = 1 * 1000; // Interval for sync timer\nSyncer.prototype.throttleInterval = 1 * 1000; // Defer saving tiddlers if they've changed in the last 1s...\nSyncer.prototype.fallbackInterval = 10 * 1000; // Unless the task is older than 10s\nSyncer.prototype.pollTimerInterval = 60 * 1000; // Interval for polling for changes from the adaptor\n\n/*\nInstantiate the syncer with the following options:\nsyncadaptor: reference to syncadaptor to be used\nwiki: wiki to be synced\n*/\nfunction Syncer(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.syncadaptor = options.syncadaptor;\n\tthis.disableUI = !!options.disableUI;\n\tthis.titleIsLoggedIn = options.titleIsLoggedIn || this.titleIsLoggedIn;\n\tthis.titleUserName = options.titleUserName || this.titleUserName;\n\tthis.titleSyncFilter = options.titleSyncFilter || this.titleSyncFilter;\n\tthis.titleSavedNotification = options.titleSavedNotification || this.titleSavedNotification;\n\tthis.taskTimerInterval = options.taskTimerInterval || this.taskTimerInterval;\n\tthis.throttleInterval = options.throttleInterval || this.throttleInterval;\n\tthis.fallbackInterval = options.fallbackInterval || this.fallbackInterval;\n\tthis.pollTimerInterval = options.pollTimerInterval || parseInt(this.wiki.getTiddlerText(this.titleSyncPollingInterval,\"\"),10) || this.pollTimerInterval;\n\tthis.logging = \"logging\" in options ? options.logging : true;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"syncer\" + ($tw.browser ? \"-browser\" : \"\") + ($tw.node ? \"-server\" : \"\") + (this.syncadaptor.name ? (\"-\" + this.syncadaptor.name) : \"\"),{\n\t\t\tcolour: \"cyan\",\n\t\t\tenable: this.logging\n\t\t});\n\t// Compile the dirty tiddler filter\n\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t// Record information for known tiddlers\n\tthis.readTiddlerInfo();\n\t// Tasks are {type: \"load\"/\"save\"/\"delete\", title:, queueTime:, lastModificationTime:}\n\tthis.taskQueue = {}; // Hashmap of tasks yet to be performed\n\tthis.taskInProgress = {}; // Hash of tasks in progress\n\tthis.taskTimerId = null; // Timer for task dispatch\n\tthis.pollTimerId = null; // Timer for polling server\n\t// Listen out for changes to tiddlers\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.syncToServer(changes);\n\t});\n\t// Browser event handlers\n\tif($tw.browser && !this.disableUI) {\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t\t// Listen out for login/logout/refresh events in the browser\n\t\t$tw.rootWidget.addEventListener(\"tm-login\",function() {\n\t\t\tself.handleLoginEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-logout\",function() {\n\t\t\tself.handleLogoutEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-server-refresh\",function() {\n\t\t\tself.handleRefreshEvent();\n\t\t});\n\t}\n\t// Listen out for lazyLoad events\n\tif(!this.disableUI) {\n\t\tthis.wiki.addEventListener(\"lazyLoad\",function(title) {\n\t\t\tself.handleLazyLoadEvent(title);\n\t\t});\t\t\n\t}\n\t// Get the login status\n\tthis.getStatus(function(err,isLoggedIn) {\n\t\t// Do a sync from the server\n\t\tself.syncFromServer();\n\t});\n}\n\n/*\nRead (or re-read) the latest tiddler info from the store\n*/\nSyncer.prototype.readTiddlerInfo = function() {\n\t// Hashmap by title of {revision:,changeCount:,adaptorInfo:}\n\tthis.tiddlerInfo = {};\n\t// Record information for known tiddlers\n\tvar self = this,\n\t\ttiddlers = this.filterFn.call(this.wiki);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\tself.tiddlerInfo[title] = {\n\t\t\trevision: tiddler.fields.revision,\n\t\t\tadaptorInfo: self.syncadaptor && self.syncadaptor.getTiddlerInfo(tiddler),\n\t\t\tchangeCount: self.wiki.getChangeCount(title),\n\t\t\thasBeenLazyLoaded: false\n\t\t};\n\t});\n};\n\n/*\nCreate an tiddlerInfo structure if it doesn't already exist\n*/\nSyncer.prototype.createTiddlerInfo = function(title) {\n\tif(!$tw.utils.hop(this.tiddlerInfo,title)) {\n\t\tthis.tiddlerInfo[title] = {\n\t\t\trevision: null,\n\t\t\tadaptorInfo: {},\n\t\t\tchangeCount: -1,\n\t\t\thasBeenLazyLoaded: false\n\t\t};\n\t}\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSyncer.prototype.isDirty = function() {\n\treturn (this.numTasksInQueue() > 0) || (this.numTasksInProgress() > 0);\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSyncer.prototype.updateDirtyStatus = function() {\n\tif($tw.browser && !this.disableUI) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\n/*\nSave an incoming tiddler in the store, and updates the associated tiddlerInfo\n*/\nSyncer.prototype.storeTiddler = function(tiddlerFields,hasBeenLazyLoaded) {\n\t// Save the tiddler\n\tvar tiddler = new $tw.Tiddler(tiddlerFields);\n\tthis.wiki.addTiddler(tiddler);\n\t// Save the tiddler revision and changeCount details\n\tthis.tiddlerInfo[tiddlerFields.title] = {\n\t\trevision: tiddlerFields.revision,\n\t\tadaptorInfo: this.syncadaptor.getTiddlerInfo(tiddler),\n\t\tchangeCount: this.wiki.getChangeCount(tiddlerFields.title),\n\t\thasBeenLazyLoaded: hasBeenLazyLoaded !== undefined ? hasBeenLazyLoaded : true\n\t};\n};\n\nSyncer.prototype.getStatus = function(callback) {\n\tvar self = this;\n\t// Check if the adaptor supports getStatus()\n\tif(this.syncadaptor && this.syncadaptor.getStatus) {\n\t\t// Mark us as not logged in\n\t\tthis.wiki.addTiddler({title: this.titleIsLoggedIn,text: \"no\"});\n\t\t// Get login status\n\t\tthis.syncadaptor.getStatus(function(err,isLoggedIn,username,isReadOnly,isAnonymous) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Set the various status tiddlers\n\t\t\tself.wiki.addTiddler({title: self.titleIsReadOnly,text: isReadOnly ? \"yes\" : \"no\"});\n\t\t\tself.wiki.addTiddler({title: self.titleIsAnonymous,text: isAnonymous ? \"yes\" : \"no\"});\n\t\t\tself.wiki.addTiddler({title: self.titleIsLoggedIn,text: isLoggedIn ? \"yes\" : \"no\"});\n\t\t\tif(isLoggedIn) {\n\t\t\t\tself.wiki.addTiddler({title: self.titleUserName,text: username || \"\"});\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tif(callback) {\n\t\t\t\tcallback(err,isLoggedIn,username);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tcallback(null,true,\"UNAUTHENTICATED\");\n\t}\n};\n\n/*\nSynchronise from the server by reading the skinny tiddler list and queuing up loads for any tiddlers that we don't already have up to date\n*/\nSyncer.prototype.syncFromServer = function() {\n\tif(this.syncadaptor && this.syncadaptor.getSkinnyTiddlers) {\n\t\tthis.logger.log(\"Retrieving skinny tiddler list\");\n\t\tvar self = this;\n\t\tif(this.pollTimerId) {\n\t\t\tclearTimeout(this.pollTimerId);\n\t\t\tthis.pollTimerId = null;\n\t\t}\n\t\tthis.syncadaptor.getSkinnyTiddlers(function(err,tiddlers) {\n\t\t\t// Trigger the next sync\n\t\t\tself.pollTimerId = setTimeout(function() {\n\t\t\t\tself.pollTimerId = null;\n\t\t\t\tself.syncFromServer.call(self);\n\t\t\t},self.pollTimerInterval);\n\t\t\t// Check for errors\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert($tw.language.getString(\"Error/RetrievingSkinny\") + \":\",err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Process each incoming tiddler\n\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t// Get the incoming tiddler fields, and the existing tiddler\n\t\t\t\tvar tiddlerFields = tiddlers[t],\n\t\t\t\t\tincomingRevision = tiddlerFields.revision + \"\",\n\t\t\t\t\ttiddler = self.wiki.getTiddler(tiddlerFields.title),\n\t\t\t\t\ttiddlerInfo = self.tiddlerInfo[tiddlerFields.title],\n\t\t\t\t\tcurrRevision = tiddlerInfo ? tiddlerInfo.revision : null;\n\t\t\t\t// Ignore the incoming tiddler if it's the same as the revision we've already got\n\t\t\t\tif(currRevision !== incomingRevision) {\n\t\t\t\t\t// Do a full load if we've already got a fat version of the tiddler\n\t\t\t\t\tif(tiddler && tiddler.fields.text !== undefined) {\n\t\t\t\t\t\t// Do a full load of this tiddler\n\t\t\t\t\t\tself.enqueueSyncTask({\n\t\t\t\t\t\t\ttype: \"load\",\n\t\t\t\t\t\t\ttitle: tiddlerFields.title\n\t\t\t\t\t\t});\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Load the skinny version of the tiddler\n\t\t\t\t\t\tself.storeTiddler(tiddlerFields,false);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nSynchronise a set of changes to the server\n*/\nSyncer.prototype.syncToServer = function(changes) {\n\tvar self = this,\n\t\tnow = Date.now(),\n\t\tfilteredChanges = this.filterFn.call(this.wiki,function(callback) {\n\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\tcallback(tiddler,title);\n\t\t\t});\n\t\t});\n\t$tw.utils.each(changes,function(change,title,object) {\n\t\t// Process the change if it is a deletion of a tiddler we're already syncing, or is on the filtered change list\n\t\tif((change.deleted && $tw.utils.hop(self.tiddlerInfo,title)) || filteredChanges.indexOf(title) !== -1) {\n\t\t\t// Queue a task to sync this tiddler\n\t\t\tself.enqueueSyncTask({\n\t\t\t\ttype: change.deleted ? \"delete\" : \"save\",\n\t\t\t\ttitle: title\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nLazily load a skinny tiddler if we can\n*/\nSyncer.prototype.handleLazyLoadEvent = function(title) {\n\t// Don't lazy load the same tiddler twice\n\tvar info = this.tiddlerInfo[title];\n\tif(!info || !info.hasBeenLazyLoaded) {\n\t\t// Don't lazy load if the tiddler isn't included in the sync filter\n\t\tif(this.filterFn.call(this.wiki).indexOf(title) !== -1) {\n\t\t\tthis.createTiddlerInfo(title);\n\t\t\tthis.tiddlerInfo[title].hasBeenLazyLoaded = true;\n\t\t\t// Queue up a sync task to load this tiddler\n\t\t\tthis.enqueueSyncTask({\n\t\t\t\ttype: \"load\",\n\t\t\t\ttitle: title\n\t\t\t});\n\t\t}\n\t}\n};\n\n/*\nDispay a password prompt and allow the user to login\n*/\nSyncer.prototype.handleLoginEvent = function() {\n\tvar self = this;\n\tthis.getStatus(function(err,isLoggedIn,username) {\n\t\tif(!isLoggedIn) {\n\t\t\t$tw.passwordPrompt.createPrompt({\n\t\t\t\tserviceName: $tw.language.getString(\"LoginToTiddlySpace\"),\n\t\t\t\tcallback: function(data) {\n\t\t\t\t\tself.login(data.username,data.password,function(err,isLoggedIn) {\n\t\t\t\t\t\tself.syncFromServer();\n\t\t\t\t\t});\n\t\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nAttempt to login to TiddlyWeb.\n\tusername: username\n\tpassword: password\n\tcallback: invoked with arguments (err,isLoggedIn)\n*/\nSyncer.prototype.login = function(username,password,callback) {\n\tthis.logger.log(\"Attempting to login as\",username);\n\tvar self = this;\n\tif(this.syncadaptor.login) {\n\t\tthis.syncadaptor.login(username,password,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.getStatus(function(err,isLoggedIn,username) {\n\t\t\t\tif(callback) {\n\t\t\t\t\tcallback(null,isLoggedIn);\n\t\t\t\t}\n\t\t\t});\n\t\t});\n\t} else {\n\t\tcallback(null,true);\n\t}\n};\n\n/*\nAttempt to log out of TiddlyWeb\n*/\nSyncer.prototype.handleLogoutEvent = function() {\n\tthis.logger.log(\"Attempting to logout\");\n\tvar self = this;\n\tif(this.syncadaptor.logout) {\n\t\tthis.syncadaptor.logout(function(err) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t} else {\n\t\t\t\tself.getStatus();\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nImmediately refresh from the server\n*/\nSyncer.prototype.handleRefreshEvent = function() {\n\tthis.syncFromServer();\n};\n\n/*\nQueue up a sync task. If there is already a pending task for the tiddler, just update the last modification time\n*/\nSyncer.prototype.enqueueSyncTask = function(task) {\n\tvar self = this,\n\t\tnow = Date.now();\n\t// Set the timestamps on this task\n\ttask.queueTime = now;\n\ttask.lastModificationTime = now;\n\t// Fill in some tiddlerInfo if the tiddler is one we haven't seen before\n\tthis.createTiddlerInfo(task.title);\n\t// Bail if this is a save and the tiddler is already at the changeCount that the server has\n\tif(task.type === \"save\" && this.wiki.getChangeCount(task.title) <= this.tiddlerInfo[task.title].changeCount) {\n\t\treturn;\n\t}\n\t// Check if this tiddler is already in the queue\n\tif($tw.utils.hop(this.taskQueue,task.title)) {\n\t\t// this.logger.log(\"Re-queueing up sync task with type:\",task.type,\"title:\",task.title);\n\t\tvar existingTask = this.taskQueue[task.title];\n\t\t// If so, just update the last modification time\n\t\texistingTask.lastModificationTime = task.lastModificationTime;\n\t\t// If the new task is a save then we upgrade the existing task to a save. Thus a pending load is turned into a save if the tiddler changes locally in the meantime. But a pending save is not modified to become a load\n\t\tif(task.type === \"save\" || task.type === \"delete\") {\n\t\t\texistingTask.type = task.type;\n\t\t}\n\t} else {\n\t\t// this.logger.log(\"Queuing up sync task with type:\",task.type,\"title:\",task.title);\n\t\t// If it is not in the queue, insert it\n\t\tthis.taskQueue[task.title] = task;\n\t\tthis.updateDirtyStatus();\n\t}\n\t// Process the queue\n\t$tw.utils.nextTick(function() {self.processTaskQueue.call(self);});\n};\n\n/*\nReturn the number of tasks in progress\n*/\nSyncer.prototype.numTasksInProgress = function() {\n\treturn $tw.utils.count(this.taskInProgress);\n};\n\n/*\nReturn the number of tasks in the queue\n*/\nSyncer.prototype.numTasksInQueue = function() {\n\treturn $tw.utils.count(this.taskQueue);\n};\n\n/*\nTrigger a timeout if one isn't already outstanding\n*/\nSyncer.prototype.triggerTimeout = function() {\n\tvar self = this;\n\tif(!this.taskTimerId) {\n\t\tthis.taskTimerId = setTimeout(function() {\n\t\t\tself.taskTimerId = null;\n\t\t\tself.processTaskQueue.call(self);\n\t\t},self.taskTimerInterval);\n\t}\n};\n\n/*\nProcess the task queue, performing the next task if appropriate\n*/\nSyncer.prototype.processTaskQueue = function() {\n\tvar self = this;\n\t// Only process a task if the sync adaptor is fully initialised and we're not already performing a task. If we are already performing a task then we'll dispatch the next one when it completes\n\tif((!this.syncadaptor.isReady || this.syncadaptor.isReady()) && this.numTasksInProgress() === 0) {\n\t\t// Choose the next task to perform\n\t\tvar task = this.chooseNextTask();\n\t\t// Perform the task if we had one\n\t\tif(task) {\n\t\t\t// Remove the task from the queue and add it to the in progress list\n\t\t\tdelete this.taskQueue[task.title];\n\t\t\tthis.taskInProgress[task.title] = task;\n\t\t\tthis.updateDirtyStatus();\n\t\t\t// Dispatch the task\n\t\t\tthis.dispatchTask(task,function(err) {\n\t\t\t\tif(err) {\n\t\t\t\t\tself.logger.alert(\"Sync error while processing '\" + task.title + \"':\\n\" + err);\n\t\t\t\t}\n\t\t\t\t// Mark that this task is no longer in progress\n\t\t\t\tdelete self.taskInProgress[task.title];\n\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t// Process the next task\n\t\t\t\tself.processTaskQueue.call(self);\n\t\t\t});\n\t\t} else {\n\t\t\t// Make sure we've set a time if there wasn't a task to perform, but we've still got tasks in the queue\n\t\t\tif(this.numTasksInQueue() > 0) {\n\t\t\t\tthis.triggerTimeout();\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nChoose the next applicable task\n*/\nSyncer.prototype.chooseNextTask = function() {\n\tvar self = this,\n\t\tcandidateTask = null,\n\t\tnow = Date.now();\n\t// Select the best candidate task\n\t$tw.utils.each(this.taskQueue,function(task,title) {\n\t\t// Exclude the task if there's one of the same name in progress\n\t\tif($tw.utils.hop(self.taskInProgress,title)) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is a save and the tiddler has been modified recently, but not hit the fallback time\n\t\tif(task.type === \"save\" && (now - task.lastModificationTime) < self.throttleInterval &&\n\t\t\t(now - task.queueTime) < self.fallbackInterval) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is newer than the current best candidate\n\t\tif(candidateTask && candidateTask.queueTime < task.queueTime) {\n\t\t\treturn;\n\t\t}\n\t\t// Now this is our best candidate\n\t\tcandidateTask = task;\n\t});\n\treturn candidateTask;\n};\n\n/*\nDispatch a task and invoke the callback\n*/\nSyncer.prototype.dispatchTask = function(task,callback) {\n\tvar self = this;\n\tif(task.type === \"save\") {\n\t\tvar changeCount = this.wiki.getChangeCount(task.title),\n\t\t\ttiddler = this.wiki.getTiddler(task.title);\n\t\tthis.logger.log(\"Dispatching 'save' task:\",task.title);\n\t\tif(tiddler) {\n\t\t\tthis.syncadaptor.saveTiddler(tiddler,function(err,adaptorInfo,revision) {\n\t\t\t\tif(err) {\n\t\t\t\t\treturn callback(err);\n\t\t\t\t}\n\t\t\t\t// Adjust the info stored about this tiddler\n\t\t\t\tself.tiddlerInfo[task.title] = {\n\t\t\t\t\tchangeCount: changeCount,\n\t\t\t\t\tadaptorInfo: adaptorInfo,\n\t\t\t\t\trevision: revision\n\t\t\t\t};\n\t\t\t\t// Invoke the callback\n\t\t\t\tcallback(null);\n\t\t\t},{\n\t\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t\t});\n\t\t} else {\n\t\t\tthis.logger.log(\" Not Dispatching 'save' task:\",task.title,\"tiddler does not exist\");\n\t\t\treturn callback(null);\n\t\t}\n\t} else if(task.type === \"load\") {\n\t\t// Load the tiddler\n\t\tthis.logger.log(\"Dispatching 'load' task:\",task.title);\n\t\tthis.syncadaptor.loadTiddler(task.title,function(err,tiddlerFields) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\t// Store the tiddler\n\t\t\tif(tiddlerFields) {\n\t\t\t\tself.storeTiddler(tiddlerFields,true);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t});\n\t} else if(task.type === \"delete\") {\n\t\t// Delete the tiddler\n\t\tthis.logger.log(\"Dispatching 'delete' task:\",task.title);\n\t\tthis.syncadaptor.deleteTiddler(task.title,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tdelete self.tiddlerInfo[task.title];\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t},{\n\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t});\n\t}\n};\n\nexports.Syncer = Syncer;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/tiddler.js": {
"title": "$:/core/modules/tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/tiddler.js\ntype: application/javascript\nmodule-type: tiddlermethod\n\nExtension methods for the $tw.Tiddler object (constructor and methods required at boot time are in boot/boot.js)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.hasTag = function(tag) {\n\treturn this.fields.tags && this.fields.tags.indexOf(tag) !== -1;\n};\n\nexports.isPlugin = function() {\n\treturn this.fields.type === \"application/json\" && this.hasField(\"plugin-type\");\n};\n\nexports.isDraft = function() {\n\treturn this.hasField(\"draft.of\");\n};\n\nexports.getFieldString = function(field) {\n\tvar value = this.fields[field];\n\t// Check for a missing field\n\tif(value === undefined || value === null) {\n\t\treturn \"\";\n\t}\n\t// Parse the field with the associated module (if any)\n\tvar fieldModule = $tw.Tiddler.fieldModules[field];\n\tif(fieldModule && fieldModule.stringify) {\n\t\treturn fieldModule.stringify.call(this,value);\n\t} else {\n\t\treturn value.toString();\n\t}\n};\n\n/*\nGet the value of a field as a list\n*/\nexports.getFieldList = function(field) {\n\tvar value = this.fields[field];\n\t// Check for a missing field\n\tif(value === undefined || value === null) {\n\t\treturn [];\n\t}\n\treturn $tw.utils.parseStringArray(value);\n};\n\n/*\nGet all the fields as a hashmap of strings. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStrings = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = {};\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields[field] = this.getFieldString(field);\n\t\t\t}\n\t\t}\n\t}\n\treturn fields;\n};\n\n/*\nGet all the fields as a name:value block. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStringBlock = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = [];\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields.push(field + \": \" + this.getFieldString(field));\n\t\t\t}\n\t\t}\n\t}\n\treturn fields.join(\"\\n\");\n};\n\n/*\nCompare two tiddlers for equality\ntiddler: the tiddler to compare\nexcludeFields: array of field names to exclude from the comparison\n*/\nexports.isEqual = function(tiddler,excludeFields) {\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\treturn false;\n\t}\n\texcludeFields = excludeFields || [];\n\tvar self = this,\n\t\tdifferences = []; // Fields that have differences\n\t// Add to the differences array\n\tfunction addDifference(fieldName) {\n\t\t// Check for this field being excluded\n\t\tif(excludeFields.indexOf(fieldName) === -1) {\n\t\t\t// Save the field as a difference\n\t\t\t$tw.utils.pushTop(differences,fieldName);\n\t\t}\n\t}\n\t// Returns true if the two values of this field are equal\n\tfunction isFieldValueEqual(fieldName) {\n\t\tvar valueA = self.fields[fieldName],\n\t\t\tvalueB = tiddler.fields[fieldName];\n\t\t// Check for identical string values\n\t\tif(typeof(valueA) === \"string\" && typeof(valueB) === \"string\" && valueA === valueB) {\n\t\t\treturn true;\n\t\t}\n\t\t// Check for identical array values\n\t\tif($tw.utils.isArray(valueA) && $tw.utils.isArray(valueB) && $tw.utils.isArrayEqual(valueA,valueB)) {\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise the fields must be different\n\t\treturn false;\n\t}\n\t// Compare our fields\n\tfor(var fieldName in this.fields) {\n\t\tif(!isFieldValueEqual(fieldName)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// There's a difference for every field in the other tiddler that we don't have\n\tfor(fieldName in tiddler.fields) {\n\t\tif(!(fieldName in this.fields)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// Return whether there were any differences\n\treturn differences.length === 0;\n};\n\nexports.getFieldDay = function(field) {\n\tif(this.cache && this.cache.day && $tw.utils.hop(this.cache.day,field) ) {\n\t\treturn this.cache.day[field];\n\t}\n\tvar day = \"\";\n\tif(this.fields[field]) {\n\t\tday = (new Date($tw.utils.parseDate(this.fields[field]))).setHours(0,0,0,0);\n\t}\n\tthis.cache.day = this.cache.day || {};\n\tthis.cache.day[field] = day;\n\treturn day;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "tiddlermethod"
},
"$:/core/modules/upgraders/plugins.js": {
"title": "$:/core/modules/upgraders/plugins.js",
"text": "/*\\\ntitle: $:/core/modules/upgraders/plugins.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that checks that plugins are newer than any already installed version\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar BLOCKED_PLUGINS = {\n\t\"$:/themes/tiddlywiki/stickytitles\": {\n\t\tversions: [\"*\"]\n\t},\n\t\"$:/plugins/tiddlywiki/fullscreen\": {\n\t\tversions: [\"*\"]\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {},\n\t\tupgradeLibrary,\n\t\tgetLibraryTiddler = function(title) {\n\t\t\tif(!upgradeLibrary) {\n\t\t\t\tupgradeLibrary = wiki.getTiddlerData(UPGRADE_LIBRARY_TITLE,{});\n\t\t\t\tupgradeLibrary.tiddlers = upgradeLibrary.tiddlers || {};\n\t\t\t}\n\t\t\treturn upgradeLibrary.tiddlers[title];\n\t\t};\n\n\t// Go through all the incoming tiddlers\n\t$tw.utils.each(titles,function(title) {\n\t\tvar incomingTiddler = tiddlers[title];\n\t\t// Check if we're dealing with a plugin\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"] && incomingTiddler.version) {\n\t\t\t// Upgrade the incoming plugin if it is in the upgrade library\n\t\t\tvar libraryTiddler = getLibraryTiddler(title);\n\t\t\tif(libraryTiddler && libraryTiddler[\"plugin-type\"] && libraryTiddler.version) {\n\t\t\t\ttiddlers[title] = libraryTiddler;\n\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Upgraded\",{variables: {incoming: incomingTiddler.version, upgraded: libraryTiddler.version}});\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Suppress the incoming plugin if it is older than the currently installed one\n\t\t\tvar existingTiddler = wiki.getTiddler(title);\n\t\t\tif(existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t\t\t// Reject the incoming plugin by blanking all its fields\n\t\t\t\tif($tw.utils.checkVersions(existingTiddler.fields.version,incomingTiddler.version)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Version\",{variables: {incoming: incomingTiddler.version, existing: existingTiddler.fields.version}});\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"]) {\n\t\t\t// Check whether the plugin is on the blocked list\n\t\t\tvar blockInfo = BLOCKED_PLUGINS[title];\n\t\t\tif(blockInfo) {\n\t\t\t\tif(blockInfo.versions.indexOf(\"*\") !== -1 || (incomingTiddler.version && blockInfo.versions.indexOf(incomingTiddler.version) !== -1)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Incompatible\");\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/system.js": {
"title": "$:/core/modules/upgraders/system.js",
"text": "/*\\\ntitle: $:/core/modules/upgraders/system.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that suppresses certain system tiddlers that shouldn't be imported\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DONT_IMPORT_LIST = [\"$:/StoryList\",\"$:/HistoryList\"],\n\tDONT_IMPORT_PREFIX_LIST = [\"$:/temp/\",\"$:/state/\"];\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tif(DONT_IMPORT_LIST.indexOf(title) !== -1) {\n\t\t\ttiddlers[title] = Object.create(null);\n\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/System/Suppressed\");\n\t\t} else {\n\t\t\tfor(var t=0; t<DONT_IMPORT_PREFIX_LIST.length; t++) {\n\t\t\t\tvar prefix = DONT_IMPORT_PREFIX_LIST[t];\n\t\t\t\tif(title.substr(0,prefix.length) === prefix) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/State/Suppressed\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/themetweaks.js": {
"title": "$:/core/modules/upgraders/themetweaks.js",
"text": "/*\\\ntitle: $:/core/modules/upgraders/themetweaks.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that handles the change in theme tweak storage introduced in 5.0.14-beta.\n\nPreviously, theme tweaks were stored in two data tiddlers:\n\n* $:/themes/tiddlywiki/vanilla/metrics\n* $:/themes/tiddlywiki/vanilla/settings\n\nNow, each tweak is stored in its own separate tiddler.\n\nThis upgrader copies any values from the old format to the new. The old data tiddlers are not deleted in case they have been used to store additional indexes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar MAPPINGS = {\n\t\"$:/themes/tiddlywiki/vanilla/metrics\": {\n\t\t\"fontsize\": \"$:/themes/tiddlywiki/vanilla/metrics/fontsize\",\n\t\t\"lineheight\": \"$:/themes/tiddlywiki/vanilla/metrics/lineheight\",\n\t\t\"storyleft\": \"$:/themes/tiddlywiki/vanilla/metrics/storyleft\",\n\t\t\"storytop\": \"$:/themes/tiddlywiki/vanilla/metrics/storytop\",\n\t\t\"storyright\": \"$:/themes/tiddlywiki/vanilla/metrics/storyright\",\n\t\t\"storywidth\": \"$:/themes/tiddlywiki/vanilla/metrics/storywidth\",\n\t\t\"tiddlerwidth\": \"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"\n\t},\n\t\"$:/themes/tiddlywiki/vanilla/settings\": {\n\t\t\"fontfamily\": \"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tvar mapping = MAPPINGS[title];\n\t\tif(mapping) {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlers[title]),\n\t\t\t\ttiddlerData = wiki.getTiddlerDataCached(tiddler,{});\n\t\t\tfor(var index in mapping) {\n\t\t\t\tvar mappedTitle = mapping[index];\n\t\t\t\tif(!tiddlers[mappedTitle] || tiddlers[mappedTitle].title !== mappedTitle) {\n\t\t\t\t\ttiddlers[mappedTitle] = {\n\t\t\t\t\t\ttitle: mappedTitle,\n\t\t\t\t\t\ttext: tiddlerData[index]\n\t\t\t\t\t};\n\t\t\t\t\tmessages[mappedTitle] = $tw.language.getString(\"Import/Upgrader/ThemeTweaks/Created\",{variables: {\n\t\t\t\t\t\tfrom: title + \"##\" + index\n\t\t\t\t\t}});\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/utils/crypto.js": {
"title": "$:/core/modules/utils/crypto.js",
"text": "/*\\\ntitle: $:/core/modules/utils/crypto.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions related to crypto.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for an encrypted store area in the text of a TiddlyWiki file\n*/\nexports.extractEncryptedStoreArea = function(text) {\n\tvar encryptedStoreAreaStartMarker = \"<pre id=\\\"encryptedStoreArea\\\" type=\\\"text/plain\\\" style=\\\"display:none;\\\">\",\n\t\tencryptedStoreAreaStart = text.indexOf(encryptedStoreAreaStartMarker);\n\tif(encryptedStoreAreaStart !== -1) {\n\t\tvar encryptedStoreAreaEnd = text.indexOf(\"</pre>\",encryptedStoreAreaStart);\n\t\tif(encryptedStoreAreaEnd !== -1) {\n\t\t\treturn $tw.utils.htmlDecode(text.substring(encryptedStoreAreaStart + encryptedStoreAreaStartMarker.length,encryptedStoreAreaEnd-1));\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If the password is not provided then the password in the password store will be used\n*/\nexports.decryptStoreArea = function(encryptedStoreArea,password) {\n\tvar decryptedText = $tw.crypto.decrypt(encryptedStoreArea,password);\n\tif(decryptedText) {\n\t\tvar json = JSON.parse(decryptedText),\n\t\t\ttiddlers = [];\n\t\tfor(var title in json) {\n\t\t\tif(title !== \"$:/isEncrypted\") {\n\t\t\t\ttiddlers.push(json[title]);\n\t\t\t}\n\t\t}\n\t\treturn tiddlers;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If that fails, the user is prompted for a password.\nencryptedStoreArea: text of the TiddlyWiki encrypted store area\ncallback: function(tiddlers) called with the array of decrypted tiddlers\n\nThe following configuration settings are supported:\n\n$tw.config.usePasswordVault: causes any password entered by the user to also be put into the system password vault\n*/\nexports.decryptStoreAreaInteractive = function(encryptedStoreArea,callback,options) {\n\t// Try to decrypt with the current password\n\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea);\n\tif(tiddlers) {\n\t\tcallback(tiddlers);\n\t} else {\n\t\t// Prompt for a new password and keep trying\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: \"Enter a password to decrypt the imported TiddlyWiki\",\n\t\t\tnoUserName: true,\n\t\t\tcanCancel: true,\n\t\t\tsubmitText: \"Decrypt\",\n\t\t\tcallback: function(data) {\n\t\t\t\t// Exit if the user cancelled\n\t\t\t\tif(!data) {\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t\t// Attempt to decrypt the tiddlers\n\t\t\t\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea,data.password);\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tif($tw.config.usePasswordVault) {\n\t\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t\t}\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t\t// Exit and remove the password prompt\n\t\t\t\t\treturn true;\n\t\t\t\t} else {\n\t\t\t\t\t// We didn't decrypt everything, so continue to prompt for password\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/csv.js": {
"title": "$:/core/modules/utils/csv.js",
"text": "/*\\\ntitle: $:/core/modules/utils/csv.js\ntype: application/javascript\nmodule-type: utils\n\nA barebones CSV parser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse a CSV string with a header row and return an array of hashmaps.\n*/\nexports.parseCsvStringWithHeader = function(text,options) {\n\toptions = options || {};\n\tvar separator = options.separator || \",\",\n\t\trows = text.split(/\\r?\\n/mg).map(function(row) {\n\t\t\treturn $tw.utils.trim(row);\n\t\t}).filter(function(row) {\n\t\t\treturn row !== \"\";\n\t\t});\n\tif(rows.length < 1) {\n\t\treturn \"Missing header row\";\n\t}\n\tvar headings = rows[0].split(separator),\n\t\tresults = [];\n\tfor(var row=1; row<rows.length; row++) {\n\t\tvar columns = rows[row].split(separator),\n\t\t\tcolumnResult = Object.create(null);\n\t\tif(columns.length !== headings.length) {\n\t\t\treturn \"Malformed CSV row '\" + rows[row] + \"'\";\n\t\t}\n\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\tvar columnName = headings[column];\n\t\t\tcolumnResult[columnName] = $tw.utils.trim(columns[column] || \"\");\n\t\t}\n\t\tresults.push(columnResult);\t\t\t\n\t}\n\treturn results;\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/diff-match-patch/diff_match_patch.js": {
"text": "(function(){function diff_match_patch(){this.Diff_Timeout=1;this.Diff_EditCost=4;this.Match_Threshold=.5;this.Match_Distance=1E3;this.Patch_DeleteThreshold=.5;this.Patch_Margin=4;this.Match_MaxBits=32}var DIFF_DELETE=-1,DIFF_INSERT=1,DIFF_EQUAL=0;\ndiff_match_patch.prototype.diff_main=function(a,b,c,d){\"undefined\"==typeof d&&(d=0>=this.Diff_Timeout?Number.MAX_VALUE:(new Date).getTime()+1E3*this.Diff_Timeout);if(null==a||null==b)throw Error(\"Null input. (diff_main)\");if(a==b)return a?[[DIFF_EQUAL,a]]:[];\"undefined\"==typeof c&&(c=!0);var e=c,f=this.diff_commonPrefix(a,b);c=a.substring(0,f);a=a.substring(f);b=b.substring(f);f=this.diff_commonSuffix(a,b);var g=a.substring(a.length-f);a=a.substring(0,a.length-f);b=b.substring(0,b.length-f);a=this.diff_compute_(a,\nb,e,d);c&&a.unshift([DIFF_EQUAL,c]);g&&a.push([DIFF_EQUAL,g]);this.diff_cleanupMerge(a);return a};\ndiff_match_patch.prototype.diff_compute_=function(a,b,c,d){if(!a)return[[DIFF_INSERT,b]];if(!b)return[[DIFF_DELETE,a]];var e=a.length>b.length?a:b,f=a.length>b.length?b:a,g=e.indexOf(f);return-1!=g?(c=[[DIFF_INSERT,e.substring(0,g)],[DIFF_EQUAL,f],[DIFF_INSERT,e.substring(g+f.length)]],a.length>b.length&&(c[0][0]=c[2][0]=DIFF_DELETE),c):1==f.length?[[DIFF_DELETE,a],[DIFF_INSERT,b]]:(e=this.diff_halfMatch_(a,b))?(b=e[1],f=e[3],a=e[4],e=this.diff_main(e[0],e[2],c,d),c=this.diff_main(b,f,c,d),e.concat([[DIFF_EQUAL,\na]],c)):c&&100<a.length&&100<b.length?this.diff_lineMode_(a,b,d):this.diff_bisect_(a,b,d)};\ndiff_match_patch.prototype.diff_lineMode_=function(a,b,c){var d=this.diff_linesToChars_(a,b);a=d.chars1;b=d.chars2;d=d.lineArray;a=this.diff_main(a,b,!1,c);this.diff_charsToLines_(a,d);this.diff_cleanupSemantic(a);a.push([DIFF_EQUAL,\"\"]);for(var e=d=b=0,f=\"\",g=\"\";b<a.length;){switch(a[b][0]){case DIFF_INSERT:e++;g+=a[b][1];break;case DIFF_DELETE:d++;f+=a[b][1];break;case DIFF_EQUAL:if(1<=d&&1<=e){a.splice(b-d-e,d+e);b=b-d-e;d=this.diff_main(f,g,!1,c);for(e=d.length-1;0<=e;e--)a.splice(b,0,d[e]);b+=\nd.length}d=e=0;g=f=\"\"}b++}a.pop();return a};\ndiff_match_patch.prototype.diff_bisect_=function(a,b,c){for(var d=a.length,e=b.length,f=Math.ceil((d+e)/2),g=2*f,h=Array(g),l=Array(g),k=0;k<g;k++)h[k]=-1,l[k]=-1;h[f+1]=0;l[f+1]=0;k=d-e;for(var m=0!=k%2,p=0,x=0,w=0,q=0,t=0;t<f&&!((new Date).getTime()>c);t++){for(var v=-t+p;v<=t-x;v+=2){var n=f+v;var r=v==-t||v!=t&&h[n-1]<h[n+1]?h[n+1]:h[n-1]+1;for(var y=r-v;r<d&&y<e&&a.charAt(r)==b.charAt(y);)r++,y++;h[n]=r;if(r>d)x+=2;else if(y>e)p+=2;else if(m&&(n=f+k-v,0<=n&&n<g&&-1!=l[n])){var u=d-l[n];if(r>=\nu)return this.diff_bisectSplit_(a,b,r,y,c)}}for(v=-t+w;v<=t-q;v+=2){n=f+v;u=v==-t||v!=t&&l[n-1]<l[n+1]?l[n+1]:l[n-1]+1;for(r=u-v;u<d&&r<e&&a.charAt(d-u-1)==b.charAt(e-r-1);)u++,r++;l[n]=u;if(u>d)q+=2;else if(r>e)w+=2;else if(!m&&(n=f+k-v,0<=n&&n<g&&-1!=h[n]&&(r=h[n],y=f+r-n,u=d-u,r>=u)))return this.diff_bisectSplit_(a,b,r,y,c)}}return[[DIFF_DELETE,a],[DIFF_INSERT,b]]};\ndiff_match_patch.prototype.diff_bisectSplit_=function(a,b,c,d,e){var f=a.substring(0,c),g=b.substring(0,d);a=a.substring(c);b=b.substring(d);f=this.diff_main(f,g,!1,e);e=this.diff_main(a,b,!1,e);return f.concat(e)};\ndiff_match_patch.prototype.diff_linesToChars_=function(a,b){function c(a){for(var b=\"\",c=0,f=-1,g=d.length;f<a.length-1;){f=a.indexOf(\"\\n\",c);-1==f&&(f=a.length-1);var h=a.substring(c,f+1);c=f+1;(e.hasOwnProperty?e.hasOwnProperty(h):void 0!==e[h])?b+=String.fromCharCode(e[h]):(b+=String.fromCharCode(g),e[h]=g,d[g++]=h)}return b}var d=[],e={};d[0]=\"\";var f=c(a),g=c(b);return{chars1:f,chars2:g,lineArray:d}};\ndiff_match_patch.prototype.diff_charsToLines_=function(a,b){for(var c=0;c<a.length;c++){for(var d=a[c][1],e=[],f=0;f<d.length;f++)e[f]=b[d.charCodeAt(f)];a[c][1]=e.join(\"\")}};diff_match_patch.prototype.diff_commonPrefix=function(a,b){if(!a||!b||a.charAt(0)!=b.charAt(0))return 0;for(var c=0,d=Math.min(a.length,b.length),e=d,f=0;c<e;)a.substring(f,e)==b.substring(f,e)?f=c=e:d=e,e=Math.floor((d-c)/2+c);return e};\ndiff_match_patch.prototype.diff_commonSuffix=function(a,b){if(!a||!b||a.charAt(a.length-1)!=b.charAt(b.length-1))return 0;for(var c=0,d=Math.min(a.length,b.length),e=d,f=0;c<e;)a.substring(a.length-e,a.length-f)==b.substring(b.length-e,b.length-f)?f=c=e:d=e,e=Math.floor((d-c)/2+c);return e};\ndiff_match_patch.prototype.diff_commonOverlap_=function(a,b){var c=a.length,d=b.length;if(0==c||0==d)return 0;c>d?a=a.substring(c-d):c<d&&(b=b.substring(0,c));c=Math.min(c,d);if(a==b)return c;d=0;for(var e=1;;){var f=a.substring(c-e);f=b.indexOf(f);if(-1==f)return d;e+=f;if(0==f||a.substring(c-e)==b.substring(0,e))d=e,e++}};\ndiff_match_patch.prototype.diff_halfMatch_=function(a,b){function c(a,b,c){for(var d=a.substring(c,c+Math.floor(a.length/4)),e=-1,g=\"\",h,k,l,m;-1!=(e=b.indexOf(d,e+1));){var p=f.diff_commonPrefix(a.substring(c),b.substring(e)),u=f.diff_commonSuffix(a.substring(0,c),b.substring(0,e));g.length<u+p&&(g=b.substring(e-u,e)+b.substring(e,e+p),h=a.substring(0,c-u),k=a.substring(c+p),l=b.substring(0,e-u),m=b.substring(e+p))}return 2*g.length>=a.length?[h,k,l,m,g]:null}if(0>=this.Diff_Timeout)return null;\nvar d=a.length>b.length?a:b,e=a.length>b.length?b:a;if(4>d.length||2*e.length<d.length)return null;var f=this,g=c(d,e,Math.ceil(d.length/4));d=c(d,e,Math.ceil(d.length/2));if(g||d)g=d?g?g[4].length>d[4].length?g:d:d:g;else return null;if(a.length>b.length){d=g[0];e=g[1];var h=g[2];var l=g[3]}else h=g[0],l=g[1],d=g[2],e=g[3];return[d,e,h,l,g[4]]};\ndiff_match_patch.prototype.diff_cleanupSemantic=function(a){for(var b=!1,c=[],d=0,e=null,f=0,g=0,h=0,l=0,k=0;f<a.length;)a[f][0]==DIFF_EQUAL?(c[d++]=f,g=l,h=k,k=l=0,e=a[f][1]):(a[f][0]==DIFF_INSERT?l+=a[f][1].length:k+=a[f][1].length,e&&e.length<=Math.max(g,h)&&e.length<=Math.max(l,k)&&(a.splice(c[d-1],0,[DIFF_DELETE,e]),a[c[d-1]+1][0]=DIFF_INSERT,d--,d--,f=0<d?c[d-1]:-1,k=l=h=g=0,e=null,b=!0)),f++;b&&this.diff_cleanupMerge(a);this.diff_cleanupSemanticLossless(a);for(f=1;f<a.length;){if(a[f-1][0]==\nDIFF_DELETE&&a[f][0]==DIFF_INSERT){b=a[f-1][1];c=a[f][1];d=this.diff_commonOverlap_(b,c);e=this.diff_commonOverlap_(c,b);if(d>=e){if(d>=b.length/2||d>=c.length/2)a.splice(f,0,[DIFF_EQUAL,c.substring(0,d)]),a[f-1][1]=b.substring(0,b.length-d),a[f+1][1]=c.substring(d),f++}else if(e>=b.length/2||e>=c.length/2)a.splice(f,0,[DIFF_EQUAL,b.substring(0,e)]),a[f-1][0]=DIFF_INSERT,a[f-1][1]=c.substring(0,c.length-e),a[f+1][0]=DIFF_DELETE,a[f+1][1]=b.substring(e),f++;f++}f++}};\ndiff_match_patch.prototype.diff_cleanupSemanticLossless=function(a){function b(a,b){if(!a||!b)return 6;var c=a.charAt(a.length-1),d=b.charAt(0),e=c.match(diff_match_patch.nonAlphaNumericRegex_),f=d.match(diff_match_patch.nonAlphaNumericRegex_),g=e&&c.match(diff_match_patch.whitespaceRegex_),h=f&&d.match(diff_match_patch.whitespaceRegex_);c=g&&c.match(diff_match_patch.linebreakRegex_);d=h&&d.match(diff_match_patch.linebreakRegex_);var k=c&&a.match(diff_match_patch.blanklineEndRegex_),l=d&&b.match(diff_match_patch.blanklineStartRegex_);\nreturn k||l?5:c||d?4:e&&!g&&h?3:g||h?2:e||f?1:0}for(var c=1;c<a.length-1;){if(a[c-1][0]==DIFF_EQUAL&&a[c+1][0]==DIFF_EQUAL){var d=a[c-1][1],e=a[c][1],f=a[c+1][1],g=this.diff_commonSuffix(d,e);if(g){var h=e.substring(e.length-g);d=d.substring(0,d.length-g);e=h+e.substring(0,e.length-g);f=h+f}g=d;h=e;for(var l=f,k=b(d,e)+b(e,f);e.charAt(0)===f.charAt(0);){d+=e.charAt(0);e=e.substring(1)+f.charAt(0);f=f.substring(1);var m=b(d,e)+b(e,f);m>=k&&(k=m,g=d,h=e,l=f)}a[c-1][1]!=g&&(g?a[c-1][1]=g:(a.splice(c-\n1,1),c--),a[c][1]=h,l?a[c+1][1]=l:(a.splice(c+1,1),c--))}c++}};diff_match_patch.nonAlphaNumericRegex_=/[^a-zA-Z0-9]/;diff_match_patch.whitespaceRegex_=/\\s/;diff_match_patch.linebreakRegex_=/[\\r\\n]/;diff_match_patch.blanklineEndRegex_=/\\n\\r?\\n$/;diff_match_patch.blanklineStartRegex_=/^\\r?\\n\\r?\\n/;\ndiff_match_patch.prototype.diff_cleanupEfficiency=function(a){for(var b=!1,c=[],d=0,e=null,f=0,g=!1,h=!1,l=!1,k=!1;f<a.length;)a[f][0]==DIFF_EQUAL?(a[f][1].length<this.Diff_EditCost&&(l||k)?(c[d++]=f,g=l,h=k,e=a[f][1]):(d=0,e=null),l=k=!1):(a[f][0]==DIFF_DELETE?k=!0:l=!0,e&&(g&&h&&l&&k||e.length<this.Diff_EditCost/2&&3==g+h+l+k)&&(a.splice(c[d-1],0,[DIFF_DELETE,e]),a[c[d-1]+1][0]=DIFF_INSERT,d--,e=null,g&&h?(l=k=!0,d=0):(d--,f=0<d?c[d-1]:-1,l=k=!1),b=!0)),f++;b&&this.diff_cleanupMerge(a)};\ndiff_match_patch.prototype.diff_cleanupMerge=function(a){a.push([DIFF_EQUAL,\"\"]);for(var b=0,c=0,d=0,e=\"\",f=\"\",g;b<a.length;)switch(a[b][0]){case DIFF_INSERT:d++;f+=a[b][1];b++;break;case DIFF_DELETE:c++;e+=a[b][1];b++;break;case DIFF_EQUAL:1<c+d?(0!==c&&0!==d&&(g=this.diff_commonPrefix(f,e),0!==g&&(0<b-c-d&&a[b-c-d-1][0]==DIFF_EQUAL?a[b-c-d-1][1]+=f.substring(0,g):(a.splice(0,0,[DIFF_EQUAL,f.substring(0,g)]),b++),f=f.substring(g),e=e.substring(g)),g=this.diff_commonSuffix(f,e),0!==g&&(a[b][1]=f.substring(f.length-\ng)+a[b][1],f=f.substring(0,f.length-g),e=e.substring(0,e.length-g))),0===c?a.splice(b-d,c+d,[DIFF_INSERT,f]):0===d?a.splice(b-c,c+d,[DIFF_DELETE,e]):a.splice(b-c-d,c+d,[DIFF_DELETE,e],[DIFF_INSERT,f]),b=b-c-d+(c?1:0)+(d?1:0)+1):0!==b&&a[b-1][0]==DIFF_EQUAL?(a[b-1][1]+=a[b][1],a.splice(b,1)):b++,c=d=0,f=e=\"\"}\"\"===a[a.length-1][1]&&a.pop();c=!1;for(b=1;b<a.length-1;)a[b-1][0]==DIFF_EQUAL&&a[b+1][0]==DIFF_EQUAL&&(a[b][1].substring(a[b][1].length-a[b-1][1].length)==a[b-1][1]?(a[b][1]=a[b-1][1]+a[b][1].substring(0,\na[b][1].length-a[b-1][1].length),a[b+1][1]=a[b-1][1]+a[b+1][1],a.splice(b-1,1),c=!0):a[b][1].substring(0,a[b+1][1].length)==a[b+1][1]&&(a[b-1][1]+=a[b+1][1],a[b][1]=a[b][1].substring(a[b+1][1].length)+a[b+1][1],a.splice(b+1,1),c=!0)),b++;c&&this.diff_cleanupMerge(a)};\ndiff_match_patch.prototype.diff_xIndex=function(a,b){var c=0,d=0,e=0,f=0,g;for(g=0;g<a.length;g++){a[g][0]!==DIFF_INSERT&&(c+=a[g][1].length);a[g][0]!==DIFF_DELETE&&(d+=a[g][1].length);if(c>b)break;e=c;f=d}return a.length!=g&&a[g][0]===DIFF_DELETE?f:f+(b-e)};\ndiff_match_patch.prototype.diff_prettyHtml=function(a){for(var b=[],c=/&/g,d=/</g,e=/>/g,f=/\\n/g,g=0;g<a.length;g++){var h=a[g][0],l=a[g][1].replace(c,\"&\").replace(d,\"<\").replace(e,\">\").replace(f,\"¶<br>\");switch(h){case DIFF_INSERT:b[g]='<ins style=\"background:#e6ffe6;\">'+l+\"</ins>\";break;case DIFF_DELETE:b[g]='<del style=\"background:#ffe6e6;\">'+l+\"</del>\";break;case DIFF_EQUAL:b[g]=\"<span>\"+l+\"</span>\"}}return b.join(\"\")};\ndiff_match_patch.prototype.diff_text1=function(a){for(var b=[],c=0;c<a.length;c++)a[c][0]!==DIFF_INSERT&&(b[c]=a[c][1]);return b.join(\"\")};diff_match_patch.prototype.diff_text2=function(a){for(var b=[],c=0;c<a.length;c++)a[c][0]!==DIFF_DELETE&&(b[c]=a[c][1]);return b.join(\"\")};\ndiff_match_patch.prototype.diff_levenshtein=function(a){for(var b=0,c=0,d=0,e=0;e<a.length;e++){var f=a[e][1];switch(a[e][0]){case DIFF_INSERT:c+=f.length;break;case DIFF_DELETE:d+=f.length;break;case DIFF_EQUAL:b+=Math.max(c,d),d=c=0}}return b+=Math.max(c,d)};\ndiff_match_patch.prototype.diff_toDelta=function(a){for(var b=[],c=0;c<a.length;c++)switch(a[c][0]){case DIFF_INSERT:b[c]=\"+\"+encodeURI(a[c][1]);break;case DIFF_DELETE:b[c]=\"-\"+a[c][1].length;break;case DIFF_EQUAL:b[c]=\"=\"+a[c][1].length}return b.join(\"\\t\").replace(/%20/g,\" \")};\ndiff_match_patch.prototype.diff_fromDelta=function(a,b){for(var c=[],d=0,e=0,f=b.split(/\\t/g),g=0;g<f.length;g++){var h=f[g].substring(1);switch(f[g].charAt(0)){case \"+\":try{c[d++]=[DIFF_INSERT,decodeURI(h)]}catch(k){throw Error(\"Illegal escape in diff_fromDelta: \"+h);}break;case \"-\":case \"=\":var l=parseInt(h,10);if(isNaN(l)||0>l)throw Error(\"Invalid number in diff_fromDelta: \"+h);h=a.substring(e,e+=l);\"=\"==f[g].charAt(0)?c[d++]=[DIFF_EQUAL,h]:c[d++]=[DIFF_DELETE,h];break;default:if(f[g])throw Error(\"Invalid diff operation in diff_fromDelta: \"+\nf[g]);}}if(e!=a.length)throw Error(\"Delta length (\"+e+\") does not equal source text length (\"+a.length+\").\");return c};diff_match_patch.prototype.match_main=function(a,b,c){if(null==a||null==b||null==c)throw Error(\"Null input. (match_main)\");c=Math.max(0,Math.min(c,a.length));return a==b?0:a.length?a.substring(c,c+b.length)==b?c:this.match_bitap_(a,b,c):-1};\ndiff_match_patch.prototype.match_bitap_=function(a,b,c){function d(a,d){var e=a/b.length,g=Math.abs(c-d);return f.Match_Distance?e+g/f.Match_Distance:g?1:e}if(b.length>this.Match_MaxBits)throw Error(\"Pattern too long for this browser.\");var e=this.match_alphabet_(b),f=this,g=this.Match_Threshold,h=a.indexOf(b,c);-1!=h&&(g=Math.min(d(0,h),g),h=a.lastIndexOf(b,c+b.length),-1!=h&&(g=Math.min(d(0,h),g)));var l=1<<b.length-1;h=-1;for(var k,m,p=b.length+a.length,x,w=0;w<b.length;w++){k=0;for(m=p;k<m;)d(w,\nc+m)<=g?k=m:p=m,m=Math.floor((p-k)/2+k);p=m;k=Math.max(1,c-m+1);var q=Math.min(c+m,a.length)+b.length;m=Array(q+2);for(m[q+1]=(1<<w)-1;q>=k;q--){var t=e[a.charAt(q-1)];m[q]=0===w?(m[q+1]<<1|1)&t:(m[q+1]<<1|1)&t|(x[q+1]|x[q])<<1|1|x[q+1];if(m[q]&l&&(t=d(w,q-1),t<=g))if(g=t,h=q-1,h>c)k=Math.max(1,2*c-h);else break}if(d(w+1,c)>g)break;x=m}return h};\ndiff_match_patch.prototype.match_alphabet_=function(a){for(var b={},c=0;c<a.length;c++)b[a.charAt(c)]=0;for(c=0;c<a.length;c++)b[a.charAt(c)]|=1<<a.length-c-1;return b};\ndiff_match_patch.prototype.patch_addContext_=function(a,b){if(0!=b.length){for(var c=b.substring(a.start2,a.start2+a.length1),d=0;b.indexOf(c)!=b.lastIndexOf(c)&&c.length<this.Match_MaxBits-this.Patch_Margin-this.Patch_Margin;)d+=this.Patch_Margin,c=b.substring(a.start2-d,a.start2+a.length1+d);d+=this.Patch_Margin;(c=b.substring(a.start2-d,a.start2))&&a.diffs.unshift([DIFF_EQUAL,c]);(d=b.substring(a.start2+a.length1,a.start2+a.length1+d))&&a.diffs.push([DIFF_EQUAL,d]);a.start1-=c.length;a.start2-=\nc.length;a.length1+=c.length+d.length;a.length2+=c.length+d.length}};\ndiff_match_patch.prototype.patch_make=function(a,b,c){if(\"string\"==typeof a&&\"string\"==typeof b&&\"undefined\"==typeof c){var d=a;b=this.diff_main(d,b,!0);2<b.length&&(this.diff_cleanupSemantic(b),this.diff_cleanupEfficiency(b))}else if(a&&\"object\"==typeof a&&\"undefined\"==typeof b&&\"undefined\"==typeof c)b=a,d=this.diff_text1(b);else if(\"string\"==typeof a&&b&&\"object\"==typeof b&&\"undefined\"==typeof c)d=a;else if(\"string\"==typeof a&&\"string\"==typeof b&&c&&\"object\"==typeof c)d=a,b=c;else throw Error(\"Unknown call format to patch_make.\");\nif(0===b.length)return[];c=[];a=new diff_match_patch.patch_obj;for(var e=0,f=0,g=0,h=d,l=0;l<b.length;l++){var k=b[l][0],m=b[l][1];e||k===DIFF_EQUAL||(a.start1=f,a.start2=g);switch(k){case DIFF_INSERT:a.diffs[e++]=b[l];a.length2+=m.length;d=d.substring(0,g)+m+d.substring(g);break;case DIFF_DELETE:a.length1+=m.length;a.diffs[e++]=b[l];d=d.substring(0,g)+d.substring(g+m.length);break;case DIFF_EQUAL:m.length<=2*this.Patch_Margin&&e&&b.length!=l+1?(a.diffs[e++]=b[l],a.length1+=m.length,a.length2+=m.length):\nm.length>=2*this.Patch_Margin&&e&&(this.patch_addContext_(a,h),c.push(a),a=new diff_match_patch.patch_obj,e=0,h=d,f=g)}k!==DIFF_INSERT&&(f+=m.length);k!==DIFF_DELETE&&(g+=m.length)}e&&(this.patch_addContext_(a,h),c.push(a));return c};\ndiff_match_patch.prototype.patch_deepCopy=function(a){for(var b=[],c=0;c<a.length;c++){var d=a[c],e=new diff_match_patch.patch_obj;e.diffs=[];for(var f=0;f<d.diffs.length;f++)e.diffs[f]=d.diffs[f].slice();e.start1=d.start1;e.start2=d.start2;e.length1=d.length1;e.length2=d.length2;b[c]=e}return b};\ndiff_match_patch.prototype.patch_apply=function(a,b){if(0==a.length)return[b,[]];a=this.patch_deepCopy(a);var c=this.patch_addPadding(a);b=c+b+c;this.patch_splitMax(a);for(var d=0,e=[],f=0;f<a.length;f++){var g=a[f].start2+d,h=this.diff_text1(a[f].diffs),l=-1;if(h.length>this.Match_MaxBits){var k=this.match_main(b,h.substring(0,this.Match_MaxBits),g);-1!=k&&(l=this.match_main(b,h.substring(h.length-this.Match_MaxBits),g+h.length-this.Match_MaxBits),-1==l||k>=l)&&(k=-1)}else k=this.match_main(b,h,\ng);if(-1==k)e[f]=!1,d-=a[f].length2-a[f].length1;else if(e[f]=!0,d=k-g,g=-1==l?b.substring(k,k+h.length):b.substring(k,l+this.Match_MaxBits),h==g)b=b.substring(0,k)+this.diff_text2(a[f].diffs)+b.substring(k+h.length);else if(g=this.diff_main(h,g,!1),h.length>this.Match_MaxBits&&this.diff_levenshtein(g)/h.length>this.Patch_DeleteThreshold)e[f]=!1;else{this.diff_cleanupSemanticLossless(g);h=0;var m;for(l=0;l<a[f].diffs.length;l++){var p=a[f].diffs[l];p[0]!==DIFF_EQUAL&&(m=this.diff_xIndex(g,h));p[0]===\nDIFF_INSERT?b=b.substring(0,k+m)+p[1]+b.substring(k+m):p[0]===DIFF_DELETE&&(b=b.substring(0,k+m)+b.substring(k+this.diff_xIndex(g,h+p[1].length)));p[0]!==DIFF_DELETE&&(h+=p[1].length)}}}b=b.substring(c.length,b.length-c.length);return[b,e]};\ndiff_match_patch.prototype.patch_addPadding=function(a){for(var b=this.Patch_Margin,c=\"\",d=1;d<=b;d++)c+=String.fromCharCode(d);for(d=0;d<a.length;d++)a[d].start1+=b,a[d].start2+=b;d=a[0];var e=d.diffs;if(0==e.length||e[0][0]!=DIFF_EQUAL)e.unshift([DIFF_EQUAL,c]),d.start1-=b,d.start2-=b,d.length1+=b,d.length2+=b;else if(b>e[0][1].length){var f=b-e[0][1].length;e[0][1]=c.substring(e[0][1].length)+e[0][1];d.start1-=f;d.start2-=f;d.length1+=f;d.length2+=f}d=a[a.length-1];e=d.diffs;0==e.length||e[e.length-\n1][0]!=DIFF_EQUAL?(e.push([DIFF_EQUAL,c]),d.length1+=b,d.length2+=b):b>e[e.length-1][1].length&&(f=b-e[e.length-1][1].length,e[e.length-1][1]+=c.substring(0,f),d.length1+=f,d.length2+=f);return c};\ndiff_match_patch.prototype.patch_splitMax=function(a){for(var b=this.Match_MaxBits,c=0;c<a.length;c++)if(!(a[c].length1<=b)){var d=a[c];a.splice(c--,1);for(var e=d.start1,f=d.start2,g=\"\";0!==d.diffs.length;){var h=new diff_match_patch.patch_obj,l=!0;h.start1=e-g.length;h.start2=f-g.length;\"\"!==g&&(h.length1=h.length2=g.length,h.diffs.push([DIFF_EQUAL,g]));for(;0!==d.diffs.length&&h.length1<b-this.Patch_Margin;){g=d.diffs[0][0];var k=d.diffs[0][1];g===DIFF_INSERT?(h.length2+=k.length,f+=k.length,h.diffs.push(d.diffs.shift()),\nl=!1):g===DIFF_DELETE&&1==h.diffs.length&&h.diffs[0][0]==DIFF_EQUAL&&k.length>2*b?(h.length1+=k.length,e+=k.length,l=!1,h.diffs.push([g,k]),d.diffs.shift()):(k=k.substring(0,b-h.length1-this.Patch_Margin),h.length1+=k.length,e+=k.length,g===DIFF_EQUAL?(h.length2+=k.length,f+=k.length):l=!1,h.diffs.push([g,k]),k==d.diffs[0][1]?d.diffs.shift():d.diffs[0][1]=d.diffs[0][1].substring(k.length))}g=this.diff_text2(h.diffs);g=g.substring(g.length-this.Patch_Margin);k=this.diff_text1(d.diffs).substring(0,\nthis.Patch_Margin);\"\"!==k&&(h.length1+=k.length,h.length2+=k.length,0!==h.diffs.length&&h.diffs[h.diffs.length-1][0]===DIFF_EQUAL?h.diffs[h.diffs.length-1][1]+=k:h.diffs.push([DIFF_EQUAL,k]));l||a.splice(++c,0,h)}}};diff_match_patch.prototype.patch_toText=function(a){for(var b=[],c=0;c<a.length;c++)b[c]=a[c];return b.join(\"\")};\ndiff_match_patch.prototype.patch_fromText=function(a){var b=[];if(!a)return b;a=a.split(\"\\n\");for(var c=0,d=/^@@ -(\\d+),?(\\d*) \\+(\\d+),?(\\d*) @@$/;c<a.length;){var e=a[c].match(d);if(!e)throw Error(\"Invalid patch string: \"+a[c]);var f=new diff_match_patch.patch_obj;b.push(f);f.start1=parseInt(e[1],10);\"\"===e[2]?(f.start1--,f.length1=1):\"0\"==e[2]?f.length1=0:(f.start1--,f.length1=parseInt(e[2],10));f.start2=parseInt(e[3],10);\"\"===e[4]?(f.start2--,f.length2=1):\"0\"==e[4]?f.length2=0:(f.start2--,f.length2=\nparseInt(e[4],10));for(c++;c<a.length;){e=a[c].charAt(0);try{var g=decodeURI(a[c].substring(1))}catch(h){throw Error(\"Illegal escape in patch_fromText: \"+g);}if(\"-\"==e)f.diffs.push([DIFF_DELETE,g]);else if(\"+\"==e)f.diffs.push([DIFF_INSERT,g]);else if(\" \"==e)f.diffs.push([DIFF_EQUAL,g]);else if(\"@\"==e)break;else if(\"\"!==e)throw Error('Invalid patch mode \"'+e+'\" in: '+g);c++}}return b};diff_match_patch.patch_obj=function(){this.diffs=[];this.start2=this.start1=null;this.length2=this.length1=0};\ndiff_match_patch.patch_obj.prototype.toString=function(){for(var a=[\"@@ -\"+(0===this.length1?this.start1+\",0\":1==this.length1?this.start1+1:this.start1+1+\",\"+this.length1)+\" +\"+(0===this.length2?this.start2+\",0\":1==this.length2?this.start2+1:this.start2+1+\",\"+this.length2)+\" @@\\n\"],b,c=0;c<this.diffs.length;c++){switch(this.diffs[c][0]){case DIFF_INSERT:b=\"+\";break;case DIFF_DELETE:b=\"-\";break;case DIFF_EQUAL:b=\" \"}a[c+1]=b+encodeURI(this.diffs[c][1])+\"\\n\"}return a.join(\"\").replace(/%20/g,\" \")};\nthis.diff_match_patch=diff_match_patch;this.DIFF_DELETE=DIFF_DELETE;this.DIFF_INSERT=DIFF_INSERT;this.DIFF_EQUAL=DIFF_EQUAL;\n}).call(exports);",
"type": "application/javascript",
"title": "$:/core/modules/utils/diff-match-patch/diff_match_patch.js",
"module-type": "library"
},
"$:/core/modules/utils/dom/animations/slide.js": {
"title": "$:/core/modules/utils/dom/animations/slide.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animations/slide.js\ntype: application/javascript\nmodule-type: animation\n\nA simple slide animation that varies the height of the element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction slideOpen(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration();\n\t// Get the current height of the domNode\n\tvar computedStyle = window.getComputedStyle(domNode),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrPaddingBottom = parseInt(computedStyle.paddingBottom,10),\n\t\tcurrPaddingTop = parseInt(computedStyle.paddingTop,10),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"none\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{marginTop: currMarginTop + \"px\"},\n\t\t{paddingBottom: currPaddingBottom + \"px\"},\n\t\t{paddingTop: currPaddingTop + \"px\"},\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n}\n\nfunction slideClosed(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration(),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Clear the properties we've set when the animation is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n}\n\nexports.slide = {\n\topen: slideOpen,\n\tclose: slideClosed\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "animation"
},
"$:/core/modules/utils/dom/animator.js": {
"title": "$:/core/modules/utils/dom/animator.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animator.js\ntype: application/javascript\nmodule-type: utils\n\nOrchestrates animations and transitions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Animator() {\n\t// Get the registered animation modules\n\tthis.animations = {};\n\t$tw.modules.applyMethods(\"animation\",this.animations);\n}\n\nAnimator.prototype.perform = function(type,domNode,options) {\n\toptions = options || {};\n\t// Find an animation that can handle this type\n\tvar chosenAnimation;\n\t$tw.utils.each(this.animations,function(animation,name) {\n\t\tif($tw.utils.hop(animation,type)) {\n\t\t\tchosenAnimation = animation[type];\n\t\t}\n\t});\n\tif(!chosenAnimation) {\n\t\tchosenAnimation = function(domNode,options) {\n\t\t\tif(options.callback) {\n\t\t\t\toptions.callback();\n\t\t\t}\n\t\t};\n\t}\n\t// Call the animation\n\tchosenAnimation(domNode,options);\n};\n\nexports.Animator = Animator;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/browser.js": {
"title": "$:/core/modules/utils/dom/browser.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/browser.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser feature detection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet style properties of an element\n\telement: dom node\n\tstyles: ordered array of {name: value} pairs\n*/\nexports.setStyle = function(element,styles) {\n\tif(element.nodeType === 1) { // Element.ELEMENT_NODE\n\t\tfor(var t=0; t<styles.length; t++) {\n\t\t\tfor(var styleName in styles[t]) {\n\t\t\t\telement.style[$tw.utils.convertStyleNameToPropertyName(styleName)] = styles[t][styleName];\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nConverts a standard CSS property name into the local browser-specific equivalent. For example:\n\t\"background-color\" --> \"backgroundColor\"\n\t\"transition\" --> \"webkitTransition\"\n*/\n\nvar styleNameCache = {}; // We'll cache the style name conversions\n\nexports.convertStyleNameToPropertyName = function(styleName) {\n\t// Return from the cache if we can\n\tif(styleNameCache[styleName]) {\n\t\treturn styleNameCache[styleName];\n\t}\n\t// Convert it by first removing any hyphens\n\tvar propertyName = $tw.utils.unHyphenateCss(styleName);\n\t// Then check if it needs a prefix\n\tif($tw.browser && document.body.style[propertyName] === undefined) {\n\t\tvar prefixes = [\"O\",\"MS\",\"Moz\",\"webkit\"];\n\t\tfor(var t=0; t<prefixes.length; t++) {\n\t\t\tvar prefixedName = prefixes[t] + propertyName.substr(0,1).toUpperCase() + propertyName.substr(1);\n\t\t\tif(document.body.style[prefixedName] !== undefined) {\n\t\t\t\tpropertyName = prefixedName;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\t// Put it in the cache too\n\tstyleNameCache[styleName] = propertyName;\n\treturn propertyName;\n};\n\n/*\nConverts a JS format CSS property name back into the dashed form used in CSS declarations. For example:\n\t\"backgroundColor\" --> \"background-color\"\n\t\"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.convertPropertyNameToStyleName = function(propertyName) {\n\t// Rehyphenate the name\n\tvar styleName = $tw.utils.hyphenateCss(propertyName);\n\t// If there's a webkit prefix, add a dash (other browsers have uppercase prefixes, and so get the dash automatically)\n\tif(styleName.indexOf(\"webkit\") === 0) {\n\t\tstyleName = \"-\" + styleName;\n\t} else if(styleName.indexOf(\"-m-s\") === 0) {\n\t\tstyleName = \"-ms\" + styleName.substr(4);\n\t}\n\treturn styleName;\n};\n\n/*\nRound trip a stylename to a property name and back again. For example:\n\t\"transform\" --> \"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.roundTripPropertyName = function(propertyName) {\n\treturn $tw.utils.convertPropertyNameToStyleName($tw.utils.convertStyleNameToPropertyName(propertyName));\n};\n\n/*\nConverts a standard event name into the local browser specific equivalent. For example:\n\t\"animationEnd\" --> \"webkitAnimationEnd\"\n*/\n\nvar eventNameCache = {}; // We'll cache the conversions\n\nvar eventNameMappings = {\n\t\"transitionEnd\": {\n\t\tcorrespondingCssProperty: \"transition\",\n\t\tmappings: {\n\t\t\ttransition: \"transitionend\",\n\t\t\tOTransition: \"oTransitionEnd\",\n\t\t\tMSTransition: \"msTransitionEnd\",\n\t\t\tMozTransition: \"transitionend\",\n\t\t\twebkitTransition: \"webkitTransitionEnd\"\n\t\t}\n\t},\n\t\"animationEnd\": {\n\t\tcorrespondingCssProperty: \"animation\",\n\t\tmappings: {\n\t\t\tanimation: \"animationend\",\n\t\t\tOAnimation: \"oAnimationEnd\",\n\t\t\tMSAnimation: \"msAnimationEnd\",\n\t\t\tMozAnimation: \"animationend\",\n\t\t\twebkitAnimation: \"webkitAnimationEnd\"\n\t\t}\n\t}\n};\n\nexports.convertEventName = function(eventName) {\n\tif(eventNameCache[eventName]) {\n\t\treturn eventNameCache[eventName];\n\t}\n\tvar newEventName = eventName,\n\t\tmappings = eventNameMappings[eventName];\n\tif(mappings) {\n\t\tvar convertedProperty = $tw.utils.convertStyleNameToPropertyName(mappings.correspondingCssProperty);\n\t\tif(mappings.mappings[convertedProperty]) {\n\t\t\tnewEventName = mappings.mappings[convertedProperty];\n\t\t}\n\t}\n\t// Put it in the cache too\n\teventNameCache[eventName] = newEventName;\n\treturn newEventName;\n};\n\n/*\nReturn the names of the fullscreen APIs\n*/\nexports.getFullScreenApis = function() {\n\tvar d = document,\n\t\tdb = d.body,\n\t\tresult = {\n\t\t\"_requestFullscreen\": db.webkitRequestFullscreen !== undefined ? \"webkitRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.mozRequestFullScreen !== undefined ? \"mozRequestFullScreen\" :\n\t\t\t\t\t\t\tdb.msRequestFullscreen !== undefined ? \"msRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.requestFullscreen !== undefined ? \"requestFullscreen\" : \"\",\n\t\t\"_exitFullscreen\": d.webkitExitFullscreen !== undefined ? \"webkitExitFullscreen\" :\n\t\t\t\t\t\t\td.mozCancelFullScreen !== undefined ? \"mozCancelFullScreen\" :\n\t\t\t\t\t\t\td.msExitFullscreen !== undefined ? \"msExitFullscreen\" :\n\t\t\t\t\t\t\td.exitFullscreen !== undefined ? \"exitFullscreen\" : \"\",\n\t\t\"_fullscreenElement\": d.webkitFullscreenElement !== undefined ? \"webkitFullscreenElement\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozFullScreenElement\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"msFullscreenElement\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenElement\" : \"\",\n\t\t\"_fullscreenChange\": d.webkitFullscreenElement !== undefined ? \"webkitfullscreenchange\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozfullscreenchange\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"MSFullscreenChange\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenchange\" : \"\"\n\t};\n\tif(!result._requestFullscreen || !result._exitFullscreen || !result._fullscreenElement || !result._fullscreenChange) {\n\t\treturn null;\n\t} else {\n\t\treturn result;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/csscolorparser.js": {
"title": "$:/core/modules/utils/dom/csscolorparser.js",
"text": "// (c) Dean McNamee <dean@gmail.com>, 2012.\n//\n// https://github.com/deanm/css-color-parser-js\n//\n// Permission is hereby granted, free of charge, to any person obtaining a copy\n// of this software and associated documentation files (the \"Software\"), to\n// deal in the Software without restriction, including without limitation the\n// rights to use, copy, modify, merge, publish, distribute, sublicense, and/or\n// sell copies of the Software, and to permit persons to whom the Software is\n// furnished to do so, subject to the following conditions:\n//\n// The above copyright notice and this permission notice shall be included in\n// all copies or substantial portions of the Software.\n//\n// THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\n// FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS\n// IN THE SOFTWARE.\n\n// http://www.w3.org/TR/css3-color/\nvar kCSSColorTable = {\n \"transparent\": [0,0,0,0], \"aliceblue\": [240,248,255,1],\n \"antiquewhite\": [250,235,215,1], \"aqua\": [0,255,255,1],\n \"aquamarine\": [127,255,212,1], \"azure\": [240,255,255,1],\n \"beige\": [245,245,220,1], \"bisque\": [255,228,196,1],\n \"black\": [0,0,0,1], \"blanchedalmond\": [255,235,205,1],\n \"blue\": [0,0,255,1], \"blueviolet\": [138,43,226,1],\n \"brown\": [165,42,42,1], \"burlywood\": [222,184,135,1],\n \"cadetblue\": [95,158,160,1], \"chartreuse\": [127,255,0,1],\n \"chocolate\": [210,105,30,1], \"coral\": [255,127,80,1],\n \"cornflowerblue\": [100,149,237,1], \"cornsilk\": [255,248,220,1],\n \"crimson\": [220,20,60,1], \"cyan\": [0,255,255,1],\n \"darkblue\": [0,0,139,1], \"darkcyan\": [0,139,139,1],\n \"darkgoldenrod\": [184,134,11,1], \"darkgray\": [169,169,169,1],\n \"darkgreen\": [0,100,0,1], \"darkgrey\": [169,169,169,1],\n \"darkkhaki\": [189,183,107,1], \"darkmagenta\": [139,0,139,1],\n \"darkolivegreen\": [85,107,47,1], \"darkorange\": [255,140,0,1],\n \"darkorchid\": [153,50,204,1], \"darkred\": [139,0,0,1],\n \"darksalmon\": [233,150,122,1], \"darkseagreen\": [143,188,143,1],\n \"darkslateblue\": [72,61,139,1], \"darkslategray\": [47,79,79,1],\n \"darkslategrey\": [47,79,79,1], \"darkturquoise\": [0,206,209,1],\n \"darkviolet\": [148,0,211,1], \"deeppink\": [255,20,147,1],\n \"deepskyblue\": [0,191,255,1], \"dimgray\": [105,105,105,1],\n \"dimgrey\": [105,105,105,1], \"dodgerblue\": [30,144,255,1],\n \"firebrick\": [178,34,34,1], \"floralwhite\": [255,250,240,1],\n \"forestgreen\": [34,139,34,1], \"fuchsia\": [255,0,255,1],\n \"gainsboro\": [220,220,220,1], \"ghostwhite\": [248,248,255,1],\n \"gold\": [255,215,0,1], \"goldenrod\": [218,165,32,1],\n \"gray\": [128,128,128,1], \"green\": [0,128,0,1],\n \"greenyellow\": [173,255,47,1], \"grey\": [128,128,128,1],\n \"honeydew\": [240,255,240,1], \"hotpink\": [255,105,180,1],\n \"indianred\": [205,92,92,1], \"indigo\": [75,0,130,1],\n \"ivory\": [255,255,240,1], \"khaki\": [240,230,140,1],\n \"lavender\": [230,230,250,1], \"lavenderblush\": [255,240,245,1],\n \"lawngreen\": [124,252,0,1], \"lemonchiffon\": [255,250,205,1],\n \"lightblue\": [173,216,230,1], \"lightcoral\": [240,128,128,1],\n \"lightcyan\": [224,255,255,1], \"lightgoldenrodyellow\": [250,250,210,1],\n \"lightgray\": [211,211,211,1], \"lightgreen\": [144,238,144,1],\n \"lightgrey\": [211,211,211,1], \"lightpink\": [255,182,193,1],\n \"lightsalmon\": [255,160,122,1], \"lightseagreen\": [32,178,170,1],\n \"lightskyblue\": [135,206,250,1], \"lightslategray\": [119,136,153,1],\n \"lightslategrey\": [119,136,153,1], \"lightsteelblue\": [176,196,222,1],\n \"lightyellow\": [255,255,224,1], \"lime\": [0,255,0,1],\n \"limegreen\": [50,205,50,1], \"linen\": [250,240,230,1],\n \"magenta\": [255,0,255,1], \"maroon\": [128,0,0,1],\n \"mediumaquamarine\": [102,205,170,1], \"mediumblue\": [0,0,205,1],\n \"mediumorchid\": [186,85,211,1], \"mediumpurple\": [147,112,219,1],\n \"mediumseagreen\": [60,179,113,1], \"mediumslateblue\": [123,104,238,1],\n \"mediumspringgreen\": [0,250,154,1], \"mediumturquoise\": [72,209,204,1],\n \"mediumvioletred\": [199,21,133,1], \"midnightblue\": [25,25,112,1],\n \"mintcream\": [245,255,250,1], \"mistyrose\": [255,228,225,1],\n \"moccasin\": [255,228,181,1], \"navajowhite\": [255,222,173,1],\n \"navy\": [0,0,128,1], \"oldlace\": [253,245,230,1],\n \"olive\": [128,128,0,1], \"olivedrab\": [107,142,35,1],\n \"orange\": [255,165,0,1], \"orangered\": [255,69,0,1],\n \"orchid\": [218,112,214,1], \"palegoldenrod\": [238,232,170,1],\n \"palegreen\": [152,251,152,1], \"paleturquoise\": [175,238,238,1],\n \"palevioletred\": [219,112,147,1], \"papayawhip\": [255,239,213,1],\n \"peachpuff\": [255,218,185,1], \"peru\": [205,133,63,1],\n \"pink\": [255,192,203,1], \"plum\": [221,160,221,1],\n \"powderblue\": [176,224,230,1], \"purple\": [128,0,128,1],\n \"red\": [255,0,0,1], \"rosybrown\": [188,143,143,1],\n \"royalblue\": [65,105,225,1], \"saddlebrown\": [139,69,19,1],\n \"salmon\": [250,128,114,1], \"sandybrown\": [244,164,96,1],\n \"seagreen\": [46,139,87,1], \"seashell\": [255,245,238,1],\n \"sienna\": [160,82,45,1], \"silver\": [192,192,192,1],\n \"skyblue\": [135,206,235,1], \"slateblue\": [106,90,205,1],\n \"slategray\": [112,128,144,1], \"slategrey\": [112,128,144,1],\n \"snow\": [255,250,250,1], \"springgreen\": [0,255,127,1],\n \"steelblue\": [70,130,180,1], \"tan\": [210,180,140,1],\n \"teal\": [0,128,128,1], \"thistle\": [216,191,216,1],\n \"tomato\": [255,99,71,1], \"turquoise\": [64,224,208,1],\n \"violet\": [238,130,238,1], \"wheat\": [245,222,179,1],\n \"white\": [255,255,255,1], \"whitesmoke\": [245,245,245,1],\n \"yellow\": [255,255,0,1], \"yellowgreen\": [154,205,50,1]}\n\nfunction clamp_css_byte(i) { // Clamp to integer 0 .. 255.\n i = Math.round(i); // Seems to be what Chrome does (vs truncation).\n return i < 0 ? 0 : i > 255 ? 255 : i;\n}\n\nfunction clamp_css_float(f) { // Clamp to float 0.0 .. 1.0.\n return f < 0 ? 0 : f > 1 ? 1 : f;\n}\n\nfunction parse_css_int(str) { // int or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_byte(parseFloat(str) / 100 * 255);\n return clamp_css_byte(parseInt(str));\n}\n\nfunction parse_css_float(str) { // float or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_float(parseFloat(str) / 100);\n return clamp_css_float(parseFloat(str));\n}\n\nfunction css_hue_to_rgb(m1, m2, h) {\n if (h < 0) h += 1;\n else if (h > 1) h -= 1;\n\n if (h * 6 < 1) return m1 + (m2 - m1) * h * 6;\n if (h * 2 < 1) return m2;\n if (h * 3 < 2) return m1 + (m2 - m1) * (2/3 - h) * 6;\n return m1;\n}\n\nfunction parseCSSColor(css_str) {\n // Remove all whitespace, not compliant, but should just be more accepting.\n var str = css_str.replace(/ /g, '').toLowerCase();\n\n // Color keywords (and transparent) lookup.\n if (str in kCSSColorTable) return kCSSColorTable[str].slice(); // dup.\n\n // #abc and #abc123 syntax.\n if (str[0] === '#') {\n if (str.length === 4) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xfff)) return null; // Covers NaN.\n return [((iv & 0xf00) >> 4) | ((iv & 0xf00) >> 8),\n (iv & 0xf0) | ((iv & 0xf0) >> 4),\n (iv & 0xf) | ((iv & 0xf) << 4),\n 1];\n } else if (str.length === 7) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xffffff)) return null; // Covers NaN.\n return [(iv & 0xff0000) >> 16,\n (iv & 0xff00) >> 8,\n iv & 0xff,\n 1];\n }\n\n return null;\n }\n\n var op = str.indexOf('('), ep = str.indexOf(')');\n if (op !== -1 && ep + 1 === str.length) {\n var fname = str.substr(0, op);\n var params = str.substr(op+1, ep-(op+1)).split(',');\n var alpha = 1; // To allow case fallthrough.\n switch (fname) {\n case 'rgba':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'rgb':\n if (params.length !== 3) return null;\n return [parse_css_int(params[0]),\n parse_css_int(params[1]),\n parse_css_int(params[2]),\n alpha];\n case 'hsla':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'hsl':\n if (params.length !== 3) return null;\n var h = (((parseFloat(params[0]) % 360) + 360) % 360) / 360; // 0 .. 1\n // NOTE(deanm): According to the CSS spec s/l should only be\n // percentages, but we don't bother and let float or percentage.\n var s = parse_css_float(params[1]);\n var l = parse_css_float(params[2]);\n var m2 = l <= 0.5 ? l * (s + 1) : l + s - l * s;\n var m1 = l * 2 - m2;\n return [clamp_css_byte(css_hue_to_rgb(m1, m2, h+1/3) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h-1/3) * 255),\n alpha];\n default:\n return null;\n }\n }\n\n return null;\n}\n\ntry { exports.parseCSSColor = parseCSSColor } catch(e) { }\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom.js": {
"title": "$:/core/modules/utils/dom.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static DOM-related utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDetermines whether element 'a' contains element 'b'\nCode thanks to John Resig, http://ejohn.org/blog/comparing-document-position/\n*/\nexports.domContains = function(a,b) {\n\treturn a.contains ?\n\t\ta !== b && a.contains(b) :\n\t\t!!(a.compareDocumentPosition(b) & 16);\n};\n\nexports.removeChildren = function(node) {\n\twhile(node.hasChildNodes()) {\n\t\tnode.removeChild(node.firstChild);\n\t}\n};\n\nexports.hasClass = function(el,className) {\n\treturn el && el.className && el.className.toString().split(\" \").indexOf(className) !== -1;\n};\n\nexports.addClass = function(el,className) {\n\tvar c = el.className.split(\" \");\n\tif(c.indexOf(className) === -1) {\n\t\tc.push(className);\n\t}\n\tel.className = c.join(\" \");\n};\n\nexports.removeClass = function(el,className) {\n\tvar c = el.className.split(\" \"),\n\t\tp = c.indexOf(className);\n\tif(p !== -1) {\n\t\tc.splice(p,1);\n\t\tel.className = c.join(\" \");\n\t}\n};\n\nexports.toggleClass = function(el,className,status) {\n\tif(status === undefined) {\n\t\tstatus = !exports.hasClass(el,className);\n\t}\n\tif(status) {\n\t\texports.addClass(el,className);\n\t} else {\n\t\texports.removeClass(el,className);\n\t}\n};\n\n/*\nGet the first parent element that has scrollbars or use the body as fallback.\n*/\nexports.getScrollContainer = function(el) {\n\tvar doc = el.ownerDocument;\n\twhile(el.parentNode) {\t\n\t\tel = el.parentNode;\n\t\tif(el.scrollTop) {\n\t\t\treturn el;\n\t\t}\n\t}\n\treturn doc.body;\n};\n\n/*\nGet the scroll position of the viewport\nReturns:\n\t{\n\t\tx: horizontal scroll position in pixels,\n\t\ty: vertical scroll position in pixels\n\t}\n*/\nexports.getScrollPosition = function(srcWindow) {\n\tvar scrollWindow = srcWindow || window;\n\tif(\"scrollX\" in scrollWindow) {\n\t\treturn {x: scrollWindow.scrollX, y: scrollWindow.scrollY};\n\t} else {\n\t\treturn {x: scrollWindow.document.documentElement.scrollLeft, y: scrollWindow.document.documentElement.scrollTop};\n\t}\n};\n\n/*\nAdjust the height of a textarea to fit its content, preserving scroll position, and return the height\n*/\nexports.resizeTextAreaToFit = function(domNode,minHeight) {\n\t// Get the scroll container and register the current scroll position\n\tvar container = $tw.utils.getScrollContainer(domNode),\n\t\tscrollTop = container.scrollTop;\n // Measure the specified minimum height\n\tdomNode.style.height = minHeight;\n\tvar measuredHeight = domNode.offsetHeight || parseInt(minHeight,10);\n\t// Set its height to auto so that it snaps to the correct height\n\tdomNode.style.height = \"auto\";\n\t// Calculate the revised height\n\tvar newHeight = Math.max(domNode.scrollHeight + domNode.offsetHeight - domNode.clientHeight,measuredHeight);\n\t// Only try to change the height if it has changed\n\tif(newHeight !== domNode.offsetHeight) {\n\t\tdomNode.style.height = newHeight + \"px\";\n\t\t// Make sure that the dimensions of the textarea are recalculated\n\t\t$tw.utils.forceLayout(domNode);\n\t\t// Set the container to the position we registered at the beginning\n\t\tcontainer.scrollTop = scrollTop;\n\t}\n\treturn newHeight;\n};\n\n/*\nGets the bounding rectangle of an element in absolute page coordinates\n*/\nexports.getBoundingPageRect = function(element) {\n\tvar scrollPos = $tw.utils.getScrollPosition(element.ownerDocument.defaultView),\n\t\tclientRect = element.getBoundingClientRect();\n\treturn {\n\t\tleft: clientRect.left + scrollPos.x,\n\t\twidth: clientRect.width,\n\t\tright: clientRect.right + scrollPos.x,\n\t\ttop: clientRect.top + scrollPos.y,\n\t\theight: clientRect.height,\n\t\tbottom: clientRect.bottom + scrollPos.y\n\t};\n};\n\n/*\nSaves a named password in the browser\n*/\nexports.savePassword = function(name,password) {\n\ttry {\n\t\tif(window.localStorage) {\n\t\t\tlocalStorage.setItem(\"tw5-password-\" + name,password);\n\t\t}\n\t} catch(e) {\n\t}\n};\n\n/*\nRetrieve a named password from the browser\n*/\nexports.getPassword = function(name) {\n\ttry {\n\t\treturn window.localStorage ? localStorage.getItem(\"tw5-password-\" + name) : \"\";\n\t} catch(e) {\n\t\treturn \"\";\n\t}\n};\n\n/*\nForce layout of a dom node and its descendents\n*/\nexports.forceLayout = function(element) {\n\tvar dummy = element.offsetWidth;\n};\n\n/*\nPulse an element for debugging purposes\n*/\nexports.pulseElement = function(element) {\n\t// Event handler to remove the class at the end\n\telement.addEventListener($tw.browser.animationEnd,function handler(event) {\n\t\telement.removeEventListener($tw.browser.animationEnd,handler,false);\n\t\t$tw.utils.removeClass(element,\"pulse\");\n\t},false);\n\t// Apply the pulse class\n\t$tw.utils.removeClass(element,\"pulse\");\n\t$tw.utils.forceLayout(element);\n\t$tw.utils.addClass(element,\"pulse\");\n};\n\n/*\nAttach specified event handlers to a DOM node\ndomNode: where to attach the event handlers\nevents: array of event handlers to be added (see below)\nEach entry in the events array is an object with these properties:\nhandlerFunction: optional event handler function\nhandlerObject: optional event handler object\nhandlerMethod: optionally specifies object handler method name (defaults to `handleEvent`)\n*/\nexports.addEventListeners = function(domNode,events) {\n\t$tw.utils.each(events,function(eventInfo) {\n\t\tvar handler;\n\t\tif(eventInfo.handlerFunction) {\n\t\t\thandler = eventInfo.handlerFunction;\n\t\t} else if(eventInfo.handlerObject) {\n\t\t\tif(eventInfo.handlerMethod) {\n\t\t\t\thandler = function(event) {\n\t\t\t\t\teventInfo.handlerObject[eventInfo.handlerMethod].call(eventInfo.handlerObject,event);\n\t\t\t\t};\t\n\t\t\t} else {\n\t\t\t\thandler = eventInfo.handlerObject;\n\t\t\t}\n\t\t}\n\t\tdomNode.addEventListener(eventInfo.name,handler,false);\n\t});\n};\n\n/*\nGet the computed styles applied to an element as an array of strings of individual CSS properties\n*/\nexports.getComputedStyles = function(domNode) {\n\tvar textAreaStyles = window.getComputedStyle(domNode,null),\n\t\tstyleDefs = [],\n\t\tname;\n\tfor(var t=0; t<textAreaStyles.length; t++) {\n\t\tname = textAreaStyles[t];\n\t\tstyleDefs.push(name + \": \" + textAreaStyles.getPropertyValue(name) + \";\");\n\t}\n\treturn styleDefs;\n};\n\n/*\nApply a set of styles passed as an array of strings of individual CSS properties\n*/\nexports.setStyles = function(domNode,styleDefs) {\n\tdomNode.style.cssText = styleDefs.join(\"\");\n};\n\n/*\nCopy the computed styles from a source element to a destination element\n*/\nexports.copyStyles = function(srcDomNode,dstDomNode) {\n\t$tw.utils.setStyles(dstDomNode,$tw.utils.getComputedStyles(srcDomNode));\n};\n\n/*\nCopy plain text to the clipboard on browsers that support it\n*/\nexports.copyToClipboard = function(text,options) {\n\toptions = options || {};\n\tvar textArea = document.createElement(\"textarea\");\n\ttextArea.style.position = \"fixed\";\n\ttextArea.style.top = 0;\n\ttextArea.style.left = 0;\n\ttextArea.style.fontSize = \"12pt\";\n\ttextArea.style.width = \"2em\";\n\ttextArea.style.height = \"2em\";\n\ttextArea.style.padding = 0;\n\ttextArea.style.border = \"none\";\n\ttextArea.style.outline = \"none\";\n\ttextArea.style.boxShadow = \"none\";\n\ttextArea.style.background = \"transparent\";\n\ttextArea.value = text;\n\tdocument.body.appendChild(textArea);\n\ttextArea.select();\n\ttextArea.setSelectionRange(0,text.length);\n\tvar succeeded = false;\n\ttry {\n\t\tsucceeded = document.execCommand(\"copy\");\n\t} catch (err) {\n\t}\n\tif(!options.doNotNotify) {\n\t\t$tw.notifier.display(succeeded ? \"$:/language/Notifications/CopiedToClipboard/Succeeded\" : \"$:/language/Notifications/CopiedToClipboard/Failed\");\n\t}\n\tdocument.body.removeChild(textArea);\n};\n\nexports.getLocationPath = function() {\n\treturn window.location.toString().split(\"#\")[0];\n};\n\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/dragndrop.js": {
"title": "$:/core/modules/utils/dom/dragndrop.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/dragndrop.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser data transfer utilities, used with the clipboard and drag and drop\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOptions:\n\ndomNode: dom node to make draggable\ndragImageType: \"pill\" or \"dom\"\ndragTiddlerFn: optional function to retrieve the title of tiddler to drag\ndragFilterFn: optional function to retreive the filter defining a list of tiddlers to drag\nwidget: widget to use as the contect for the filter\n*/\nexports.makeDraggable = function(options) {\n\tvar dragImageType = options.dragImageType || \"dom\",\n\t\tdragImage,\n\t\tdomNode = options.domNode;\n\t// Make the dom node draggable (not necessary for anchor tags)\n\tif((domNode.tagName || \"\").toLowerCase() !== \"a\") {\n\t\tdomNode.setAttribute(\"draggable\",\"true\");\t\t\n\t}\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragstart\", handlerFunction: function(event) {\n\t\t\tif(event.dataTransfer === undefined) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t\t// Collect the tiddlers being dragged\n\t\t\tvar dragTiddler = options.dragTiddlerFn && options.dragTiddlerFn(),\n\t\t\t\tdragFilter = options.dragFilterFn && options.dragFilterFn(),\n\t\t\t\ttitles = dragTiddler ? [dragTiddler] : [],\n\t\t\t \tstartActions = options.startActions;\n\t\t\tif(dragFilter) {\n\t\t\t\ttitles.push.apply(titles,options.widget.wiki.filterTiddlers(dragFilter,options.widget));\n\t\t\t}\n\t\t\tvar titleString = $tw.utils.stringifyList(titles);\n\t\t\t// Check that we've something to drag\n\t\t\tif(titles.length > 0 && event.target === domNode) {\n\t\t\t\t// Mark the drag in progress\n\t\t\t\t$tw.dragInProgress = domNode;\n\t\t\t\t// Set the dragging class on the element being dragged\n\t\t\t\t$tw.utils.addClass(event.target,\"tc-dragging\");\n\t\t\t\t// Invoke drag-start actions if given\n\t\t\t\tif(startActions !== undefined) {\n\t\t\t\t\toptions.widget.invokeActionString(startActions,options.widget,event,{actionTiddler: titleString});\n\t\t\t\t}\n\t\t\t\t// Create the drag image elements\n\t\t\t\tdragImage = options.widget.document.createElement(\"div\");\n\t\t\t\tdragImage.className = \"tc-tiddler-dragger\";\n\t\t\t\tvar inner = options.widget.document.createElement(\"div\");\n\t\t\t\tinner.className = \"tc-tiddler-dragger-inner\";\n\t\t\t\tinner.appendChild(options.widget.document.createTextNode(\n\t\t\t\t\ttitles.length === 1 ? \n\t\t\t\t\t\ttitles[0] :\n\t\t\t\t\t\ttitles.length + \" tiddlers\"\n\t\t\t\t));\n\t\t\t\tdragImage.appendChild(inner);\n\t\t\t\toptions.widget.document.body.appendChild(dragImage);\n\t\t\t\t// Set the data transfer properties\n\t\t\t\tvar dataTransfer = event.dataTransfer;\n\t\t\t\t// Set up the image\n\t\t\t\tdataTransfer.effectAllowed = \"all\";\n\t\t\t\tif(dataTransfer.setDragImage) {\n\t\t\t\t\tif(dragImageType === \"pill\") {\n\t\t\t\t\t\tdataTransfer.setDragImage(dragImage.firstChild,-16,-16);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvar r = domNode.getBoundingClientRect();\n\t\t\t\t\t\tdataTransfer.setDragImage(domNode,event.clientX-r.left,event.clientY-r.top);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// Set up the data transfer\n\t\t\t\tif(dataTransfer.clearData) {\n\t\t\t\t\tdataTransfer.clearData();\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\tvar jsonData = [];\n\t\t\t\tif(titles.length > 1) {\n\t\t\t\t\ttitles.forEach(function(title) {\n\t\t\t\t\t\tjsonData.push(options.widget.wiki.getTiddlerAsJson(title));\n\t\t\t\t\t});\n\t\t\t\t\tjsonData = \"[\" + jsonData.join(\",\") + \"]\";\n\t\t\t\t} else {\n\t\t\t\t\tjsonData = options.widget.wiki.getTiddlerAsJson(titles[0]);\n\t\t\t\t}\n\t\t\t\t// IE doesn't like these content types\n\t\t\t\tif(!$tw.browser.isIE) {\n\t\t\t\t\tdataTransfer.setData(\"text/vnd.tiddler\",jsonData);\n\t\t\t\t\tdataTransfer.setData(\"text/plain\",titleString);\n\t\t\t\t\tdataTransfer.setData(\"text/x-moz-url\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t\t}\n\t\t\t\tdataTransfer.setData(\"URL\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t\tdataTransfer.setData(\"Text\",titleString);\n\t\t\t\tevent.stopPropagation();\n\t\t\t}\n\t\t\treturn false;\n\t\t}},\n\t\t{name: \"dragend\", handlerFunction: function(event) {\n\t\t\tif(event.target === domNode) {\n\t\t\t\t// Collect the tiddlers being dragged\n\t\t\t\tvar dragTiddler = options.dragTiddlerFn && options.dragTiddlerFn(),\n\t\t\t\t\tdragFilter = options.dragFilterFn && options.dragFilterFn(),\n\t\t\t\t\ttitles = dragTiddler ? [dragTiddler] : [],\n\t\t\t \t\tendActions = options.endActions;\n\t\t\t\tif(dragFilter) {\n\t\t\t\t\ttitles.push.apply(titles,options.widget.wiki.filterTiddlers(dragFilter,options.widget));\n\t\t\t\t}\n\t\t\t\tvar titleString = $tw.utils.stringifyList(titles);\n\t\t\t\t$tw.dragInProgress = null;\n\t\t\t\t// Invoke drag-end actions if given\n\t\t\t\tif(endActions !== undefined) {\n\t\t\t\t\toptions.widget.invokeActionString(endActions,options.widget,event,{actionTiddler: titleString});\n\t\t\t\t}\n\t\t\t\t// Remove the dragging class on the element being dragged\n\t\t\t\t$tw.utils.removeClass(event.target,\"tc-dragging\");\n\t\t\t\t// Delete the drag image element\n\t\t\t\tif(dragImage) {\n\t\t\t\t\tdragImage.parentNode.removeChild(dragImage);\n\t\t\t\t\tdragImage = null;\n\t\t\t\t}\n\t\t\t}\n\t\t\treturn false;\n\t\t}}\n\t]);\n};\n\nexports.importDataTransfer = function(dataTransfer,fallbackTitle,callback) {\n\t// Try each provided data type in turn\n\tif($tw.log.IMPORT) {\n\t\tconsole.log(\"Available data types:\");\n\t\tfor(var type=0; type<dataTransfer.types.length; type++) {\n\t\t\tconsole.log(\"type\",dataTransfer.types[type],dataTransfer.getData(dataTransfer.types[type]))\n\t\t}\n\t}\n\tfor(var t=0; t<importDataTypes.length; t++) {\n\t\tif(!$tw.browser.isIE || importDataTypes[t].IECompatible) {\n\t\t\t// Get the data\n\t\t\tvar dataType = importDataTypes[t];\n\t\t\t\tvar data = dataTransfer.getData(dataType.type);\n\t\t\t// Import the tiddlers in the data\n\t\t\tif(data !== \"\" && data !== null) {\n\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\tconsole.log(\"Importing data type '\" + dataType.type + \"', data: '\" + data + \"'\")\n\t\t\t\t}\n\t\t\t\tvar tiddlerFields = dataType.toTiddlerFieldsArray(data,fallbackTitle);\n\t\t\t\tcallback(tiddlerFields);\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t}\n};\n\nvar importDataTypes = [\n\t{type: \"text/vnd.tiddler\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn parseJSONTiddlers(data,fallbackTitle);\n\t}},\n\t{type: \"URL\", IECompatible: true, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn parseJSONTiddlers(match[1],fallbackTitle);\n\t\t} else {\n\t\t\treturn [{title: fallbackTitle, text: data}]; // As URL string\n\t\t}\n\t}},\n\t{type: \"text/x-moz-url\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn parseJSONTiddlers(match[1],fallbackTitle);\n\t\t} else {\n\t\t\treturn [{title: fallbackTitle, text: data}]; // As URL string\n\t\t}\n\t}},\n\t{type: \"text/html\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"text/plain\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"Text\", IECompatible: true, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"text/uri-list\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}}\n];\n\nfunction parseJSONTiddlers(json,fallbackTitle) {\n\tvar data = JSON.parse(json);\n\tif(!$tw.utils.isArray(data)) {\n\t\tdata = [data];\n\t}\n\tdata.forEach(function(fields) {\n\t\tfields.title = fields.title || fallbackTitle;\n\t});\n\treturn data;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/http.js": {
"title": "$:/core/modules/utils/dom/http.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/http.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser HTTP support\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nA quick and dirty HTTP function; to be refactored later. Options are:\n\turl: URL to retrieve\n\theaders: hashmap of headers to send\n\ttype: GET, PUT, POST etc\n\tcallback: function invoked with (err,data)\n\treturnProp: string name of the property to return as first argument of callback\n*/\nexports.httpRequest = function(options) {\n\tvar type = options.type || \"GET\",\n\t\theaders = options.headers || {accept: \"application/json\"},\n\t\treturnProp = options.returnProp || \"responseText\",\n\t\trequest = new XMLHttpRequest(),\n\t\tdata = \"\",\n\t\tf,results;\n\t// Massage the data hashmap into a string\n\tif(options.data) {\n\t\tif(typeof options.data === \"string\") { // Already a string\n\t\t\tdata = options.data;\n\t\t} else { // A hashmap of strings\n\t\t\tresults = [];\n\t\t\t$tw.utils.each(options.data,function(dataItem,dataItemTitle) {\n\t\t\t\tresults.push(dataItemTitle + \"=\" + encodeURIComponent(dataItem));\n\t\t\t});\n\t\t\tdata = results.join(\"&\");\n\t\t}\n\t}\n\t// Set up the state change handler\n\trequest.onreadystatechange = function() {\n\t\tif(this.readyState === 4) {\n\t\t\tif(this.status === 200 || this.status === 201 || this.status === 204) {\n\t\t\t\t// Success!\n\t\t\t\toptions.callback(null,this[returnProp],this);\n\t\t\t\treturn;\n\t\t\t}\n\t\t// Something went wrong\n\t\toptions.callback($tw.language.getString(\"Error/XMLHttpRequest\") + \": \" + this.status);\n\t\t}\n\t};\n\t// Make the request\n\trequest.open(type,options.url,true);\n\tif(headers) {\n\t\t$tw.utils.each(headers,function(header,headerTitle,object) {\n\t\t\trequest.setRequestHeader(headerTitle,header);\n\t\t});\n\t}\n\tif(data && !$tw.utils.hop(headers,\"Content-type\")) {\n\t\trequest.setRequestHeader(\"Content-type\",\"application/x-www-form-urlencoded; charset=UTF-8\");\n\t}\n\tif(!$tw.utils.hop(headers,\"X-Requested-With\")) {\n\t\trequest.setRequestHeader(\"X-Requested-With\",\"TiddlyWiki\");\n\t}\n\ttry {\n\t\trequest.send(data);\n\t} catch(e) {\n\t\toptions.callback(e);\n\t}\n\treturn request;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/keyboard.js": {
"title": "$:/core/modules/utils/dom/keyboard.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/keyboard.js\ntype: application/javascript\nmodule-type: utils\n\nKeyboard utilities; now deprecated. Instead, use $tw.keyboardManager\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n[\"parseKeyDescriptor\",\"checkKeyDescriptor\"].forEach(function(method) {\n\texports[method] = function() {\n\t\tif($tw.keyboardManager) {\n\t\t\treturn $tw.keyboardManager[method].apply($tw.keyboardManager,Array.prototype.slice.call(arguments,0));\n\t\t} else {\n\t\t\treturn null\n\t\t}\n\t};\n});\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/modal.js": {
"title": "$:/core/modules/utils/dom/modal.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/modal.js\ntype: application/javascript\nmodule-type: utils\n\nModal message mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Modal = function(wiki) {\n\tthis.wiki = wiki;\n\tthis.modalCount = 0;\n};\n\n/*\nDisplay a modal dialogue\n\ttitle: Title of tiddler to display\n\toptions: see below\nOptions include:\n\tdownloadLink: Text of a big download link to include\n*/\nModal.prototype.display = function(title,options) {\n\toptions = options || {};\n\tthis.srcDocument = options.variables && (options.variables.rootwindow === \"true\" ||\n\t\t\t\toptions.variables.rootwindow === \"yes\") ? document :\n\t\t\t\t(options.event.event ? options.event.event.target.ownerDocument : document);\n\tthis.srcWindow = this.srcDocument.defaultView;\n\tvar self = this,\n\t\trefreshHandler,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\ttiddler = this.wiki.getTiddler(title);\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Create the wrapper divs\n\tvar wrapper = this.srcDocument.createElement(\"div\"),\n\t\tmodalBackdrop = this.srcDocument.createElement(\"div\"),\n\t\tmodalWrapper = this.srcDocument.createElement(\"div\"),\n\t\tmodalHeader = this.srcDocument.createElement(\"div\"),\n\t\theaderTitle = this.srcDocument.createElement(\"h3\"),\n\t\tmodalBody = this.srcDocument.createElement(\"div\"),\n\t\tmodalLink = this.srcDocument.createElement(\"a\"),\n\t\tmodalFooter = this.srcDocument.createElement(\"div\"),\n\t\tmodalFooterHelp = this.srcDocument.createElement(\"span\"),\n\t\tmodalFooterButtons = this.srcDocument.createElement(\"span\");\n\t// Up the modal count and adjust the body class\n\tthis.modalCount++;\n\tthis.adjustPageClass();\n\t// Add classes\n\t$tw.utils.addClass(wrapper,\"tc-modal-wrapper\");\n\t$tw.utils.addClass(modalBackdrop,\"tc-modal-backdrop\");\n\t$tw.utils.addClass(modalWrapper,\"tc-modal\");\n\t$tw.utils.addClass(modalHeader,\"tc-modal-header\");\n\t$tw.utils.addClass(modalBody,\"tc-modal-body\");\n\t$tw.utils.addClass(modalFooter,\"tc-modal-footer\");\n\t// Join them together\n\twrapper.appendChild(modalBackdrop);\n\twrapper.appendChild(modalWrapper);\n\tmodalHeader.appendChild(headerTitle);\n\tmodalWrapper.appendChild(modalHeader);\n\tmodalWrapper.appendChild(modalBody);\n\tmodalFooter.appendChild(modalFooterHelp);\n\tmodalFooter.appendChild(modalFooterButtons);\n\tmodalWrapper.appendChild(modalFooter);\n\t// Render the title of the message\n\tvar headerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"subtitle\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\tattributes: {\n\t\t\t\ttext: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title\n\t\t}}}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: this.srcDocument,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\theaderWidgetNode.render(headerTitle,null);\n\t// Render the body of the message\n\tvar bodyWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: this.srcDocument,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\tbodyWidgetNode.render(modalBody,null);\n\t// Setup the link if present\n\tif(options.downloadLink) {\n\t\tmodalLink.href = options.downloadLink;\n\t\tmodalLink.appendChild(this.srcDocument.createTextNode(\"Right-click to save changes\"));\n\t\tmodalBody.appendChild(modalLink);\n\t}\n\t// Render the footer of the message\n\tif(tiddler && tiddler.fields && tiddler.fields.help) {\n\t\tvar link = this.srcDocument.createElement(\"a\");\n\t\tlink.setAttribute(\"href\",tiddler.fields.help);\n\t\tlink.setAttribute(\"target\",\"_blank\");\n\t\tlink.setAttribute(\"rel\",\"noopener noreferrer\");\n\t\tlink.appendChild(this.srcDocument.createTextNode(\"Help\"));\n\t\tmodalFooterHelp.appendChild(link);\n\t\tmodalFooterHelp.style.float = \"left\";\n\t}\n\tvar footerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"footer\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"button\",\n\t\t\tattributes: {\n\t\t\t\tmessage: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: \"tm-close-tiddler\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttext: {\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: $tw.language.getString(\"Buttons/Close/Caption\")\n\t\t\t}}}\n\t\t]}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: this.srcDocument,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\tfooterWidgetNode.render(modalFooterButtons,null);\n\t// Set up the refresh handler\n\trefreshHandler = function(changes) {\n\t\theaderWidgetNode.refresh(changes,modalHeader,null);\n\t\tbodyWidgetNode.refresh(changes,modalBody,null);\n\t\tfooterWidgetNode.refresh(changes,modalFooterButtons,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Add the close event handler\n\tvar closeHandler = function(event) {\n\t\t// Remove our refresh handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Decrease the modal count and adjust the body class\n\t\tself.modalCount--;\n\t\tself.adjustPageClass();\n\t\t// Force layout and animate the modal message away\n\t\t$tw.utils.forceLayout(modalBackdrop);\n\t\t$tw.utils.forceLayout(modalWrapper);\n\t\t$tw.utils.setStyle(modalBackdrop,[\n\t\t\t{opacity: \"0\"}\n\t\t]);\n\t\t$tw.utils.setStyle(modalWrapper,[\n\t\t\t{transform: \"translateY(\" + self.srcWindow.innerHeight + \"px)\"}\n\t\t]);\n\t\t// Set up an event for the transition end\n\t\tself.srcWindow.setTimeout(function() {\n\t\t\tif(wrapper.parentNode) {\n\t\t\t\t// Remove the modal message from the DOM\n\t\t\t\tself.srcDocument.body.removeChild(wrapper);\n\t\t\t}\n\t\t},duration);\n\t\t// Don't let anyone else handle the tm-close-tiddler message\n\t\treturn false;\n\t};\n\theaderWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tbodyWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tfooterWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\t// Set the initial styles for the message\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-this.srcWindow.innerHeight) + \"px)\"}\n\t]);\n\t// Put the message into the document\n\tthis.srcDocument.body.appendChild(wrapper);\n\t// Set up animation for the styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{transition: \"opacity \" + duration + \"ms ease-out\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(modalBackdrop);\n\t$tw.utils.forceLayout(modalWrapper);\n\t// Set final animated styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0.7\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n};\n\nModal.prototype.adjustPageClass = function() {\n\tvar windowContainer = $tw.pageContainer ? ($tw.pageContainer === this.srcDocument.body.firstChild ? $tw.pageContainer : this.srcDocument.body.firstChild) : null;\n\tif(windowContainer) {\n\t\t$tw.utils.toggleClass(windowContainer,\"tc-modal-displayed\",this.modalCount > 0);\n\t}\n};\n\nexports.Modal = Modal;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/notifier.js": {
"title": "$:/core/modules/utils/dom/notifier.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/notifier.js\ntype: application/javascript\nmodule-type: utils\n\nNotifier mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Notifier = function(wiki) {\n\tthis.wiki = wiki;\n};\n\n/*\nDisplay a notification\n\ttitle: Title of tiddler containing the notification text\n\toptions: see below\nOptions include:\n*/\nNotifier.prototype.display = function(title,options) {\n\toptions = options || {};\n\t// Create the wrapper divs\n\tvar self = this,\n\t\tnotification = document.createElement(\"div\"),\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\trefreshHandler;\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Add classes\n\t$tw.utils.addClass(notification,\"tc-notification\");\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Render the body of the notification\n\tvar widgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables,\n\t\timportPageMacros: true});\n\twidgetNode.render(notification,null);\n\trefreshHandler = function(changes) {\n\t\twidgetNode.refresh(changes,notification,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Set the initial styles for the notification\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"0\"},\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"},\n\t\t{transition: \"opacity \" + duration + \"ms ease-out, \" + $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Add the notification to the DOM\n\tdocument.body.appendChild(notification);\n\t// Force layout\n\t$tw.utils.forceLayout(notification);\n\t// Set final animated styles\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n\t// Set a timer to remove the notification\n\twindow.setTimeout(function() {\n\t\t// Remove our change event handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Force layout and animate the notification away\n\t\t$tw.utils.forceLayout(notification);\n\t\t$tw.utils.setStyle(notification,[\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transform: \"translateX(\" + (notification.offsetWidth) + \"px)\"}\n\t\t]);\n\t\t// Remove the modal message from the DOM once the transition ends\n\t\tsetTimeout(function() {\n\t\t\tif(notification.parentNode) {\n\t\t\t\tdocument.body.removeChild(notification);\n\t\t\t}\n\t\t},duration);\n\t},$tw.config.preferences.notificationDuration);\n};\n\nexports.Notifier = Notifier;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/popup.js": {
"title": "$:/core/modules/utils/dom/popup.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/popup.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Popup object prototype that manages popups in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreates a Popup object with these options:\n\trootElement: the DOM element to which the popup zapper should be attached\n*/\nvar Popup = function(options) {\n\toptions = options || {};\n\tthis.rootElement = options.rootElement || document.documentElement;\n\tthis.popups = []; // Array of {title:,wiki:,domNode:} objects\n};\n\n/*\nTrigger a popup open or closed. Parameters are in a hashmap:\n\ttitle: title of the tiddler where the popup details are stored\n\tdomNode: dom node to which the popup will be positioned (one of domNode or domNodeRect is required)\n\tdomNodeRect: rectangle to which the popup will be positioned\n\twiki: wiki\n\tforce: if specified, forces the popup state to true or false (instead of toggling it)\n\tfloating: if true, skips registering the popup, meaning that it will need manually clearing\n*/\nPopup.prototype.triggerPopup = function(options) {\n\t// Check if this popup is already active\n\tvar index = this.findPopup(options.title);\n\t// Compute the new state\n\tvar state = index === -1;\n\tif(options.force !== undefined) {\n\t\tstate = options.force;\n\t}\n\t// Show or cancel the popup according to the new state\n\tif(state) {\n\t\tthis.show(options);\n\t} else {\n\t\tthis.cancel(index);\n\t}\n};\n\nPopup.prototype.findPopup = function(title) {\n\tvar index = -1;\n\tfor(var t=0; t<this.popups.length; t++) {\n\t\tif(this.popups[t].title === title) {\n\t\t\tindex = t;\n\t\t}\n\t}\n\treturn index;\n};\n\nPopup.prototype.handleEvent = function(event) {\n\tif(event.type === \"click\") {\n\t\t// Find out what was clicked on\n\t\tvar info = this.popupInfo(event.target),\n\t\t\tcancelLevel = info.popupLevel - 1;\n\t\t// Don't remove the level that was clicked on if we clicked on a handle\n\t\tif(info.isHandle) {\n\t\t\tcancelLevel++;\n\t\t}\n\t\t// Cancel\n\t\tthis.cancel(cancelLevel);\n\t}\n};\n\n/*\nFind the popup level containing a DOM node. Returns:\npopupLevel: count of the number of nested popups containing the specified element\nisHandle: true if the specified element is within a popup handle\n*/\nPopup.prototype.popupInfo = function(domNode) {\n\tvar isHandle = false,\n\t\tpopupCount = 0,\n\t\tnode = domNode;\n\t// First check ancestors to see if we're within a popup handle\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup-handle\")) {\n\t\t\tisHandle = true;\n\t\t\tpopupCount++;\n\t\t}\n\t\tif($tw.utils.hasClass(node,\"tc-popup-keep\")) {\n\t\t\tisHandle = true;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\t// Then count the number of ancestor popups\n\tnode = domNode;\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup\")) {\n\t\t\tpopupCount++;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\tvar info = {\n\t\tpopupLevel: popupCount,\n\t\tisHandle: isHandle\n\t};\n\treturn info;\n};\n\n/*\nDisplay a popup by adding it to the stack\n*/\nPopup.prototype.show = function(options) {\n\t// Find out what was clicked on\n\tvar info = this.popupInfo(options.domNode);\n\t// Cancel any higher level popups\n\tthis.cancel(info.popupLevel);\n\n\t// Store the popup details if not already there\n\tif(!options.floating && this.findPopup(options.title) === -1) {\n\t\tthis.popups.push({\n\t\t\ttitle: options.title,\n\t\t\twiki: options.wiki,\n\t\t\tdomNode: options.domNode\n\t\t});\n\t}\n\t// Set the state tiddler\n\tvar rect;\n\tif(options.domNodeRect) {\n\t\trect = options.domNodeRect;\n\t} else {\n\t\trect = {\n\t\t\tleft: options.domNode.offsetLeft,\n\t\t\ttop: options.domNode.offsetTop,\n\t\t\twidth: options.domNode.offsetWidth,\n\t\t\theight: options.domNode.offsetHeight\n\t\t};\n\t}\n\tvar popupRect = \"(\" + rect.left + \",\" + rect.top + \",\" + \n\t\t\t\trect.width + \",\" + rect.height + \")\";\n\tif(options.noStateReference) {\n\t\toptions.wiki.setText(options.title,\"text\",undefined,popupRect);\n\t} else {\n\t\toptions.wiki.setTextReference(options.title,popupRect);\n\t}\n\t// Add the click handler if we have any popups\n\tif(this.popups.length > 0) {\n\t\tthis.rootElement.addEventListener(\"click\",this,true);\t\t\n\t}\n};\n\n/*\nCancel all popups at or above a specified level or DOM node\nlevel: popup level to cancel (0 cancels all popups)\n*/\nPopup.prototype.cancel = function(level) {\n\tvar numPopups = this.popups.length;\n\tlevel = Math.max(0,Math.min(level,numPopups));\n\tfor(var t=level; t<numPopups; t++) {\n\t\tvar popup = this.popups.pop();\n\t\tif(popup.title) {\n\t\t\tpopup.wiki.deleteTiddler(popup.title);\n\t\t}\n\t}\n\tif(this.popups.length === 0) {\n\t\tthis.rootElement.removeEventListener(\"click\",this,false);\n\t}\n};\n\n/*\nReturns true if the specified title and text identifies an active popup\n*/\nPopup.prototype.readPopupState = function(text) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/;\n\treturn popupLocationRegExp.test(text);\n};\n\nexports.Popup = Popup;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/scroller.js": {
"title": "$:/core/modules/utils/dom/scroller.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/scroller.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Scroller object prototype that manages scrolling in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nEvent handler for when the `tm-scroll` event hits the document body\n*/\nvar PageScroller = function() {\n\tthis.idRequestFrame = null;\n\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\twindow.webkitRequestAnimationFrame ||\n\t\twindow.mozRequestAnimationFrame ||\n\t\tfunction(callback) {\n\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t};\n\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\twindow.webkitCancelAnimationFrame ||\n\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\twindow.mozCancelAnimationFrame ||\n\t\twindow.mozCancelRequestAnimationFrame ||\n\t\tfunction(id) {\n\t\t\twindow.clearTimeout(id);\n\t\t};\n};\n\nPageScroller.prototype.cancelScroll = function(srcWindow) {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(srcWindow,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle an event\n*/\nPageScroller.prototype.handleEvent = function(event) {\n\tif(event.type === \"tm-scroll\") {\n\t\treturn this.scrollIntoView(event.target);\n\t}\n\treturn true;\n};\n\n/*\nHandle a scroll event hitting the page document\n*/\nPageScroller.prototype.scrollIntoView = function(element,callback) {\n\tvar self = this,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t srcWindow = element ? element.ownerDocument.defaultView : window;\n\t// Now get ready to scroll the body\n\tthis.cancelScroll(srcWindow);\n\tthis.startTime = Date.now();\n\t// Get the height of any position:fixed toolbars\n\tvar toolbar = srcWindow.document.querySelector(\".tc-adjust-top-of-scroll\"),\n\t\toffset = 0;\n\tif(toolbar) {\n\t\toffset = toolbar.offsetHeight;\n\t}\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar getBounds = function() {\n\t\t\tvar clientBounds = typeof callback === 'function' ? callback() : element.getBoundingClientRect(),\n\t\t\t\tscrollPosition = $tw.utils.getScrollPosition(srcWindow);\n\t\t\treturn {\n\t\t\t\tleft: clientBounds.left + scrollPosition.x,\n\t\t\t\ttop: clientBounds.top + scrollPosition.y - offset,\n\t\t\t\twidth: clientBounds.width,\n\t\t\t\theight: clientBounds.height\n\t\t\t};\n\t\t},\n\t\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\t\t// targetPos/targetSize - position and size of the target element\n\t\t// currentPos/currentSize - position and size of the current scroll viewport\n\t\t// returns: new position of the scroll viewport\n\t\tgetEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\tvar newPos = targetPos;\n\t\t\t// If we are scrolling within 50 pixels of the top/left then snap to zero\n\t\t\tif(newPos < 50) {\n\t\t\t\tnewPos = 0;\n\t\t\t}\n\t\t\treturn newPos;\n\t\t},\n\t\tdrawFrame = function drawFrame() {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll(srcWindow);\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\tvar scrollPosition = $tw.utils.getScrollPosition(srcWindow),\n\t\t\t\tbounds = getBounds(),\n\t\t\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,srcWindow.innerWidth),\n\t\t\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,srcWindow.innerHeight);\n\t\t\tsrcWindow.scrollTo(scrollPosition.x + (endX - scrollPosition.x) * t,scrollPosition.y + (endY - scrollPosition.y) * t);\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(srcWindow,drawFrame);\n\t\t\t}\n\t\t};\n\tdrawFrame();\n};\n\nexports.PageScroller = PageScroller;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/edition-info.js": {
"title": "$:/core/modules/utils/edition-info.js",
"text": "/*\\\ntitle: $:/core/modules/utils/edition-info.js\ntype: application/javascript\nmodule-type: utils-node\n\nInformation about the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\nvar editionInfo;\n\nexports.getEditionInfo = function() {\n\tif(!editionInfo) {\n\t\t// Enumerate the edition paths\n\t\tvar editionPaths = $tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar);\n\t\teditionInfo = {};\n\t\tfor(var editionIndex=0; editionIndex<editionPaths.length; editionIndex++) {\n\t\t\tvar editionPath = editionPaths[editionIndex];\n\t\t\t// Enumerate the folders\n\t\t\tvar entries = fs.readdirSync(editionPath);\n\t\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\t\tvar entry = entries[entryIndex];\n\t\t\t\t// Check if directories have a valid tiddlywiki.info\n\t\t\t\tif(!editionInfo[entry] && $tw.utils.isDirectory(path.resolve(editionPath,entry))) {\n\t\t\t\t\tvar info;\n\t\t\t\t\ttry {\n\t\t\t\t\t\tinfo = JSON.parse(fs.readFileSync(path.resolve(editionPath,entry,\"tiddlywiki.info\"),\"utf8\"));\n\t\t\t\t\t} catch(ex) {\n\t\t\t\t\t}\n\t\t\t\t\tif(info) {\n\t\t\t\t\t\teditionInfo[entry] = info;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\treturn editionInfo;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/fakedom.js": {
"title": "$:/core/modules/utils/fakedom.js",
"text": "/*\\\ntitle: $:/core/modules/utils/fakedom.js\ntype: application/javascript\nmodule-type: global\n\nA barebones implementation of DOM interfaces needed by the rendering mechanism.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Sequence number used to enable us to track objects for testing\nvar sequenceNumber = null;\n\nvar bumpSequenceNumber = function(object) {\n\tif(sequenceNumber !== null) {\n\t\tobject.sequenceNumber = sequenceNumber++;\n\t}\n};\n\nvar TW_TextNode = function(text) {\n\tbumpSequenceNumber(this);\n\tthis.textContent = text + \"\";\n};\n\nObject.defineProperty(TW_TextNode.prototype, \"nodeType\", {\n\tget: function() {\n\t\treturn 3;\n\t}\n});\n\nObject.defineProperty(TW_TextNode.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\treturn this.textContent.replace(/(\\r?\\n)/g,\"\");\n\t}\n});\n\nvar TW_Element = function(tag,namespace) {\n\tbumpSequenceNumber(this);\n\tthis.isTiddlyWikiFakeDom = true;\n\tthis.tag = tag;\n\tthis.attributes = {};\n\tthis.isRaw = false;\n\tthis.children = [];\n\tthis.style = {};\n\tthis.namespaceURI = namespace || \"http://www.w3.org/1999/xhtml\";\n};\n\nObject.defineProperty(TW_Element.prototype, \"nodeType\", {\n\tget: function() {\n\t\treturn 1;\n\t}\n});\n\nTW_Element.prototype.getAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot getAttribute on a raw TW_Element\";\n\t}\n\treturn this.attributes[name];\n};\n\nTW_Element.prototype.setAttribute = function(name,value) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot setAttribute on a raw TW_Element\";\n\t}\n\tthis.attributes[name] = value + \"\";\n};\n\nTW_Element.prototype.setAttributeNS = function(namespace,name,value) {\n\tthis.setAttribute(name,value);\n};\n\nTW_Element.prototype.removeAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot removeAttribute on a raw TW_Element\";\n\t}\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\tdelete this.attributes[name];\n\t}\n};\n\nTW_Element.prototype.appendChild = function(node) {\n\tthis.children.push(node);\n\tnode.parentNode = this;\n};\n\nTW_Element.prototype.insertBefore = function(node,nextSibling) {\n\tif(nextSibling) {\n\t\tvar p = this.children.indexOf(nextSibling);\n\t\tif(p !== -1) {\n\t\t\tthis.children.splice(p,0,node);\n\t\t\tnode.parentNode = this;\n\t\t} else {\n\t\t\tthis.appendChild(node);\n\t\t}\n\t} else {\n\t\tthis.appendChild(node);\n\t}\n};\n\nTW_Element.prototype.removeChild = function(node) {\n\tvar p = this.children.indexOf(node);\n\tif(p !== -1) {\n\t\tthis.children.splice(p,1);\n\t}\n};\n\nTW_Element.prototype.hasChildNodes = function() {\n\treturn !!this.children.length;\n};\n\nObject.defineProperty(TW_Element.prototype, \"childNodes\", {\n\tget: function() {\n\t\treturn this.children;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"firstChild\", {\n\tget: function() {\n\t\treturn this.children[0];\n\t}\n});\n\nTW_Element.prototype.addEventListener = function(type,listener,useCapture) {\n\t// Do nothing\n};\n\nObject.defineProperty(TW_Element.prototype, \"tagName\", {\n\tget: function() {\n\t\treturn this.tag || \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"className\", {\n\tget: function() {\n\t\treturn this.attributes[\"class\"] || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes[\"class\"] = value + \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"value\", {\n\tget: function() {\n\t\treturn this.attributes.value || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes.value = value + \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"outerHTML\", {\n\tget: function() {\n\t\tvar output = [],attr,a,v;\n\t\toutput.push(\"<\",this.tag);\n\t\tif(this.attributes) {\n\t\t\tattr = [];\n\t\t\tfor(a in this.attributes) {\n\t\t\t\tattr.push(a);\n\t\t\t}\n\t\t\tattr.sort();\n\t\t\tfor(a=0; a<attr.length; a++) {\n\t\t\t\tv = this.attributes[attr[a]];\n\t\t\t\tif(v !== undefined) {\n\t\t\t\t\toutput.push(\" \",attr[a],\"=\\\"\",$tw.utils.htmlEncode(v),\"\\\"\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(this.style) {\n\t\t\tvar style = [];\n\t\t\tfor(var s in this.style) {\n\t\t\t\tstyle.push(s + \":\" + this.style[s] + \";\");\n\t\t\t}\n\t\t\tif(style.length > 0) {\n\t\t\t\toutput.push(\" style=\\\"\",style.join(\"\"),\"\\\"\")\n\t\t\t}\n\t\t}\n\t\toutput.push(\">\");\n\t\tif($tw.config.htmlVoidElements.indexOf(this.tag) === -1) {\n\t\t\toutput.push(this.innerHTML);\n\t\t\toutput.push(\"</\",this.tag,\">\");\n\t\t}\n\t\treturn output.join(\"\");\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"innerHTML\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn this.rawHTML;\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tif(node instanceof TW_Element) {\n\t\t\t\t\tb.push(node.outerHTML);\n\t\t\t\t} else if(node instanceof TW_TextNode) {\n\t\t\t\t\tb.push($tw.utils.htmlEncode(node.textContent));\n\t\t\t\t}\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.isRaw = true;\n\t\tthis.rawHTML = value;\n\t\tthis.rawTextContent = null;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textInnerHTML\", {\n\tset: function(value) {\n\t\tif(this.isRaw) {\n\t\t\tthis.rawTextContent = value;\n\t\t} else {\n\t\t\tthrow \"Cannot set textInnerHTML of a non-raw TW_Element\";\n\t\t}\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tif(this.rawTextContent === null) {\n\t\t\t\treturn \"\";\n\t\t\t} else {\n\t\t\t\treturn this.rawTextContent;\n\t\t\t}\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.textContent);\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.children = [new TW_TextNode(value)];\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn \"\";\n\t\t} else {\n\t\t\tvar b = [],\n\t\t\t\tisBlock = $tw.config.htmlBlockElements.indexOf(this.tag) !== -1;\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\tif(this.tag === \"li\") {\n\t\t\t\tb.push(\"* \");\n\t\t\t}\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.formattedTextContent);\n\t\t\t});\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\treturn b.join(\"\");\n\t\t}\n\t}\n});\n\nvar document = {\n\tsetSequenceNumber: function(value) {\n\t\tsequenceNumber = value;\n\t},\n\tcreateElementNS: function(namespace,tag) {\n\t\treturn new TW_Element(tag,namespace);\n\t},\n\tcreateElement: function(tag) {\n\t\treturn new TW_Element(tag);\n\t},\n\tcreateTextNode: function(text) {\n\t\treturn new TW_TextNode(text);\n\t},\n\tcompatMode: \"CSS1Compat\", // For KaTeX to know that we're not a browser in quirks mode\n\tisTiddlyWikiFakeDom: true\n};\n\nexports.fakeDocument = document;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/filesystem.js": {
"title": "$:/core/modules/utils/filesystem.js",
"text": "/*\\\ntitle: $:/core/modules/utils/filesystem.js\ntype: application/javascript\nmodule-type: utils-node\n\nFile system utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\n/*\nRecursively (and synchronously) copy a directory and all its content\n*/\nexports.copyDirectory = function(srcPath,dstPath) {\n\t// Remove any trailing path separators\n\tsrcPath = $tw.utils.removeTrailingSeparator(srcPath);\n\tdstPath = $tw.utils.removeTrailingSeparator(dstPath);\n\t// Create the destination directory\n\tvar err = $tw.utils.createDirectory(dstPath);\n\tif(err) {\n\t\treturn err;\n\t}\n\t// Function to copy a folder full of files\n\tvar copy = function(srcPath,dstPath) {\n\t\tvar srcStats = fs.lstatSync(srcPath),\n\t\t\tdstExists = fs.existsSync(dstPath);\n\t\tif(srcStats.isFile()) {\n\t\t\t$tw.utils.copyFile(srcPath,dstPath);\n\t\t} else if(srcStats.isDirectory()) {\n\t\t\tvar items = fs.readdirSync(srcPath);\n\t\t\tfor(var t=0; t<items.length; t++) {\n\t\t\t\tvar item = items[t],\n\t\t\t\t\terr = copy(srcPath + path.sep + item,dstPath + path.sep + item);\n\t\t\t\tif(err) {\n\t\t\t\t\treturn err;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t};\n\tcopy(srcPath,dstPath);\n\treturn null;\n};\n\n/*\nCopy a file\n*/\nvar FILE_BUFFER_LENGTH = 64 * 1024,\n\tfileBuffer;\n\nexports.copyFile = function(srcPath,dstPath) {\n\t// Create buffer if required\n\tif(!fileBuffer) {\n\t\tfileBuffer = Buffer.alloc(FILE_BUFFER_LENGTH);\n\t}\n\t// Create any directories in the destination\n\t$tw.utils.createDirectory(path.dirname(dstPath));\n\t// Copy the file\n\tvar srcFile = fs.openSync(srcPath,\"r\"),\n\t\tdstFile = fs.openSync(dstPath,\"w\"),\n\t\tbytesRead = 1,\n\t\tpos = 0;\n\twhile (bytesRead > 0) {\n\t\tbytesRead = fs.readSync(srcFile,fileBuffer,0,FILE_BUFFER_LENGTH,pos);\n\t\tfs.writeSync(dstFile,fileBuffer,0,bytesRead);\n\t\tpos += bytesRead;\n\t}\n\tfs.closeSync(srcFile);\n\tfs.closeSync(dstFile);\n\treturn null;\n};\n\n/*\nRemove trailing path separator\n*/\nexports.removeTrailingSeparator = function(dirPath) {\n\tvar len = dirPath.length;\n\tif(dirPath.charAt(len-1) === path.sep) {\n\t\tdirPath = dirPath.substr(0,len-1);\n\t}\n\treturn dirPath;\n};\n\n/*\nRecursively create a directory\n*/\nexports.createDirectory = function(dirPath) {\n\tif(dirPath.substr(dirPath.length-1,1) !== path.sep) {\n\t\tdirPath = dirPath + path.sep;\n\t}\n\tvar pos = 1;\n\tpos = dirPath.indexOf(path.sep,pos);\n\twhile(pos !== -1) {\n\t\tvar subDirPath = dirPath.substr(0,pos);\n\t\tif(!$tw.utils.isDirectory(subDirPath)) {\n\t\t\ttry {\n\t\t\t\tfs.mkdirSync(subDirPath);\n\t\t\t} catch(e) {\n\t\t\t\treturn \"Error creating directory '\" + subDirPath + \"'\";\n\t\t\t}\n\t\t}\n\t\tpos = dirPath.indexOf(path.sep,pos + 1);\n\t}\n\treturn null;\n};\n\n/*\nRecursively create directories needed to contain a specified file\n*/\nexports.createFileDirectories = function(filePath) {\n\treturn $tw.utils.createDirectory(path.dirname(filePath));\n};\n\n/*\nRecursively delete a directory\n*/\nexports.deleteDirectory = function(dirPath) {\n\tif(fs.existsSync(dirPath)) {\n\t\tvar entries = fs.readdirSync(dirPath);\n\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\tvar currPath = dirPath + path.sep + entries[entryIndex];\n\t\t\tif(fs.lstatSync(currPath).isDirectory()) {\n\t\t\t\t$tw.utils.deleteDirectory(currPath);\n\t\t\t} else {\n\t\t\t\tfs.unlinkSync(currPath);\n\t\t\t}\n\t\t}\n\tfs.rmdirSync(dirPath);\n\t}\n\treturn null;\n};\n\n/*\nCheck if a path identifies a directory\n*/\nexports.isDirectory = function(dirPath) {\n\treturn fs.existsSync(dirPath) && fs.statSync(dirPath).isDirectory();\n};\n\n/*\nCheck if a path identifies a directory that is empty\n*/\nexports.isDirectoryEmpty = function(dirPath) {\n\tif(!$tw.utils.isDirectory(dirPath)) {\n\t\treturn false;\n\t}\n\tvar files = fs.readdirSync(dirPath),\n\t\tempty = true;\n\t$tw.utils.each(files,function(file,index) {\n\t\tif(file.charAt(0) !== \".\") {\n\t\t\tempty = false;\n\t\t}\n\t});\n\treturn empty;\n};\n\n/*\nRecursively delete a tree of empty directories\n*/\nexports.deleteEmptyDirs = function(dirpath,callback) {\n\tvar self = this;\n\tfs.readdir(dirpath,function(err,files) {\n\t\tif(err) {\n\t\t\treturn callback(err);\n\t\t}\n\t\tif(files.length > 0) {\n\t\t\treturn callback(null);\n\t\t}\n\t\tfs.rmdir(dirpath,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.deleteEmptyDirs(path.dirname(dirpath),callback);\n\t\t});\n\t});\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/logger.js": {
"title": "$:/core/modules/utils/logger.js",
"text": "/*\\\ntitle: $:/core/modules/utils/logger.js\ntype: application/javascript\nmodule-type: utils\n\nA basic logging implementation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ALERT_TAG = \"$:/tags/Alert\";\n\n/*\nMake a new logger\n*/\nfunction Logger(componentName,options) {\n\toptions = options || {};\n\tthis.componentName = componentName || \"\";\n\tthis.colour = options.colour || \"white\";\n\tthis.enable = \"enable\" in options ? options.enable : true;\n}\n\n/*\nLog a message\n*/\nLogger.prototype.log = function(/* args */) {\n\tif(this.enable && console !== undefined && console.log !== undefined) {\n\t\treturn Function.apply.call(console.log, console, [$tw.utils.terminalColour(this.colour),this.componentName + \":\"].concat(Array.prototype.slice.call(arguments,0)).concat($tw.utils.terminalColour()));\n\t}\n};\n\n/*\nAlert a message\n*/\nLogger.prototype.alert = function(/* args */) {\n\tif(this.enable) {\n\t\t// Prepare the text of the alert\n\t\tvar text = Array.prototype.join.call(arguments,\" \");\n\t\t// Create alert tiddlers in the browser\n\t\tif($tw.browser) {\n\t\t\t// Check if there is an existing alert with the same text and the same component\n\t\t\tvar existingAlerts = $tw.wiki.getTiddlersWithTag(ALERT_TAG),\n\t\t\t\talertFields,\n\t\t\t\texistingCount,\n\t\t\t\tself = this;\n\t\t\t$tw.utils.each(existingAlerts,function(title) {\n\t\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\t\tif(tiddler.fields.text === text && tiddler.fields.component === self.componentName && tiddler.fields.modified && (!alertFields || tiddler.fields.modified < alertFields.modified)) {\n\t\t\t\t\t\talertFields = $tw.utils.extend({},tiddler.fields);\n\t\t\t\t}\n\t\t\t});\n\t\t\tif(alertFields) {\n\t\t\t\texistingCount = alertFields.count || 1;\n\t\t\t} else {\n\t\t\t\talertFields = {\n\t\t\t\t\ttitle: $tw.wiki.generateNewTitle(\"$:/temp/alerts/alert\",{prefix: \"\"}),\n\t\t\t\t\ttext: text,\n\t\t\t\t\ttags: [ALERT_TAG],\n\t\t\t\t\tcomponent: this.componentName\n\t\t\t\t};\n\t\t\t\texistingCount = 0;\n\t\t\t}\n\t\t\talertFields.modified = new Date();\n\t\t\tif(++existingCount > 1) {\n\t\t\t\talertFields.count = existingCount;\n\t\t\t} else {\n\t\t\t\talertFields.count = undefined;\n\t\t\t}\n\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(alertFields));\n\t\t\t// Log the alert as well\n\t\t\tthis.log.apply(this,Array.prototype.slice.call(arguments,0));\n\t\t} else {\n\t\t\t// Print an orange message to the console if not in the browser\n\t\t\tconsole.error(\"\\x1b[1;33m\" + text + \"\\x1b[0m\");\n\t\t}\t\t\n\t}\n};\n\nexports.Logger = Logger;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/parsetree.js": {
"title": "$:/core/modules/utils/parsetree.js",
"text": "/*\\\ntitle: $:/core/modules/utils/parsetree.js\ntype: application/javascript\nmodule-type: utils\n\nParse tree utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.addAttributeToParseTreeNode = function(node,name,value) {\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[name] = {type: \"string\", value: value};\n};\n\nexports.getAttributeValueFromParseTreeNode = function(node,name,defaultValue) {\n\tif(node.attributes && node.attributes[name] && node.attributes[name].value !== undefined) {\n\t\treturn node.attributes[name].value;\n\t}\n\treturn defaultValue;\n};\n\nexports.addClassToParseTreeNode = function(node,classString) {\n\tvar classes = [];\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[\"class\"] = node.attributes[\"class\"] || {type: \"string\", value: \"\"};\n\tif(node.attributes[\"class\"].type === \"string\") {\n\t\tif(node.attributes[\"class\"].value !== \"\") {\n\t\t\tclasses = node.attributes[\"class\"].value.split(\" \");\n\t\t}\n\t\tif(classString !== \"\") {\n\t\t\t$tw.utils.pushTop(classes,classString.split(\" \"));\n\t\t}\n\t\tnode.attributes[\"class\"].value = classes.join(\" \");\n\t}\n};\n\nexports.addStyleToParseTreeNode = function(node,name,value) {\n\t\tnode.attributes = node.attributes || {};\n\t\tnode.attributes.style = node.attributes.style || {type: \"string\", value: \"\"};\n\t\tif(node.attributes.style.type === \"string\") {\n\t\t\tnode.attributes.style.value += name + \":\" + value + \";\";\n\t\t}\n};\n\nexports.findParseTreeNode = function(nodeArray,search) {\n\tfor(var t=0; t<nodeArray.length; t++) {\n\t\tif(nodeArray[t].type === search.type && nodeArray[t].tag === search.tag) {\n\t\t\treturn nodeArray[t];\n\t\t}\n\t}\n\treturn undefined;\n};\n\n/*\nHelper to get the text of a parse tree node or array of nodes\n*/\nexports.getParseTreeText = function getParseTreeText(tree) {\n\tvar output = [];\n\tif($tw.utils.isArray(tree)) {\n\t\t$tw.utils.each(tree,function(node) {\n\t\t\toutput.push(getParseTreeText(node));\n\t\t});\n\t} else {\n\t\tif(tree.type === \"text\") {\n\t\t\toutput.push(tree.text);\n\t\t}\n\t\tif(tree.children) {\n\t\t\treturn getParseTreeText(tree.children);\n\t\t}\n\t}\n\treturn output.join(\"\");\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/performance.js": {
"title": "$:/core/modules/utils/performance.js",
"text": "/*\\\ntitle: $:/core/modules/utils/performance.js\ntype: application/javascript\nmodule-type: global\n\nPerformance measurement.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Performance(enabled) {\n\tthis.enabled = !!enabled;\n\tthis.measures = {}; // Hashmap of current values of measurements\n\tthis.logger = new $tw.utils.Logger(\"performance\");\n}\n\n/*\nWrap performance reporting around a top level function\n*/\nPerformance.prototype.report = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tself.measures = {};\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments);\n\t\t\tself.logger.log(name + \": \" + $tw.utils.timer(startTime).toFixed(2) + \"ms\");\n\t\t\tfor(var m in self.measures) {\n\t\t\t\tself.logger.log(\"+\" + m + \": \" + self.measures[m].toFixed(2) + \"ms\");\n\t\t\t}\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\n/*\nWrap performance measurements around a subfunction\n*/\nPerformance.prototype.measure = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments),\n\t\t\t\tvalue = self.measures[name] || 0;\n\t\t\tself.measures[name] = value + $tw.utils.timer(startTime);\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\nexports.Performance = Performance;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/pluginmaker.js": {
"title": "$:/core/modules/utils/pluginmaker.js",
"text": "/*\\\ntitle: $:/core/modules/utils/pluginmaker.js\ntype: application/javascript\nmodule-type: utils\n\nA quick and dirty way to pack up plugins within the browser.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRepack a plugin, and then delete any non-shadow payload tiddlers\n*/\nexports.repackPlugin = function(title,additionalTiddlers,excludeTiddlers) {\n\tadditionalTiddlers = additionalTiddlers || [];\n\texcludeTiddlers = excludeTiddlers || [];\n\t// Get the plugin tiddler\n\tvar pluginTiddler = $tw.wiki.getTiddler(title);\n\tif(!pluginTiddler) {\n\t\tthrow \"No such tiddler as \" + title;\n\t}\n\t// Extract the JSON\n\tvar jsonPluginTiddler;\n\ttry {\n\t\tjsonPluginTiddler = JSON.parse(pluginTiddler.fields.text);\n\t} catch(e) {\n\t\tthrow \"Cannot parse plugin tiddler \" + title + \"\\n\" + $tw.language.getString(\"Error/Caption\") + \": \" + e;\n\t}\n\t// Get the list of tiddlers\n\tvar tiddlers = Object.keys(jsonPluginTiddler.tiddlers);\n\t// Add the additional tiddlers\n\t$tw.utils.pushTop(tiddlers,additionalTiddlers);\n\t// Remove any excluded tiddlers\n\tfor(var t=tiddlers.length-1; t>=0; t--) {\n\t\tif(excludeTiddlers.indexOf(tiddlers[t]) !== -1) {\n\t\t\ttiddlers.splice(t,1);\n\t\t}\n\t}\n\t// Pack up the tiddlers into a block of JSON\n\tvar plugins = {};\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = $tw.wiki.getTiddler(title),\n\t\t\tfields = {};\n\t\t$tw.utils.each(tiddler.fields,function (value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\tplugins[title] = fields;\n\t});\n\t// Retrieve and bump the version number\n\tvar pluginVersion = $tw.utils.parseVersion(pluginTiddler.getFieldString(\"version\") || \"0.0.0\") || {\n\t\t\tmajor: \"0\",\n\t\t\tminor: \"0\",\n\t\t\tpatch: \"0\"\n\t\t};\n\tpluginVersion.patch++;\n\tvar version = pluginVersion.major + \".\" + pluginVersion.minor + \".\" + pluginVersion.patch;\n\tif(pluginVersion.prerelease) {\n\t\tversion += \"-\" + pluginVersion.prerelease;\n\t}\n\tif(pluginVersion.build) {\n\t\tversion += \"+\" + pluginVersion.build;\n\t}\n\t// Save the tiddler\n\t$tw.wiki.addTiddler(new $tw.Tiddler(pluginTiddler,{text: JSON.stringify({tiddlers: plugins},null,4), version: version}));\n\t// Delete any non-shadow constituent tiddlers\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tif($tw.wiki.tiddlerExists(title)) {\n\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t}\n\t});\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t// Return a heartwarming confirmation\n\treturn \"Plugin \" + title + \" successfully saved\";\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/transliterate.js": {
"title": "$:/core/modules/utils/transliterate.js",
"text": "/*\\\ntitle: $:/core/modules/utils/transliterate.js\ntype: application/javascript\nmodule-type: utils\n\nTransliteration static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nTransliterate string to ASCII\n\n(Some pairs taken from http://semplicewebsites.com/removing-accents-javascript)\n*/\nexports.transliterationPairs = 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:\"o\",\n\t\"ṓ\":\"o\",\n\t\"ṑ\":\"o\",\n\t\"ǫ\":\"o\",\n\t\"ǭ\":\"o\",\n\t\"ø\":\"o\",\n\t\"ǿ\":\"o\",\n\t\"õ\":\"o\",\n\t\"ṍ\":\"o\",\n\t\"ṏ\":\"o\",\n\t\"ȭ\":\"o\",\n\t\"ƣ\":\"oi\",\n\t\"ꝏ\":\"oo\",\n\t\"ɛ\":\"e\",\n\t\"ᶓ\":\"e\",\n\t\"ɔ\":\"o\",\n\t\"ᶗ\":\"o\",\n\t\"ȣ\":\"ou\",\n\t\"ṕ\":\"p\",\n\t\"ṗ\":\"p\",\n\t\"ꝓ\":\"p\",\n\t\"ƥ\":\"p\",\n\t\"ᵱ\":\"p\",\n\t\"ᶈ\":\"p\",\n\t\"ꝕ\":\"p\",\n\t\"ᵽ\":\"p\",\n\t\"ꝑ\":\"p\",\n\t\"ꝙ\":\"q\",\n\t\"ʠ\":\"q\",\n\t\"ɋ\":\"q\",\n\t\"ꝗ\":\"q\",\n\t\"ŕ\":\"r\",\n\t\"ř\":\"r\",\n\t\"ŗ\":\"r\",\n\t\"ṙ\":\"r\",\n\t\"ṛ\":\"r\",\n\t\"ṝ\":\"r\",\n\t\"ȑ\":\"r\",\n\t\"ɾ\":\"r\",\n\t\"ᵳ\":\"r\",\n\t\"ȓ\":\"r\",\n\t\"ṟ\":\"r\",\n\t\"ɼ\":\"r\",\n\t\"ᵲ\":\"r\",\n\t\"ᶉ\":\"r\",\n\t\"ɍ\":\"r\",\n\t\"ɽ\":\"r\",\n\t\"ↄ\":\"c\",\n\t\"ꜿ\":\"c\",\n\t\"ɘ\":\"e\",\n\t\"ɿ\":\"r\",\n\t\"ś\":\"s\",\n\t\"ṥ\":\"s\",\n\t\"š\":\"s\",\n\t\"ṧ\":\"s\",\n\t\"ş\":\"s\",\n\t\"ŝ\":\"s\",\n\t\"ș\":\"s\",\n\t\"ṡ\":\"s\",\n\t\"ṣ\":\"s\",\n\t\"ṩ\":\"s\",\n\t\"ʂ\":\"s\",\n\t\"ᵴ\":\"s\",\n\t\"ᶊ\":\"s\",\n\t\"ȿ\":\"s\",\n\t\"ɡ\":\"g\",\n\t\"ᴑ\":\"o\",\n\t\"ᴓ\":\"o\",\n\t\"ᴝ\":\"u\",\n\t\"ť\":\"t\",\n\t\"ţ\":\"t\",\n\t\"ṱ\":\"t\",\n\t\"ț\":\"t\",\n\t\"ȶ\":\"t\",\n\t\"ẗ\":\"t\",\n\t\"ⱦ\":\"t\",\n\t\"ṫ\":\"t\",\n\t\"ṭ\":\"t\",\n\t\"ƭ\":\"t\",\n\t\"ṯ\":\"t\",\n\t\"ᵵ\":\"t\",\n\t\"ƫ\":\"t\",\n\t\"ʈ\":\"t\",\n\t\"ŧ\":\"t\",\n\t\"ᵺ\":\"th\",\n\t\"ɐ\":\"a\",\n\t\"ᴂ\":\"ae\",\n\t\"ǝ\":\"e\",\n\t\"ᵷ\":\"g\",\n\t\"ɥ\":\"h\",\n\t\"ʮ\":\"h\",\n\t\"ʯ\":\"h\",\n\t\"ᴉ\":\"i\",\n\t\"ʞ\":\"k\",\n\t\"ꞁ\":\"l\",\n\t\"ɯ\":\"m\",\n\t\"ɰ\":\"m\",\n\t\"ᴔ\":\"oe\",\n\t\"ɹ\":\"r\",\n\t\"ɻ\":\"r\",\n\t\"ɺ\":\"r\",\n\t\"ⱹ\":\"r\",\n\t\"ʇ\":\"t\",\n\t\"ʌ\":\"v\",\n\t\"ʍ\":\"w\",\n\t\"ʎ\":\"y\",\n\t\"ꜩ\":\"tz\",\n\t\"ú\":\"u\",\n\t\"ŭ\":\"u\",\n\t\"ǔ\":\"u\",\n\t\"û\":\"u\",\n\t\"ṷ\":\"u\",\n\t\"ü\":\"u\",\n\t\"ǘ\":\"u\",\n\t\"ǚ\":\"u\",\n\t\"ǜ\":\"u\",\n\t\"ǖ\":\"u\",\n\t\"ṳ\":\"u\",\n\t\"ụ\":\"u\",\n\t\"ű\":\"u\",\n\t\"ȕ\":\"u\",\n\t\"ù\":\"u\",\n\t\"ủ\":\"u\",\n\t\"ư\":\"u\",\n\t\"ứ\":\"u\",\n\t\"ự\":\"u\",\n\t\"ừ\":\"u\",\n\t\"ử\":\"u\",\n\t\"ữ\":\"u\",\n\t\"ȗ\":\"u\",\n\t\"ū\":\"u\",\n\t\"ṻ\":\"u\",\n\t\"ų\":\"u\",\n\t\"ᶙ\":\"u\",\n\t\"ů\":\"u\",\n\t\"ũ\":\"u\",\n\t\"ṹ\":\"u\",\n\t\"ṵ\":\"u\",\n\t\"ᵫ\":\"ue\",\n\t\"ꝸ\":\"um\",\n\t\"ⱴ\":\"v\",\n\t\"ꝟ\":\"v\",\n\t\"ṿ\":\"v\",\n\t\"ʋ\":\"v\",\n\t\"ᶌ\":\"v\",\n\t\"ⱱ\":\"v\",\n\t\"ṽ\":\"v\",\n\t\"ꝡ\":\"vy\",\n\t\"ẃ\":\"w\",\n\t\"ŵ\":\"w\",\n\t\"ẅ\":\"w\",\n\t\"ẇ\":\"w\",\n\t\"ẉ\":\"w\",\n\t\"ẁ\":\"w\",\n\t\"ⱳ\":\"w\",\n\t\"ẘ\":\"w\",\n\t\"ẍ\":\"x\",\n\t\"ẋ\":\"x\",\n\t\"ᶍ\":\"x\",\n\t\"ý\":\"y\",\n\t\"ŷ\":\"y\",\n\t\"ÿ\":\"y\",\n\t\"ẏ\":\"y\",\n\t\"ỵ\":\"y\",\n\t\"ỳ\":\"y\",\n\t\"ƴ\":\"y\",\n\t\"ỷ\":\"y\",\n\t\"ỿ\":\"y\",\n\t\"ȳ\":\"y\",\n\t\"ẙ\":\"y\",\n\t\"ɏ\":\"y\",\n\t\"ỹ\":\"y\",\n\t\"ź\":\"z\",\n\t\"ž\":\"z\",\n\t\"ẑ\":\"z\",\n\t\"ʑ\":\"z\",\n\t\"ⱬ\":\"z\",\n\t\"ż\":\"z\",\n\t\"ẓ\":\"z\",\n\t\"ȥ\":\"z\",\n\t\"ẕ\":\"z\",\n\t\"ᵶ\":\"z\",\n\t\"ᶎ\":\"z\",\n\t\"ʐ\":\"z\",\n\t\"ƶ\":\"z\",\n\t\"ɀ\":\"z\",\n\t\"ff\":\"ff\",\n\t\"ffi\":\"ffi\",\n\t\"ffl\":\"ffl\",\n\t\"fi\":\"fi\",\n\t\"fl\":\"fl\",\n\t\"ij\":\"ij\",\n\t\"œ\":\"oe\",\n\t\"st\":\"st\",\n\t\"ₐ\":\"a\",\n\t\"ₑ\":\"e\",\n\t\"ᵢ\":\"i\",\n\t\"ⱼ\":\"j\",\n\t\"ₒ\":\"o\",\n\t\"ᵣ\":\"r\",\n\t\"ᵤ\":\"u\",\n\t\"ᵥ\":\"v\",\n\t\"ₓ\":\"x\",\n\t\"Ё\":\"YO\",\n\t\"Й\":\"I\",\n\t\"Ц\":\"TS\",\n\t\"У\":\"U\",\n\t\"К\":\"K\",\n\t\"Е\":\"E\",\n\t\"Н\":\"N\",\n\t\"Г\":\"G\",\n\t\"Ш\":\"SH\",\n\t\"Щ\":\"SCH\",\n\t\"З\":\"Z\",\n\t\"Х\":\"H\",\n\t\"Ъ\":\"'\",\n\t\"ё\":\"yo\",\n\t\"й\":\"i\",\n\t\"ц\":\"ts\",\n\t\"у\":\"u\",\n\t\"к\":\"k\",\n\t\"е\":\"e\",\n\t\"н\":\"n\",\n\t\"г\":\"g\",\n\t\"ш\":\"sh\",\n\t\"щ\":\"sch\",\n\t\"з\":\"z\",\n\t\"х\":\"h\",\n\t\"ъ\":\"'\",\n\t\"Ф\":\"F\",\n\t\"Ы\":\"I\",\n\t\"В\":\"V\",\n\t\"А\":\"a\",\n\t\"П\":\"P\",\n\t\"Р\":\"R\",\n\t\"О\":\"O\",\n\t\"Л\":\"L\",\n\t\"Д\":\"D\",\n\t\"Ж\":\"ZH\",\n\t\"Э\":\"E\",\n\t\"ф\":\"f\",\n\t\"ы\":\"i\",\n\t\"в\":\"v\",\n\t\"а\":\"a\",\n\t\"п\":\"p\",\n\t\"р\":\"r\",\n\t\"о\":\"o\",\n\t\"л\":\"l\",\n\t\"д\":\"d\",\n\t\"ж\":\"zh\",\n\t\"э\":\"e\",\n\t\"Я\":\"Ya\",\n\t\"Ч\":\"CH\",\n\t\"С\":\"S\",\n\t\"М\":\"M\",\n\t\"И\":\"I\",\n\t\"Т\":\"T\",\n\t\"Ь\":\"'\",\n\t\"Б\":\"B\",\n\t\"Ю\":\"YU\",\n\t\"я\":\"ya\",\n\t\"ч\":\"ch\",\n\t\"с\":\"s\",\n\t\"м\":\"m\",\n\t\"и\":\"i\",\n\t\"т\":\"t\",\n\t\"ь\":\"'\",\n\t\"б\":\"b\",\n\t\"ю\":\"yu\"\n};\n\nexports.transliterate = function(str) {\n\treturn str.replace(/[^A-Za-z0-9\\[\\] ]/g,function(ch) {\n\t\treturn exports.transliterationPairs[ch] || ch\n\t});\n};\n\nexports.transliterateToSafeASCII = function(str) {\n\treturn str.replace(/[^\\x00-\\x7F]/g,function(ch) {\n\t\treturn exports.transliterationPairs[ch] || \"\"\n\t});\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/utils.js": {
"title": "$:/core/modules/utils/utils.js",
"text": "/*\\\ntitle: $:/core/modules/utils/utils.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDisplay a message, in colour if we're on a terminal\n*/\nexports.log = function(text,colour) {\n\tconsole.log($tw.node ? exports.terminalColour(colour) + text + exports.terminalColour() : text);\n};\n\nexports.terminalColour = function(colour) {\n\tif(!$tw.browser && $tw.node && process.stdout.isTTY) {\n\t\tif(colour) {\n\t\t\tvar code = exports.terminalColourLookup[colour];\n\t\t\tif(code) {\n\t\t\t\treturn \"\\x1b[\" + code + \"m\";\n\t\t\t}\n\t\t} else {\n\t\t\treturn \"\\x1b[0m\"; // Cancel colour\n\t\t}\n\t}\n\treturn \"\";\n};\n\nexports.terminalColourLookup = {\n\t\"black\": \"0;30\",\n\t\"red\": \"0;31\",\n\t\"green\": \"0;32\",\n\t\"brown/orange\": \"0;33\",\n\t\"blue\": \"0;34\",\n\t\"purple\": \"0;35\",\n\t\"cyan\": \"0;36\",\n\t\"light gray\": \"0;37\"\n};\n\n/*\nDisplay a warning, in colour if we're on a terminal\n*/\nexports.warning = function(text) {\n\texports.log(text,\"brown/orange\");\n};\n\n/*\nReturn the integer represented by the str (string).\nReturn the dflt (default) parameter if str is not a base-10 number.\n*/\nexports.getInt = function(str,deflt) {\n\tvar i = parseInt(str,10);\n\treturn isNaN(i) ? deflt : i;\n}\n\n/*\nRepeatedly replaces a substring within a string. Like String.prototype.replace, but without any of the default special handling of $ sequences in the replace string\n*/\nexports.replaceString = function(text,search,replace) {\n\treturn text.replace(search,function() {\n\t\treturn replace;\n\t});\n};\n\n/*\nRepeats a string\n*/\nexports.repeat = function(str,count) {\n\tvar result = \"\";\n\tfor(var t=0;t<count;t++) {\n\t\tresult += str;\n\t}\n\treturn result;\n};\n\n/*\nTrim whitespace from the start and end of a string\nThanks to Steven Levithan, http://blog.stevenlevithan.com/archives/faster-trim-javascript\n*/\nexports.trim = function(str) {\n\tif(typeof str === \"string\") {\n\t\treturn str.replace(/^\\s\\s*/, '').replace(/\\s\\s*$/, '');\n\t} else {\n\t\treturn str;\n\t}\n};\n\n/*\nFind the line break preceding a given position in a string\nReturns position immediately after that line break, or the start of the string\n*/\nexports.findPrecedingLineBreak = function(text,pos) {\n\tvar result = text.lastIndexOf(\"\\n\",pos - 1);\n\tif(result === -1) {\n\t\tresult = 0;\n\t} else {\n\t\tresult++;\n\t\tif(text.charAt(result) === \"\\r\") {\n\t\t\tresult++;\n\t\t}\n\t}\n\treturn result;\n};\n\n/*\nFind the line break following a given position in a string\n*/\nexports.findFollowingLineBreak = function(text,pos) {\n\t// Cut to just past the following line break, or to the end of the text\n\tvar result = text.indexOf(\"\\n\",pos);\n\tif(result === -1) {\n\t\tresult = text.length;\n\t} else {\n\t\tif(text.charAt(result) === \"\\r\") {\n\t\t\tresult++;\n\t\t}\n\t}\n\treturn result;\n};\n\n/*\nReturn the number of keys in an object\n*/\nexports.count = function(object) {\n\treturn Object.keys(object || {}).length;\n};\n\n/*\nCheck if an array is equal by value and by reference.\n*/\nexports.isArrayEqual = function(array1,array2) {\n\tif(array1 === array2) {\n\t\treturn true;\n\t}\n\tarray1 = array1 || [];\n\tarray2 = array2 || [];\n\tif(array1.length !== array2.length) {\n\t\treturn false;\n\t}\n\treturn array1.every(function(value,index) {\n\t\treturn value === array2[index];\n\t});\n};\n\n/*\nDetermine whether an array-item is an object-property\n*/\nexports.hopArray = function(object,array) {\n\tfor(var i=0; i<array.length; i++) {\n\t\tif($tw.utils.hop(object,array[i])) {\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nPush entries onto an array, removing them first if they already exist in the array\n\tarray: array to modify (assumed to be free of duplicates)\n\tvalue: a single value to push or an array of values to push\n*/\nexports.pushTop = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\t// Remove any array entries that are duplicated in the new values\n\t\tif(value.length !== 0) {\n\t\t\tif(array.length !== 0) {\n\t\t\t\tif(value.length < array.length) {\n\t\t\t\t\tfor(t=0; t<value.length; t++) {\n\t\t\t\t\t\tp = array.indexOf(value[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(p,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tfor(t=array.length-1; t>=0; t--) {\n\t\t\t\t\t\tp = value.indexOf(array[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(t,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Push the values on top of the main array\n\t\t\tarray.push.apply(array,value);\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t\tarray.push(value);\n\t}\n\treturn array;\n};\n\n/*\nRemove entries from an array\n\tarray: array to modify\n\tvalue: a single value to remove, or an array of values to remove\n*/\nexports.removeArrayEntries = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\tfor(t=0; t<value.length; t++) {\n\t\t\tp = array.indexOf(value[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tarray.splice(p,1);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t}\n};\n\n/*\nCheck whether any members of a hashmap are present in another hashmap\n*/\nexports.checkDependencies = function(dependencies,changes) {\n\tvar hit = false;\n\t$tw.utils.each(changes,function(change,title) {\n\t\tif($tw.utils.hop(dependencies,title)) {\n\t\t\thit = true;\n\t\t}\n\t});\n\treturn hit;\n};\n\nexports.extend = function(object /* [, src] */) {\n\t$tw.utils.each(Array.prototype.slice.call(arguments, 1), function(source) {\n\t\tif(source) {\n\t\t\tfor(var property in source) {\n\t\t\t\tobject[property] = source[property];\n\t\t\t}\n\t\t}\n\t});\n\treturn object;\n};\n\nexports.deepCopy = function(object) {\n\tvar result,t;\n\tif($tw.utils.isArray(object)) {\n\t\t// Copy arrays\n\t\tresult = object.slice(0);\n\t} else if(typeof object === \"object\") {\n\t\tresult = {};\n\t\tfor(t in object) {\n\t\t\tif(object[t] !== undefined) {\n\t\t\t\tresult[t] = $tw.utils.deepCopy(object[t]);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tresult = object;\n\t}\n\treturn result;\n};\n\nexports.extendDeepCopy = function(object,extendedProperties) {\n\tvar result = $tw.utils.deepCopy(object),t;\n\tfor(t in extendedProperties) {\n\t\tif(extendedProperties[t] !== undefined) {\n\t\t\tresult[t] = $tw.utils.deepCopy(extendedProperties[t]);\n\t\t}\n\t}\n\treturn result;\n};\n\nexports.deepFreeze = function deepFreeze(object) {\n\tvar property, key;\n\tif(object) {\n\t\tObject.freeze(object);\n\t\tfor(key in object) {\n\t\t\tproperty = object[key];\n\t\t\tif($tw.utils.hop(object,key) && (typeof property === \"object\") && !Object.isFrozen(property)) {\n\t\t\t\tdeepFreeze(property);\n\t\t\t}\n\t\t}\n\t}\n};\n\nexports.slowInSlowOut = function(t) {\n\treturn (1 - ((Math.cos(t * Math.PI) + 1) / 2));\n};\n\nexports.formatDateString = function(date,template) {\n\tvar result = \"\",\n\t\tt = template,\n\t\tmatches = [\n\t\t\t[/^0hh12/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getHours12(date));\n\t\t\t}],\n\t\t\t[/^wYYYY/, function() {\n\t\t\t\treturn $tw.utils.getYearForWeekNo(date);\n\t\t\t}],\n\t\t\t[/^hh12/, function() {\n\t\t\t\treturn $tw.utils.getHours12(date);\n\t\t\t}],\n\t\t\t[/^DDth/, function() {\n\t\t\t\treturn date.getDate() + $tw.utils.getDaySuffix(date);\n\t\t\t}],\n\t\t\t[/^YYYY/, function() {\n\t\t\t\treturn date.getFullYear();\n\t\t\t}],\n\t\t\t[/^0hh/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getHours());\n\t\t\t}],\n\t\t\t[/^0mm/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMinutes());\n\t\t\t}],\n\t\t\t[/^0ss/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getSeconds());\n\t\t\t}],\n\t\t\t[/^0XXX/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMilliseconds());\n\t\t\t}],\n\t\t\t[/^0DD/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getDate());\n\t\t\t}],\n\t\t\t[/^0MM/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMonth()+1);\n\t\t\t}],\n\t\t\t[/^0WW/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getWeek(date));\n\t\t\t}],\n\t\t\t[/^ddd/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^mmm/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^DDD/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^MMM/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^TZD/, function() {\n\t\t\t\tvar tz = date.getTimezoneOffset(),\n\t\t\t\tatz = Math.abs(tz);\n\t\t\t\treturn (tz < 0 ? '+' : '-') + $tw.utils.pad(Math.floor(atz / 60)) + ':' + $tw.utils.pad(atz % 60);\n\t\t\t}],\n\t\t\t[/^wYY/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getYearForWeekNo(date) - 2000);\n\t\t\t}],\n\t\t\t[/^[ap]m/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toLowerCase();\n\t\t\t}],\n\t\t\t[/^hh/, function() {\n\t\t\t\treturn date.getHours();\n\t\t\t}],\n\t\t\t[/^mm/, function() {\n\t\t\t\treturn date.getMinutes();\n\t\t\t}],\n\t\t\t[/^ss/, function() {\n\t\t\t\treturn date.getSeconds();\n\t\t\t}],\n\t\t\t[/^XXX/, function() {\n\t\t\t\treturn date.getMilliseconds();\n\t\t\t}],\n\t\t\t[/^[AP]M/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toUpperCase();\n\t\t\t}],\n\t\t\t[/^DD/, function() {\n\t\t\t\treturn date.getDate();\n\t\t\t}],\n\t\t\t[/^MM/, function() {\n\t\t\t\treturn date.getMonth() + 1;\n\t\t\t}],\n\t\t\t[/^WW/, function() {\n\t\t\t\treturn $tw.utils.getWeek(date);\n\t\t\t}],\n\t\t\t[/^YY/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getFullYear() - 2000);\n\t\t\t}]\n\t\t];\n\t// If the user wants everything in UTC, shift the datestamp\n\t// Optimize for format string that essentially means\n\t// 'return raw UTC (tiddlywiki style) date string.'\n\tif(t.indexOf(\"[UTC]\") == 0 ) {\n\t\tif(t == \"[UTC]YYYY0MM0DD0hh0mm0ssXXX\")\n\t\t\treturn $tw.utils.stringifyDate(new Date());\n\t\tvar offset = date.getTimezoneOffset() ; // in minutes\n\t\tdate = new Date(date.getTime()+offset*60*1000) ;\n\t\tt = t.substr(5) ;\n\t}\n\twhile(t.length){\n\t\tvar matchString = \"\";\n\t\t$tw.utils.each(matches, function(m) {\n\t\t\tvar match = m[0].exec(t);\n\t\t\tif(match) {\n\t\t\t\tmatchString = m[1].call();\n\t\t\t\tt = t.substr(match[0].length);\n\t\t\t\treturn false;\n\t\t\t}\n\t\t});\n\t\tif(matchString) {\n\t\t\tresult += matchString;\n\t\t} else {\n\t\t\tresult += t.charAt(0);\n\t\t\tt = t.substr(1);\n\t\t}\n\t}\n\tresult = result.replace(/\\\\(.)/g,\"$1\");\n\treturn result;\n};\n\nexports.getAmPm = function(date) {\n\treturn $tw.language.getString(\"Date/Period/\" + (date.getHours() >= 12 ? \"pm\" : \"am\"));\n};\n\nexports.getDaySuffix = function(date) {\n\treturn $tw.language.getString(\"Date/DaySuffix/\" + date.getDate());\n};\n\nexports.getWeek = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week to calculate weekNo\n\tvar x = new Date(dt.getFullYear(),0,1);\n\tvar n = Math.floor((dt.getTime() - x.getTime()) / 86400000);\n\treturn Math.floor(n / 7) + 1;\n};\n\nexports.getYearForWeekNo = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week\n\treturn dt.getFullYear();\n};\n\nexports.getHours12 = function(date) {\n\tvar h = date.getHours();\n\treturn h > 12 ? h-12 : ( h > 0 ? h : 12 );\n};\n\n/*\nConvert a date delta in milliseconds into a string representation of \"23 seconds ago\", \"27 minutes ago\" etc.\n\tdelta: delta in milliseconds\nReturns an object with these members:\n\tdescription: string describing the delta period\n\tupdatePeriod: time in millisecond until the string will be inaccurate\n*/\nexports.getRelativeDate = function(delta) {\n\tvar futurep = false;\n\tif(delta < 0) {\n\t\tdelta = -1 * delta;\n\t\tfuturep = true;\n\t}\n\tvar units = [\n\t\t{name: \"Years\", duration: 365 * 24 * 60 * 60 * 1000},\n\t\t{name: \"Months\", duration: (365/12) * 24 * 60 * 60 * 1000},\n\t\t{name: \"Days\", duration: 24 * 60 * 60 * 1000},\n\t\t{name: \"Hours\", duration: 60 * 60 * 1000},\n\t\t{name: \"Minutes\", duration: 60 * 1000},\n\t\t{name: \"Seconds\", duration: 1000}\n\t];\n\tfor(var t=0; t<units.length; t++) {\n\t\tvar result = Math.floor(delta / units[t].duration);\n\t\tif(result >= 2) {\n\t\t\treturn {\n\t\t\t\tdelta: delta,\n\t\t\t\tdescription: $tw.language.getString(\n\t\t\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/\" + units[t].name,\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{period: result.toString()}\n\t\t\t\t\t}\n\t\t\t\t),\n\t\t\t\tupdatePeriod: units[t].duration\n\t\t\t};\n\t\t}\n\t}\n\treturn {\n\t\tdelta: delta,\n\t\tdescription: $tw.language.getString(\n\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/Second\",\n\t\t\t{variables:\n\t\t\t\t{period: \"1\"}\n\t\t\t}\n\t\t),\n\t\tupdatePeriod: 1000\n\t};\n};\n\n// Convert & to \"&\", < to \"<\", > to \">\", \" to \""\"\nexports.htmlEncode = function(s) {\n\tif(s) {\n\t\treturn s.toString().replace(/&/mg,\"&\").replace(/</mg,\"<\").replace(/>/mg,\">\").replace(/\\\"/mg,\""\");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n// Converts all HTML entities to their character equivalents\nexports.entityDecode = function(s) {\n\tvar converter = String.fromCodePoint || String.fromCharCode,\n\t\te = s.substr(1,s.length-2), // Strip the & and the ;\n\t\tc;\n\tif(e.charAt(0) === \"#\") {\n\t\tif(e.charAt(1) === \"x\" || e.charAt(1) === \"X\") {\n\t\t\tc = parseInt(e.substr(2),16);\n\t\t} else {\n\t\t\tc = parseInt(e.substr(1),10);\n\t\t}\n\t\tif(isNaN(c)) {\n\t\t\treturn s;\n\t\t} else {\n\t\t\treturn converter(c);\n\t\t}\n\t} else {\n\t\tc = $tw.config.htmlEntities[e];\n\t\tif(c) {\n\t\t\treturn converter(c);\n\t\t} else {\n\t\t\treturn s; // Couldn't convert it as an entity, just return it raw\n\t\t}\n\t}\n};\n\nexports.unescapeLineBreaks = function(s) {\n\treturn s.replace(/\\\\n/mg,\"\\n\").replace(/\\\\b/mg,\" \").replace(/\\\\s/mg,\"\\\\\").replace(/\\r/mg,\"\");\n};\n\n/*\n * Returns an escape sequence for given character. Uses \\x for characters <=\n * 0xFF to save space, \\u for the rest.\n *\n * The code needs to be in sync with th code template in the compilation\n * function for \"action\" nodes.\n */\n// Copied from peg.js, thanks to David Majda\nexports.escape = function(ch) {\n\tvar charCode = ch.charCodeAt(0);\n\tif(charCode <= 0xFF) {\n\t\treturn '\\\\x' + $tw.utils.pad(charCode.toString(16).toUpperCase());\n\t} else {\n\t\treturn '\\\\u' + $tw.utils.pad(charCode.toString(16).toUpperCase(),4);\n\t}\n};\n\n// Turns a string into a legal JavaScript string\n// Copied from peg.js, thanks to David Majda\nexports.stringify = function(s) {\n\t/*\n\t* ECMA-262, 5th ed., 7.8.4: All characters may appear literally in a string\n\t* literal except for the closing quote character, backslash, carriage return,\n\t* line separator, paragraph separator, and line feed. Any character may\n\t* appear in the form of an escape sequence.\n\t*\n\t* For portability, we also escape all non-ASCII characters.\n\t*/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\') // backslash\n\t\t.replace(/\"/g, '\\\\\"') // double quote character\n\t\t.replace(/'/g, \"\\\\'\") // single quote character\n\t\t.replace(/\\r/g, '\\\\r') // carriage return\n\t\t.replace(/\\n/g, '\\\\n') // line feed\n\t\t.replace(/[\\x00-\\x1f\\x80-\\uFFFF]/g, exports.escape); // non-ASCII characters\n};\n\n// Turns a string into a legal JSON string\n// Derived from peg.js, thanks to David Majda\nexports.jsonStringify = function(s) {\n\t// See http://www.json.org/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\') // backslash\n\t\t.replace(/\"/g, '\\\\\"') // double quote character\n\t\t.replace(/\\r/g, '\\\\r') // carriage return\n\t\t.replace(/\\n/g, '\\\\n') // line feed\n\t\t.replace(/\\x08/g, '\\\\b') // backspace\n\t\t.replace(/\\x0c/g, '\\\\f') // formfeed\n\t\t.replace(/\\t/g, '\\\\t') // tab\n\t\t.replace(/[\\x00-\\x1f\\x80-\\uFFFF]/g,function(s) {\n\t\t\treturn '\\\\u' + $tw.utils.pad(s.charCodeAt(0).toString(16).toUpperCase(),4);\n\t\t}); // non-ASCII characters\n};\n\n/*\nEscape the RegExp special characters with a preceding backslash\n*/\nexports.escapeRegExp = function(s) {\n return s.replace(/[\\-\\/\\\\\\^\\$\\*\\+\\?\\.\\(\\)\\|\\[\\]\\{\\}]/g, '\\\\$&');\n};\n\n// Checks whether a link target is external, i.e. not a tiddler title\nexports.isLinkExternal = function(to) {\n\tvar externalRegExp = /^(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|\"\\\\^]+(?:\\/|\\b)/i;\n\treturn externalRegExp.test(to);\n};\n\nexports.nextTick = function(fn) {\n/*global window: false */\n\tif(typeof process === \"undefined\") {\n\t\t// Apparently it would be faster to use postMessage - http://dbaron.org/log/20100309-faster-timeouts\n\t\twindow.setTimeout(fn,4);\n\t} else {\n\t\tprocess.nextTick(fn);\n\t}\n};\n\n/*\nConvert a hyphenated CSS property name into a camel case one\n*/\nexports.unHyphenateCss = function(propName) {\n\treturn propName.replace(/-([a-z])/gi, function(match0,match1) {\n\t\treturn match1.toUpperCase();\n\t});\n};\n\n/*\nConvert a camelcase CSS property name into a dashed one (\"backgroundColor\" --> \"background-color\")\n*/\nexports.hyphenateCss = function(propName) {\n\treturn propName.replace(/([A-Z])/g, function(match0,match1) {\n\t\treturn \"-\" + match1.toLowerCase();\n\t});\n};\n\n/*\nParse a text reference of one of these forms:\n* title\n* !!field\n* title!!field\n* title##index\n* etc\nReturns an object with the following fields, all optional:\n* title: tiddler title\n* field: tiddler field name\n* index: JSON property index\n*/\nexports.parseTextReference = function(textRef) {\n\t// Separate out the title, field name and/or JSON indices\n\tvar reTextRef = /(?:(.*?)!!(.+))|(?:(.*?)##(.+))|(.*)/mg,\n\t\tmatch = reTextRef.exec(textRef),\n\t\tresult = {};\n\tif(match && reTextRef.lastIndex === textRef.length) {\n\t\t// Return the parts\n\t\tif(match[1]) {\n\t\t\tresult.title = match[1];\n\t\t}\n\t\tif(match[2]) {\n\t\t\tresult.field = match[2];\n\t\t}\n\t\tif(match[3]) {\n\t\t\tresult.title = match[3];\n\t\t}\n\t\tif(match[4]) {\n\t\t\tresult.index = match[4];\n\t\t}\n\t\tif(match[5]) {\n\t\t\tresult.title = match[5];\n\t\t}\n\t} else {\n\t\t// If we couldn't parse it\n\t\tresult.title = textRef\n\t}\n\treturn result;\n};\n\n/*\nChecks whether a string is a valid fieldname\n*/\nexports.isValidFieldName = function(name) {\n\tif(!name || typeof name !== \"string\") {\n\t\treturn false;\n\t}\n\tname = name.toLowerCase().trim();\n\tvar fieldValidatorRegEx = /^[a-z0-9\\-\\._]+$/mg;\n\treturn fieldValidatorRegEx.test(name);\n};\n\n/*\nExtract the version number from the meta tag or from the boot file\n*/\n\n// Browser version\nexports.extractVersionInfo = function() {\n\tif($tw.packageInfo) {\n\t\treturn $tw.packageInfo.version;\n\t} else {\n\t\tvar metatags = document.getElementsByTagName(\"meta\");\n\t\tfor(var t=0; t<metatags.length; t++) {\n\t\t\tvar m = metatags[t];\n\t\t\tif(m.name === \"tiddlywiki-version\") {\n\t\t\t\treturn m.content;\n\t\t\t}\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the animation duration in ms\n*/\nexports.getAnimationDuration = function() {\n\treturn parseInt($tw.wiki.getTiddlerText(\"$:/config/AnimationDuration\",\"400\"),10);\n};\n\n/*\nHash a string to a number\nDerived from http://stackoverflow.com/a/15710692\n*/\nexports.hashString = function(str) {\n\treturn str.split(\"\").reduce(function(a,b) {\n\t\ta = ((a << 5) - a) + b.charCodeAt(0);\n\t\treturn a & a;\n\t},0);\n};\n\n/*\nDecode a base64 string\n*/\nexports.base64Decode = function(string64) {\n\tif($tw.browser) {\n\t\t// TODO\n\t\tthrow \"$tw.utils.base64Decode() doesn't work in the browser\";\n\t} else {\n\t\treturn Buffer.from(string64,\"base64\").toString();\n\t}\n};\n\n/*\nConvert a hashmap into a tiddler dictionary format sequence of name:value pairs\n*/\nexports.makeTiddlerDictionary = function(data) {\n\tvar output = [];\n\tfor(var name in data) {\n\t\toutput.push(name + \": \" + data[name]);\n\t}\n\treturn output.join(\"\\n\");\n};\n\n/*\nHigh resolution microsecond timer for profiling\n*/\nexports.timer = function(base) {\n\tvar m;\n\tif($tw.node) {\n\t\tvar r = process.hrtime();\n\t\tm = r[0] * 1e3 + (r[1] / 1e6);\n\t} else if(window.performance) {\n\t\tm = performance.now();\n\t} else {\n\t\tm = Date.now();\n\t}\n\tif(typeof base !== \"undefined\") {\n\t\tm = m - base;\n\t}\n\treturn m;\n};\n\n/*\nConvert text and content type to a data URI\n*/\nexports.makeDataUri = function(text,type) {\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar typeInfo = $tw.config.contentTypeInfo[type] || $tw.config.contentTypeInfo[\"text/plain\"],\n\t\tisBase64 = typeInfo.encoding === \"base64\",\n\t\tparts = [];\n\tparts.push(\"data:\");\n\tparts.push(type);\n\tparts.push(isBase64 ? \";base64\" : \"\");\n\tparts.push(\",\");\n\tparts.push(isBase64 ? text : encodeURIComponent(text));\n\treturn parts.join(\"\");\n};\n\n/*\nUseful for finding out the fully escaped CSS selector equivalent to a given tag. For example:\n\n$tw.utils.tagToCssSelector(\"$:/tags/Stylesheet\") --> tc-tagged-\\%24\\%3A\\%2Ftags\\%2FStylesheet\n*/\nexports.tagToCssSelector = function(tagName) {\n\treturn \"tc-tagged-\" + encodeURIComponent(tagName).replace(/[!\"#$%&'()*+,\\-./:;<=>?@[\\\\\\]^`{\\|}~,]/mg,function(c) {\n\t\treturn \"\\\\\" + c;\n\t});\n};\n\n/*\nIE does not have sign function\n*/\nexports.sign = Math.sign || function(x) {\n\tx = +x; // convert to a number\n\tif (x === 0 || isNaN(x)) {\n\t\treturn x;\n\t}\n\treturn x > 0 ? 1 : -1;\n};\n\n/*\nIE does not have an endsWith function\n*/\nexports.strEndsWith = function(str,ending,position) {\n\tif(str.endsWith) {\n\t\treturn str.endsWith(ending,position);\n\t} else {\n\t\tif (typeof position !== 'number' || !isFinite(position) || Math.floor(position) !== position || position > str.length) {\n\t\t\tposition = str.length;\n\t\t}\n\t\tposition -= ending.length;\n\t\tvar lastIndex = str.indexOf(ending, position);\n\t\treturn lastIndex !== -1 && lastIndex === position;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/widgets/action-createtiddler.js": {
"title": "$:/core/modules/widgets/action-createtiddler.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-createtiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to create a new tiddler with a unique name and specified fields.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CreateTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCreateTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCreateTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nCreateTiddlerWidget.prototype.execute = function() {\n\tthis.actionBaseTitle = this.getAttribute(\"$basetitle\");\n\tthis.actionSaveTitle = this.getAttribute(\"$savetitle\");\n\tthis.actionTimestamp = this.getAttribute(\"$timestamp\",\"yes\") === \"yes\";\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nCreateTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nCreateTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar title = this.wiki.generateNewTitle(this.actionBaseTitle),\n\t\tfields = {},\n\t\tcreationFields,\n\t\tmodificationFields;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tfields[name] = attribute;\n\t\t}\n\t});\n\tif(this.actionTimestamp) {\n\t\tcreationFields = this.wiki.getCreationFields();\n\t\tmodificationFields = this.wiki.getModificationFields();\n\t}\n\tvar tiddler = this.wiki.addTiddler(new $tw.Tiddler(creationFields,fields,modificationFields,{title: title}));\n\tif(this.actionSaveTitle) {\n\t\tthis.wiki.setTextReference(this.actionSaveTitle,title,this.getVariable(\"currentTiddler\"));\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-createtiddler\"] = CreateTiddlerWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-deletefield.js": {
"title": "$:/core/modules/widgets/action-deletefield.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletefield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete fields of a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\ttiddler = this.wiki.getTiddler(self.actionTiddler),\n\t\tremoveFields = {},\n\t\thasChanged = false;\n\tif(this.actionField) {\n\t\tremoveFields[this.actionField] = undefined;\n\t\tif(this.actionField in tiddler.fields) {\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(tiddler) {\n\t\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\t\tif(name.charAt(0) !== \"$\" && name !== \"title\") {\n\t\t\t\tremoveFields[name] = undefined;\n\t\t\t\thasChanged = true;\n\t\t\t}\n\t\t});\n\t\tif(hasChanged) {\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,removeFields,this.wiki.getModificationFields()));\t\t\t\n\t\t}\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletefield\"] = DeleteFieldWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-deletetiddler.js": {
"title": "$:/core/modules/widgets/action-deletetiddler.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletetiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteTiddlerWidget.prototype.execute = function() {\n\tthis.actionFilter = this.getAttribute(\"$filter\");\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$filter\"] || changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar tiddlers = [];\n\tif(this.actionFilter) {\n\t\ttiddlers = this.wiki.filterTiddlers(this.actionFilter,this);\n\t}\n\tif(this.actionTiddler) {\n\t\ttiddlers.push(this.actionTiddler);\n\t}\n\tfor(var t=0; t<tiddlers.length; t++) {\n\t\tthis.wiki.deleteTiddler(tiddlers[t]);\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletetiddler\"] = DeleteTiddlerWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-listops.js": {
"title": "$:/core/modules/widgets/action-listops.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-listops.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to apply list operations to any tiddler field (defaults to the 'list' field of the current tiddler)\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\nvar ActionListopsWidget = function(parseTreeNode, options) {\n\tthis.initialise(parseTreeNode, options);\n};\n/**\n * Inherit from the base widget class\n */\nActionListopsWidget.prototype = new Widget();\n/**\n * Render this widget into the DOM\n */\nActionListopsWidget.prototype.render = function(parent, nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n/**\n * Compute the internal state of the widget\n */\nActionListopsWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.target = this.getAttribute(\"$tiddler\", this.getVariable(\n\t\t\"currentTiddler\"));\n\tthis.filter = this.getAttribute(\"$filter\");\n\tthis.subfilter = this.getAttribute(\"$subfilter\");\n\tthis.listField = this.getAttribute(\"$field\", \"list\");\n\tthis.listIndex = this.getAttribute(\"$index\");\n\tthis.filtertags = this.getAttribute(\"$tags\");\n};\n/**\n * \tRefresh the widget by ensuring our attributes are up to date\n */\nActionListopsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.$tiddler || changedAttributes.$filter ||\n\t\tchangedAttributes.$subfilter || changedAttributes.$field ||\n\t\tchangedAttributes.$index || changedAttributes.$tags) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n/**\n * \tInvoke the action associated with this widget\n */\nActionListopsWidget.prototype.invokeAction = function(triggeringWidget,\n\tevent) {\n\t//Apply the specified filters to the lists\n\tvar field = this.listField,\n\t\tindex,\n\t\ttype = \"!!\",\n\t\tlist = this.listField;\n\tif(this.listIndex) {\n\t\tfield = undefined;\n\t\tindex = this.listIndex;\n\t\ttype = \"##\";\n\t\tlist = this.listIndex;\n\t}\n\tif(this.filter) {\n\t\tthis.wiki.setText(this.target, field, index, $tw.utils.stringifyList(\n\t\t\tthis.wiki\n\t\t\t.filterTiddlers(this.filter, this)));\n\t}\n\tif(this.subfilter) {\n\t\tvar subfilter = \"[list[\" + this.target + type + list + \"]] \" + this.subfilter;\n\t\tthis.wiki.setText(this.target, field, index, $tw.utils.stringifyList(\n\t\t\tthis.wiki\n\t\t\t.filterTiddlers(subfilter, this)));\n\t}\n\tif(this.filtertags) {\n\t\tvar tiddler = this.wiki.getTiddler(this.target),\n\t\t\toldtags = tiddler ? (tiddler.fields.tags || []).slice(0) : [],\n\t\t\ttagfilter = \"[list[\" + this.target + \"!!tags]] \" + this.filtertags,\n\t\t\tnewtags = this.wiki.filterTiddlers(tagfilter,this);\n\t\tif($tw.utils.stringifyList(oldtags.sort()) !== $tw.utils.stringifyList(newtags.sort())) {\n\t\t\tthis.wiki.setText(this.target,\"tags\",undefined,$tw.utils.stringifyList(newtags));\t\t\t\n\t\t}\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-listops\"] = ActionListopsWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-navigate.js": {
"title": "$:/core/modules/widgets/action-navigate.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-navigate.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to navigate to a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigateWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigateWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigateWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigateWidget.prototype.execute = function() {\n\tthis.actionTo = this.getAttribute(\"$to\");\n\tthis.actionScroll = this.getAttribute(\"$scroll\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nNavigateWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$to\"] || changedAttributes[\"$scroll\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nNavigateWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tevent = event || {};\n\tvar bounds = triggeringWidget && triggeringWidget.getBoundingClientRect && triggeringWidget.getBoundingClientRect(),\n\t\tsuppressNavigation = event.metaKey || event.ctrlKey || (event.button === 1);\n\tif(this.actionScroll === \"yes\") {\n\t\tsuppressNavigation = false;\n\t} else if(this.actionScroll === \"no\") {\n\t\tsuppressNavigation = true;\n\t}\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.actionTo === undefined ? this.getVariable(\"currentTiddler\") : this.actionTo,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: triggeringWidget,\n\t\tnavigateFromClientRect: bounds && { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: suppressNavigation\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-navigate\"] = NavigateWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-sendmessage.js": {
"title": "$:/core/modules/widgets/action-sendmessage.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-sendmessage.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to send a message\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SendMessageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSendMessageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSendMessageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSendMessageWidget.prototype.execute = function() {\n\tthis.actionMessage = this.getAttribute(\"$message\");\n\tthis.actionParam = this.getAttribute(\"$param\");\n\tthis.actionName = this.getAttribute(\"$name\");\n\tthis.actionValue = this.getAttribute(\"$value\",\"\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSendMessageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSendMessageWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\t// Get the string parameter\n\tvar param = this.actionParam;\n\t// Assemble the attributes as a hashmap\n\tvar paramObject = Object.create(null);\n\tvar count = 0;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparamObject[name] = attribute;\n\t\t\tcount++;\n\t\t}\n\t});\n\t// Add name/value pair if present\n\tif(this.actionName) {\n\t\tparamObject[this.actionName] = this.actionValue;\n\t}\n\t// Dispatch the message\n\tthis.dispatchEvent({\n\t\ttype: this.actionMessage,\n\t\tparam: param,\n\t\tparamObject: paramObject,\n\t\ttiddlerTitle: this.getVariable(\"currentTiddler\"),\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tevent: event\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-sendmessage\"] = SendMessageWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-setfield.js": {
"title": "$:/core/modules/widgets/action-setfield.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-setfield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to set a single field or index on a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n\tthis.actionIndex = this.getAttribute(\"$index\");\n\tthis.actionValue = this.getAttribute(\"$value\");\n\tthis.actionTimestamp = this.getAttribute(\"$timestamp\",\"yes\") === \"yes\";\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSetFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"] || changedAttributes[\"$field\"] || changedAttributes[\"$index\"] || changedAttributes[\"$value\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSetFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\toptions = {};\n\toptions.suppressTimestamp = !this.actionTimestamp;\n\tif((typeof this.actionField == \"string\") || (typeof this.actionIndex == \"string\") || (typeof this.actionValue == \"string\")) {\n\t\tthis.wiki.setText(this.actionTiddler,this.actionField,this.actionIndex,this.actionValue,options);\n\t}\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tself.wiki.setText(self.actionTiddler,name,undefined,attribute,options);\n\t\t}\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-setfield\"] = SetFieldWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/browse.js": {
"title": "$:/core/modules/widgets/browse.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/browse.js\ntype: application/javascript\nmodule-type: widget\n\nBrowse widget for browsing for files to import\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar BrowseWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nBrowseWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nBrowseWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"file\");\n\tif(this.browseMultiple) {\n\t\tdomNode.setAttribute(\"multiple\",\"multiple\");\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\t// Nw.js supports \"nwsaveas\" to force a \"save as\" dialogue that allows a new or existing file to be selected\n\tif(this.nwsaveas) {\n\t\tdomNode.setAttribute(\"nwsaveas\",this.nwsaveas);\n\t}\n\t// Nw.js supports \"webkitdirectory\" and \"nwdirectory\" to allow a directory to be selected\n\tif(this.webkitdirectory) {\n\t\tdomNode.setAttribute(\"webkitdirectory\",this.webkitdirectory);\n\t}\n\tif(this.nwdirectory) {\n\t\tdomNode.setAttribute(\"nwdirectory\",this.nwdirectory);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"change\",function (event) {\n\t\tif(self.message) {\n\t\t\tself.dispatchEvent({type: self.message, param: self.param, files: event.target.files});\n\t\t} else {\n\t\t\tself.wiki.readFiles(event.target.files,{\n\t\t\t\tcallback: function(tiddlerFieldsArray) {\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t\t},\n\t\t\t\tdeserializer: self.deserializer\n\t\t\t});\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nBrowseWidget.prototype.execute = function() {\n\tthis.browseMultiple = this.getAttribute(\"multiple\");\n\tthis.deserializer = this.getAttribute(\"deserializer\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.nwsaveas = this.getAttribute(\"nwsaveas\");\n\tthis.webkitdirectory = this.getAttribute(\"webkitdirectory\");\n\tthis.nwdirectory = this.getAttribute(\"nwdirectory\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nBrowseWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.browse = BrowseWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/button.js": {
"title": "$:/core/modules/widgets/button.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/button.js\ntype: application/javascript\nmodule-type: widget\n\nButton widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ButtonWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nButtonWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nButtonWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar tag = \"button\";\n\tif(this.buttonTag && $tw.config.htmlUnsafeElements.indexOf(this.buttonTag) === -1) {\n\t\ttag = this.buttonTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = this[\"class\"].split(\" \") || [],\n\t\tisPoppedUp = (this.popup || this.popupTitle) && this.isPoppedUp();\n\tif(this.selectedClass) {\n\t\tif((this.set || this.setTitle) && this.setTo && this.isSelected()) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t\tif(isPoppedUp) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t}\n\tif(isPoppedUp) {\n\t\t$tw.utils.pushTop(classes,\"tc-popup-handle\");\n\t}\n\tdomNode.className = classes.join(\" \");\n\t// Assign other attributes\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"click\",function (event) {\n\t\tvar handled = false;\n\t\tif(self.invokeActions(self,event)) {\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.to) {\n\t\t\tself.navigateTo(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.message) {\n\t\t\tself.dispatchMessage(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.popup || self.popupTitle) {\n\t\t\tself.triggerPopup(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.set || self.setTitle) {\n\t\t\tself.setTiddler();\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.actions) {\n\t\t\tself.invokeActionString(self.actions,self,event);\n\t\t}\n\t\tif(handled) {\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t}\n\t\treturn handled;\n\t},false);\n\t// Make it draggable if required\n\tif(this.dragTiddler || this.dragFilter) {\n\t\t$tw.utils.makeDraggable({\n\t\t\tdomNode: domNode,\n\t\t\tdragTiddlerFn: function() {return self.dragTiddler;},\n\t\t\tdragFilterFn: function() {return self.dragFilter;},\n\t\t\twidget: this\n\t\t});\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nWe don't allow actions to propagate because we trigger actions ourselves\n*/\nButtonWidget.prototype.allowActionPropagation = function() {\n\treturn false;\n};\n\nButtonWidget.prototype.getBoundingClientRect = function() {\n\treturn this.domNodes[0].getBoundingClientRect();\n};\n\nButtonWidget.prototype.isSelected = function() {\n return this.setTitle ? (this.setField ? this.wiki.getTiddler(this.setTitle).getFieldString(this.setField) === this.setTo :\n\t\t(this.setIndex ? this.wiki.extractTiddlerDataItem(this.setTitle,this.setIndex) === this.setTo :\n\t\t\tthis.wiki.getTiddlerText(this.setTitle))) || this.defaultSetValue || this.getVariable(\"currentTiddler\") :\n\t\tthis.wiki.getTextReference(this.set,this.defaultSetValue,this.getVariable(\"currentTiddler\")) === this.setTo;\n};\n\nButtonWidget.prototype.isPoppedUp = function() {\n\tvar tiddler = this.popupTitle ? this.wiki.getTiddler(this.popupTitle) : this.wiki.getTiddler(this.popup);\n\tvar result = tiddler && tiddler.fields.text ? $tw.popup.readPopupState(tiddler.fields.text) : false;\n\treturn result;\n};\n\nButtonWidget.prototype.navigateTo = function(event) {\n\tvar bounds = this.getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1),\n\t\tevent: event\n\t});\n};\n\nButtonWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\"), event: event});\n};\n\nButtonWidget.prototype.triggerPopup = function(event) {\n\tif(this.popupTitle) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNodes[0],\n\t\t\ttitle: this.popupTitle,\n\t\t\twiki: this.wiki,\n\t\t\tnoStateReference: true\n\t\t});\n\t} else {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNodes[0],\n\t\t\ttitle: this.popup,\n\t\t\twiki: this.wiki\n\t\t});\n\t}\n};\n\nButtonWidget.prototype.setTiddler = function() {\n\tif(this.setTitle) {\n\t\tthis.setField ? this.wiki.setText(this.setTitle,this.setField,undefined,this.setTo) :\n\t\t\t\t(this.setIndex ? this.wiki.setText(this.setTitle,undefined,this.setIndex,this.setTo) :\n\t\t\t\tthis.wiki.setText(this.setTitle,\"text\",undefined,this.setTo));\n\t} else {\n\t\tthis.wiki.setTextReference(this.set,this.setTo,this.getVariable(\"currentTiddler\"));\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nButtonWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.actions = this.getAttribute(\"actions\");\n\tthis.to = this.getAttribute(\"to\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.set = this.getAttribute(\"set\");\n\tthis.setTo = this.getAttribute(\"setTo\");\n\tthis.popup = this.getAttribute(\"popup\");\n\tthis.hover = this.getAttribute(\"hover\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.style = this.getAttribute(\"style\");\n\tthis.selectedClass = this.getAttribute(\"selectedClass\");\n\tthis.defaultSetValue = this.getAttribute(\"default\",\"\");\n\tthis.buttonTag = this.getAttribute(\"tag\");\n\tthis.dragTiddler = this.getAttribute(\"dragTiddler\");\n\tthis.dragFilter = this.getAttribute(\"dragFilter\");\n\tthis.setTitle = this.getAttribute(\"setTitle\");\n\tthis.setField = this.getAttribute(\"setField\");\n\tthis.setIndex = this.getAttribute(\"setIndex\");\n\tthis.popupTitle = this.getAttribute(\"popupTitle\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nButtonWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.param || changedAttributes.set || changedAttributes.setTo || changedAttributes.popup || changedAttributes.hover || changedAttributes[\"class\"] || changedAttributes.selectedClass || changedAttributes.style || changedAttributes.dragFilter || changedAttributes.dragTiddler || (this.set && changedTiddlers[this.set]) || (this.popup && changedTiddlers[this.popup]) || (this.popupTitle && changedTiddlers[this.popupTitle]) || changedAttributes.setTitle || changedAttributes.setField || changedAttributes.setIndex || changedAttributes.popupTitle) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.button = ButtonWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/checkbox.js": {
"title": "$:/core/modules/widgets/checkbox.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/checkbox.js\ntype: application/javascript\nmodule-type: widget\n\nCheckbox widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CheckboxWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCheckboxWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCheckboxWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.checkboxClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"checkbox\");\n\tif(this.getValue()) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nCheckboxWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.checkboxTitle);\n\tif(tiddler) {\n\t\tif(this.checkboxTag) {\n\t\t\tif(this.checkboxInvertTag) {\n\t\t\t\treturn !tiddler.hasTag(this.checkboxTag);\n\t\t\t} else {\n\t\t\t\treturn tiddler.hasTag(this.checkboxTag);\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tvar value;\n\t\t\tif($tw.utils.hop(tiddler.fields,this.checkboxField)) {\n\t\t\t\tvalue = tiddler.fields[this.checkboxField] || \"\";\n\t\t\t} else {\n\t\t\t\tvalue = this.checkboxDefault || \"\";\n\t\t\t}\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxIndex) {\n\t\t\tvar value = this.wiki.extractTiddlerDataItem(tiddler,this.checkboxIndex,this.checkboxDefault || \"\");\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t} else {\n\t\tif(this.checkboxTag) {\n\t\t\treturn false;\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tif(this.checkboxDefault === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(this.checkboxDefault === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\nCheckboxWidget.prototype.handleChangeEvent = function(event) {\n\tvar checked = this.inputDomNode.checked,\n\t\ttiddler = this.wiki.getTiddler(this.checkboxTitle),\n\t\tfallbackFields = {text: \"\"},\n\t\tnewFields = {title: this.checkboxTitle},\n\t\thasChanged = false,\n\t\ttagCheck = false,\n\t\thasTag = tiddler && tiddler.hasTag(this.checkboxTag),\n\t\tvalue = checked ? this.checkboxChecked : this.checkboxUnchecked;\n\tif(this.checkboxTag && this.checkboxInvertTag === \"yes\") {\n\t\ttagCheck = hasTag === checked;\n\t} else {\n\t\ttagCheck = hasTag !== checked;\n\t}\n\t// Set the tag if specified\n\tif(this.checkboxTag && (!tiddler || tagCheck)) {\n\t\tnewFields.tags = tiddler ? (tiddler.fields.tags || []).slice(0) : [];\n\t\tvar pos = newFields.tags.indexOf(this.checkboxTag);\n\t\tif(pos !== -1) {\n\t\t\tnewFields.tags.splice(pos,1);\n\t\t}\n\t\tif(this.checkboxInvertTag === \"yes\" && !checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t} else if(this.checkboxInvertTag !== \"yes\" && checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t}\n\t\thasChanged = true;\n\t}\n\t// Set the field if specified\n\tif(this.checkboxField) {\n\t\tif(!tiddler || tiddler.fields[this.checkboxField] !== value) {\n\t\t\tnewFields[this.checkboxField] = value;\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\t// Set the index if specified\n\tif(this.checkboxIndex) {\n\t\tvar indexValue = this.wiki.extractTiddlerDataItem(this.checkboxTitle,this.checkboxIndex);\n\t\tif(!tiddler || indexValue !== value) {\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(hasChanged) {\n\t\tif(this.checkboxIndex) {\n\t\t\tthis.wiki.setText(this.checkboxTitle,\"\",this.checkboxIndex,value);\n\t\t} else {\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),fallbackFields,tiddler,newFields,this.wiki.getModificationFields()));\n\t\t}\n\t}\n\t// Trigger actions\n\tif(this.checkboxActions) {\n\t\tthis.invokeActionString(this.checkboxActions,this,event);\n\t}\n\tif(this.checkboxUncheckActions && !checked) {\n\t\tthis.invokeActionString(this.checkboxUncheckActions,this,event);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCheckboxWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.checkboxActions = this.getAttribute(\"actions\");\n\tthis.checkboxUncheckActions = this.getAttribute(\"uncheckactions\");\n\tthis.checkboxTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.checkboxTag = this.getAttribute(\"tag\");\n\tthis.checkboxField = this.getAttribute(\"field\");\n\tthis.checkboxIndex = this.getAttribute(\"index\");\n\tthis.checkboxChecked = this.getAttribute(\"checked\");\n\tthis.checkboxUnchecked = this.getAttribute(\"unchecked\");\n\tthis.checkboxDefault = this.getAttribute(\"default\");\n\tthis.checkboxClass = this.getAttribute(\"class\",\"\");\n\tthis.checkboxInvertTag = this.getAttribute(\"invertTag\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCheckboxWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.tag || changedAttributes.invertTag || changedAttributes.field || changedAttributes.index || changedAttributes.checked || changedAttributes.unchecked || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.checkboxTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.checkbox = CheckboxWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/codeblock.js": {
"title": "$:/core/modules/widgets/codeblock.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/codeblock.js\ntype: application/javascript\nmodule-type: widget\n\nCode block node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CodeBlockWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCodeBlockWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCodeBlockWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar codeNode = this.document.createElement(\"code\"),\n\t\tdomNode = this.document.createElement(\"pre\");\n\tcodeNode.appendChild(this.document.createTextNode(this.getAttribute(\"code\")));\n\tdomNode.appendChild(codeNode);\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCodeBlockWidget.prototype.execute = function() {\n\tthis.language = this.getAttribute(\"language\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCodeBlockWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.codeblock = CodeBlockWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/count.js": {
"title": "$:/core/modules/widgets/count.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/count.js\ntype: application/javascript\nmodule-type: widget\n\nCount widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CountWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCountWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCountWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.currentCount);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nCountWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Execute the filter\n\tif(this.filter) {\n\t\tthis.currentCount = this.wiki.filterTiddlers(this.filter,this).length;\n\t} else {\n\t\tthis.currentCount = undefined;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCountWidget.prototype.refresh = function(changedTiddlers) {\n\t// Re-execute the filter to get the count\n\tthis.computeAttributes();\n\tvar oldCount = this.currentCount;\n\tthis.execute();\n\tif(this.currentCount !== oldCount) {\n\t\t// Regenerate and rerender the widget and replace the existing DOM node\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n\n};\n\nexports.count = CountWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/diff-text.js": {
"title": "$:/core/modules/widgets/diff-text.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/diff-text.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to display a diff between two texts\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget,\n\tdmp = require(\"$:/core/modules/utils/diff-match-patch/diff_match_patch.js\");\n\nvar DiffTextWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDiffTextWidget.prototype = new Widget();\n\nDiffTextWidget.prototype.invisibleCharacters = {\n\t\"\\n\": \"↩︎\\n\",\n\t\"\\r\": \"⇠\",\n\t\"\\t\": \"⇥\\t\"\n};\n\n/*\nRender this widget into the DOM\n*/\nDiffTextWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create the diff\n\tvar dmpObject = new dmp.diff_match_patch(),\n\t\tdiffs = dmpObject.diff_main(this.getAttribute(\"source\"),this.getAttribute(\"dest\"));\n\t// Apply required cleanup\n\tswitch(this.getAttribute(\"cleanup\",\"semantic\")) {\n\t\tcase \"none\":\n\t\t\t// No cleanup\n\t\t\tbreak;\n\t\tcase \"efficiency\":\n\t\t\tdmpObject.diff_cleanupEfficiency(diffs);\n\t\t\tbreak;\n\t\tdefault: // case \"semantic\"\n\t\t\tdmpObject.diff_cleanupSemantic(diffs);\n\t\t\tbreak;\n\t}\n\t// Create the elements\n\tvar domContainer = this.document.createElement(\"div\"), \n\t\tdomDiff = this.createDiffDom(diffs);\n\tparent.insertBefore(domContainer,nextSibling);\n\t// Set variables\n\tthis.setVariable(\"diff-count\",diffs.reduce(function(acc,diff) {\n\t\tif(diff[0] !== dmp.DIFF_EQUAL) {\n\t\t\tacc++;\n\t\t}\n\t\treturn acc;\n\t},0).toString());\n\t// Render child widgets\n\tthis.renderChildren(domContainer,null);\n\t// Render the diff\n\tdomContainer.appendChild(domDiff);\n\t// Save our container\n\tthis.domNodes.push(domContainer);\n};\n\n/*\nCreate DOM elements representing a list of diffs\n*/\nDiffTextWidget.prototype.createDiffDom = function(diffs) {\n\tvar self = this;\n\t// Create the element and assign the attributes\n\tvar domPre = this.document.createElement(\"pre\"),\n\t\tdomCode = this.document.createElement(\"code\");\n\t$tw.utils.each(diffs,function(diff) {\n\t\tvar tag = diff[0] === dmp.DIFF_INSERT ? \"ins\" : (diff[0] === dmp.DIFF_DELETE ? \"del\" : \"span\"),\n\t\t\tclassName = diff[0] === dmp.DIFF_INSERT ? \"tc-diff-insert\" : (diff[0] === dmp.DIFF_DELETE ? \"tc-diff-delete\" : \"tc-diff-equal\"),\n\t\t\tdom = self.document.createElement(tag),\n\t\t\ttext = diff[1],\n\t\t\tcurrPos = 0,\n\t\t\tre = /([\\x00-\\x1F])/mg,\n\t\t\tmatch = re.exec(text),\n\t\t\tspan,\n\t\t\tprintable;\n\t\tdom.className = className;\n\t\twhile(match) {\n\t\t\tif(currPos < match.index) {\n\t\t\t\tdom.appendChild(self.document.createTextNode(text.slice(currPos,match.index)));\n\t\t\t}\n\t\t\tspan = self.document.createElement(\"span\");\n\t\t\tspan.className = \"tc-diff-invisible\";\n\t\t\tprintable = self.invisibleCharacters[match[0]] || (\"[0x\" + match[0].charCodeAt(0).toString(16) + \"]\");\n\t\t\tspan.appendChild(self.document.createTextNode(printable));\n\t\t\tdom.appendChild(span);\n\t\t\tcurrPos = match.index + match[0].length;\n\t\t\tmatch = re.exec(text);\n\t\t}\n\t\tif(currPos < text.length) {\n\t\t\tdom.appendChild(self.document.createTextNode(text.slice(currPos)));\n\t\t}\n\t\tdomCode.appendChild(dom);\n\t});\n\tdomPre.appendChild(domCode);\n\treturn domPre;\n};\n\n/*\nCompute the internal state of the widget\n*/\nDiffTextWidget.prototype.execute = function() {\n\t// Make child widgets\n\tvar parseTreeNodes;\n\tif(this.parseTreeNode && this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\tparseTreeNodes = this.parseTreeNode.children;\n\t} else {\n\t\tparseTreeNodes = [{\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: \"$:/language/Diffs/CountMessage\"}\n\t\t\t}\n\t\t}];\n\t}\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDiffTextWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.source || changedAttributes.dest || changedAttributes.cleanup) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports[\"diff-text\"] = DiffTextWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/draggable.js": {
"title": "$:/core/modules/widgets/draggable.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/draggable.js\ntype: application/javascript\nmodule-type: widget\n\nDraggable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DraggableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDraggableWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDraggableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Sanitise the specified tag\n\tvar tag = this.draggableTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"div\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [\"tc-draggable\"];\n\tif(this.draggableClasses) {\n\t\tclasses.push(this.draggableClasses);\n\t}\n\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t// Add event handlers\n\t$tw.utils.makeDraggable({\n\t\tdomNode: domNode,\n\t\tdragTiddlerFn: function() {return self.getAttribute(\"tiddler\");},\n\t\tdragFilterFn: function() {return self.getAttribute(\"filter\");},\n\t\tstartActions: self.startActions,\n\t\tendActions: self.endActions,\n\t\twidget: this\n\t});\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nDraggableWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.draggableTag = this.getAttribute(\"tag\",\"div\");\n\tthis.draggableClasses = this.getAttribute(\"class\");\n\tthis.startActions = this.getAttribute(\"startactions\");\n\tthis.endActions = this.getAttribute(\"endactions\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDraggableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedTiddlers.tag || changedTiddlers[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.draggable = DraggableWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/droppable.js": {
"title": "$:/core/modules/widgets/droppable.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/droppable.js\ntype: application/javascript\nmodule-type: widget\n\nDroppable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DroppableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDroppableWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDroppableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.droppableTag && $tw.config.htmlUnsafeElements.indexOf(this.droppableTag) === -1) {\n\t\ttag = this.droppableTag;\n\t}\n\t// Create element and assign classes\n\tvar domNode = this.document.createElement(tag),\n\t\tclasses = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-droppable\");\n\tdomNode.className = classes.join(\" \");\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"}\n\t]);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n\t// Stack of outstanding enter/leave events\n\tthis.currentlyEntered = [];\n};\n\nDroppableWidget.prototype.enterDrag = function(event) {\n\tif(this.currentlyEntered.indexOf(event.target) === -1) {\n\t\tthis.currentlyEntered.push(event.target);\n\t}\n\t// If we're entering for the first time we need to apply highlighting\n\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDroppableWidget.prototype.leaveDrag = function(event) {\n\tvar pos = this.currentlyEntered.indexOf(event.target);\n\tif(pos !== -1) {\n\t\tthis.currentlyEntered.splice(pos,1);\n\t}\n\t// Remove highlighting if we're leaving externally. The hacky second condition is to resolve a problem with Firefox whereby there is an erroneous dragenter event if the node being dragged is within the dropzone\n\tif(this.currentlyEntered.length === 0 || (this.currentlyEntered.length === 1 && this.currentlyEntered[0] === $tw.dragInProgress)) {\n\t\tthis.currentlyEntered = [];\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDroppableWidget.prototype.handleDragEnterEvent = function(event) {\n\tthis.enterDrag(event);\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDragOverEvent = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\t// Set the drop effect\n\tevent.dataTransfer.dropEffect = this.droppableEffect;\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDragLeaveEvent = function(event) {\n\tthis.leaveDrag(event);\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDropEvent = function(event) {\n\tvar self = this;\n\tthis.leaveDrag(event);\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\tvar dataTransfer = event.dataTransfer;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Try to import the various data types we understand\n\t$tw.utils.importDataTransfer(dataTransfer,null,function(fieldsArray) {\n\t\tfieldsArray.forEach(function(fields) {\n\t\t\tself.performActions(fields.title || fields.text,event);\n\t\t});\n\t});\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n\treturn false;\n};\n\nDroppableWidget.prototype.performActions = function(title,event) {\n\tif(this.droppableActions) {\n\t\tvar modifierKey = event.ctrlKey && ! event.shiftKey ? \"ctrl\" : event.shiftKey && !event.ctrlKey ? \"shift\" : \n\t\t\t\tevent.ctrlKey && event.shiftKey ? \"ctrl-shift\" : \"normal\" ;\n\t\tthis.invokeActionString(this.droppableActions,this,event,{actionTiddler: title, modifier: modifierKey});\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDroppableWidget.prototype.execute = function() {\n\tthis.droppableActions = this.getAttribute(\"actions\");\n\tthis.droppableEffect = this.getAttribute(\"effect\",\"copy\");\n\tthis.droppableTag = this.getAttribute(\"tag\");\n\tthis.droppableClass = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDroppableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"] || changedAttributes.tag) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.droppable = DroppableWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/dropzone.js": {
"title": "$:/core/modules/widgets/dropzone.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/dropzone.js\ntype: application/javascript\nmodule-type: widget\n\nDropzone widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DropZoneWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDropZoneWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDropZoneWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\tdomNode.className = \"tc-dropzone\";\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"},\n\t\t{name: \"paste\", handlerObject: this, handlerMethod: \"handlePasteEvent\"}\n\t]);\n\tdomNode.addEventListener(\"click\",function (event) {\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n\t// Stack of outstanding enter/leave events\n\tthis.currentlyEntered = [];\n};\n\nDropZoneWidget.prototype.enterDrag = function(event) {\n\tif(this.currentlyEntered.indexOf(event.target) === -1) {\n\t\tthis.currentlyEntered.push(event.target);\n\t}\n\t// If we're entering for the first time we need to apply highlighting\n\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDropZoneWidget.prototype.leaveDrag = function(event) {\n\tvar pos = this.currentlyEntered.indexOf(event.target);\n\tif(pos !== -1) {\n\t\tthis.currentlyEntered.splice(pos,1);\n\t}\n\t// Remove highlighting if we're leaving externally\n\tif(this.currentlyEntered.length === 0) {\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.handleDragEnterEvent = function(event) {\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tthis.enterDrag(event);\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handleDragOverEvent = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\tevent.dataTransfer.dropEffect = \"copy\"; // Explicitly show this is a copy\n};\n\nDropZoneWidget.prototype.handleDragLeaveEvent = function(event) {\n\tthis.leaveDrag(event);\n};\n\nDropZoneWidget.prototype.handleDropEvent = function(event) {\n\tvar self = this,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t};\n\tthis.leaveDrag(event);\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tvar self = this,\n\t\tdataTransfer = event.dataTransfer;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Import any files in the drop\n\tvar numFiles = 0;\n\tif(dataTransfer.files) {\n\t\tnumFiles = this.wiki.readFiles(dataTransfer.files,{\n\t\t\tcallback: readFileCallback,\n\t\t\tdeserializer: this.dropzoneDeserializer\n\t\t});\n\t}\n\t// Try to import the various data types we understand\n\tif(numFiles === 0) {\n\t\t$tw.utils.importDataTransfer(dataTransfer,this.wiki.generateNewTitle(\"Untitled\"),readFileCallback);\n\t}\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handlePasteEvent = function(event) {\n\tvar self = this,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t};\n\t// Let the browser handle it if we're in a textarea or input box\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) == -1 && !event.target.isContentEditable) {\n\t\tvar self = this,\n\t\t\titems = event.clipboardData.items;\n\t\t// Enumerate the clipboard items\n\t\tfor(var t = 0; t<items.length; t++) {\n\t\t\tvar item = items[t];\n\t\t\tif(item.kind === \"file\") {\n\t\t\t\t// Import any files\n\t\t\t\tthis.wiki.readFile(item.getAsFile(),{\n\t\t\t\t\tcallback: readFileCallback,\n\t\t\t\t\tdeserializer: this.dropzoneDeserializer\n\t\t\t\t});\n\t\t\t} else if(item.kind === \"string\") {\n\t\t\t\t// Create tiddlers from string items\n\t\t\t\tvar type = item.type;\n\t\t\t\titem.getAsString(function(str) {\n\t\t\t\t\tvar tiddlerFields = {\n\t\t\t\t\t\ttitle: self.wiki.generateNewTitle(\"Untitled\"),\n\t\t\t\t\t\ttext: str,\n\t\t\t\t\t\ttype: type\n\t\t\t\t\t};\n\t\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\t\tconsole.log(\"Importing string '\" + str + \"', type: '\" + type + \"'\");\n\t\t\t\t\t}\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\t});\n\t\t\t}\n\t\t}\n\t\t// Tell the browser that we've handled the paste\n\t\tevent.stopPropagation();\n\t\tevent.preventDefault();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDropZoneWidget.prototype.execute = function() {\n\tthis.dropzoneDeserializer = this.getAttribute(\"deserializer\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDropZoneWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.dropzone = DropZoneWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-binary.js": {
"title": "$:/core/modules/widgets/edit-binary.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-binary.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-binary widget; placeholder for editing binary tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar BINARY_WARNING_MESSAGE = \"$:/core/ui/BinaryWarning\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBinaryWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBinaryWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBinaryWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBinaryWidget.prototype.execute = function() {\n\t// Construct the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"transclude\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t}\n\t}]);\n};\n\n/*\nRefresh by refreshing our child widget\n*/\nEditBinaryWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"edit-binary\"] = EditBinaryWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-bitmap.js": {
"title": "$:/core/modules/widgets/edit-bitmap.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-bitmap.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-bitmap widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Default image sizes\nvar DEFAULT_IMAGE_WIDTH = 600,\n\tDEFAULT_IMAGE_HEIGHT = 370;\n\n// Configuration tiddlers\nvar LINE_WIDTH_TITLE = \"$:/config/BitmapEditor/LineWidth\",\n\tLINE_COLOUR_TITLE = \"$:/config/BitmapEditor/Colour\",\n\tLINE_OPACITY_TITLE = \"$:/config/BitmapEditor/Opacity\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBitmapWidget = function(parseTreeNode,options) {\n\t// Initialise the editor operations if they've not been done already\n\tif(!this.editorOperations) {\n\t\tEditBitmapWidget.prototype.editorOperations = {};\n\t\t$tw.modules.applyMethods(\"bitmapeditoroperation\",this.editorOperations);\n\t}\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBitmapWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBitmapWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create the wrapper for the toolbar and render its content\n\tthis.toolbarNode = this.document.createElement(\"div\");\n\tthis.toolbarNode.className = \"tc-editor-toolbar\";\n\tparent.insertBefore(this.toolbarNode,nextSibling);\n\tthis.domNodes.push(this.toolbarNode);\n\t// Create the on-screen canvas\n\tthis.canvasDomNode = $tw.utils.domMaker(\"canvas\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor\",\n\t\teventListeners: [{\n\t\t\tname: \"touchstart\", handlerObject: this, handlerMethod: \"handleTouchStartEvent\"\n\t\t},{\n\t\t\tname: \"touchmove\", handlerObject: this, handlerMethod: \"handleTouchMoveEvent\"\n\t\t},{\n\t\t\tname: \"touchend\", handlerObject: this, handlerMethod: \"handleTouchEndEvent\"\n\t\t},{\n\t\t\tname: \"mousedown\", handlerObject: this, handlerMethod: \"handleMouseDownEvent\"\n\t\t},{\n\t\t\tname: \"mousemove\", handlerObject: this, handlerMethod: \"handleMouseMoveEvent\"\n\t\t},{\n\t\t\tname: \"mouseup\", handlerObject: this, handlerMethod: \"handleMouseUpEvent\"\n\t\t}]\n\t});\n\t// Set the width and height variables\n\tthis.setVariable(\"tv-bitmap-editor-width\",this.canvasDomNode.width + \"px\");\n\tthis.setVariable(\"tv-bitmap-editor-height\",this.canvasDomNode.height + \"px\");\n\t// Render toolbar child widgets\n\tthis.renderChildren(this.toolbarNode,null);\n\t// // Insert the elements into the DOM\n\tparent.insertBefore(this.canvasDomNode,nextSibling);\n\tthis.domNodes.push(this.canvasDomNode);\n\t// Load the image into the canvas\n\tif($tw.browser) {\n\t\tthis.loadCanvas();\n\t}\n\t// Add widget message listeners\n\tthis.addEventListeners([\n\t\t{type: \"tm-edit-bitmap-operation\", handler: \"handleEditBitmapOperationMessage\"}\n\t]);\n};\n\n/*\nHandle an edit bitmap operation message from the toolbar\n*/\nEditBitmapWidget.prototype.handleEditBitmapOperationMessage = function(event) {\n\t// Invoke the handler\n\tvar handler = this.editorOperations[event.param];\n\tif(handler) {\n\t\thandler.call(this,event);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBitmapWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nJust refresh the toolbar\n*/\nEditBitmapWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nSet the bitmap size variables and refresh the toolbar\n*/\nEditBitmapWidget.prototype.refreshToolbar = function() {\n\t// Set the width and height variables\n\tthis.setVariable(\"tv-bitmap-editor-width\",this.canvasDomNode.width + \"px\");\n\tthis.setVariable(\"tv-bitmap-editor-height\",this.canvasDomNode.height + \"px\");\n\t// Refresh each of our child widgets\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.refreshSelf();\n\t});\n};\n\nEditBitmapWidget.prototype.loadCanvas = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle),\n\t\tcurrImage = new Image();\n\t// Set up event handlers for loading the image\n\tvar self = this;\n\tcurrImage.onload = function() {\n\t\t// Copy the image to the on-screen canvas\n\t\tself.initCanvas(self.canvasDomNode,currImage.width,currImage.height,currImage);\n\t\t// And also copy the current bitmap to the off-screen canvas\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,currImage.width,currImage.height,currImage);\n\t\t// Set the width and height input boxes\n\t\tself.refreshToolbar();\n\t};\n\tcurrImage.onerror = function() {\n\t\t// Set the on-screen canvas size and clear it\n\t\tself.initCanvas(self.canvasDomNode,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the off-screen canvas size and clear it\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the width and height input boxes\n\t\tself.refreshToolbar();\n\t};\n\t// Get the current bitmap into an image object\n\tcurrImage.src = \"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text;\n};\n\nEditBitmapWidget.prototype.initCanvas = function(canvas,width,height,image) {\n\tcanvas.width = width;\n\tcanvas.height = height;\n\tvar ctx = canvas.getContext(\"2d\");\n\tif(image) {\n\t\tctx.drawImage(image,0,0);\n\t} else {\n\t\tctx.fillStyle = \"#fff\";\n\t\tctx.fillRect(0,0,canvas.width,canvas.height);\n\t}\n};\n\n/*\n** Change the size of the canvas, preserving the current image\n*/\nEditBitmapWidget.prototype.changeCanvasSize = function(newWidth,newHeight) {\n\t// Create and size a new canvas\n\tvar newCanvas = this.document.createElement(\"canvas\");\n\tthis.initCanvas(newCanvas,newWidth,newHeight);\n\t// Copy the old image\n\tvar ctx = newCanvas.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Set the new canvas as the current one\n\tthis.currCanvas = newCanvas;\n\t// Set the size of the onscreen canvas\n\tthis.canvasDomNode.width = newWidth;\n\tthis.canvasDomNode.height = newHeight;\n\t// Paint the onscreen canvas with the offscreen canvas\n\tctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n};\n\n/*\n** Rotate the canvas left by 90 degrees\n*/\nEditBitmapWidget.prototype.rotateCanvasLeft = function() {\n\t// Get the current size of the image\n\tvar origWidth = this.currCanvas.width,\n\t\torigHeight = this.currCanvas.height;\n\t// Create and size a new canvas\n\tvar newCanvas = this.document.createElement(\"canvas\"),\n\t\tnewWidth = origHeight,\n\t\tnewHeight = origWidth;\n\tthis.initCanvas(newCanvas,newWidth,newHeight);\n\t// Copy the old image\n\tvar ctx = newCanvas.getContext(\"2d\");\n\tctx.save();\n\tctx.translate(newWidth / 2,newHeight / 2);\n\tctx.rotate(-Math.PI / 2);\n\tctx.drawImage(this.currCanvas,-origWidth / 2,-origHeight / 2);\n\tctx.restore();\n\t// Set the new canvas as the current one\n\tthis.currCanvas = newCanvas;\n\t// Set the size of the onscreen canvas\n\tthis.canvasDomNode.width = newWidth;\n\tthis.canvasDomNode.height = newHeight;\n\t// Paint the onscreen canvas with the offscreen canvas\n\tctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n};\n\nEditBitmapWidget.prototype.handleTouchStartEvent = function(event) {\n\tthis.brushDown = true;\n\tthis.strokeStart(event.touches[0].clientX,event.touches[0].clientY);\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.touches[0].clientX,event.touches[0].clientY);\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchEndEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseDownEvent = function(event) {\n\tthis.strokeStart(event.clientX,event.clientY);\n\tthis.brushDown = true;\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.clientX,event.clientY);\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.handleMouseUpEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.adjustCoordinates = function(x,y) {\n\tvar canvasRect = this.canvasDomNode.getBoundingClientRect(),\n\t\tscale = this.canvasDomNode.width/canvasRect.width;\n\treturn {x: (x - canvasRect.left) * scale, y: (y - canvasRect.top) * scale};\n};\n\nEditBitmapWidget.prototype.strokeStart = function(x,y) {\n\t// Start off a new stroke\n\tthis.stroke = [this.adjustCoordinates(x,y)];\n};\n\nEditBitmapWidget.prototype.strokeMove = function(x,y) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\"),\n\t\tt;\n\t// Add the new position to the end of the stroke\n\tthis.stroke.push(this.adjustCoordinates(x,y));\n\t// Redraw the previous image\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Render the stroke\n\tctx.globalAlpha = parseFloat(this.wiki.getTiddlerText(LINE_OPACITY_TITLE,\"1.0\"));\n\tctx.strokeStyle = this.wiki.getTiddlerText(LINE_COLOUR_TITLE,\"#ff0\");\n\tctx.lineWidth = parseFloat(this.wiki.getTiddlerText(LINE_WIDTH_TITLE,\"3\"));\n\tctx.lineCap = \"round\";\n\tctx.lineJoin = \"round\";\n\tctx.beginPath();\n\tctx.moveTo(this.stroke[0].x,this.stroke[0].y);\n\tfor(t=1; t<this.stroke.length-1; t++) {\n\t\tvar s1 = this.stroke[t],\n\t\t\ts2 = this.stroke[t-1],\n\t\t\ttx = (s1.x + s2.x)/2,\n\t\t\tty = (s1.y + s2.y)/2;\n\t\tctx.quadraticCurveTo(s2.x,s2.y,tx,ty);\n\t}\n\tctx.stroke();\n};\n\nEditBitmapWidget.prototype.strokeEnd = function() {\n\t// Copy the bitmap to the off-screen canvas\n\tvar ctx = this.currCanvas.getContext(\"2d\");\n\tctx.drawImage(this.canvasDomNode,0,0);\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\nEditBitmapWidget.prototype.saveChanges = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\tif(tiddler) {\n\t\t// data URIs look like \"data:<type>;base64,<text>\"\n\t\tvar dataURL = this.canvasDomNode.toDataURL(tiddler.fields.type),\n\t\t\tposColon = dataURL.indexOf(\":\"),\n\t\t\tposSemiColon = dataURL.indexOf(\";\"),\n\t\t\tposComma = dataURL.indexOf(\",\"),\n\t\t\ttype = dataURL.substring(posColon+1,posSemiColon),\n\t\t\ttext = dataURL.substring(posComma+1);\n\t\tvar update = {type: type, text: text};\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getModificationFields(),tiddler,update,this.wiki.getCreationFields()));\n\t}\n};\n\nexports[\"edit-bitmap\"] = EditBitmapWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-shortcut.js": {
"title": "$:/core/modules/widgets/edit-shortcut.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-shortcut.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to display an editable keyboard shortcut\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditShortcutWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditShortcutWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditShortcutWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.inputNode = this.document.createElement(\"input\");\n\t// Assign classes\n\tif(this.shortcutClass) {\n\t\tthis.inputNode.className = this.shortcutClass;\t\t\n\t}\n\t// Assign other attributes\n\tif(this.shortcutStyle) {\n\t\tthis.inputNode.setAttribute(\"style\",this.shortcutStyle);\n\t}\n\tif(this.shortcutTooltip) {\n\t\tthis.inputNode.setAttribute(\"title\",this.shortcutTooltip);\n\t}\n\tif(this.shortcutPlaceholder) {\n\t\tthis.inputNode.setAttribute(\"placeholder\",this.shortcutPlaceholder);\n\t}\n\tif(this.shortcutAriaLabel) {\n\t\tthis.inputNode.setAttribute(\"aria-label\",this.shortcutAriaLabel);\n\t}\n\t// Assign the current shortcut\n\tthis.updateInputNode();\n\t// Add event handlers\n\t$tw.utils.addEventListeners(this.inputNode,[\n\t\t{name: \"keydown\", handlerObject: this, handlerMethod: \"handleKeydownEvent\"}\n\t]);\n\t// Link into the DOM\n\tparent.insertBefore(this.inputNode,nextSibling);\n\tthis.domNodes.push(this.inputNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditShortcutWidget.prototype.execute = function() {\n\tthis.shortcutTiddler = this.getAttribute(\"tiddler\");\n\tthis.shortcutField = this.getAttribute(\"field\");\n\tthis.shortcutIndex = this.getAttribute(\"index\");\n\tthis.shortcutPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.shortcutDefault = this.getAttribute(\"default\",\"\");\n\tthis.shortcutClass = this.getAttribute(\"class\");\n\tthis.shortcutStyle = this.getAttribute(\"style\");\n\tthis.shortcutTooltip = this.getAttribute(\"tooltip\");\n\tthis.shortcutAriaLabel = this.getAttribute(\"aria-label\");\n};\n\n/*\nUpdate the value of the input node\n*/\nEditShortcutWidget.prototype.updateInputNode = function() {\n\tif(this.shortcutField) {\n\t\tvar tiddler = this.wiki.getTiddler(this.shortcutTiddler);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,this.shortcutField)) {\n\t\t\tthis.inputNode.value = tiddler.getFieldString(this.shortcutField);\n\t\t} else {\n\t\t\tthis.inputNode.value = this.shortcutDefault;\n\t\t}\n\t} else if(this.shortcutIndex) {\n\t\tthis.inputNode.value = this.wiki.extractTiddlerDataItem(this.shortcutTiddler,this.shortcutIndex,this.shortcutDefault);\n\t} else {\n\t\tthis.inputNode.value = this.wiki.getTiddlerText(this.shortcutTiddler,this.shortcutDefault);\n\t}\n};\n\n/*\nHandle a dom \"keydown\" event\n*/\nEditShortcutWidget.prototype.handleKeydownEvent = function(event) {\n\t// Ignore shift, ctrl, meta, alt\n\tif(event.keyCode && $tw.keyboardManager.getModifierKeys().indexOf(event.keyCode) === -1) {\n\t\t// Get the shortcut text representation\n\t\tvar value = $tw.keyboardManager.getPrintableShortcuts([{\n\t\t\tctrlKey: event.ctrlKey,\n\t\t\tshiftKey: event.shiftKey,\n\t\t\taltKey: event.altKey,\n\t\t\tmetaKey: event.metaKey,\n\t\t\tkeyCode: event.keyCode\n\t\t}]);\n\t\tif(value.length > 0) {\n\t\t\tthis.wiki.setText(this.shortcutTiddler,this.shortcutField,this.shortcutIndex,value[0]);\n\t\t}\n\t\t// Ignore the keydown if it was already handled\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn true;\t\t\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget needed re-rendering\n*/\nEditShortcutWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.placeholder || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.style || changedAttributes.tooltip || changedAttributes[\"aria-label\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.shortcutTiddler]) {\n\t\tthis.updateInputNode();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports[\"edit-shortcut\"] = EditShortcutWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-text.js": {
"title": "$:/core/modules/widgets/edit-text.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-text.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-text widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar editTextWidgetFactory = require(\"$:/core/modules/editor/factory.js\").editTextWidgetFactory,\n\tFramedEngine = require(\"$:/core/modules/editor/engines/framed.js\").FramedEngine,\n\tSimpleEngine = require(\"$:/core/modules/editor/engines/simple.js\").SimpleEngine;\n\nexports[\"edit-text\"] = editTextWidgetFactory(FramedEngine,SimpleEngine);\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit.js": {
"title": "$:/core/modules/widgets/edit.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit.js\ntype: application/javascript\nmodule-type: widget\n\nEdit widget is a meta-widget chooses the appropriate actual editting widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n// Mappings from content type to editor type are stored in tiddlers with this prefix\nvar EDITOR_MAPPING_PREFIX = \"$:/config/EditorTypeMappings/\";\n\n/*\nCompute the internal state of the widget\n*/\nEditWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t// Choose the appropriate edit widget\n\tthis.editorType = this.getEditorType();\n\t// Make the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"edit-\" + this.editorType,\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: this.editTitle},\n\t\t\tfield: {type: \"string\", value: this.editField},\n\t\t\tindex: {type: \"string\", value: this.editIndex},\n\t\t\t\"class\": {type: \"string\", value: this.editClass},\n\t\t\t\"placeholder\": {type: \"string\", value: this.editPlaceholder}\n\t\t},\n\t\tchildren: this.parseTreeNode.children\n\t}]);\n};\n\nEditWidget.prototype.getEditorType = function() {\n\t// Get the content type of the thing we're editing\n\tvar type;\n\tif(this.editField === \"text\") {\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\ttype = tiddler.fields.type;\n\t\t}\n\t}\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar editorType = this.wiki.getTiddlerText(EDITOR_MAPPING_PREFIX + type);\n\tif(!editorType) {\n\t\tvar typeInfo = $tw.config.contentTypeInfo[type];\n\t\tif(typeInfo && typeInfo.encoding === \"base64\") {\n\t\t\teditorType = \"binary\";\n\t\t} else {\n\t\t\teditorType = \"text\";\n\t\t}\n\t}\n\treturn editorType;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh if an attribute has changed, or the type associated with the target tiddler has changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || (changedTiddlers[this.editTitle] && this.getEditorType() !== this.editorType)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.edit = EditWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/element.js": {
"title": "$:/core/modules/widgets/element.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/element.js\ntype: application/javascript\nmodule-type: widget\n\nElement widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ElementWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nElementWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nElementWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Neuter blacklisted elements\n\tvar tag = this.parseTreeNode.tag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"safe-\" + tag;\n\t}\n\t// Adjust headings by the current base level\n\tvar headingLevel = [\"h1\",\"h2\",\"h3\",\"h4\",\"h5\",\"h6\"].indexOf(tag);\n\tif(headingLevel !== -1) {\n\t\tvar baseLevel = parseInt(this.getVariable(\"tv-adjust-heading-level\",\"0\"),10) || 0;\n\t\theadingLevel = Math.min(Math.max(headingLevel + 1 + baseLevel,1),6);\n\t\ttag = \"h\" + headingLevel;\n\t}\n\t// Create the DOM node\n\tvar domNode = this.document.createElementNS(this.namespace,tag);\n\tthis.assignAttributes(domNode,{excludeEventAttributes: true});\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nElementWidget.prototype.execute = function() {\n\t// Select the namespace for the tag\n\tvar tagNamespaces = {\n\t\t\tsvg: \"http://www.w3.org/2000/svg\",\n\t\t\tmath: \"http://www.w3.org/1998/Math/MathML\",\n\t\t\tbody: \"http://www.w3.org/1999/xhtml\"\n\t\t};\n\tthis.namespace = tagNamespaces[this.parseTreeNode.tag];\n\tif(this.namespace) {\n\t\tthis.setVariable(\"namespace\",this.namespace);\n\t} else {\n\t\tthis.namespace = this.getVariable(\"namespace\",{defaultValue: \"http://www.w3.org/1999/xhtml\"});\n\t}\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nElementWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\thasChangedAttributes = $tw.utils.count(changedAttributes) > 0;\n\tif(hasChangedAttributes) {\n\t\t// Update our attributes\n\t\tthis.assignAttributes(this.domNodes[0],{excludeEventAttributes: true});\n\t}\n\treturn this.refreshChildren(changedTiddlers) || hasChangedAttributes;\n};\n\nexports.element = ElementWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/encrypt.js": {
"title": "$:/core/modules/widgets/encrypt.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/encrypt.js\ntype: application/javascript\nmodule-type: widget\n\nEncrypt widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EncryptWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEncryptWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEncryptWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.encryptedText);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEncryptWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\",\"[!is[system]]\");\n\t// Encrypt the filtered tiddlers\n\tvar tiddlers = this.wiki.filterTiddlers(this.filter),\n\t\tjson = {},\n\t\tself = this;\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title),\n\t\t\tjsonTiddler = {};\n\t\tfor(var f in tiddler.fields) {\n\t\t\tjsonTiddler[f] = tiddler.getFieldString(f);\n\t\t}\n\t\tjson[title] = jsonTiddler;\n\t});\n\tthis.encryptedText = $tw.utils.htmlEncode($tw.crypto.encrypt(JSON.stringify(json)));\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEncryptWidget.prototype.refresh = function(changedTiddlers) {\n\t// We don't need to worry about refreshing because the encrypt widget isn't for interactive use\n\treturn false;\n};\n\nexports.encrypt = EncryptWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/entity.js": {
"title": "$:/core/modules/widgets/entity.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/entity.js\ntype: application/javascript\nmodule-type: widget\n\nHTML entity widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EntityWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEntityWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEntityWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar entityString = this.getAttribute(\"entity\",this.parseTreeNode.entity || \"\"),\n\t\ttextNode = this.document.createTextNode($tw.utils.entityDecode(entityString));\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEntityWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEntityWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.entity) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.entity = EntityWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fieldmangler.js": {
"title": "$:/core/modules/widgets/fieldmangler.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/fieldmangler.js\ntype: application/javascript\nmodule-type: widget\n\nField mangler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldManglerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-remove-field\", handler: \"handleRemoveFieldEvent\"},\n\t\t{type: \"tm-add-field\", handler: \"handleAddFieldEvent\"},\n\t\t{type: \"tm-remove-tag\", handler: \"handleRemoveTagEvent\"},\n\t\t{type: \"tm-add-tag\", handler: \"handleAddTagEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldManglerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldManglerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldManglerWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.mangleTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldManglerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nFieldManglerWidget.prototype.handleRemoveFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tdeletion = {};\n\tdeletion[event.param] = undefined;\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,deletion));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\taddition = this.wiki.getModificationFields(),\n\t\thadInvalidFieldName = false,\n\t\taddField = function(name,value) {\n\t\t\tvar trimmedName = name.toLowerCase().trim();\n\t\t\tif(!$tw.utils.isValidFieldName(trimmedName)) {\n\t\t\t\tif(!hadInvalidFieldName) {\n\t\t\t\t\talert($tw.language.getString(\n\t\t\t\t\t\t\"InvalidFieldName\",\n\t\t\t\t\t\t{variables:\n\t\t\t\t\t\t\t{fieldName: trimmedName}\n\t\t\t\t\t\t}\n\t\t\t\t\t));\n\t\t\t\t\thadInvalidFieldName = true;\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tif(!value && tiddler) {\n\t\t\t\t\tvalue = tiddler.fields[trimmedName];\n\t\t\t\t}\n\t\t\t\taddition[trimmedName] = value || \"\";\n\t\t\t}\n\t\t\treturn;\n\t\t};\n\taddition.title = this.mangleTitle;\n\tif(typeof event.param === \"string\") {\n\t\taddField(event.param,\"\");\n\t}\n\tif(typeof event.paramObject === \"object\") {\n\t\tfor(var name in event.paramObject) {\n\t\t\taddField(name,event.paramObject[name]);\n\t\t}\n\t}\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,addition));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleRemoveTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tmodification = this.wiki.getModificationFields();\n\tif(tiddler && tiddler.fields.tags) {\n\t\tvar p = tiddler.fields.tags.indexOf(event.param);\n\t\tif(p !== -1) {\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\tmodification.tags.splice(p,1);\n\t\t\tif(modification.tags.length === 0) {\n\t\t\t\tmodification.tags = undefined;\n\t\t\t}\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\n\t\t}\n\t}\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tmodification = this.wiki.getModificationFields();\n\tif(tiddler && typeof event.param === \"string\") {\n\t\tvar tag = event.param.trim();\n\t\tif(tag !== \"\") {\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\t$tw.utils.pushTop(modification.tags,tag);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\t\t\t\n\t\t}\n\t} else if(typeof event.param === \"string\" && event.param.trim() !== \"\" && this.mangleTitle.trim() !== \"\") {\n\t\tvar tag = [];\n\t\ttag.push(event.param.trim());\n\t\tthis.wiki.addTiddler(new $tw.Tiddler({title: this.mangleTitle, tags: tag},modification));\n\t}\n\treturn true;\n};\n\nexports.fieldmangler = FieldManglerWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fields.js": {
"title": "$:/core/modules/widgets/fields.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/fields.js\ntype: application/javascript\nmodule-type: widget\n\nFields widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldsWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldsWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldsWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.template = this.getAttribute(\"template\");\n\tthis.exclude = this.getAttribute(\"exclude\");\n\tthis.stripTitlePrefix = this.getAttribute(\"stripTitlePrefix\",\"no\") === \"yes\";\n\t// Get the value to display\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\t// Get the exclusion list\n\tvar exclude;\n\tif(this.exclude) {\n\t\texclude = this.exclude.split(\" \");\n\t} else {\n\t\texclude = [\"text\"]; \n\t}\n\t// Compose the template\n\tvar text = [];\n\tif(this.template && tiddler) {\n\t\tvar fields = [];\n\t\tfor(var fieldName in tiddler.fields) {\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tfields.push(fieldName);\n\t\t\t}\n\t\t}\n\t\tfields.sort();\n\t\tfor(var f=0; f<fields.length; f++) {\n\t\t\tfieldName = fields[f];\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tvar row = this.template,\n\t\t\t\t\tvalue = tiddler.getFieldString(fieldName);\n\t\t\t\tif(this.stripTitlePrefix && fieldName === \"title\") {\n\t\t\t\t\tvar reStrip = /^\\{[^\\}]+\\}(.+)/mg,\n\t\t\t\t\t\treMatch = reStrip.exec(value);\n\t\t\t\t\tif(reMatch) {\n\t\t\t\t\t\tvalue = reMatch[1];\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\trow = $tw.utils.replaceString(row,\"$name$\",fieldName);\n\t\t\t\trow = $tw.utils.replaceString(row,\"$value$\",value);\n\t\t\t\trow = $tw.utils.replaceString(row,\"$encoded_value$\",$tw.utils.htmlEncode(value));\n\t\t\t\ttext.push(row);\n\t\t\t}\n\t\t}\n\t}\n\tthis.text = text.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.template || changedAttributes.exclude || changedAttributes.stripTitlePrefix || changedTiddlers[this.tiddlerTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.fields = FieldsWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/image.js": {
"title": "$:/core/modules/widgets/image.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/image.js\ntype: application/javascript\nmodule-type: widget\n\nThe image widget displays an image referenced with an external URI or with a local tiddler title.\n\n```\n<$image src=\"TiddlerTitle\" width=\"320\" height=\"400\" class=\"classnames\">\n```\n\nThe image source can be the title of an existing tiddler or the URL of an external image.\n\nExternal images always generate an HTML `<img>` tag.\n\nTiddlers that have a _canonical_uri field generate an HTML `<img>` tag with the src attribute containing the URI.\n\nTiddlers that contain image data generate an HTML `<img>` tag with the src attribute containing a base64 representation of the image.\n\nTiddlers that contain wikitext could be rendered to a DIV of the usual size of a tiddler, and then transformed to the size requested.\n\nThe width and height attributes are interpreted as a number of pixels, and do not need to include the \"px\" suffix.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\t// Determine what type of image it is\n\tvar tag = \"img\", src = \"\",\n\t\ttiddler = this.wiki.getTiddler(this.imageSource);\n\tif(!tiddler) {\n\t\t// The source isn't the title of a tiddler, so we'll assume it's a URL\n\t\tsrc = this.getVariable(\"tv-get-export-image-link\",{params: [{name: \"src\",value: this.imageSource}],defaultValue: this.imageSource});\n\t} else {\n\t\t// Check if it is an image tiddler\n\t\tif(this.wiki.isImageTiddler(this.imageSource)) {\n\t\t\tvar type = tiddler.fields.type,\n\t\t\t\ttext = tiddler.fields.text,\n\t\t\t\t_canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t// If the tiddler has body text then it doesn't need to be lazily loaded\n\t\t\tif(text) {\n\t\t\t\t// Render the appropriate element for the image type\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = \"data:application/pdf;base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = \"data:image/svg+xml,\" + encodeURIComponent(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = \"data:\" + type + \";base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t} else if(_canonical_uri) {\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\t\n\t\t\t} else {\n\t\t\t\t// Just trigger loading of the tiddler\n\t\t\t\tthis.wiki.getTiddlerText(this.imageSource);\n\t\t\t}\n\t\t}\n\t}\n\t// Create the element and assign the attributes\n\tvar domNode = this.document.createElement(tag);\n\tdomNode.setAttribute(\"src\",src);\n\tif(this.imageClass) {\n\t\tdomNode.setAttribute(\"class\",this.imageClass);\t\t\n\t}\n\tif(this.imageWidth) {\n\t\tdomNode.setAttribute(\"width\",this.imageWidth);\n\t}\n\tif(this.imageHeight) {\n\t\tdomNode.setAttribute(\"height\",this.imageHeight);\n\t}\n\tif(this.imageTooltip) {\n\t\tdomNode.setAttribute(\"title\",this.imageTooltip);\t\t\n\t}\n\tif(this.imageAlt) {\n\t\tdomNode.setAttribute(\"alt\",this.imageAlt);\t\t\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImageWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.imageSource = this.getAttribute(\"source\");\n\tthis.imageWidth = this.getAttribute(\"width\");\n\tthis.imageHeight = this.getAttribute(\"height\");\n\tthis.imageClass = this.getAttribute(\"class\");\n\tthis.imageTooltip = this.getAttribute(\"tooltip\");\n\tthis.imageAlt = this.getAttribute(\"alt\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.source || changedAttributes.width || changedAttributes.height || changedAttributes[\"class\"] || changedAttributes.tooltip || changedTiddlers[this.imageSource]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\t\n\t}\n};\n\nexports.image = ImageWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/importvariables.js": {
"title": "$:/core/modules/widgets/importvariables.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/importvariables.js\ntype: application/javascript\nmodule-type: widget\n\nImport variable definitions from other tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImportVariablesWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImportVariablesWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImportVariablesWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImportVariablesWidget.prototype.execute = function(tiddlerList) {\n\tvar self = this;\n\t// Get our parameters\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Compute the filter\n\tthis.tiddlerList = tiddlerList || this.wiki.filterTiddlers(this.filter,this);\n\t// Accumulate the <$set> widgets from each tiddler\n\tvar widgetStackStart,widgetStackEnd;\n\tfunction addWidgetNode(widgetNode) {\n\t\tif(widgetNode) {\n\t\t\tif(!widgetStackStart && !widgetStackEnd) {\n\t\t\t\twidgetStackStart = widgetNode;\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t} else {\n\t\t\t\twidgetStackEnd.children = [widgetNode];\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t}\n\t\t}\n\t}\n\t$tw.utils.each(this.tiddlerList,function(title) {\n\t\tvar parser = self.wiki.parseTiddler(title);\n\t\tif(parser) {\n\t\t\tvar parseTreeNode = parser.tree[0];\n\t\t\twhile(parseTreeNode && parseTreeNode.type === \"set\") {\n\t\t\t\taddWidgetNode({\n\t\t\t\t\ttype: \"set\",\n\t\t\t\t\tattributes: parseTreeNode.attributes,\n\t\t\t\t\tparams: parseTreeNode.params,\n\t\t\t\t\tisMacroDefinition: parseTreeNode.isMacroDefinition\n\t\t\t\t});\n\t\t\t\tparseTreeNode = parseTreeNode.children[0];\n\t\t\t}\n\t\t} \n\t});\n\t// Add our own children to the end of the pile\n\tvar parseTreeNodes;\n\tif(widgetStackStart && widgetStackEnd) {\n\t\tparseTreeNodes = [widgetStackStart];\n\t\twidgetStackEnd.children = this.parseTreeNode.children;\n\t} else {\n\t\tparseTreeNodes = this.parseTreeNode.children;\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImportVariablesWidget.prototype.refresh = function(changedTiddlers) {\n\t// Recompute our attributes and the filter list\n\tvar changedAttributes = this.computeAttributes(),\n\t\ttiddlerList = this.wiki.filterTiddlers(this.getAttribute(\"filter\"),this);\n\t// Refresh if the filter has changed, or the list of tiddlers has changed, or any of the tiddlers in the list has changed\n\tfunction haveListedTiddlersChanged() {\n\t\tvar changed = false;\n\t\ttiddlerList.forEach(function(title) {\n\t\t\tif(changedTiddlers[title]) {\n\t\t\t\tchanged = true;\n\t\t\t}\n\t\t});\n\t\treturn changed;\n\t}\n\tif(changedAttributes.filter || !$tw.utils.isArrayEqual(this.tiddlerList,tiddlerList) || haveListedTiddlersChanged()) {\n\t\t// Compute the filter\n\t\tthis.removeChildDomNodes();\n\t\tthis.execute(tiddlerList);\n\t\tthis.renderChildren(this.parentDomNode,this.findNextSiblingDomNode());\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.importvariables = ImportVariablesWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/keyboard.js": {
"title": "$:/core/modules/widgets/keyboard.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/keyboard.js\ntype: application/javascript\nmodule-type: widget\n\nKeyboard shortcut widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar KeyboardWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKeyboardWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKeyboardWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.tag && $tw.config.htmlUnsafeElements.indexOf(this.tag) === -1) {\n\t\ttag = this.tag;\n\t}\n\t// Create element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-keyboard\");\n\tdomNode.className = classes.join(\" \");\n\t// Add a keyboard event handler\n\tdomNode.addEventListener(\"keydown\",function (event) {\n\t\tif($tw.keyboardManager.checkKeyDescriptors(event,self.keyInfoArray)) {\n\t\t\tself.invokeActions(self,event);\n\t\t\tif(self.actions) {\n\t\t\t\tself.invokeActionString(self.actions,self,event);\n\t\t\t}\n\t\t\tself.dispatchMessage(event);\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nKeyboardWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\n/*\nCompute the internal state of the widget\n*/\nKeyboardWidget.prototype.execute = function() {\n\tvar self = this;\n\t// Get attributes\n\tthis.actions = this.getAttribute(\"actions\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.key = this.getAttribute(\"key\");\n\tthis.tag = this.getAttribute(\"tag\");\n\tthis.keyInfoArray = $tw.keyboardManager.parseKeyDescriptors(this.key);\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\tif(this.key.substr(0,2) === \"((\" && this.key.substr(-2,2) === \"))\") {\n\t\tthis.shortcutTiddlers = [];\n\t\tvar name = this.key.substring(2,this.key.length -2);\n\t\t$tw.utils.each($tw.keyboardManager.lookupNames,function(platformDescriptor) {\n\t\t\tself.shortcutTiddlers.push(\"$:/config/\" + platformDescriptor + \"/\" + name);\n\t\t});\n\t}\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKeyboardWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.message || changedAttributes.param || changedAttributes.key || changedAttributes[\"class\"] || changedAttributes.tag) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\t// Update the keyInfoArray if one of its shortcut-config-tiddlers has changed\n\tif(this.shortcutTiddlers && $tw.utils.hopArray(changedTiddlers,this.shortcutTiddlers)) {\n\t\tthis.keyInfoArray = $tw.keyboardManager.parseKeyDescriptors(this.key);\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.keyboard = KeyboardWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/link.js": {
"title": "$:/core/modules/widgets/link.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/link.js\ntype: application/javascript\nmodule-type: widget\n\nLink widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the value of the tv-wikilinks configuration macro\n\tvar wikiLinksMacro = this.getVariable(\"tv-wikilinks\"),\n\t\tuseWikiLinks = wikiLinksMacro ? (wikiLinksMacro.trim() !== \"no\") : true,\n\t\tmissingLinksEnabled = !(this.hideMissingLinks && this.isMissing && !this.isShadow);\n\t// Render the link if required\n\tif(useWikiLinks && missingLinksEnabled) {\n\t\tthis.renderLink(parent,nextSibling);\n\t} else {\n\t\t// Just insert the link text\n\t\tvar domNode = this.document.createElement(\"span\");\n\t\tparent.insertBefore(domNode,nextSibling);\n\t\tthis.renderChildren(domNode,null);\n\t\tthis.domNodes.push(domNode);\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.renderLink = function(parent,nextSibling) {\n\tvar self = this;\n\t// Sanitise the specified tag\n\tvar tag = this.linkTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"a\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [];\n\tif(this.overrideClasses === undefined) {\n\t\tclasses.push(\"tc-tiddlylink\");\n\t\tif(this.isShadow) {\n\t\t\tclasses.push(\"tc-tiddlylink-shadow\");\n\t\t}\n\t\tif(this.isMissing && !this.isShadow) {\n\t\t\tclasses.push(\"tc-tiddlylink-missing\");\n\t\t} else {\n\t\t\tif(!this.isMissing) {\n\t\t\t\tclasses.push(\"tc-tiddlylink-resolves\");\n\t\t\t}\n\t\t}\n\t\tif(this.linkClasses) {\n\t\t\tclasses.push(this.linkClasses);\t\t\t\n\t\t}\n\t} else if(this.overrideClasses !== \"\") {\n\t\tclasses.push(this.overrideClasses)\n\t}\n\tif(classes.length > 0) {\n\t\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t}\n\t// Set an href\n\tvar wikilinkTransformFilter = this.getVariable(\"tv-filter-export-link\"),\n\t\twikiLinkText;\n\tif(wikilinkTransformFilter) {\n\t\t// Use the filter to construct the href\n\t\twikiLinkText = this.wiki.filterTiddlers(wikilinkTransformFilter,this,function(iterator) {\n\t\t\titerator(self.wiki.getTiddler(self.to),self.to)\n\t\t})[0];\n\t} else {\n\t\t// Expand the tv-wikilink-template variable to construct the href\n\t\tvar wikiLinkTemplateMacro = this.getVariable(\"tv-wikilink-template\"),\n\t\t\twikiLinkTemplate = wikiLinkTemplateMacro ? wikiLinkTemplateMacro.trim() : \"#$uri_encoded$\";\n\t\twikiLinkText = $tw.utils.replaceString(wikiLinkTemplate,\"$uri_encoded$\",encodeURIComponent(this.to));\n\t\twikiLinkText = $tw.utils.replaceString(wikiLinkText,\"$uri_doubleencoded$\",encodeURIComponent(encodeURIComponent(this.to)));\n\t}\n\t// Override with the value of tv-get-export-link if defined\n\twikiLinkText = this.getVariable(\"tv-get-export-link\",{params: [{name: \"to\",value: this.to}],defaultValue: wikiLinkText});\n\tif(tag === \"a\") {\n\t\tdomNode.setAttribute(\"href\",wikiLinkText);\n\t}\n\t// Set the tabindex\n\tif(this.tabIndex) {\n\t\tdomNode.setAttribute(\"tabindex\",this.tabIndex);\n\t}\n\t// Set the tooltip\n\t// HACK: Performance issues with re-parsing the tooltip prevent us defaulting the tooltip to \"<$transclude field='tooltip'><$transclude field='title'/></$transclude>\"\n\tvar tooltipWikiText = this.tooltip || this.getVariable(\"tv-wikilink-tooltip\");\n\tif(tooltipWikiText) {\n\t\tvar tooltipText = this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",tooltipWikiText,{\n\t\t\t\tparseAsInline: true,\n\t\t\t\tvariables: {\n\t\t\t\t\tcurrentTiddler: this.to\n\t\t\t\t},\n\t\t\t\tparentWidget: this\n\t\t\t});\n\t\tdomNode.setAttribute(\"title\",tooltipText);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"click\", handlerObject: this, handlerMethod: \"handleClickEvent\"},\n\t]);\n\t// Make the link draggable if required\n\tif(this.draggable === \"yes\") {\n\t\t$tw.utils.makeDraggable({\n\t\t\tdomNode: domNode,\n\t\t\tdragTiddlerFn: function() {return self.to;},\n\t\t\twidget: this\n\t\t});\n\t}\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nLinkWidget.prototype.handleClickEvent = function(event) {\n\t// Send the click on its way as a navigate event\n\tvar bounds = this.domNodes[0].getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1),\n\t\tmetaKey: event.metaKey,\n\t\tctrlKey: event.ctrlKey,\n\t\taltKey: event.altKey,\n\t\tshiftKey: event.shiftKey\n\t});\n\tif(this.domNodes[0].hasAttribute(\"href\")) {\n\t\tevent.preventDefault();\n\t}\n\tevent.stopPropagation();\n\treturn false;\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.to = this.getAttribute(\"to\",this.getVariable(\"currentTiddler\"));\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.linkClasses = this.getAttribute(\"class\");\n\tthis.overrideClasses = this.getAttribute(\"overrideClass\");\n\tthis.tabIndex = this.getAttribute(\"tabindex\");\n\tthis.draggable = this.getAttribute(\"draggable\",\"yes\");\n\tthis.linkTag = this.getAttribute(\"tag\",\"a\");\n\t// Determine the link characteristics\n\tthis.isMissing = !this.wiki.tiddlerExists(this.to);\n\tthis.isShadow = this.wiki.isShadowTiddler(this.to);\n\tthis.hideMissingLinks = (this.getVariable(\"tv-show-missing-links\") || \"yes\") === \"no\";\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedTiddlers[this.to] || changedAttributes[\"aria-label\"] || changedAttributes.tooltip) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.link = LinkWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/linkcatcher.js": {
"title": "$:/core/modules/widgets/linkcatcher.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/linkcatcher.js\ntype: application/javascript\nmodule-type: widget\n\nLinkcatcher widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkCatcherWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkCatcherWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkCatcherWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkCatcherWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.catchTo = this.getAttribute(\"to\");\n\tthis.catchMessage = this.getAttribute(\"message\");\n\tthis.catchSet = this.getAttribute(\"set\");\n\tthis.catchSetTo = this.getAttribute(\"setTo\");\n\tthis.catchActions = this.getAttribute(\"actions\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n\t// When executing actions we avoid trapping navigate events, so that we don't trigger ourselves recursively\n\tthis.executingActions = false;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkCatcherWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.set || changedAttributes.setTo) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\n/*\nHandle a tm-navigate event\n*/\nLinkCatcherWidget.prototype.handleNavigateEvent = function(event) {\n\tif(!this.executingActions) {\n\t\t// Execute the actions\n\t\tif(this.catchTo) {\n\t\t\tthis.wiki.setTextReference(this.catchTo,event.navigateTo,this.getVariable(\"currentTiddler\"));\n\t\t}\n\t\tif(this.catchMessage && this.parentWidget) {\n\t\t\tthis.parentWidget.dispatchEvent({\n\t\t\t\ttype: this.catchMessage,\n\t\t\t\tparam: event.navigateTo,\n\t\t\t\tnavigateTo: event.navigateTo\n\t\t\t});\n\t\t}\n\t\tif(this.catchSet) {\n\t\t\tvar tiddler = this.wiki.getTiddler(this.catchSet);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,{title: this.catchSet, text: this.catchSetTo}));\n\t\t}\n\t\tif(this.catchActions) {\n\t\t\tthis.executingActions = true;\n\t\t\tthis.invokeActionString(this.catchActions,this,event,{navigateTo: event.navigateTo});\n\t\t\tthis.executingActions = false;\n\t\t}\n\t} else {\n\t\t// This is a navigate event generated by the actions of this linkcatcher, so we don't trap it again, but just pass it to the parent\n\t\tthis.parentWidget.dispatchEvent({\n\t\t\ttype: \"tm-navigate\",\n\t\t\tparam: event.navigateTo,\n\t\t\tnavigateTo: event.navigateTo\n\t\t});\n\t}\n\treturn false;\n};\n\nexports.linkcatcher = LinkCatcherWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/list.js": {
"title": "$:/core/modules/widgets/list.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/list.js\ntype: application/javascript\nmodule-type: widget\n\nList and list item widgets\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\n/*\nThe list widget creates list element sub-widgets that reach back into the list widget for their configuration\n*/\n\nvar ListWidget = function(parseTreeNode,options) {\n\t// Initialise the storyviews if they've not been done already\n\tif(!this.storyViews) {\n\t\tListWidget.prototype.storyViews = {};\n\t\t$tw.modules.applyMethods(\"storyview\",this.storyViews);\n\t}\n\t// Main initialisation inherited from widget.js\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\t// Construct the storyview\n\tvar StoryView = this.storyViews[this.storyViewName];\n\tif(this.storyViewName && !StoryView) {\n\t\tStoryView = this.storyViews[\"classic\"];\n\t}\n\tif(StoryView && !this.document.isTiddlyWikiFakeDom) {\n\t\tthis.storyview = new StoryView(this);\n\t} else {\n\t\tthis.storyview = null;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nListWidget.prototype.execute = function() {\n\t// Get our attributes\n\tthis.template = this.getAttribute(\"template\");\n\tthis.editTemplate = this.getAttribute(\"editTemplate\");\n\tthis.variableName = this.getAttribute(\"variable\",\"currentTiddler\");\n\tthis.storyViewName = this.getAttribute(\"storyview\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Compose the list elements\n\tthis.list = this.getTiddlerList();\n\tvar members = [],\n\t\tself = this;\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\tmembers = this.getEmptyMessage();\n\t} else {\n\t\t$tw.utils.each(this.list,function(title,index) {\n\t\t\tmembers.push(self.makeItemTemplate(title));\n\t\t});\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(members);\n\t// Clear the last history\n\tthis.history = [];\n};\n\nListWidget.prototype.getTiddlerList = function() {\n\tvar defaultFilter = \"[!is[system]sort[title]]\";\n\treturn this.wiki.filterTiddlers(this.getAttribute(\"filter\",defaultFilter),this);\n};\n\nListWidget.prototype.getEmptyMessage = function() {\n\tvar emptyMessage = this.getAttribute(\"emptyMessage\",\"\"),\n\t\tparser = this.wiki.parseText(\"text/vnd.tiddlywiki\",emptyMessage,{parseAsInline: true});\n\tif(parser) {\n\t\treturn parser.tree;\n\t} else {\n\t\treturn [];\n\t}\n};\n\n/*\nCompose the template for a list item\n*/\nListWidget.prototype.makeItemTemplate = function(title) {\n\t// Check if the tiddler is a draft\n\tvar tiddler = this.wiki.getTiddler(title),\n\t\tisDraft = tiddler && tiddler.hasField(\"draft.of\"),\n\t\ttemplate = this.template,\n\t\ttemplateTree;\n\tif(isDraft && this.editTemplate) {\n\t\ttemplate = this.editTemplate;\n\t}\n\t// Compose the transclusion of the template\n\tif(template) {\n\t\ttemplateTree = [{type: \"transclude\", attributes: {tiddler: {type: \"string\", value: template}}}];\n\t} else {\n\t\tif(this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\t\ttemplateTree = this.parseTreeNode.children;\n\t\t} else {\n\t\t\t// Default template is a link to the title\n\t\t\ttemplateTree = [{type: \"element\", tag: this.parseTreeNode.isBlock ? \"div\" : \"span\", children: [{type: \"link\", attributes: {to: {type: \"string\", value: title}}, children: [\n\t\t\t\t\t{type: \"text\", text: title}\n\t\t\t]}]}];\n\t\t}\n\t}\n\t// Return the list item\n\treturn {type: \"listitem\", itemTitle: title, variableName: this.variableName, children: templateTree};\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tresult;\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshStart) {\n\t\tthis.storyview.refreshStart(changedTiddlers,changedAttributes);\n\t}\n\t// Completely refresh if any of our attributes have changed\n\tif(changedAttributes.filter || changedAttributes.template || changedAttributes.editTemplate || changedAttributes.emptyMessage || changedAttributes.storyview || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\tresult = true;\n\t} else {\n\t\t// Handle any changes to the list\n\t\tresult = this.handleListChanges(changedTiddlers);\n\t\t// Handle any changes to the history stack\n\t\tif(this.historyTitle && changedTiddlers[this.historyTitle]) {\n\t\t\tthis.handleHistoryChanges();\n\t\t}\n\t}\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshEnd) {\n\t\tthis.storyview.refreshEnd(changedTiddlers,changedAttributes);\n\t}\n\treturn result;\n};\n\n/*\nHandle any changes to the history list\n*/\nListWidget.prototype.handleHistoryChanges = function() {\n\t// Get the history data\n\tvar newHistory = this.wiki.getTiddlerDataCached(this.historyTitle,[]);\n\t// Ignore any entries of the history that match the previous history\n\tvar entry = 0;\n\twhile(entry < newHistory.length && entry < this.history.length && newHistory[entry].title === this.history[entry].title) {\n\t\tentry++;\n\t}\n\t// Navigate forwards to each of the new tiddlers\n\twhile(entry < newHistory.length) {\n\t\tif(this.storyview && this.storyview.navigateTo) {\n\t\t\tthis.storyview.navigateTo(newHistory[entry]);\n\t\t}\n\t\tentry++;\n\t}\n\t// Update the history\n\tthis.history = newHistory;\n};\n\n/*\nProcess any changes to the list\n*/\nListWidget.prototype.handleListChanges = function(changedTiddlers) {\n\t// Get the new list\n\tvar prevList = this.list;\n\tthis.list = this.getTiddlerList();\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\t// Check if it was empty before\n\t\tif(prevList.length === 0) {\n\t\t\t// If so, just refresh the empty message\n\t\t\treturn this.refreshChildren(changedTiddlers);\n\t\t} else {\n\t\t\t// Replace the previous content with the empty message\n\t\t\tfor(t=this.children.length-1; t>=0; t--) {\n\t\t\t\tthis.removeListItem(t);\n\t\t\t}\n\t\t\tvar nextSibling = this.findNextSiblingDomNode();\n\t\t\tthis.makeChildWidgets(this.getEmptyMessage());\n\t\t\tthis.renderChildren(this.parentDomNode,nextSibling);\n\t\t\treturn true;\n\t\t}\n\t} else {\n\t\t// If the list was empty then we need to remove the empty message\n\t\tif(prevList.length === 0) {\n\t\t\tthis.removeChildDomNodes();\n\t\t\tthis.children = [];\n\t\t}\n\t\t// Cycle through the list, inserting and removing list items as needed\n\t\tvar hasRefreshed = false;\n\t\tfor(var t=0; t<this.list.length; t++) {\n\t\t\tvar index = this.findListItem(t,this.list[t]);\n\t\t\tif(index === undefined) {\n\t\t\t\t// The list item must be inserted\n\t\t\t\tthis.insertListItem(t,this.list[t]);\n\t\t\t\thasRefreshed = true;\n\t\t\t} else {\n\t\t\t\t// There are intervening list items that must be removed\n\t\t\t\tfor(var n=index-1; n>=t; n--) {\n\t\t\t\t\tthis.removeListItem(n);\n\t\t\t\t\thasRefreshed = true;\n\t\t\t\t}\n\t\t\t\t// Refresh the item we're reusing\n\t\t\t\tvar refreshed = this.children[t].refresh(changedTiddlers);\n\t\t\t\thasRefreshed = hasRefreshed || refreshed;\n\t\t\t}\n\t\t}\n\t\t// Remove any left over items\n\t\tfor(t=this.children.length-1; t>=this.list.length; t--) {\n\t\t\tthis.removeListItem(t);\n\t\t\thasRefreshed = true;\n\t\t}\n\t\treturn hasRefreshed;\n\t}\n};\n\n/*\nFind the list item with a given title, starting from a specified position\n*/\nListWidget.prototype.findListItem = function(startIndex,title) {\n\twhile(startIndex < this.children.length) {\n\t\tif(this.children[startIndex].parseTreeNode.itemTitle === title) {\n\t\t\treturn startIndex;\n\t\t}\n\t\tstartIndex++;\n\t}\n\treturn undefined;\n};\n\n/*\nInsert a new list item at the specified index\n*/\nListWidget.prototype.insertListItem = function(index,title) {\n\t// Create, insert and render the new child widgets\n\tvar widget = this.makeChildWidget(this.makeItemTemplate(title));\n\twidget.parentDomNode = this.parentDomNode; // Hack to enable findNextSiblingDomNode() to work\n\tthis.children.splice(index,0,widget);\n\tvar nextSibling = widget.findNextSiblingDomNode();\n\twidget.render(this.parentDomNode,nextSibling);\n\t// Animate the insertion if required\n\tif(this.storyview && this.storyview.insert) {\n\t\tthis.storyview.insert(widget);\n\t}\n\treturn true;\n};\n\n/*\nRemove the specified list item\n*/\nListWidget.prototype.removeListItem = function(index) {\n\tvar widget = this.children[index];\n\t// Animate the removal if required\n\tif(this.storyview && this.storyview.remove) {\n\t\tthis.storyview.remove(widget);\n\t} else {\n\t\twidget.removeChildDomNodes();\n\t}\n\t// Remove the child widget\n\tthis.children.splice(index,1);\n};\n\nexports.list = ListWidget;\n\nvar ListItemWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListItemWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListItemWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nListItemWidget.prototype.execute = function() {\n\t// Set the current list item title\n\tthis.setVariable(this.parseTreeNode.variableName,this.parseTreeNode.itemTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListItemWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.listitem = ListItemWidget;\n\n})();",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/macrocall.js": {
"title": "$:/core/modules/widgets/macrocall.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/macrocall.js\ntype: application/javascript\nmodule-type: widget\n\nMacrocall widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar MacroCallWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nMacroCallWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nMacroCallWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nMacroCallWidget.prototype.execute = function() {\n\t// Get the parse type if specified\n\tthis.parseType = this.getAttribute(\"$type\",\"text/vnd.tiddlywiki\");\n\tthis.renderOutput = this.getAttribute(\"$output\",\"text/html\");\n\t// Merge together the parameters specified in the parse tree with the specified attributes\n\tvar params = this.parseTreeNode.params ? this.parseTreeNode.params.slice(0) : [];\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparams.push({name: name, value: attribute});\t\t\t\n\t\t}\n\t});\n\t// Get the macro value\n\tvar macroName = this.parseTreeNode.name || this.getAttribute(\"$name\"),\n\t\tvariableInfo = this.getVariableInfo(macroName,{params: params}),\n\t\ttext = variableInfo.text,\n\t\tparseTreeNodes;\n\t// Are we rendering to HTML?\n\tif(this.renderOutput === \"text/html\") {\n\t\t// If so we'll return the parsed macro\n\t\tvar parser = this.wiki.parseText(this.parseType,text,\n\t\t\t\t\t\t\t{parseAsInline: !this.parseTreeNode.isBlock});\n\t\tparseTreeNodes = parser ? parser.tree : [];\n\t\t// Wrap the parse tree in a vars widget assigning the parameters to variables named \"__paramname__\"\n\t\tvar attributes = {};\n\t\t$tw.utils.each(variableInfo.params,function(param) {\n\t\t\tvar name = \"__\" + param.name + \"__\";\n\t\t\tattributes[name] = {\n\t\t\t\tname: name,\n\t\t\t\ttype: \"string\",\n\t\t\t\tvalue: param.value\n\t\t\t};\n\t\t});\n\t\tparseTreeNodes = [{\n\t\t\ttype: \"vars\",\n\t\t\tattributes: attributes,\n\t\t\tchildren: parseTreeNodes\n\t\t}];\n\t} else {\n\t\t// Otherwise, we'll render the text\n\t\tvar plainText = this.wiki.renderText(\"text/plain\",this.parseType,text,{parentWidget: this});\n\t\tparseTreeNodes = [{type: \"text\", text: plainText}];\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nMacroCallWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\t// Rerender ourselves\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.macrocall = MacroCallWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/navigator.js": {
"title": "$:/core/modules/widgets/navigator.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/navigator.js\ntype: application/javascript\nmodule-type: widget\n\nNavigator widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar IMPORT_TITLE = \"$:/Import\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigatorWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"},\n\t\t{type: \"tm-edit-tiddler\", handler: \"handleEditTiddlerEvent\"},\n\t\t{type: \"tm-delete-tiddler\", handler: \"handleDeleteTiddlerEvent\"},\n\t\t{type: \"tm-save-tiddler\", handler: \"handleSaveTiddlerEvent\"},\n\t\t{type: \"tm-cancel-tiddler\", handler: \"handleCancelTiddlerEvent\"},\n\t\t{type: \"tm-close-tiddler\", handler: \"handleCloseTiddlerEvent\"},\n\t\t{type: \"tm-close-all-tiddlers\", handler: \"handleCloseAllTiddlersEvent\"},\n\t\t{type: \"tm-close-other-tiddlers\", handler: \"handleCloseOtherTiddlersEvent\"},\n\t\t{type: \"tm-new-tiddler\", handler: \"handleNewTiddlerEvent\"},\n\t\t{type: \"tm-import-tiddlers\", handler: \"handleImportTiddlersEvent\"},\n\t\t{type: \"tm-perform-import\", handler: \"handlePerformImportEvent\"},\n\t\t{type: \"tm-fold-tiddler\", handler: \"handleFoldTiddlerEvent\"},\n\t\t{type: \"tm-fold-other-tiddlers\", handler: \"handleFoldOtherTiddlersEvent\"},\n\t\t{type: \"tm-fold-all-tiddlers\", handler: \"handleFoldAllTiddlersEvent\"},\n\t\t{type: \"tm-unfold-all-tiddlers\", handler: \"handleUnfoldAllTiddlersEvent\"},\n\t\t{type: \"tm-rename-tiddler\", handler: \"handleRenameTiddlerEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigatorWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigatorWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigatorWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.storyTitle = this.getAttribute(\"story\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\tthis.setVariable(\"tv-story-list\",this.storyTitle);\n\tthis.setVariable(\"tv-history-list\",this.historyTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nNavigatorWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.story || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nNavigatorWidget.prototype.getStoryList = function() {\n\treturn this.storyTitle ? this.wiki.getTiddlerList(this.storyTitle) : null;\n};\n\nNavigatorWidget.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList}\n\t));\n};\n\nNavigatorWidget.prototype.removeTitleFromStory = function(storyList,title) {\n\tvar p = storyList.indexOf(title);\n\twhile(p !== -1) {\n\t\tstoryList.splice(p,1);\n\t\tp = storyList.indexOf(title);\n\t}\n};\n\nNavigatorWidget.prototype.replaceFirstTitleInStory = function(storyList,oldTitle,newTitle) {\n\tvar pos = storyList.indexOf(oldTitle);\n\tif(pos !== -1) {\n\t\tstoryList[pos] = newTitle;\n\t\tdo {\n\t\t\tpos = storyList.indexOf(oldTitle,pos + 1);\n\t\t\tif(pos !== -1) {\n\t\t\t\tstoryList.splice(pos,1);\n\t\t\t}\n\t\t} while(pos !== -1);\n\t} else {\n\t\tstoryList.splice(0,0,newTitle);\n\t}\n};\n\nNavigatorWidget.prototype.addToStory = function(title,fromTitle) {\n\tthis.wiki.addToStory(title,fromTitle,this.storyTitle,{openLinkFromInsideRiver: this.getAttribute(\"openLinkFromInsideRiver\",\"top\"),openLinkFromOutsideRiver: this.getAttribute(\"openLinkFromOutsideRiver\",\"top\")});\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\n*/\nNavigatorWidget.prototype.addToHistory = function(title,fromPageRect) {\n\tthis.wiki.addToHistory(title,fromPageRect,this.historyTitle);\n};\n\n/*\nHandle a tm-navigate event\n*/\nNavigatorWidget.prototype.handleNavigateEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-navigating\",event);\n\tif(event.navigateTo) {\n\t\tthis.addToStory(event.navigateTo,event.navigateFromTitle);\n\t\tif(!event.navigateSuppressNavigation) {\n\t\t\tthis.addToHistory(event.navigateTo,event.navigateFromClientRect);\n\t\t}\n\t}\n\treturn false;\n};\n\n// Close a specified tiddler\nNavigatorWidget.prototype.handleCloseTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\tstoryList = this.getStoryList();\n\t// Look for tiddlers with this title to close\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\treturn false;\n};\n\n// Close all tiddlers\nNavigatorWidget.prototype.handleCloseAllTiddlersEvent = function(event) {\n\tthis.saveStoryList([]);\n\treturn false;\n};\n\n// Close other tiddlers\nNavigatorWidget.prototype.handleCloseOtherTiddlersEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle;\n\tthis.saveStoryList([title]);\n\treturn false;\n};\n\n// Place a tiddler in edit mode\nNavigatorWidget.prototype.handleEditTiddlerEvent = function(event) {\n\tvar editTiddler = $tw.hooks.invokeHook(\"th-editing-tiddler\",event);\n\tif(!editTiddler) {\n\t\treturn false;\n\t}\n\tvar self = this;\n\tfunction isUnmodifiedShadow(title) {\n\t\treturn self.wiki.isShadowTiddler(title) && !self.wiki.tiddlerExists(title);\n\t}\n\tfunction confirmEditShadow(title) {\n\t\treturn confirm($tw.language.getString(\n\t\t\t\"ConfirmEditShadowTiddler\",\n\t\t\t{variables:\n\t\t\t\t{title: title}\n\t\t\t}\n\t\t));\n\t}\n\tvar title = event.param || event.tiddlerTitle;\n\tif(isUnmodifiedShadow(title) && !confirmEditShadow(title)) {\n\t\treturn false;\n\t}\n\t// Replace the specified tiddler with a draft in edit mode\n\tvar draftTiddler = this.makeDraftTiddler(title);\n\t// Update the story and history if required\n\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\tvar draftTitle = draftTiddler.fields.title,\n\t\t\tstoryList = this.getStoryList();\n\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\tthis.saveStoryList(storyList);\n\t\treturn false;\n\t}\n};\n\n// Delete a tiddler\nNavigatorWidget.prototype.handleDeleteTiddlerEvent = function(event) {\n\t// Get the tiddler we're deleting\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList(),\n\t\toriginalTitle = tiddler ? tiddler.fields[\"draft.of\"] : \"\",\n\t\toriginalTiddler = originalTitle ? this.wiki.getTiddler(originalTitle) : undefined,\n\t\tconfirmationTitle;\n\tif(!tiddler) {\n\t\treturn false;\n\t}\n\t// Check if the tiddler we're deleting is in draft mode\n\tif(originalTitle) {\n\t\t// If so, we'll prompt for confirmation referencing the original tiddler\n\t\tconfirmationTitle = originalTitle;\n\t} else {\n\t\t// If not a draft, then prompt for confirmation referencing the specified tiddler\n\t\tconfirmationTitle = title;\n\t}\n\t// Seek confirmation\n\tif((this.wiki.getTiddler(originalTitle) || (tiddler.fields.text || \"\") !== \"\") && !confirm($tw.language.getString(\n\t\t\t\t\"ConfirmDeleteTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: confirmationTitle}\n\t\t\t\t}\n\t\t\t))) {\n\t\treturn false;\n\t}\n\t// Delete the original tiddler\n\tif(originalTitle) {\n\t\tif(originalTiddler) {\n\t\t\t$tw.hooks.invokeHook(\"th-deleting-tiddler\",originalTiddler);\n\t\t}\n\t\tthis.wiki.deleteTiddler(originalTitle);\n\t\tthis.removeTitleFromStory(storyList,originalTitle);\n\t}\n\t// Invoke the hook function and delete this tiddler\n\t$tw.hooks.invokeHook(\"th-deleting-tiddler\",tiddler);\n\tthis.wiki.deleteTiddler(title);\n\t// Remove the closed tiddler from the story\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\treturn false;\n};\n\n/*\nCreate/reuse the draft tiddler for a given title\n*/\nNavigatorWidget.prototype.makeDraftTiddler = function(targetTitle) {\n\t// See if there is already a draft tiddler for this tiddler\n\tvar draftTitle = this.wiki.findDraft(targetTitle);\n\tif(draftTitle) {\n\t\treturn this.wiki.getTiddler(draftTitle);\n\t}\n\t// Get the current value of the tiddler we're editing\n\tvar tiddler = this.wiki.getTiddler(targetTitle);\n\t// Save the initial value of the draft tiddler\n\tdraftTitle = this.generateDraftTitle(targetTitle);\n\tvar draftTiddler = new $tw.Tiddler(\n\t\t\ttiddler,\n\t\t\t{\n\t\t\t\ttitle: draftTitle,\n\t\t\t\t\"draft.title\": targetTitle,\n\t\t\t\t\"draft.of\": targetTitle\n\t\t\t},\n\t\t\tthis.wiki.getModificationFields()\n\t\t);\n\tthis.wiki.addTiddler(draftTiddler);\n\treturn draftTiddler;\n};\n\n/*\nGenerate a title for the draft of a given tiddler\n*/\nNavigatorWidget.prototype.generateDraftTitle = function(title) {\n\tvar c = 0,\n\t\tdraftTitle,\n\t\tusername = this.wiki.getTiddlerText(\"$:/status/UserName\"),\n\t\tattribution = username ? \" by \" + username : \"\";\n\tdo {\n\t\tdraftTitle = \"Draft \" + (c ? (c + 1) + \" \" : \"\") + \"of '\" + title + \"'\" + attribution;\n\t\tc++;\n\t} while(this.wiki.tiddlerExists(draftTitle));\n\treturn draftTitle;\n};\n\n// Take a tiddler out of edit mode, saving the changes\nNavigatorWidget.prototype.handleSaveTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList();\n\t// Replace the original tiddler with the draft\n\tif(tiddler) {\n\t\tvar draftTitle = (tiddler.fields[\"draft.title\"] || \"\").trim(),\n\t\t\tdraftOf = (tiddler.fields[\"draft.of\"] || \"\").trim();\n\t\tif(draftTitle) {\n\t\t\tvar isRename = draftOf !== draftTitle,\n\t\t\t\tisConfirmed = true;\n\t\t\tif(isRename && this.wiki.tiddlerExists(draftTitle)) {\n\t\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\t\"ConfirmOverwriteTiddler\",\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{title: draftTitle}\n\t\t\t\t\t}\n\t\t\t\t));\n\t\t\t}\n\t\t\tif(isConfirmed) {\n\t\t\t\t// Create the new tiddler and pass it through the th-saving-tiddler hook\n\t\t\t\tvar newTiddler = new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\ttitle: draftTitle,\n\t\t\t\t\t\"draft.title\": undefined,\n\t\t\t\t\t\"draft.of\": undefined\n\t\t\t\t},this.wiki.getModificationFields());\n\t\t\t\tnewTiddler = $tw.hooks.invokeHook(\"th-saving-tiddler\",newTiddler);\n\t\t\t\tthis.wiki.addTiddler(newTiddler);\n\t\t\t\t// If enabled, relink references to renamed tiddler\n\t\t\t\tvar shouldRelink = this.getAttribute(\"relinkOnRename\",\"no\").toLowerCase().trim() === \"yes\";\n\t\t\t\tif(isRename && shouldRelink && this.wiki.tiddlerExists(draftOf)) {\nconsole.log(\"Relinking '\" + draftOf + \"' to '\" + draftTitle + \"'\");\n\t\t\t\t\tthis.wiki.relinkTiddler(draftOf,draftTitle);\n\t\t\t\t}\n\t\t\t\t// Remove the draft tiddler\n\t\t\t\tthis.wiki.deleteTiddler(title);\n\t\t\t\t// Remove the original tiddler if we're renaming it\n\t\t\t\tif(isRename) {\n\t\t\t\t\tthis.wiki.deleteTiddler(draftOf);\n\t\t\t\t}\n\t\t\t\t// #2381 always remove new title & old\n\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t\tthis.removeTitleFromStory(storyList,draftOf);\n\t\t\t\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\t\t\t\t// Replace the draft in the story with the original\n\t\t\t\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\t\t\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\t\t\t\tif(draftTitle !== this.storyTitle) {\n\t\t\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// Trigger an autosave\n\t\t\t\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Take a tiddler out of edit mode without saving the changes\nNavigatorWidget.prototype.handleCancelTiddlerEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-cancelling-tiddler\", event);\n\t// Flip the specified tiddler from draft back to the original\n\tvar draftTitle = event.param || event.tiddlerTitle,\n\t\tdraftTiddler = this.wiki.getTiddler(draftTitle),\n\t\toriginalTitle = draftTiddler && draftTiddler.fields[\"draft.of\"];\n\tif(draftTiddler && originalTitle) {\n\t\t// Ask for confirmation if the tiddler text has changed\n\t\tvar isConfirmed = true,\n\t\t\toriginalTiddler = this.wiki.getTiddler(originalTitle),\n\t\t\tstoryList = this.getStoryList();\n\t\tif(this.wiki.isDraftModified(draftTitle)) {\n\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\"ConfirmCancelTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: draftTitle}\n\t\t\t\t}\n\t\t\t));\n\t\t}\n\t\t// Remove the draft tiddler\n\t\tif(isConfirmed) {\n\t\t\tthis.wiki.deleteTiddler(draftTitle);\n\t\t\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\t\t\tif(originalTiddler) {\n\t\t\t\t\tthis.replaceFirstTitleInStory(storyList,draftTitle,originalTitle);\n\t\t\t\t\tthis.addToHistory(originalTitle,event.navigateFromClientRect);\n\t\t\t\t} else {\n\t\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t\t}\n\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Create a new draft tiddler\n// event.param can either be the title of a template tiddler, or a hashmap of fields.\n//\n// The title of the newly created tiddler follows these rules:\n// * If a hashmap was used and a title field was specified, use that title\n// * If a hashmap was used without a title field, use a default title, if necessary making it unique with a numeric suffix\n// * If a template tiddler was used, use the title of the template, if necessary making it unique with a numeric suffix\n//\n// If a draft of the target tiddler already exists then it is reused\nNavigatorWidget.prototype.handleNewTiddlerEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-new-tiddler\", event);\n\t// Get the story details\n\tvar storyList = this.getStoryList(),\n\t\ttemplateTiddler, additionalFields, title, draftTitle, existingTiddler;\n\t// Get the template tiddler (if any)\n\tif(typeof event.param === \"string\") {\n\t\t// Get the template tiddler\n\t\ttemplateTiddler = this.wiki.getTiddler(event.param);\n\t\t// Generate a new title\n\t\ttitle = this.wiki.generateNewTitle(event.param || $tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t}\n\t// Get the specified additional fields\n\tif(typeof event.paramObject === \"object\") {\n\t\tadditionalFields = event.paramObject;\n\t}\n\tif(typeof event.param === \"object\") { // Backwards compatibility with 5.1.3\n\t\tadditionalFields = event.param;\n\t}\n\tif(additionalFields && additionalFields.title) {\n\t\ttitle = additionalFields.title;\n\t}\n\t// Make a copy of the additional fields excluding any blank ones\n\tvar filteredAdditionalFields = $tw.utils.extend({},additionalFields);\n\tObject.keys(filteredAdditionalFields).forEach(function(fieldName) {\n\t\tif(filteredAdditionalFields[fieldName] === \"\") {\n\t\t\tdelete filteredAdditionalFields[fieldName];\n\t\t}\n\t});\n\t// Generate a title if we don't have one\n\ttitle = title || this.wiki.generateNewTitle($tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t// Find any existing draft for this tiddler\n\tdraftTitle = this.wiki.findDraft(title);\n\t// Pull in any existing tiddler\n\tif(draftTitle) {\n\t\texistingTiddler = this.wiki.getTiddler(draftTitle);\n\t} else {\n\t\tdraftTitle = this.generateDraftTitle(title);\n\t\texistingTiddler = this.wiki.getTiddler(title);\n\t}\n\t// Merge the tags\n\tvar mergedTags = [];\n\tif(existingTiddler && existingTiddler.fields.tags) {\n\t\t$tw.utils.pushTop(mergedTags,existingTiddler.fields.tags);\n\t}\n\tif(additionalFields && additionalFields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,$tw.utils.parseStringArray(additionalFields.tags));\n\t}\n\tif(templateTiddler && templateTiddler.fields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,templateTiddler.fields.tags);\n\t}\n\t// Save the draft tiddler\n\tvar draftTiddler = new $tw.Tiddler({\n\t\t\ttext: \"\",\n\t\t\t\"draft.title\": title\n\t\t},\n\t\ttemplateTiddler,\n\t\tadditionalFields,\n\t\tthis.wiki.getCreationFields(),\n\t\texistingTiddler,\n\t\tfilteredAdditionalFields,\n\t\t{\n\t\t\ttitle: draftTitle,\n\t\t\t\"draft.of\": title,\n\t\t\ttags: mergedTags\n\t\t},this.wiki.getModificationFields());\n\tthis.wiki.addTiddler(draftTiddler);\n\t// Update the story to insert the new draft at the top and remove any existing tiddler\n\tif(storyList.indexOf(draftTitle) === -1) {\n\t\tvar slot = storyList.indexOf(event.navigateFromTitle);\n\t\tif(slot === -1) {\n\t\t\tslot = this.getAttribute(\"openLinkFromOutsideRiver\",\"top\") === \"bottom\" ? storyList.length - 1 : slot;\n\t\t}\n\t\tstoryList.splice(slot + 1,0,draftTitle);\n\t}\n\tif(storyList.indexOf(title) !== -1) {\n\t\tstoryList.splice(storyList.indexOf(title),1);\n\t}\n\tthis.saveStoryList(storyList);\n\t// Add a new record to the top of the history stack\n\tthis.addToHistory(draftTitle);\n\treturn false;\n};\n\n// Import JSON tiddlers into a pending import tiddler\nNavigatorWidget.prototype.handleImportTiddlersEvent = function(event) {\n\t// Get the tiddlers\n\tvar tiddlers = [];\n\ttry {\n\t\ttiddlers = JSON.parse(event.param);\n\t} catch(e) {\n\t}\n\t// Get the current $:/Import tiddler\n\tvar importTiddler = this.wiki.getTiddler(IMPORT_TITLE),\n\t\timportData = this.wiki.getTiddlerData(IMPORT_TITLE,{}),\n\t\tnewFields = new Object({\n\t\t\ttitle: IMPORT_TITLE,\n\t\t\ttype: \"application/json\",\n\t\t\t\"plugin-type\": \"import\",\n\t\t\t\"status\": \"pending\"\n\t\t}),\n\t\tincomingTiddlers = [];\n\t// Process each tiddler\n\timportData.tiddlers = importData.tiddlers || {};\n\t$tw.utils.each(tiddlers,function(tiddlerFields) {\n\t\ttiddlerFields.title = $tw.utils.trim(tiddlerFields.title);\n\t\tvar title = tiddlerFields.title;\n\t\tif(title) {\n\t\t\tincomingTiddlers.push(title);\n\t\t\timportData.tiddlers[title] = tiddlerFields;\n\t\t}\n\t});\n\t// Give the active upgrader modules a chance to process the incoming tiddlers\n\tvar messages = this.wiki.invokeUpgraders(incomingTiddlers,importData.tiddlers);\n\t$tw.utils.each(messages,function(message,title) {\n\t\tnewFields[\"message-\" + title] = message;\n\t});\n\t// Deselect any suppressed tiddlers\n\t$tw.utils.each(importData.tiddlers,function(tiddler,title) {\n\t\tif($tw.utils.count(tiddler) === 0) {\n\t\t\tnewFields[\"selection-\" + title] = \"unchecked\";\n\t\t}\n\t});\n\t// Save the $:/Import tiddler\n\tnewFields.text = JSON.stringify(importData,null,$tw.config.preferences.jsonSpaces);\n\tthis.wiki.addTiddler(new $tw.Tiddler(importTiddler,newFields));\n\t// Update the story and history details\n\tif(this.getVariable(\"tv-auto-open-on-import\") !== \"no\") {\n\t\tvar storyList = this.getStoryList(),\n\t\t\thistory = [];\n\t\t// Add it to the story\n\t\tif(storyList.indexOf(IMPORT_TITLE) === -1) {\n\t\t\tstoryList.unshift(IMPORT_TITLE);\n\t\t}\n\t\t// And to history\n\t\thistory.push(IMPORT_TITLE);\n\t\t// Save the updated story and history\n\t\tthis.saveStoryList(storyList);\n\t\tthis.addToHistory(history);\n\t}\n\treturn false;\n};\n\n//\nNavigatorWidget.prototype.handlePerformImportEvent = function(event) {\n\tvar self = this,\n\t\timportTiddler = this.wiki.getTiddler(event.param),\n\t\timportData = this.wiki.getTiddlerDataCached(event.param,{tiddlers: {}}),\n\t\timportReport = [];\n\t// Add the tiddlers to the store\n\timportReport.push($tw.language.getString(\"Import/Imported/Hint\") + \"\\n\");\n\t$tw.utils.each(importData.tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title && importTiddler && importTiddler.fields[\"selection-\" + title] !== \"unchecked\") {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlerFields);\n\t\t\ttiddler = $tw.hooks.invokeHook(\"th-importing-tiddler\",tiddler);\n\t\t\tself.wiki.addTiddler(tiddler);\n\t\t\timportReport.push(\"# [[\" + tiddlerFields.title + \"]]\");\n\t\t}\n\t});\n\t// Replace the $:/Import tiddler with an import report\n\tthis.wiki.addTiddler(new $tw.Tiddler({\n\t\ttitle: event.param,\n\t\ttext: importReport.join(\"\\n\"),\n\t\t\"status\": \"complete\"\n\t}));\n\t// Navigate to the $:/Import tiddler\n\tthis.addToHistory([event.param]);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n};\n\nNavigatorWidget.prototype.handleFoldTiddlerEvent = function(event) {\n\tvar paramObject = event.paramObject || {};\n\tif(paramObject.foldedState) {\n\t\tvar foldedState = this.wiki.getTiddlerText(paramObject.foldedState,\"show\") === \"show\" ? \"hide\" : \"show\";\n\t\tthis.wiki.setText(paramObject.foldedState,\"text\",null,foldedState);\n\t}\n};\n\nNavigatorWidget.prototype.handleFoldOtherTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,event.param === title ? \"show\" : \"hide\");\n\t});\n};\n\nNavigatorWidget.prototype.handleFoldAllTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,\"hide\");\n\t});\n};\n\nNavigatorWidget.prototype.handleUnfoldAllTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,\"show\");\n\t});\n};\n\nNavigatorWidget.prototype.handleRenameTiddlerEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-renaming-tiddler\", event);\n\tvar paramObject = event.paramObject || {},\n\t\tfrom = paramObject.from || event.tiddlerTitle,\n\t\tto = paramObject.to;\n\t$tw.wiki.renameTiddler(from,to);\n};\n\nexports.navigator = NavigatorWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/password.js": {
"title": "$:/core/modules/widgets/password.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/password.js\ntype: application/javascript\nmodule-type: widget\n\nPassword widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar PasswordWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nPasswordWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nPasswordWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the current password\n\tvar password = $tw.browser ? $tw.utils.getPassword(this.passwordName) || \"\" : \"\";\n\t// Create our element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"password\");\n\tdomNode.setAttribute(\"value\",password);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nPasswordWidget.prototype.handleChangeEvent = function(event) {\n\tvar password = this.domNodes[0].value;\n\treturn $tw.utils.savePassword(this.passwordName,password);\n};\n\n/*\nCompute the internal state of the widget\n*/\nPasswordWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.passwordName = this.getAttribute(\"name\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nPasswordWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.password = PasswordWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/qualify.js": {
"title": "$:/core/modules/widgets/qualify.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/qualify.js\ntype: application/javascript\nmodule-type: widget\n\nQualify text to a variable \n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar QualifyWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nQualifyWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nQualifyWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nQualifyWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.qualifyName = this.getAttribute(\"name\");\n\tthis.qualifyTitle = this.getAttribute(\"title\");\n\t// Set context variable\n\tif(this.qualifyName) {\n\t\tthis.setVariable(this.qualifyName,this.qualifyTitle + \"-\" + this.getStateQualifier());\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nQualifyWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.title) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.qualify = QualifyWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/radio.js": {
"title": "$:/core/modules/widgets/radio.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/radio.js\ntype: application/javascript\nmodule-type: widget\n\nSet a field or index at a given tiddler via radio buttons\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RadioWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRadioWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRadioWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tvar isChecked = this.getValue() === this.radioValue;\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",\n \t\t\"tc-radio \" + this.radioClass + (isChecked ? \" tc-radio-selected\" : \"\")\n \t);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"radio\");\n\tif(isChecked) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nRadioWidget.prototype.getValue = function() {\n\tvar value,\n\t\ttiddler = this.wiki.getTiddler(this.radioTitle);\n\tif (this.radioIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.radioTitle,this.radioIndex);\n\t} else {\n\t\tvalue = tiddler && tiddler.getFieldString(this.radioField);\n\t}\n\treturn value;\n};\n\nRadioWidget.prototype.setValue = function() {\n\tif(this.radioIndex) {\n\t\tthis.wiki.setText(this.radioTitle,\"\",this.radioIndex,this.radioValue);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.radioTitle),\n\t\t\taddition = {};\n\t\taddition[this.radioField] = this.radioValue;\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),{title: this.radioTitle},tiddler,addition,this.wiki.getModificationFields()));\n\t}\n};\n\nRadioWidget.prototype.handleChangeEvent = function(event) {\n\tif(this.inputDomNode.checked) {\n\t\tthis.setValue();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRadioWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.radioTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.radioField = this.getAttribute(\"field\",\"text\");\n\tthis.radioIndex = this.getAttribute(\"index\");\n\tthis.radioValue = this.getAttribute(\"value\");\n\tthis.radioClass = this.getAttribute(\"class\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRadioWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.value || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.radioTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue() === this.radioValue;\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.radio = RadioWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/range.js": {
"title": "$:/core/modules/widgets/range.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/range.js\ntype: application/javascript\nmodule-type: widget\n\nRange widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RangeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRangeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRangeWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"range\");\n\tthis.inputDomNode.setAttribute(\"class\",this.elementClass);\n\tif(this.minValue){\n\t\tthis.inputDomNode.setAttribute(\"min\", this.minValue);\n\t}\n\tif(this.maxValue){\n\t\tthis.inputDomNode.setAttribute(\"max\", this.maxValue);\n\t}\n\tif(this.increment){\n\t\tthis.inputDomNode.setAttribute(\"step\", this.increment);\n\t}\n\tthis.inputDomNode.value = this.getValue();\n\n\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"input\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.inputDomNode,nextSibling);\n\tthis.domNodes.push(this.inputDomNode);\n};\n\nRangeWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle),\n\t\tvalue = this.defaultValue;\n\tif(tiddler) {\n\t\tif($tw.utils.hop(tiddler.fields,this.tiddlerField)) {\n\t\t\tvalue = tiddler.fields[this.tiddlerField] || \"\";\n\t\t} else {\n\t\t\tvalue = this.defaultValue || \"\";\n\t\t}\n\t}\n\treturn value;\n};\n\nRangeWidget.prototype.handleChangeEvent = function(event) {\n\tthis.wiki.setText(this.tiddlerTitle ,this.tiddlerField, null,this.inputDomNode.value);\n};\n\n/*\nCompute the internal state of the widget\n*/\nRangeWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.tiddlerField = this.getAttribute(\"field\");\n\tthis.minValue = this.getAttribute(\"min\");\n\tthis.maxValue = this.getAttribute(\"max\");\n\tthis.increment = this.getAttribute(\"increment\");\n\tthis.defaultValue = this.getAttribute(\"default\");\n\tthis.elementClass = this.getAttribute(\"class\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRangeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes['min'] || changedAttributes['max'] || changedAttributes['increment'] || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.tiddlerTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.range = RangeWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/raw.js": {
"title": "$:/core/modules/widgets/raw.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/raw.js\ntype: application/javascript\nmodule-type: widget\n\nRaw widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RawWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRawWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRawWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar div = this.document.createElement(\"div\");\n\tdiv.innerHTML=this.parseTreeNode.html;\n\tparent.insertBefore(div,nextSibling);\n\tthis.domNodes.push(div);\t\n};\n\n/*\nCompute the internal state of the widget\n*/\nRawWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRawWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.raw = RawWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/reveal.js": {
"title": "$:/core/modules/widgets/reveal.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/reveal.js\ntype: application/javascript\nmodule-type: widget\n\nReveal widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RevealWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRevealWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRevealWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.revealTag && $tw.config.htmlUnsafeElements.indexOf(this.revealTag) === -1) {\n\t\ttag = this.revealTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\tvar classes = this[\"class\"].split(\" \") || [];\n\tclasses.push(\"tc-reveal\");\n\tdomNode.className = classes.join(\" \");\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\t}\n\tif(!this.isOpen) {\n\t\tdomNode.setAttribute(\"hidden\",\"true\");\n\t}\n\tthis.domNodes.push(domNode);\n};\n\nRevealWidget.prototype.positionPopup = function(domNode) {\n\tdomNode.style.position = \"absolute\";\n\tdomNode.style.zIndex = \"1000\";\n\tswitch(this.position) {\n\t\tcase \"left\":\n\t\t\tdomNode.style.left = Math.max(0, this.popup.left - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"above\":\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = Math.max(0, this.popup.top - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"aboveright\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = Math.max(0, this.popup.top + this.popup.height - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"right\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"belowleft\":\n\t\t\tdomNode.style.left = Math.max(0, this.popup.left + this.popup.width - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t\tdefault: // Below\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRevealWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.state = this.getAttribute(\"state\");\n\tthis.revealTag = this.getAttribute(\"tag\");\n\tthis.type = this.getAttribute(\"type\");\n\tthis.text = this.getAttribute(\"text\");\n\tthis.position = this.getAttribute(\"position\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis.style = this.getAttribute(\"style\",\"\");\n\tthis[\"default\"] = this.getAttribute(\"default\",\"\");\n\tthis.animate = this.getAttribute(\"animate\",\"no\");\n\tthis.retain = this.getAttribute(\"retain\",\"no\");\n\tthis.openAnimation = this.animate === \"no\" ? undefined : \"open\";\n\tthis.closeAnimation = this.animate === \"no\" ? undefined : \"close\";\n\t// Compute the title of the state tiddler and read it\n\tthis.stateTiddlerTitle = this.state;\n\tthis.stateTitle = this.getAttribute(\"stateTitle\");\n\tthis.stateField = this.getAttribute(\"stateField\");\n\tthis.stateIndex = this.getAttribute(\"stateIndex\");\n\tthis.readState();\n\t// Construct the child widgets\n\tvar childNodes = this.isOpen ? this.parseTreeNode.children : [];\n\tthis.hasChildNodes = this.isOpen;\n\tthis.makeChildWidgets(childNodes);\n};\n\n/*\nRead the state tiddler\n*/\nRevealWidget.prototype.readState = function() {\n\t// Read the information from the state tiddler\n\tvar state = this.stateTitle ? (this.stateField ? this.wiki.getTiddler(this.stateTitle).getFieldString(this.stateField) :\n\t\t(this.stateIndex ? this.wiki.extractTiddlerDataItem(this.stateTitle,this.stateIndex) :\n\t\t\tthis.wiki.getTiddlerText(this.stateTitle))) || this[\"default\"] || this.getVariable(\"currentTiddler\") :\n\t\t(this.stateTiddlerTitle ? this.wiki.getTextReference(this.state,this[\"default\"],this.getVariable(\"currentTiddler\")) : this[\"default\"]);\n\tif(state === null) {\n\t\tstate = this[\"default\"];\n\t}\n\tswitch(this.type) {\n\t\tcase \"popup\":\n\t\t\tthis.readPopupState(state);\n\t\t\tbreak;\n\t\tcase \"match\":\n\t\t\tthis.isOpen = !!(this.compareStateText(state) == 0);\n\t\t\tbreak;\n\t\tcase \"nomatch\":\n\t\t\tthis.isOpen = !(this.compareStateText(state) == 0);\n\t\t\tbreak;\n\t\tcase \"lt\":\n\t\t\tthis.isOpen = !!(this.compareStateText(state) < 0);\n\t\t\tbreak;\n\t\tcase \"gt\":\n\t\t\tthis.isOpen = !!(this.compareStateText(state) > 0);\n\t\t\tbreak;\n\t\tcase \"lteq\":\n\t\t\tthis.isOpen = !(this.compareStateText(state) > 0);\n\t\t\tbreak;\n\t\tcase \"gteq\":\n\t\t\tthis.isOpen = !(this.compareStateText(state) < 0);\n\t\t\tbreak;\n\t}\n};\n\nRevealWidget.prototype.compareStateText = function(state) {\n\treturn state.localeCompare(this.text,undefined,{numeric: true,sensitivity: \"case\"});\n};\n\nRevealWidget.prototype.readPopupState = function(state) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/,\n\t\tmatch = popupLocationRegExp.exec(state);\n\t// Check if the state matches the location regexp\n\tif(match) {\n\t\t// If so, we're open\n\t\tthis.isOpen = true;\n\t\t// Get the location\n\t\tthis.popup = {\n\t\t\tleft: parseFloat(match[1]),\n\t\t\ttop: parseFloat(match[2]),\n\t\t\twidth: parseFloat(match[3]),\n\t\t\theight: parseFloat(match[4])\n\t\t};\n\t} else {\n\t\t// If not, we're closed\n\t\tthis.isOpen = false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRevealWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.state || changedAttributes.type || changedAttributes.text || changedAttributes.position || changedAttributes[\"default\"] || changedAttributes.animate || changedAttributes.stateTitle || changedAttributes.stateField || changedAttributes.stateIndex) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar currentlyOpen = this.isOpen;\n\t\tthis.readState();\n\t\tif(this.isOpen !== currentlyOpen || (this.stateTiddlerTitle && changedTiddlers[this.stateTiddlerTitle])) {\n\t\t\tif(this.retain === \"yes\") {\n\t\t\t\tthis.updateState();\n\t\t\t} else {\n\t\t\t\tthis.refreshSelf();\n\t\t\t\treturn true;\n\t\t\t}\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\n/*\nCalled by refresh() to dynamically show or hide the content\n*/\nRevealWidget.prototype.updateState = function() {\n\tvar self = this;\n\t// Read the current state\n\tthis.readState();\n\t// Construct the child nodes if needed\n\tvar domNode = this.domNodes[0];\n\tif(this.isOpen && !this.hasChildNodes) {\n\t\tthis.hasChildNodes = true;\n\t\tthis.makeChildWidgets(this.parseTreeNode.children);\n\t\tthis.renderChildren(domNode,null);\n\t}\n\t// Animate our DOM node\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\n\t}\n\tif(this.isOpen) {\n\t\tdomNode.removeAttribute(\"hidden\");\n $tw.anim.perform(this.openAnimation,domNode);\n\t} else {\n\t\t$tw.anim.perform(this.closeAnimation,domNode,{callback: function() {\n\t\t\t//make sure that the state hasn't changed during the close animation\n\t\t\tself.readState()\n\t\t\tif(!self.isOpen) {\n\t\t\t\tdomNode.setAttribute(\"hidden\",\"true\");\n\t\t\t}\n\t\t}});\n\t}\n};\n\nexports.reveal = RevealWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/scrollable.js": {
"title": "$:/core/modules/widgets/scrollable.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/scrollable.js\ntype: application/javascript\nmodule-type: widget\n\nScrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ScrollableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.scaleFactor = 1;\n\tthis.addEventListeners([\n\t\t{type: \"tm-scroll\", handler: \"handleScrollEvent\"}\n\t]);\n\tif($tw.browser) {\n\t\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\t\twindow.webkitRequestAnimationFrame ||\n\t\t\twindow.mozRequestAnimationFrame ||\n\t\t\tfunction(callback) {\n\t\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t\t};\n\t\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\t\twindow.webkitCancelAnimationFrame ||\n\t\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\t\twindow.mozCancelAnimationFrame ||\n\t\t\twindow.mozCancelRequestAnimationFrame ||\n\t\t\tfunction(id) {\n\t\t\t\twindow.clearTimeout(id);\n\t\t\t};\n\t}\n};\n\n/*\nInherit from the base widget class\n*/\nScrollableWidget.prototype = new Widget();\n\nScrollableWidget.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle a scroll event\n*/\nScrollableWidget.prototype.handleScrollEvent = function(event) {\n\t// Pass the scroll event through if our offsetsize is larger than our scrollsize\n\tif(this.outerDomNode.scrollWidth <= this.outerDomNode.offsetWidth && this.outerDomNode.scrollHeight <= this.outerDomNode.offsetHeight && this.fallthrough === \"yes\") {\n\t\treturn true;\n\t}\n\tthis.scrollIntoView(event.target);\n\treturn false; // Handled event\n};\n\n/*\nScroll an element into view\n*/\nScrollableWidget.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = {\n\t\tx: this.outerDomNode.scrollLeft,\n\t\ty: this.outerDomNode.scrollTop\n\t};\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar scrollableBounds = this.outerDomNode.getBoundingClientRect(),\n\t\tclientTargetBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientTargetBounds.left + scrollPosition.x - scrollableBounds.left,\n\t\t\ttop: clientTargetBounds.top + scrollPosition.y - scrollableBounds.top,\n\t\t\twidth: clientTargetBounds.width,\n\t\t\theight: clientTargetBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\t// If the target is already visible then stay where we are\n\t\t\tif(targetPos >= currentPos && (targetPos + targetSize) <= (currentPos + currentSize)) {\n\t\t\t\treturn currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to its top/left\n\t\t\t} else if(targetPos <= currentPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\treturn targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\treturn currentPos;\n\t\t\t}\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,this.outerDomNode.offsetWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,this.outerDomNode.offsetHeight);\n\t// Only scroll if necessary\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\tself.outerDomNode.scrollLeft = scrollPosition.x + (endX - scrollPosition.x) * t;\n\t\t\tself.outerDomNode.scrollTop = scrollPosition.y + (endY - scrollPosition.y) * t;\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nScrollableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create elements\n\tthis.outerDomNode = this.document.createElement(\"div\");\n\t$tw.utils.setStyle(this.outerDomNode,[\n\t\t{overflowY: \"auto\"},\n\t\t{overflowX: \"auto\"},\n\t\t{webkitOverflowScrolling: \"touch\"}\n\t]);\n\tthis.innerDomNode = this.document.createElement(\"div\");\n\tthis.outerDomNode.appendChild(this.innerDomNode);\n\t// Assign classes\n\tthis.outerDomNode.className = this[\"class\"] || \"\";\n\t// Insert element\n\tparent.insertBefore(this.outerDomNode,nextSibling);\n\tthis.renderChildren(this.innerDomNode,null);\n\tthis.domNodes.push(this.outerDomNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nScrollableWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.fallthrough = this.getAttribute(\"fallthrough\",\"yes\");\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nScrollableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.scrollable = ScrollableWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/select.js": {
"title": "$:/core/modules/widgets/select.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/select.js\ntype: application/javascript\nmodule-type: widget\n\nSelect widget:\n\n```\n<$select tiddler=\"MyTiddler\" field=\"text\">\n<$list filter=\"[tag[chapter]]\">\n<option value=<<currentTiddler>>>\n<$view field=\"description\"/>\n</option>\n</$list>\n</$select>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SelectWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSelectWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSelectWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\tthis.setSelectValue();\n\t$tw.utils.addEventListeners(this.getSelectDomNode(),[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n};\n\n/*\nHandle a change event\n*/\nSelectWidget.prototype.handleChangeEvent = function(event) {\n\t// Get the new value and assign it to the tiddler\n\tif(this.selectMultiple == false) {\n\t\tvar value = this.getSelectDomNode().value;\n\t} else {\n\t\tvar value = this.getSelectValues()\n\t\t\t\tvalue = $tw.utils.stringifyList(value);\n\t}\n\tthis.wiki.setText(this.selectTitle,this.selectField,this.selectIndex,value);\n\t// Trigger actions\n\tif(this.selectActions) {\n\t\tthis.invokeActionString(this.selectActions,this,event);\n\t}\n};\n\n/*\nIf necessary, set the value of the select element to the current value\n*/\nSelectWidget.prototype.setSelectValue = function() {\n\tvar value = this.selectDefault;\n\t// Get the value\n\tif(this.selectIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.selectTitle,this.selectIndex,value);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.selectTitle);\n\t\tif(tiddler) {\n\t\t\tif(this.selectField === \"text\") {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.selectTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.selectField)) {\n\t\t\t\t\tvalue = tiddler.getFieldString(this.selectField);\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.selectField === \"title\") {\n\t\t\t\tvalue = this.selectTitle;\n\t\t\t}\n\t\t}\n\t}\n\t// Assign it to the select element if it's different than the current value\n\tif (this.selectMultiple) {\n\t\tvalue = value === undefined ? \"\" : value;\n\t\tvar select = this.getSelectDomNode();\n\t\tvar values = Array.isArray(value) ? value : $tw.utils.parseStringArray(value);\n\t\tfor(var i=0; i < select.children.length; i++){\n\t\t\tif(values.indexOf(select.children[i].value) != -1) {\n\t\t\t\tselect.children[i].selected = true;\n\t\t\t}\n\t\t}\n\t\t\n\t} else {\n\t\tvar domNode = this.getSelectDomNode();\n\t\tif(domNode.value !== value) {\n\t\t\tdomNode.value = value;\n\t\t}\n\t}\n};\n\n/*\nGet the DOM node of the select element\n*/\nSelectWidget.prototype.getSelectDomNode = function() {\n\treturn this.children[0].domNodes[0];\n};\n\n// Return an array of the selected opion values\n// select is an HTML select element\nSelectWidget.prototype.getSelectValues = function() {\n\tvar select, result, options, opt;\n\tselect = this.getSelectDomNode();\n\tresult = [];\n\toptions = select && select.options;\n\tfor (var i=0; i<options.length; i++) {\n\t\topt = options[i];\n\t\tif (opt.selected) {\n\t\t\tresult.push(opt.value || opt.text);\n\t\t}\n\t}\n\treturn result;\n}\n\n/*\nCompute the internal state of the widget\n*/\nSelectWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.selectActions = this.getAttribute(\"actions\");\n\tthis.selectTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.selectField = this.getAttribute(\"field\",\"text\");\n\tthis.selectIndex = this.getAttribute(\"index\");\n\tthis.selectClass = this.getAttribute(\"class\");\n\tthis.selectDefault = this.getAttribute(\"default\");\n\tthis.selectMultiple = this.getAttribute(\"multiple\", false);\n\tthis.selectSize = this.getAttribute(\"size\");\n\t// Make the child widgets\n\tvar selectNode = {\n\t\ttype: \"element\",\n\t\ttag: \"select\",\n\t\tchildren: this.parseTreeNode.children\n\t};\n\tif(this.selectClass) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"class\",this.selectClass);\n\t}\n\tif(this.selectMultiple) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"multiple\",\"multiple\");\n\t}\n\tif(this.selectSize) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"size\",this.selectSize);\n\t}\n\tthis.makeChildWidgets([selectNode]);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSelectWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// If we're using a different tiddler/field/index then completely refresh ourselves\n\tif(changedAttributes.selectTitle || changedAttributes.selectField || changedAttributes.selectIndex) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t// If the target tiddler value has changed, just update setting and refresh the children\n\t} else {\n\t\tvar childrenRefreshed = this.refreshChildren(changedTiddlers);\n\t\tif(changedTiddlers[this.selectTitle] || childrenRefreshed) {\n\t\t\tthis.setSelectValue();\n\t\t} \n\t\treturn childrenRefreshed;\n\t}\n};\n\nexports.select = SelectWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/set.js": {
"title": "$:/core/modules/widgets/set.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/set.js\ntype: application/javascript\nmodule-type: widget\n\nSet variable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.setName = this.getAttribute(\"name\",\"currentTiddler\");\n\tthis.setFilter = this.getAttribute(\"filter\");\n\tthis.setSelect = this.getAttribute(\"select\");\n\tthis.setTiddler = this.getAttribute(\"tiddler\");\n\tthis.setSubTiddler = this.getAttribute(\"subtiddler\");\n\tthis.setField = this.getAttribute(\"field\");\n\tthis.setIndex = this.getAttribute(\"index\");\n\tthis.setValue = this.getAttribute(\"value\");\n\tthis.setEmptyValue = this.getAttribute(\"emptyValue\");\n\t// Set context variable\n\tthis.setVariable(this.setName,this.getValue(),this.parseTreeNode.params,!!this.parseTreeNode.isMacroDefinition);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nGet the value to be assigned\n*/\nSetWidget.prototype.getValue = function() {\n\tvar value = this.setValue;\n\tif(this.setTiddler) {\n\t\tvar tiddler;\n\t\tif(this.setSubTiddler) {\n\t\t\ttiddler = this.wiki.getSubTiddler(this.setTiddler,this.setSubTiddler);\n\t\t} else {\n\t\t\ttiddler = this.wiki.getTiddler(this.setTiddler);\t\t\t\n\t\t}\n\t\tif(!tiddler) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t} else if(this.setField) {\n\t\t\tvalue = tiddler.getFieldString(this.setField) || this.setEmptyValue;\n\t\t} else if(this.setIndex) {\n\t\t\tvalue = this.wiki.extractTiddlerDataItem(this.setTiddler,this.setIndex,this.setEmptyValue);\n\t\t} else {\n\t\t\tvalue = tiddler.fields.text || this.setEmptyValue ;\n\t\t}\n\t} else if(this.setFilter) {\n\t\tvar results = this.wiki.filterTiddlers(this.setFilter,this);\n\t\tif(this.setValue == null) {\n\t\t\tvar select;\n\t\t\tif(this.setSelect) {\n\t\t\t\tselect = parseInt(this.setSelect,10);\n\t\t\t}\n\t\t\tif(select !== undefined) {\n\t\t\t\tvalue = results[select] || \"\";\n\t\t\t} else {\n\t\t\t\tvalue = $tw.utils.stringifyList(results);\t\t\t\n\t\t\t}\n\t\t}\n\t\tif(results.length === 0 && this.setEmptyValue !== undefined) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t}\n\t} else if(!value && this.setEmptyValue) {\n\t\tvalue = this.setEmptyValue;\n\t}\n\treturn value || \"\";\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSetWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.filter || changedAttributes.select || changedAttributes.tiddler || (this.setTiddler && changedTiddlers[this.setTiddler]) || changedAttributes.field || changedAttributes.index || changedAttributes.value || changedAttributes.emptyValue ||\n\t (this.setFilter && this.getValue() != this.variables[this.setName].value)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.setvariable = SetWidget;\nexports.set = SetWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/text.js": {
"title": "$:/core/modules/widgets/text.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/text.js\ntype: application/javascript\nmodule-type: widget\n\nText node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TextNodeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTextNodeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTextNodeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\ttext = text.replace(/\\r/mg,\"\");\n\tvar textNode = this.document.createTextNode(text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTextNodeWidget.prototype.execute = function() {\n\t// Nothing to do for a text node\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTextNodeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.text = TextNodeWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/tiddler.js": {
"title": "$:/core/modules/widgets/tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/tiddler.js\ntype: application/javascript\nmodule-type: widget\n\nTiddler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTiddlerWidget.prototype.execute = function() {\n\tthis.tiddlerState = this.computeTiddlerState();\n\tthis.setVariable(\"currentTiddler\",this.tiddlerState.currentTiddler);\n\tthis.setVariable(\"missingTiddlerClass\",this.tiddlerState.missingTiddlerClass);\n\tthis.setVariable(\"shadowTiddlerClass\",this.tiddlerState.shadowTiddlerClass);\n\tthis.setVariable(\"systemTiddlerClass\",this.tiddlerState.systemTiddlerClass);\n\tthis.setVariable(\"tiddlerTagClasses\",this.tiddlerState.tiddlerTagClasses);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nCompute the tiddler state flags\n*/\nTiddlerWidget.prototype.computeTiddlerState = function() {\n\t// Get our parameters\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Compute the state\n\tvar state = {\n\t\tcurrentTiddler: this.tiddlerTitle || \"\",\n\t\tmissingTiddlerClass: (this.wiki.tiddlerExists(this.tiddlerTitle) || this.wiki.isShadowTiddler(this.tiddlerTitle)) ? \"tc-tiddler-exists\" : \"tc-tiddler-missing\",\n\t\tshadowTiddlerClass: this.wiki.isShadowTiddler(this.tiddlerTitle) ? \"tc-tiddler-shadow\" : \"\",\n\t\tsystemTiddlerClass: this.wiki.isSystemTiddler(this.tiddlerTitle) ? \"tc-tiddler-system\" : \"\",\n\t\ttiddlerTagClasses: this.getTagClasses()\n\t};\n\t// Compute a simple hash to make it easier to detect changes\n\tstate.hash = state.currentTiddler + state.missingTiddlerClass + state.shadowTiddlerClass + state.systemTiddlerClass + state.tiddlerTagClasses;\n\treturn state;\n};\n\n/*\nCreate a string of CSS classes derived from the tags of the current tiddler\n*/\nTiddlerWidget.prototype.getTagClasses = function() {\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\tif(tiddler) {\n\t\tvar tags = [];\n\t\t$tw.utils.each(tiddler.fields.tags,function(tag) {\n\t\t\ttags.push(\"tc-tagged-\" + encodeURIComponent(tag));\n\t\t});\n\t\treturn tags.join(\" \");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tnewTiddlerState = this.computeTiddlerState();\n\tif(changedAttributes.tiddler || newTiddlerState.hash !== this.tiddlerState.hash) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.tiddler = TiddlerWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/transclude.js": {
"title": "$:/core/modules/widgets/transclude.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/transclude.js\ntype: application/javascript\nmodule-type: widget\n\nTransclude widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TranscludeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTranscludeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTranscludeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTranscludeWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.transcludeTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.transcludeSubTiddler = this.getAttribute(\"subtiddler\");\n\tthis.transcludeField = this.getAttribute(\"field\");\n\tthis.transcludeIndex = this.getAttribute(\"index\");\n\tthis.transcludeMode = this.getAttribute(\"mode\");\n\t// Parse the text reference\n\tvar parseAsInline = !this.parseTreeNode.isBlock;\n\tif(this.transcludeMode === \"inline\") {\n\t\tparseAsInline = true;\n\t} else if(this.transcludeMode === \"block\") {\n\t\tparseAsInline = false;\n\t}\n\tvar parser = this.wiki.parseTextReference(\n\t\t\t\t\t\tthis.transcludeTitle,\n\t\t\t\t\t\tthis.transcludeField,\n\t\t\t\t\t\tthis.transcludeIndex,\n\t\t\t\t\t\t{\n\t\t\t\t\t\t\tparseAsInline: parseAsInline,\n\t\t\t\t\t\t\tsubTiddler: this.transcludeSubTiddler\n\t\t\t\t\t\t}),\n\t\tparseTreeNodes = parser ? parser.tree : this.parseTreeNode.children;\n\t// Set context variables for recursion detection\n\tvar recursionMarker = this.makeRecursionMarker();\n\tthis.setVariable(\"transclusion\",recursionMarker);\n\t// Check for recursion\n\tif(parser) {\n\t\tif(this.parentWidget && this.parentWidget.hasVariable(\"transclusion\",recursionMarker)) {\n\t\t\tparseTreeNodes = [{type: \"element\", tag: \"span\", attributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-error\"}\n\t\t\t}, children: [\n\t\t\t\t{type: \"text\", text: $tw.language.getString(\"Error/RecursiveTransclusion\")}\n\t\t\t]}];\n\t\t}\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nCompose a string comprising the title, field and/or index to identify this transclusion for recursion detection\n*/\nTranscludeWidget.prototype.makeRecursionMarker = function() {\n\tvar output = [];\n\toutput.push(\"{\");\n\toutput.push(this.getVariable(\"currentTiddler\",{defaultValue: \"\"}));\n\toutput.push(\"|\");\n\toutput.push(this.transcludeTitle || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeField || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeIndex || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeSubTiddler || \"\");\n\toutput.push(\"}\");\n\treturn output.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTranscludeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedTiddlers[this.transcludeTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.transclude = TranscludeWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/vars.js": {
"title": "$:/core/modules/widgets/vars.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/vars.js\ntype: application/javascript\nmodule-type: widget\n\nThis widget allows multiple variables to be set in one go:\n\n```\n\\define helloworld() Hello world!\n<$vars greeting=\"Hi\" me={{!!title}} sentence=<<helloworld>>>\n <<greeting>>! I am <<me>> and I say: <<sentence>>\n</$vars>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar VarsWidget = function(parseTreeNode,options) {\n\t// Call the constructor\n\tWidget.call(this);\n\t// Initialise\t\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nVarsWidget.prototype = Object.create(Widget.prototype);\n\n/*\nRender this widget into the DOM\n*/\nVarsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nVarsWidget.prototype.execute = function() {\n\t// Parse variables\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(val,key) {\n\t\tif(key.charAt(0) !== \"$\") {\n\t\t\tself.setVariable(key,val);\n\t\t}\n\t});\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nVarsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"vars\"] = VarsWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/view.js": {
"title": "$:/core/modules/widgets/view.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/view.js\ntype: application/javascript\nmodule-type: widget\n\nView widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ViewWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nViewWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nViewWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tif(this.text) {\n\t\tvar textNode = this.document.createTextNode(this.text);\n\t\tparent.insertBefore(textNode,nextSibling);\n\t\tthis.domNodes.push(textNode);\n\t} else {\n\t\tthis.makeChildWidgets();\n\t\tthis.renderChildren(parent,nextSibling);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nViewWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.viewTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.viewSubtiddler = this.getAttribute(\"subtiddler\");\n\tthis.viewField = this.getAttribute(\"field\",\"text\");\n\tthis.viewIndex = this.getAttribute(\"index\");\n\tthis.viewFormat = this.getAttribute(\"format\",\"text\");\n\tthis.viewTemplate = this.getAttribute(\"template\",\"\");\n\tthis.viewMode = this.getAttribute(\"mode\",\"block\");\n\tswitch(this.viewFormat) {\n\t\tcase \"htmlwikified\":\n\t\t\tthis.text = this.getValueAsHtmlWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"plainwikified\":\n\t\t\tthis.text = this.getValueAsPlainWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"htmlencodedplainwikified\":\n\t\t\tthis.text = this.getValueAsHtmlEncodedPlainWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"htmlencoded\":\n\t\t\tthis.text = this.getValueAsHtmlEncoded();\n\t\t\tbreak;\n\t\tcase \"urlencoded\":\n\t\t\tthis.text = this.getValueAsUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"doubleurlencoded\":\n\t\t\tthis.text = this.getValueAsDoubleUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"date\":\n\t\t\tthis.text = this.getValueAsDate(this.viewTemplate);\n\t\t\tbreak;\n\t\tcase \"relativedate\":\n\t\t\tthis.text = this.getValueAsRelativeDate();\n\t\t\tbreak;\n\t\tcase \"stripcomments\":\n\t\t\tthis.text = this.getValueAsStrippedComments();\n\t\t\tbreak;\n\t\tcase \"jsencoded\":\n\t\t\tthis.text = this.getValueAsJsEncoded();\n\t\t\tbreak;\n\t\tdefault: // \"text\"\n\t\t\tthis.text = this.getValueAsText();\n\t\t\tbreak;\n\t}\n};\n\n/*\nThe various formatter functions are baked into this widget for the moment. Eventually they will be replaced by macro functions\n*/\n\n/*\nRetrieve the value of the widget. Options are:\nasString: Optionally return the value as a string\n*/\nViewWidget.prototype.getValue = function(options) {\n\toptions = options || {};\n\tvar value = options.asString ? \"\" : undefined;\n\tif(this.viewIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.viewTitle,this.viewIndex);\n\t} else {\n\t\tvar tiddler;\n\t\tif(this.viewSubtiddler) {\n\t\t\ttiddler = this.wiki.getSubTiddler(this.viewTitle,this.viewSubtiddler);\t\n\t\t} else {\n\t\t\ttiddler = this.wiki.getTiddler(this.viewTitle);\n\t\t}\n\t\tif(tiddler) {\n\t\t\tif(this.viewField === \"text\" && !this.viewSubtiddler) {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.viewTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.viewField)) {\n\t\t\t\t\tif(options.asString) {\n\t\t\t\t\t\tvalue = tiddler.getFieldString(this.viewField);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvalue = tiddler.fields[this.viewField];\t\t\t\t\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.viewField === \"title\") {\n\t\t\t\tvalue = this.viewTitle;\n\t\t\t}\n\t\t}\n\t}\n\treturn value;\n};\n\nViewWidget.prototype.getValueAsText = function() {\n\treturn this.getValue({asString: true});\n};\n\nViewWidget.prototype.getValueAsHtmlWikified = function(mode) {\n\treturn this.wiki.renderText(\"text/html\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t});\n};\n\nViewWidget.prototype.getValueAsPlainWikified = function(mode) {\n\treturn this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t});\n};\n\nViewWidget.prototype.getValueAsHtmlEncodedPlainWikified = function(mode) {\n\treturn $tw.utils.htmlEncode(this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t}));\n};\n\nViewWidget.prototype.getValueAsHtmlEncoded = function() {\n\treturn $tw.utils.htmlEncode(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsUrlEncoded = function() {\n\treturn encodeURIComponent(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsDoubleUrlEncoded = function() {\n\treturn encodeURIComponent(encodeURIComponent(this.getValueAsText()));\n};\n\nViewWidget.prototype.getValueAsDate = function(format) {\n\tformat = format || \"YYYY MM DD 0hh:0mm\";\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.formatDateString(value,format);\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsRelativeDate = function(format) {\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.getRelativeDate((new Date()) - (new Date(value))).description;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsStrippedComments = function() {\n\tvar lines = this.getValueAsText().split(\"\\n\"),\n\t\tout = [];\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar text = lines[line];\n\t\tif(!/^\\s*\\/\\/#/.test(text)) {\n\t\t\tout.push(text);\n\t\t}\n\t}\n\treturn out.join(\"\\n\");\n};\n\nViewWidget.prototype.getValueAsJsEncoded = function() {\n\treturn $tw.utils.stringify(this.getValueAsText());\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nViewWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.template || changedAttributes.format || changedTiddlers[this.viewTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.view = ViewWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/widget.js": {
"title": "$:/core/modules/widgets/widget.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/widget.js\ntype: application/javascript\nmodule-type: widget\n\nWidget base class\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate a widget object for a parse tree node\n\tparseTreeNode: reference to the parse tree node to be rendered\n\toptions: see below\nOptions include:\n\twiki: mandatory reference to wiki associated with this render tree\n\tparentWidget: optional reference to a parent renderer node for the context chain\n\tdocument: optional document object to use instead of global document\n*/\nvar Widget = function(parseTreeNode,options) {\n\tif(arguments.length > 0) {\n\t\tthis.initialise(parseTreeNode,options);\n\t}\n};\n\n/*\nInitialise widget properties. These steps are pulled out of the constructor so that we can reuse them in subclasses\n*/\nWidget.prototype.initialise = function(parseTreeNode,options) {\n\toptions = options || {};\n\t// Save widget info\n\tthis.parseTreeNode = parseTreeNode;\n\tthis.wiki = options.wiki;\n\tthis.parentWidget = options.parentWidget;\n\tthis.variablesConstructor = function() {};\n\tthis.variablesConstructor.prototype = this.parentWidget ? this.parentWidget.variables : {};\n\tthis.variables = new this.variablesConstructor();\n\tthis.document = options.document;\n\tthis.attributes = {};\n\tthis.children = [];\n\tthis.domNodes = [];\n\tthis.eventListeners = {};\n\t// Hashmap of the widget classes\n\tif(!this.widgetClasses) {\n\t\tWidget.prototype.widgetClasses = $tw.modules.applyMethods(\"widget\");\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWidget.prototype.execute = function() {\n\tthis.makeChildWidgets();\n};\n\n/*\nSet the value of a context variable\nname: name of the variable\nvalue: value of the variable\nparams: array of {name:, default:} for each parameter\nisMacroDefinition: true if the variable is set via a \\define macro pragma (and hence should have variable substitution performed)\n*/\nWidget.prototype.setVariable = function(name,value,params,isMacroDefinition) {\n\tthis.variables[name] = {value: value, params: params, isMacroDefinition: !!isMacroDefinition};\n};\n\n/*\nGet the prevailing value of a context variable\nname: name of variable\noptions: see below\nOptions include\nparams: array of {name:, value:} for each parameter\ndefaultValue: default value if the variable is not defined\n\nReturns an object with the following fields:\n\nparams: array of {name:,value:} of parameters passed to wikitext variables\ntext: text of variable, with parameters properly substituted\n*/\nWidget.prototype.getVariableInfo = function(name,options) {\n\toptions = options || {};\n\tvar actualParams = options.params || [],\n\t\tparentWidget = this.parentWidget;\n\t// Check for the variable defined in the parent widget (or an ancestor in the prototype chain)\n\tif(parentWidget && name in parentWidget.variables) {\n\t\tvar variable = parentWidget.variables[name],\n\t\t\tvalue = variable.value,\n\t\t\tparams = this.resolveVariableParameters(variable.params,actualParams);\n\t\t// Substitute any parameters specified in the definition\n\t\t$tw.utils.each(params,function(param) {\n\t\t\tvalue = $tw.utils.replaceString(value,new RegExp(\"\\\\$\" + $tw.utils.escapeRegExp(param.name) + \"\\\\$\",\"mg\"),param.value);\n\t\t});\n\t\t// Only substitute variable references if this variable was defined with the \\define pragma\n\t\tif(variable.isMacroDefinition) {\n\t\t\tvalue = this.substituteVariableReferences(value);\t\t\t\n\t\t}\n\t\treturn {\n\t\t\ttext: value,\n\t\t\tparams: params\n\t\t};\n\t}\n\t// If the variable doesn't exist in the parent widget then look for a macro module\n\treturn {\n\t\ttext: this.evaluateMacroModule(name,actualParams,options.defaultValue)\n\t};\n};\n\n/*\nSimplified version of getVariableInfo() that just returns the text\n*/\nWidget.prototype.getVariable = function(name,options) {\n\treturn this.getVariableInfo(name,options).text;\n};\n\nWidget.prototype.resolveVariableParameters = function(formalParams,actualParams) {\n\tformalParams = formalParams || [];\n\tactualParams = actualParams || [];\n\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\tparamInfo, paramValue,\n\t\tresults = [];\n\t// Step through each of the parameters in the macro definition\n\tfor(var p=0; p<formalParams.length; p++) {\n\t\t// Check if we've got a macro call parameter with the same name\n\t\tparamInfo = formalParams[p];\n\t\tparamValue = undefined;\n\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t}\n\t\t}\n\t\t// If not, use the next available anonymous macro call parameter\n\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\tnextAnonParameter++;\n\t\t}\n\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t}\n\t\t// If we've still not got a value, use the default, if any\n\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t// Store the parameter name and value\n\t\tresults.push({name: paramInfo.name, value: paramValue});\n\t}\n\treturn results;\n};\n\nWidget.prototype.substituteVariableReferences = function(text) {\n\tvar self = this;\n\treturn (text || \"\").replace(/\\$\\(([^\\)\\$]+)\\)\\$/g,function(match,p1,offset,string) {\n\t\treturn self.getVariable(p1,{defaultValue: \"\"});\n\t});\n};\n\nWidget.prototype.evaluateMacroModule = function(name,actualParams,defaultValue) {\n\tif($tw.utils.hop($tw.macros,name)) {\n\t\tvar macro = $tw.macros[name],\n\t\t\targs = [];\n\t\tif(macro.params.length > 0) {\n\t\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\t\tparamInfo, paramValue;\n\t\t\t// Step through each of the parameters in the macro definition\n\t\t\tfor(var p=0; p<macro.params.length; p++) {\n\t\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\t\tparamInfo = macro.params[p];\n\t\t\t\tparamValue = undefined;\n\t\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\t\tnextAnonParameter++;\n\t\t\t\t}\n\t\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t\t}\n\t\t\t\t// If we've still not got a value, use the default, if any\n\t\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t\t// Save the parameter\n\t\t\t\targs.push(paramValue);\n\t\t\t}\n\t\t}\n\t\telse for(var i=0; i<actualParams.length; ++i) {\n\t\t\targs.push(actualParams[i].value);\n\t\t}\n\t\treturn (macro.run.apply(this,args) || \"\").toString();\n\t} else {\n\t\treturn defaultValue;\n\t}\n};\n\n/*\nCheck whether a given context variable value exists in the parent chain\n*/\nWidget.prototype.hasVariable = function(name,value) {\n\tvar node = this;\n\twhile(node) {\n\t\tif($tw.utils.hop(node.variables,name) && node.variables[name].value === value) {\n\t\t\treturn true;\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn false;\n};\n\n/*\nConstruct a qualifying string based on a hash of concatenating the values of a given variable in the parent chain\n*/\nWidget.prototype.getStateQualifier = function(name) {\n\tthis.qualifiers = this.qualifiers || Object.create(null);\n\tname = name || \"transclusion\";\n\tif(this.qualifiers[name]) {\n\t\treturn this.qualifiers[name];\n\t} else {\n\t\tvar output = [],\n\t\t\tnode = this;\n\t\twhile(node && node.parentWidget) {\n\t\t\tif($tw.utils.hop(node.parentWidget.variables,name)) {\n\t\t\t\toutput.push(node.getVariable(name));\n\t\t\t}\n\t\t\tnode = node.parentWidget;\n\t\t}\n\t\tvar value = $tw.utils.hashString(output.join(\"\"));\n\t\tthis.qualifiers[name] = value;\n\t\treturn value;\n\t}\n};\n\n/*\nCompute the current values of the attributes of the widget. Returns a hashmap of the names of the attributes that have changed\n*/\nWidget.prototype.computeAttributes = function() {\n\tvar changedAttributes = {},\n\t\tself = this,\n\t\tvalue;\n\t$tw.utils.each(this.parseTreeNode.attributes,function(attribute,name) {\n\t\tif(attribute.type === \"filtered\") {\n\t\t\tvalue = self.wiki.filterTiddlers(attribute.filter,self)[0] || \"\";\n\t\t} else if(attribute.type === \"indirect\") {\n\t\t\tvalue = self.wiki.getTextReference(attribute.textReference,\"\",self.getVariable(\"currentTiddler\"));\n\t\t} else if(attribute.type === \"macro\") {\n\t\t\tvalue = self.getVariable(attribute.value.name,{params: attribute.value.params});\n\t\t} else { // String attribute\n\t\t\tvalue = attribute.value;\n\t\t}\n\t\t// Check whether the attribute has changed\n\t\tif(self.attributes[name] !== value) {\n\t\t\tself.attributes[name] = value;\n\t\t\tchangedAttributes[name] = true;\n\t\t}\n\t});\n\treturn changedAttributes;\n};\n\n/*\nCheck for the presence of an attribute\n*/\nWidget.prototype.hasAttribute = function(name) {\n\treturn $tw.utils.hop(this.attributes,name);\n};\n\n/*\nGet the value of an attribute\n*/\nWidget.prototype.getAttribute = function(name,defaultText) {\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\treturn this.attributes[name];\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nAssign the computed attributes of the widget to a domNode\noptions include:\nexcludeEventAttributes: ignores attributes whose name begins with \"on\"\n*/\nWidget.prototype.assignAttributes = function(domNode,options) {\n\toptions = options || {};\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(v,a) {\n\t\t// Check exclusions\n\t\tif(options.excludeEventAttributes && a.substr(0,2) === \"on\") {\n\t\t\tv = undefined;\n\t\t}\n\t\tif(v !== undefined) {\n\t\t\tvar b = a.split(\":\");\n\t\t\t// Setting certain attributes can cause a DOM error (eg xmlns on the svg element)\n\t\t\ttry {\n\t\t\t\tif (b.length == 2 && b[0] == \"xlink\"){\n\t\t\t\t\tdomNode.setAttributeNS(\"http://www.w3.org/1999/xlink\",b[1],v);\n\t\t\t\t} else {\n\t\t\t\t\tdomNode.setAttributeNS(null,a,v);\n\t\t\t\t}\n\t\t\t} catch(e) {\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nMake child widgets correspondng to specified parseTreeNodes\n*/\nWidget.prototype.makeChildWidgets = function(parseTreeNodes) {\n\tthis.children = [];\n\tvar self = this;\n\t$tw.utils.each(parseTreeNodes || (this.parseTreeNode && this.parseTreeNode.children),function(childNode) {\n\t\tself.children.push(self.makeChildWidget(childNode));\n\t});\n};\n\n/*\nConstruct the widget object for a parse tree node\n*/\nWidget.prototype.makeChildWidget = function(parseTreeNode) {\n\tvar WidgetClass = this.widgetClasses[parseTreeNode.type];\n\tif(!WidgetClass) {\n\t\tWidgetClass = this.widgetClasses.text;\n\t\tparseTreeNode = {type: \"text\", text: \"Undefined widget '\" + parseTreeNode.type + \"'\"};\n\t}\n\treturn new WidgetClass(parseTreeNode,{\n\t\twiki: this.wiki,\n\t\tvariables: {},\n\t\tparentWidget: this,\n\t\tdocument: this.document\n\t});\n};\n\n/*\nGet the next sibling of this widget\n*/\nWidget.prototype.nextSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index < this.parentWidget.children.length-1) {\n\t\t\treturn this.parentWidget.children[index+1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the previous sibling of this widget\n*/\nWidget.prototype.previousSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index > 0) {\n\t\t\treturn this.parentWidget.children[index-1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRender the children of this widget into the DOM\n*/\nWidget.prototype.renderChildren = function(parent,nextSibling) {\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.render(parent,nextSibling);\n\t});\n};\n\n/*\nAdd a list of event listeners from an array [{type:,handler:},...]\n*/\nWidget.prototype.addEventListeners = function(listeners) {\n\tvar self = this;\n\t$tw.utils.each(listeners,function(listenerInfo) {\n\t\tself.addEventListener(listenerInfo.type,listenerInfo.handler);\n\t});\n};\n\n/*\nAdd an event listener\n*/\nWidget.prototype.addEventListener = function(type,handler) {\n\tvar self = this;\n\tif(typeof handler === \"string\") { // The handler is a method name on this widget\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn self[handler].call(self,event);\n\t\t};\n\t} else { // The handler is a function\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn handler.call(self,event);\n\t\t};\n\t}\n};\n\n/*\nDispatch an event to a widget. If the widget doesn't handle the event then it is also dispatched to the parent widget\n*/\nWidget.prototype.dispatchEvent = function(event) {\n\t// Dispatch the event if this widget handles it\n\tvar listener = this.eventListeners[event.type];\n\tif(listener) {\n\t\t// Don't propagate the event if the listener returned false\n\t\tif(!listener(event)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Dispatch the event to the parent widget\n\tif(this.parentWidget) {\n\t\treturn this.parentWidget.dispatchEvent(event);\n\t}\n\treturn true;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nRebuild a previously rendered widget\n*/\nWidget.prototype.refreshSelf = function() {\n\tvar nextSibling = this.findNextSiblingDomNode();\n\tthis.removeChildDomNodes();\n\tthis.render(this.parentDomNode,nextSibling);\n};\n\n/*\nRefresh all the children of a widget\n*/\nWidget.prototype.refreshChildren = function(changedTiddlers) {\n\tvar self = this,\n\t\trefreshed = false;\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\trefreshed = childWidget.refresh(changedTiddlers) || refreshed;\n\t});\n\treturn refreshed;\n};\n\n/*\nFind the next sibling in the DOM to this widget. This is done by scanning the widget tree through all next siblings and their descendents that share the same parent DOM node\n*/\nWidget.prototype.findNextSiblingDomNode = function(startIndex) {\n\t// Refer to this widget by its index within its parents children\n\tvar parent = this.parentWidget,\n\t\tindex = startIndex !== undefined ? startIndex : parent.children.indexOf(this);\nif(index === -1) {\n\tthrow \"node not found in parents children\";\n}\n\t// Look for a DOM node in the later siblings\n\twhile(++index < parent.children.length) {\n\t\tvar domNode = parent.children[index].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\t// Go back and look for later siblings of our parent if it has the same parent dom node\n\tvar grandParent = parent.parentWidget;\n\tif(grandParent && parent.parentDomNode === this.parentDomNode) {\n\t\tindex = grandParent.children.indexOf(parent);\n\t\tif(index !== -1) {\n\t\t\treturn parent.findNextSiblingDomNode(index);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nFind the first DOM node generated by a widget or its children\n*/\nWidget.prototype.findFirstDomNode = function() {\n\t// Return the first dom node of this widget, if we've got one\n\tif(this.domNodes.length > 0) {\n\t\treturn this.domNodes[0];\n\t}\n\t// Otherwise, recursively call our children\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar domNode = this.children[t].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRemove any DOM nodes created by this widget or its children\n*/\nWidget.prototype.removeChildDomNodes = function() {\n\t// If this widget has directly created DOM nodes, delete them and exit. This assumes that any child widgets are contained within the created DOM nodes, which would normally be the case\n\tif(this.domNodes.length > 0) {\n\t\t$tw.utils.each(this.domNodes,function(domNode) {\n\t\t\tdomNode.parentNode.removeChild(domNode);\n\t\t});\n\t\tthis.domNodes = [];\n\t} else {\n\t\t// Otherwise, ask the child widgets to delete their DOM nodes\n\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\tchildWidget.removeChildDomNodes();\n\t\t});\n\t}\n};\n\n/*\nInvoke the action widgets that are descendents of the current widget.\n*/\nWidget.prototype.invokeActions = function(triggeringWidget,event) {\n\tvar handled = false;\n\t// For each child widget\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar child = this.children[t];\n\t\t// Invoke the child if it is an action widget\n\t\tif(child.invokeAction) {\n\t\t\tchild.refreshSelf();\n\t\t\tif(child.invokeAction(triggeringWidget,event)) {\n\t\t\t\thandled = true;\n\t\t\t}\n\t\t}\n\t\t// Propagate through through the child if it permits it\n\t\tif(child.allowActionPropagation() && child.invokeActions(triggeringWidget,event)) {\n\t\t\thandled = true;\n\t\t}\n\t}\n\treturn handled;\n};\n\n/*\nInvoke the action widgets defined in a string\n*/\nWidget.prototype.invokeActionString = function(actions,triggeringWidget,event,variables) {\n\tactions = actions || \"\";\n\tvar parser = this.wiki.parseText(\"text/vnd.tiddlywiki\",actions,{\n\t\t\tparentWidget: this,\n\t\t\tdocument: this.document\n\t\t}),\n\t\twidgetNode = this.wiki.makeWidget(parser,{\n\t\t\tparentWidget: this,\n\t\t\tdocument: this.document,\n\t\t\tvariables: variables\n\t\t});\n\tvar container = this.document.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn widgetNode.invokeActions(this,event);\n};\n\nWidget.prototype.allowActionPropagation = function() {\n\treturn true;\n};\n\nexports.widget = Widget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/wikify.js": {
"title": "$:/core/modules/widgets/wikify.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/wikify.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to wikify text into a variable\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar WikifyWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nWikifyWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nWikifyWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWikifyWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.wikifyName = this.getAttribute(\"name\");\n\tthis.wikifyText = this.getAttribute(\"text\");\n\tthis.wikifyType = this.getAttribute(\"type\");\n\tthis.wikifyMode = this.getAttribute(\"mode\",\"block\");\n\tthis.wikifyOutput = this.getAttribute(\"output\",\"text\");\n\t// Create the parse tree\n\tthis.wikifyParser = this.wiki.parseText(this.wikifyType,this.wikifyText,{\n\t\t\tparseAsInline: this.wikifyMode === \"inline\"\n\t\t});\n\t// Create the widget tree \n\tthis.wikifyWidgetNode = this.wiki.makeWidget(this.wikifyParser,{\n\t\t\tdocument: $tw.fakeDocument,\n\t\t\tparentWidget: this\n\t\t});\n\t// Render the widget tree to the container\n\tthis.wikifyContainer = $tw.fakeDocument.createElement(\"div\");\n\tthis.wikifyWidgetNode.render(this.wikifyContainer,null);\n\tthis.wikifyResult = this.getResult();\n\t// Set context variable\n\tthis.setVariable(this.wikifyName,this.wikifyResult);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nReturn the result string\n*/\nWikifyWidget.prototype.getResult = function() {\n\tvar result;\n\tswitch(this.wikifyOutput) {\n\t\tcase \"text\":\n\t\t\tresult = this.wikifyContainer.textContent;\n\t\t\tbreak;\n\t\tcase \"formattedtext\":\n\t\t\tresult = this.wikifyContainer.formattedTextContent;\n\t\t\tbreak;\n\t\tcase \"html\":\n\t\t\tresult = this.wikifyContainer.innerHTML;\n\t\t\tbreak;\n\t\tcase \"parsetree\":\n\t\t\tresult = JSON.stringify(this.wikifyParser.tree,0,$tw.config.preferences.jsonSpaces);\n\t\t\tbreak;\n\t\tcase \"widgettree\":\n\t\t\tresult = JSON.stringify(this.getWidgetTree(),0,$tw.config.preferences.jsonSpaces);\n\t\t\tbreak;\n\t}\n\treturn result;\n};\n\n/*\nReturn a string of the widget tree\n*/\nWikifyWidget.prototype.getWidgetTree = function() {\n\tvar copyNode = function(widgetNode,resultNode) {\n\t\t\tvar type = widgetNode.parseTreeNode.type;\n\t\t\tresultNode.type = type;\n\t\t\tswitch(type) {\n\t\t\t\tcase \"element\":\n\t\t\t\t\tresultNode.tag = widgetNode.parseTreeNode.tag;\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"text\":\n\t\t\t\t\tresultNode.text = widgetNode.parseTreeNode.text;\n\t\t\t\t\tbreak;\t\n\t\t\t}\n\t\t\tif(Object.keys(widgetNode.attributes || {}).length > 0) {\n\t\t\t\tresultNode.attributes = {};\n\t\t\t\t$tw.utils.each(widgetNode.attributes,function(attr,attrName) {\n\t\t\t\t\tresultNode.attributes[attrName] = widgetNode.getAttribute(attrName);\n\t\t\t\t});\n\t\t\t}\n\t\t\tif(Object.keys(widgetNode.children || {}).length > 0) {\n\t\t\t\tresultNode.children = [];\n\t\t\t\t$tw.utils.each(widgetNode.children,function(widgetChildNode) {\n\t\t\t\t\tvar node = {};\n\t\t\t\t\tresultNode.children.push(node);\n\t\t\t\t\tcopyNode(widgetChildNode,node);\n\t\t\t\t});\n\t\t\t}\n\t\t},\n\t\tresults = {};\n\tcopyNode(this.wikifyWidgetNode,results);\n\treturn results;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWikifyWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh ourselves entirely if any of our attributes have changed\n\tif(changedAttributes.name || changedAttributes.text || changedAttributes.type || changedAttributes.mode || changedAttributes.output) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\t// Refresh the widget tree\n\t\tif(this.wikifyWidgetNode.refresh(changedTiddlers)) {\n\t\t\t// Check if there was any change\n\t\t\tvar result = this.getResult();\n\t\t\tif(result !== this.wikifyResult) {\n\t\t\t\t// If so, save the change\n\t\t\t\tthis.wikifyResult = result;\n\t\t\t\tthis.setVariable(this.wikifyName,this.wikifyResult);\n\t\t\t\t// Refresh each of our child widgets\n\t\t\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\t\t\tchildWidget.refreshSelf();\n\t\t\t\t});\n\t\t\t\treturn true;\n\t\t\t}\n\t\t}\n\t\t// Just refresh the children\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.wikify = WikifyWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/wiki-bulkops.js": {
"title": "$:/core/modules/wiki-bulkops.js",
"text": "/*\\\ntitle: $:/core/modules/wiki-bulkops.js\ntype: application/javascript\nmodule-type: wikimethod\n\nBulk tiddler operations such as rename.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRename a tiddler, and relink any tags or lists that reference it.\n*/\nfunction renameTiddler(fromTitle,toTitle,options) {\n\tfromTitle = (fromTitle || \"\").trim();\n\ttoTitle = (toTitle || \"\").trim();\n\toptions = options || {};\n\tif(fromTitle && toTitle && fromTitle !== toTitle) {\n\t\t// Rename the tiddler itself\n\t\tvar oldTiddler = this.getTiddler(fromTitle),\n\t\t\tnewTiddler = new $tw.Tiddler(oldTiddler,{title: toTitle},this.getModificationFields());\n\t\tnewTiddler = $tw.hooks.invokeHook(\"th-renaming-tiddler\",newTiddler,oldTiddler);\n\t\tthis.addTiddler(newTiddler);\n\t\tthis.deleteTiddler(fromTitle);\n\t\t// Rename any tags or lists that reference it\n\t\tthis.relinkTiddler(fromTitle,toTitle,options)\n\t}\n}\n\n/*\nRelink any tags or lists that reference a given tiddler\n*/\nfunction relinkTiddler(fromTitle,toTitle,options) {\n\tvar self = this;\n\tfromTitle = (fromTitle || \"\").trim();\n\ttoTitle = (toTitle || \"\").trim();\n\toptions = options || {};\n\tif(fromTitle && toTitle && fromTitle !== toTitle) {\n\t\tthis.each(function(tiddler,title) {\n\t\t\tvar type = tiddler.fields.type || \"\";\n\t\t\t// Don't touch plugins or JavaScript modules\n\t\t\tif(!tiddler.fields[\"plugin-type\"] && type !== \"application/javascript\") {\n\t\t\t\tvar tags = (tiddler.fields.tags || []).slice(0),\n\t\t\t\t\tlist = (tiddler.fields.list || []).slice(0),\n\t\t\t\t\tisModified = false;\n\t\t\t\tif(!options.dontRenameInTags) {\n\t\t\t\t\t// Rename tags\n\t\t\t\t\t$tw.utils.each(tags,function (title,index) {\n\t\t\t\t\t\tif(title === fromTitle) {\nconsole.log(\"Renaming tag '\" + tags[index] + \"' to '\" + toTitle + \"' of tiddler '\" + tiddler.fields.title + \"'\");\n\t\t\t\t\t\t\ttags[index] = toTitle;\n\t\t\t\t\t\t\tisModified = true;\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tif(!options.dontRenameInLists) {\n\t\t\t\t\t// Rename lists\n\t\t\t\t\t$tw.utils.each(list,function (title,index) {\n\t\t\t\t\t\tif(title === fromTitle) {\nconsole.log(\"Renaming list item '\" + list[index] + \"' to '\" + toTitle + \"' of tiddler '\" + tiddler.fields.title + \"'\");\n\t\t\t\t\t\t\tlist[index] = toTitle;\n\t\t\t\t\t\t\tisModified = true;\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tif(isModified) {\n\t\t\t\t\tvar newTiddler = new $tw.Tiddler(tiddler,{tags: tags, list: list},self.getModificationFields())\n\t\t\t\t\tnewTiddler = $tw.hooks.invokeHook(\"th-relinking-tiddler\",newTiddler,tiddler);\n\t\t\t\t\tself.addTiddler(newTiddler);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\nexports.renameTiddler = renameTiddler;\nexports.relinkTiddler = relinkTiddler;\n\n})();\n",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/core/modules/wiki.js": {
"title": "$:/core/modules/wiki.js",
"text": "/*\\\ntitle: $:/core/modules/wiki.js\ntype: application/javascript\nmodule-type: wikimethod\n\nExtension methods for the $tw.Wiki object\n\nAdds the following properties to the wiki object:\n\n* `eventListeners` is a hashmap by type of arrays of listener functions\n* `changedTiddlers` is a hashmap describing changes to named tiddlers since wiki change events were last dispatched. Each entry is a hashmap containing two fields:\n\tmodified: true/false\n\tdeleted: true/false\n* `changeCount` is a hashmap by tiddler title containing a numerical index that starts at zero and is incremented each time a tiddler is created changed or deleted\n* `caches` is a hashmap by tiddler title containing a further hashmap of named cache objects. Caches are automatically cleared when a tiddler is modified or deleted\n* `globalCache` is a hashmap by cache name of cache objects that are cleared whenever any tiddler change occurs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar USER_NAME_TITLE = \"$:/status/UserName\",\n\tTIMESTAMP_DISABLE_TITLE = \"$:/config/TimestampDisable\";\n\n/*\nGet the value of a text reference. Text references can have any of these forms:\n\t<tiddlertitle>\n\t<tiddlertitle>!!<fieldname>\n\t!!<fieldname> - specifies a field of the current tiddlers\n\t<tiddlertitle>##<index>\n*/\nexports.getTextReference = function(textRef,defaultText,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tif(tr.field) {\n\t\tvar tiddler = this.getTiddler(title);\n\t\tif(tr.field === \"title\") { // Special case so we can return the title of a non-existent tiddler\n\t\t\treturn title;\n\t\t} else if(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\treturn tiddler.getFieldString(tr.field);\n\t\t} else {\n\t\t\treturn defaultText;\n\t\t}\n\t} else if(tr.index) {\n\t\treturn this.extractTiddlerDataItem(title,tr.index,defaultText);\n\t} else {\n\t\treturn this.getTiddlerText(title,defaultText);\n\t}\n};\n\nexports.setTextReference = function(textRef,value,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tthis.setText(title,tr.field,tr.index,value);\n};\n\nexports.setText = function(title,field,index,value,options) {\n\toptions = options || {};\n\tvar creationFields = options.suppressTimestamp ? {} : this.getCreationFields(),\n\t\tmodificationFields = options.suppressTimestamp ? {} : this.getModificationFields();\n\t// Check if it is a reference to a tiddler field\n\tif(index) {\n\t\tvar data = this.getTiddlerData(title,Object.create(null));\n\t\tif(value !== undefined) {\n\t\t\tdata[index] = value;\n\t\t} else {\n\t\t\tdelete data[index];\n\t\t}\n\t\tthis.setTiddlerData(title,data,modificationFields);\n\t} else {\n\t\tvar tiddler = this.getTiddler(title),\n\t\t\tfields = {title: title};\n\t\tfields[field || \"text\"] = value;\n\t\tthis.addTiddler(new $tw.Tiddler(creationFields,tiddler,fields,modificationFields));\n\t}\n};\n\nexports.deleteTextReference = function(textRef,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle,tiddler,fields;\n\t// Check if it is a reference to a tiddler\n\tif(tr.title && !tr.field) {\n\t\tthis.deleteTiddler(tr.title);\n\t// Else check for a field reference\n\t} else if(tr.field) {\n\t\ttitle = tr.title || currTiddlerTitle;\n\t\ttiddler = this.getTiddler(title);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\tfields = Object.create(null);\n\t\t\tfields[tr.field] = undefined;\n\t\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t\t}\n\t}\n};\n\nexports.addEventListener = function(type,listener) {\n\tthis.eventListeners = this.eventListeners || {};\n\tthis.eventListeners[type] = this.eventListeners[type] || [];\n\tthis.eventListeners[type].push(listener);\t\n};\n\nexports.removeEventListener = function(type,listener) {\n\tvar listeners = this.eventListeners[type];\n\tif(listeners) {\n\t\tvar p = listeners.indexOf(listener);\n\t\tif(p !== -1) {\n\t\t\tlisteners.splice(p,1);\n\t\t}\n\t}\n};\n\nexports.dispatchEvent = function(type /*, args */) {\n\tvar args = Array.prototype.slice.call(arguments,1),\n\t\tlisteners = this.eventListeners[type];\n\tif(listeners) {\n\t\tfor(var p=0; p<listeners.length; p++) {\n\t\t\tvar listener = listeners[p];\n\t\t\tlistener.apply(listener,args);\n\t\t}\n\t}\n};\n\n/*\nCauses a tiddler to be marked as changed, incrementing the change count, and triggers event handlers.\nThis method should be called after the changes it describes have been made to the wiki.tiddlers[] array.\n\ttitle: Title of tiddler\n\tisDeleted: defaults to false (meaning the tiddler has been created or modified),\n\t\ttrue if the tiddler has been deleted\n*/\nexports.enqueueTiddlerEvent = function(title,isDeleted) {\n\t// Record the touch in the list of changed tiddlers\n\tthis.changedTiddlers = this.changedTiddlers || Object.create(null);\n\tthis.changedTiddlers[title] = this.changedTiddlers[title] || Object.create(null);\n\tthis.changedTiddlers[title][isDeleted ? \"deleted\" : \"modified\"] = true;\n\t// Increment the change count\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\tthis.changeCount[title]++;\n\t} else {\n\t\tthis.changeCount[title] = 1;\n\t}\n\t// Trigger events\n\tthis.eventListeners = this.eventListeners || {};\n\tif(!this.eventsTriggered) {\n\t\tvar self = this;\n\t\t$tw.utils.nextTick(function() {\n\t\t\tvar changes = self.changedTiddlers;\n\t\t\tself.changedTiddlers = Object.create(null);\n\t\t\tself.eventsTriggered = false;\n\t\t\tif($tw.utils.count(changes) > 0) {\n\t\t\t\tself.dispatchEvent(\"change\",changes);\n\t\t\t}\n\t\t});\n\t\tthis.eventsTriggered = true;\n\t}\n};\n\nexports.getSizeOfTiddlerEventQueue = function() {\n\treturn $tw.utils.count(this.changedTiddlers);\n};\n\nexports.clearTiddlerEventQueue = function() {\n\tthis.changedTiddlers = Object.create(null);\n\tthis.changeCount = Object.create(null);\n};\n\nexports.getChangeCount = function(title) {\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\treturn this.changeCount[title];\n\t} else {\n\t\treturn 0;\n\t}\n};\n\n/*\nGenerate an unused title from the specified base\n*/\nexports.generateNewTitle = function(baseTitle,options) {\n\toptions = options || {};\n\tvar c = 0,\n\t\ttitle = baseTitle;\n\twhile(this.tiddlerExists(title) || this.isShadowTiddler(title) || this.findDraft(title)) {\n\t\ttitle = baseTitle + \n\t\t\t(options.prefix || \" \") + \n\t\t\t(++c);\n\t}\n\treturn title;\n};\n\nexports.isSystemTiddler = function(title) {\n\treturn title && title.indexOf(\"$:/\") === 0;\n};\n\nexports.isTemporaryTiddler = function(title) {\n\treturn title && title.indexOf(\"$:/temp/\") === 0;\n};\n\nexports.isImageTiddler = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\t\t\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/vnd.tiddlywiki\"];\n\t\treturn !!contentTypeInfo && contentTypeInfo.flags.indexOf(\"image\") !== -1;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLike addTiddler() except it will silently reject any plugin tiddlers that are older than the currently loaded version. Returns true if the tiddler was imported\n*/\nexports.importTiddler = function(tiddler) {\n\tvar existingTiddler = this.getTiddler(tiddler.fields.title);\n\t// Check if we're dealing with a plugin\n\tif(tiddler && tiddler.hasField(\"plugin-type\") && tiddler.hasField(\"version\") && existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t// Reject the incoming plugin if it is older\n\t\tif(!$tw.utils.checkVersions(tiddler.fields.version,existingTiddler.fields.version)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Fall through to adding the tiddler\n\tthis.addTiddler(tiddler);\n\treturn true;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is created\n*/\nexports.getCreationFields = function() {\n\tif(this.getTiddlerText(TIMESTAMP_DISABLE_TITLE,\"\").toLowerCase() !== \"yes\") {\n\t\tvar fields = {\n\t\t\t\tcreated: new Date()\n\t\t\t},\n\t\t\tcreator = this.getTiddlerText(USER_NAME_TITLE);\n\t\tif(creator) {\n\t\t\tfields.creator = creator;\n\t\t}\n\t\treturn fields;\n\t} else {\n\t\treturn {};\n\t}\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is modified\n*/\nexports.getModificationFields = function() {\n\tif(this.getTiddlerText(TIMESTAMP_DISABLE_TITLE,\"\").toLowerCase() !== \"yes\") {\n\t\tvar fields = Object.create(null),\n\t\t\tmodifier = this.getTiddlerText(USER_NAME_TITLE);\n\t\tfields.modified = new Date();\n\t\tif(modifier) {\n\t\t\tfields.modifier = modifier;\n\t\t}\n\t\treturn fields;\n\t} else {\n\t\treturn {};\n\t}\n};\n\n/*\nReturn a sorted array of tiddler titles. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.getTiddlers = function(options) {\n\toptions = options || Object.create(null);\n\tvar self = this,\n\t\tsortField = options.sortField || \"title\",\n\t\ttiddlers = [], t, titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tif(options.includeSystem || !self.isSystemTiddler(title)) {\n\t\t\tif(!options.excludeTag || !tiddler.hasTag(options.excludeTag)) {\n\t\t\t\ttiddlers.push(tiddler);\n\t\t\t}\n\t\t}\n\t});\n\ttiddlers.sort(function(a,b) {\n\t\tvar aa = a.fields[sortField].toLowerCase() || \"\",\n\t\t\tbb = b.fields[sortField].toLowerCase() || \"\";\n\t\tif(aa < bb) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(aa > bb) {\n\t\t\t\treturn 1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n\tfor(t=0; t<tiddlers.length; t++) {\n\t\ttitles.push(tiddlers[t].fields.title);\n\t}\n\treturn titles;\n};\n\nexports.countTiddlers = function(excludeTag) {\n\tvar tiddlers = this.getTiddlers({excludeTag: excludeTag});\n\treturn $tw.utils.count(tiddlers);\n};\n\n/*\nReturns a function iterator(callback) that iterates through the specified titles, and invokes the callback with callback(tiddler,title)\n*/\nexports.makeTiddlerIterator = function(titles) {\n\tvar self = this;\n\tif(!$tw.utils.isArray(titles)) {\n\t\ttitles = Object.keys(titles);\n\t} else {\n\t\ttitles = titles.slice(0);\n\t}\n\treturn function(callback) {\n\t\ttitles.forEach(function(title) {\n\t\t\tcallback(self.getTiddler(title),title);\n\t\t});\n\t};\n};\n\n/*\nSort an array of tiddler titles by a specified field\n\ttitles: array of titles (sorted in place)\n\tsortField: name of field to sort by\n\tisDescending: true if the sort should be descending\n\tisCaseSensitive: true if the sort should consider upper and lower case letters to be different\n*/\nexports.sortTiddlers = function(titles,sortField,isDescending,isCaseSensitive,isNumeric,isAlphaNumeric) {\n\tvar self = this;\n\ttitles.sort(function(a,b) {\n\t\tvar x,y,\n\t\t\tcompareNumbers = function(x,y) {\n\t\t\t\tvar result = \n\t\t\t\t\tisNaN(x) && !isNaN(y) ? (isDescending ? -1 : 1) :\n\t\t\t\t\t!isNaN(x) && isNaN(y) ? (isDescending ? 1 : -1) :\n\t\t\t\t\t\t\t\t\t\t\t(isDescending ? y - x : x - y);\n\t\t\t\treturn result;\n\t\t\t};\n\t\tif(sortField !== \"title\") {\n\t\t\tvar tiddlerA = self.getTiddler(a),\n\t\t\t\ttiddlerB = self.getTiddler(b);\n\t\t\tif(tiddlerA) {\n\t\t\t\ta = tiddlerA.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\ta = \"\";\n\t\t\t}\n\t\t\tif(tiddlerB) {\n\t\t\t\tb = tiddlerB.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\tb = \"\";\n\t\t\t}\n\t\t}\n\t\tx = Number(a);\n\t\ty = Number(b);\n\t\tif(isNumeric && (!isNaN(x) || !isNaN(y))) {\n\t\t\treturn compareNumbers(x,y);\n\t\t} else if(isAlphaNumeric) {\n\t\t\treturn isDescending ? b.localeCompare(a,undefined,{numeric: true,sensitivity: \"base\"}) : a.localeCompare(b,undefined,{numeric: true,sensitivity: \"base\"});\n\t\t} else if($tw.utils.isDate(a) && $tw.utils.isDate(b)) {\n\t\t\treturn isDescending ? b - a : a - b;\n\t\t} else {\n\t\t\ta = String(a);\n\t\t\tb = String(b);\n\t\t\tif(!isCaseSensitive) {\n\t\t\t\ta = a.toLowerCase();\n\t\t\t\tb = b.toLowerCase();\n\t\t\t}\n\t\t\treturn isDescending ? b.localeCompare(a) : a.localeCompare(b);\n\t\t}\n\t});\n};\n\n/*\nFor every tiddler invoke a callback(title,tiddler) with `this` set to the wiki object. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.forEachTiddler = function(/* [options,]callback */) {\n\tvar arg = 0,\n\t\toptions = arguments.length >= 2 ? arguments[arg++] : {},\n\t\tcallback = arguments[arg++],\n\t\ttitles = this.getTiddlers(options),\n\t\tt, tiddler;\n\tfor(t=0; t<titles.length; t++) {\n\t\ttiddler = this.getTiddler(titles[t]);\n\t\tif(tiddler) {\n\t\t\tcallback.call(this,tiddler.fields.title,tiddler);\n\t\t}\n\t}\n};\n\n/*\nReturn an array of tiddler titles that are directly linked from the specified tiddler\n*/\nexports.getTiddlerLinks = function(title) {\n\tvar self = this;\n\t// We'll cache the links so they only get computed if the tiddler changes\n\treturn this.getCacheForTiddler(title,\"links\",function() {\n\t\t// Parse the tiddler\n\t\tvar parser = self.parseTiddler(title);\n\t\t// Count up the links\n\t\tvar links = [],\n\t\t\tcheckParseTree = function(parseTree) {\n\t\t\t\tfor(var t=0; t<parseTree.length; t++) {\n\t\t\t\t\tvar parseTreeNode = parseTree[t];\n\t\t\t\t\tif(parseTreeNode.type === \"link\" && parseTreeNode.attributes.to && parseTreeNode.attributes.to.type === \"string\") {\n\t\t\t\t\t\tvar value = parseTreeNode.attributes.to.value;\n\t\t\t\t\t\tif(links.indexOf(value) === -1) {\n\t\t\t\t\t\t\tlinks.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\tif(parseTreeNode.children) {\n\t\t\t\t\t\tcheckParseTree(parseTreeNode.children);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t};\n\t\tif(parser) {\n\t\t\tcheckParseTree(parser.tree);\n\t\t}\n\t\treturn links;\n\t});\n};\n\n/*\nReturn an array of tiddler titles that link to the specified tiddler\n*/\nexports.getTiddlerBacklinks = function(targetTitle) {\n\tvar self = this,\n\t\tbacklinks = [];\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\tif(links.indexOf(targetTitle) !== -1) {\n\t\t\tbacklinks.push(title);\n\t\t}\n\t});\n\treturn backlinks;\n};\n\n/*\nReturn a hashmap of tiddler titles that are referenced but not defined. Each value is the number of times the missing tiddler is referenced\n*/\nexports.getMissingTitles = function() {\n\tvar self = this,\n\t\tmissing = [];\n// We should cache the missing tiddler list, even if we recreate it every time any tiddler is modified\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tif((!self.tiddlerExists(link) && !self.isShadowTiddler(link)) && missing.indexOf(link) === -1) {\n\t\t\t\tmissing.push(link);\n\t\t\t}\n\t\t});\n\t});\n\treturn missing;\n};\n\nexports.getOrphanTitles = function() {\n\tvar self = this,\n\t\torphans = this.getTiddlers();\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tvar p = orphans.indexOf(link);\n\t\t\tif(p !== -1) {\n\t\t\t\torphans.splice(p,1);\n\t\t\t}\n\t\t});\n\t});\n\treturn orphans; // Todo\n};\n\n/*\nRetrieves a list of the tiddler titles that are tagged with a given tag\n*/\nexports.getTiddlersWithTag = function(tag) {\n\tvar self = this;\n\treturn this.getGlobalCache(\"taglist-\" + tag,function() {\n\t\tvar tagmap = self.getTagMap();\n\t\treturn self.sortByList(tagmap[tag],tag);\n\t});\n};\n\n/*\nGet a hashmap by tag of arrays of tiddler titles\n*/\nexports.getTagMap = function() {\n\tvar self = this;\n\treturn this.getGlobalCache(\"tagmap\",function() {\n\t\tvar tags = Object.create(null),\n\t\t\tstoreTags = function(tagArray,title) {\n\t\t\t\tif(tagArray) {\n\t\t\t\t\tfor(var index=0; index<tagArray.length; index++) {\n\t\t\t\t\t\tvar tag = tagArray[index];\n\t\t\t\t\t\tif($tw.utils.hop(tags,tag)) {\n\t\t\t\t\t\t\ttags[tag].push(title);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\ttags[tag] = [title];\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t},\n\t\t\ttitle, tiddler;\n\t\t// Collect up all the tags\n\t\tself.eachShadow(function(tiddler,title) {\n\t\t\tif(!self.tiddlerExists(title)) {\n\t\t\t\ttiddler = self.getTiddler(title);\n\t\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t\t}\n\t\t});\n\t\tself.each(function(tiddler,title) {\n\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t});\n\t\treturn tags;\n\t});\n};\n\n/*\nLookup a given tiddler and return a list of all the tiddlers that include it in the specified list field\n*/\nexports.findListingsOfTiddler = function(targetTitle,fieldName) {\n\tfieldName = fieldName || \"list\";\n\tvar titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tvar list = $tw.utils.parseStringArray(tiddler.fields[fieldName]);\n\t\tif(list && list.indexOf(targetTitle) !== -1) {\n\t\t\ttitles.push(title);\n\t\t}\n\t});\n\treturn titles;\n};\n\n/*\nSorts an array of tiddler titles according to an ordered list\n*/\nexports.sortByList = function(array,listTitle) {\n\tvar self = this,\n\t\treplacedTitles = Object.create(null);\n\tfunction replaceItem(title) {\n\t\tif(!$tw.utils.hop(replacedTitles, title)) {\n\t\t\treplacedTitles[title] = true;\n\t\t\tvar newPos = -1,\n\t\t\t\ttiddler = self.getTiddler(title);\n\t\t\tif(tiddler) {\n\t\t\t\tvar beforeTitle = tiddler.fields[\"list-before\"],\n\t\t\t\t\tafterTitle = tiddler.fields[\"list-after\"];\n\t\t\t\tif(beforeTitle === \"\") {\n\t\t\t\t\tnewPos = 0;\n\t\t\t\t} else if(afterTitle === \"\") {\n\t\t\t\t\tnewPos = titles.length;\n\t\t\t\t} else if(beforeTitle) {\n\t\t\t\t\treplaceItem(beforeTitle);\n\t\t\t\t\tnewPos = titles.indexOf(beforeTitle);\n\t\t\t\t} else if(afterTitle) {\n\t\t\t\t\treplaceItem(afterTitle);\n\t\t\t\t\tnewPos = titles.indexOf(afterTitle);\n\t\t\t\t\tif(newPos >= 0) {\n\t\t\t\t\t\t++newPos;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// We get the currPos //after// figuring out the newPos, because recursive replaceItem calls might alter title's currPos\n\t\t\t\tvar currPos = titles.indexOf(title);\n\t\t\t\tif(newPos === -1) {\n\t\t\t\t\tnewPos = currPos;\n\t\t\t\t}\n\t\t\t\tif(currPos >= 0 && newPos !== currPos) {\n\t\t\t\t\ttitles.splice(currPos,1);\n\t\t\t\t\tif(newPos >= currPos) {\n\t\t\t\t\t\tnewPos--;\n\t\t\t\t\t}\n\t\t\t\t\ttitles.splice(newPos,0,title);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\tvar list = this.getTiddlerList(listTitle);\n\tif(!array || array.length === 0) {\n\t\treturn [];\n\t} else {\n\t\tvar titles = [], t, title;\n\t\t// First place any entries that are present in the list\n\t\tfor(t=0; t<list.length; t++) {\n\t\t\ttitle = list[t];\n\t\t\tif(array.indexOf(title) !== -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Then place any remaining entries\n\t\tfor(t=0; t<array.length; t++) {\n\t\t\ttitle = array[t];\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Finally obey the list-before and list-after fields of each tiddler in turn\n\t\tvar sortedTitles = titles.slice(0);\n\t\tfor(t=0; t<sortedTitles.length; t++) {\n\t\t\ttitle = sortedTitles[t];\n\t\t\treplaceItem(title);\n\t\t}\n\t\treturn titles;\n\t}\n};\n\nexports.getSubTiddler = function(title,subTiddlerTitle) {\n\tvar bundleInfo = this.getPluginInfo(title) || this.getTiddlerDataCached(title);\n\tif(bundleInfo && bundleInfo.tiddlers) {\n\t\tvar subTiddler = bundleInfo.tiddlers[subTiddlerTitle];\n\t\tif(subTiddler) {\n\t\t\treturn new $tw.Tiddler(subTiddler);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRetrieve a tiddler as a JSON string of the fields\n*/\nexports.getTiddlerAsJson = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\tvar fields = Object.create(null);\n\t\t$tw.utils.each(tiddler.fields,function(value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\treturn JSON.stringify(fields);\n\t} else {\n\t\treturn JSON.stringify({title: title});\n\t}\n};\n\nexports.getTiddlersAsJson = function(filter) {\n\tvar tiddlers = this.filterTiddlers(filter),\n\t\tdata = [];\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\tvar tiddler = this.getTiddler(tiddlers[t]);\n\t\tif(tiddler) {\n\t\t\tvar fields = new Object();\n\t\t\tfor(var field in tiddler.fields) {\n\t\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t\t}\n\t\t\tdata.push(fields);\n\t\t}\n\t}\n\treturn JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n};\n\n/*\nGet the content of a tiddler as a JavaScript object. How this is done depends on the type of the tiddler:\n\napplication/json: the tiddler JSON is parsed into an object\napplication/x-tiddler-dictionary: the tiddler is parsed as sequence of name:value pairs\n\nOther types currently just return null.\n\ntitleOrTiddler: string tiddler title or a tiddler object\ndefaultData: default data to be returned if the tiddler is missing or doesn't contain data\n\nNote that the same value is returned for repeated calls for the same tiddler data. The value is frozen to prevent modification; otherwise modifications would be visible to all callers\n*/\nexports.getTiddlerDataCached = function(titleOrTiddler,defaultData) {\n\tvar self = this,\n\t\ttiddler = titleOrTiddler;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler) {\n\t\treturn this.getCacheForTiddler(tiddler.fields.title,\"data\",function() {\n\t\t\t// Return the frozen value\n\t\t\tvar value = self.getTiddlerData(tiddler.fields.title,undefined);\n\t\t\t$tw.utils.deepFreeze(value);\n\t\t\treturn value;\n\t\t}) || defaultData;\n\t} else {\n\t\treturn defaultData;\n\t}\n};\n\n/*\nAlternative, uncached version of getTiddlerDataCached(). The return value can be mutated freely and reused\n*/\nexports.getTiddlerData = function(titleOrTiddler,defaultData) {\n\tvar tiddler = titleOrTiddler,\n\t\tdata;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler && tiddler.fields.text) {\n\t\tswitch(tiddler.fields.type) {\n\t\t\tcase \"application/json\":\n\t\t\t\t// JSON tiddler\n\t\t\t\ttry {\n\t\t\t\t\tdata = JSON.parse(tiddler.fields.text);\n\t\t\t\t} catch(ex) {\n\t\t\t\t\treturn defaultData;\n\t\t\t\t}\n\t\t\t\treturn data;\n\t\t\tcase \"application/x-tiddler-dictionary\":\n\t\t\t\treturn $tw.utils.parseFields(tiddler.fields.text);\n\t\t}\n\t}\n\treturn defaultData;\n};\n\n/*\nExtract an indexed field from within a data tiddler\n*/\nexports.extractTiddlerDataItem = function(titleOrTiddler,index,defaultText) {\n\tvar data = this.getTiddlerDataCached(titleOrTiddler,Object.create(null)),\n\t\ttext;\n\tif(data && $tw.utils.hop(data,index)) {\n\t\ttext = data[index];\n\t}\n\tif(typeof text === \"string\" || typeof text === \"number\") {\n\t\treturn text.toString();\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nSet a tiddlers content to a JavaScript object. Currently this is done by setting the tiddler's type to \"application/json\" and setting the text to the JSON text of the data.\ntitle: title of tiddler\ndata: object that can be serialised to JSON\nfields: optional hashmap of additional tiddler fields to be set\n*/\nexports.setTiddlerData = function(title,data,fields) {\n\tvar existingTiddler = this.getTiddler(title),\n\t\tnewFields = {\n\t\t\ttitle: title\n\t};\n\tif(existingTiddler && existingTiddler.fields.type === \"application/x-tiddler-dictionary\") {\n\t\tnewFields.text = $tw.utils.makeTiddlerDictionary(data);\n\t} else {\n\t\tnewFields.type = \"application/json\";\n\t\tnewFields.text = JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n\t}\n\tthis.addTiddler(new $tw.Tiddler(this.getCreationFields(),existingTiddler,fields,newFields,this.getModificationFields()));\n};\n\n/*\nReturn the content of a tiddler as an array containing each line\n*/\nexports.getTiddlerList = function(title,field,index) {\n\tif(index) {\n\t\treturn $tw.utils.parseStringArray(this.extractTiddlerDataItem(title,index,\"\"));\n\t}\n\tfield = field || \"list\";\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\treturn ($tw.utils.parseStringArray(tiddler.fields[field]) || []).slice(0);\n\t}\n\treturn [];\n};\n\n// Return a named global cache object. Global cache objects are cleared whenever a tiddler change occurs\nexports.getGlobalCache = function(cacheName,initializer) {\n\tthis.globalCache = this.globalCache || Object.create(null);\n\tif($tw.utils.hop(this.globalCache,cacheName)) {\n\t\treturn this.globalCache[cacheName];\n\t} else {\n\t\tthis.globalCache[cacheName] = initializer();\n\t\treturn this.globalCache[cacheName];\n\t}\n};\n\nexports.clearGlobalCache = function() {\n\tthis.globalCache = Object.create(null);\n};\n\n// Return the named cache object for a tiddler. If the cache doesn't exist then the initializer function is invoked to create it\nexports.getCacheForTiddler = function(title,cacheName,initializer) {\n\tthis.caches = this.caches || Object.create(null);\n\tvar caches = this.caches[title];\n\tif(caches && caches[cacheName]) {\n\t\treturn caches[cacheName];\n\t} else {\n\t\tif(!caches) {\n\t\t\tcaches = Object.create(null);\n\t\t\tthis.caches[title] = caches;\n\t\t}\n\t\tcaches[cacheName] = initializer();\n\t\treturn caches[cacheName];\n\t}\n};\n\n// Clear all caches associated with a particular tiddler, or, if the title is null, clear all the caches for all the tiddlers\nexports.clearCache = function(title) {\n\tif(title) {\n\t\tthis.caches = this.caches || Object.create(null);\n\t\tif($tw.utils.hop(this.caches,title)) {\n\t\t\tdelete this.caches[title];\n\t\t}\n\t} else {\n\t\tthis.caches = Object.create(null);\n\t}\n};\n\nexports.initParsers = function(moduleType) {\n\t// Install the parser modules\n\t$tw.Wiki.parsers = {};\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(\"parser\",function(title,module) {\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\t$tw.Wiki.parsers[f] = module[f]; // Store the parser class\n\t\t\t}\n\t\t}\n\t});\n\t// Use the generic binary parser for any binary types not registered so far\n\tif($tw.Wiki.parsers[\"application/octet-stream\"]) {\n\t\tObject.keys($tw.config.contentTypeInfo).forEach(function(type) {\n\t\t\tif(!$tw.utils.hop($tw.Wiki.parsers,type) && $tw.config.contentTypeInfo[type].encoding === \"base64\") {\n\t\t\t\t$tw.Wiki.parsers[type] = $tw.Wiki.parsers[\"application/octet-stream\"];\n\t\t\t}\n\t\t});\t\t\n\t}\n};\n\n/*\nParse a block of text of a specified MIME type\n\ttype: content type of text to be parsed\n\ttext: text\n\toptions: see below\nOptions include:\n\tparseAsInline: if true, the text of the tiddler will be parsed as an inline run\n\t_canonical_uri: optional string of the canonical URI of this content\n*/\nexports.parseText = function(type,text,options) {\n\ttext = text || \"\";\n\toptions = options || {};\n\t// Select a parser\n\tvar Parser = $tw.Wiki.parsers[type];\n\tif(!Parser && $tw.utils.getFileExtensionInfo(type)) {\n\t\tParser = $tw.Wiki.parsers[$tw.utils.getFileExtensionInfo(type).type];\n\t}\n\tif(!Parser) {\n\t\tParser = $tw.Wiki.parsers[options.defaultType || \"text/vnd.tiddlywiki\"];\n\t}\n\tif(!Parser) {\n\t\treturn null;\n\t}\n\t// Return the parser instance\n\treturn new Parser(type,text,{\n\t\tparseAsInline: options.parseAsInline,\n\t\twiki: this,\n\t\t_canonical_uri: options._canonical_uri\n\t});\n};\n\n/*\nParse a tiddler according to its MIME type\n*/\nexports.parseTiddler = function(title,options) {\n\toptions = $tw.utils.extend({},options);\n\tvar cacheType = options.parseAsInline ? \"inlineParseTree\" : \"blockParseTree\",\n\t\ttiddler = this.getTiddler(title),\n\t\tself = this;\n\treturn tiddler ? this.getCacheForTiddler(title,cacheType,function() {\n\t\t\tif(tiddler.hasField(\"_canonical_uri\")) {\n\t\t\t\toptions._canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t}\n\t\t\treturn self.parseText(tiddler.fields.type,tiddler.fields.text,options);\n\t\t}) : null;\n};\n\nexports.parseTextReference = function(title,field,index,options) {\n\tvar tiddler,text;\n\tif(options.subTiddler) {\n\t\ttiddler = this.getSubTiddler(title,options.subTiddler);\n\t} else {\n\t\ttiddler = this.getTiddler(title);\n\t\tif(field === \"text\" || (!field && !index)) {\n\t\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\t\treturn this.parseTiddler(title,options);\n\t\t}\n\t}\n\tif(field === \"text\" || (!field && !index)) {\n\t\tif(tiddler && tiddler.fields) {\n\t\t\treturn this.parseText(tiddler.fields.type,tiddler.fields.text,options);\t\t\t\n\t\t} else {\n\t\t\treturn null;\n\t\t}\n\t} else if(field) {\n\t\tif(field === \"title\") {\n\t\t\ttext = title;\n\t\t} else {\n\t\t\tif(!tiddler || !tiddler.hasField(field)) {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t\ttext = tiddler.fields[field];\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text.toString(),options);\n\t} else if(index) {\n\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\ttext = this.extractTiddlerDataItem(tiddler,index,undefined);\n\t\tif(text === undefined) {\n\t\t\treturn null;\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text,options);\n\t}\n};\n\n/*\nMake a widget tree for a parse tree\nparser: parser object\noptions: see below\nOptions include:\ndocument: optional document to use\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.makeWidget = function(parser,options) {\n\toptions = options || {};\n\tvar widgetNode = {\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},\n\t\tcurrWidgetNode = widgetNode;\n\t// Create set variable widgets for each variable\n\t$tw.utils.each(options.variables,function(value,name) {\n\t\tvar setVariableWidget = {\n\t\t\ttype: \"set\",\n\t\t\tattributes: {\n\t\t\t\tname: {type: \"string\", value: name},\n\t\t\t\tvalue: {type: \"string\", value: value}\n\t\t\t},\n\t\t\tchildren: []\n\t\t};\n\t\tcurrWidgetNode.children = [setVariableWidget];\n\t\tcurrWidgetNode = setVariableWidget;\n\t});\n\t// Add in the supplied parse tree nodes\n\tcurrWidgetNode.children = parser ? parser.tree : [];\n\t// Create the widget\n\treturn new widget.widget(widgetNode,{\n\t\twiki: this,\n\t\tdocument: options.document || $tw.fakeDocument,\n\t\tparentWidget: options.parentWidget\n\t});\n};\n\n/*\nMake a widget tree for transclusion\ntitle: target tiddler title\noptions: as for wiki.makeWidget() plus:\noptions.field: optional field to transclude (defaults to \"text\")\noptions.mode: transclusion mode \"inline\" or \"block\"\noptions.children: optional array of children for the transclude widget\noptions.importVariables: optional importvariables filter string for macros to be included\noptions.importPageMacros: optional boolean; if true, equivalent to passing \"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\" to options.importVariables\n*/\nexports.makeTranscludeWidget = function(title,options) {\n\toptions = options || {};\n\tvar parseTreeDiv = {tree: [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"div\",\n\t\t\tchildren: []}]},\n\t\tparseTreeImportVariables = {\n\t\t\ttype: \"importvariables\",\n\t\t\tattributes: {\n\t\t\t\tfilter: {\n\t\t\t\t\tname: \"filter\",\n\t\t\t\t\ttype: \"string\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tisBlock: false,\n\t\t\tchildren: []},\n\t\tparseTreeTransclude = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {\n\t\t\t\t\tname: \"tiddler\",\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title}},\n\t\t\tisBlock: !options.parseAsInline};\n\tif(options.importVariables || options.importPageMacros) {\n\t\tif(options.importVariables) {\n\t\t\tparseTreeImportVariables.attributes.filter.value = options.importVariables;\n\t\t} else if(options.importPageMacros) {\n\t\t\tparseTreeImportVariables.attributes.filter.value = \"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\";\n\t\t}\n\t\tparseTreeDiv.tree[0].children.push(parseTreeImportVariables);\n\t\tparseTreeImportVariables.children.push(parseTreeTransclude);\n\t} else {\n\t\tparseTreeDiv.tree[0].children.push(parseTreeTransclude);\n\t}\n\tif(options.field) {\n\t\tparseTreeTransclude.attributes.field = {type: \"string\", value: options.field};\n\t}\n\tif(options.mode) {\n\t\tparseTreeTransclude.attributes.mode = {type: \"string\", value: options.mode};\n\t}\n\tif(options.children) {\n\t\tparseTreeTransclude.children = options.children;\n\t}\n\treturn $tw.wiki.makeWidget(parseTreeDiv,options);\n};\n\n/*\nParse text in a specified format and render it into another format\n\toutputType: content type for the output\n\ttextType: content type of the input text\n\ttext: input text\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderText = function(outputType,textType,text,options) {\n\toptions = options || {};\n\tvar parser = this.parseText(textType,text,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : container.textContent;\n};\n\n/*\nParse text from a tiddler and render it into another format\n\toutputType: content type for the output\n\ttitle: title of the tiddler to be rendered\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderTiddler = function(outputType,title,options) {\n\toptions = options || {};\n\tvar parser = this.parseTiddler(title,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : (outputType === \"text/plain-formatted\" ? container.formattedTextContent : container.textContent);\n};\n\n/*\nReturn an array of tiddler titles that match a search string\n\ttext: The text string to search for\n\toptions: see below\nOptions available:\n\tsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\n\texclude: An array of tiddler titles to exclude from the search\n\tinvert: If true returns tiddlers that do not contain the specified string\n\tcaseSensitive: If true forces a case sensitive search\n\tfield: If specified, restricts the search to the specified field, or an array of field names\n\texcludeField: If true, the field options are inverted to specify the fields that are not to be searched\n\tThe search mode is determined by the first of these boolean flags to be true\n\t\tliteral: searches for literal string\n\t\twhitespace: same as literal except runs of whitespace are treated as a single space\n\t\tregexp: treats the search term as a regular expression\n\t\twords: (default) treats search string as a list of tokens, and matches if all tokens are found, regardless of adjacency or ordering\n*/\nexports.search = function(text,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tt,\n\t\tinvert = !!options.invert;\n\t// Convert the search string into a regexp for each term\n\tvar terms, searchTermsRegExps,\n\t\tflags = options.caseSensitive ? \"\" : \"i\";\n\tif(options.literal) {\n\t\tif(text.length === 0) {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [new RegExp(\"(\" + $tw.utils.escapeRegExp(text) + \")\",flags)];\n\t\t}\n\t} else if(options.whitespace) {\n\t\tterms = [];\n\t\t$tw.utils.each(text.split(/\\s+/g),function(term) {\n\t\t\tif(term) {\n\t\t\t\tterms.push($tw.utils.escapeRegExp(term));\n\t\t\t}\n\t\t});\n\t\tsearchTermsRegExps = [new RegExp(\"(\" + terms.join(\"\\\\s+\") + \")\",flags)];\n\t} else if(options.regexp) {\n\t\ttry {\n\t\t\tsearchTermsRegExps = [new RegExp(\"(\" + text + \")\",flags)];\t\t\t\n\t\t} catch(e) {\n\t\t\tsearchTermsRegExps = null;\n\t\t\tconsole.log(\"Regexp error parsing /(\" + text + \")/\" + flags + \": \",e);\n\t\t}\n\t} else {\n\t\tterms = text.split(/ +/);\n\t\tif(terms.length === 1 && terms[0] === \"\") {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [];\n\t\t\tfor(t=0; t<terms.length; t++) {\n\t\t\t\tsearchTermsRegExps.push(new RegExp(\"(\" + $tw.utils.escapeRegExp(terms[t]) + \")\",flags));\n\t\t\t}\n\t\t}\n\t}\n\t// Accumulate the array of fields to be searched or excluded from the search\n\tvar fields = [];\n\tif(options.field) {\n\t\tif($tw.utils.isArray(options.field)) {\n\t\t\t$tw.utils.each(options.field,function(fieldName) {\n\t\t\t\tif(fieldName) {\n\t\t\t\t\tfields.push(fieldName);\t\t\t\t\t\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tfields.push(options.field);\n\t\t}\n\t}\n\t// Use default fields if none specified and we're not excluding fields (excluding fields with an empty field array is the same as searching all fields)\n\tif(fields.length === 0 && !options.excludeField) {\n\t\tfields.push(\"title\");\n\t\tfields.push(\"tags\");\n\t\tfields.push(\"text\");\n\t}\n\t// Function to check a given tiddler for the search term\n\tvar searchTiddler = function(title) {\n\t\tif(!searchTermsRegExps) {\n\t\t\treturn true;\n\t\t}\n\t\tvar notYetFound = searchTermsRegExps.slice();\n\n\t\tvar tiddler = self.getTiddler(title);\n\t\tif(!tiddler) {\n\t\t\ttiddler = new $tw.Tiddler({title: title, text: \"\", type: \"text/vnd.tiddlywiki\"});\n\t\t}\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type] || $tw.config.contentTypeInfo[\"text/vnd.tiddlywiki\"],\n\t\t\tsearchFields;\n\t\t// Get the list of fields we're searching\n\t\tif(options.excludeField) {\n\t\t\tsearchFields = Object.keys(tiddler.fields);\n\t\t\t$tw.utils.each(fields,function(fieldName) {\n\t\t\t\tvar p = searchFields.indexOf(fieldName);\n\t\t\t\tif(p !== -1) {\n\t\t\t\t\tsearchFields.splice(p,1);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsearchFields = fields;\n\t\t}\n\t\tfor(var fieldIndex=0; notYetFound.length>0 && fieldIndex<searchFields.length; fieldIndex++) {\n\t\t\t// Don't search the text field if the content type is binary\n\t\t\tvar fieldName = searchFields[fieldIndex];\n\t\t\tif(fieldName === \"text\" && contentTypeInfo.encoding !== \"utf8\") {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t\tvar str = tiddler.fields[fieldName],\n\t\t\t\tt;\n\t\t\tif(str) {\n\t\t\t\tif($tw.utils.isArray(str)) {\n\t\t\t\t\t// If the field value is an array, test each regexp against each field array entry and fail if each regexp doesn't match at least one field array entry\n\t\t\t\t\tfor(var s=0; s<str.length; s++) {\n\t\t\t\t\t\tfor(t=0; t<notYetFound.length;) {\n\t\t\t\t\t\t\tif(notYetFound[t].test(str[s])) {\n\t\t\t\t\t\t\t\tnotYetFound.splice(t, 1);\n\t\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\t\tt++;\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// If the field isn't an array, force it to a string and test each regexp against it and fail if any do not match\n\t\t\t\t\tstr = tiddler.getFieldString(fieldName);\n\t\t\t\t\tfor(t=0; t<notYetFound.length;) {\n\t\t\t\t\t\tif(notYetFound[t].test(str)) {\n\t\t\t\t\t\t\tnotYetFound.splice(t, 1);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tt++;\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t\treturn notYetFound.length == 0;\n\t};\n\t// Loop through all the tiddlers doing the search\n\tvar results = [],\n\t\tsource = options.source || this.each;\n\tsource(function(tiddler,title) {\n\t\tif(searchTiddler(title) !== options.invert) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\t// Remove any of the results we have to exclude\n\tif(options.exclude) {\n\t\tfor(t=0; t<options.exclude.length; t++) {\n\t\t\tvar p = results.indexOf(options.exclude[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tresults.splice(p,1);\n\t\t\t}\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nTrigger a load for a tiddler if it is skinny. Returns the text, or undefined if the tiddler is missing, null if the tiddler is being lazily loaded.\n*/\nexports.getTiddlerText = function(title,defaultText) {\n\tvar tiddler = this.getTiddler(title);\n\t// Return undefined if the tiddler isn't found\n\tif(!tiddler) {\n\t\treturn defaultText;\n\t}\n\tif(tiddler.fields.text !== undefined) {\n\t\t// Just return the text if we've got it\n\t\treturn tiddler.fields.text;\n\t} else {\n\t\t// Tell any listeners about the need to lazily load this tiddler\n\t\tthis.dispatchEvent(\"lazyLoad\",title);\n\t\t// Indicate that the text is being loaded\n\t\treturn null;\n\t}\n};\n\n/*\nCheck whether the text of a tiddler matches a given value. By default, the comparison is case insensitive, and any spaces at either end of the tiddler text is trimmed\n*/\nexports.checkTiddlerText = function(title,targetText,options) {\n\toptions = options || {};\n\tvar text = this.getTiddlerText(title,\"\");\n\tif(!options.noTrim) {\n\t\ttext = text.trim();\n\t}\n\tif(!options.caseSensitive) {\n\t\ttext = text.toLowerCase();\n\t\ttargetText = targetText.toLowerCase();\n\t}\n\treturn text === targetText;\n}\n\n/*\nRead an array of browser File objects, invoking callback(tiddlerFieldsArray) once they're all read\n*/\nexports.readFiles = function(files,options) {\n\tvar callback;\n\tif(typeof options === \"function\") {\n\t\tcallback = options;\n\t\toptions = {};\n\t} else {\n\t\tcallback = options.callback;\n\t}\n\tvar result = [],\n\t\toutstanding = files.length,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tresult.push.apply(result,tiddlerFieldsArray);\n\t\t\tif(--outstanding === 0) {\n\t\t\t\tcallback(result);\n\t\t\t}\n\t\t};\n\tfor(var f=0; f<files.length; f++) {\n\t\tthis.readFile(files[f],$tw.utils.extend({},options,{callback: readFileCallback}));\n\t}\n\treturn files.length;\n};\n\n/*\nRead a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFile = function(file,options) {\n\tvar callback;\n\tif(typeof options === \"function\") {\n\t\tcallback = options;\n\t\toptions = {};\n\t} else {\n\t\tcallback = options.callback;\n\t}\n\t// Get the type, falling back to the filename extension\n\tvar self = this,\n\t\ttype = file.type;\n\tif(type === \"\" || !type) {\n\t\tvar dotPos = file.name.lastIndexOf(\".\");\n\t\tif(dotPos !== -1) {\n\t\t\tvar fileExtensionInfo = $tw.utils.getFileExtensionInfo(file.name.substr(dotPos));\n\t\t\tif(fileExtensionInfo) {\n\t\t\t\ttype = fileExtensionInfo.type;\n\t\t\t}\n\t\t}\n\t}\n\t// Figure out if we're reading a binary file\n\tvar contentTypeInfo = $tw.config.contentTypeInfo[type],\n\t\tisBinary = contentTypeInfo ? contentTypeInfo.encoding === \"base64\" : false;\n\t// Log some debugging information\n\tif($tw.log.IMPORT) {\n\t\tconsole.log(\"Importing file '\" + file.name + \"', type: '\" + type + \"', isBinary: \" + isBinary);\n\t}\n\t// Give the hook a chance to process the drag\n\tif($tw.hooks.invokeHook(\"th-importing-file\",{\n\t\tfile: file,\n\t\ttype: type,\n\t\tisBinary: isBinary,\n\t\tcallback: callback\n\t}) !== true) {\n\t\tthis.readFileContent(file,type,isBinary,options.deserializer,callback);\n\t}\n};\n\n/*\nLower level utility to read the content of a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFileContent = function(file,type,isBinary,deserializer,callback) {\n\tvar self = this;\n\t// Create the FileReader\n\tvar reader = new FileReader();\n\t// Onload\n\treader.onload = function(event) {\n\t\tvar text = event.target.result,\n\t\t\ttiddlerFields = {title: file.name || \"Untitled\", type: type};\n\t\tif(isBinary) {\n\t\t\tvar commaPos = text.indexOf(\",\");\n\t\t\tif(commaPos !== -1) {\n\t\t\t\ttext = text.substr(commaPos + 1);\n\t\t\t}\n\t\t}\n\t\t// Check whether this is an encrypted TiddlyWiki file\n\t\tvar encryptedJson = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedJson) {\n\t\t\t// If so, attempt to decrypt it with the current password\n\t\t\t$tw.utils.decryptStoreAreaInteractive(encryptedJson,function(tiddlers) {\n\t\t\t\tcallback(tiddlers);\n\t\t\t});\n\t\t} else {\n\t\t\t// Otherwise, just try to deserialise any tiddlers in the file\n\t\t\tcallback(self.deserializeTiddlers(type,text,tiddlerFields,{deserializer: deserializer}));\n\t\t}\n\t};\n\t// Kick off the read\n\tif(isBinary) {\n\t\treader.readAsDataURL(file);\n\t} else {\n\t\treader.readAsText(file);\n\t}\n};\n\n/*\nFind any existing draft of a specified tiddler\n*/\nexports.findDraft = function(targetTitle) {\n\tvar draftTitle = undefined;\n\tthis.forEachTiddler({includeSystem: true},function(title,tiddler) {\n\t\tif(tiddler.fields[\"draft.title\"] && tiddler.fields[\"draft.of\"] === targetTitle) {\n\t\t\tdraftTitle = title;\n\t\t}\n\t});\n\treturn draftTitle;\n}\n\n/*\nCheck whether the specified draft tiddler has been modified.\nIf the original tiddler doesn't exist, create a vanilla tiddler variable,\nto check if additional fields have been added.\n*/\nexports.isDraftModified = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(!tiddler.isDraft()) {\n\t\treturn false;\n\t}\n\tvar ignoredFields = [\"created\", \"modified\", \"title\", \"draft.title\", \"draft.of\"],\n\t\torigTiddler = this.getTiddler(tiddler.fields[\"draft.of\"]) || new $tw.Tiddler({text:\"\", tags:[]}),\n\t\ttitleModified = tiddler.fields[\"draft.title\"] !== tiddler.fields[\"draft.of\"];\n\treturn titleModified || !tiddler.isEqual(origTiddler,ignoredFields);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\nhistoryTitle: title of history tiddler (defaults to $:/HistoryList)\n*/\nexports.addToHistory = function(title,fromPageRect,historyTitle) {\n\tvar story = new $tw.Story({wiki: this, historyTitle: historyTitle});\n\tstory.addToHistory(title,fromPageRect);\n};\n\n/*\nAdd a new tiddler to the story river\ntitle: a title string or an array of title strings\nfromTitle: the title of the tiddler from which the navigation originated\nstoryTitle: title of story tiddler (defaults to $:/StoryList)\noptions: see story.js\n*/\nexports.addToStory = function(title,fromTitle,storyTitle,options) {\n\tvar story = new $tw.Story({wiki: this, storyTitle: storyTitle});\n\tstory.addToStory(title,fromTitle,options);\n};\n\n/*\nInvoke the available upgrader modules\ntitles: array of tiddler titles to be processed\ntiddlers: hashmap by title of tiddler fields of pending import tiddlers. These can be modified by the upgraders. An entry with no fields indicates a tiddler that was pending import has been suppressed. When entries are added to the pending import the tiddlers hashmap may have entries that are not present in the titles array\nReturns a hashmap of messages keyed by tiddler title.\n*/\nexports.invokeUpgraders = function(titles,tiddlers) {\n\t// Collect up the available upgrader modules\n\tvar self = this;\n\tif(!this.upgraderModules) {\n\t\tthis.upgraderModules = [];\n\t\t$tw.modules.forEachModuleOfType(\"upgrader\",function(title,module) {\n\t\t\tif(module.upgrade) {\n\t\t\t\tself.upgraderModules.push(module);\n\t\t\t}\n\t\t});\n\t}\n\t// Invoke each upgrader in turn\n\tvar messages = {};\n\tfor(var t=0; t<this.upgraderModules.length; t++) {\n\t\tvar upgrader = this.upgraderModules[t],\n\t\t\tupgraderMessages = upgrader.upgrade(this,titles,tiddlers);\n\t\t$tw.utils.extend(messages,upgraderMessages);\n\t}\n\treturn messages;\n};\n\n})();\n\n",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/palettes/Blanca": {
"title": "$:/palettes/Blanca",
"name": "Blanca",
"description": "A clean white palette to let you focus",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #66cccc\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ffffff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #7897f3\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ccc\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #ffffff\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #7897f3\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #eeeeee\ntab-border-selected: #cccccc\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffeedd\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: #eee\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #ff9900\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Blue": {
"title": "$:/palettes/Blue",
"name": "Blue",
"description": "A blue theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour foreground>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333353\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ddddff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #5959c0\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: #ccccdd\ntab-border-selected: #ccccdd\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #eeeeff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #666666\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #ffffff\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #ffffff\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #5959c0\ntoolbar-new-button: #5eb95e\ntoolbar-options-button: rgb(128, 88, 165)\ntoolbar-save-button: #0e90d2\ntoolbar-info-button: #0e90d2\ntoolbar-edit-button: rgb(243, 123, 29)\ntoolbar-close-button: #dd514c\ntoolbar-delete-button: #dd514c\ntoolbar-cancel-button: rgb(243, 123, 29)\ntoolbar-done-button: #5eb95e\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Muted": {
"title": "$:/palettes/Muted",
"name": "Muted",
"description": "Bright tiddlers on a muted background",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #6f6f70\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #29a6ee\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #c2c1c2\nsidebar-foreground-shadow: rgba(255,255,255,0)\nsidebar-foreground: #d3d2d4\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #6f6f70\nsidebar-tab-background: #666667\nsidebar-tab-border-selected: #999\nsidebar-tab-border: #515151\nsidebar-tab-divider: #999\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: #999\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #d1d0d2\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #d5ad34\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/ContrastLight": {
"title": "$:/palettes/ContrastLight",
"name": "Contrast (Light)",
"description": "High contrast and unambiguous (light version)",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #000\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #000\ntag-foreground: #fff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
},
"$:/palettes/ContrastDark": {
"title": "$:/palettes/ContrastDark",
"name": "Contrast (Dark)",
"description": "High contrast and unambiguous (dark version)",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #000\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #fff\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #fff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
},
"$:/palettes/DarkPhotos": {
"title": "$:/palettes/DarkPhotos",
"created": "20150402111612188",
"description": "Good with dark photo backgrounds",
"modified": "20150402112344080",
"name": "DarkPhotos",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: \nbutton-foreground: \nbutton-border: \ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #ddd\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #336438\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #ccf\nsidebar-controls-foreground: #fff\nsidebar-foreground-shadow: rgba(0,0,0, 0.5)\nsidebar-foreground: #fff\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #eee\nsidebar-tab-background-selected: rgba(255,255,255, 0.8)\nsidebar-tab-background: rgba(255,255,255, 0.4)\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: rgba(255,255,255, 0.2)\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #aaf\nsidebar-tiddler-link-foreground: #ddf\nsite-title-foreground: #fff\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Rocker": {
"title": "$:/palettes/Rocker",
"name": "Rocker",
"description": "A dark theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #000\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #cc0000\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.0)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #000\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #ffbb99\nsidebar-tiddler-link-foreground: #cc0000\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffbb99\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #cc0000\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/SolarFlare": {
"title": "$:/palettes/SolarFlare",
"name": "Solar Flare",
"description": "Warm, relaxing earth colours",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": ": Background Tones\n\nbase03: #002b36\nbase02: #073642\n\n: Content Tones\n\nbase01: #586e75\nbase00: #657b83\nbase0: #839496\nbase1: #93a1a1\n\n: Background Tones\n\nbase2: #eee8d5\nbase3: #fdf6e3\n\n: Accent Colors\n\nyellow: #b58900\norange: #cb4b16\nred: #dc322f\nmagenta: #d33682\nviolet: #6c71c4\nblue: #268bd2\ncyan: #2aa198\ngreen: #859900\n\n: Additional Tones (RA)\n\nbase10: #c0c4bb\nviolet-muted: #7c81b0\nblue-muted: #4e7baa\n\nyellow-hot: #ffcc44\norange-hot: #eb6d20\nred-hot: #ff2222\nblue-hot: #2298ee\ngreen-hot: #98ee22\n\n: Palette\n\n: Do not use colour macro for background and foreground\nbackground: #fdf6e3\n download-foreground: <<colour background>>\n dragger-foreground: <<colour background>>\n dropdown-background: <<colour background>>\n modal-background: <<colour background>>\n sidebar-foreground-shadow: <<colour background>>\n tiddler-background: <<colour background>>\n tiddler-border: <<colour background>>\n tiddler-link-background: <<colour background>>\n tab-background-selected: <<colour background>>\n dropdown-tab-background-selected: <<colour tab-background-selected>>\nforeground: #657b83\n dragger-background: <<colour foreground>>\n tab-foreground: <<colour foreground>>\n tab-foreground-selected: <<colour tab-foreground>>\n sidebar-tab-foreground-selected: <<colour tab-foreground-selected>>\n sidebar-tab-foreground: <<colour tab-foreground>>\n sidebar-button-foreground: <<colour foreground>>\n sidebar-controls-foreground: <<colour foreground>>\n sidebar-foreground: <<colour foreground>>\n: base03\n: base02\n: base01\n alert-muted-foreground: <<colour base01>>\n: base00\n code-foreground: <<colour base00>>\n message-foreground: <<colour base00>>\n tag-foreground: <<colour base00>>\n: base0\n sidebar-tiddler-link-foreground: <<colour base0>>\n: base1\n muted-foreground: <<colour base1>>\n blockquote-bar: <<colour muted-foreground>>\n dropdown-border: <<colour muted-foreground>>\n sidebar-muted-foreground: <<colour muted-foreground>>\n tiddler-title-foreground: <<colour muted-foreground>>\n site-title-foreground: <<colour tiddler-title-foreground>>\n: base2\n modal-footer-background: <<colour base2>>\n page-background: <<colour base2>>\n modal-backdrop: <<colour page-background>>\n notification-background: <<colour page-background>>\n code-background: <<colour page-background>>\n code-border: <<colour code-background>>\n pre-background: <<colour page-background>>\n pre-border: <<colour pre-background>>\n sidebar-tab-background-selected: <<colour page-background>>\n table-header-background: <<colour base2>>\n tag-background: <<colour base2>>\n tiddler-editor-background: <<colour base2>>\n tiddler-info-background: <<colour base2>>\n tiddler-info-tab-background: <<colour base2>>\n tab-background: <<colour base2>>\n dropdown-tab-background: <<colour tab-background>>\n: base3\n alert-background: <<colour base3>>\n message-background: <<colour base3>>\n: yellow\n: orange\n: red\n: magenta\n alert-highlight: <<colour magenta>>\n: violet\n external-link-foreground: <<colour violet>>\n: blue\n: cyan\n: green\n: base10\n tiddler-controls-foreground: <<colour base10>>\n: violet-muted\n external-link-foreground-visited: <<colour violet-muted>>\n: blue-muted\n primary: <<colour blue-muted>>\n download-background: <<colour primary>>\n tiddler-link-foreground: <<colour primary>>\n\nalert-border: #b99e2f\ndirty-indicator: #ff0000\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nmessage-border: #cfd6e6\nmodal-border: #999999\nselect-tag-background:\nselect-tag-foreground:\nsidebar-controls-foreground-hover:\nsidebar-muted-foreground-hover:\nsidebar-tab-background: #ded8c5\nsidebar-tiddler-link-foreground-hover:\nstatic-alert-foreground: #aaaaaa\ntab-border: #cccccc\n modal-footer-border: <<colour tab-border>>\n modal-header-border: <<colour tab-border>>\n notification-border: <<colour tab-border>>\n sidebar-tab-border: <<colour tab-border>>\n tab-border-selected: <<colour tab-border>>\n sidebar-tab-border-selected: <<colour tab-border-selected>>\ntab-divider: #d8d8d8\n sidebar-tab-divider: <<colour tab-divider>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-border: #dddddd\ntiddler-subtitle-foreground: #c0c0c0\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Vanilla": {
"title": "$:/palettes/Vanilla",
"name": "Vanilla",
"description": "Pale and unobtrusive",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndiff-delete-background: #ffc9c9\ndiff-delete-foreground: <<colour foreground>>\ndiff-equal-background: \ndiff-equal-foreground: <<colour foreground>>\ndiff-insert-background: #aaefad\ndiff-insert-foreground: <<colour foreground>>\ndiff-invisible-background: \ndiff-invisible-foreground: <<colour muted-foreground>>\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #f4f4f4\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #aaaaaa\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #f4f4f4\nsidebar-tab-background: #e0e0e0\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: #e4e4e4\nsidebar-tab-foreground-selected:\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #999999\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/core/readme": {
"title": "$:/core/readme",
"text": "This plugin contains TiddlyWiki's core components, comprising:\n\n* JavaScript code modules\n* Icons\n* Templates needed to create TiddlyWiki's user interface\n* British English (''en-GB'') translations of the localisable strings used by the core\n"
},
"$:/library/sjcl.js/license": {
"title": "$:/library/sjcl.js/license",
"type": "text/plain",
"text": "SJCL is open. You can use, modify and redistribute it under a BSD\nlicense or under the GNU GPL, version 2.0.\n\n---------------------------------------------------------------------\n\nhttp://opensource.org/licenses/BSD-2-Clause\n\nCopyright (c) 2009-2015, Emily Stark, Mike Hamburg and Dan Boneh at\nStanford University. All rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are\nmet:\n\n1. Redistributions of source code must retain the above copyright\nnotice, this list of conditions and the following disclaimer.\n\n2. Redistributions in binary form must reproduce the above copyright\nnotice, this list of conditions and the following disclaimer in the\ndocumentation and/or other materials provided with the distribution.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS\nIS\" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED\nTO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A\nPARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT\nHOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,\nSPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED\nTO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR\nPROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF\nLIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING\nNEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\nSOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n\n---------------------------------------------------------------------\n\nhttp://opensource.org/licenses/GPL-2.0\n\nThe Stanford Javascript Crypto Library (hosted here on GitHub) is a\nproject by the Stanford Computer Security Lab to build a secure,\npowerful, fast, small, easy-to-use, cross-browser library for\ncryptography in Javascript.\n\nCopyright (c) 2009-2015, Emily Stark, Mike Hamburg and Dan Boneh at\nStanford University.\n\nThis program is free software; you can redistribute it and/or modify it\nunder the terms of the GNU General Public License as published by the\nFree Software Foundation; either version 2 of the License, or (at your\noption) any later version.\n\nThis program is distributed in the hope that it will be useful, but\nWITHOUT ANY WARRANTY; without even the implied warranty of\nMERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General\nPublic License for more details.\n\nYou should have received a copy of the GNU General Public License along\nwith this program; if not, write to the Free Software Foundation, Inc.,\n59 Temple Place, Suite 330, Boston, MA 02111-1307 USA"
},
"$:/core/templates/MOTW.html": {
"title": "$:/core/templates/MOTW.html",
"text": "\\rules only filteredtranscludeinline transcludeinline entity\n<!-- The following comment is called a MOTW comment and is necessary for the TiddlyIE Internet Explorer extension -->\n<!-- saved from url=(0021)https://tiddlywiki.com --> "
},
"$:/core/templates/alltiddlers.template.html": {
"title": "$:/core/templates/alltiddlers.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "<!-- This template is provided for backwards compatibility with older versions of TiddlyWiki -->\n\n<$set name=\"exportFilter\" value=\"[!is[system]sort[title]]\">\n\n{{$:/core/templates/exporters/StaticRiver}}\n\n</$set>\n"
},
"$:/core/templates/canonical-uri-external-image": {
"title": "$:/core/templates/canonical-uri-external-image",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external images.\n\nChange the `./images/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./images/<$view field=\"title\" format=\"doubleurlencoded\"/>"
},
"$:/core/templates/canonical-uri-external-raw": {
"title": "$:/core/templates/canonical-uri-external-raw",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external raw files that are stored in the same directory\n\n-->\n<$view field=\"title\" format=\"doubleurlencoded\"/>"
},
"$:/core/templates/canonical-uri-external-text": {
"title": "$:/core/templates/canonical-uri-external-text",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external text files.\n\nChange the `./text/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./text/<$view field=\"title\" format=\"doubleurlencoded\"/>.tid"
},
"$:/core/templates/css-tiddler": {
"title": "$:/core/templates/css-tiddler",
"text": "<!--\n\nThis template is used for saving CSS tiddlers as a style tag with data attributes representing the tiddler fields.\n\n-->`<style`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/css\">`<$view field=\"text\" format=\"text\" />`</style>`"
},
"$:/core/templates/exporters/CsvFile": {
"title": "$:/core/templates/exporters/CsvFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/CsvFile}}",
"extension": ".csv",
"text": "\\define renderContent()\n<$text text=<<csvtiddlers filter:\"\"\"$(exportFilter)$\"\"\" format:\"quoted-comma-sep\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/JsonFile": {
"title": "$:/core/templates/exporters/JsonFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/JsonFile}}",
"extension": ".json",
"text": "\\define renderContent()\n<$text text=<<jsontiddlers filter:\"\"\"$(exportFilter)$\"\"\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/StaticRiver": {
"title": "$:/core/templates/exporters/StaticRiver",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/StaticRiver}}",
"extension": ".html",
"text": "\\define tv-wikilink-template() #$uri_encoded$\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n<section class=\"tc-story-river\">\n{{$:/core/templates/exporters/StaticRiver/Content||$:/core/templates/html-tiddler}}\n</section>\n</body>\n</html>\n"
},
"$:/core/templates/exporters/StaticRiver/Content": {
"title": "$:/core/templates/exporters/StaticRiver/Content",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ ||$:/core/templates/static-tiddler}}}\n\\end\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n<<renderContent>>\n"
},
"$:/core/templates/exporters/TidFile": {
"title": "$:/core/templates/exporters/TidFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/TidFile}}",
"extension": ".tid",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ +[limit[1]] ||$:/core/templates/tid-tiddler}}}\n\\end\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n<<renderContent>>"
},
"$:/core/save/all-external-js": {
"title": "$:/core/save/all-external-js",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/core]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] $(publishFilter)$\n\\end\n{{$:/core/templates/tiddlywiki5-external-js.html}}\n"
},
"$:/core/templates/tiddlywiki5.js": {
"title": "$:/core/templates/tiddlywiki5.js",
"text": "\\rules only filteredtranscludeinline transcludeinline codeinline\n\n/*\n{{ $:/core/copyright.txt ||$:/core/templates/plain-text-tiddler}}\n`*/\n`<!--~~ Library modules ~~-->\n{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/plain-text-tiddler}}}\n<!--~~ Boot prefix ~~-->\n{{ $:/boot/bootprefix.js ||$:/core/templates/plain-text-tiddler}}\n<!--~~ Core plugin ~~-->\n{{$:/core/templates/tiddlywiki5.js/tiddlers}}\n<!--~~ Boot kernel ~~-->\n{{ $:/boot/boot.js ||$:/core/templates/plain-text-tiddler}}\n"
},
"$:/core/templates/tiddlywiki5.js/tiddlers": {
"title": "$:/core/templates/tiddlywiki5.js/tiddlers",
"text": "`\n$tw.preloadTiddlerArray(`<$text text=<<jsontiddlers \"[[$:/core]]\">>/>`);\n$tw.preloadTiddlerArray([{\n\ttitle: \"$:/config/SaveWikiButton/Template\",\n\ttext: \"$:/core/save/all-external-js\"\n}]);\n`\n"
},
"$:/core/templates/tiddlywiki5-external-js.html": {
"title": "$:/core/templates/tiddlywiki5-external-js.html",
"text": "\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n{{$:/core/templates/MOTW.html}}<html>\n<head>\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=Edge\">\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"{{$:/core/copyright.txt}}\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/core/wiki/rawmarkup]] [all[shadows+tiddlers]tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified]] ||$:/core/templates/raw-static-tiddler}}}\n</head>\n<body class=\"tc-body\">\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<!--~~ Static content for Google and browsers without JavaScript ~~-->\n<noscript>\n<div id=\"splashArea\">\n{{$:/core/templates/static.area}}\n</div>\n</noscript>\n<!--~~ Ordinary tiddlers ~~-->\n{{$:/core/templates/store.area.template.html}}\n</body>\n<script src=\"%24%3A%2Fcore%2Ftemplates%2Ftiddlywiki5.js\" onerror=\"alert('Error: Cannot load tiddlywiki.js');\"></script>\n</html>\n"
},
"$:/core/templates/html-div-tiddler": {
"title": "$:/core/templates/html-div-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as an HTML DIV tag with attributes representing the tiddler fields.\n\n-->`<div`<$fields template=' $name$=\"$encoded_value$\"'></$fields>`>\n<pre>`<$view field=\"text\" format=\"htmlencoded\" />`</pre>\n</div>`\n"
},
"$:/core/templates/html-tiddler": {
"title": "$:/core/templates/html-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as raw HTML\n\n--><$view field=\"text\" format=\"htmlwikified\" />"
},
"$:/core/templates/javascript-tiddler": {
"title": "$:/core/templates/javascript-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields.\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\">`<$view field=\"text\" format=\"text\" />`</script>`"
},
"$:/core/templates/json-tiddler": {
"title": "$:/core/templates/json-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as raw JSON\n\n--><$text text=<<jsontiddler>>/>"
},
"$:/core/templates/module-tiddler": {
"title": "$:/core/templates/module-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields. The body of the tiddler is wrapped in a call to the `$tw.modules.define` function in order to define the body of the tiddler as a module\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\" data-module=\"yes\">$tw.modules.define(\"`<$view field=\"title\" format=\"jsencoded\" />`\",\"`<$view field=\"module-type\" format=\"jsencoded\" />`\",function(module,exports,require) {`<$view field=\"text\" format=\"text\" />`});\n</script>`"
},
"$:/core/templates/plain-text-tiddler": {
"title": "$:/core/templates/plain-text-tiddler",
"text": "<$view field=\"text\" format=\"text\" />"
},
"$:/core/templates/raw-static-tiddler": {
"title": "$:/core/templates/raw-static-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as static HTML\n\n--><$view field=\"text\" format=\"plainwikified\" />"
},
"$:/core/save/all": {
"title": "$:/core/save/all",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] $(publishFilter)$\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/empty": {
"title": "$:/core/save/empty",
"text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/lazy-all": {
"title": "$:/core/save/lazy-all",
"text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/lazy-images": {
"title": "$:/core/save/lazy-images",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] -[!is[system]is[image]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/templates/server/static.sidebar.wikitext": {
"title": "$:/core/templates/server/static.sidebar.wikitext",
"text": "\\whitespace trim\n<div class=\"tc-sidebar-scrollable\" style=\"overflow: auto;\">\n<div class=\"tc-sidebar-header\">\n<h1 class=\"tc-site-title\">\n<$transclude tiddler=\"$:/SiteTitle\"/>\n</h1>\n<div class=\"tc-site-subtitle\">\n<$transclude tiddler=\"$:/SiteSubtitle\"/>\n</div>\n<h2>\n</h2>\n<div class=\"tc-sidebar-lists\">\n<$list filter={{$:/DefaultTiddlers}}>\n<div class=\"tc-menu-list-subitem\">\n<$link><$text text=<<currentTiddler>>/></$link>\n</div>\n</$list>\n</div>\n<!-- Currently disabled the recent list as it is unweildy when the responsive narrow view kicks in\n<h2>\n{{$:/language/SideBar/Recent/Caption}}\n</h2>\n<div class=\"tc-sidebar-lists\">\n<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n</div>\n</div>\n</div>\n-->\n"
},
"$:/core/templates/server/static.tiddler.html": {
"title": "$:/core/templates/server/static.tiddler.html",
"text": "\\whitespace trim\n\\define tv-wikilink-template() $uri_encoded$\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content={{$:/core/templates/version}} />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"%24%3A%2Fcore%2Ftemplates%2Fstatic.template.css\">\n<title><$view field=\"caption\" format=\"plainwikified\"><$view field=\"title\"/></$view>: <$view tiddler=\"$:/core/wiki/title\" format=\"plainwikified\"/></title>\n</head>\n<body class=\"tc-body\">\n<$transclude tiddler=\"$:/core/templates/server/static.sidebar.wikitext\" mode=\"inline\"/>\n<section class=\"tc-story-river\">\n<div class=\"tc-tiddler-frame\">\n<$transclude tiddler=\"$:/core/templates/server/static.tiddler.wikitext\" mode=\"inline\"/>\n</div>\n</section>\n</body>\n</html>"
},
"$:/core/templates/server/static.tiddler.wikitext": {
"title": "$:/core/templates/server/static.tiddler.wikitext",
"text": "\\whitespace trim\n<div class=\"tc-tiddler-title\">\n<div class=\"tc-titlebar\">\n<h2><$text text=<<currentTiddler>>/></h2>\n</div>\n</div>\n<div class=\"tc-subtitle\">\n<$link to={{!!modifier}}>\n<$view field=\"modifier\"/>\n</$link> <$view field=\"modified\" format=\"date\" template={{$:/language/Tiddler/DateFormat}}/>\n</div>\n<div class=\"tc-tags-wrapper\">\n<$list filter=\"[all[current]tags[]sort[title]]\">\n<a href={{{ [<currentTiddler>encodeuricomponent[]] }}}>\n<$macrocall $name=\"tag-pill\" tag=<<currentTiddler>>/>\n</a>\n</$list>\n</div>\n<div class=\"tc-tiddler-body\">\n<$transclude mode=\"block\"/>\n</div>\n"
},
"$:/core/templates/single.tiddler.window": {
"title": "$:/core/templates/single.tiddler.window",
"text": "<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"tempCurrentTiddler\" value=<<currentTiddler>>>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=<<tempCurrentTiddler>>>\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\">\n\n<$transclude mode=\"block\"/>\n\n</$navigator>\n\n</$importvariables>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n"
},
"$:/core/templates/split-recipe": {
"title": "$:/core/templates/split-recipe",
"text": "<$list filter=\"[!is[system]]\">\ntiddler: <$view field=\"title\" format=\"urlencoded\"/>.tid\n</$list>\n"
},
"$:/core/templates/static-tiddler": {
"title": "$:/core/templates/static-tiddler",
"text": "<a name=<<currentTiddler>>>\n<$transclude tiddler=\"$:/core/ui/ViewTemplate\"/>\n</a>"
},
"$:/core/templates/static.area": {
"title": "$:/core/templates/static.area",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawStaticContent]!has[draft.of]] ||$:/core/templates/raw-static-tiddler}}}\n{{$:/core/templates/static.content||$:/core/templates/html-tiddler}}\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\nThis file contains an encrypted ~TiddlyWiki. Enable ~JavaScript and enter the decryption password when prompted.\n</$reveal>\n"
},
"$:/core/templates/static.content": {
"title": "$:/core/templates/static.content",
"text": "<!-- For Google, and people without JavaScript-->\nThis [[TiddlyWiki|https://tiddlywiki.com]] contains the following tiddlers:\n\n<ul>\n<$list filter=<<saveTiddlerFilter>>>\n<li><$view field=\"title\" format=\"text\"></$view></li>\n</$list>\n</ul>\n"
},
"$:/core/templates/static.template.css": {
"title": "$:/core/templates/static.template.css",
"text": "{{$:/boot/boot.css||$:/core/templates/plain-text-tiddler}}\n\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n"
},
"$:/core/templates/static.template.html": {
"title": "$:/core/templates/static.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "\\define tv-wikilink-template() static/$uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n{{$:/core/ui/PageTemplate||$:/core/templates/html-tiddler}}\n</body>\n</html>\n"
},
"$:/core/templates/static.tiddler.html": {
"title": "$:/core/templates/static.tiddler.html",
"text": "\\define tv-wikilink-template() $uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n`<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"static.css\">\n<title>`<$view field=\"caption\"><$view field=\"title\"/></$view>: {{$:/core/wiki/title}}`</title>\n</head>\n<body class=\"tc-body\">\n`{{$:/StaticBanner||$:/core/templates/html-tiddler}}`\n<section class=\"tc-story-river\">\n`<$view tiddler=\"$:/core/ui/ViewTemplate\" format=\"htmlwikified\"/>`\n</section>\n</body>\n</html>\n`"
},
"$:/core/templates/store.area.template.html": {
"title": "$:/core/templates/store.area.template.html",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n`<div id=\"storeArea\" style=\"display:none;\">`\n<$list filter=<<saveTiddlerFilter>> template=\"$:/core/templates/html-div-tiddler\"/>\n`</div>`\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n`<!--~~ Encrypted tiddlers ~~-->`\n`<pre id=\"encryptedStoreArea\" type=\"text/plain\" style=\"display:none;\">`\n<$encrypt filter=<<saveTiddlerFilter>>/>\n`</pre>`\n</$reveal>"
},
"$:/core/templates/tid-tiddler": {
"title": "$:/core/templates/tid-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers in TiddlyWeb *.tid format\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>`\n`<$view field=\"text\" format=\"text\" />"
},
"$:/core/templates/tiddler-metadata": {
"title": "$:/core/templates/tiddler-metadata",
"text": "<!--\n\nThis template is used for saving tiddler metadata *.meta files\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>"
},
"$:/core/templates/tiddlywiki5.html": {
"title": "$:/core/templates/tiddlywiki5.html",
"text": "\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n{{$:/core/templates/MOTW.html}}<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<!--~~ Raw markup for the top of the head section ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified/TopHead]] ||$:/core/templates/raw-static-tiddler}}}\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=Edge\"/>\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"{{$:/core/copyright.txt}}\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/core/wiki/rawmarkup]] [all[shadows+tiddlers]tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified]] ||$:/core/templates/raw-static-tiddler}}}\n</head>\n<body class=\"tc-body\">\n<!--~~ Raw markup for the top of the body section ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified/TopBody]] ||$:/core/templates/raw-static-tiddler}}}\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<!--~~ Static content for Google and browsers without JavaScript ~~-->\n<noscript>\n<div id=\"splashArea\">\n{{$:/core/templates/static.area}}\n</div>\n</noscript>\n<!--~~ Ordinary tiddlers ~~-->\n{{$:/core/templates/store.area.template.html}}\n<!--~~ Library modules ~~-->\n<div id=\"libraryModules\" style=\"display:none;\">\n{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/javascript-tiddler}}}\n</div>\n<!--~~ Boot kernel prologue ~~-->\n<div id=\"bootKernelPrefix\" style=\"display:none;\">\n{{ $:/boot/bootprefix.js ||$:/core/templates/javascript-tiddler}}\n</div>\n<!--~~ Boot kernel ~~-->\n<div id=\"bootKernel\" style=\"display:none;\">\n{{ $:/boot/boot.js ||$:/core/templates/javascript-tiddler}}\n</div>\n<!--~~ Raw markup for the bottom of the body section ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified/BottomBody]] ||$:/core/templates/raw-static-tiddler}}}\n</body>\n</html>\n"
},
"$:/core/templates/version": {
"title": "$:/core/templates/version",
"text": "<<version>>"
},
"$:/core/templates/wikified-tiddler": {
"title": "$:/core/templates/wikified-tiddler",
"text": "<$transclude />"
},
"$:/core/ui/AboveStory/tw2-plugin-check": {
"title": "$:/core/ui/AboveStory/tw2-plugin-check",
"tags": "$:/tags/AboveStory",
"text": "\\define lingo-base() $:/language/AboveStory/ClassicPlugin/\n<$list filter=\"[all[system+tiddlers]tag[systemConfig]limit[1]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n<ul>\n\n<$list filter=\"[all[system+tiddlers]tag[systemConfig]]\">\n\n<li>\n\n<$link><$view field=\"title\"/></$link>\n\n</li>\n\n</$list>\n\n</ul>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/Actions/new-image": {
"title": "$:/core/ui/Actions/new-image",
"tags": "$:/tags/Actions",
"description": "create a new image tiddler",
"text": "\\define get-type()\nimage/$(imageType)$\n\\end\n<$vars imageType={{$:/config/NewImageType}}>\n<$action-sendmessage $message=\"tm-new-tiddler\" type=<<get-type>>/>\n</$vars>\n"
},
"$:/core/ui/Actions/new-journal": {
"title": "$:/core/ui/Actions/new-journal",
"tags": "$:/tags/Actions",
"description": "create a new journal tiddler",
"text": "<$vars journalTitleTemplate={{$:/config/NewJournal/Title}} journalTags={{$:/config/NewJournal/Tags}} journalText={{$:/config/NewJournal/Text}}>\n<$wikify name=\"journalTitle\" text=\"\"\"<$macrocall $name=\"now\" format=<<journalTitleTemplate>>/>\"\"\">\n<$reveal type=\"nomatch\" state=<<journalTitle>> text=\"\">\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<journalTitle>> tags=<<journalTags>> text={{{ [<journalTitle>get[]] }}}/>\n</$reveal>\n<$reveal type=\"match\" state=<<journalTitle>> text=\"\">\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<journalTitle>> tags=<<journalTags>> text=<<journalText>>/>\n</$reveal>\n</$wikify>\n</$vars>\n"
},
"$:/core/ui/Actions/new-tiddler": {
"title": "$:/core/ui/Actions/new-tiddler",
"tags": "$:/tags/Actions",
"description": "create a new empty tiddler",
"text": "<$action-sendmessage $message=\"tm-new-tiddler\"/>\n"
},
"$:/core/ui/AdvancedSearch/Filter": {
"title": "$:/core/ui/AdvancedSearch/Filter",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Filter/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<<lingo Filter/Hint>>\n\n<div class=\"tc-search tc-advanced-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch/FilterButton]!has[draft.of]]\"><$transclude/></$list>\n</div>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\n<div class=\"tc-search-results\">\n<<lingo Filter/Matches>>\n<$list filter={{$:/temp/advancedsearch}} template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$set>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/clear": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/clear",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/delete": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/delete",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button popup=<<qualify \"$:/state/filterDeleteDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/delete-button}}\n</$button>\n</$reveal>\n\n<$reveal state=<<qualify \"$:/state/filterDeleteDropdown\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<div class=\"tc-dropdown-item-plain\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\nAre you sure you wish to delete <<resultCount>> tiddler(s)?\n</$set>\n</div>\n<div class=\"tc-dropdown-item-plain\">\n<$button class=\"tc-btn\">\n<$action-deletetiddler $filter={{$:/temp/advancedsearch}}/>\nDelete these tiddlers\n</$button>\n</div>\n</div>\n</div>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/filterDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</span>\n\n<$reveal state=<<qualify \"$:/state/filterDropdown\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n<$set name=\"tv-show-missing-links\" value=\"yes\">\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Filter]]\"><$link to={{!!filter}}><$transclude field=\"description\"/></$link>\n</$list>\n</div>\n</div>\n</$linkcatcher>\n</$set>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/export": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/export",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$macrocall $name=\"exportButton\" exportFilter={{$:/temp/advancedsearch}} lingoBase=\"$:/language/Buttons/ExportTiddlers/\"/>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Shadows": {
"title": "$:/core/ui/AdvancedSearch/Shadows",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Shadows/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Shadows/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[all[shadows]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo Shadows/Matches>>\n\n<$list filter=\"[all[shadows]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$list>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Standard": {
"title": "$:/core/ui/AdvancedSearch/Standard",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Standard/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Standard/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n<$set name=\"searchTiddler\" value=\"$:/temp/advancedsearch\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude/>\n</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$list>\n</$set>\n</$list>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/System": {
"title": "$:/core/ui/AdvancedSearch/System",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/System/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo System/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[is[system]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo System/Matches>>\n\n<$list filter=\"[is[system]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$list>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/AdvancedSearch": {
"title": "$:/AdvancedSearch",
"icon": "$:/core/images/advanced-search-button",
"color": "#bbb",
"text": "<div class=\"tc-advanced-search\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch]!has[draft.of]]\" \"$:/core/ui/AdvancedSearch/System\">>\n</div>\n"
},
"$:/core/ui/AlertTemplate": {
"title": "$:/core/ui/AlertTemplate",
"text": "<div class=\"tc-alert\">\n<div class=\"tc-alert-toolbar\">\n<$button class=\"tc-btn-invisible\"><$action-deletetiddler $tiddler=<<currentTiddler>>/>{{$:/core/images/delete-button}}</$button>\n</div>\n<div class=\"tc-alert-subtitle\">\n<$view field=\"component\"/> - <$view field=\"modified\" format=\"date\" template=\"0hh:0mm:0ss DD MM YYYY\"/> <$reveal type=\"nomatch\" state=\"!!count\" text=\"\"><span class=\"tc-alert-highlight\">({{$:/language/Count}}: <$view field=\"count\"/>)</span></$reveal>\n</div>\n<div class=\"tc-alert-body\">\n\n<$transclude/>\n\n</div>\n</div>\n"
},
"$:/core/ui/BinaryWarning": {
"title": "$:/core/ui/BinaryWarning",
"text": "\\define lingo-base() $:/language/BinaryWarning/\n<div class=\"tc-binary-warning\">\n\n<<lingo Prompt>>\n\n</div>\n"
},
"$:/core/ui/Components/plugin-info": {
"title": "$:/core/ui/Components/plugin-info",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define popup-state-macro()\n$(qualified-state)$-$(currentTiddler)$\n\\end\n\n\\define tabs-state-macro()\n$(popup-state)$-$(pluginInfoType)$\n\\end\n\n\\define plugin-icon-title()\n$(currentTiddler)$/icon\n\\end\n\n\\define plugin-disable-title()\n$:/config/Plugins/Disabled/$(currentTiddler)$\n\\end\n\n\\define plugin-table-body(type,disabledMessage,default-popup-state)\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\" default=\"\"\"$default-popup-state$\"\"\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\" default=\"\"\"$default-popup-state$\"\"\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<plugin-icon-title>>>\n<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\n</$transclude>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1>\n''<$view field=\"description\"><$view field=\"title\"/></$view>'' $disabledMessage$\n</h1>\n<h2>\n<$view field=\"title\"/>\n</h2>\n<h2>\n<div><em><$view field=\"version\"/></em></div>\n</h2>\n</div>\n\\end\n\n\\define plugin-info(type,default-popup-state)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info\">\n<<plugin-table-body type:\"$type$\" default-popup-state:\"\"\"$default-popup-state$\"\"\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info tc-plugin-info-disabled\">\n<<plugin-table-body type:\"$type$\" default-popup-state:\"\"\"$default-popup-state$\"\"\" disabledMessage:\"<$macrocall $name='lingo' title='Disabled/Status'/>\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>> default=\"\"\"$default-popup-state$\"\"\">\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-body\">\n<$list filter=\"[all[current]] -[[$:/core]]\">\n<div style=\"float:right;\">\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"yes\" tooltip={{$:/language/ControlPanel/Plugins/Disable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Disable/Caption}}>\n<<lingo Disable/Caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"no\" tooltip={{$:/language/ControlPanel/Plugins/Enable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Enable/Caption}}>\n<<lingo Enable/Caption>>\n</$button>\n</$reveal>\n</div>\n</$list>\n<$set name=\"tabsList\" filter=\"[<currentTiddler>list[]] contents\">\n<$macrocall $name=\"tabs\" state=<<tabs-state-macro>> tabsList=<<tabsList>> default={{{ [enlist<tabsList>] }}} template=\"$:/core/ui/PluginInfo\"/>\n</$set>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n<$macrocall $name=\"plugin-info\" type=<<plugin-type>> default-popup-state=<<default-popup-state>>/>\n"
},
"$:/core/ui/Components/tag-link": {
"title": "$:/core/ui/Components/tag-link",
"text": "<$link>\n<$set name=\"backgroundColor\" value={{!!color}}>\n<span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\"/>\n</span>\n</$set>\n</$link>"
},
"$:/core/ui/ControlPanel/Advanced": {
"title": "$:/core/ui/ControlPanel/Advanced",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Advanced/Caption}}",
"text": "{{$:/language/ControlPanel/Advanced/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Advanced]!has[draft.of]]\" \"$:/core/ui/ControlPanel/TiddlerFields\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Appearance": {
"title": "$:/core/ui/ControlPanel/Appearance",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Appearance/Caption}}",
"text": "{{$:/language/ControlPanel/Appearance/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Appearance]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Theme\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Basics": {
"title": "$:/core/ui/ControlPanel/Basics",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Basics/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\n\n\\define show-filter-count(filter)\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $value=\"\"\"$filter$\"\"\"/>\n<$action-setfield $tiddler=\"$:/state/tab--1498284803\" $value=\"$:/core/ui/AdvancedSearch/Filter\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n''<$count filter=\"\"\"$filter$\"\"\"/>''\n{{$:/core/images/advanced-search-button}}\n</$button>\n\\end\n\n|<<lingo Version/Prompt>> |''<<version>>'' |\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/status/UserName\"><<lingo Username/Prompt>></$link> |<$edit-text tiddler=\"$:/status/UserName\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/AnimationDuration\"><<lingo AnimDuration/Prompt>></$link> |<$edit-text tiddler=\"$:/config/AnimationDuration\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\" class=\"tc-edit-texteditor\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n|<$link to=\"$:/language/DefaultNewTiddlerTitle\"><<lingo NewTiddler/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/language/DefaultNewTiddlerTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Title\"><<lingo NewJournal/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Title\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Text\"><<lingo NewJournal/Text/Prompt>></$link> |<$edit tiddler=\"$:/config/NewJournal/Text\" tag=\"textarea\" class=\"tc-edit-texteditor\" default=\"\"/> |\n|<$link to=\"$:/config/NewJournal/Tags\"><<lingo NewJournal/Tags/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Tags\" default=\"\" tag=\"input\"/> |\n|<<lingo Language/Prompt>> |{{$:/snippets/minilanguageswitcher}} |\n|<<lingo Tiddlers/Prompt>> |<<show-filter-count \"[!is[system]sort[title]]\">> |\n|<<lingo Tags/Prompt>> |<<show-filter-count \"[tags[]sort[title]]\">> |\n|<<lingo SystemTiddlers/Prompt>> |<<show-filter-count \"[is[system]sort[title]]\">> |\n|<<lingo ShadowTiddlers/Prompt>> |<<show-filter-count \"[all[shadows]sort[title]]\">> |\n|<<lingo OverriddenShadowTiddlers/Prompt>> |<<show-filter-count \"[is[tiddler]is[shadow]sort[title]]\">> |\n"
},
"$:/core/ui/ControlPanel/EditorTypes": {
"title": "$:/core/ui/ControlPanel/EditorTypes",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/EditorTypes/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/EditorTypes/\n\n<<lingo Hint>>\n\n<table>\n<tbody>\n<tr>\n<th><<lingo Type/Caption>></th>\n<th><<lingo Editor/Caption>></th>\n</tr>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/config/EditorTypeMappings/]sort[title]]\">\n<tr>\n<td>\n<$link>\n<$list filter=\"[all[current]removeprefix[$:/config/EditorTypeMappings/]]\">\n<$text text={{!!title}}/>\n</$list>\n</$link>\n</td>\n<td>\n<$view field=\"text\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ControlPanel/Info": {
"title": "$:/core/ui/ControlPanel/Info",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Info/Caption}}",
"text": "{{$:/language/ControlPanel/Info/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Info]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Basics\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/KeyboardShortcuts": {
"title": "$:/core/ui/ControlPanel/KeyboardShortcuts",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/KeyboardShortcuts/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/KeyboardShortcuts/\n\n\\define new-shortcut(title)\n<div class=\"tc-dropdown-item-plain\">\n<$edit-shortcut tiddler=\"$title$\" placeholder={{$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt}} style=\"width:auto;\"/> <$button>\n<<lingo Add/Caption>>\n<$action-listops\n\t$tiddler=\"$(shortcutTitle)$\"\n\t$field=\"text\"\n\t$subfilter=\"[{$title$}]\"\n/>\n<$action-deletetiddler\n\t$tiddler=\"$title$\"\n/>\n</$button>\n</div>\n\\end\n\n\\define shortcut-list-item(caption)\n<td>\n</td>\n<td style=\"text-align:right;font-size:0.7em;\">\n<<lingo Platform/$caption$>>\n</td>\n<td>\n<div style=\"position:relative;\">\n<$button popup=<<qualify \"$:/state/dropdown/$(shortcutTitle)$\">> class=\"tc-btn-invisible\">\n{{$:/core/images/edit-button}}\n</$button>\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts={{$(shortcutTitle)$}} prefix=\"<kbd>\" separator=\"</kbd> <kbd>\" suffix=\"</kbd>\"/>\n\n<$reveal state=<<qualify \"$:/state/dropdown/$(shortcutTitle)$\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown tc-popup-keep\">\n<$list filter=\"[list[$(shortcutTitle)$!!text]sort[title]]\" variable=\"shortcut\" emptyMessage=\"\"\"\n<div class=\"tc-dropdown-item-plain\">\n//<<lingo NoShortcuts/Caption>>//\n</div>\n\"\"\">\n<div class=\"tc-dropdown-item-plain\">\n<$button class=\"tc-btn-invisible\" tooltip=<<lingo Remove/Hint>>>\n<$action-listops\n\t$tiddler=\"$(shortcutTitle)$\"\n\t$field=\"text\"\n\t$subfilter=\"+[remove<shortcut>]\"\n/>\n×\n</$button>\n<kbd>\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts=<<shortcut>>/>\n</kbd>\n</div>\n</$list>\n<hr/>\n<$macrocall $name=\"new-shortcut\" title=<<qualify \"$:/state/new-shortcut/$(shortcutTitle)$\">>/>\n</div>\n</div>\n</$reveal>\n</div>\n</td>\n\\end\n\n\\define shortcut-list(caption,prefix)\n<tr>\n<$list filter=\"[[$prefix$$(shortcutName)$]]\" variable=\"shortcutTitle\">\n<<shortcut-list-item \"$caption$\">>\n</$list>\n</tr>\n\\end\n\n\\define shortcut-editor()\n<<shortcut-list \"All\" \"$:/config/shortcuts/\">>\n<<shortcut-list \"Mac\" \"$:/config/shortcuts-mac/\">>\n<<shortcut-list \"NonMac\" \"$:/config/shortcuts-not-mac/\">>\n<<shortcut-list \"Linux\" \"$:/config/shortcuts-linux/\">>\n<<shortcut-list \"NonLinux\" \"$:/config/shortcuts-not-linux/\">>\n<<shortcut-list \"Windows\" \"$:/config/shortcuts-windows/\">>\n<<shortcut-list \"NonWindows\" \"$:/config/shortcuts-not-windows/\">>\n\\end\n\n\\define shortcut-preview()\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts={{$(shortcutPrefix)$$(shortcutName)$}} prefix=\"<kbd>\" separator=\"</kbd> <kbd>\" suffix=\"</kbd>\"/>\n\\end\n\n\\define shortcut-item-inner()\n<tr>\n<td>\n<$reveal type=\"nomatch\" state=<<dropdownStateTitle>> text=\"open\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield\n\t$tiddler=<<dropdownStateTitle>>\n\t$value=\"open\"\n/>\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<dropdownStateTitle>> text=\"open\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield\n\t$tiddler=<<dropdownStateTitle>>\n\t$value=\"close\"\n/>\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n''<$text text=<<shortcutName>>/>''\n</td>\n<td>\n<$transclude tiddler=\"$:/config/ShortcutInfo/$(shortcutName)$\"/>\n</td>\n<td>\n<$list filter=\"$:/config/shortcuts/ $:/config/shortcuts-mac/ $:/config/shortcuts-not-mac/ $:/config/shortcuts-linux/ $:/config/shortcuts-not-linux/ $:/config/shortcuts-windows/ $:/config/shortcuts-not-windows/\" variable=\"shortcutPrefix\">\n<<shortcut-preview>>\n</$list>\n</td>\n</tr>\n<$set name=\"dropdownState\" value={{$(dropdownStateTitle)$}}>\n<$list filter=\"[<dropdownState>prefix[open]]\" variable=\"listItem\">\n<<shortcut-editor>>\n</$list>\n</$set>\n\\end\n\n\\define shortcut-item()\n<$set name=\"dropdownStateTitle\" value=<<qualify \"$:/state/dropdown/keyboardshortcut/$(shortcutName)$\">>>\n<<shortcut-item-inner>>\n</$set>\n\\end\n\n<table>\n<tbody>\n<$list filter=\"[all[shadows+tiddlers]removeprefix[$:/config/ShortcutInfo/]]\" variable=\"shortcutName\">\n<<shortcut-item>>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ControlPanel/LoadedModules": {
"title": "$:/core/ui/ControlPanel/LoadedModules",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/LoadedModules/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n<<lingo LoadedModules/Hint>>\n\n{{$:/snippets/modules}}\n"
},
"$:/core/ui/ControlPanel/Modals/AddPlugins": {
"title": "$:/core/ui/ControlPanel/Modals/AddPlugins",
"subtitle": "{{$:/core/images/download-button}} {{$:/language/ControlPanel/Plugins/Add/Caption}}",
"text": "\\define install-plugin-button()\n<$button>\n<$action-sendmessage $message=\"tm-load-plugin-from-library\" url={{!!url}} title={{$(assetInfo)$!!original-title}}/>\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"{{$:/language/ControlPanel/Plugins/Install/Caption}}\"\"\">\n{{$:/language/ControlPanel/Plugins/Reinstall/Caption}}\n</$list>\n</$button>\n\\end\n\n\\define popup-state-macro()\n$:/state/add-plugin-info/$(connectionTiddler)$/$(assetInfo)$\n\\end\n\n\\define display-plugin-info(type)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<div class=\"tc-plugin-info\">\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$list filter=\"[<assetInfo>has[icon]]\" emptyMessage=\"\"\"<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\"\"\">\n<img src={{$(assetInfo)$!!icon}}/>\n</$list>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1><$view tiddler=<<assetInfo>> field=\"description\"/></h1>\n<h2><$view tiddler=<<assetInfo>> field=\"original-title\"/></h2>\n<div><em><$view tiddler=<<assetInfo>> field=\"version\"/></em></div>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<<install-plugin-button>>\n</div>\n</div>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-message\">\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"{{$:/language/ControlPanel/Plugins/NotInstalled/Hint}}\"\"\">\n<em>\n{{$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint}}\n</em>\n</$list>\n</div>\n<div class=\"tc-plugin-info-dropdown-body\">\n<$transclude tiddler=<<assetInfo>> field=\"readme\" mode=\"block\"/>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n\\define load-plugin-library-button()\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-load-plugin-library\" url={{!!url}} infoTitlePrefix=\"$:/temp/RemoteAssetInfo/\"/>\n{{$:/core/images/chevron-right}} {{$:/language/ControlPanel/Plugins/OpenPluginLibrary}}\n</$button>\n\\end\n\n\\define display-server-assets(type)\n{{$:/language/Search/Search}}: <$edit-text tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" default=\"\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n<div class=\"tc-plugin-library-listing\">\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[$type$]search{$:/temp/RemoteAssetSearch/$(currentTiddler)$}sort[description]]\" variable=\"assetInfo\">\n<<display-plugin-info \"$type$\">>\n</$list>\n</div>\n\\end\n\n\\define display-server-connection()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/ServerConnection]suffix{!!url}]\" variable=\"connectionTiddler\" emptyMessage=<<load-plugin-library-button>>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Add/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Add/Themes]] [[$:/core/ui/ControlPanel/Plugins/Add/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Add/Plugins\">>\n\n</$list>\n\\end\n\n\\define close-library-button()\n<$reveal type='nomatch' state='$:/temp/ServerConnection/$(PluginLibraryURL)$' text=''>\n<$button class='tc-btn-big-green'>\n<$action-sendmessage $message=\"tm-unload-plugin-library\" url={{!!url}}/>\n{{$:/core/images/chevron-left}} {{$:/language/ControlPanel/Plugins/ClosePluginLibrary}}\n<$action-deletetiddler $filter=\"[prefix[$:/temp/ServerConnection/$(PluginLibraryURL)$]][prefix[$:/temp/RemoteAssetInfo/$(PluginLibraryURL)$]]\"/>\n</$button>\n</$reveal>\n\\end\n\n\\define plugin-library-listing()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/PluginLibrary]]\">\n<div class=\"tc-plugin-library\">\n\n!! <$link><$transclude field=\"caption\"><$view field=\"title\"/></$transclude></$link>\n\n//<$view field=\"url\"/>//\n\n<$transclude/>\n\n<$set name=PluginLibraryURL value={{!!url}}>\n<<close-library-button>>\n</$set>\n\n<<display-server-connection>>\n</div>\n</$list>\n\\end\n\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n\n<div>\n<<plugin-library-listing>>\n</div>\n"
},
"$:/core/ui/ControlPanel/Palette": {
"title": "$:/core/ui/ControlPanel/Palette",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Palette/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n\n{{$:/snippets/paletteswitcher}}\n\n<$reveal type=\"nomatch\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"yes\"><<lingo ShowEditor/Caption>></$button>\n\n</$reveal>\n\n<$reveal type=\"match\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"no\"><<lingo HideEditor/Caption>></$button>\n{{$:/snippets/paletteeditor}}\n\n</$reveal>\n\n"
},
"$:/core/ui/ControlPanel/Parsing": {
"title": "$:/core/ui/ControlPanel/Parsing",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/Parsing/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Parsing/\n\n\\define toggle(Type)\n<$checkbox\ntiddler=\"\"\"$:/config/WikiParserRules/$Type$/$(rule)$\"\"\"\nfield=\"text\"\nchecked=\"enable\"\nunchecked=\"disable\"\ndefault=\"enable\">\n<<rule>>\n</$checkbox>\n\\end\n\n\\define rules(type,Type)\n<$list filter=\"[wikiparserrules[$type$]]\" variable=\"rule\">\n<dd><<toggle $Type$>></dd>\n</$list>\n\\end\n\n<<lingo Hint>>\n\n<dl>\n<dt><<lingo Pragma/Caption>></dt>\n<<rules pragma Pragma>>\n<dt><<lingo Inline/Caption>></dt>\n<<rules inline Inline>>\n<dt><<lingo Block/Caption>></dt>\n<<rules block Block>>\n</dl>"
},
"$:/core/ui/ControlPanel/Plugins/Add/Languages": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Languages",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[language]]\"/>)",
"text": "<<display-server-assets language>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[plugin]]\"/>)",
"text": "<<display-server-assets plugin>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Themes": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Themes",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[theme]]\"/>)",
"text": "<<display-server-assets theme>>\n"
},
"$:/core/ui/ControlPanel/Plugins/AddPlugins": {
"title": "$:/core/ui/ControlPanel/Plugins/AddPlugins",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n<$button message=\"tm-modal\" param=\"$:/core/ui/ControlPanel/Modals/AddPlugins\" tooltip={{$:/language/ControlPanel/Plugins/Add/Hint}} class=\"tc-btn-big-green\" style=\"background:blue;\">\n{{$:/core/images/download-button}} <<lingo Add/Caption>>\n</$button>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Languages": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Languages",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[language]]\"/>)",
"text": "<<plugin-table language>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[plugin]]\"/>)",
"text": "<<plugin-table plugin>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Themes": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Themes",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[theme]]\"/>)",
"text": "<<plugin-table theme>>\n"
},
"$:/core/ui/ControlPanel/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define plugin-table(type)\n<$set name=\"plugin-type\" value=\"\"\"$type$\"\"\">\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n<$list filter=\"[!has[draft.of]plugin-type[$type$]sort[description]]\" emptyMessage=<<lingo \"Empty/Hint\">> template=\"$:/core/ui/Components/plugin-info\"/>\n</$set>\n</$set>\n\\end\n\n{{$:/core/ui/ControlPanel/Plugins/AddPlugins}}\n\n<<lingo Installed/Hint>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Installed/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Installed/Themes]] [[$:/core/ui/ControlPanel/Plugins/Installed/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Installed/Plugins\">>\n"
},
"$:/core/ui/ControlPanel/Saving/DownloadSaver": {
"title": "$:/core/ui/ControlPanel/Saving/DownloadSaver",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/DownloadSaver/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/DownloadSaver/\n\n<<lingo Hint>>\n\n!! <$link to=\"$:/config/DownloadSaver/AutoSave\"><<lingo AutoSave/Hint>></$link>\n\n<$checkbox tiddler=\"$:/config/DownloadSaver/AutoSave\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <<lingo AutoSave/Description>> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Saving/General": {
"title": "$:/core/ui/ControlPanel/Saving/General",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/General/Caption}}",
"list-before": "",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n{{$:/language/ControlPanel/Saving/General/Hint}}\n\n!! <$link to=\"$:/config/AutoSave\"><<lingo AutoSave/Caption>></$link>\n\n<<lingo AutoSave/Hint>>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"yes\"> <<lingo AutoSave/Enabled/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"no\"> <<lingo AutoSave/Disabled/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Saving/TiddlySpot": {
"title": "$:/core/ui/ControlPanel/Saving/TiddlySpot",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/TiddlySpot/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/TiddlySpot/\n\n\\define backupURL()\nhttp://$(userName)$.tiddlyspot.com/backup/\n\\end\n\\define backupLink()\n<$reveal type=\"nomatch\" state=\"$:/UploadName\" text=\"\">\n<$set name=\"userName\" value={{$:/UploadName}}>\n<$reveal type=\"match\" state=\"$:/UploadURL\" text=\"\">\n<<backupURL>>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/UploadURL\" text=\"\">\n<$macrocall $name=resolvePath source={{$:/UploadBackupDir}} root={{$:/UploadURL}}>>\n</$reveal>\n</$set>\n</$reveal>\n\\end\n\n<<lingo Description>>\n\n|<<lingo UserName>> |<$edit-text tiddler=\"$:/UploadName\" default=\"\" tag=\"input\"/> |\n|<<lingo Password>> |<$password name=\"upload\"/> |\n|<<lingo Backups>> |<<backupLink>> |\n\n''<<lingo Advanced/Heading>>''\n\n|<<lingo ServerURL>> |<$edit-text tiddler=\"$:/UploadURL\" default=\"\" tag=\"input\"/> |\n|<<lingo Filename>> |<$edit-text tiddler=\"$:/UploadFilename\" default=\"index.html\" tag=\"input\"/> |\n|<<lingo UploadDir>> |<$edit-text tiddler=\"$:/UploadDir\" default=\".\" tag=\"input\"/> |\n|<<lingo BackupDir>> |<$edit-text tiddler=\"$:/UploadBackupDir\" default=\".\" tag=\"input\"/> |\n\n<<lingo TiddlySpot/Hint>>"
},
"$:/core/ui/ControlPanel/Saving": {
"title": "$:/core/ui/ControlPanel/Saving",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Saving/Caption}}",
"text": "{{$:/language/ControlPanel/Saving/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Saving]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Saving/General\">>\n</div>\n"
},
"$:/core/buttonstyles/Borderless": {
"title": "$:/core/buttonstyles/Borderless",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless}}",
"text": "tc-btn-invisible"
},
"$:/core/buttonstyles/Boxed": {
"title": "$:/core/buttonstyles/Boxed",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed}}",
"text": "tc-btn-boxed"
},
"$:/core/buttonstyles/Rounded": {
"title": "$:/core/buttonstyles/Rounded",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded}}",
"text": "tc-btn-rounded"
},
"$:/core/ui/ControlPanel/Settings/CamelCase": {
"title": "$:/core/ui/ControlPanel/Settings/CamelCase",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/CamelCase/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/CamelCase/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/WikiParserRules/Inline/wikilink\" field=\"text\" checked=\"enable\" unchecked=\"disable\" default=\"enable\"> <$link to=\"$:/config/WikiParserRules/Inline/wikilink\"><<lingo Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings/DefaultMoreSidebarTab": {
"title": "$:/core/ui/ControlPanel/Settings/DefaultMoreSidebarTab",
"caption": "{{$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Caption}}",
"tags": "$:/tags/ControlPanel/Settings",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/DefaultMoreSidebarTab/\n\n<$link to=\"$:/config/DefaultMoreSidebarTab\"><<lingo Hint>></$link>\n\n<$select tiddler=\"$:/config/DefaultMoreSidebarTab\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\">\n<option value=<<currentTiddler>>><$transclude field=\"caption\"><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/DefaultSidebarTab": {
"title": "$:/core/ui/ControlPanel/Settings/DefaultSidebarTab",
"caption": "{{$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption}}",
"tags": "$:/tags/ControlPanel/Settings",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/DefaultSidebarTab/\n\n<$link to=\"$:/config/DefaultSidebarTab\"><<lingo Hint>></$link>\n\n<$select tiddler=\"$:/config/DefaultSidebarTab\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\">\n<option value=<<currentTiddler>>><$transclude field=\"caption\"><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/EditorToolbar": {
"title": "$:/core/ui/ControlPanel/Settings/EditorToolbar",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/EditorToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/EditorToolbar/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/TextEditor/EnableToolbar\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/TextEditor/EnableToolbar\"><<lingo Description>></$link> </$checkbox>\n\n"
},
"$:/core/ui/ControlPanel/Settings/InfoPanelMode": {
"title": "$:/core/ui/ControlPanel/Settings/InfoPanelMode",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/InfoPanelMode/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/InfoPanelMode/\n<$link to=\"$:/config/TiddlerInfo/Mode\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/TiddlerInfo/Mode\" value=\"popup\"> <<lingo Popup/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/TiddlerInfo/Mode\" value=\"sticky\"> <<lingo Sticky/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/LinkToBehaviour": {
"title": "$:/core/ui/ControlPanel/Settings/LinkToBehaviour",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/LinkToBehaviour/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/LinkToBehaviour/\n\n<$link to=\"$:/config/Navigation/openLinkFromInsideRiver\"><<lingo \"InsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromInsideRiver\">\n <option value=\"above\"><<lingo \"OpenAbove\">></option>\n <option value=\"below\"><<lingo \"OpenBelow\">></option>\n <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n\n<$link to=\"$:/config/Navigation/openLinkFromOutsideRiver\"><<lingo \"OutsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromOutsideRiver\">\n <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/MissingLinks": {
"title": "$:/core/ui/ControlPanel/Settings/MissingLinks",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/MissingLinks/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/MissingLinks/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/MissingLinks\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/MissingLinks\"><<lingo Description>></$link> </$checkbox>\n\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationAddressBar": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationAddressBar",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationAddressBar/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationAddressBar/\n\n<$link to=\"$:/config/Navigation/UpdateAddressBar\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permaview\"> <<lingo Permaview/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permalink\"> <<lingo Permalink/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationHistory": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationHistory",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationHistory/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationHistory/\n<$link to=\"$:/config/Navigation/UpdateHistory\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationPermalinkviewMode": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationPermalinkviewMode",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationPermalinkviewMode/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Navigation/Permalinkview/CopyToClipboard\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Navigation/Permalinkview/CopyToClipboard\"><<lingo CopyToClipboard/Description>></$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/Navigation/Permalinkview/UpdateAddressBar\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Navigation/Permalinkview/UpdateAddressBar\"><<lingo UpdateAddressBar/Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings/PerformanceInstrumentation": {
"title": "$:/core/ui/ControlPanel/Settings/PerformanceInstrumentation",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/PerformanceInstrumentation/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Performance/Instrumentation\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Performance/Instrumentation\"><<lingo Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings/TitleLinks": {
"title": "$:/core/ui/ControlPanel/Settings/TitleLinks",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/TitleLinks/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/TitleLinks/\n<$link to=\"$:/config/Tiddlers/TitleLinks\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtonStyle/\n<$link to=\"$:/config/Toolbar/ButtonClass\"><<lingo \"Hint\">></$link>\n\n<$select tiddler=\"$:/config/Toolbar/ButtonClass\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ToolbarButtonStyle]]\">\n<option value={{!!text}}>{{!!caption}}</option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtons": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtons",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtons/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtons/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Icons\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Toolbar/Icons\"><<lingo Icons/Description>></$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Text\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Toolbar/Text\"><<lingo Text/Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings": {
"title": "$:/core/ui/ControlPanel/Settings",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Settings/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n<<lingo Hint>>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Settings]]\">\n\n<div style=\"border-top:1px solid #eee;\">\n\n!! <$link><$transclude field=\"caption\"/></$link>\n\n<$transclude/>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ControlPanel/StoryView": {
"title": "$:/core/ui/ControlPanel/StoryView",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/StoryView/Caption}}",
"text": "{{$:/snippets/viewswitcher}}\n"
},
"$:/core/ui/ControlPanel/Stylesheets": {
"title": "$:/core/ui/ControlPanel/Stylesheets",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/Stylesheets/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\n<<lingo Stylesheets/Hint>>\n\n{{$:/snippets/peek-stylesheets}}\n"
},
"$:/core/ui/ControlPanel/Theme": {
"title": "$:/core/ui/ControlPanel/Theme",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Theme/Caption}}",
"text": "{{$:/snippets/themeswitcher}}\n"
},
"$:/core/ui/ControlPanel/TiddlerFields": {
"title": "$:/core/ui/ControlPanel/TiddlerFields",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/TiddlerFields/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\n<<lingo TiddlerFields/Hint>>\n\n{{$:/snippets/allfields}}"
},
"$:/core/ui/ControlPanel/Toolbars/EditToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/EditToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/EditToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/EditToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/EditToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>"
},
"$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate",
"text": "\\define config-title()\n$(config-base)$$(currentTiddler)$\n\\end\n\n<$draggable tiddler=<<currentTiddler>>>\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <span class=\"tc-icon-wrapper\"><$transclude tiddler={{!!icon}}/></span> <$transclude field=\"caption\"/> -- <i class=\"tc-muted\"><$transclude field=\"description\"/></i>\n</$draggable>\n"
},
"$:/core/ui/ControlPanel/Toolbars/EditorToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditorToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/EditorToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/EditorToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/EditorToolbar/Hint}}\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/EditorToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate\"/>\n"
},
"$:/core/ui/ControlPanel/Toolbars/ItemTemplate": {
"title": "$:/core/ui/ControlPanel/Toolbars/ItemTemplate",
"text": "\\define config-title()\n$(config-base)$$(currentTiddler)$\n\\end\n\n<$draggable tiddler=<<currentTiddler>>>\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <span class=\"tc-icon-wrapper\"> <$transclude field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude field=\"description\"/></i></span>\n</$draggable>\n"
},
"$:/core/ui/ControlPanel/Toolbars/PageControls": {
"title": "$:/core/ui/ControlPanel/Toolbars/PageControls",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/PageControls/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/PageControlButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/PageControls/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/PageControls\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars/ViewToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/ViewToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/ViewToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/ViewToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/ViewToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/ViewToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars": {
"title": "$:/core/ui/ControlPanel/Toolbars",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Toolbars/Caption}}",
"text": "{{$:/language/ControlPanel/Toolbars/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Toolbars]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Toolbars/ViewToolbar\" \"$:/state/tabs/controlpanel/toolbars\" \"tc-vertical\">>\n</div>\n"
},
"$:/ControlPanel": {
"title": "$:/ControlPanel",
"icon": "$:/core/images/options-button",
"color": "#bbb",
"text": "<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Info\">>\n</div>\n"
},
"$:/core/ui/DefaultSearchResultList": {
"title": "$:/core/ui/DefaultSearchResultList",
"tags": "$:/tags/SearchResults",
"caption": "{{$:/language/Search/DefaultResults/Caption}}",
"text": "\\define searchResultList()\n//<small>{{$:/language/Search/Matches/Title}}</small>//\n\n<$list filter=\"[!is[system]search:title{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n//<small>{{$:/language/Search/Matches/All}}</small>//\n\n<$list filter=\"[!is[system]search{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n\\end\n<<searchResultList>>\n"
},
"$:/core/ui/EditTemplate/body/preview/diffs-current": {
"title": "$:/core/ui/EditTemplate/body/preview/diffs-current",
"tags": "$:/tags/EditPreview",
"caption": "differences from current",
"list-after": "$:/core/ui/EditTemplate/body/preview/output",
"text": "<$list filter=\"[<currentTiddler>!is[image]]\" emptyMessage={{$:/core/ui/EditTemplate/body/preview/output}}>\n\n<$macrocall $name=\"compareTiddlerText\" sourceTiddlerTitle={{!!draft.of}} destTiddlerTitle=<<currentTiddler>>/>\n\n</$list>\n\n"
},
"$:/core/ui/EditTemplate/body/preview/diffs-shadow": {
"title": "$:/core/ui/EditTemplate/body/preview/diffs-shadow",
"tags": "$:/tags/EditPreview",
"caption": "differences from shadow (if any)",
"list-after": "$:/core/ui/EditTemplate/body/preview/output",
"text": "<$list filter=\"[<currentTiddler>!is[image]]\" emptyMessage={{$:/core/ui/EditTemplate/body/preview/output}}>\n\n<$macrocall $name=\"compareTiddlerText\" sourceTiddlerTitle={{{ [{!!draft.of}shadowsource[]] }}} sourceSubTiddlerTitle={{!!draft.of}} destTiddlerTitle=<<currentTiddler>>/>\n\n</$list>\n\n"
},
"$:/core/ui/EditTemplate/body/preview/output": {
"title": "$:/core/ui/EditTemplate/body/preview/output",
"tags": "$:/tags/EditPreview",
"caption": "{{$:/language/EditTemplate/Body/Preview/Type/Output}}",
"text": "<$set name=\"tv-tiddler-preview\" value=\"yes\">\n\n<$transclude />\n\n</$set>\n"
},
"$:/state/showeditpreview": {
"title": "$:/state/showeditpreview",
"text": "no"
},
"$:/core/ui/EditTemplate/body/editor": {
"title": "$:/core/ui/EditTemplate/body/editor",
"text": "<$edit\n\n field=\"text\"\n class=\"tc-edit-texteditor\"\n placeholder={{$:/language/EditTemplate/Body/Placeholder}}\n\n><$set\n\n name=\"targetTiddler\"\n value=<<currentTiddler>>\n\n><$list\n\n filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]]\"\n\n><$reveal\n\n type=\"nomatch\"\n state=<<config-visibility-title>>\n text=\"hide\"\n class=\"tc-text-editor-toolbar-item-wrapper\"\n\n><$transclude\n\n tiddler=\"$:/core/ui/EditTemplate/body/toolbar/button\"\n mode=\"inline\"\n\n/></$reveal></$list></$set></$edit>\n"
},
"$:/core/ui/EditTemplate/body/toolbar/button": {
"title": "$:/core/ui/EditTemplate/body/toolbar/button",
"text": "\\define toolbar-button-icon()\n<$list\n\n filter=\"[all[current]!has[custom-icon]]\"\n variable=\"no-custom-icon\"\n\n><$transclude\n\n tiddler={{!!icon}}\n\n/></$list>\n\\end\n\n\\define toolbar-button-tooltip()\n{{!!description}}<$macrocall $name=\"displayshortcuts\" $output=\"text/plain\" shortcuts={{!!shortcuts}} prefix=\"` - [\" separator=\"] [\" suffix=\"]`\"/>\n\\end\n\n\\define toolbar-button()\n<$list\n\n filter={{!!condition}}\n variable=\"list-condition\"\n\n><$wikify\n\n name=\"tooltip-text\"\n text=<<toolbar-button-tooltip>>\n mode=\"inline\"\n output=\"text\"\n\n><$list\n\n filter=\"[all[current]!has[dropdown]]\"\n variable=\"no-dropdown\"\n\n><$button\n\n class=\"tc-btn-invisible $(buttonClasses)$\"\n tooltip=<<tooltip-text>>\n actions={{!!actions}}\n\n><span\n\n data-tw-keyboard-shortcut={{!!shortcuts}}\n\n/><<toolbar-button-icon>><$transclude\n\n tiddler=<<currentTiddler>>\n field=\"text\"\n\n/></$button></$list><$list\n\n filter=\"[all[current]has[dropdown]]\"\n variable=\"dropdown\"\n\n><$set\n\n name=\"dropdown-state\"\n value=<<qualify \"$:/state/EditorToolbarDropdown\">>\n\n><$button\n\n popup=<<dropdown-state>>\n class=\"tc-popup-keep tc-btn-invisible $(buttonClasses)$\"\n selectedClass=\"tc-selected\"\n tooltip=<<tooltip-text>>\n actions={{!!actions}}\n\n><span\n\n data-tw-keyboard-shortcut={{!!shortcuts}}\n\n/><<toolbar-button-icon>><$transclude\n\n tiddler=<<currentTiddler>>\n field=\"text\"\n\n/></$button><$reveal\n\n state=<<dropdown-state>>\n type=\"popup\"\n position=\"below\"\n animate=\"yes\"\n tag=\"span\"\n\n><div\n\n class=\"tc-drop-down tc-popup-keep\"\n\n><$transclude\n\n tiddler={{!!dropdown}}\n mode=\"block\"\n\n/></div></$reveal></$set></$list></$wikify></$list>\n\\end\n\n\\define toolbar-button-outer()\n<$set\n\n name=\"buttonClasses\"\n value={{!!button-classes}}\n\n><<toolbar-button>></$set>\n\\end\n\n<<toolbar-button-outer>>"
},
"$:/core/ui/EditTemplate/body": {
"title": "$:/core/ui/EditTemplate/body",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Body/\n\\define config-visibility-title()\n$:/config/EditorToolbarButtons/Visibility/$(currentTiddler)$\n\\end\n<$list filter=\"[all[current]has[_canonical_uri]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo External/Hint>>\n\n<a href={{!!_canonical_uri}}><$text text={{!!_canonical_uri}}/></a>\n\n<$edit-text field=\"_canonical_uri\" class=\"tc-edit-fields\"></$edit-text>\n\n</div>\n\n</$list>\n\n<$list filter=\"[all[current]!has[_canonical_uri]]\">\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\">\n\n<div class=\"tc-tiddler-preview\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/editor\" mode=\"inline\"/>\n\n<div class=\"tc-tiddler-preview-preview\">\n\n<$transclude tiddler={{$:/state/editpreviewtype}} mode=\"inline\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/preview/output\" mode=\"inline\"/>\n\n</$transclude>\n\n</div>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/editor\" mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/EditTemplate/controls": {
"title": "$:/core/ui/EditTemplate/controls",
"tags": "$:/tags/EditTemplate",
"text": "\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title tc-tiddler-edit-title\">\n<$view field=\"title\"/>\n<span class=\"tc-tiddler-controls tc-titlebar\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list></span>\n<div style=\"clear: both;\"></div>\n</div>\n"
},
"$:/core/ui/EditTemplate/fields": {
"title": "$:/core/ui/EditTemplate/fields",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\\define config-title()\n$:/config/EditTemplateFields/Visibility/$(currentField)$\n\\end\n\n\\define config-filter()\n[[hide]] -[title{$(config-title)$}]\n\\end\n\n\\define new-field()\n<$vars name={{$:/temp/newfieldname}}>\n<$reveal type=\"nomatch\" text=\"\" default=<<name>>>\n<$button>\n<$action-sendmessage $message=\"tm-add-field\"\n$name=<<name>>\n$value={{$:/temp/newfieldvalue}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" text=\"\" default=<<name>>>\n<$button>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n</$vars>\n\\end\n\n<div class=\"tc-edit-fields\">\n<table class=\"tc-edit-fields\">\n<tbody>\n<$list filter=\"[all[current]fields[]] +[sort[title]]\" variable=\"currentField\">\n<$list filter=<<config-filter>> variable=\"temp\">\n<tr class=\"tc-edit-field\">\n<td class=\"tc-edit-field-name\">\n<$text text=<<currentField>>/>:</td>\n<td class=\"tc-edit-field-value\">\n<$edit-text tiddler=<<currentTiddler>> field=<<currentField>> placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}}/>\n</td>\n<td class=\"tc-edit-field-remove\">\n<$button class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Field/Remove/Hint}} aria-label={{$:/language/EditTemplate/Field/Remove/Caption}}>\n<$action-deletefield $field=<<currentField>>/>\n{{$:/core/images/delete-button}}\n</$button>\n</td>\n</tr>\n</$list>\n</$list>\n</tbody>\n</table>\n</div>\n\n<$fieldmangler>\n<div class=\"tc-edit-field-add\">\n<em class=\"tc-edit\">\n<<lingo Fields/Add/Prompt>>\n</em>\n<span class=\"tc-edit-field-add-name\">\n<$edit-text tiddler=\"$:/temp/newfieldname\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Name/Placeholder}} focusPopup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</span>\n<$button popup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Field/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Field/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/field-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$set name=\"tv-show-missing-links\" value=\"yes\">\n<$linkcatcher to=\"$:/temp/newfieldname\">\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/User>>\n</div>\n<$list filter=\"[!is[shadow]!is[system]fields[]search:title{$:/temp/newfieldname}sort[]] -created -creator -draft.of -draft.title -modified -modifier -tags -text -title -type\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/System>>\n</div>\n<$list filter=\"[fields[]search:title{$:/temp/newfieldname}sort[]] -[!is[shadow]!is[system]fields[]]\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n</$linkcatcher>\n</$set>\n</div>\n</$reveal>\n<span class=\"tc-edit-field-add-value\">\n<$edit-text tiddler=\"$:/temp/newfieldvalue\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}} class=\"tc-edit-texteditor\"/>\n</span>\n<span class=\"tc-edit-field-add-button\">\n<$macrocall $name=\"new-field\"/>\n</span>\n</div>\n</$fieldmangler>\n"
},
"$:/core/ui/EditTemplate/shadow": {
"title": "$:/core/ui/EditTemplate/shadow",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Shadow/\n\\define pluginLinkBody()\n<$link to=\"\"\"$(pluginTitle)$\"\"\">\n<$text text=\"\"\"$(pluginTitle)$\"\"\"/>\n</$link>\n\\end\n<$list filter=\"[all[current]get[draft.of]is[shadow]!is[tiddler]]\">\n\n<$list filter=\"[all[current]shadowsource[]]\" variable=\"pluginTitle\">\n\n<$set name=\"pluginLink\" value=<<pluginLinkBody>>>\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n</div>\n</$set>\n</$list>\n\n</$list>\n\n<$list filter=\"[all[current]get[draft.of]is[shadow]is[tiddler]]\">\n\n<$list filter=\"[all[current]shadowsource[]]\" variable=\"pluginTitle\">\n\n<$set name=\"pluginLink\" value=<<pluginLinkBody>>>\n<div class=\"tc-message-box\">\n\n<<lingo OverriddenWarning>>\n\n</div>\n</$set>\n</$list>\n\n</$list>"
},
"$:/core/ui/EditTemplate/tags": {
"title": "$:/core/ui/EditTemplate/tags",
"tags": "$:/tags/EditTemplate",
"text": "\\whitespace trim\n\n\\define lingo-base() $:/language/EditTemplate/\n\n\\define tag-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-body-inner(colour,fallbackTarget,colourA,colourB,icon)\n\\whitespace trim\n<$vars foregroundColor=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">> backgroundColor=\"\"\"$colour$\"\"\">\n<span style=<<tag-styles>> class=\"tc-tag-label tc-tag-list-item\">\n<$transclude tiddler=\"\"\"$icon$\"\"\"/> <$view field=\"title\" format=\"text\" />\n<$button message=\"tm-remove-tag\" param={{!!title}} class=\"tc-btn-invisible tc-remove-tag-button\">×</$button>\n</span>\n</$vars>\n\\end\n\n\\define tag-body(colour,palette,icon)\n<$macrocall $name=\"tag-body-inner\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}} icon=\"\"\"$icon$\"\"\"/>\n\\end\n\n\\define tag-picker-actions()\n<$action-listops\n\t$tiddler=<<currentTiddler>>\n\t$field=\"tags\"\n\t$subfilter=\"[<tag>] [all[current]tags[]]\"\n/>\n\\end\n\n<div class=\"tc-edit-tags\">\n<$fieldmangler>\n<$list filter=\"[all[current]tags[]sort[title]]\" storyview=\"pop\">\n<$macrocall $name=\"tag-body\" colour={{!!color}} palette={{$:/palette}} icon={{!!icon}}/>\n</$list>\n</$fieldmangler>\n<$macrocall $name=\"tag-picker\" actions=<<tag-picker-actions>>/>\n</div>\n"
},
"$:/core/ui/EditTemplate/title": {
"title": "$:/core/ui/EditTemplate/title",
"tags": "$:/tags/EditTemplate",
"text": "<$edit-text field=\"draft.title\" class=\"tc-titlebar tc-edit-texteditor\" focus=\"true\"/>\n\n<$vars pattern=\"\"\"[\\|\\[\\]{}]\"\"\" bad-chars=\"\"\"`| [ ] { }`\"\"\">\n\n<$list filter=\"[all[current]regexp:draft.title<pattern>]\" variable=\"listItem\">\n\n<div class=\"tc-message-box\">\n\n{{$:/core/images/warning}} {{$:/language/EditTemplate/Title/BadCharacterWarning}}\n\n</div>\n\n</$list>\n\n</$vars>\n\n<$reveal state=\"!!draft.title\" type=\"nomatch\" text={{!!draft.of}} tag=\"div\">\n\n<$list filter=\"[{!!draft.title}!is[missing]]\" variable=\"listItem\">\n\n<div class=\"tc-message-box\">\n\n{{$:/core/images/warning}} {{$:/language/EditTemplate/Title/Exists/Prompt}}\n\n</div>\n\n</$list>\n\n<$list filter=\"[{!!draft.of}!is[missing]]\" variable=\"listItem\">\n\n<$vars fromTitle={{!!draft.of}} toTitle={{!!draft.title}}>\n\n<$checkbox tiddler=\"$:/config/RelinkOnRename\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> {{$:/language/EditTemplate/Title/Relink/Prompt}}</$checkbox>\n\n<$vars stateTiddler=<<qualify \"$:/state/edit/references\">> >\n\n<$reveal type=\"nomatch\" state=<<stateTiddler>> text=\"show\">\n<$button set=<<stateTiddler>> setTo=\"show\" class=\"tc-btn-invisible\">{{$:/core/images/right-arrow}} \n<<lingo EditTemplate/Title/References/Prompt>></$button>\n</$reveal>\n<$reveal type=\"match\" state=<<stateTiddler>> text=\"show\">\n<$button set=<<stateTiddler>> setTo=\"hide\" class=\"tc-btn-invisible\">{{$:/core/images/down-arrow}} \n<<lingo EditTemplate/Title/References/Prompt>></$button>\n</$reveal>\n\n<$reveal type=\"match\" state=<<stateTiddler>> text=\"show\">\n<$tiddler tiddler=<<fromTitle>> >\n<$transclude tiddler=\"$:/core/ui/TiddlerInfo/References\"/>\n</$tiddler>\n</$reveal>\n\n</$vars>\n\n</$vars>\n\n</$list>\n\n</$reveal>\n"
},
"$:/core/ui/EditTemplate/type": {
"title": "$:/core/ui/EditTemplate/type",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n<div class=\"tc-type-selector\"><$fieldmangler>\n<em class=\"tc-edit\"><<lingo Type/Prompt>></em> <$edit-text field=\"type\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Type/Placeholder}} focusPopup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-edit-typeeditor tc-popup-handle\"/> <$button popup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Type/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Type/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <$button message=\"tm-remove-field\" param=\"type\" class=\"tc-btn-invisible tc-btn-icon\" tooltip={{$:/language/EditTemplate/Type/Delete/Hint}} aria-label={{$:/language/EditTemplate/Type/Delete/Caption}}>{{$:/core/images/delete-button}}</$button>\n</$fieldmangler></div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$set name=\"tv-show-missing-links\" value=\"yes\">\n<$reveal state=<<qualify \"$:/state/popup/type-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"!!type\">\n<$list filter='[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]each[group]sort[group-sort]]'>\n<div class=\"tc-dropdown-item\">\n<$text text={{!!group}}/>\n</div>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]group{!!group}] +[sort[description]]\"><$link to={{!!name}}><$view field=\"description\"/> (<$view field=\"name\"/>)</$link>\n</$list>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</$set>\n</div>\n"
},
"$:/core/ui/EditTemplate": {
"title": "$:/core/ui/EditTemplate",
"text": "\\define actions()\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$action-sendmessage $message=\"tm-add-field\" $name={{$:/temp/newfieldname}} $value={{$:/temp/newfieldvalue}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<$action-sendmessage $message=\"tm-save-tiddler\"/>\n\\end\n\\define frame-classes()\ntc-tiddler-frame tc-tiddler-edit-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$\n\\end\n<div class=<<frame-classes>> data-tiddler-title=<<currentTiddler>>>\n<$fieldmangler>\n<$set name=\"storyTiddler\" value=<<currentTiddler>>>\n<$keyboard key=\"((cancel-edit-tiddler))\" message=\"tm-cancel-tiddler\">\n<$keyboard key=\"((save-tiddler))\" actions=<<actions>>>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditTemplate]!has[draft.of]]\" variable=\"listItem\">\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n<$transclude tiddler=<<listItem>>/>\n</$set>\n</$list>\n</$keyboard>\n</$keyboard>\n</$set>\n</$fieldmangler>\n</div>\n"
},
"$:/core/ui/Buttons/cancel": {
"title": "$:/core/ui/Buttons/cancel",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/cancel-button}} {{$:/language/Buttons/Cancel/Caption}}",
"description": "{{$:/language/Buttons/Cancel/Hint}}",
"text": "<$button message=\"tm-cancel-tiddler\" tooltip={{$:/language/Buttons/Cancel/Hint}} aria-label={{$:/language/Buttons/Cancel/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/cancel-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Cancel/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/delete": {
"title": "$:/core/ui/Buttons/delete",
"tags": "$:/tags/EditToolbar $:/tags/ViewToolbar",
"caption": "{{$:/core/images/delete-button}} {{$:/language/Buttons/Delete/Caption}}",
"description": "{{$:/language/Buttons/Delete/Hint}}",
"text": "<$button message=\"tm-delete-tiddler\" tooltip={{$:/language/Buttons/Delete/Hint}} aria-label={{$:/language/Buttons/Delete/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/delete-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Delete/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save": {
"title": "$:/core/ui/Buttons/save",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/done-button}} {{$:/language/Buttons/Save/Caption}}",
"description": "{{$:/language/Buttons/Save/Hint}}",
"text": "<$fieldmangler><$button tooltip={{$:/language/Buttons/Save/Hint}} aria-label={{$:/language/Buttons/Save/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$action-sendmessage $message=\"tm-add-field\" $name={{$:/temp/newfieldname}} $value={{$:/temp/newfieldvalue}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<$action-sendmessage $message=\"tm-save-tiddler\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/done-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Save/Caption}}/></span>\n</$list>\n</$button></$fieldmangler>\n"
},
"$:/core/ui/EditorToolbar/bold": {
"title": "$:/core/ui/EditorToolbar/bold",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/bold",
"caption": "{{$:/language/Buttons/Bold/Caption}}",
"description": "{{$:/language/Buttons/Bold/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((bold))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"''\"\n\tsuffix=\"''\"\n/>\n"
},
"$:/core/ui/EditorToolbar/clear-dropdown": {
"title": "$:/core/ui/EditorToolbar/clear-dropdown",
"text": "''{{$:/language/Buttons/Clear/Hint}}''\n\n<div class=\"tc-colour-chooser\">\n\n<$macrocall $name=\"colour-picker\" actions=\"\"\"\n\n<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"clear\"\n\tcolour=<<colour-picker-value>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n\n</div>\n"
},
"$:/core/ui/EditorToolbar/clear": {
"title": "$:/core/ui/EditorToolbar/clear",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/erase",
"caption": "{{$:/language/Buttons/Clear/Caption}}",
"description": "{{$:/language/Buttons/Clear/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/clear-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/editor-height-dropdown": {
"title": "$:/core/ui/EditorToolbar/editor-height-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/EditorHeight/\n''<<lingo Hint>>''\n\n<$radio tiddler=\"$:/config/TextEditor/EditorHeight/Mode\" value=\"auto\"> {{$:/core/images/auto-height}} <<lingo Caption/Auto>></$radio>\n\n<$radio tiddler=\"$:/config/TextEditor/EditorHeight/Mode\" value=\"fixed\"> {{$:/core/images/fixed-height}} <<lingo Caption/Fixed>> <$edit-text tag=\"input\" tiddler=\"$:/config/TextEditor/EditorHeight/Height\" default=\"100px\"/></$radio>\n"
},
"$:/core/ui/EditorToolbar/editor-height": {
"title": "$:/core/ui/EditorToolbar/editor-height",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/fixed-height",
"custom-icon": "yes",
"caption": "{{$:/language/Buttons/EditorHeight/Caption}}",
"description": "{{$:/language/Buttons/EditorHeight/Hint}}",
"condition": "[<targetTiddler>type[]] [<targetTiddler>get[type]prefix[text/]] +[first[]]",
"dropdown": "$:/core/ui/EditorToolbar/editor-height-dropdown",
"text": "<$reveal tag=\"span\" state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"fixed\">\n{{$:/core/images/fixed-height}}\n</$reveal>\n<$reveal tag=\"span\" state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"auto\">\n{{$:/core/images/auto-height}}\n</$reveal>\n"
},
"$:/core/ui/EditorToolbar/excise-dropdown": {
"title": "$:/core/ui/EditorToolbar/excise-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Excise/\n\n\\define body(config-title)\n''<<lingo Hint>>''\n\n<<lingo Caption/NewTitle>> <$edit-text tag=\"input\" tiddler=\"$config-title$/new-title\" default=\"\" focus=\"true\"/>\n\n<$set name=\"new-title\" value={{$config-title$/new-title}}>\n<$list filter=\"\"\"[<new-title>is[tiddler]]\"\"\">\n<div class=\"tc-error\">\n<<lingo Caption/TiddlerExists>>\n</div>\n</$list>\n</$set>\n\n<$checkbox tiddler=\"\"\"$config-title$/tagnew\"\"\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"false\"> <<lingo Caption/Tag>></$checkbox>\n\n<<lingo Caption/Replace>> <$select tiddler=\"\"\"$config-title$/type\"\"\" default=\"transclude\">\n<option value=\"link\"><<lingo Caption/Replace/Link>></option>\n<option value=\"transclude\"><<lingo Caption/Replace/Transclusion>></option>\n<option value=\"macro\"><<lingo Caption/Replace/Macro>></option>\n</$select>\n\n<$reveal state=\"\"\"$config-title$/type\"\"\" type=\"match\" text=\"macro\">\n<<lingo Caption/MacroName>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/macro-title\"\"\" default=\"translink\"/>\n</$reveal>\n\n<$button>\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"excise\"\n\ttitle={{$config-title$/new-title}}\n\ttype={{$config-title$/type}}\n\tmacro={{$config-title$/macro-title}}\n\ttagnew={{$config-title$/tagnew}}\n/>\n<$action-deletetiddler\n\t$tiddler=\"$config-title$/new-title\"\n/>\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n<<lingo Caption/Excise>>\n</$button>\n\\end\n\n<$macrocall $name=\"body\" config-title=<<qualify \"$:/state/Excise/\">>/>\n"
},
"$:/core/ui/EditorToolbar/excise": {
"title": "$:/core/ui/EditorToolbar/excise",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/excise",
"caption": "{{$:/language/Buttons/Excise/Caption}}",
"description": "{{$:/language/Buttons/Excise/Hint}}",
"condition": "[<targetTiddler>type[]] [<targetTiddler>type[text/vnd.tiddlywiki]] +[first[]]",
"shortcuts": "((excise))",
"dropdown": "$:/core/ui/EditorToolbar/excise-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/heading-1": {
"title": "$:/core/ui/EditorToolbar/heading-1",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-1",
"caption": "{{$:/language/Buttons/Heading1/Caption}}",
"description": "{{$:/language/Buttons/Heading1/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((heading-1))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-2": {
"title": "$:/core/ui/EditorToolbar/heading-2",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-2",
"caption": "{{$:/language/Buttons/Heading2/Caption}}",
"description": "{{$:/language/Buttons/Heading2/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-2))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"2\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-3": {
"title": "$:/core/ui/EditorToolbar/heading-3",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-3",
"caption": "{{$:/language/Buttons/Heading3/Caption}}",
"description": "{{$:/language/Buttons/Heading3/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-3))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"3\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-4": {
"title": "$:/core/ui/EditorToolbar/heading-4",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-4",
"caption": "{{$:/language/Buttons/Heading4/Caption}}",
"description": "{{$:/language/Buttons/Heading4/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-4))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"4\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-5": {
"title": "$:/core/ui/EditorToolbar/heading-5",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-5",
"caption": "{{$:/language/Buttons/Heading5/Caption}}",
"description": "{{$:/language/Buttons/Heading5/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-5))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"5\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-6": {
"title": "$:/core/ui/EditorToolbar/heading-6",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-6",
"caption": "{{$:/language/Buttons/Heading6/Caption}}",
"description": "{{$:/language/Buttons/Heading6/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-6))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"6\"\n/>\n"
},
"$:/core/ui/EditorToolbar/italic": {
"title": "$:/core/ui/EditorToolbar/italic",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/italic",
"caption": "{{$:/language/Buttons/Italic/Caption}}",
"description": "{{$:/language/Buttons/Italic/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((italic))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"//\"\n\tsuffix=\"//\"\n/>\n"
},
"$:/core/ui/EditorToolbar/line-width-dropdown": {
"title": "$:/core/ui/EditorToolbar/line-width-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/LineWidth/\n\n\\define toolbar-line-width-inner()\n<$button tag=\"a\" tooltip=\"\"\"$(line-width)$\"\"\">\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/LineWidth\"\n\t$value=\"$(line-width)$\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<div style=\"display: inline-block; margin: 4px calc(80px - $(line-width)$); background-color: #000; width: calc(100px + $(line-width)$ * 2); height: $(line-width)$; border-radius: 120px; vertical-align: middle;\"/>\n\n<span style=\"margin-left: 8px;\">\n\n<$text text=\"\"\"$(line-width)$\"\"\"/>\n\n<$reveal state=\"$:/config/BitmapEditor/LineWidth\" type=\"match\" text=\"\"\"$(line-width)$\"\"\" tag=\"span\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</span>\n\n</$button>\n\\end\n\n''<<lingo Hint>>''\n\n<$list filter={{$:/config/BitmapEditor/LineWidths}} variable=\"line-width\">\n\n<<toolbar-line-width-inner>>\n\n</$list>\n"
},
"$:/core/ui/EditorToolbar/line-width": {
"title": "$:/core/ui/EditorToolbar/line-width",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/line-width",
"caption": "{{$:/language/Buttons/LineWidth/Caption}}",
"description": "{{$:/language/Buttons/LineWidth/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/line-width-dropdown",
"text": "<$text text={{$:/config/BitmapEditor/LineWidth}}/>"
},
"$:/core/ui/EditorToolbar/link-dropdown": {
"title": "$:/core/ui/EditorToolbar/link-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Link/\n\n\\define add-link-actions()\n<$action-sendmessage $message=\"tm-edit-text-operation\" $param=\"make-link\" text={{$(linkTiddler)$}} />\n<$action-deletetiddler $tiddler=<<dropdown-state>> />\n<$action-deletetiddler $tiddler=<<searchTiddler>> />\n<$action-deletetiddler $tiddler=<<linkTiddler>> />\n\\end\n\n\\define external-link()\n<$button class=\"tc-btn-invisible\" style=\"width: auto; display: inline-block; background-colour: inherit;\" actions=<<add-link-actions>>>\n{{$:/core/images/chevron-right}}\n</$button>\n\\end\n\n\\define body(config-title)\n''<<lingo Hint>>''\n\n<$vars searchTiddler=\"\"\"$config-title$/search\"\"\" linkTiddler=\"\"\"$config-title$/link\"\"\" linktext=\"\" >\n\n<$vars linkTiddler=<<searchTiddler>>>\n<$keyboard key=\"ENTER\" actions=<<add-link-actions>>>\n<$edit-text tiddler=<<searchTiddler>> type=\"search\" tag=\"input\" focus=\"true\" placeholder={{$:/language/Search/Search}} default=\"\"/>\n<$reveal tag=\"span\" state=<<searchTiddler>> type=\"nomatch\" text=\"\">\n<<external-link>>\n<$button class=\"tc-btn-invisible\" style=\"width: auto; display: inline-block; background-colour: inherit;\">\n<$action-setfield $tiddler=<<searchTiddler>> text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</$keyboard>\n</$vars>\n\n<$reveal tag=\"div\" state=<<searchTiddler>> type=\"nomatch\" text=\"\">\n\n<$linkcatcher actions=<<add-link-actions>> to=<<linkTiddler>>>\n\n{{$:/core/ui/SearchResults}}\n\n</$linkcatcher>\n\n</$reveal>\n\n</$vars>\n\n\\end\n\n<$macrocall $name=\"body\" config-title=<<qualify \"$:/state/Link/\">>/>"
},
"$:/core/ui/EditorToolbar/link": {
"title": "$:/core/ui/EditorToolbar/link",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/link",
"caption": "{{$:/language/Buttons/Link/Caption}}",
"description": "{{$:/language/Buttons/Link/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((link))",
"dropdown": "$:/core/ui/EditorToolbar/link-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/linkify": {
"title": "$:/core/ui/EditorToolbar/linkify",
"caption": "{{$:/language/Buttons/Linkify/Caption}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"description": "{{$:/language/Buttons/Linkify/Hint}}",
"icon": "$:/core/images/linkify",
"list-before": "$:/core/ui/EditorToolbar/mono-block",
"shortcuts": "((linkify))",
"tags": "$:/tags/EditorToolbar",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"[[\"\n\tsuffix=\"]]\"\n/>\n"
},
"$:/core/ui/EditorToolbar/list-bullet": {
"title": "$:/core/ui/EditorToolbar/list-bullet",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/list-bullet",
"caption": "{{$:/language/Buttons/ListBullet/Caption}}",
"description": "{{$:/language/Buttons/ListBullet/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((list-bullet))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"*\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/list-number": {
"title": "$:/core/ui/EditorToolbar/list-number",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/list-number",
"caption": "{{$:/language/Buttons/ListNumber/Caption}}",
"description": "{{$:/language/Buttons/ListNumber/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((list-number))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"#\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/mono-block": {
"title": "$:/core/ui/EditorToolbar/mono-block",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/mono-block",
"caption": "{{$:/language/Buttons/MonoBlock/Caption}}",
"description": "{{$:/language/Buttons/MonoBlock/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((mono-block))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-lines\"\n\tprefix=\"\n```\"\n\tsuffix=\"```\"\n/>\n"
},
"$:/core/ui/EditorToolbar/mono-line": {
"title": "$:/core/ui/EditorToolbar/mono-line",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/mono-line",
"caption": "{{$:/language/Buttons/MonoLine/Caption}}",
"description": "{{$:/language/Buttons/MonoLine/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((mono-line))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"`\"\n\tsuffix=\"`\"\n/>\n"
},
"$:/core/ui/EditorToolbar/more-dropdown": {
"title": "$:/core/ui/EditorToolbar/more-dropdown",
"text": "\\define config-title()\n$:/config/EditorToolbarButtons/Visibility/$(toolbarItem)$\n\\end\n\n\\define conditional-button()\n<$list filter={{$(toolbarItem)$!!condition}} variable=\"condition\">\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/toolbar/button\" mode=\"inline\"/> <$transclude tiddler=<<toolbarItem>> field=\"description\"/>\n</$list>\n\\end\n\n<div class=\"tc-text-editor-toolbar-more\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]] -[[$:/core/ui/EditorToolbar/more]]\">\n<$reveal type=\"match\" state=<<config-visibility-title>> text=\"hide\" tag=\"div\">\n<<conditional-button>>\n</$reveal>\n</$list>\n</div>\n"
},
"$:/core/ui/EditorToolbar/more": {
"title": "$:/core/ui/EditorToolbar/more",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/down-arrow",
"caption": "{{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"condition": "[<targetTiddler>]",
"dropdown": "$:/core/ui/EditorToolbar/more-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/opacity-dropdown": {
"title": "$:/core/ui/EditorToolbar/opacity-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Opacity/\n\n\\define toolbar-opacity-inner()\n<$button tag=\"a\" tooltip=\"\"\"$(opacity)$\"\"\">\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/Opacity\"\n\t$value=\"$(opacity)$\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<div style=\"display: inline-block; vertical-align: middle; background-color: $(current-paint-colour)$; opacity: $(opacity)$; width: 1em; height: 1em; border-radius: 50%;\"/>\n\n<span style=\"margin-left: 8px;\">\n\n<$text text=\"\"\"$(opacity)$\"\"\"/>\n\n<$reveal state=\"$:/config/BitmapEditor/Opacity\" type=\"match\" text=\"\"\"$(opacity)$\"\"\" tag=\"span\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</span>\n\n</$button>\n\\end\n\n\\define toolbar-opacity()\n''<<lingo Hint>>''\n\n<$list filter={{$:/config/BitmapEditor/Opacities}} variable=\"opacity\">\n\n<<toolbar-opacity-inner>>\n\n</$list>\n\\end\n\n<$set name=\"current-paint-colour\" value={{$:/config/BitmapEditor/Colour}}>\n\n<$set name=\"current-opacity\" value={{$:/config/BitmapEditor/Opacity}}>\n\n<<toolbar-opacity>>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/EditorToolbar/opacity": {
"title": "$:/core/ui/EditorToolbar/opacity",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/opacity",
"caption": "{{$:/language/Buttons/Opacity/Caption}}",
"description": "{{$:/language/Buttons/Opacity/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/opacity-dropdown",
"text": "<$text text={{$:/config/BitmapEditor/Opacity}}/>\n"
},
"$:/core/ui/EditorToolbar/paint-dropdown": {
"title": "$:/core/ui/EditorToolbar/paint-dropdown",
"text": "''{{$:/language/Buttons/Paint/Hint}}''\n\n<$macrocall $name=\"colour-picker\" actions=\"\"\"\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/Colour\"\n\t$value=<<colour-picker-value>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n"
},
"$:/core/ui/EditorToolbar/paint": {
"title": "$:/core/ui/EditorToolbar/paint",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/paint",
"caption": "{{$:/language/Buttons/Paint/Caption}}",
"description": "{{$:/language/Buttons/Paint/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/paint-dropdown",
"text": "\\define toolbar-paint()\n<div style=\"display: inline-block; vertical-align: middle; background-color: $(colour-picker-value)$; width: 1em; height: 1em; border-radius: 50%;\"/>\n\\end\n<$set name=\"colour-picker-value\" value={{$:/config/BitmapEditor/Colour}}>\n<<toolbar-paint>>\n</$set>\n"
},
"$:/core/ui/EditorToolbar/picture-dropdown": {
"title": "$:/core/ui/EditorToolbar/picture-dropdown",
"text": "\\define replacement-text()\n[img[$(imageTitle)$]]\n\\end\n\n''{{$:/language/Buttons/Picture/Hint}}''\n\n<$macrocall $name=\"image-picker\" actions=\"\"\"\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext=<<replacement-text>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n"
},
"$:/core/ui/EditorToolbar/picture": {
"title": "$:/core/ui/EditorToolbar/picture",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/picture",
"caption": "{{$:/language/Buttons/Picture/Caption}}",
"description": "{{$:/language/Buttons/Picture/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((picture))",
"dropdown": "$:/core/ui/EditorToolbar/picture-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/preview-type-dropdown": {
"title": "$:/core/ui/EditorToolbar/preview-type-dropdown",
"text": "\\define preview-type-button()\n<$button tag=\"a\">\n\n<$action-setfield $tiddler=\"$:/state/editpreviewtype\" $value=\"$(previewType)$\"/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$transclude tiddler=<<previewType>> field=\"caption\" mode=\"inline\">\n\n<$view tiddler=<<previewType>> field=\"title\" mode=\"inline\"/>\n\n</$transclude> \n\n<$reveal tag=\"span\" state=\"$:/state/editpreviewtype\" type=\"match\" text=<<previewType>> default=\"$:/core/ui/EditTemplate/body/preview/output\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditPreview]!has[draft.of]]\" variable=\"previewType\">\n\n<<preview-type-button>>\n\n</$list>\n"
},
"$:/core/ui/EditorToolbar/preview-type": {
"title": "$:/core/ui/EditorToolbar/preview-type",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/chevron-down",
"caption": "{{$:/language/Buttons/PreviewType/Caption}}",
"description": "{{$:/language/Buttons/PreviewType/Hint}}",
"condition": "[all[shadows+tiddlers]tag[$:/tags/EditPreview]!has[draft.of]butfirst[]limit[1]]",
"button-classes": "tc-text-editor-toolbar-item-adjunct",
"dropdown": "$:/core/ui/EditorToolbar/preview-type-dropdown"
},
"$:/core/ui/EditorToolbar/preview": {
"title": "$:/core/ui/EditorToolbar/preview",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/preview-open",
"custom-icon": "yes",
"caption": "{{$:/language/Buttons/Preview/Caption}}",
"description": "{{$:/language/Buttons/Preview/Hint}}",
"condition": "[<targetTiddler>]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((preview))",
"text": "<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\" tag=\"span\">\n{{$:/core/images/preview-open}}\n<$action-setfield $tiddler=\"$:/state/showeditpreview\" $value=\"no\"/>\n</$reveal>\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\" tag=\"span\">\n{{$:/core/images/preview-closed}}\n<$action-setfield $tiddler=\"$:/state/showeditpreview\" $value=\"yes\"/>\n</$reveal>\n"
},
"$:/core/ui/EditorToolbar/quote": {
"title": "$:/core/ui/EditorToolbar/quote",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/quote",
"caption": "{{$:/language/Buttons/Quote/Caption}}",
"description": "{{$:/language/Buttons/Quote/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((quote))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-lines\"\n\tprefix=\"\n<<<\"\n\tsuffix=\"<<<\"\n/>\n"
},
"$:/core/ui/EditorToolbar/rotate-left": {
"title": "$:/core/ui/EditorToolbar/rotate-left",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/rotate-left",
"caption": "{{$:/language/Buttons/RotateLeft/Caption}}",
"description": "{{$:/language/Buttons/RotateLeft/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"rotate-left\"\n/>\n"
},
"$:/core/ui/EditorToolbar/size-dropdown": {
"title": "$:/core/ui/EditorToolbar/size-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Size/\n\n\\define toolbar-button-size-preset(config-title)\n<$set name=\"width\" filter=\"$(sizePair)$ +[first[]]\">\n\n<$set name=\"height\" filter=\"$(sizePair)$ +[last[]]\">\n\n<$button tag=\"a\">\n\n<$action-setfield\n\t$tiddler=\"\"\"$config-title$/new-width\"\"\"\n\t$value=<<width>>\n/>\n\n<$action-setfield\n\t$tiddler=\"\"\"$config-title$/new-height\"\"\"\n\t$value=<<height>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/presets-popup\"\"\"\n/>\n\n<$text text=<<width>>/> × <$text text=<<height>>/>\n\n</$button>\n\n</$set>\n\n</$set>\n\\end\n\n\\define toolbar-button-size(config-title)\n''{{$:/language/Buttons/Size/Hint}}''\n\n<<lingo Caption/Width>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/new-width\"\"\" default=<<tv-bitmap-editor-width>> focus=\"true\" size=\"8\"/> <<lingo Caption/Height>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/new-height\"\"\" default=<<tv-bitmap-editor-height>> size=\"8\"/> <$button popup=\"\"\"$config-title$/presets-popup\"\"\" class=\"tc-btn-invisible tc-popup-keep\" style=\"width: auto; display: inline-block; background-colour: inherit;\" selectedClass=\"tc-selected\">\n{{$:/core/images/down-arrow}}\n</$button>\n\n<$reveal tag=\"span\" state=\"\"\"$config-title$/presets-popup\"\"\" type=\"popup\" position=\"belowleft\" animate=\"yes\">\n\n<div class=\"tc-drop-down tc-popup-keep\">\n\n<$list filter={{$:/config/BitmapEditor/ImageSizes}} variable=\"sizePair\">\n\n<$macrocall $name=\"toolbar-button-size-preset\" config-title=\"$config-title$\"/>\n\n</$list>\n\n</div>\n\n</$reveal>\n\n<$button>\n<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"resize\"\n\twidth={{$config-title$/new-width}}\n\theight={{$config-title$/new-height}}\n/>\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/new-width\"\"\"\n/>\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/new-height\"\"\"\n/>\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n<<lingo Caption/Resize>>\n</$button>\n\\end\n\n<$macrocall $name=\"toolbar-button-size\" config-title=<<qualify \"$:/state/Size/\">>/>\n"
},
"$:/core/ui/EditorToolbar/size": {
"title": "$:/core/ui/EditorToolbar/size",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/size",
"caption": "{{$:/language/Buttons/Size/Caption}}",
"description": "{{$:/language/Buttons/Size/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/size-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/stamp-dropdown": {
"title": "$:/core/ui/EditorToolbar/stamp-dropdown",
"text": "\\define toolbar-button-stamp-inner()\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext={{$(snippetTitle)$}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$view tiddler=<<snippetTitle>> field=\"caption\" mode=\"inline\">\n\n<$view tiddler=<<snippetTitle>> field=\"title\" mode=\"inline\"/>\n\n</$view>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TextEditor/Snippet]!has[draft.of]sort[caption]]\" variable=\"snippetTitle\">\n\n<<toolbar-button-stamp-inner>>\n\n</$list>\n\n----\n\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-new-tiddler\"\n\ttags=\"$:/tags/TextEditor/Snippet\"\n\tcaption={{$:/language/Buttons/Stamp/New/Title}}\n\ttext={{$:/language/Buttons/Stamp/New/Text}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<em>\n\n<$text text={{$:/language/Buttons/Stamp/Caption/New}}/>\n\n</em>\n\n</$button>\n"
},
"$:/core/ui/EditorToolbar/stamp": {
"title": "$:/core/ui/EditorToolbar/stamp",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/stamp",
"caption": "{{$:/language/Buttons/Stamp/Caption}}",
"description": "{{$:/language/Buttons/Stamp/Hint}}",
"condition": "[<targetTiddler>type[]] [<targetTiddler>get[type]prefix[text/]] +[first[]]",
"shortcuts": "((stamp))",
"dropdown": "$:/core/ui/EditorToolbar/stamp-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/strikethrough": {
"title": "$:/core/ui/EditorToolbar/strikethrough",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/strikethrough",
"caption": "{{$:/language/Buttons/Strikethrough/Caption}}",
"description": "{{$:/language/Buttons/Strikethrough/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((strikethrough))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"~~\"\n\tsuffix=\"~~\"\n/>\n"
},
"$:/core/ui/EditorToolbar/subscript": {
"title": "$:/core/ui/EditorToolbar/subscript",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/subscript",
"caption": "{{$:/language/Buttons/Subscript/Caption}}",
"description": "{{$:/language/Buttons/Subscript/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((subscript))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\",,\"\n\tsuffix=\",,\"\n/>\n"
},
"$:/core/ui/EditorToolbar/superscript": {
"title": "$:/core/ui/EditorToolbar/superscript",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/superscript",
"caption": "{{$:/language/Buttons/Superscript/Caption}}",
"description": "{{$:/language/Buttons/Superscript/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((superscript))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"^^\"\n\tsuffix=\"^^\"\n/>\n"
},
"$:/core/ui/EditorToolbar/transcludify": {
"title": "$:/core/ui/EditorToolbar/transcludify",
"caption": "{{$:/language/Buttons/Transcludify/Caption}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"description": "{{$:/language/Buttons/Transcludify/Hint}}",
"icon": "$:/core/images/transcludify",
"list-before": "$:/core/ui/EditorToolbar/mono-block",
"shortcuts": "((transcludify))",
"tags": "$:/tags/EditorToolbar",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"{{\"\n\tsuffix=\"}}\"\n/>\n"
},
"$:/core/ui/EditorToolbar/underline": {
"title": "$:/core/ui/EditorToolbar/underline",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/underline",
"caption": "{{$:/language/Buttons/Underline/Caption}}",
"description": "{{$:/language/Buttons/Underline/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((underline))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"__\"\n\tsuffix=\"__\"\n/>\n"
},
"$:/core/Filters/AllTags": {
"title": "$:/core/Filters/AllTags",
"tags": "$:/tags/Filter",
"filter": "[tags[]!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTags}}",
"text": ""
},
"$:/core/Filters/AllTiddlers": {
"title": "$:/core/Filters/AllTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTiddlers}}",
"text": ""
},
"$:/core/Filters/Drafts": {
"title": "$:/core/Filters/Drafts",
"tags": "$:/tags/Filter",
"filter": "[has[draft.of]sort[title]]",
"description": "{{$:/language/Filters/Drafts}}",
"text": ""
},
"$:/core/Filters/Missing": {
"title": "$:/core/Filters/Missing",
"tags": "$:/tags/Filter",
"filter": "[all[missing]sort[title]]",
"description": "{{$:/language/Filters/Missing}}",
"text": ""
},
"$:/core/Filters/Orphans": {
"title": "$:/core/Filters/Orphans",
"tags": "$:/tags/Filter",
"filter": "[all[orphans]sort[title]]",
"description": "{{$:/language/Filters/Orphans}}",
"text": ""
},
"$:/core/Filters/OverriddenShadowTiddlers": {
"title": "$:/core/Filters/OverriddenShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[shadow]]",
"description": "{{$:/language/Filters/OverriddenShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentSystemTiddlers": {
"title": "$:/core/Filters/RecentSystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentSystemTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentTiddlers": {
"title": "$:/core/Filters/RecentTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentTiddlers}}",
"text": ""
},
"$:/core/Filters/ShadowTiddlers": {
"title": "$:/core/Filters/ShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[all[shadows]sort[title]]",
"description": "{{$:/language/Filters/ShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/StoryList": {
"title": "$:/core/Filters/StoryList",
"tags": "$:/tags/Filter",
"filter": "[list[$:/StoryList]] -$:/AdvancedSearch",
"description": "{{$:/language/Filters/StoryList}}",
"text": ""
},
"$:/core/Filters/SystemTags": {
"title": "$:/core/Filters/SystemTags",
"tags": "$:/tags/Filter",
"filter": "[all[shadows+tiddlers]tags[]is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTags}}",
"text": ""
},
"$:/core/Filters/SystemTiddlers": {
"title": "$:/core/Filters/SystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTiddlers}}",
"text": ""
},
"$:/core/Filters/TypedTiddlers": {
"title": "$:/core/Filters/TypedTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[type]each[type]sort[type]] -[type[text/vnd.tiddlywiki]]",
"description": "{{$:/language/Filters/TypedTiddlers}}",
"text": ""
},
"$:/core/ui/ImportListing": {
"title": "$:/core/ui/ImportListing",
"text": "\\define lingo-base() $:/language/Import/\n\n\\define messageField()\nmessage-$(payloadTiddler)$\n\\end\n\n\\define selectionField()\nselection-$(payloadTiddler)$\n\\end\n\n\\define previewPopupState()\n$(currentTiddler)$!!popup-$(payloadTiddler)$\n\\end\n\n\\define select-all-actions()\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<$action-setfield $field={{{ [<payloadTiddler>addprefix[selection-]] }}} $value={{$:/state/import/select-all}}/>\n</$list>\n\\end\n\n<table>\n<tbody>\n<tr>\n<th>\n<$checkbox tiddler=\"$:/state/import/select-all\" field=\"text\" checked=\"checked\" unchecked=\"unchecked\" default=\"checked\" actions=<<select-all-actions>>>\n<<lingo Listing/Select/Caption>>\n</$checkbox>\n</th>\n<th>\n<<lingo Listing/Title/Caption>>\n</th>\n<th>\n<<lingo Listing/Status/Caption>>\n</th>\n</tr>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<tr>\n<td>\n<$checkbox field=<<selectionField>> checked=\"checked\" unchecked=\"unchecked\" default=\"checked\"/>\n</td>\n<td>\n<$reveal type=\"nomatch\" stateTitle=<<previewPopupState>> text=\"yes\" tag=\"div\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" setTitle=<<previewPopupState>> setTo=\"yes\">\n{{$:/core/images/right-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" stateTitle=<<previewPopupState>> text=\"yes\" tag=\"div\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" setTitle=<<previewPopupState>> setTo=\"no\">\n{{$:/core/images/down-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n</td>\n<td>\n<$view field=<<messageField>>/>\n</td>\n</tr>\n<tr>\n<td colspan=\"3\">\n<$reveal type=\"match\" text=\"yes\" stateTitle=<<previewPopupState>> tag=\"div\">\n<$list filter=\"[{$:/state/importpreviewtype}has[text]]\" variable=\"listItem\" emptyMessage={{$:/core/ui/ImportPreviews/Text}}>\n<$transclude tiddler={{$:/state/importpreviewtype}}/>\n</$list>\n</$reveal>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ImportPreviews/Diff": {
"title": "$:/core/ui/ImportPreviews/Diff",
"tags": "$:/tags/ImportPreview",
"caption": "{{$:/language/Import/Listing/Preview/Diff}}",
"text": "<$macrocall $name=\"compareTiddlerText\" sourceTiddlerTitle=<<payloadTiddler>> destTiddlerTitle=<<currentTiddler>> destSubTiddlerTitle=<<payloadTiddler>>/>\n"
},
"$:/core/ui/ImportPreviews/DiffFields": {
"title": "$:/core/ui/ImportPreviews/DiffFields",
"tags": "$:/tags/ImportPreview",
"caption": "{{$:/language/Import/Listing/Preview/DiffFields}}",
"text": "<$macrocall $name=\"compareTiddlers\" sourceTiddlerTitle=<<payloadTiddler>> destTiddlerTitle=<<currentTiddler>> destSubTiddlerTitle=<<payloadTiddler>> exclude=\"text\"/>\n"
},
"$:/core/ui/ImportPreviews/Fields": {
"title": "$:/core/ui/ImportPreviews/Fields",
"tags": "$:/tags/ImportPreview",
"caption": "{{$:/language/Import/Listing/Preview/Fields}}",
"text": "<table class=\"tc-view-field-table\">\n<tbody>\n<$list filter=\"[<payloadTiddler>subtiddlerfields<currentTiddler>sort[]] -text\" variable=\"fieldName\">\n<tr class=\"tc-view-field\">\n<td class=\"tc-view-field-name\">\n<$text text=<<fieldName>>/>\n</td>\n<td class=\"tc-view-field-value\">\n<$view field=<<fieldName>> tiddler=<<currentTiddler>> subtiddler=<<payloadTiddler>>/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ImportPreviews/Text": {
"title": "$:/core/ui/ImportPreviews/Text",
"tags": "$:/tags/ImportPreview",
"caption": "{{$:/language/Import/Listing/Preview/Text}}",
"text": "<$transclude tiddler=<<currentTiddler>> subtiddler=<<payloadTiddler>> mode=\"block\"/>\n"
},
"$:/core/ui/ImportPreviews/TextRaw": {
"title": "$:/core/ui/ImportPreviews/TextRaw",
"tags": "$:/tags/ImportPreview",
"caption": "{{$:/language/Import/Listing/Preview/TextRaw}}",
"text": "<pre><code><$view tiddler=<<currentTiddler>> subtiddler=<<payloadTiddler>> /></code></pre>"
},
"$:/core/ui/KeyboardShortcuts/new-image": {
"title": "$:/core/ui/KeyboardShortcuts/new-image",
"tags": "$:/tags/KeyboardShortcut",
"key": "((new-image))",
"text": "<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n{{$:/core/ui/Actions/new-image}}\n</$navigator>\n"
},
"$:/core/ui/KeyboardShortcuts/new-journal": {
"title": "$:/core/ui/KeyboardShortcuts/new-journal",
"tags": "$:/tags/KeyboardShortcut",
"key": "((new-journal))",
"text": "<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n{{$:/core/ui/Actions/new-journal}}\n</$navigator>\n"
},
"$:/core/ui/KeyboardShortcuts/new-tiddler": {
"title": "$:/core/ui/KeyboardShortcuts/new-tiddler",
"tags": "$:/tags/KeyboardShortcut",
"key": "((new-tiddler))",
"text": "<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n{{$:/core/ui/Actions/new-tiddler}}\n</$navigator>\n"
},
"$:/core/ui/ListItemTemplate": {
"title": "$:/core/ui/ListItemTemplate",
"text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</div>"
},
"$:/Manager/ItemMain/Fields": {
"title": "$:/Manager/ItemMain/Fields",
"tags": "$:/tags/Manager/ItemMain",
"caption": "{{$:/language/Manager/Item/Fields}}",
"text": "<table>\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
},
"$:/Manager/ItemMain/RawText": {
"title": "$:/Manager/ItemMain/RawText",
"tags": "$:/tags/Manager/ItemMain",
"caption": "{{$:/language/Manager/Item/RawText}}",
"text": "<pre><code><$view/></code></pre>\n"
},
"$:/Manager/ItemMain/WikifiedText": {
"title": "$:/Manager/ItemMain/WikifiedText",
"tags": "$:/tags/Manager/ItemMain",
"caption": "{{$:/language/Manager/Item/WikifiedText}}",
"text": "<$transclude mode=\"block\"/>\n"
},
"$:/Manager/ItemSidebar/Colour": {
"title": "$:/Manager/ItemSidebar/Colour",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Colour}}",
"text": "\\define swatch-styles()\nheight: 1em;\nbackground-color: $(colour)$\n\\end\n\n<$vars colour={{!!color}}>\n<p style=<<swatch-styles>>/>\n</$vars>\n<p>\n<$edit-text field=\"color\" tag=\"input\" type=\"color\"/> / <$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/>\n</p>\n"
},
"$:/Manager/ItemSidebar/Icon": {
"title": "$:/Manager/ItemSidebar/Icon",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Icon}}",
"text": "<p>\n<div class=\"tc-manager-icon-editor\">\n<$button popup=<<qualify \"$:/state/popup/image-picker\">> class=\"tc-btn-invisible\">\n<$transclude tiddler={{!!icon}}>\n{{$:/language/Manager/Item/Icon/None}}\n</$transclude>\n</$button>\n<div class=\"tc-block-dropdown-wrapper\" style=\"position: static;\">\n<$reveal state=<<qualify \"$:/state/popup/image-picker\">> type=\"nomatch\" text=\"\" default=\"\" tag=\"div\" class=\"tc-popup\">\n<div class=\"tc-block-dropdown tc-popup-keep\" style=\"width: 80%; left: 10%; right: 10%; padding: 0.5em;\">\n<$macrocall $name=\"image-picker-include-tagged-images\" actions=\"\"\"\n<$action-setfield $field=\"icon\" $value=<<imageTitle>>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/image-picker\">>/>\n\"\"\"/>\n</div>\n</$reveal>\n</div>\n</div>\n</p>\n"
},
"$:/Manager/ItemSidebar/Tags": {
"title": "$:/Manager/ItemSidebar/Tags",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Tags}}",
"text": "\\define tag-checkbox-actions()\n<$action-listops\n\t$tiddler=\"$:/config/Manager/RecentTags\"\n\t$subfilter=\"[<tag>] [list[$:/config/Manager/RecentTags]] +[limit[12]]\"\n/>\n\\end\n\n\\define tag-picker-actions()\n<<tag-checkbox-actions>>\n<$action-listops\n\t$tiddler=<<currentTiddler>>\n\t$field=\"tags\"\n\t$subfilter=\"[<tag>] [all[current]tags[]]\"\n/>\n\\end\n\n<p>\n<$list filter=\"[all[current]tags[]] [list[$:/config/Manager/RecentTags]] +[sort[title]] \" variable=\"tag\">\n<div>\n<$checkbox tiddler=<<currentTiddler>> tag=<<tag>> actions=<<tag-checkbox-actions>>>\n<$macrocall $name=\"tag-pill\" tag=<<tag>>/>\n</$checkbox>\n</div>\n</$list>\n</p>\n<p>\n<$macrocall $name=\"tag-picker\" actions=<<tag-picker-actions>>/>\n</p>\n"
},
"$:/Manager/ItemSidebar/Tools": {
"title": "$:/Manager/ItemSidebar/Tools",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Tools}}",
"text": "<p>\n<$button to=<<currentTiddler>>>{{$:/core/images/link}} open</$button>\n</p>\n<p>\n<$button message=\"tm-edit-tiddler\" param=<<currentTiddler>>>{{$:/core/images/edit-button}} edit</$button>\n</p>\n"
},
"$:/Manager": {
"title": "$:/Manager",
"icon": "$:/core/images/list",
"color": "#bbb",
"text": "\\define lingo-base() $:/language/Manager/\n\n\\define list-item-content-item()\n<div class=\"tc-manager-list-item-content-item\">\n\t<$vars state-title=\"\"\"$:/state/popup/manager/item/$(listItem)$\"\"\">\n\t\t<$reveal state=<<state-title>> type=\"match\" text=\"show\" default=\"show\" tag=\"div\">\n\t\t\t<$button set=<<state-title>> setTo=\"hide\" class=\"tc-btn-invisible tc-manager-list-item-content-item-heading\">\n\t\t\t\t{{$:/core/images/down-arrow}} <$transclude tiddler=<<listItem>> field=\"caption\"/>\n\t\t\t</$button>\n\t\t</$reveal>\n\t\t<$reveal state=<<state-title>> type=\"nomatch\" text=\"show\" default=\"show\" tag=\"div\">\n\t\t\t<$button set=<<state-title>> setTo=\"show\" class=\"tc-btn-invisible tc-manager-list-item-content-item-heading\">\n\t\t\t\t{{$:/core/images/right-arrow}} <$transclude tiddler=<<listItem>> field=\"caption\"/>\n\t\t\t</$button>\n\t\t</$reveal>\n\t\t<$reveal state=<<state-title>> type=\"match\" text=\"show\" default=\"show\" tag=\"div\" class=\"tc-manager-list-item-content-item-body\">\n\t\t\t<$transclude tiddler=<<listItem>>/>\n\t\t</$reveal>\n\t</$vars>\n</div>\n\\end\n\n<div class=\"tc-manager-wrapper\">\n\t<div class=\"tc-manager-controls\">\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Show/Prompt>> <$select tiddler=\"$:/config/Manager/Show\" default=\"tiddlers\">\n\t\t\t\t<option value=\"tiddlers\"><<lingo Controls/Show/Option/Tiddlers>></option>\n\t\t\t\t<option value=\"tags\"><<lingo Controls/Show/Option/Tags>></option>\n\t\t\t</$select>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Search/Prompt>> <$edit-text tiddler=\"$:/config/Manager/Filter\" tag=\"input\" default=\"\" placeholder={{$:/language/Manager/Controls/Search/Placeholder}}/>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/FilterByTag/Prompt>> <$select tiddler=\"$:/config/Manager/Tag\" default=\"\">\n\t\t\t\t<option value=\"\"><<lingo Controls/FilterByTag/None>></option>\n\t\t\t\t<$list filter=\"[!is{$:/config/Manager/System}tags[]!is[system]sort[title]]\" variable=\"tag\">\n\t\t\t\t\t<option value=<<tag>>><$text text=<<tag>>/></option>\n\t\t\t\t</$list>\n\t\t\t</$select>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Sort/Prompt>> <$select tiddler=\"$:/config/Manager/Sort\" default=\"title\">\n\t\t\t\t<optgroup label=\"Common\">\n\t\t\t\t\t<$list filter=\"title modified modifier created creator created\" variable=\"field\">\n\t\t\t\t\t\t<option value=<<field>>><$text text=<<field>>/></option>\n\t\t\t\t\t</$list>\n\t\t\t\t</optgroup>\n\t\t\t\t<optgroup label=\"All\">\n\t\t\t\t\t<$list filter=\"[all{$:/config/Manager/Show}!is{$:/config/Manager/System}fields[]sort[title]] -title -modified -modifier -created -creator -created\" variable=\"field\">\n\t\t\t\t\t\t<option value=<<field>>><$text text=<<field>>/></option>\n\t\t\t\t\t</$list>\n\t\t\t\t</optgroup>\n\t\t\t</$select>\n\t\t\t<$checkbox tiddler=\"$:/config/Manager/Order\" field=\"text\" checked=\"reverse\" unchecked=\"forward\" default=\"forward\">\n\t\t\t\t<<lingo Controls/Order/Prompt>>\n\t\t\t</$checkbox>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<$checkbox tiddler=\"$:/config/Manager/System\" field=\"text\" checked=\"\" unchecked=\"system\" default=\"system\">\n\t\t\t\t{{$:/language/SystemTiddlers/Include/Prompt}}\n\t\t\t</$checkbox>\n\t\t</div>\n\t</div>\n\t<div class=\"tc-manager-list\">\n\t\t<$list filter=\"[all{$:/config/Manager/Show}!is{$:/config/Manager/System}search{$:/config/Manager/Filter}tag:strict{$:/config/Manager/Tag}sort{$:/config/Manager/Sort}order{$:/config/Manager/Order}]\">\n\t\t\t<$vars transclusion=<<currentTiddler>>>\n\t\t\t\t<div style=\"tc-manager-list-item\">\n\t\t\t\t\t<$button popup=<<qualify \"$:/state/manager/popup\">> class=\"tc-btn-invisible tc-manager-list-item-heading\" selectedClass=\"tc-manager-list-item-heading-selected\">\n\t\t\t\t\t\t<$text text=<<currentTiddler>>/>\n\t\t\t\t\t</$button>\n\t\t\t\t\t<$reveal state=<<qualify \"$:/state/manager/popup\">> type=\"nomatch\" text=\"\" default=\"\" tag=\"div\" class=\"tc-manager-list-item-content tc-popup-handle\">\n\t\t\t\t\t\t<div class=\"tc-manager-list-item-content-tiddler\">\n\t\t\t\t\t\t\t<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Manager/ItemMain]!has[draft.of]]\" variable=\"listItem\">\n\t\t\t\t\t\t\t\t<<list-item-content-item>>\n\t\t\t\t\t\t\t</$list>\n\t\t\t\t\t\t</div>\n\t\t\t\t\t\t<div class=\"tc-manager-list-item-content-sidebar\">\n\t\t\t\t\t\t\t<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Manager/ItemSidebar]!has[draft.of]]\" variable=\"listItem\">\n\t\t\t\t\t\t\t\t<<list-item-content-item>>\n\t\t\t\t\t\t\t</$list>\n\t\t\t\t\t\t</div>\n\t\t\t\t\t</$reveal>\n\t\t\t\t</div>\n\t\t\t</$vars>\n\t\t</$list>\n\t</div>\n</div>\n"
},
"$:/core/ui/MissingTemplate": {
"title": "$:/core/ui/MissingTemplate",
"text": "<div class=\"tc-tiddler-missing\">\n<$button popup=<<qualify \"$:/state/popup/missing\">> class=\"tc-btn-invisible tc-missing-tiddler-label\">\n<$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/missing\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]backlinks[]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</div>\n"
},
"$:/core/ui/MoreSideBar/All": {
"title": "$:/core/ui/MoreSideBar/All",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/All/Caption}}",
"text": "<$list filter={{$:/core/Filters/AllTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Drafts": {
"title": "$:/core/ui/MoreSideBar/Drafts",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Drafts/Caption}}",
"text": "<$list filter={{$:/core/Filters/Drafts!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Explorer": {
"title": "$:/core/ui/MoreSideBar/Explorer",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Explorer/Caption}}",
"text": "<<tree \"$:/\">>\n"
},
"$:/core/ui/MoreSideBar/Missing": {
"title": "$:/core/ui/MoreSideBar/Missing",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Missing/Caption}}",
"text": "<$list filter={{$:/core/Filters/Missing!!filter}} template=\"$:/core/ui/MissingTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Orphans": {
"title": "$:/core/ui/MoreSideBar/Orphans",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Orphans/Caption}}",
"text": "<$list filter={{$:/core/Filters/Orphans!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Plugins": {
"title": "$:/core/ui/MoreSideBar/Plugins",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
"text": "\n{{$:/language/ControlPanel/Plugins/Installed/Hint}}\n\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar/Plugins]!has[draft.of]]\" \"$:/core/ui/MoreSideBar/Plugins/Plugins\">>\n"
},
"$:/core/ui/MoreSideBar/Recent": {
"title": "$:/core/ui/MoreSideBar/Recent",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/MoreSideBar/Shadows": {
"title": "$:/core/ui/MoreSideBar/Shadows",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Shadows/Caption}}",
"text": "<$list filter={{$:/core/Filters/ShadowTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/System": {
"title": "$:/core/ui/MoreSideBar/System",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/System/Caption}}",
"text": "<$list filter={{$:/core/Filters/SystemTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Tags": {
"title": "$:/core/ui/MoreSideBar/Tags",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Tags/Caption}}",
"text": "<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n{{$:/core/ui/Buttons/tag-manager}}\n\n</$set>\n\n</$set>\n\n</$set>\n\n<$list filter={{$:/core/Filters/AllTags!!filter}}>\n\n<$transclude tiddler=\"$:/core/ui/TagTemplate\"/>\n\n</$list>\n\n<hr class=\"tc-untagged-separator\">\n\n{{$:/core/ui/UntaggedTemplate}}\n"
},
"$:/core/ui/MoreSideBar/Types": {
"title": "$:/core/ui/MoreSideBar/Types",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Types/Caption}}",
"text": "<$list filter={{$:/core/Filters/TypedTiddlers!!filter}}>\n<div class=\"tc-menu-list-item\">\n<$view field=\"type\"/>\n<$list filter=\"[type{!!type}!is[system]sort[title]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$list>\n</div>\n</$list>\n"
},
"$:/core/ui/MoreSideBar/Plugins/Languages": {
"title": "$:/core/ui/MoreSideBar/Plugins/Languages",
"tags": "$:/tags/MoreSideBar/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}}",
"text": "<$list filter=\"[!has[draft.of]plugin-type[language]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}/>\n"
},
"$:/core/ui/MoreSideBar/Plugins/Plugins": {
"title": "$:/core/ui/MoreSideBar/Plugins/Plugins",
"tags": "$:/tags/MoreSideBar/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}}",
"text": "<$list filter=\"[!has[draft.of]plugin-type[plugin]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}>>/>\n"
},
"$:/core/ui/MoreSideBar/Plugins/Theme": {
"title": "$:/core/ui/MoreSideBar/Plugins/Theme",
"tags": "$:/tags/MoreSideBar/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}}",
"text": "<$list filter=\"[!has[draft.of]plugin-type[theme]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}/>\n"
},
"$:/core/ui/Buttons/advanced-search": {
"title": "$:/core/ui/Buttons/advanced-search",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/advanced-search-button}} {{$:/language/Buttons/AdvancedSearch/Caption}}",
"description": "{{$:/language/Buttons/AdvancedSearch/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/advanced-search-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/AdvancedSearch/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/AdvancedSearch]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/close-all": {
"title": "$:/core/ui/Buttons/close-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/close-all-button}} {{$:/language/Buttons/CloseAll/Caption}}",
"description": "{{$:/language/Buttons/CloseAll/Hint}}",
"text": "<$button message=\"tm-close-all-tiddlers\" tooltip={{$:/language/Buttons/CloseAll/Hint}} aria-label={{$:/language/Buttons/CloseAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/control-panel": {
"title": "$:/core/ui/Buttons/control-panel",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/options-button}} {{$:/language/Buttons/ControlPanel/Caption}}",
"description": "{{$:/language/Buttons/ControlPanel/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/ControlPanel\" tooltip={{$:/language/Buttons/ControlPanel/Hint}} aria-label={{$:/language/Buttons/ControlPanel/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/options-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/ControlPanel/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/ControlPanel]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/encryption": {
"title": "$:/core/ui/Buttons/encryption",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/locked-padlock}} {{$:/language/Buttons/Encryption/Caption}}",
"description": "{{$:/language/Buttons/Encryption/Hint}}",
"text": "<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-clear-password\" tooltip={{$:/language/Buttons/Encryption/ClearPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/ClearPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/locked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/ClearPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-set-password\" tooltip={{$:/language/Buttons/Encryption/SetPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/SetPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/unlocked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/SetPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
},
"$:/core/ui/Buttons/export-page": {
"title": "$:/core/ui/Buttons/export-page",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportPage/Caption}}",
"description": "{{$:/language/Buttons/ExportPage/Hint}}",
"text": "<$macrocall $name=\"exportButton\" exportFilter=\"[!is[system]sort[title]]\" lingoBase=\"$:/language/Buttons/ExportPage/\"/>"
},
"$:/core/ui/Buttons/fold-all": {
"title": "$:/core/ui/Buttons/fold-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/fold-all-button}} {{$:/language/Buttons/FoldAll/Caption}}",
"description": "{{$:/language/Buttons/FoldAll/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/FoldAll/Hint}} aria-label={{$:/language/Buttons/FoldAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-all-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FoldAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/full-screen": {
"title": "$:/core/ui/Buttons/full-screen",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/full-screen-button}} {{$:/language/Buttons/FullScreen/Caption}}",
"description": "{{$:/language/Buttons/FullScreen/Hint}}",
"text": "<$button message=\"tm-full-screen\" tooltip={{$:/language/Buttons/FullScreen/Hint}} aria-label={{$:/language/Buttons/FullScreen/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/full-screen-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FullScreen/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/home": {
"title": "$:/core/ui/Buttons/home",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/home-button}} {{$:/language/Buttons/Home/Caption}}",
"description": "{{$:/language/Buttons/Home/Hint}}",
"text": "<$button message=\"tm-home\" tooltip={{$:/language/Buttons/Home/Hint}} aria-label={{$:/language/Buttons/Home/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/home-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Home/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/import": {
"title": "$:/core/ui/Buttons/import",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/import-button}} {{$:/language/Buttons/Import/Caption}}",
"description": "{{$:/language/Buttons/Import/Hint}}",
"text": "<div class=\"tc-file-input-wrapper\">\n<$button tooltip={{$:/language/Buttons/Import/Hint}} aria-label={{$:/language/Buttons/Import/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/import-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Import/Caption}}/></span>\n</$list>\n</$button>\n<$browse tooltip={{$:/language/Buttons/Import/Hint}}/>\n</div>"
},
"$:/core/ui/Buttons/language": {
"title": "$:/core/ui/Buttons/language",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/globe}} {{$:/language/Buttons/Language/Caption}}",
"description": "{{$:/language/Buttons/Language/Hint}}",
"text": "\\define flag-title()\n$(languagePluginTitle)$/icon\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/language\">> tooltip={{$:/language/Buttons/Language/Hint}} aria-label={{$:/language/Buttons/Language/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value={{$:/language}}>\n<$image source=<<flag-title>>/>\n</$set>\n</span>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Language/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/language\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n{{$:/snippets/languageswitcher}}\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/manager": {
"title": "$:/core/ui/Buttons/manager",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/list}} {{$:/language/Buttons/Manager/Caption}}",
"description": "{{$:/language/Buttons/Manager/Hint}}",
"text": "\\define manager-button(class)\n<$button to=\"$:/Manager\" tooltip={{$:/language/Buttons/Manager/Hint}} aria-label={{$:/language/Buttons/Manager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/list}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Manager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/Manager]]\" emptyMessage=<<manager-button>>>\n<<manager-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/more-page-actions": {
"title": "$:/core/ui/Buttons/more-page-actions",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]] -[[$:/core/ui/Buttons/more-page-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$set>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-image": {
"title": "$:/core/ui/Buttons/new-image",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-image-button}} {{$:/language/Buttons/NewImage/Caption}}",
"description": "{{$:/language/Buttons/NewImage/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/NewImage/Hint}} aria-label={{$:/language/Buttons/NewImage/Caption}} class=<<tv-config-toolbar-class>> actions={{$:/core/ui/Actions/new-image}}>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-image-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewImage/Caption}}/></span>\n</$list>\n</$button>\n"
},
"$:/core/ui/Buttons/new-journal": {
"title": "$:/core/ui/Buttons/new-journal",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournal/Caption}}",
"description": "{{$:/language/Buttons/NewJournal/Hint}}",
"text": "\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournal/Hint}} aria-label={{$:/language/Buttons/NewJournal/Caption}} class=<<tv-config-toolbar-class>> actions={{$:/core/ui/Actions/new-journal}}>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournal/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<<journalButton>>\n"
},
"$:/core/ui/Buttons/new-tiddler": {
"title": "$:/core/ui/Buttons/new-tiddler",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-button}} {{$:/language/Buttons/NewTiddler/Caption}}",
"description": "{{$:/language/Buttons/NewTiddler/Hint}}",
"text": "<$button actions={{$:/core/ui/Actions/new-tiddler}} tooltip={{$:/language/Buttons/NewTiddler/Hint}} aria-label={{$:/language/Buttons/NewTiddler/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewTiddler/Caption}}/></span>\n</$list>\n</$button>\n"
},
"$:/core/ui/Buttons/palette": {
"title": "$:/core/ui/Buttons/palette",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/palette}} {{$:/language/Buttons/Palette/Caption}}",
"description": "{{$:/language/Buttons/Palette/Hint}}",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/palette\">> tooltip={{$:/language/Buttons/Palette/Hint}} aria-label={{$:/language/Buttons/Palette/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/palette}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Palette/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/palette\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\" style=\"font-size:0.7em;\">\n{{$:/snippets/paletteswitcher}}\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/print": {
"title": "$:/core/ui/Buttons/print",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/print-button}} {{$:/language/Buttons/Print/Caption}}",
"description": "{{$:/language/Buttons/Print/Hint}}",
"text": "<$button message=\"tm-print\" tooltip={{$:/language/Buttons/Print/Hint}} aria-label={{$:/language/Buttons/Print/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/print-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Print/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/refresh": {
"title": "$:/core/ui/Buttons/refresh",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/refresh-button}} {{$:/language/Buttons/Refresh/Caption}}",
"description": "{{$:/language/Buttons/Refresh/Hint}}",
"text": "<$button message=\"tm-browser-refresh\" tooltip={{$:/language/Buttons/Refresh/Hint}} aria-label={{$:/language/Buttons/Refresh/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/refresh-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Refresh/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save-wiki": {
"title": "$:/core/ui/Buttons/save-wiki",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/save-button}} {{$:/language/Buttons/SaveWiki/Caption}}",
"description": "{{$:/language/Buttons/SaveWiki/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/SaveWiki/Hint}} aria-label={{$:/language/Buttons/SaveWiki/Caption}} class=<<tv-config-toolbar-class>>>\n<$wikify name=\"site-title\" text={{$:/config/SaveWikiButton/Filename}}>\n<$action-sendmessage $message=\"tm-save-wiki\" $param={{$:/config/SaveWikiButton/Template}} filename=<<site-title>>/>\n</$wikify>\n<span class=\"tc-dirty-indicator\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/save-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/SaveWiki/Caption}}/></span>\n</$list>\n</span>\n</$button>"
},
"$:/core/ui/Buttons/storyview": {
"title": "$:/core/ui/Buttons/storyview",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/storyview-classic}} {{$:/language/Buttons/StoryView/Caption}}",
"description": "{{$:/language/Buttons/StoryView/Hint}}",
"text": "\\define icon()\n$:/core/images/storyview-$(storyview)$\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/storyview\">> tooltip={{$:/language/Buttons/StoryView/Hint}} aria-label={{$:/language/Buttons/StoryView/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<$set name=\"storyview\" value={{$:/view}}>\n<$transclude tiddler=<<icon>>/>\n</$set>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/StoryView/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/storyview\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n{{$:/snippets/viewswitcher}}\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/tag-manager": {
"title": "$:/core/ui/Buttons/tag-manager",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/tag-button}} {{$:/language/Buttons/TagManager/Caption}}",
"description": "{{$:/language/Buttons/TagManager/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/TagManager\" tooltip={{$:/language/Buttons/TagManager/Hint}} aria-label={{$:/language/Buttons/TagManager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/tag-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/TagManager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/TagManager]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/theme": {
"title": "$:/core/ui/Buttons/theme",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/theme-button}} {{$:/language/Buttons/Theme/Caption}}",
"description": "{{$:/language/Buttons/Theme/Hint}}",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/theme\">> tooltip={{$:/language/Buttons/Theme/Hint}} aria-label={{$:/language/Buttons/Theme/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/theme-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Theme/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/theme\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/theme\">\n{{$:/snippets/themeswitcher}}\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/timestamp": {
"title": "$:/core/ui/Buttons/timestamp",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/timestamp-on}} {{$:/language/Buttons/Timestamp/Caption}}",
"description": "{{$:/language/Buttons/Timestamp/Hint}}",
"text": "<$reveal type=\"nomatch\" state=\"$:/config/TimestampDisable\" text=\"yes\">\n<$button tooltip={{$:/language/Buttons/Timestamp/On/Hint}} aria-label={{$:/language/Buttons/Timestamp/On/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-setfield $tiddler=\"$:/config/TimestampDisable\" $value=\"yes\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/timestamp-on}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Timestamp/On/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=\"$:/config/TimestampDisable\" text=\"yes\">\n<$button tooltip={{$:/language/Buttons/Timestamp/Off/Hint}} aria-label={{$:/language/Buttons/Timestamp/Off/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-setfield $tiddler=\"$:/config/TimestampDisable\" $value=\"no\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/timestamp-off}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Timestamp/Off/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
},
"$:/core/ui/Buttons/unfold-all": {
"title": "$:/core/ui/Buttons/unfold-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/unfold-all-button}} {{$:/language/Buttons/UnfoldAll/Caption}}",
"description": "{{$:/language/Buttons/UnfoldAll/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/UnfoldAll/Hint}} aria-label={{$:/language/Buttons/UnfoldAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-unfold-all-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/unfold-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/UnfoldAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/PageTemplate/pagecontrols": {
"title": "$:/core/ui/PageTemplate/pagecontrols",
"text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-page-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n<$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\">\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n</$set>\n</$reveal>\n</$list>\n</div>\n\n"
},
"$:/core/ui/PageStylesheet": {
"title": "$:/core/ui/PageStylesheet",
"text": "\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/PageTemplate/alerts": {
"title": "$:/core/ui/PageTemplate/alerts",
"tags": "$:/tags/PageTemplate",
"text": "<div class=\"tc-alerts\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Alert]!has[draft.of]]\" template=\"$:/core/ui/AlertTemplate\" storyview=\"pop\"/>\n\n</div>\n"
},
"$:/core/ui/PageTemplate/drafts": {
"title": "$:/core/ui/PageTemplate/drafts",
"tags": "$:/tags/PageTemplate",
"text": "\\whitespace trim\n<$reveal state=\"$:/status/IsReadOnly\" type=\"nomatch\" text=\"yes\" tag=\"div\" class=\"tc-drafts-list\">\n<$list filter=\"[has[draft.of]!sort[modified]] -[list[$:/StoryList]]\">\n<$link>\n{{$:/core/images/edit-button}} <$text text=<<currentTiddler>>/>\n</$link>\n</$list>\n</$reveal>\n"
},
"$:/core/ui/PageTemplate/pluginreloadwarning": {
"title": "$:/core/ui/PageTemplate/pluginreloadwarning",
"tags": "$:/tags/PageTemplate",
"text": "\\define lingo-base() $:/language/\n\n<$list filter=\"[has[plugin-type]haschanged[]!plugin-type[import]limit[1]]\">\n\n<$reveal type=\"nomatch\" state=\"$:/temp/HidePluginWarning\" text=\"yes\">\n\n<div class=\"tc-plugin-reload-warning\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<<lingo PluginReloadWarning>> <$button set=\"$:/temp/HidePluginWarning\" setTo=\"yes\" class=\"tc-btn-invisible\">{{$:/core/images/close-button}}</$button>\n\n</$set>\n\n</div>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/PageTemplate/sidebar": {
"title": "$:/core/ui/PageTemplate/sidebar",
"tags": "$:/tags/PageTemplate",
"text": "\\define config-title()\n$:/config/SideBarSegments/Visibility/$(listItem)$\n\\end\n\n<$scrollable fallthrough=\"no\" class=\"tc-sidebar-scrollable\">\n\n<div class=\"tc-sidebar-header\">\n\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\" retain=\"yes\" animate=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SideBarSegment]!has[draft.of]]\" variable=\"listItem\">\n\n<$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\" tag=\"div\">\n\n<$transclude tiddler=<<listItem>> mode=\"block\"/>\n\n</$reveal>\n\n</$list>\n\n</$reveal>\n\n</div>\n\n</$scrollable>"
},
"$:/core/ui/PageTemplate/story": {
"title": "$:/core/ui/PageTemplate/story",
"tags": "$:/tags/PageTemplate",
"text": "<section class=\"tc-story-river\">\n\n<section class=\"story-backdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AboveStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" template=\"$:/core/ui/ViewTemplate\" editTemplate=\"$:/core/ui/EditTemplate\" storyview={{$:/view}} emptyMessage={{$:/config/EmptyStoryMessage}}/>\n\n<section class=\"story-frontdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/BelowStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n</section>\n"
},
"$:/core/ui/PageTemplate/topleftbar": {
"title": "$:/core/ui/PageTemplate/topleftbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-left\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopLeftBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate/toprightbar": {
"title": "$:/core/ui/PageTemplate/toprightbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-right\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopRightBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate": {
"title": "$:/core/ui/PageTemplate",
"text": "\\define containerClasses()\ntc-page-container tc-page-view-$(storyviewTitle)$ tc-language-$(languageTitle)$\n\\end\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n\n<$set name=\"tv-config-toolbar-icons\" value={{$:/config/Toolbar/Icons}}>\n\n<$set name=\"tv-config-toolbar-text\" value={{$:/config/Toolbar/Text}}>\n\n<$set name=\"tv-config-toolbar-class\" value={{$:/config/Toolbar/ButtonClass}}>\n\n<$set name=\"tv-show-missing-links\" value={{$:/config/MissingLinks}}>\n\n<$set name=\"storyviewTitle\" value={{$:/view}}>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=\"\">\n\n<div class=<<containerClasses>>>\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n\n<$dropzone>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageTemplate]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n\n</$dropzone>\n\n</$navigator>\n\n</div>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/PluginInfo": {
"title": "$:/core/ui/PluginInfo",
"text": "\\define localised-info-tiddler-title()\n$(currentTiddler)$/$(languageTitle)$/$(currentTab)$\n\\end\n\\define info-tiddler-title()\n$(currentTiddler)$/$(currentTab)$\n\\end\n\\define default-tiddler-title()\n$:/core/ui/PluginInfo/Default/$(currentTab)$\n\\end\n<$transclude tiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<default-tiddler-title>> mode=\"block\">\n{{$:/language/ControlPanel/Plugin/NoInfoFound/Hint}}\n</$transclude>\n</$transclude>\n</$transclude>\n</$transclude>\n"
},
"$:/core/ui/PluginInfo/Default/contents": {
"title": "$:/core/ui/PluginInfo/Default/contents",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n"
},
"$:/core/ui/PluginListItemTemplate": {
"title": "$:/core/ui/PluginListItemTemplate",
"text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"description\">\n<$view field=\"title\"/>\n</$view>\n</$link>\n</div>"
},
"$:/core/ui/SearchResults": {
"title": "$:/core/ui/SearchResults",
"text": "<div class=\"tc-search-results\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\"\"\">\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n\n</$list>\n\n</div>\n"
},
"$:/core/ui/SideBar/More": {
"title": "$:/core/ui/SideBar/More",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/More/Caption}}",
"text": "<div class=\"tc-more-sidebar\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\" default={{$:/config/DefaultMoreSidebarTab}} state=\"$:/state/tab/moresidebar\" class=\"tc-vertical\" />\n</div>"
},
"$:/core/ui/SideBar/Open": {
"title": "$:/core/ui/SideBar/Open",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Open/Caption}}",
"text": "\\whitespace trim\n\\define lingo-base() $:/language/CloseAll/\n\n\\define drop-actions()\n<$action-listops $tiddler=\"$:/StoryList\" $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n\\end\n\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" storyview=\"pop\">\n<div style=\"position: relative;\">\n<$droppable actions=<<drop-actions>>>\n<div class=\"tc-droppable-placeholder\">\n \n</div>\n<div>\n<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=\"tc-btn-invisible tc-btn-mini\">×</$button> <$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$droppable>\n</div>\n</$list>\n<$tiddler tiddler=\"\">\n<$droppable actions=<<drop-actions>>>\n<div class=\"tc-droppable-placeholder\">\n \n</div>\n<$button message=\"tm-close-all-tiddlers\" class=\"tc-btn-invisible tc-btn-mini\"><<lingo Button>></$button>\n</$droppable>\n</$tiddler>\n"
},
"$:/core/ui/SideBar/Recent": {
"title": "$:/core/ui/SideBar/Recent",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/SideBar/Tools": {
"title": "$:/core/ui/SideBar/Tools",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n<<lingo Basics/Version/Prompt>> <<version>>\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<div style=\"position:relative;\" class={{{ [<listItem>encodeuricomponent[]addprefix[tc-btn-]] }}}>\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</div>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/SideBarLists": {
"title": "$:/core/ui/SideBarLists",
"text": "<$transclude tiddler=\"$:/core/ui/SideBarSegments/search\"/>\n\n<$transclude tiddler=\"$:/core/ui/SideBarSegments/tabs\"/>\n\n"
},
"$:/core/ui/SideBarSegments/page-controls": {
"title": "$:/core/ui/SideBarSegments/page-controls",
"tags": "$:/tags/SideBarSegment",
"text": "{{||$:/core/ui/PageTemplate/pagecontrols}}\n"
},
"$:/core/ui/SideBarSegments/search": {
"title": "$:/core/ui/SideBarSegments/search",
"tags": "$:/tags/SideBarSegment",
"text": "<div class=\"tc-sidebar-lists\">\n\n<$set name=\"searchTiddler\" value=\"$:/temp/search\">\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/search\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}} focusPopup=<<qualify \"$:/state/popup/search-dropdown\">> class=\"tc-popup-handle\"/>\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n<$button tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" text={{$:/temp/search}}/>\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n{{$:/core/images/advanced-search-button}}\n</$button>\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n<$button popup=<<qualify \"$:/state/popup/search-dropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<$list filter=\"[{$:/temp/search}minlength{$:/config/Search/MinLength}limit[1]]\" variable=\"listItem\">\n<$set name=\"searchTerm\" value={{{ [<searchTiddler>get[text]] }}}>\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[!is[system]search<searchTerm>]\"/>\"\"\">\n{{$:/language/Search/Matches}}\n</$set>\n</$set>\n</$list>\n</$button>\n</$reveal>\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/advanced-search-button}}\n</$button>\n</$reveal>\n</div>\n\n<$reveal tag=\"div\" class=\"tc-block-dropdown-wrapper\" state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n\n<$reveal tag=\"div\" class=\"tc-block-dropdown tc-search-drop-down tc-popup-handle\" state=<<qualify \"$:/state/popup/search-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n\n<$list filter=\"[{$:/temp/search}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n{{$:/core/ui/SearchResults}}\n\n</$list>\n\n</$reveal>\n\n</$reveal>\n\n</$set>\n\n</div>\n"
},
"$:/core/ui/SideBarSegments/site-subtitle": {
"title": "$:/core/ui/SideBarSegments/site-subtitle",
"tags": "$:/tags/SideBarSegment",
"text": "<div class=\"tc-site-subtitle\">\n\n<$transclude tiddler=\"$:/SiteSubtitle\" mode=\"inline\"/>\n\n</div>\n"
},
"$:/core/ui/SideBarSegments/site-title": {
"title": "$:/core/ui/SideBarSegments/site-title",
"tags": "$:/tags/SideBarSegment",
"text": "<h1 class=\"tc-site-title\">\n\n<$transclude tiddler=\"$:/SiteTitle\" mode=\"inline\"/>\n\n</h1>\n"
},
"$:/core/ui/SideBarSegments/tabs": {
"title": "$:/core/ui/SideBarSegments/tabs",
"tags": "$:/tags/SideBarSegment",
"text": "<div class=\"tc-sidebar-lists\">\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\" default={{$:/config/DefaultSidebarTab}} state=\"$:/state/tab/sidebar\" />\n\n</div>\n"
},
"$:/TagManager": {
"title": "$:/TagManager",
"icon": "$:/core/images/tag-button",
"color": "#bbb",
"caption": "{{$:/language/TagManager/Caption}}",
"text": "\\define lingo-base() $:/language/TagManager/\n\\define iconEditorTab(type)\n<$list filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[sort[title]] +[$type$is[system]]\">\n<$link to={{!!title}}>\n<$transclude/> <$view field=\"title\"/>\n</$link>\n</$list>\n\\end\n\\define iconEditor(title)\n<div class=\"tc-drop-down-wrapper\">\n<$button popupTitle={{{ [[$:/state/popup/icon/]addsuffix<__title__>] }}} class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal stateTitle={{{ [[$:/state/popup/icon/]addsuffix<__title__>] }}} type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$linkcatcher actions=\"\"\"<$action-setfield $tiddler=<<__title__>> icon=<<navigateTo>>/>\"\"\">\n<<iconEditorTab type:\"!\">>\n<hr/>\n<<iconEditorTab type:\"\">>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n\\end\n\\define toggleButton(state)\n<$reveal stateTitle=<<__state__>> type=\"match\" text=\"closed\" default=\"closed\">\n<$button setTitle=<<__state__>> setTo=\"open\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n<$reveal stateTitle=<<__state__>> type=\"match\" text=\"open\" default=\"closed\">\n<$button setTitle=<<__state__>> setTo=\"closed\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n\\end\n<table class=\"tc-tag-manager-table\">\n<tbody>\n<tr>\n<th><<lingo Colour/Heading>></th>\n<th class=\"tc-tag-manager-tag\"><<lingo Tag/Heading>></th>\n<th><<lingo Count/Heading>></th>\n<th><<lingo Icon/Heading>></th>\n<th><<lingo Info/Heading>></th>\n</tr>\n<$list filter=\"[tags[]!is[system]sort[title]]\">\n<tr>\n<td><$edit-text field=\"color\" tag=\"input\" type=\"color\"/></td>\n<td>{{||$:/core/ui/TagTemplate}}</td>\n<td><$count filter=\"[all[current]tagging[]]\"/></td>\n<td>\n<$macrocall $name=\"iconEditor\" title={{!!title}}/>\n</td>\n<td>\n<$macrocall $name=\"toggleButton\" state={{{ [[$:/state/tag-manager/]addsuffix<currentTiddler>] }}} /> \n</td>\n</tr>\n<tr>\n<td></td>\n<td colspan=\"4\">\n<$reveal stateTitle={{{ [[$:/state/tag-manager/]addsuffix<currentTiddler>] }}} type=\"match\" text=\"open\" default=\"\">\n<table>\n<tbody>\n<tr><td><<lingo Colour/Heading>></td><td><$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/></td></tr>\n<tr><td><<lingo Icon/Heading>></td><td><$edit-text field=\"icon\" tag=\"input\" size=\"45\"/></td></tr>\n</tbody>\n</table>\n</$reveal>\n</td>\n</tr>\n</$list>\n<tr>\n<td></td>\n<td style=\"position:relative;\">\n{{$:/core/ui/UntaggedTemplate}}\n</td>\n<td>\n<small class=\"tc-menu-list-count\"><$count filter=\"[untagged[]!is[system]] -[tags[]]\"/></small>\n</td>\n<td></td>\n<td></td>\n</tr>\n</tbody>\n</table>\n"
},
"$:/core/ui/TagTemplate": {
"title": "$:/core/ui/TagTemplate",
"text": "\\whitespace trim\n<span class=\"tc-tag-list-item\">\n<$set name=\"transclusion\" value=<<currentTiddler>>>\n<$macrocall $name=\"tag-pill-body\" tag=<<currentTiddler>> icon={{!!icon}} colour={{!!color}} palette={{$:/palette}} element-tag=\"\"\"$button\"\"\" element-attributes=\"\"\"popup=<<qualify \"$:/state/popup/tag\">> dragFilter='[all[current]tagging[]]' tag='span'\"\"\"/>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\" animate=\"yes\" class=\"tc-drop-down\">\n<$set name=\"tv-show-missing-links\" value=\"yes\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n</$set>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TagDropdown]!has[draft.of]]\" variable=\"listItem\"> \n<$transclude tiddler=<<listItem>>/> \n</$list>\n<hr>\n<$macrocall $name=\"list-tagged-draggable\" tag=<<currentTiddler>>/>\n</$reveal>\n</$set>\n</span>\n"
},
"$:/core/ui/TiddlerFieldTemplate": {
"title": "$:/core/ui/TiddlerFieldTemplate",
"text": "<tr class=\"tc-view-field\">\n<td class=\"tc-view-field-name\">\n<$text text=<<listItem>>/>\n</td>\n<td class=\"tc-view-field-value\">\n<$view field=<<listItem>>/>\n</td>\n</tr>"
},
"$:/core/ui/TiddlerFields": {
"title": "$:/core/ui/TiddlerFields",
"text": "<table class=\"tc-view-field-table\">\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/PluginInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/PluginInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<$list filter=\"[all[current]has[plugin-type]]\">\n\n! <<lingo Heading>>\n\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/ShadowInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/ShadowInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/ShadowInfo/\n<$set name=\"infoTiddler\" value=<<currentTiddler>>>\n\n''<<lingo Heading>>''\n\n<$list filter=\"[all[current]!is[shadow]]\">\n\n<<lingo NotShadow/Hint>>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]]\">\n\n<<lingo Shadow/Hint>>\n\n<$list filter=\"[all[current]shadowsource[]]\">\n\n<$set name=\"pluginTiddler\" value=<<currentTiddler>>>\n<<lingo Shadow/Source>>\n</$set>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\">\n\n<<lingo OverriddenShadow/Hint>>\n\n</$list>\n\n\n</$list>\n</$set>\n"
},
"$:/core/ui/TiddlerInfo/Advanced": {
"title": "$:/core/ui/TiddlerInfo/Advanced",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Advanced/Caption}}",
"text": "<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo/Advanced]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Fields": {
"title": "$:/core/ui/TiddlerInfo/Fields",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Fields/Caption}}",
"text": "<$transclude tiddler=\"$:/core/ui/TiddlerFields\"/>\n"
},
"$:/core/ui/TiddlerInfo/List": {
"title": "$:/core/ui/TiddlerInfo/List",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/List/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[list{!!title}]\" emptyMessage=<<lingo List/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Listed": {
"title": "$:/core/ui/TiddlerInfo/Listed",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Listed/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]listed[]!is[system]]\" emptyMessage=<<lingo Listed/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/References": {
"title": "$:/core/ui/TiddlerInfo/References",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/References/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]backlinks[]sort[title]]\" emptyMessage=<<lingo References/Empty>> template=\"$:/core/ui/ListItemTemplate\">\n</$list>"
},
"$:/core/ui/TiddlerInfo/Tagging": {
"title": "$:/core/ui/TiddlerInfo/Tagging",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tagging/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]tagging[]]\" emptyMessage=<<lingo Tagging/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Tools": {
"title": "$:/core/ui/TiddlerInfo/Tools",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/TiddlerInfo": {
"title": "$:/core/ui/TiddlerInfo",
"text": "<div style=\"position:relative;\">\n<div class=\"tc-tiddler-controls\" style=\"position:absolute;right:0;\">\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"sticky\">\n<$button set=<<tiddlerInfoState>> setTo=\"\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n</div>\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo]!has[draft.of]]\" default={{$:/config/TiddlerInfo/Default}}/>"
},
"$:/core/ui/TopBar/menu": {
"title": "$:/core/ui/TopBar/menu",
"tags": "$:/tags/TopRightBar",
"text": "<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"no\" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-right}}</$button>\n</$reveal>\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"yes\" tooltip={{$:/language/Buttons/ShowSideBar/Hint}} aria-label={{$:/language/Buttons/ShowSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-left}}</$button>\n</$reveal>\n"
},
"$:/core/ui/UntaggedTemplate": {
"title": "$:/core/ui/UntaggedTemplate",
"text": "\\define lingo-base() $:/language/SideBar/\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-untagged-label tc-tag-label\">\n<<lingo Tags/Untagged/Caption>>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[untagged[]!is[system]] -[tags[]] +[sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/body": {
"title": "$:/core/ui/ViewTemplate/body",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal tag=\"div\" class=\"tc-tiddler-body\" type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" retain=\"yes\" animate=\"yes\">\n\n<$list filter=\"[all[current]!has[plugin-type]!field:hide-body[yes]]\">\n\n<$transclude>\n\n<$transclude tiddler=\"$:/language/MissingTiddler/Hint\"/>\n\n</$transclude>\n\n</$list>\n\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/classic": {
"title": "$:/core/ui/ViewTemplate/classic",
"tags": "$:/tags/ViewTemplate $:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/ClassicWarning/\n<$list filter=\"[all[current]type[text/x-tiddlywiki]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Hint>>\n\n<$button set=\"!!type\" setTo=\"text/vnd.tiddlywiki\"><<lingo Upgrade/Caption>></$button>\n\n</div>\n</$list>\n"
},
"$:/core/ui/ViewTemplate/import": {
"title": "$:/core/ui/ViewTemplate/import",
"tags": "$:/tags/ViewTemplate",
"text": "\\define lingo-base() $:/language/Import/\n\n\\define buttons()\n<$button message=\"tm-delete-tiddler\" param=<<currentTiddler>>><<lingo Listing/Cancel/Caption>></$button>\n<$button message=\"tm-perform-import\" param=<<currentTiddler>>><<lingo Listing/Import/Caption>></$button>\n<<lingo Listing/Preview>> <$select tiddler=\"$:/state/importpreviewtype\" default=\"$:/core/ui/ImportPreviews/Text\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ImportPreview]!has[draft.of]]\">\n<option value=<<currentTiddler>>>{{!!caption}}</option>\n</$list>\n</$select>\n\\end\n\n<$list filter=\"[all[current]field:plugin-type[import]]\">\n\n<div class=\"tc-import\">\n\n<<lingo Listing/Hint>>\n\n<<buttons>>\n\n{{||$:/core/ui/ImportListing}}\n\n<<buttons>>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ViewTemplate/plugin": {
"title": "$:/core/ui/ViewTemplate/plugin",
"tags": "$:/tags/ViewTemplate",
"text": "<$list filter=\"[all[current]has[plugin-type]] -[all[current]field:plugin-type[import]]\">\n<$set name=\"plugin-type\" value={{!!plugin-type}}>\n<$set name=\"default-popup-state\" value=\"yes\">\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n{{||$:/core/ui/Components/plugin-info}}\n</$set>\n</$set>\n</$set>\n</$list>\n"
},
"$:/core/ui/ViewTemplate/subtitle": {
"title": "$:/core/ui/ViewTemplate/subtitle",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" tag=\"div\" retain=\"yes\" animate=\"yes\">\n<div class=\"tc-subtitle\">\n<$link to={{!!modifier}}>\n<$view field=\"modifier\"/>\n</$link> <$view field=\"modified\" format=\"date\" template={{$:/language/Tiddler/DateFormat}}/>\n</div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/tags": {
"title": "$:/core/ui/ViewTemplate/tags",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" tag=\"div\" retain=\"yes\" animate=\"yes\">\n<div class=\"tc-tags-wrapper\"><$list filter=\"[all[current]tags[]sort[title]]\" template=\"$:/core/ui/TagTemplate\" storyview=\"pop\"/></div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/title": {
"title": "$:/core/ui/ViewTemplate/title",
"tags": "$:/tags/ViewTemplate",
"text": "\\define title-styles()\nfill:$(foregroundColor)$;\n\\end\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title\">\n<div class=\"tc-titlebar\">\n<span class=\"tc-tiddler-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\"><$transclude tiddler=<<listItem>>/></$set></$reveal></$list>\n</span>\n<$set name=\"tv-wikilinks\" value={{$:/config/Tiddlers/TitleLinks}}>\n<$link>\n<$set name=\"foregroundColor\" value={{!!color}}>\n<span class=\"tc-tiddler-title-icon\" style=<<title-styles>>>\n<$transclude tiddler={{!!icon}}/>\n</span>\n</$set>\n<$list filter=\"[all[current]removeprefix[$:/]]\">\n<h2 class=\"tc-title\" title={{$:/language/SystemTiddler/Tooltip}}>\n<span class=\"tc-system-title-prefix\">$:/</span><$text text=<<currentTiddler>>/>\n</h2>\n</$list>\n<$list filter=\"[all[current]!prefix[$:/]]\">\n<h2 class=\"tc-title\">\n<$view field=\"title\"/>\n</h2>\n</$list>\n</$link>\n</$set>\n</div>\n\n<$reveal type=\"nomatch\" text=\"\" default=\"\" state=<<tiddlerInfoState>> class=\"tc-tiddler-info tc-popup-handle\" animate=\"yes\" retain=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfoSegment]!has[draft.of]] [[$:/core/ui/TiddlerInfo]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>> mode=\"block\"/></$list>\n\n</$reveal>\n</div>"
},
"$:/core/ui/ViewTemplate/unfold": {
"title": "$:/core/ui/ViewTemplate/unfold",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal tag=\"div\" type=\"nomatch\" state=\"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar\" text=\"hide\">\n<$reveal tag=\"div\" type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" default=\"show\" retain=\"yes\" animate=\"yes\">\n<$button tooltip={{$:/language/Buttons/Fold/Hint}} aria-label={{$:/language/Buttons/Fold/Caption}} class=\"tc-fold-banner\">\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n{{$:/core/images/chevron-up}}\n</$button>\n</$reveal>\n<$reveal tag=\"div\" type=\"nomatch\" stateTitle=<<folded-state>> text=\"show\" default=\"show\" retain=\"yes\" animate=\"yes\">\n<$button tooltip={{$:/language/Buttons/Unfold/Hint}} aria-label={{$:/language/Buttons/Unfold/Caption}} class=\"tc-unfold-banner\">\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n{{$:/core/images/chevron-down}}\n</$button>\n</$reveal>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate": {
"title": "$:/core/ui/ViewTemplate",
"text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-view-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$ $(tiddlerTagClasses)$ $(userClass)$\n\\end\n\\define folded-state()\n$:/state/folded/$(currentTiddler)$\n\\end\n<$vars storyTiddler=<<currentTiddler>> tiddlerInfoState=<<qualify \"$:/state/popup/tiddler-info\">> userClass={{!!class}}><$tiddler tiddler=<<currentTiddler>>><div data-tiddler-title=<<currentTiddler>> data-tags={{!!tags}} class=<<frame-classes>>><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewTemplate]!has[draft.of]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n</div>\n</$tiddler></$vars>\n"
},
"$:/core/ui/Buttons/clone": {
"title": "$:/core/ui/Buttons/clone",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/clone-button}} {{$:/language/Buttons/Clone/Caption}}",
"description": "{{$:/language/Buttons/Clone/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-new-tiddler\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/Clone/Hint}} aria-label={{$:/language/Buttons/Clone/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/clone-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Clone/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close-others": {
"title": "$:/core/ui/Buttons/close-others",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-others-button}} {{$:/language/Buttons/CloseOthers/Caption}}",
"description": "{{$:/language/Buttons/CloseOthers/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-close-other-tiddlers\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/CloseOthers/Hint}} aria-label={{$:/language/Buttons/CloseOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/CloseOthers/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close": {
"title": "$:/core/ui/Buttons/close",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-button}} {{$:/language/Buttons/Close/Caption}}",
"description": "{{$:/language/Buttons/Close/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/Close/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/edit": {
"title": "$:/core/ui/Buttons/edit",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/edit-button}} {{$:/language/Buttons/Edit/Caption}}",
"description": "{{$:/language/Buttons/Edit/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-edit-tiddler\" tooltip={{$:/language/Buttons/Edit/Hint}} aria-label={{$:/language/Buttons/Edit/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/edit-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Edit/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/export-tiddler": {
"title": "$:/core/ui/Buttons/export-tiddler",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportTiddler/Caption}}",
"description": "{{$:/language/Buttons/ExportTiddler/Hint}}",
"text": "\\define makeExportFilter()\n[[$(currentTiddler)$]]\n\\end\n<$macrocall $name=\"exportButton\" exportFilter=<<makeExportFilter>> lingoBase=\"$:/language/Buttons/ExportTiddler/\" baseFilename=<<currentTiddler>>/>"
},
"$:/core/ui/Buttons/fold-bar": {
"title": "$:/core/ui/Buttons/fold-bar",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/chevron-up}} {{$:/language/Buttons/Fold/FoldBar/Caption}}",
"description": "{{$:/language/Buttons/Fold/FoldBar/Hint}}",
"text": "<!-- This dummy toolbar button is here to allow visibility of the fold-bar to be controlled as if it were a toolbar button -->"
},
"$:/core/ui/Buttons/fold-others": {
"title": "$:/core/ui/Buttons/fold-others",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/fold-others-button}} {{$:/language/Buttons/FoldOthers/Caption}}",
"description": "{{$:/language/Buttons/FoldOthers/Hint}}",
"text": "\\whitespace trim\n<$button tooltip={{$:/language/Buttons/FoldOthers/Hint}} aria-label={{$:/language/Buttons/FoldOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-other-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/FoldOthers/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/fold": {
"title": "$:/core/ui/Buttons/fold",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/fold-button}} {{$:/language/Buttons/Fold/Caption}}",
"description": "{{$:/language/Buttons/Fold/Hint}}",
"text": "\\whitespace trim\n<$reveal type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" default=\"show\">\n<$button tooltip={{$:/language/Buttons/Fold/Hint}} aria-label={{$:/language/Buttons/Fold/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Fold/Caption}}/>\n</span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"match\" stateTitle=<<folded-state>> text=\"hide\" default=\"show\">\n<$button tooltip={{$:/language/Buttons/Unfold/Hint}} aria-label={{$:/language/Buttons/Unfold/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/unfold-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Unfold/Caption}}/>\n</span>\n</$list>\n</$button>\n</$reveal>\n"
},
"$:/core/ui/Buttons/info": {
"title": "$:/core/ui/Buttons/info",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/info-button}} {{$:/language/Buttons/Info/Caption}}",
"description": "{{$:/language/Buttons/Info/Hint}}",
"text": "\\whitespace trim\n\\define button-content()\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/info-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/Info/Caption}}/>\n</span>\n</$list>\n\\end\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"popup\">\n<$button popup=<<tiddlerInfoState>> tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"sticky\">\n<$reveal state=<<tiddlerInfoState>> type=\"match\" text=\"\" default=\"\">\n<$button set=<<tiddlerInfoState>> setTo=\"yes\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n<$reveal state=<<tiddlerInfoState>> type=\"nomatch\" text=\"\" default=\"\">\n<$button set=<<tiddlerInfoState>> setTo=\"\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n</$reveal>"
},
"$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/core/ui/Buttons/more-tiddler-actions",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\whitespace trim\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/More/Caption}}/>\n</span>\n</$list>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]] -[[$:/core/ui/Buttons/more-tiddler-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$set>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-here": {
"title": "$:/core/ui/Buttons/new-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-here-button}} {{$:/language/Buttons/NewHere/Caption}}",
"description": "{{$:/language/Buttons/NewHere/Hint}}",
"text": "\\whitespace trim\n\\define newHereButtonTags()\n[[$(currentTiddler)$]]\n\\end\n\\define newHereButton()\n<$button tooltip={{$:/language/Buttons/NewHere/Hint}} aria-label={{$:/language/Buttons/NewHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" tags=<<newHereButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-here-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/NewHere/Caption}}/>\n</span>\n</$list>\n</$button>\n\\end\n<<newHereButton>>"
},
"$:/core/ui/Buttons/new-journal-here": {
"title": "$:/core/ui/Buttons/new-journal-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournalHere/Caption}}",
"description": "{{$:/language/Buttons/NewJournalHere/Hint}}",
"text": "\\whitespace trim\n\\define journalButtonTags()\n[[$(currentTiddlerTag)$]] $(journalTags)$\n\\end\n\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournalHere/Hint}} aria-label={{$:/language/Buttons/NewJournalHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$wikify name=\"journalTitle\" text=\"\"\"<$macrocall $name=\"now\" format=<<journalTitleTemplate>>/>\"\"\">\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<journalTitle>> tags=<<journalButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/NewJournalHere/Caption}}/>\n</span>\n</$list>\n</$wikify>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<$set name=\"currentTiddlerTag\" value=<<currentTiddler>>>\n<<journalButton>>\n</$set>\n</$set>\n</$set>"
},
"$:/core/ui/Buttons/open-window": {
"title": "$:/core/ui/Buttons/open-window",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/open-window}} {{$:/language/Buttons/OpenWindow/Caption}}",
"description": "{{$:/language/Buttons/OpenWindow/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-open-window\" tooltip={{$:/language/Buttons/OpenWindow/Hint}} aria-label={{$:/language/Buttons/OpenWindow/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/open-window}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/OpenWindow/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permalink": {
"title": "$:/core/ui/Buttons/permalink",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/permalink-button}} {{$:/language/Buttons/Permalink/Caption}}",
"description": "{{$:/language/Buttons/Permalink/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-permalink\" tooltip={{$:/language/Buttons/Permalink/Hint}} aria-label={{$:/language/Buttons/Permalink/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permalink-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Permalink/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permaview": {
"title": "$:/core/ui/Buttons/permaview",
"tags": "$:/tags/ViewToolbar $:/tags/PageControls",
"caption": "{{$:/core/images/permaview-button}} {{$:/language/Buttons/Permaview/Caption}}",
"description": "{{$:/language/Buttons/Permaview/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-permaview\" tooltip={{$:/language/Buttons/Permaview/Hint}} aria-label={{$:/language/Buttons/Permaview/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permaview-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Permaview/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/DefaultTiddlers": {
"title": "$:/DefaultTiddlers",
"text": "GettingStarted\n"
},
"$:/temp/advancedsearch": {
"title": "$:/temp/advancedsearch",
"text": ""
},
"$:/snippets/allfields": {
"title": "$:/snippets/allfields",
"text": "\\define renderfield(title)\n<tr class=\"tc-view-field\"><td class=\"tc-view-field-name\">''$title$'':</td><td class=\"tc-view-field-value\">//{{$:/language/Docs/Fields/$title$}}//</td></tr>\n\\end\n<table class=\"tc-view-field-table\"><tbody><$list filter=\"[fields[]sort[title]]\" variable=\"listItem\"><$macrocall $name=\"renderfield\" title=<<listItem>>/></$list>\n</tbody></table>\n"
},
"$:/config/AnimationDuration": {
"title": "$:/config/AnimationDuration",
"text": "400"
},
"$:/config/AutoSave": {
"title": "$:/config/AutoSave",
"text": "yes"
},
"$:/config/BitmapEditor/Colour": {
"title": "$:/config/BitmapEditor/Colour",
"text": "#444"
},
"$:/config/BitmapEditor/ImageSizes": {
"title": "$:/config/BitmapEditor/ImageSizes",
"text": "[[62px 100px]] [[100px 62px]] [[124px 200px]] [[200px 124px]] [[248px 400px]] [[371px 600px]] [[400px 248px]] [[556px 900px]] [[600px 371px]] [[742px 1200px]] [[900px 556px]] [[1200px 742px]]"
},
"$:/config/BitmapEditor/LineWidth": {
"title": "$:/config/BitmapEditor/LineWidth",
"text": "3px"
},
"$:/config/BitmapEditor/LineWidths": {
"title": "$:/config/BitmapEditor/LineWidths",
"text": "0.25px 0.5px 1px 2px 3px 4px 6px 8px 10px 16px 20px 28px 40px 56px 80px"
},
"$:/config/BitmapEditor/Opacities": {
"title": "$:/config/BitmapEditor/Opacities",
"text": "0.01 0.025 0.05 0.075 0.1 0.15 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0"
},
"$:/config/BitmapEditor/Opacity": {
"title": "$:/config/BitmapEditor/Opacity",
"text": "1.0"
},
"$:/config/DefaultMoreSidebarTab": {
"title": "$:/config/DefaultMoreSidebarTab",
"text": "$:/core/ui/MoreSideBar/Tags"
},
"$:/config/DefaultSidebarTab": {
"title": "$:/config/DefaultSidebarTab",
"text": "$:/core/ui/SideBar/Open"
},
"$:/config/DownloadSaver/AutoSave": {
"title": "$:/config/DownloadSaver/AutoSave",
"text": "no"
},
"$:/config/Drafts/TypingTimeout": {
"title": "$:/config/Drafts/TypingTimeout",
"text": "400"
},
"$:/config/EditTemplateFields/Visibility/title": {
"title": "$:/config/EditTemplateFields/Visibility/title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/tags": {
"title": "$:/config/EditTemplateFields/Visibility/tags",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/text": {
"title": "$:/config/EditTemplateFields/Visibility/text",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/creator": {
"title": "$:/config/EditTemplateFields/Visibility/creator",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/created": {
"title": "$:/config/EditTemplateFields/Visibility/created",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modified": {
"title": "$:/config/EditTemplateFields/Visibility/modified",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modifier": {
"title": "$:/config/EditTemplateFields/Visibility/modifier",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/type": {
"title": "$:/config/EditTemplateFields/Visibility/type",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.title": {
"title": "$:/config/EditTemplateFields/Visibility/draft.title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.of": {
"title": "$:/config/EditTemplateFields/Visibility/draft.of",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/revision": {
"title": "$:/config/EditTemplateFields/Visibility/revision",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/bag": {
"title": "$:/config/EditTemplateFields/Visibility/bag",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-4": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-4",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-5": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-5",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-6": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-6",
"text": "hide"
},
"$:/config/EditorTypeMappings/image/gif": {
"title": "$:/config/EditorTypeMappings/image/gif",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/webp": {
"title": "$:/config/EditorTypeMappings/image/webp",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/heic": {
"title": "$:/config/EditorTypeMappings/image/heic",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/heif": {
"title": "$:/config/EditorTypeMappings/image/heif",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpeg": {
"title": "$:/config/EditorTypeMappings/image/jpeg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpg": {
"title": "$:/config/EditorTypeMappings/image/jpg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/png": {
"title": "$:/config/EditorTypeMappings/image/png",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/x-icon": {
"title": "$:/config/EditorTypeMappings/image/x-icon",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
"text": "text"
},
"$:/config/Manager/Show": {
"title": "$:/config/Manager/Show",
"text": "tiddlers"
},
"$:/config/Manager/Filter": {
"title": "$:/config/Manager/Filter",
"text": ""
},
"$:/config/Manager/Order": {
"title": "$:/config/Manager/Order",
"text": "forward"
},
"$:/config/Manager/Sort": {
"title": "$:/config/Manager/Sort",
"text": "title"
},
"$:/config/Manager/System": {
"title": "$:/config/Manager/System",
"text": "system"
},
"$:/config/Manager/Tag": {
"title": "$:/config/Manager/Tag",
"text": ""
},
"$:/state/popup/manager/item/$:/Manager/ItemMain/RawText": {
"title": "$:/state/popup/manager/item/$:/Manager/ItemMain/RawText",
"text": "hide"
},
"$:/config/MissingLinks": {
"title": "$:/config/MissingLinks",
"text": "yes"
},
"$:/config/Navigation/UpdateAddressBar": {
"title": "$:/config/Navigation/UpdateAddressBar",
"text": "no"
},
"$:/config/Navigation/UpdateHistory": {
"title": "$:/config/Navigation/UpdateHistory",
"text": "no"
},
"$:/config/NewImageType": {
"title": "$:/config/NewImageType",
"text": "jpeg"
},
"$:/config/OfficialPluginLibrary": {
"title": "$:/config/OfficialPluginLibrary",
"tags": "$:/tags/PluginLibrary",
"url": "https://tiddlywiki.com/library/v5.1.19/index.html",
"caption": "{{$:/language/OfficialPluginLibrary}}",
"text": "{{$:/language/OfficialPluginLibrary/Hint}}\n"
},
"$:/config/Navigation/openLinkFromInsideRiver": {
"title": "$:/config/Navigation/openLinkFromInsideRiver",
"text": "below"
},
"$:/config/Navigation/openLinkFromOutsideRiver": {
"title": "$:/config/Navigation/openLinkFromOutsideRiver",
"text": "top"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/fold-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/fold-all",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/manager": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/manager",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-image": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-image",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/print": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/print",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/timestamp": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/timestamp",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/unfold-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/unfold-all",
"text": "hide"
},
"$:/config/Performance/Instrumentation": {
"title": "$:/config/Performance/Instrumentation",
"text": "no"
},
"$:/config/SaveWikiButton/Template": {
"title": "$:/config/SaveWikiButton/Template",
"text": "$:/core/save/all"
},
"$:/config/SaverFilter": {
"title": "$:/config/SaverFilter",
"text": "[all[]] -[[$:/HistoryList]] -[[$:/StoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[[$:/UploadName]] -[prefix[$:/state/]] -[prefix[$:/temp/]]"
},
"$:/config/Search/AutoFocus": {
"title": "$:/config/Search/AutoFocus",
"text": "true"
},
"$:/config/Search/MinLength": {
"title": "$:/config/Search/MinLength",
"text": "3"
},
"$:/config/SearchResults/Default": {
"title": "$:/config/SearchResults/Default",
"text": "$:/core/ui/DefaultSearchResultList"
},
"$:/config/ShortcutInfo/bold": {
"title": "$:/config/ShortcutInfo/bold",
"text": "{{$:/language/Buttons/Bold/Hint}}"
},
"$:/config/ShortcutInfo/cancel-edit-tiddler": {
"title": "$:/config/ShortcutInfo/cancel-edit-tiddler",
"text": "{{$:/language/Buttons/Cancel/Hint}}"
},
"$:/config/ShortcutInfo/excise": {
"title": "$:/config/ShortcutInfo/excise",
"text": "{{$:/language/Buttons/Excise/Hint}}"
},
"$:/config/ShortcutInfo/heading-1": {
"title": "$:/config/ShortcutInfo/heading-1",
"text": "{{$:/language/Buttons/Heading1/Hint}}"
},
"$:/config/ShortcutInfo/heading-2": {
"title": "$:/config/ShortcutInfo/heading-2",
"text": "{{$:/language/Buttons/Heading2/Hint}}"
},
"$:/config/ShortcutInfo/heading-3": {
"title": "$:/config/ShortcutInfo/heading-3",
"text": "{{$:/language/Buttons/Heading3/Hint}}"
},
"$:/config/ShortcutInfo/heading-4": {
"title": "$:/config/ShortcutInfo/heading-4",
"text": "{{$:/language/Buttons/Heading4/Hint}}"
},
"$:/config/ShortcutInfo/heading-5": {
"title": "$:/config/ShortcutInfo/heading-5",
"text": "{{$:/language/Buttons/Heading5/Hint}}"
},
"$:/config/ShortcutInfo/heading-6": {
"title": "$:/config/ShortcutInfo/heading-6",
"text": "{{$:/language/Buttons/Heading6/Hint}}"
},
"$:/config/ShortcutInfo/italic": {
"title": "$:/config/ShortcutInfo/italic",
"text": "{{$:/language/Buttons/Italic/Hint}}"
},
"$:/config/ShortcutInfo/link": {
"title": "$:/config/ShortcutInfo/link",
"text": "{{$:/language/Buttons/Link/Hint}}"
},
"$:/config/ShortcutInfo/list-bullet": {
"title": "$:/config/ShortcutInfo/list-bullet",
"text": "{{$:/language/Buttons/ListBullet/Hint}}"
},
"$:/config/ShortcutInfo/list-number": {
"title": "$:/config/ShortcutInfo/list-number",
"text": "{{$:/language/Buttons/ListNumber/Hint}}"
},
"$:/config/ShortcutInfo/mono-block": {
"title": "$:/config/ShortcutInfo/mono-block",
"text": "{{$:/language/Buttons/MonoBlock/Hint}}"
},
"$:/config/ShortcutInfo/mono-line": {
"title": "$:/config/ShortcutInfo/mono-line",
"text": "{{$:/language/Buttons/MonoLine/Hint}}"
},
"$:/config/ShortcutInfo/new-image": {
"title": "$:/config/ShortcutInfo/new-image",
"text": "{{$:/language/Buttons/NewImage/Hint}}"
},
"$:/config/ShortcutInfo/new-journal": {
"title": "$:/config/ShortcutInfo/new-journal",
"text": "{{$:/language/Buttons/NewJournal/Hint}}"
},
"$:/config/ShortcutInfo/new-tiddler": {
"title": "$:/config/ShortcutInfo/new-tiddler",
"text": "{{$:/language/Buttons/NewTiddler/Hint}}"
},
"$:/config/ShortcutInfo/picture": {
"title": "$:/config/ShortcutInfo/picture",
"text": "{{$:/language/Buttons/Picture/Hint}}"
},
"$:/config/ShortcutInfo/preview": {
"title": "$:/config/ShortcutInfo/preview",
"text": "{{$:/language/Buttons/Preview/Hint}}"
},
"$:/config/ShortcutInfo/quote": {
"title": "$:/config/ShortcutInfo/quote",
"text": "{{$:/language/Buttons/Quote/Hint}}"
},
"$:/config/ShortcutInfo/save-tiddler": {
"title": "$:/config/ShortcutInfo/save-tiddler",
"text": "{{$:/language/Buttons/Save/Hint}}"
},
"$:/config/ShortcutInfo/stamp": {
"title": "$:/config/ShortcutInfo/stamp",
"text": "{{$:/language/Buttons/Stamp/Hint}}"
},
"$:/config/ShortcutInfo/strikethrough": {
"title": "$:/config/ShortcutInfo/strikethrough",
"text": "{{$:/language/Buttons/Strikethrough/Hint}}"
},
"$:/config/ShortcutInfo/subscript": {
"title": "$:/config/ShortcutInfo/subscript",
"text": "{{$:/language/Buttons/Subscript/Hint}}"
},
"$:/config/ShortcutInfo/superscript": {
"title": "$:/config/ShortcutInfo/superscript",
"text": "{{$:/language/Buttons/Superscript/Hint}}"
},
"$:/config/ShortcutInfo/underline": {
"title": "$:/config/ShortcutInfo/underline",
"text": "{{$:/language/Buttons/Underline/Hint}}"
},
"$:/config/SyncFilter": {
"title": "$:/config/SyncFilter",
"text": "[is[tiddler]] -[[$:/HistoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[prefix[$:/status/]] -[prefix[$:/state/]] -[prefix[$:/temp/]]"
},
"$:/config/Tags/MinLength": {
"title": "$:/config/Tags/MinLength",
"text": "0"
},
"$:/config/TextEditor/EditorHeight/Height": {
"title": "$:/config/TextEditor/EditorHeight/Height",
"text": "400px"
},
"$:/config/TextEditor/EditorHeight/Mode": {
"title": "$:/config/TextEditor/EditorHeight/Mode",
"text": "auto"
},
"$:/config/TiddlerInfo/Default": {
"title": "$:/config/TiddlerInfo/Default",
"text": "$:/core/ui/TiddlerInfo/Fields"
},
"$:/config/TiddlerInfo/Mode": {
"title": "$:/config/TiddlerInfo/Mode",
"text": "popup"
},
"$:/config/Tiddlers/TitleLinks": {
"title": "$:/config/Tiddlers/TitleLinks",
"text": "no"
},
"$:/config/Toolbar/ButtonClass": {
"title": "$:/config/Toolbar/ButtonClass",
"text": "tc-btn-invisible"
},
"$:/config/Toolbar/Icons": {
"title": "$:/config/Toolbar/Icons",
"text": "yes"
},
"$:/config/Toolbar/Text": {
"title": "$:/config/Toolbar/Text",
"text": "no"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions",
"text": "show"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/delete": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/delete",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-others": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-others",
"text": "hide"
},
"$:/config/shortcuts-mac/bold": {
"title": "$:/config/shortcuts-mac/bold",
"text": "meta-B"
},
"$:/config/shortcuts-mac/italic": {
"title": "$:/config/shortcuts-mac/italic",
"text": "meta-I"
},
"$:/config/shortcuts-mac/underline": {
"title": "$:/config/shortcuts-mac/underline",
"text": "meta-U"
},
"$:/config/shortcuts-mac/new-image": {
"title": "$:/config/shortcuts-mac/new-image",
"text": "ctrl-I"
},
"$:/config/shortcuts-mac/new-journal": {
"title": "$:/config/shortcuts-mac/new-journal",
"text": "ctrl-J"
},
"$:/config/shortcuts-mac/new-tiddler": {
"title": "$:/config/shortcuts-mac/new-tiddler",
"text": "ctrl-N"
},
"$:/config/shortcuts-not-mac/bold": {
"title": "$:/config/shortcuts-not-mac/bold",
"text": "ctrl-B"
},
"$:/config/shortcuts-not-mac/italic": {
"title": "$:/config/shortcuts-not-mac/italic",
"text": "ctrl-I"
},
"$:/config/shortcuts-not-mac/underline": {
"title": "$:/config/shortcuts-not-mac/underline",
"text": "ctrl-U"
},
"$:/config/shortcuts-not-mac/new-image": {
"title": "$:/config/shortcuts-not-mac/new-image",
"text": "alt-I"
},
"$:/config/shortcuts-not-mac/new-journal": {
"title": "$:/config/shortcuts-not-mac/new-journal",
"text": "alt-J"
},
"$:/config/shortcuts-not-mac/new-tiddler": {
"title": "$:/config/shortcuts-not-mac/new-tiddler",
"text": "alt-N"
},
"$:/config/shortcuts/cancel-edit-tiddler": {
"title": "$:/config/shortcuts/cancel-edit-tiddler",
"text": "escape"
},
"$:/config/shortcuts/excise": {
"title": "$:/config/shortcuts/excise",
"text": "ctrl-E"
},
"$:/config/shortcuts/heading-1": {
"title": "$:/config/shortcuts/heading-1",
"text": "ctrl-1"
},
"$:/config/shortcuts/heading-2": {
"title": "$:/config/shortcuts/heading-2",
"text": "ctrl-2"
},
"$:/config/shortcuts/heading-3": {
"title": "$:/config/shortcuts/heading-3",
"text": "ctrl-3"
},
"$:/config/shortcuts/heading-4": {
"title": "$:/config/shortcuts/heading-4",
"text": "ctrl-4"
},
"$:/config/shortcuts/heading-5": {
"title": "$:/config/shortcuts/heading-5",
"text": "ctrl-5"
},
"$:/config/shortcuts/heading-6": {
"title": "$:/config/shortcuts/heading-6",
"text": "ctrl-6"
},
"$:/config/shortcuts/link": {
"title": "$:/config/shortcuts/link",
"text": "ctrl-L"
},
"$:/config/shortcuts/linkify": {
"title": "$:/config/shortcuts/linkify",
"text": "alt-shift-L"
},
"$:/config/shortcuts/list-bullet": {
"title": "$:/config/shortcuts/list-bullet",
"text": "ctrl-shift-L"
},
"$:/config/shortcuts/list-number": {
"title": "$:/config/shortcuts/list-number",
"text": "ctrl-shift-N"
},
"$:/config/shortcuts/mono-block": {
"title": "$:/config/shortcuts/mono-block",
"text": "ctrl-shift-M"
},
"$:/config/shortcuts/mono-line": {
"title": "$:/config/shortcuts/mono-line",
"text": "ctrl-M"
},
"$:/config/shortcuts/picture": {
"title": "$:/config/shortcuts/picture",
"text": "ctrl-shift-I"
},
"$:/config/shortcuts/preview": {
"title": "$:/config/shortcuts/preview",
"text": "alt-P"
},
"$:/config/shortcuts/quote": {
"title": "$:/config/shortcuts/quote",
"text": "ctrl-Q"
},
"$:/config/shortcuts/save-tiddler": {
"title": "$:/config/shortcuts/save-tiddler",
"text": "ctrl+enter"
},
"$:/config/shortcuts/stamp": {
"title": "$:/config/shortcuts/stamp",
"text": "ctrl-S"
},
"$:/config/shortcuts/strikethrough": {
"title": "$:/config/shortcuts/strikethrough",
"text": "ctrl-T"
},
"$:/config/shortcuts/subscript": {
"title": "$:/config/shortcuts/subscript",
"text": "ctrl-shift-B"
},
"$:/config/shortcuts/superscript": {
"title": "$:/config/shortcuts/superscript",
"text": "ctrl-shift-P"
},
"$:/config/shortcuts/transcludify": {
"title": "$:/config/shortcuts/transcludify",
"text": "alt-shift-T"
},
"$:/config/WikiParserRules/Inline/wikilink": {
"title": "$:/config/WikiParserRules/Inline/wikilink",
"text": "enable"
},
"$:/snippets/currpalettepreview": {
"title": "$:/snippets/currpalettepreview",
"text": "\\define swatchStyle()\nbackground-color: $(swatchColour)$;\n\\end\n\\define swatch()\n<$set name=\"swatchColour\" value={{##$(colour)$}}\n><div class=\"tc-swatch\" style=<<swatchStyle>> title=<<colour>>/></$set>\n\\end\n<div class=\"tc-swatches-horiz\"><$list filter=\"\nforeground\nbackground\nmuted-foreground\nprimary\npage-background\ntab-background\ntiddler-info-background\n\" variable=\"colour\"><<swatch>></$list></div>"
},
"$:/snippets/download-wiki-button": {
"title": "$:/snippets/download-wiki-button",
"text": "\\define lingo-base() $:/language/ControlPanel/Tools/Download/\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-download-file\" $param=\"$:/core/save/all\" filename=\"index.html\"/>\n<<lingo Full/Caption>> {{$:/core/images/save-button}}\n</$button>"
},
"$:/language": {
"title": "$:/language",
"text": "$:/languages/en-GB"
},
"$:/snippets/languageswitcher": {
"title": "$:/snippets/languageswitcher",
"text": "\\define flag-title()\n$(languagePluginTitle)$/icon\n\\end\n\n<$linkcatcher to=\"$:/language\">\n<div class=\"tc-chooser tc-language-chooser\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<$set name=\"cls\" filter=\"[all[current]field:title{$:/language}]\" value=\"tc-chooser-item tc-chosen\" emptyValue=\"tc-chooser-item\"><div class=<<cls>>>\n<$link>\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value=<<currentTiddler>>>\n<$transclude subtiddler=<<flag-title>>>\n<$list filter=\"[all[current]field:title[$:/languages/en-GB]]\">\n<$transclude tiddler=\"$:/languages/en-GB/icon\"/>\n</$list>\n</$transclude>\n</$set>\n</span>\n<$view field=\"description\">\n<$view field=\"name\">\n<$view field=\"title\"/>\n</$view>\n</$view>\n</$link>\n</div>\n</$set>\n</$list>\n</div>\n</$linkcatcher>"
},
"$:/core/macros/CSS": {
"title": "$:/core/macros/CSS",
"tags": "$:/tags/Macro",
"text": "\\define colour(name)\n<$transclude tiddler={{$:/palette}} index=\"$name$\"><$transclude tiddler=\"$:/palettes/Vanilla\" index=\"$name$\"/></$transclude>\n\\end\n\n\\define color(name)\n<<colour $name$>>\n\\end\n\n\\define box-shadow(shadow)\n``\n -webkit-box-shadow: $shadow$;\n -moz-box-shadow: $shadow$;\n box-shadow: $shadow$;\n``\n\\end\n\n\\define filter(filter)\n``\n -webkit-filter: $filter$;\n -moz-filter: $filter$;\n filter: $filter$;\n``\n\\end\n\n\\define transition(transition)\n``\n -webkit-transition: $transition$;\n -moz-transition: $transition$;\n transition: $transition$;\n``\n\\end\n\n\\define transform-origin(origin)\n``\n -webkit-transform-origin: $origin$;\n -moz-transform-origin: $origin$;\n transform-origin: $origin$;\n``\n\\end\n\n\\define background-linear-gradient(gradient)\n``\nbackground-image: linear-gradient($gradient$);\nbackground-image: -o-linear-gradient($gradient$);\nbackground-image: -moz-linear-gradient($gradient$);\nbackground-image: -webkit-linear-gradient($gradient$);\nbackground-image: -ms-linear-gradient($gradient$);\n``\n\\end\n\n\\define column-count(columns)\n``\n-moz-column-count: $columns$;\n-webkit-column-count: $columns$;\ncolumn-count: $columns$;\n``\n\\end\n\n\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}}/>\n\\end\n\n\\define if-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n\n\\define if-no-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n\n\\define if-background-attachment(text)\n<$reveal state=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\" type=\"nomatch\" text=\"\">$text$</$reveal>\n\\end\n"
},
"$:/core/macros/colour-picker": {
"title": "$:/core/macros/colour-picker",
"tags": "$:/tags/Macro",
"text": "\\define colour-picker-update-recent()\n<$action-listops\n\t$tiddler=\"$:/config/ColourPicker/Recent\"\n\t$subfilter=\"$(colour-picker-value)$ [list[$:/config/ColourPicker/Recent]remove[$(colour-picker-value)$]] +[limit[8]]\"\n/>\n\\end\n\n\\define colour-picker-inner(actions)\n<$button tag=\"a\" tooltip=\"\"\"$(colour-picker-value)$\"\"\">\n\n$(colour-picker-update-recent)$\n\n$actions$\n\n<div style=\"background-color: $(colour-picker-value)$; width: 100%; height: 100%; border-radius: 50%;\"/>\n\n</$button>\n\\end\n\n\\define colour-picker-recent-inner(actions)\n<$set name=\"colour-picker-value\" value=\"$(recentColour)$\">\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$set>\n\\end\n\n\\define colour-picker-recent(actions)\n{{$:/language/ColourPicker/Recent}} <$list filter=\"[list[$:/config/ColourPicker/Recent]]\" variable=\"recentColour\">\n<$macrocall $name=\"colour-picker-recent-inner\" actions=\"\"\"$actions$\"\"\"/></$list>\n\\end\n\n\\define colour-picker(actions)\n<div class=\"tc-colour-chooser\">\n\n<$macrocall $name=\"colour-picker-recent\" actions=\"\"\"$actions$\"\"\"/>\n\n---\n\n<$list filter=\"LightPink Pink Crimson LavenderBlush PaleVioletRed HotPink DeepPink MediumVioletRed Orchid Thistle Plum Violet Magenta Fuchsia DarkMagenta Purple MediumOrchid DarkViolet DarkOrchid Indigo BlueViolet MediumPurple MediumSlateBlue SlateBlue DarkSlateBlue Lavender GhostWhite Blue MediumBlue MidnightBlue DarkBlue Navy RoyalBlue CornflowerBlue LightSteelBlue LightSlateGrey SlateGrey DodgerBlue AliceBlue SteelBlue LightSkyBlue SkyBlue DeepSkyBlue LightBlue PowderBlue CadetBlue Azure LightCyan PaleTurquoise Cyan Aqua DarkTurquoise DarkSlateGrey DarkCyan Teal MediumTurquoise LightSeaGreen Turquoise Aquamarine MediumAquamarine MediumSpringGreen MintCream SpringGreen MediumSeaGreen SeaGreen Honeydew LightGreen PaleGreen DarkSeaGreen LimeGreen Lime ForestGreen Green DarkGreen Chartreuse LawnGreen GreenYellow DarkOliveGreen YellowGreen OliveDrab Beige LightGoldenrodYellow Ivory LightYellow Yellow Olive DarkKhaki LemonChiffon PaleGoldenrod Khaki Gold Cornsilk Goldenrod DarkGoldenrod FloralWhite OldLace Wheat Moccasin Orange PapayaWhip BlanchedAlmond NavajoWhite AntiqueWhite Tan BurlyWood Bisque DarkOrange Linen Peru PeachPuff SandyBrown Chocolate SaddleBrown Seashell Sienna LightSalmon Coral OrangeRed DarkSalmon Tomato MistyRose Salmon Snow LightCoral RosyBrown IndianRed Red Brown FireBrick DarkRed Maroon White WhiteSmoke Gainsboro LightGrey Silver DarkGrey Grey DimGrey Black\" variable=\"colour-picker-value\">\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$list>\n\n---\n\n<$edit-text tiddler=\"$:/config/ColourPicker/New\" tag=\"input\" default=\"\" placeholder=\"\"/> \n<$edit-text tiddler=\"$:/config/ColourPicker/New\" type=\"color\" tag=\"input\"/>\n<$set name=\"colour-picker-value\" value={{$:/config/ColourPicker/New}}>\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$set>\n\n</div>\n\n\\end\n"
},
"$:/core/macros/copy-to-clipboard": {
"title": "$:/core/macros/copy-to-clipboard",
"tags": "$:/tags/Macro",
"text": "\\define copy-to-clipboard(src,class:\"tc-btn-invisible\",style)\n<$button class=<<__class__>> style=<<__style__>> message=\"tm-copy-to-clipboard\" param=<<__src__>> tooltip={{$:/language/Buttons/CopyToClipboard/Hint}}>\n{{$:/core/images/copy-clipboard}} <$text text={{$:/language/Buttons/CopyToClipboard/Caption}}/>\n</$button>\n\\end\n\n\\define copy-to-clipboard-above-right(src,class:\"tc-btn-invisible\",style)\n<div style=\"position: relative;\">\n<div style=\"position: absolute; bottom: 0; right: 0;\">\n<$macrocall $name=\"copy-to-clipboard\" src=<<__src__>> class=<<__class__>> style=<<__style__>>/>\n</div>\n</div>\n\\end\n\n"
},
"$:/core/macros/diff": {
"title": "$:/core/macros/diff",
"tags": "$:/tags/Macro",
"text": "\\define compareTiddlerText(sourceTiddlerTitle,sourceSubTiddlerTitle,destTiddlerTitle,destSubTiddlerTitle)\n<$set name=\"source\" tiddler=<<__sourceTiddlerTitle__>> subtiddler=<<__sourceSubTiddlerTitle__>>>\n<$set name=\"dest\" tiddler=<<__destTiddlerTitle__>> subtiddler=<<__destSubTiddlerTitle__>>>\n<$diff-text source=<<source>> dest=<<dest>>/>\n</$set>\n</$set>\n\\end\n\n\\define compareTiddlers(sourceTiddlerTitle,sourceSubTiddlerTitle,destTiddlerTitle,destSubTiddlerTitle,exclude)\n<table class=\"tc-diff-tiddlers\">\n<tbody>\n<$set name=\"sourceFields\" filter=\"[<__sourceTiddlerTitle__>fields[]sort[]]\">\n<$set name=\"destFields\" filter=\"[<__destSubTiddlerTitle__>subtiddlerfields<__destTiddlerTitle__>sort[]]\">\n<$list filter=\"[enlist<sourceFields>] [enlist<destFields>] -[enlist<__exclude__>] +[sort[]]\" variable=\"fieldName\">\n<tr>\n<th>\n<$text text=<<fieldName>>/> \n</th>\n<td>\n<$set name=\"source\" tiddler=<<__sourceTiddlerTitle__>> subtiddler=<<__sourceSubTiddlerTitle__>> field=<<fieldName>>>\n<$set name=\"dest\" tiddler=<<__destTiddlerTitle__>> subtiddler=<<__destSubTiddlerTitle__>> field=<<fieldName>>>\n<$diff-text source=<<source>> dest=<<dest>>>\n</$diff-text>\n</$set>\n</$set>\n</td>\n</tr>\n</$list>\n</$set>\n</$set>\n</tbody>\n</table>\n\\end\n"
},
"$:/core/macros/export": {
"title": "$:/core/macros/export",
"tags": "$:/tags/Macro",
"text": "\\define exportButtonFilename(baseFilename)\n$baseFilename$$(extension)$\n\\end\n\n\\define exportButton(exportFilter:\"[!is[system]sort[title]]\",lingoBase,baseFilename:\"tiddlers\")\n<span class=\"tc-popup-keep\"><$button popup=<<qualify \"$:/state/popup/export\">> tooltip={{$lingoBase$Hint}} aria-label={{$lingoBase$Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/export-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$lingoBase$Caption}}/></span>\n</$list>\n</$button></span><$reveal state=<<qualify \"$:/state/popup/export\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Exporter]]\">\n<$set name=\"extension\" value={{!!extension}}>\n<$button class=\"tc-btn-invisible\">\n<$action-sendmessage $message=\"tm-download-file\" $param=<<currentTiddler>> exportFilter=\"\"\"$exportFilter$\"\"\" filename=<<exportButtonFilename \"\"\"$baseFilename$\"\"\">>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/export\">>/>\n<$transclude field=\"description\"/>\n</$button>\n</$set>\n</$list>\n</div>\n</$reveal>\n\\end\n"
},
"$:/core/macros/image-picker": {
"title": "$:/core/macros/image-picker",
"created": "20170715180840889",
"modified": "20170715180914005",
"tags": "$:/tags/Macro",
"type": "text/vnd.tiddlywiki",
"text": "\\define image-picker-thumbnail(actions)\n<$button tag=\"a\" tooltip=\"\"\"$(imageTitle)$\"\"\">\n$actions$\n<$transclude tiddler=<<imageTitle>>/>\n</$button>\n\\end\n\n\\define image-picker-list(filter,actions)\n<$list filter=\"\"\"$filter$\"\"\" variable=\"imageTitle\">\n<$macrocall $name=\"image-picker-thumbnail\" actions=\"\"\"$actions$\"\"\"/>\n</$list>\n\\end\n\n\\define image-picker(actions,filter:\"[all[shadows+tiddlers]is[image]] -[type[application/pdf]] +[!has[draft.of]$subfilter$sort[title]]\",subfilter:\"\")\n<div class=\"tc-image-chooser\">\n<$vars state-system=<<qualify \"$:/state/image-picker/system\">>>\n<$checkbox tiddler=<<state-system>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"hide\">\n{{$:/language/SystemTiddlers/Include/Prompt}}\n</$checkbox>\n<$reveal state=<<state-system>> type=\"match\" text=\"hide\" default=\"hide\" tag=\"div\">\n<$macrocall $name=\"image-picker-list\" filter=\"\"\"$filter$ +[!is[system]]\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</$reveal>\n<$reveal state=<<state-system>> type=\"nomatch\" text=\"hide\" default=\"hide\" tag=\"div\">\n<$macrocall $name=\"image-picker-list\" filter=\"\"\"$filter$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</$reveal>\n</$vars>\n</div>\n\\end\n\n\\define image-picker-include-tagged-images(actions)\n<$macrocall $name=\"image-picker\" filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[!has[draft.of]sort[title]]\" actions=\"\"\"$actions$\"\"\"/>\n\\end\n"
},
"$:/core/macros/lingo": {
"title": "$:/core/macros/lingo",
"tags": "$:/tags/Macro",
"text": "\\define lingo-base()\n$:/language/\n\\end\n\n\\define lingo(title)\n{{$(lingo-base)$$title$}}\n\\end\n"
},
"$:/core/macros/list": {
"title": "$:/core/macros/list",
"tags": "$:/tags/Macro",
"text": "\\define list-links(filter,type:\"ul\",subtype:\"li\",class:\"\",emptyMessage)\n<$type$ class=\"$class$\">\n<$list filter=\"$filter$\" emptyMessage=<<__emptyMessage__>>>\n<$subtype$>\n<$link to={{!!title}}>\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$link>\n</$subtype$>\n</$list>\n</$type$>\n\\end\n\n\\define list-links-draggable-drop-actions()\n<$action-listops $tiddler=<<targetTiddler>> $field=<<targetField>> $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n\\end\n\n\\define list-links-draggable(tiddler,field:\"list\",type:\"ul\",subtype:\"li\",class:\"\",itemTemplate)\n<$vars targetTiddler=\"\"\"$tiddler$\"\"\" targetField=\"\"\"$field$\"\"\">\n<$type$ class=\"$class$\">\n<$list filter=\"[list[$tiddler$!!$field$]]\">\n<$droppable actions=<<list-links-draggable-drop-actions>> tag=\"\"\"$subtype$\"\"\">\n<div class=\"tc-droppable-placeholder\">\n \n</div>\n<div>\n<$transclude tiddler=\"\"\"$itemTemplate$\"\"\">\n<$link to={{!!title}}>\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$link>\n</$transclude>\n</div>\n</$droppable>\n</$list>\n</$type$>\n<$tiddler tiddler=\"\">\n<$droppable actions=<<list-links-draggable-drop-actions>> tag=\"div\">\n<div class=\"tc-droppable-placeholder\">\n \n</div>\n<div style=\"height:0.5em;\"/>\n</$droppable>\n</$tiddler>\n</$vars>\n\\end\n\n\\define list-tagged-draggable-drop-actions(tag)\n<!-- Save the current ordering of the tiddlers with this tag -->\n<$set name=\"order\" filter=\"[<__tag__>tagging[]]\">\n<!-- Remove any list-after or list-before fields from the tiddlers with this tag -->\n<$list filter=\"[<__tag__>tagging[]]\">\n<$action-deletefield $field=\"list-before\"/>\n<$action-deletefield $field=\"list-after\"/>\n</$list>\n<!-- Save the new order to the Tag Tiddler -->\n<$action-listops $tiddler=<<__tag__>> $field=\"list\" $filter=\"+[enlist<order>] +[insertbefore:currentTiddler<actionTiddler>]\"/>\n<!-- Make sure the newly added item has the right tag -->\n<!-- Removing this line makes dragging tags within the dropdown work as intended -->\n<!--<$action-listops $tiddler=<<actionTiddler>> $tags=<<__tag__>>/>-->\n<!-- Using the following 5 lines as replacement makes dragging titles from outside into the dropdown apply the tag -->\n<$list filter=\"[<actionTiddler>!contains:tags<__tag__>]\">\n<$fieldmangler tiddler=<<actionTiddler>>>\n<$action-sendmessage $message=\"tm-add-tag\" $param=<<__tag__>>/>\n</$fieldmangler>\n</$list>\n</$set>\n\\end\n\n\\define list-tagged-draggable(tag,subFilter,emptyMessage,itemTemplate,elementTag:\"div\")\n<$set name=\"tag\" value=<<__tag__>>>\n<$list filter=\"[<__tag__>tagging[]$subFilter$]\" emptyMessage=<<__emptyMessage__>>>\n<$elementTag$ class=\"tc-menu-list-item\">\n<$droppable actions=\"\"\"<$macrocall $name=\"list-tagged-draggable-drop-actions\" tag=<<__tag__>>/>\"\"\">\n<$elementTag$ class=\"tc-droppable-placeholder\">\n \n</$elementTag$>\n<$elementTag$>\n<$transclude tiddler=\"\"\"$itemTemplate$\"\"\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</$transclude>\n</$elementTag$>\n</$droppable>\n</$elementTag$>\n</$list>\n<$tiddler tiddler=\"\">\n<$droppable actions=\"\"\"<$macrocall $name=\"list-tagged-draggable-drop-actions\" tag=<<__tag__>>/>\"\"\">\n<$elementTag$ class=\"tc-droppable-placeholder\">\n \n</$elementTag$>\n<$elementTag$ style=\"height:0.5em;\">\n</$elementTag$>\n</$droppable>\n</$tiddler>\n</$set>\n\\end\n"
},
"$:/core/macros/tabs": {
"title": "$:/core/macros/tabs",
"tags": "$:/tags/Macro",
"text": "\\define tabs(tabsList,default,state:\"$:/state/tab\",class,template,buttonTemplate,retain)\n<div class=\"tc-tab-set $class$\">\n<div class=\"tc-tab-buttons $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\"><$set name=\"save-currentTiddler\" value=<<currentTiddler>>><$tiddler tiddler=<<currentTab>>><$button set=<<qualify \"$state$\">> setTo=<<currentTab>> default=\"$default$\" selectedClass=\"tc-tab-selected\" tooltip={{!!tooltip}}>\n<$tiddler tiddler=<<save-currentTiddler>>>\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude tiddler=\"$buttonTemplate$\" mode=\"inline\">\n<$transclude tiddler=<<currentTab>> field=\"caption\">\n<$macrocall $name=\"currentTab\" $type=\"text/plain\" $output=\"text/plain\"/>\n</$transclude>\n</$transclude>\n</$set></$tiddler></$button></$tiddler></$set></$list>\n</div>\n<div class=\"tc-tab-divider $class$\"/>\n<div class=\"tc-tab-content $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n\n<$reveal type=\"match\" state=<<qualify \"$state$\">> text=<<currentTab>> default=\"$default$\" retain=\"\"\"$retain$\"\"\">\n\n<$transclude tiddler=\"$template$\" mode=\"block\">\n\n<$transclude tiddler=<<currentTab>> mode=\"block\"/>\n\n</$transclude>\n\n</$reveal>\n\n</$list>\n</div>\n</div>\n\\end\n"
},
"$:/core/macros/tag-picker": {
"title": "$:/core/macros/tag-picker",
"tags": "$:/tags/Macro",
"text": "\\define add-tag-actions()\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n\\end\n\n\\define add-tag-actions()\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n\\end\n\n\\define tag-button()\n<$button class=\"tc-btn-invisible\" tag=\"a\">\n$(actions)$\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$macrocall $name=\"tag-pill\" tag=<<tag>>/>\n</$button>\n\\end\n\n\\define tag-picker(actions)\n<$set name=\"actions\" value=\"\"\"$actions$\"\"\">\n<div class=\"tc-edit-add-tag\">\n<span class=\"tc-add-tag-name\">\n<$keyboard key=\"ENTER\" actions=<<add-tag-actions>>>\n<$edit-text tiddler=\"$:/temp/NewTagName\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Tags/Add/Placeholder}} focusPopup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</$keyboard>\n</span> <$button popup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Tags/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Tags/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <span class=\"tc-add-tag-button\">\n<$set name=\"tag\" value={{$:/temp/NewTagName}}>\n<$button set=\"$:/temp/NewTagName\" setTo=\"\" class=\"\">\n$actions$\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n{{$:/language/EditTemplate/Tags/Add/Button}}\n</$button>\n</$set>\n</span>\n</div>\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/tags-auto-complete\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown\">\n<$list filter=\"[{$:/temp/NewTagName}minlength{$:/config/Tags/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n<$list filter=\"[tags[]!is[system]search:title{$:/temp/NewTagName}sort[]]\" variable=\"tag\">\n<<tag-button>>\n</$list></$list>\n<hr>\n<$list filter=\"[{$:/temp/NewTagName}minlength{$:/config/Tags/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n<$list filter=\"[tags[]is[system]search:title{$:/temp/NewTagName}sort[]]\" variable=\"tag\">\n<<tag-button>>\n</$list></$list>\n</div>\n</$reveal>\n</div>\n</$set>\n\\end\n"
},
"$:/core/macros/tag": {
"title": "$:/core/macros/tag",
"tags": "$:/tags/Macro",
"text": "\\define tag-pill-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-pill-inner(tag,icon,colour,fallbackTarget,colourA,colourB,element-tag,element-attributes,actions)\n<$vars foregroundColor=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">> backgroundColor=\"\"\"$colour$\"\"\">\n<$element-tag$ $element-attributes$ class=\"tc-tag-label tc-btn-invisible\" style=<<tag-pill-styles>>>\n$actions$<$transclude tiddler=\"\"\"$icon$\"\"\"/> <$view tiddler=<<__tag__>> field=\"title\" format=\"text\" />\n</$element-tag$>\n</$vars>\n\\end\n\n\\define tag-pill-body(tag,icon,colour,palette,element-tag,element-attributes,actions)\n<$macrocall $name=\"tag-pill-inner\" tag=<<__tag__>> icon=\"\"\"$icon$\"\"\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}} element-tag=\"\"\"$element-tag$\"\"\" element-attributes=\"\"\"$element-attributes$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n\\end\n\n\\define tag-pill(tag,element-tag:\"span\",element-attributes:\"\",actions:\"\")\n<span class=\"tc-tag-list-item\">\n<$macrocall $name=\"tag-pill-body\" tag=<<__tag__>> icon={{{ [<__tag__>get[icon]] }}} colour={{{ [<__tag__>get[color]] }}} palette={{$:/palette}} element-tag=\"\"\"$element-tag$\"\"\" element-attributes=\"\"\"$element-attributes$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</span>\n\\end\n\n\\define tag(tag)\n{{$tag$||$:/core/ui/TagTemplate}}\n\\end\n"
},
"$:/core/macros/thumbnails": {
"title": "$:/core/macros/thumbnails",
"tags": "$:/tags/Macro",
"text": "\\define thumbnail(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<$link to=\"\"\"$link$\"\"\"><div class=\"tc-thumbnail-wrapper\">\n<div class=\"tc-thumbnail-image\" style=\"width:$width$px;height:$height$px;\"><$reveal type=\"nomatch\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" style=\"width:$width$px;height:$height$px;\">\n[img[$image$]]\n</$reveal><$reveal type=\"match\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" class=\"tc-thumbnail-background\" style=\"width:$width$px;height:$height$px;background-color:$background-color$;\"></$reveal></div><div class=\"tc-thumbnail-icon\" style=\"fill:$color$;color:$color$;\">\n$icon$\n</div><div class=\"tc-thumbnail-caption\">\n$caption$\n</div>\n</div></$link>\n\\end\n\n\\define thumbnail-right(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<div class=\"tc-thumbnail-right-wrapper\"><<thumbnail \"\"\"$link$\"\"\" \"\"\"$icon$\"\"\" \"\"\"$color$\"\"\" \"\"\"$background-color$\"\"\" \"\"\"$image$\"\"\" \"\"\"$caption$\"\"\" \"\"\"$width$\"\"\" \"\"\"$height$\"\"\">></div>\n\\end\n\n\\define list-thumbnails(filter,width:\"280\",height:\"157\")\n<$list filter=\"\"\"$filter$\"\"\"><$macrocall $name=\"thumbnail\" link={{!!link}} icon={{!!icon}} color={{!!color}} background-color={{!!background-color}} image={{!!image}} caption={{!!caption}} width=\"\"\"$width$\"\"\" height=\"\"\"$height$\"\"\"/></$list>\n\\end\n"
},
"$:/core/macros/timeline": {
"title": "$:/core/macros/timeline",
"created": "20141212105914482",
"modified": "20141212110330815",
"tags": "$:/tags/Macro",
"text": "\\define timeline-title()\n<!-- Override this macro with a global macro \n of the same name if you need to change \n how titles are displayed on the timeline \n -->\n<$view field=\"title\"/>\n\\end\n\\define timeline(limit:\"100\",format:\"DDth MMM YYYY\",subfilter:\"\",dateField:\"modified\")\n<div class=\"tc-timeline\">\n<$list filter=\"[!is[system]$subfilter$has[$dateField$]!sort[$dateField$]limit[$limit$]eachday[$dateField$]]\">\n<div class=\"tc-menu-list-item\">\n<$view field=\"$dateField$\" format=\"date\" template=\"$format$\"/>\n<$list filter=\"[sameday:$dateField${!!$dateField$}!is[system]$subfilter$!sort[$dateField$]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}>\n<<timeline-title>>\n</$link>\n</div>\n</$list>\n</div>\n</$list>\n</div>\n\\end\n"
},
"$:/core/macros/toc": {
"title": "$:/core/macros/toc",
"tags": "$:/tags/Macro",
"text": "\\define toc-caption()\n<$set name=\"tv-wikilinks\" value=\"no\">\n <$transclude field=\"caption\">\n <$view field=\"title\"/>\n </$transclude>\n</$set>\n\\end\n\n\\define toc-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<ol class=\"tc-toc\">\n <$list filter=\"\"\"[all[shadows+tiddlers]tag<__tag__>!has[draft.of]$sort$] -[<__tag__>] -[enlist<__exclude__>]\"\"\">\n <$vars item=<<currentTiddler>> path={{{ [<__path__>addsuffix[/]addsuffix<__tag__>] }}} excluded=\"\"\"[enlist<__exclude__>] -[<__tag__>]\"\"\">\n <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item\" value=\"toc-item-selected\">\n <li class=<<toc-item-class>>>\n <$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<$link><$view field='caption'><$view field='title'/></$view></$link>\">\n <<toc-caption>>\n </$list>\n <$macrocall $name=\"toc-body\" tag=<<item>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<excluded>> path=<<path>>/>\n </li>\n </$set>\n </$vars>\n </$list>\n</ol>\n\\end\n\n\\define toc(tag,sort:\"\",itemClassFilter:\" \")\n<$macrocall $name=\"toc-body\" tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> />\n\\end\n\n\\define toc-linked-expandable-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<!-- helper function -->\n<$qualify name=\"toc-state\" title={{{ [[$:/state/toc]addsuffix<__path__>addsuffix[-]addsuffix<currentTiddler>] }}}>\n <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item\" value=\"toc-item-selected\">\n <li class=<<toc-item-class>>>\n <$link>\n <$reveal type=\"nomatch\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/right-arrow}}\n </$button>\n </$reveal>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/down-arrow}}\n </$button>\n </$reveal>\n <<toc-caption>>\n </$link>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<__exclude__>> path=<<__path__>>/>\n </$reveal>\n </li>\n </$set>\n</$qualify>\n\\end\n\n\\define toc-unlinked-expandable-body(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<!-- helper function -->\n<$qualify name=\"toc-state\" title={{{ [[$:/state/toc]addsuffix<__path__>addsuffix[-]addsuffix<currentTiddler>] }}}>\n <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item\" value=\"toc-item-selected\">\n <li class=<<toc-item-class>>>\n <$reveal type=\"nomatch\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/right-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/down-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<__exclude__>> path=<<__path__>>/>\n </$reveal>\n </li>\n </$set>\n</$qualify>\n\\end\n\n\\define toc-expandable-empty-message()\n<$macrocall $name=\"toc-linked-expandable-body\" tag=<<tag>> sort=<<sort>> itemClassFilter=<<itemClassFilter>> exclude=<<excluded>> path=<<path>>/>\n\\end\n\n\\define toc-expandable(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<$vars tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> excluded=\"\"\"[enlist<__exclude__>] -[<__tag__>]\"\"\" path={{{ [<__path__>addsuffix[/]addsuffix<__tag__>] }}}>\n <ol class=\"tc-toc toc-expandable\">\n <$list filter=\"\"\"[all[shadows+tiddlers]tag<__tag__>!has[draft.of]$sort$] -[<__tag__>] -[enlist<__exclude__>]\"\"\">\n <$list filter=\"[all[current]toc-link[no]]\" emptyMessage=<<toc-expandable-empty-message>> >\n <$macrocall $name=\"toc-unlinked-expandable-body\" tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=\"\"\"itemClassFilter\"\"\" exclude=<<excluded>> path=<<path>> />\n </$list>\n </$list>\n </ol>\n</$vars>\n\\end\n\n\\define toc-linked-selective-expandable-body(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<$qualify name=\"toc-state\" title={{{ [[$:/state/toc]addsuffix<__path__>addsuffix[-]addsuffix<currentTiddler>] }}}>\n <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item\" value=\"toc-item-selected\" >\n <li class=<<toc-item-class>>>\n <$link>\n <$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button>\">\n <$reveal type=\"nomatch\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/right-arrow}}\n </$button>\n </$reveal>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/down-arrow}}\n </$button>\n </$reveal>\n </$list>\n <<toc-caption>>\n </$link>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<__exclude__>> path=<<__path__>>/>\n </$reveal>\n </li>\n </$set>\n</$qualify>\n\\end\n\n\\define toc-unlinked-selective-expandable-body(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<$qualify name=\"toc-state\" title={{{ [[$:/state/toc]addsuffix<__path__>addsuffix[-]addsuffix<currentTiddler>] }}}>\n <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item\" value=\"toc-item-selected\">\n <li class=<<toc-item-class>>>\n <$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button> <$view field='caption'><$view field='title'/></$view>\">\n <$reveal type=\"nomatch\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/right-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/down-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n </$list>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<__exclude__>> path=<<__path__>>/>\n </$reveal>\n </li>\n </$set>\n</$qualify>\n\\end\n\n\\define toc-selective-expandable-empty-message()\n<$macrocall $name=\"toc-linked-selective-expandable-body\" tag=<<tag>> sort=<<sort>> itemClassFilter=<<itemClassFilter>> exclude=<<excluded>> path=<<path>>/>\n\\end\n\n\\define toc-selective-expandable(tag,sort:\"\",itemClassFilter,exclude,path)\n<$vars tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> excluded=\"\"\"[enlist<__exclude__>] -[<__tag__>]\"\"\" path={{{ [<__path__>addsuffix[/]addsuffix<__tag__>] }}}>\n <ol class=\"tc-toc toc-selective-expandable\">\n <$list filter=\"\"\"[all[shadows+tiddlers]tag<__tag__>!has[draft.of]$sort$] -[<__tag__>] -[enlist<__exclude__>]\"\"\">\n <$list filter=\"[all[current]toc-link[no]]\" variable=\"ignore\" emptyMessage=<<toc-selective-expandable-empty-message>> >\n <$macrocall $name=\"toc-unlinked-selective-expandable-body\" tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<excluded>> path=<<path>>/>\n </$list>\n </$list>\n </ol>\n</$vars>\n\\end\n\n\\define toc-tabbed-external-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$tiddler tiddler={{{ [<__selectedTiddler__>get[text]] }}}>\n <div class=\"tc-tabbed-table-of-contents\">\n <$linkcatcher to=<<__selectedTiddler__>>>\n <div class=\"tc-table-of-contents\">\n <$macrocall $name=\"toc-selective-expandable\" tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=\"[all[current]field:title<__selectedTiddler__>]\"/>\n </div>\n </$linkcatcher>\n <div class=\"tc-tabbed-table-of-contents-content\">\n <$reveal stateTitle=<<__selectedTiddler__>> type=\"nomatch\" text=\"\">\n <$transclude mode=\"block\" tiddler=<<__template__>>>\n <h1><<toc-caption>></h1>\n <$transclude mode=\"block\">$missingText$</$transclude>\n </$transclude>\n </$reveal>\n <$reveal stateTitle=<<__selectedTiddler__>> type=\"match\" text=\"\">\n $unselectedText$\n </$reveal>\n </div>\n </div>\n</$tiddler>\n\\end\n\n\\define toc-tabbed-internal-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$linkcatcher to=<<__selectedTiddler__>>>\n <$macrocall $name=\"toc-tabbed-external-nav\" tag=<<__tag__>> sort=<<__sort__>> selectedTiddler=<<__selectedTiddler__>> unselectedText=<<__unselectedText__>> missingText=<<__missingText__>> template=<<__template__>>/>\n</$linkcatcher>\n\\end\n\n"
},
"$:/core/macros/translink": {
"title": "$:/core/macros/translink",
"tags": "$:/tags/Macro",
"text": "\\define translink(title,mode:\"block\")\n<div style=\"border:1px solid #ccc; padding: 0.5em; background: black; foreground; white;\">\n<$link to=\"\"\"$title$\"\"\">\n<$text text=\"\"\"$title$\"\"\"/>\n</$link>\n<div style=\"border:1px solid #ccc; padding: 0.5em; background: white; foreground; black;\">\n<$transclude tiddler=\"\"\"$title$\"\"\" mode=\"$mode$\">\n\"<$text text=\"\"\"$title$\"\"\"/>\" is missing\n</$transclude>\n</div>\n</div>\n\\end\n"
},
"$:/core/macros/tree": {
"title": "$:/core/macros/tree",
"tags": "$:/tags/Macro",
"text": "\\define leaf-link(full-title, chunk)\n<$link to=<<__full-title__>>><$text text=<<__chunk__>>/></$link>\n\\end\n\n\\define leaf-node(prefix, chunk)\n<li>\n<$list filter=\"[<__prefix__>addsuffix<__chunk__>is[shadow]] [<__prefix__>addsuffix<__chunk__>is[tiddler]]\" variable=\"full-title\">\n<$list filter=\"[<full-title>removeprefix<__prefix__>]\" variable=\"chunk\">\n<span>{{$:/core/images/file}}</span> <$macrocall $name=\"leaf-link\" full-title=<<full-title>> chunk=<<chunk>>/>\n</$list>\n</$list>\n</li>\n\\end\n\n\\define branch-node(prefix, chunk)\n<li>\n<$set name=\"reveal-state\" value={{{ [[$:/state/tree/]addsuffix<__prefix__>addsuffix<__chunk__>] }}}>\n<$reveal type=\"nomatch\" stateTitle=<<reveal-state>> text=\"show\">\n<$button setTitle=<<reveal-state>> setTo=\"show\" class=\"tc-btn-invisible\">\n{{$:/core/images/folder}} <$text text=<<__chunk__>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" stateTitle=<<reveal-state>> text=\"show\">\n<$button setTitle=<<reveal-state>> setTo=\"hide\" class=\"tc-btn-invisible\">\n{{$:/core/images/folder}} <$text text=<<__chunk__>>/>\n</$button>\n</$reveal>\n<span>(<$count filter=\"[all[shadows+tiddlers]removeprefix<__prefix__>removeprefix<__chunk__>] -[<__prefix__>addsuffix<__chunk__>]\"/>)</span>\n<$reveal type=\"match\" stateTitle=<<reveal-state>> text=\"show\">\n<$macrocall $name=\"tree-node\" prefix={{{ [<__prefix__>addsuffix<__chunk__>] }}}/>\n</$reveal>\n</$set>\n</li>\n\\end\n\n\\define tree-node(prefix)\n<ol>\n<$list filter=\"[all[shadows+tiddlers]removeprefix<__prefix__>splitbefore[/]sort[]!suffix[/]]\" variable=\"chunk\">\n<$macrocall $name=\"leaf-node\" prefix=<<__prefix__>> chunk=<<chunk>>/>\n</$list>\n<$list filter=\"[all[shadows+tiddlers]removeprefix<__prefix__>splitbefore[/]sort[]suffix[/]]\" variable=\"chunk\">\n<$macrocall $name=\"branch-node\" prefix=<<__prefix__>> chunk=<<chunk>>/>\n</$list>\n</ol>\n\\end\n\n\\define tree(prefix: \"$:/\")\n<div class=\"tc-tree\">\n<span><$text text=<<__prefix__>>/></span>\n<div>\n<$macrocall $name=\"tree-node\" prefix=<<__prefix__>>/>\n</div>\n</div>\n\\end\n"
},
"$:/snippets/minilanguageswitcher": {
"title": "$:/snippets/minilanguageswitcher",
"text": "<$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/minithemeswitcher": {
"title": "$:/snippets/minithemeswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$select tiddler=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"name\"><$view field=\"title\"/></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/modules": {
"title": "$:/snippets/modules",
"text": "\\define describeModuleType(type)\n{{$:/language/Docs/ModuleTypes/$type$}}\n\\end\n<$list filter=\"[moduletypes[]]\">\n\n!! <$macrocall $name=\"currentTiddler\" $type=\"text/plain\" $output=\"text/plain\"/>\n\n<$macrocall $name=\"describeModuleType\" type=<<currentTiddler>>/>\n\n<ul><$list filter=\"[all[current]modules[]]\"><li><$link><<currentTiddler>></$link>\n</li>\n</$list>\n</ul>\n</$list>\n"
},
"$:/palette": {
"title": "$:/palette",
"text": "$:/palettes/Vanilla"
},
"$:/snippets/paletteeditor": {
"title": "$:/snippets/paletteeditor",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/Editor/\n\\define describePaletteColour(colour)\n<$transclude tiddler=\"$:/language/Docs/PaletteColours/$colour$\"><$text text=\"$colour$\"/></$transclude>\n\\end\n<$set name=\"currentTiddler\" value={{$:/palette}}>\n\n<<lingo Prompt>> <$link to={{$:/palette}}><$macrocall $name=\"currentTiddler\" $output=\"text/plain\"/></$link>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\" variable=\"listItem\">\n<<lingo Prompt/Modified>>\n<$button message=\"tm-delete-tiddler\" param={{$:/palette}}><<lingo Reset/Caption>></$button>\n</$list>\n\n<$list filter=\"[all[current]is[shadow]!is[tiddler]]\" variable=\"listItem\">\n<<lingo Clone/Prompt>>\n</$list>\n\n<$button message=\"tm-new-tiddler\" param={{$:/palette}}><<lingo Clone/Caption>></$button>\n\n<table>\n<tbody>\n<$list filter=\"[all[current]indexes[]]\" variable=\"colourName\">\n<tr>\n<td>\n''<$macrocall $name=\"describePaletteColour\" colour=<<colourName>>/>''<br/>\n<$macrocall $name=\"colourName\" $output=\"text/plain\"/>\n</td>\n<td>\n<$edit-text index=<<colourName>> tag=\"input\"/>\n<br>\n<$edit-text index=<<colourName>> type=\"color\" tag=\"input\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n</$set>\n"
},
"$:/snippets/palettepreview": {
"title": "$:/snippets/palettepreview",
"text": "<$set name=\"currentTiddler\" value={{$:/palette}}>\n{{||$:/snippets/currpalettepreview}}\n</$set>\n"
},
"$:/snippets/paletteswitcher": {
"title": "$:/snippets/paletteswitcher",
"text": "<$linkcatcher to=\"$:/palette\">\n<div class=\"tc-chooser\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Palette]sort[description]]\"><$set name=\"cls\" filter=\"[all[current]prefix{$:/palette}]\" value=\"tc-chooser-item tc-chosen\" emptyValue=\"tc-chooser-item\"><div class=<<cls>>><$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' - <$view field=\"description\" format=\"text\"/>{{||$:/snippets/currpalettepreview}}</$link>\n</div></$set>\n</$list>\n</div>\n</$linkcatcher>"
},
"$:/snippets/peek-stylesheets": {
"title": "$:/snippets/peek-stylesheets",
"text": "\\define expandable-stylesheets-list()\n<ol>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$vars state=<<qualify \"$:/config/peek-stylesheets/open/\">>>\n<$set name=\"state\" value={{{ [<state>addsuffix<currentTiddler>] }}}>\n<li>\n<$reveal type=\"match\" state=<<state>> text=\"yes\" tag=\"span\">\n<$button set=<<state>> setTo=\"no\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=<<state>> text=\"yes\" tag=\"span\">\n<$button set=<<state>> setTo=\"yes\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$link>\n<$view field=\"title\"/>\n</$link>\n<$reveal type=\"match\" state=<<state>> text=\"yes\" tag=\"div\">\n<$set name=\"source\" tiddler=<<currentTiddler>>>\n<$wikify name=\"styles\" text=<<source>>>\n<pre>\n<code>\n<$text text=<<styles>>/>\n</code>\n</pre>\n</$wikify>\n</$set>\n</$reveal>\n</li>\n</$set>\n</$vars>\n</$list>\n</ol>\n\\end\n\n\\define stylesheets-list()\n<ol>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<li>\n<$link>\n<$view field=\"title\"/>\n</$link>\n<$set name=\"source\" tiddler=<<currentTiddler>>>\n<$wikify name=\"styles\" text=<<source>>>\n<pre>\n<code>\n<$text text=<<styles>>/>\n</code>\n</pre>\n</$wikify>\n</$set>\n</li>\n</$list>\n</ol>\n\\end\n\n<$vars modeState=<<qualify \"$:/config/peek-stylesheets/mode/\">>>\n\n<$reveal type=\"nomatch\" state=<<modeState>> text=\"expanded\" tag=\"div\">\n<$button set=<<modeState>> setTo=\"expanded\" class=\"tc-btn-invisible\">{{$:/core/images/chevron-right}} {{$:/language/ControlPanel/Stylesheets/Expand/Caption}}</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<modeState>> text=\"expanded\" tag=\"div\">\n<$button set=<<modeState>> setTo=\"restored\" class=\"tc-btn-invisible\">{{$:/core/images/chevron-down}} {{$:/language/ControlPanel/Stylesheets/Restore/Caption}}</$button>\n</$reveal>\n\n<$reveal type=\"nomatch\" state=<<modeState>> text=\"expanded\" tag=\"div\">\n<<expandable-stylesheets-list>>\n</$reveal>\n<$reveal type=\"match\" state=<<modeState>> text=\"expanded\" tag=\"div\">\n<<stylesheets-list>>\n</$reveal>\n\n</$vars>\n"
},
"$:/temp/search": {
"title": "$:/temp/search",
"text": ""
},
"$:/tags/AdvancedSearch": {
"title": "$:/tags/AdvancedSearch",
"list": "[[$:/core/ui/AdvancedSearch/Standard]] [[$:/core/ui/AdvancedSearch/System]] [[$:/core/ui/AdvancedSearch/Shadows]] [[$:/core/ui/AdvancedSearch/Filter]]"
},
"$:/tags/AdvancedSearch/FilterButton": {
"title": "$:/tags/AdvancedSearch/FilterButton",
"list": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown $:/core/ui/AdvancedSearch/Filter/FilterButtons/clear $:/core/ui/AdvancedSearch/Filter/FilterButtons/export $:/core/ui/AdvancedSearch/Filter/FilterButtons/delete"
},
"$:/tags/ControlPanel": {
"title": "$:/tags/ControlPanel",
"list": "$:/core/ui/ControlPanel/Info $:/core/ui/ControlPanel/Appearance $:/core/ui/ControlPanel/Settings $:/core/ui/ControlPanel/Saving $:/core/ui/ControlPanel/Plugins $:/core/ui/ControlPanel/Tools $:/core/ui/ControlPanel/Internals"
},
"$:/tags/ControlPanel/Info": {
"title": "$:/tags/ControlPanel/Info",
"list": "$:/core/ui/ControlPanel/Basics $:/core/ui/ControlPanel/Advanced"
},
"$:/tags/ControlPanel/Plugins": {
"title": "$:/tags/ControlPanel/Plugins",
"list": "[[$:/core/ui/ControlPanel/Plugins/Installed]] [[$:/core/ui/ControlPanel/Plugins/Add]]"
},
"$:/tags/EditTemplate": {
"title": "$:/tags/EditTemplate",
"list": "[[$:/core/ui/EditTemplate/controls]] [[$:/core/ui/EditTemplate/title]] [[$:/core/ui/EditTemplate/tags]] [[$:/core/ui/EditTemplate/shadow]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/EditTemplate/body]] [[$:/core/ui/EditTemplate/type]] [[$:/core/ui/EditTemplate/fields]]"
},
"$:/tags/EditToolbar": {
"title": "$:/tags/EditToolbar",
"list": "[[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/cancel]] [[$:/core/ui/Buttons/save]]"
},
"$:/tags/EditorToolbar": {
"title": "$:/tags/EditorToolbar",
"list": "$:/core/ui/EditorToolbar/paint $:/core/ui/EditorToolbar/opacity $:/core/ui/EditorToolbar/line-width $:/core/ui/EditorToolbar/rotate-left $:/core/ui/EditorToolbar/clear $:/core/ui/EditorToolbar/bold $:/core/ui/EditorToolbar/italic $:/core/ui/EditorToolbar/strikethrough $:/core/ui/EditorToolbar/underline $:/core/ui/EditorToolbar/superscript $:/core/ui/EditorToolbar/subscript $:/core/ui/EditorToolbar/mono-line $:/core/ui/EditorToolbar/mono-block $:/core/ui/EditorToolbar/quote $:/core/ui/EditorToolbar/list-bullet $:/core/ui/EditorToolbar/list-number $:/core/ui/EditorToolbar/heading-1 $:/core/ui/EditorToolbar/heading-2 $:/core/ui/EditorToolbar/heading-3 $:/core/ui/EditorToolbar/heading-4 $:/core/ui/EditorToolbar/heading-5 $:/core/ui/EditorToolbar/heading-6 $:/core/ui/EditorToolbar/link $:/core/ui/EditorToolbar/excise $:/core/ui/EditorToolbar/picture $:/core/ui/EditorToolbar/stamp $:/core/ui/EditorToolbar/size $:/core/ui/EditorToolbar/editor-height $:/core/ui/EditorToolbar/more $:/core/ui/EditorToolbar/preview $:/core/ui/EditorToolbar/preview-type"
},
"$:/tags/Manager/ItemMain": {
"title": "$:/tags/Manager/ItemMain",
"list": "$:/Manager/ItemMain/WikifiedText $:/Manager/ItemMain/RawText $:/Manager/ItemMain/Fields"
},
"$:/tags/Manager/ItemSidebar": {
"title": "$:/tags/Manager/ItemSidebar",
"list": "$:/Manager/ItemSidebar/Tags $:/Manager/ItemSidebar/Colour $:/Manager/ItemSidebar/Icon $:/Manager/ItemSidebar/Tools"
},
"$:/tags/MoreSideBar": {
"title": "$:/tags/MoreSideBar",
"list": "[[$:/core/ui/MoreSideBar/All]] [[$:/core/ui/MoreSideBar/Recent]] [[$:/core/ui/MoreSideBar/Tags]] [[$:/core/ui/MoreSideBar/Missing]] [[$:/core/ui/MoreSideBar/Drafts]] [[$:/core/ui/MoreSideBar/Orphans]] [[$:/core/ui/MoreSideBar/Types]] [[$:/core/ui/MoreSideBar/System]] [[$:/core/ui/MoreSideBar/Shadows]] [[$:/core/ui/MoreSideBar/Explorer]] [[$:/core/ui/MoreSideBar/Plugins]]",
"text": ""
},
"$:/tags/PageControls": {
"title": "$:/tags/PageControls",
"list": "[[$:/core/ui/Buttons/home]] [[$:/core/ui/Buttons/close-all]] [[$:/core/ui/Buttons/fold-all]] [[$:/core/ui/Buttons/unfold-all]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/new-tiddler]] [[$:/core/ui/Buttons/new-journal]] [[$:/core/ui/Buttons/new-image]] [[$:/core/ui/Buttons/import]] [[$:/core/ui/Buttons/export-page]] [[$:/core/ui/Buttons/control-panel]] [[$:/core/ui/Buttons/advanced-search]] [[$:/core/ui/Buttons/manager]] [[$:/core/ui/Buttons/tag-manager]] [[$:/core/ui/Buttons/language]] [[$:/core/ui/Buttons/palette]] [[$:/core/ui/Buttons/theme]] [[$:/core/ui/Buttons/storyview]] [[$:/core/ui/Buttons/encryption]] [[$:/core/ui/Buttons/timestamp]] [[$:/core/ui/Buttons/full-screen]] [[$:/core/ui/Buttons/print]] [[$:/core/ui/Buttons/save-wiki]] [[$:/core/ui/Buttons/refresh]] [[$:/core/ui/Buttons/more-page-actions]]"
},
"$:/tags/PageTemplate": {
"title": "$:/tags/PageTemplate",
"list": "[[$:/core/ui/PageTemplate/topleftbar]] [[$:/core/ui/PageTemplate/toprightbar]] [[$:/core/ui/PageTemplate/sidebar]] [[$:/core/ui/PageTemplate/story]] [[$:/core/ui/PageTemplate/alerts]]",
"text": ""
},
"$:/tags/SideBar": {
"title": "$:/tags/SideBar",
"list": "[[$:/core/ui/SideBar/Open]] [[$:/core/ui/SideBar/Recent]] [[$:/core/ui/SideBar/Tools]] [[$:/core/ui/SideBar/More]]",
"text": ""
},
"$:/tags/SideBarSegment": {
"title": "$:/tags/SideBarSegment",
"list": "[[$:/core/ui/SideBarSegments/site-title]] [[$:/core/ui/SideBarSegments/site-subtitle]] [[$:/core/ui/SideBarSegments/page-controls]] [[$:/core/ui/SideBarSegments/search]] [[$:/core/ui/SideBarSegments/tabs]]"
},
"$:/tags/TiddlerInfo": {
"title": "$:/tags/TiddlerInfo",
"list": "[[$:/core/ui/TiddlerInfo/Tools]] [[$:/core/ui/TiddlerInfo/References]] [[$:/core/ui/TiddlerInfo/Tagging]] [[$:/core/ui/TiddlerInfo/List]] [[$:/core/ui/TiddlerInfo/Listed]] [[$:/core/ui/TiddlerInfo/Fields]]",
"text": ""
},
"$:/tags/TiddlerInfo/Advanced": {
"title": "$:/tags/TiddlerInfo/Advanced",
"list": "[[$:/core/ui/TiddlerInfo/Advanced/ShadowInfo]] [[$:/core/ui/TiddlerInfo/Advanced/PluginInfo]]"
},
"$:/tags/ViewTemplate": {
"title": "$:/tags/ViewTemplate",
"list": "[[$:/core/ui/ViewTemplate/title]] [[$:/core/ui/ViewTemplate/unfold]] [[$:/core/ui/ViewTemplate/subtitle]] [[$:/core/ui/ViewTemplate/tags]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/ViewTemplate/body]]"
},
"$:/tags/ViewToolbar": {
"title": "$:/tags/ViewToolbar",
"list": "[[$:/core/ui/Buttons/more-tiddler-actions]] [[$:/core/ui/Buttons/info]] [[$:/core/ui/Buttons/new-here]] [[$:/core/ui/Buttons/new-journal-here]] [[$:/core/ui/Buttons/clone]] [[$:/core/ui/Buttons/export-tiddler]] [[$:/core/ui/Buttons/edit]] [[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/permalink]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/open-window]] [[$:/core/ui/Buttons/close-others]] [[$:/core/ui/Buttons/close]] [[$:/core/ui/Buttons/fold-others]] [[$:/core/ui/Buttons/fold]]"
},
"$:/snippets/themeswitcher": {
"title": "$:/snippets/themeswitcher",
"text": "<$linkcatcher to=\"$:/theme\">\n<div class=\"tc-chooser\"><$list filter=\"[plugin-type[theme]sort[title]]\"><$set name=\"cls\" filter=\"[all[current]field:title{$:/theme}] [[$:/theme]!has[text]addsuffix[s/tiddlywiki/vanilla]field:title<currentTiddler>] +[limit[1]]\" value=\"tc-chooser-item tc-chosen\" emptyValue=\"tc-chooser-item\"><div class=<<cls>>><$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' <$view field=\"description\" format=\"text\"/></$link></div>\n</$set>\n</$list>\n</div>\n</$linkcatcher>"
},
"$:/core/wiki/title": {
"title": "$:/core/wiki/title",
"text": "{{$:/SiteTitle}} --- {{$:/SiteSubtitle}}"
},
"$:/view": {
"title": "$:/view",
"text": "classic"
},
"$:/snippets/viewswitcher": {
"title": "$:/snippets/viewswitcher",
"text": "\\define icon()\n$:/core/images/storyview-$(storyview)$\n\\end\n<$linkcatcher to=\"$:/view\">\n<div class=\"tc-chooser\">\n<$list filter=\"[storyviews[]]\" variable=\"storyview\">\n<$set name=\"cls\" filter=\"[<storyview>prefix{$:/view}]\" value=\"tc-chooser-item tc-chosen\" emptyValue=\"tc-chooser-item\"><div class=<<cls>>>\n<$link to=<<storyview>>>\n<$transclude tiddler=<<icon>>/>\n<$text text=<<storyview>>/>\n</$link>\n</div>\n</$set>\n</$list>\n</div>\n</$linkcatcher>"
}
}
}
The following tiddlers were imported:
# [[SplashScreen]]
<<list-links "[tag[task]sort[title]]">>
\define macroName(param1:"default value",param2)
Text of the macro
\end
|! |!Alpha |!Beta |!Gamma |!Delta |
|!One | | | | |
|!Two | | | | |
|!Three | | | | |
<div class="tc-table-of-contents">
<<toc-selective-expandable 'TableOfContents'>>
</div>
{
"tiddlers": {
"$:/language/Buttons/AdvancedSearch/Caption": {
"title": "$:/language/Buttons/AdvancedSearch/Caption",
"text": "cerca avançada"
},
"$:/language/Buttons/AdvancedSearch/Hint": {
"title": "$:/language/Buttons/AdvancedSearch/Hint",
"text": "Cerca avançada"
},
"$:/language/Buttons/Cancel/Caption": {
"title": "$:/language/Buttons/Cancel/Caption",
"text": "anul·la"
},
"$:/language/Buttons/Cancel/Hint": {
"title": "$:/language/Buttons/Cancel/Hint",
"text": "Descarta els canvis d'aquest tiddler"
},
"$:/language/Buttons/Clone/Caption": {
"title": "$:/language/Buttons/Clone/Caption",
"text": "clona"
},
"$:/language/Buttons/Clone/Hint": {
"title": "$:/language/Buttons/Clone/Hint",
"text": "Clona aquest tiddler"
},
"$:/language/Buttons/Close/Caption": {
"title": "$:/language/Buttons/Close/Caption",
"text": "tanca"
},
"$:/language/Buttons/Close/Hint": {
"title": "$:/language/Buttons/Close/Hint",
"text": "Tanca aquest tiddler"
},
"$:/language/Buttons/CloseAll/Caption": {
"title": "$:/language/Buttons/CloseAll/Caption",
"text": "tanca-ho tot"
},
"$:/language/Buttons/CloseAll/Hint": {
"title": "$:/language/Buttons/CloseAll/Hint",
"text": "Tanca tots els tiddlers"
},
"$:/language/Buttons/CloseOthers/Caption": {
"title": "$:/language/Buttons/CloseOthers/Caption",
"text": "tanca els altres"
},
"$:/language/Buttons/CloseOthers/Hint": {
"title": "$:/language/Buttons/CloseOthers/Hint",
"text": "Tanca els altres tiddlers"
},
"$:/language/Buttons/ControlPanel/Caption": {
"title": "$:/language/Buttons/ControlPanel/Caption",
"text": "tauler de control"
},
"$:/language/Buttons/ControlPanel/Hint": {
"title": "$:/language/Buttons/ControlPanel/Hint",
"text": "Obre el tauler de control"
},
"$:/language/Buttons/Delete/Caption": {
"title": "$:/language/Buttons/Delete/Caption",
"text": "suprimeix"
},
"$:/language/Buttons/Delete/Hint": {
"title": "$:/language/Buttons/Delete/Hint",
"text": "Suprimeix aquest tiddler"
},
"$:/language/Buttons/Edit/Caption": {
"title": "$:/language/Buttons/Edit/Caption",
"text": "edita"
},
"$:/language/Buttons/Edit/Hint": {
"title": "$:/language/Buttons/Edit/Hint",
"text": "Edita aquest tiddler"
},
"$:/language/Buttons/Encryption/Caption": {
"title": "$:/language/Buttons/Encryption/Caption",
"text": "encriptació"
},
"$:/language/Buttons/Encryption/ClearPassword/Caption": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
"text": "neteja la contrasenya"
},
"$:/language/Buttons/Encryption/ClearPassword/Hint": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
"text": "Suprimeix la contrasenya per desar aquest wiki sense encriptació"
},
"$:/language/Buttons/Encryption/Hint": {
"title": "$:/language/Buttons/Encryption/Hint",
"text": "Estableix o suprimeix la contrasenya per desar aquest wiki"
},
"$:/language/Buttons/Encryption/SetPassword/Caption": {
"title": "$:/language/Buttons/Encryption/SetPassword/Caption",
"text": "tria la contrasenya"
},
"$:/language/Buttons/Encryption/SetPassword/Hint": {
"title": "$:/language/Buttons/Encryption/SetPassword/Hint",
"text": "Estableix una contrasenya per desar aquest wiki amb encriptació"
},
"$:/language/Buttons/ExportPage/Caption": {
"title": "$:/language/Buttons/ExportPage/Caption",
"text": "exporta-ho tot"
},
"$:/language/Buttons/ExportPage/Hint": {
"title": "$:/language/Buttons/ExportPage/Hint",
"text": "Exporta tots els tiddlers"
},
"$:/language/Buttons/ExportTiddler/Caption": {
"title": "$:/language/Buttons/ExportTiddler/Caption",
"text": "exporta el tiddler"
},
"$:/language/Buttons/ExportTiddler/Hint": {
"title": "$:/language/Buttons/ExportTiddler/Hint",
"text": "Exporta el tiddler"
},
"$:/language/Buttons/ExportTiddlers/Caption": {
"title": "$:/language/Buttons/ExportTiddlers/Caption",
"text": "exporta tiddlers"
},
"$:/language/Buttons/ExportTiddlers/Hint": {
"title": "$:/language/Buttons/ExportTiddlers/Hint",
"text": "Exporta els tiddlers"
},
"$:/language/Buttons/FullScreen/Caption": {
"title": "$:/language/Buttons/FullScreen/Caption",
"text": "pantalla sencera"
},
"$:/language/Buttons/FullScreen/Hint": {
"title": "$:/language/Buttons/FullScreen/Hint",
"text": "Mostra o deixa de mostrar la finestra en pantalla sencera"
},
"$:/language/Buttons/Help/Caption": {
"title": "$:/language/Buttons/Help/Caption",
"text": "ajuda"
},
"$:/language/Buttons/Help/Hint": {
"title": "$:/language/Buttons/Help/Hint",
"text": "Mostra el tauler d'ajuda"
},
"$:/language/Buttons/HideSideBar/Caption": {
"title": "$:/language/Buttons/HideSideBar/Caption",
"text": "amaga la barra lateral"
},
"$:/language/Buttons/HideSideBar/Hint": {
"title": "$:/language/Buttons/HideSideBar/Hint",
"text": "Amaga la barra lateral"
},
"$:/language/Buttons/Home/Caption": {
"title": "$:/language/Buttons/Home/Caption",
"text": "Inici"
},
"$:/language/Buttons/Home/Hint": {
"title": "$:/language/Buttons/Home/Hint",
"text": "Obre els tiddlers per omissió"
},
"$:/language/Buttons/Import/Caption": {
"title": "$:/language/Buttons/Import/Caption",
"text": "importa"
},
"$:/language/Buttons/Import/Hint": {
"title": "$:/language/Buttons/Import/Hint",
"text": "Importa fitxers"
},
"$:/language/Buttons/Info/Caption": {
"title": "$:/language/Buttons/Info/Caption",
"text": "informació"
},
"$:/language/Buttons/Info/Hint": {
"title": "$:/language/Buttons/Info/Hint",
"text": "Mostra la informació d'aquest tiddler"
},
"$:/language/Buttons/Language/Caption": {
"title": "$:/language/Buttons/Language/Caption",
"text": "idioma"
},
"$:/language/Buttons/Language/Hint": {
"title": "$:/language/Buttons/Language/Hint",
"text": "Trieu l'idioma de la interfície"
},
"$:/language/Buttons/More/Caption": {
"title": "$:/language/Buttons/More/Caption",
"text": "més"
},
"$:/language/Buttons/More/Hint": {
"title": "$:/language/Buttons/More/Hint",
"text": "Més accions"
},
"$:/language/Buttons/NewHere/Caption": {
"title": "$:/language/Buttons/NewHere/Caption",
"text": "nou aquí"
},
"$:/language/Buttons/NewHere/Hint": {
"title": "$:/language/Buttons/NewHere/Hint",
"text": "Obre un nou tiddler etiquetat amb aquest"
},
"$:/language/Buttons/NewJournal/Caption": {
"title": "$:/language/Buttons/NewJournal/Caption",
"text": "nou diari"
},
"$:/language/Buttons/NewJournal/Hint": {
"title": "$:/language/Buttons/NewJournal/Hint",
"text": "Nou tiddler diari"
},
"$:/language/Buttons/NewJournalHere/Caption": {
"title": "$:/language/Buttons/NewJournalHere/Caption",
"text": "nou diari aquí"
},
"$:/language/Buttons/NewJournalHere/Hint": {
"title": "$:/language/Buttons/NewJournalHere/Hint",
"text": "Obre un nou tiddler diari etiquetat amb aquest"
},
"$:/language/Buttons/NewTiddler/Caption": {
"title": "$:/language/Buttons/NewTiddler/Caption",
"text": "nou tiddler"
},
"$:/language/Buttons/NewTiddler/Hint": {
"title": "$:/language/Buttons/NewTiddler/Hint",
"text": "Obre un nou tiddler"
},
"$:/language/Buttons/Permalink/Caption": {
"title": "$:/language/Buttons/Permalink/Caption",
"text": "enllaç permanent"
},
"$:/language/Buttons/Permalink/Hint": {
"title": "$:/language/Buttons/Permalink/Hint",
"text": "Fés que la barra d'adreces del navegador mostri un enllaç directe cap aquest tiddler"
},
"$:/language/Buttons/Permaview/Caption": {
"title": "$:/language/Buttons/Permaview/Caption",
"text": "vista permanent"
},
"$:/language/Buttons/Permaview/Hint": {
"title": "$:/language/Buttons/Permaview/Hint",
"text": "Fés que la barra d'adreces del navegador mostri un enllaç directe cap a tots els tiddlers d'aquesta història"
},
"$:/language/Buttons/Refresh/Caption": {
"title": "$:/language/Buttons/Refresh/Caption",
"text": "actualitza"
},
"$:/language/Buttons/Refresh/Hint": {
"title": "$:/language/Buttons/Refresh/Hint",
"text": "Actualitza tot el wiki"
},
"$:/language/Buttons/Save/Caption": {
"title": "$:/language/Buttons/Save/Caption",
"text": "D'acord"
},
"$:/language/Buttons/Save/Hint": {
"title": "$:/language/Buttons/Save/Hint",
"text": "Confirma els canvis d'aquest tiddler"
},
"$:/language/Buttons/SaveWiki/Caption": {
"title": "$:/language/Buttons/SaveWiki/Caption",
"text": "desa els canvis"
},
"$:/language/Buttons/SaveWiki/Hint": {
"title": "$:/language/Buttons/SaveWiki/Hint",
"text": "Desa els canvis"
},
"$:/language/Buttons/ShowSideBar/Caption": {
"title": "$:/language/Buttons/ShowSideBar/Caption",
"text": "mostra la barra lateral"
},
"$:/language/Buttons/ShowSideBar/Hint": {
"title": "$:/language/Buttons/ShowSideBar/Hint",
"text": "Mostra la barra lateral"
},
"$:/language/Buttons/StoryView/Caption": {
"title": "$:/language/Buttons/StoryView/Caption",
"text": "visualització de la cronologia"
},
"$:/language/Buttons/StoryView/Hint": {
"title": "$:/language/Buttons/StoryView/Hint",
"text": "Trieu la visualització de la cronologia"
},
"$:/language/Buttons/TagManager/Caption": {
"title": "$:/language/Buttons/TagManager/Caption",
"text": "gestor d'etiquetes"
},
"$:/language/Buttons/TagManager/Hint": {
"title": "$:/language/Buttons/TagManager/Hint",
"text": "Obre el gestor d'etiquetes"
},
"$:/language/Buttons/Theme/Caption": {
"title": "$:/language/Buttons/Theme/Caption",
"text": "tema"
},
"$:/language/Buttons/Theme/Hint": {
"title": "$:/language/Buttons/Theme/Hint",
"text": "Tria el tema de l'aparença"
},
"$:/language/ControlPanel/Advanced/Caption": {
"title": "$:/language/ControlPanel/Advanced/Caption",
"text": "Avançat"
},
"$:/language/ControlPanel/Advanced/Hint": {
"title": "$:/language/ControlPanel/Advanced/Hint",
"text": "Informació interna sobre aquest TiddlyWiki"
},
"$:/language/ControlPanel/Appearance/Caption": {
"title": "$:/language/ControlPanel/Appearance/Caption",
"text": "Aparença"
},
"$:/language/ControlPanel/Appearance/Hint": {
"title": "$:/language/ControlPanel/Appearance/Hint",
"text": "Formes de personalitzar l'aparença del vostre TiddlyWiki."
},
"$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
"title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
"text": "Duració de l'animació:"
},
"$:/language/ControlPanel/Basics/Caption": {
"title": "$:/language/ControlPanel/Basics/Caption",
"text": "Bàsic"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
"text": "Useu [[corxets dobles]] per als títols amb espais. O podeu triar <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">mantenir l'ordre de la cronologia</$button>"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
"text": "Tiddlers per omissió:"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
"text": "Trieu quins tiddlers s'han de mostrar a l'inici:"
},
"$:/language/ControlPanel/Basics/Language/Prompt": {
"title": "$:/language/ControlPanel/Basics/Language/Prompt",
"text": "Hola! Idioma actual:"
},
"$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
"text": "Etiquetes per als nous tiddlers diaris"
},
"$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
"text": "Títol dels nous tiddlers diaris"
},
"$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
"text": "Número de tiddlers ombra sobreescrits:"
},
"$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
"text": "Número de tiddlers ombra:"
},
"$:/language/ControlPanel/Basics/Subtitle/Prompt": {
"title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
"text": "Subtítol:"
},
"$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
"text": "Número de tiddlers del sistema:"
},
"$:/language/ControlPanel/Basics/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tags/Prompt",
"text": "Número d'etiquetes:"
},
"$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
"text": "Número de tiddlers:"
},
"$:/language/ControlPanel/Basics/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/Title/Prompt",
"text": "Títol d'aquest ~TiddlyWiki:"
},
"$:/language/ControlPanel/Basics/Username/Prompt": {
"title": "$:/language/ControlPanel/Basics/Username/Prompt",
"text": "Nom d'usuari per a signar les edicions:"
},
"$:/language/ControlPanel/Basics/Version/Prompt": {
"title": "$:/language/ControlPanel/Basics/Version/Prompt",
"text": "~TiddlyWiki versió:"
},
"$:/language/ControlPanel/EditorTypes/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Caption",
"text": "Tipus de l'editor"
},
"$:/language/ControlPanel/EditorTypes/Editor/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
"text": "Editor"
},
"$:/language/ControlPanel/EditorTypes/Hint": {
"title": "$:/language/ControlPanel/EditorTypes/Hint",
"text": "Aquests tiddlers determinen quin editor s'utilitza per a editar cada tipus de tiddler."
},
"$:/language/ControlPanel/EditorTypes/Type/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
"text": "Tipus"
},
"$:/language/ControlPanel/Info/Caption": {
"title": "$:/language/ControlPanel/Info/Caption",
"text": "Informació"
},
"$:/language/ControlPanel/Info/Hint": {
"title": "$:/language/ControlPanel/Info/Hint",
"text": "Informació sobre aquest TiddlyWiki"
},
"$:/language/ControlPanel/LoadedModules/Caption": {
"title": "$:/language/ControlPanel/LoadedModules/Caption",
"text": "Mòduls carregats"
},
"$:/language/ControlPanel/LoadedModules/Hint": {
"title": "$:/language/ControlPanel/LoadedModules/Hint",
"text": "Aquests són els mòduls tiddlers enllaçats a als seus tiddlers font. Els mòduls indicats en cursiva no disposen de tiddler font, amb freqüència per que s'han configurat a l'arrencada."
},
"$:/language/ControlPanel/Palette/Caption": {
"title": "$:/language/ControlPanel/Palette/Caption",
"text": "Paleta"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
"text": "clona paquets de connectors"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
"text": "Es recomana que cloneu aquesta paleta ombra abans d'editar-la"
},
"$:/language/ControlPanel/Palette/Editor/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt",
"text": "S'està editant"
},
"$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
"text": "Aquesta paleta ombra ha estat modificada"
},
"$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
"text": "reinicia"
},
"$:/language/ControlPanel/Palette/HideEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
"text": "amaga l'editor"
},
"$:/language/ControlPanel/Palette/Prompt": {
"title": "$:/language/ControlPanel/Palette/Prompt",
"text": "Paleta actual:"
},
"$:/language/ControlPanel/Palette/ShowEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
"text": "mostra l'editor"
},
"$:/language/ControlPanel/Plugins/Add/Caption": {
"title": "$:/language/ControlPanel/Plugins/Add/Caption",
"text": "Obtingueu més connectors"
},
"$:/language/ControlPanel/Plugins/Add/Hint": {
"title": "$:/language/ControlPanel/Plugins/Add/Hint",
"text": "Instal·leu connectors de la biblioteca oficial"
},
"$:/language/ControlPanel/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Caption",
"text": "Connectors"
},
"$:/language/ControlPanel/Plugins/Disable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Disable/Caption",
"text": "desactiva"
},
"$:/language/ControlPanel/Plugins/Disable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Disable/Hint",
"text": "Desactiva aquest connector quan la pàgina es torni a carregar"
},
"$:/language/ControlPanel/Plugins/Disabled/Status": {
"title": "$:/language/ControlPanel/Plugins/Disabled/Status",
"text": "(desactivat)"
},
"$:/language/ControlPanel/Plugins/Empty/Hint": {
"title": "$:/language/ControlPanel/Plugins/Empty/Hint",
"text": "Cap"
},
"$:/language/ControlPanel/Plugins/Enable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Enable/Caption",
"text": "activa"
},
"$:/language/ControlPanel/Plugins/Enable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Enable/Hint",
"text": "Activa aquest connector quan la pàgina es torni a carregar"
},
"$:/language/ControlPanel/Plugins/Installed/Hint": {
"title": "$:/language/ControlPanel/Plugins/Installed/Hint",
"text": "Connectors que ara mateix estàn carregats:"
},
"$:/language/ControlPanel/Plugins/Languages/Caption": {
"title": "$:/language/ControlPanel/Plugins/Languages/Caption",
"text": "Idiomes"
},
"$:/language/ControlPanel/Plugins/Languages/Hint": {
"title": "$:/language/ControlPanel/Plugins/Languages/Hint",
"text": "Connectors del paquet de l'idioma"
},
"$:/language/ControlPanel/Plugins/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Caption",
"text": "Connectors"
},
"$:/language/ControlPanel/Plugins/Plugins/Hint": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Hint",
"text": "Connectors"
},
"$:/language/ControlPanel/Plugins/Themes/Caption": {
"title": "$:/language/ControlPanel/Plugins/Themes/Caption",
"text": "Temes"
},
"$:/language/ControlPanel/Plugins/Themes/Hint": {
"title": "$:/language/ControlPanel/Plugins/Themes/Hint",
"text": "Connectors del tema"
},
"$:/language/ControlPanel/Saving/Caption": {
"title": "$:/language/ControlPanel/Saving/Caption",
"text": "Desa"
},
"$:/language/ControlPanel/Saving/Heading": {
"title": "$:/language/ControlPanel/Saving/Heading",
"text": "S'està desant"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
"text": "Paràmetres avançats"
},
"$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
"text": "Carpeta de les còpies de seguretat"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
"text": "Còpies de seguretat"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Description": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
"text": "Aquests paràmetres només es fan servir quan es desa a http://tiddlyspot.com o a un servidor remot compatible"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
"text": "Nom del fitxer que es pujarà"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
"text": "//La URL per omisió del servidor és `http://<wikiname>.tiddlyspot.com/store.cgi` i es pot canviar per l'adreça d'un servidor personalitzat com ara `http://exemple.com/botiga.php`.//"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Password": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
"text": "Contrasenya"
},
"$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
"text": "URL del servidor"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
"text": "Carpeta a la que es pujarà el fitxer"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
"text": "Usuari"
},
"$:/language/ControlPanel/Settings/AutoSave/Caption": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
"text": "DesaAutomàticament"
},
"$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
"text": "No desis els canvis de forma automàtica"
},
"$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
"text": "Desa els canvis de forma automàtica"
},
"$:/language/ControlPanel/Settings/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
"text": "Desa els canvis de forma automàtica mentre s'està editant"
},
"$:/language/ControlPanel/Settings/Caption": {
"title": "$:/language/ControlPanel/Settings/Caption",
"text": "Paràmetres"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption",
"text": "Pestanya de la barra lateral es mostra per omisió"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint",
"text": "Indica quina pestanya de la barra lateral es mostra per omisió"
},
"$:/language/ControlPanel/Settings/Hint": {
"title": "$:/language/ControlPanel/Settings/Hint",
"text": "Aquests paràmetres us permeten personalitzar el comportament del TiddlyWiki."
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
"text": "Barra d'adreces de navegació"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
"text": "Comportament de la barra d'adreces en navegar cap a un tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
"text": "No actualitzis la barra d'adreces"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
"text": "Inclou el tiddler destí"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
"text": "Inclou el tiddler destí i la seqùència actual"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
"text": "Història de navegació"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
"text": "Actualitza la història del navegador en navegar cap a un tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
"text": "No actualitzis la cronologia"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
"text": "Actualitza la cronologia"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
"text": "Botons de la barra d'eines"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
"text": "Aparença del botó de la barra d'eines per omissió:"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
"text": "Inclou la icona"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
"text": "Inclou el text"
},
"$:/language/ControlPanel/StoryView/Caption": {
"title": "$:/language/ControlPanel/StoryView/Caption",
"text": "Vista de la cronologia"
},
"$:/language/ControlPanel/StoryView/Prompt": {
"title": "$:/language/ControlPanel/StoryView/Prompt",
"text": "Vista actual:"
},
"$:/language/ControlPanel/Theme/Caption": {
"title": "$:/language/ControlPanel/Theme/Caption",
"text": "Tema"
},
"$:/language/ControlPanel/Theme/Prompt": {
"title": "$:/language/ControlPanel/Theme/Prompt",
"text": "Tema actual:"
},
"$:/language/ControlPanel/TiddlerFields/Caption": {
"title": "$:/language/ControlPanel/TiddlerFields/Caption",
"text": "Camps del tiddler"
},
"$:/language/ControlPanel/TiddlerFields/Hint": {
"title": "$:/language/ControlPanel/TiddlerFields/Hint",
"text": "Aquest és el conjunt complet de CampsDelsTiddlers utilitzats en aquest wiki (inclòs els tiddlers del sistema però sense incloure els tiddlers ombra)."
},
"$:/language/ControlPanel/Toolbars/Caption": {
"title": "$:/language/ControlPanel/Toolbars/Caption",
"text": "Barres d'eines"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
"text": "Edita la barra d'eines"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
"text": "Trieu quins botons es mostren als tiddlers en mode edició"
},
"$:/language/ControlPanel/Toolbars/Hint": {
"title": "$:/language/ControlPanel/Toolbars/Hint",
"text": "Trieu els botons de la barra d'eines que es mostren"
},
"$:/language/ControlPanel/Toolbars/PageControls/Caption": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
"text": "Barres d'eines de la pàgina"
},
"$:/language/ControlPanel/Toolbars/PageControls/Hint": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
"text": "Trieu quins botons es mostren a la barra d'eines de la pàgina principal"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
"text": "Mostra la barra d'eines"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
"text": "Trieu quins botons es mostren als tiddlers en mode vista"
},
"$:/language/ControlPanel/Tools/Download/Full/Caption": {
"title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
"text": "Baixa tot el wiki"
},
"$:/core/readme": {
"title": "$:/core/readme",
"text": "Aquest connector conté components del nucli de TiddlyWiki, com ara: els mòduls de codi JavaScript, Icones* Plantilles que calen per la traducció de les cadenes de caràcters localitzables del nucli i de l'interfície d'usuari en Català (\"ca-ES\") del TiddlyWiki"
},
"$:/language/Date/DaySuffix/1": {
"title": "$:/language/Date/DaySuffix/1",
"text": "r"
},
"$:/language/Date/DaySuffix/10": {
"title": "$:/language/Date/DaySuffix/10",
"text": "é"
},
"$:/language/Date/DaySuffix/11": {
"title": "$:/language/Date/DaySuffix/11",
"text": "é"
},
"$:/language/Date/DaySuffix/12": {
"title": "$:/language/Date/DaySuffix/12",
"text": "é"
},
"$:/language/Date/DaySuffix/13": {
"title": "$:/language/Date/DaySuffix/13",
"text": "é"
},
"$:/language/Date/DaySuffix/14": {
"title": "$:/language/Date/DaySuffix/14",
"text": "é"
},
"$:/language/Date/DaySuffix/15": {
"title": "$:/language/Date/DaySuffix/15",
"text": "é"
},
"$:/language/Date/DaySuffix/16": {
"title": "$:/language/Date/DaySuffix/16",
"text": "é"
},
"$:/language/Date/DaySuffix/17": {
"title": "$:/language/Date/DaySuffix/17",
"text": "é"
},
"$:/language/Date/DaySuffix/18": {
"title": "$:/language/Date/DaySuffix/18",
"text": "é"
},
"$:/language/Date/DaySuffix/19": {
"title": "$:/language/Date/DaySuffix/19",
"text": "é"
},
"$:/language/Date/DaySuffix/2": {
"title": "$:/language/Date/DaySuffix/2",
"text": "n"
},
"$:/language/Date/DaySuffix/20": {
"title": "$:/language/Date/DaySuffix/20",
"text": "é"
},
"$:/language/Date/DaySuffix/21": {
"title": "$:/language/Date/DaySuffix/21",
"text": "é"
},
"$:/language/Date/DaySuffix/22": {
"title": "$:/language/Date/DaySuffix/22",
"text": "é"
},
"$:/language/Date/DaySuffix/23": {
"title": "$:/language/Date/DaySuffix/23",
"text": "r"
},
"$:/language/Date/DaySuffix/24": {
"title": "$:/language/Date/DaySuffix/24",
"text": "é"
},
"$:/language/Date/DaySuffix/25": {
"title": "$:/language/Date/DaySuffix/25",
"text": "é"
},
"$:/language/Date/DaySuffix/26": {
"title": "$:/language/Date/DaySuffix/26",
"text": "é"
},
"$:/language/Date/DaySuffix/27": {
"title": "$:/language/Date/DaySuffix/27",
"text": "é"
},
"$:/language/Date/DaySuffix/28": {
"title": "$:/language/Date/DaySuffix/28",
"text": "é"
},
"$:/language/Date/DaySuffix/29": {
"title": "$:/language/Date/DaySuffix/29",
"text": "é"
},
"$:/language/Date/DaySuffix/3": {
"title": "$:/language/Date/DaySuffix/3",
"text": "r"
},
"$:/language/Date/DaySuffix/30": {
"title": "$:/language/Date/DaySuffix/30",
"text": "é"
},
"$:/language/Date/DaySuffix/31": {
"title": "$:/language/Date/DaySuffix/31",
"text": "é"
},
"$:/language/Date/DaySuffix/4": {
"title": "$:/language/Date/DaySuffix/4",
"text": "t"
},
"$:/language/Date/DaySuffix/5": {
"title": "$:/language/Date/DaySuffix/5",
"text": "é"
},
"$:/language/Date/DaySuffix/6": {
"title": "$:/language/Date/DaySuffix/6",
"text": "é"
},
"$:/language/Date/DaySuffix/7": {
"title": "$:/language/Date/DaySuffix/7",
"text": "é"
},
"$:/language/Date/DaySuffix/8": {
"title": "$:/language/Date/DaySuffix/8",
"text": "é"
},
"$:/language/Date/DaySuffix/9": {
"title": "$:/language/Date/DaySuffix/9",
"text": "é"
},
"$:/language/Date/Long/Day/0": {
"title": "$:/language/Date/Long/Day/0",
"text": "Diumenge"
},
"$:/language/Date/Long/Day/1": {
"title": "$:/language/Date/Long/Day/1",
"text": "Dilluns"
},
"$:/language/Date/Long/Day/2": {
"title": "$:/language/Date/Long/Day/2",
"text": "Dimarts"
},
"$:/language/Date/Long/Day/3": {
"title": "$:/language/Date/Long/Day/3",
"text": "Dimarts"
},
"$:/language/Date/Long/Day/4": {
"title": "$:/language/Date/Long/Day/4",
"text": "Dijous"
},
"$:/language/Date/Long/Day/5": {
"title": "$:/language/Date/Long/Day/5",
"text": "Divendres"
},
"$:/language/Date/Long/Day/6": {
"title": "$:/language/Date/Long/Day/6",
"text": "Dissabte"
},
"$:/language/Date/Long/Month/1": {
"title": "$:/language/Date/Long/Month/1",
"text": "de gener de"
},
"$:/language/Date/Long/Month/10": {
"title": "$:/language/Date/Long/Month/10",
"text": "d'octubre de"
},
"$:/language/Date/Long/Month/11": {
"title": "$:/language/Date/Long/Month/11",
"text": "de novembre de"
},
"$:/language/Date/Long/Month/12": {
"title": "$:/language/Date/Long/Month/12",
"text": "de desembre de"
},
"$:/language/Date/Long/Month/2": {
"title": "$:/language/Date/Long/Month/2",
"text": "de febrer de"
},
"$:/language/Date/Long/Month/3": {
"title": "$:/language/Date/Long/Month/3",
"text": "de març de"
},
"$:/language/Date/Long/Month/4": {
"title": "$:/language/Date/Long/Month/4",
"text": "d'abril de"
},
"$:/language/Date/Long/Month/5": {
"title": "$:/language/Date/Long/Month/5",
"text": "de maig de"
},
"$:/language/Date/Long/Month/6": {
"title": "$:/language/Date/Long/Month/6",
"text": "de juny de"
},
"$:/language/Date/Long/Month/7": {
"title": "$:/language/Date/Long/Month/7",
"text": "de juliol de"
},
"$:/language/Date/Long/Month/8": {
"title": "$:/language/Date/Long/Month/8",
"text": "d'agost de"
},
"$:/language/Date/Long/Month/9": {
"title": "$:/language/Date/Long/Month/9",
"text": "de septembre de"
},
"$:/language/Date/Short/Day/0": {
"title": "$:/language/Date/Short/Day/0",
"text": "Diu"
},
"$:/language/Date/Short/Day/1": {
"title": "$:/language/Date/Short/Day/1",
"text": "Dil"
},
"$:/language/Date/Short/Day/2": {
"title": "$:/language/Date/Short/Day/2",
"text": "Dim"
},
"$:/language/Date/Short/Day/3": {
"title": "$:/language/Date/Short/Day/3",
"text": "Dic"
},
"$:/language/Date/Short/Day/4": {
"title": "$:/language/Date/Short/Day/4",
"text": "Dij"
},
"$:/language/Date/Short/Day/5": {
"title": "$:/language/Date/Short/Day/5",
"text": "Div"
},
"$:/language/Date/Short/Day/6": {
"title": "$:/language/Date/Short/Day/6",
"text": "Dis"
},
"$:/language/Date/Short/Month/1": {
"title": "$:/language/Date/Short/Month/1",
"text": "Gen"
},
"$:/language/Date/Short/Month/12": {
"title": "$:/language/Date/Short/Month/12",
"text": "Des"
},
"$:/language/Date/Short/Month/4": {
"title": "$:/language/Date/Short/Month/4",
"text": "Abr"
},
"$:/language/Date/Short/Month/5": {
"title": "$:/language/Date/Short/Month/5",
"text": "Mai"
},
"$:/language/Date/Short/Month/8": {
"title": "$:/language/Date/Short/Month/8",
"text": "Ago"
},
"$:/language/Date/Period/am": {
"title": "$:/language/Date/Period/am",
"text": "m."
},
"$:/language/Date/Period/pm": {
"title": "$:/language/Date/Period/pm",
"text": "t."
},
"$:/language/RelativeDate/Future/Days": {
"title": "$:/language/RelativeDate/Future/Days",
"text": "<<period>> dies des d'ara"
},
"$:/language/RelativeDate/Future/Hours": {
"title": "$:/language/RelativeDate/Future/Hours",
"text": "<<period>> hores des d'ara"
},
"$:/language/RelativeDate/Future/Minutes": {
"title": "$:/language/RelativeDate/Future/Minutes",
"text": "<<period>> minuts des d'ara"
},
"$:/language/RelativeDate/Future/Months": {
"title": "$:/language/RelativeDate/Future/Months",
"text": "<<period>> mesos des d'ara"
},
"$:/language/RelativeDate/Future/Second": {
"title": "$:/language/RelativeDate/Future/Second",
"text": "1 segon des d'ara"
},
"$:/language/RelativeDate/Future/Seconds": {
"title": "$:/language/RelativeDate/Future/Seconds",
"text": "<<period>> segons des d'ara"
},
"$:/language/RelativeDate/Future/Years": {
"title": "$:/language/RelativeDate/Future/Years",
"text": "<<period>> anys des d'ara"
},
"$:/language/RelativeDate/Past/Days": {
"title": "$:/language/RelativeDate/Past/Days",
"text": "fa <<period>> dies"
},
"$:/language/RelativeDate/Past/Hours": {
"title": "$:/language/RelativeDate/Past/Hours",
"text": "fa <<period>> hores"
},
"$:/language/RelativeDate/Past/Minutes": {
"title": "$:/language/RelativeDate/Past/Minutes",
"text": "fa <<period>> minuts"
},
"$:/language/RelativeDate/Past/Months": {
"title": "$:/language/RelativeDate/Past/Months",
"text": "fa <<period>> mesos"
},
"$:/language/RelativeDate/Past/Second": {
"title": "$:/language/RelativeDate/Past/Second",
"text": "fa 1 segon"
},
"$:/language/RelativeDate/Past/Seconds": {
"title": "$:/language/RelativeDate/Past/Seconds",
"text": "fa <<period>> segons"
},
"$:/language/RelativeDate/Past/Years": {
"title": "$:/language/RelativeDate/Past/Years",
"text": "fa <<period>> anys"
},
"$:/language/Docs/ModuleTypes/animation": {
"title": "$:/language/Docs/ModuleTypes/animation",
"text": "Animacions que es poden utilitzar amb el RevealWidget."
},
"$:/language/Docs/ModuleTypes/command": {
"title": "$:/language/Docs/ModuleTypes/command",
"text": "Ordres que es poden executar a Node.js."
},
"$:/language/Docs/ModuleTypes/config": {
"title": "$:/language/Docs/ModuleTypes/config",
"text": "Dades per a insertar a `$tw.config`."
},
"$:/language/Docs/ModuleTypes/filteroperator": {
"title": "$:/language/Docs/ModuleTypes/filteroperator",
"text": "Mètodes individuals de l'operador filtre."
},
"$:/language/Docs/ModuleTypes/global": {
"title": "$:/language/Docs/ModuleTypes/global",
"text": "Dades globals per a insertar a `$tw`."
},
"$:/language/Docs/ModuleTypes/isfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/isfilteroperator",
"text": "Operands pel operador filtre ''is''."
},
"$:/language/Docs/ModuleTypes/macro": {
"title": "$:/language/Docs/ModuleTypes/macro",
"text": "Definicions de macros JavaScript."
},
"$:/language/Docs/ModuleTypes/parser": {
"title": "$:/language/Docs/ModuleTypes/parser",
"text": "Analitzadors sintàctics per a diferents tipus de continguts."
},
"$:/language/Docs/ModuleTypes/saver": {
"title": "$:/language/Docs/ModuleTypes/saver",
"text": "Gestionen diferents mètodes per a desar fitxers des del navegador."
},
"$:/language/Docs/ModuleTypes/startup": {
"title": "$:/language/Docs/ModuleTypes/startup",
"text": "Funcions d'inici"
},
"$:/language/Docs/ModuleTypes/storyview": {
"title": "$:/language/Docs/ModuleTypes/storyview",
"text": "Les vistes de la cronologia personalitzen l'animació i el comportament dels widgets llista."
},
"$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
"title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
"text": "Converteix diferents tipus de contingut a tiddlers."
},
"$:/language/Docs/ModuleTypes/tiddlerfield": {
"title": "$:/language/Docs/ModuleTypes/tiddlerfield",
"text": "Defineix el comportament d'un camp individual d'un tiddler."
},
"$:/language/Docs/ModuleTypes/tiddlermethod": {
"title": "$:/language/Docs/ModuleTypes/tiddlermethod",
"text": "Afegeix mètodes al prototip `$tw.Tiddler`."
},
"$:/language/Docs/ModuleTypes/upgrader": {
"title": "$:/language/Docs/ModuleTypes/upgrader",
"text": "Aplica processament d'actualització als tiddlers durant una actualització o importació."
},
"$:/language/Docs/ModuleTypes/utils": {
"title": "$:/language/Docs/ModuleTypes/utils",
"text": "Afegeix mètodes a `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/utils-node": {
"title": "$:/language/Docs/ModuleTypes/utils-node",
"text": "Afegeix mètodes específics de Node.js a `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/widget": {
"title": "$:/language/Docs/ModuleTypes/widget",
"text": "Els widgets encapsulen el renderitzat i l'actualització del DOM."
},
"$:/language/Docs/ModuleTypes/wikimethod": {
"title": "$:/language/Docs/ModuleTypes/wikimethod",
"text": "Afegeix mètodes a `$tw.Wiki`."
},
"$:/language/Docs/ModuleTypes/wikirule": {
"title": "$:/language/Docs/ModuleTypes/wikirule",
"text": "Regles d'anàlisi sintàctic individuals per a l'analitzador sintàctic principal del WikiText."
},
"$:/language/Docs/PaletteColours/alert-background": {
"title": "$:/language/Docs/PaletteColours/alert-background",
"text": "Fons de l'avís"
},
"$:/language/Docs/PaletteColours/alert-border": {
"title": "$:/language/Docs/PaletteColours/alert-border",
"text": "Vora de l'avís"
},
"$:/language/Docs/PaletteColours/alert-highlight": {
"title": "$:/language/Docs/PaletteColours/alert-highlight",
"text": "Destacat de l'avís"
},
"$:/language/Docs/PaletteColours/alert-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
"text": "Primer plà de l'avís silenciat"
},
"$:/language/Docs/PaletteColours/background": {
"title": "$:/language/Docs/PaletteColours/background",
"text": "Fons general"
},
"$:/language/Docs/PaletteColours/blockquote-bar": {
"title": "$:/language/Docs/PaletteColours/blockquote-bar",
"text": "Barra de bloc de cita"
},
"$:/language/Docs/PaletteColours/code-background": {
"title": "$:/language/Docs/PaletteColours/code-background",
"text": "Fons del codi"
},
"$:/language/Docs/PaletteColours/code-border": {
"title": "$:/language/Docs/PaletteColours/code-border",
"text": "Vora del codi"
},
"$:/language/Docs/PaletteColours/code-foreground": {
"title": "$:/language/Docs/PaletteColours/code-foreground",
"text": "Primer plà del codi"
},
"$:/language/Docs/PaletteColours/dirty-indicator": {
"title": "$:/language/Docs/PaletteColours/dirty-indicator",
"text": "Indicador dels canvis sense desar"
},
"$:/language/Docs/PaletteColours/download-background": {
"title": "$:/language/Docs/PaletteColours/download-background",
"text": "Fons del botó de baixada"
},
"$:/language/Docs/PaletteColours/download-foreground": {
"title": "$:/language/Docs/PaletteColours/download-foreground",
"text": "Primer plà del botó de baixada"
},
"$:/language/Docs/PaletteColours/dragger-background": {
"title": "$:/language/Docs/PaletteColours/dragger-background",
"text": "Fons de l'arrossegador"
},
"$:/language/Docs/PaletteColours/dragger-foreground": {
"title": "$:/language/Docs/PaletteColours/dragger-foreground",
"text": "Primer plà de l'arrossegador"
},
"$:/language/Docs/PaletteColours/dropdown-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-background",
"text": "Fons de la llista desplegable"
},
"$:/language/Docs/PaletteColours/dropdown-border": {
"title": "$:/language/Docs/PaletteColours/dropdown-border",
"text": "Vora de la llista desplegable"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
"text": "Fons de la pestanya de la llista desplegable"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
"text": "Fons de la pestanya de la llista desplegable per les etiquetes seleccionades"
},
"$:/language/Docs/PaletteColours/dropzone-background": {
"title": "$:/language/Docs/PaletteColours/dropzone-background",
"text": "Fons de la zona d'aterratge"
},
"$:/language/Docs/PaletteColours/external-link-background": {
"title": "$:/language/Docs/PaletteColours/external-link-background",
"text": "Fons de l'enllaç extern"
},
"$:/language/Docs/PaletteColours/external-link-background-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-background-hover",
"text": "Fons de la bafarada de l'enllaç extern"
},
"$:/language/Docs/PaletteColours/external-link-background-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-background-visited",
"text": "Fons de l'enllaç extern visitat"
},
"$:/language/Docs/PaletteColours/external-link-foreground": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground",
"text": "Primer plà de l'enllaç extern"
},
"$:/language/Docs/PaletteColours/external-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
"text": "Primer plà de la bafarada de l'enllaç extern"
},
"$:/language/Docs/PaletteColours/external-link-foreground-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
"text": "Primer plà de l'enllaç extern visitat"
},
"$:/language/Docs/PaletteColours/foreground": {
"title": "$:/language/Docs/PaletteColours/foreground",
"text": "Primer plà general"
},
"$:/language/Docs/PaletteColours/message-background": {
"title": "$:/language/Docs/PaletteColours/message-background",
"text": "Fons de la capsa de text"
},
"$:/language/Docs/PaletteColours/message-border": {
"title": "$:/language/Docs/PaletteColours/message-border",
"text": "Vora de la capsa de text"
},
"$:/language/Docs/PaletteColours/message-foreground": {
"title": "$:/language/Docs/PaletteColours/message-foreground",
"text": "Primer plà de la capsa de text"
},
"$:/language/Docs/PaletteColours/modal-backdrop": {
"title": "$:/language/Docs/PaletteColours/modal-backdrop",
"text": "Zona d'aterratge dels diàlegs modals"
},
"$:/language/Docs/PaletteColours/modal-background": {
"title": "$:/language/Docs/PaletteColours/modal-background",
"text": "Fons dels diàlegs modals per les etiquetes seleccionades"
},
"$:/language/Docs/PaletteColours/modal-border": {
"title": "$:/language/Docs/PaletteColours/modal-border",
"text": "Vora dels diàlegs modals"
},
"$:/language/Docs/PaletteColours/modal-footer-background": {
"title": "$:/language/Docs/PaletteColours/modal-footer-background",
"text": "Fons del peu dels diàlegs modals"
},
"$:/language/Docs/PaletteColours/modal-footer-border": {
"title": "$:/language/Docs/PaletteColours/modal-footer-border",
"text": "Vora del peu dels diàlegs modals"
},
"$:/language/Docs/PaletteColours/modal-header-border": {
"title": "$:/language/Docs/PaletteColours/modal-header-border",
"text": "Vora de la capçalera dels diàlegs modals"
},
"$:/language/Docs/PaletteColours/muted-foreground": {
"title": "$:/language/Docs/PaletteColours/muted-foreground",
"text": "Primer plà silenciat general"
},
"$:/language/Docs/PaletteColours/notification-background": {
"title": "$:/language/Docs/PaletteColours/notification-background",
"text": "Fons de la notificació"
},
"$:/language/Docs/PaletteColours/notification-border": {
"title": "$:/language/Docs/PaletteColours/notification-border",
"text": "Vora de la notificació"
},
"$:/language/Docs/PaletteColours/page-background": {
"title": "$:/language/Docs/PaletteColours/page-background",
"text": "Fons de la pàgina"
},
"$:/language/Docs/PaletteColours/pre-background": {
"title": "$:/language/Docs/PaletteColours/pre-background",
"text": "Fons del codi preformatat"
},
"$:/language/Docs/PaletteColours/pre-border": {
"title": "$:/language/Docs/PaletteColours/pre-border",
"text": "Vora del codi preformatat"
},
"$:/language/Docs/PaletteColours/primary": {
"title": "$:/language/Docs/PaletteColours/primary",
"text": "General primari"
},
"$:/language/Docs/PaletteColours/sidebar-button-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
"text": "Primer plà del botó de la barra lateral"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
"text": "Primer plà dels controls de la barra lateral"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
"text": "Primer plà de la bafarada dels controls de la barra lateral"
},
"$:/language/Docs/PaletteColours/sidebar-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground",
"text": "Primer plà de la barra lateral"
},
"$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
"text": "Ombra del primer plà de la barra lateral"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
"text": "Primer plà de la barra lateral silenciada"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
"text": "Primer plà de la bafarada de la barra lateral silenciada"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
"text": "Fons de la pestanya de la barra lateral"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
"text": "Fons de la pestanya de la barra lateral per les etiquetes seleccionades"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
"text": "Vora de la pestanya de la barra lateraletiqueta"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
"text": "Vora de la pestanya de la barra lateral per les etiquetes seleccionadesetiqueta"
},
"$:/language/Docs/PaletteColours/sidebar-tab-divider": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
"text": "Divisor de lla pestanya de la barra lateral"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
"text": "Primer plà de la pestanya de la barra lateral"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
"text": "Primer plà de la pestanya de la barra lateral per les etiquetes seleccionades"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
"text": "Primer plà de l'enllaç del tiddler de la barra lateral"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
"text": "Primer plà de la bafarada de l'enllaç del tiddler de la barra lateral"
},
"$:/language/Docs/PaletteColours/static-alert-foreground": {
"title": "$:/language/Docs/PaletteColours/static-alert-foreground",
"text": "Primer plà de l'avís estàtic"
},
"$:/language/Docs/PaletteColours/tab-background": {
"title": "$:/language/Docs/PaletteColours/tab-background",
"text": "Fons de la pestanya"
},
"$:/language/Docs/PaletteColours/tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/tab-background-selected",
"text": "Fons de la pestanya per les etiquetes seleccionades"
},
"$:/language/Docs/PaletteColours/tab-border": {
"title": "$:/language/Docs/PaletteColours/tab-border",
"text": "Vora de la pestanya"
},
"$:/language/Docs/PaletteColours/tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/tab-border-selected",
"text": "Vora de la pestanya per les etiquetes seleccionades"
},
"$:/language/Docs/PaletteColours/tab-divider": {
"title": "$:/language/Docs/PaletteColours/tab-divider",
"text": "Divisor de la pestanya"
},
"$:/language/Docs/PaletteColours/tab-foreground": {
"title": "$:/language/Docs/PaletteColours/tab-foreground",
"text": "Primer plà de la pestanya"
},
"$:/language/Docs/PaletteColours/tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
"text": "Primer plà de la pestanya per les etiquetes seleccionades"
},
"$:/language/Docs/PaletteColours/table-border": {
"title": "$:/language/Docs/PaletteColours/table-border",
"text": "Vora de la taula"
},
"$:/language/Docs/PaletteColours/table-footer-background": {
"title": "$:/language/Docs/PaletteColours/table-footer-background",
"text": "Fons del peu de la taula"
},
"$:/language/Docs/PaletteColours/table-header-background": {
"title": "$:/language/Docs/PaletteColours/table-header-background",
"text": "Fons de la capçalera de la taula"
},
"$:/language/Docs/PaletteColours/tag-background": {
"title": "$:/language/Docs/PaletteColours/tag-background",
"text": "Fons de l'etiqueta"
},
"$:/language/Docs/PaletteColours/tag-foreground": {
"title": "$:/language/Docs/PaletteColours/tag-foreground",
"text": "Primer plà de l'etiqueta"
},
"$:/language/Docs/PaletteColours/tiddler-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-background",
"text": "Fons del tiddler"
},
"$:/language/Docs/PaletteColours/tiddler-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-border",
"text": "Vora del tiddler"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
"text": "Primer plà dels controls del tiddler"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
"text": "Primer plà de la bafarada dels controls del tiddler"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
"text": "Primer plà dels controls del tiddler per als controls seleccionats"
},
"$:/language/Docs/PaletteColours/tiddler-editor-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
"text": "Fons de l'editor de tiddlers"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
"text": "Vora de l'editor de tiddlers"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
"text": "Imatge de la vora de l'editor de tiddlers"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
"text": "Fons de l'editor de tiddlers per als camps parells"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
"text": "Fons de l'editor de tiddlers per als camps senars"
},
"$:/language/Docs/PaletteColours/tiddler-info-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-background",
"text": "Fons del tiddler del tauler d'informació"
},
"$:/language/Docs/PaletteColours/tiddler-info-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-border",
"text": "Vora del tiddler del tauler d'informació"
},
"$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
"text": "Fons de la pestanya del tiddler del tauler d'informació"
},
"$:/language/Docs/PaletteColours/tiddler-link-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-background",
"text": "Fons de l'enllaç del tiddler"
},
"$:/language/Docs/PaletteColours/tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
"text": "Primer plà de l'enllaç del tiddler"
},
"$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
"text": "Primer plà del subtitol del tiddler"
},
"$:/language/Docs/PaletteColours/tiddler-title-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
"text": "Primer plà del titol del tiddler"
},
"$:/language/Docs/PaletteColours/toolbar-cancel-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
"text": "Primer plà del botó 'anul·la' de la caixa d'eines"
},
"$:/language/Docs/PaletteColours/toolbar-close-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-close-button",
"text": "Primer plà del botó 'tanca' de la caixa d'eines"
},
"$:/language/Docs/PaletteColours/toolbar-delete-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
"text": "Primer plà del botó 'suprimeix' de la caixa d'eines"
},
"$:/language/Docs/PaletteColours/toolbar-done-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-done-button",
"text": "Primer plà del botó 'fet' de la caixa d'eines"
},
"$:/language/Docs/PaletteColours/toolbar-edit-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
"text": "Primer plà del botó 'edita' de la caixa d'eines"
},
"$:/language/Docs/PaletteColours/toolbar-info-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-info-button",
"text": "Primer plà del botó 'informació' de la caixa d'eines"
},
"$:/language/Docs/PaletteColours/toolbar-new-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-new-button",
"text": "Primer plà del botó 'nou tiddler' de la caixa d'eines"
},
"$:/language/Docs/PaletteColours/toolbar-options-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-options-button",
"text": "Primer plà del botó 'opcions' de la caixa d'eines"
},
"$:/language/Docs/PaletteColours/toolbar-save-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-save-button",
"text": "Primer plà del botó 'desa' de la caixa d'eines"
},
"$:/language/Docs/PaletteColours/untagged-background": {
"title": "$:/language/Docs/PaletteColours/untagged-background",
"text": "Fons de la píndola sense etiqueta"
},
"$:/language/Docs/PaletteColours/very-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/very-muted-foreground",
"text": "Primer plà de l'avís molt silenciat"
},
"$:/language/EditTemplate/Body/External/Hint": {
"title": "$:/language/EditTemplate/Body/External/Hint",
"text": "Aquest és un tiddler extern desat fora del fitxer del TiddlyWiki principal. Podeu editar les etiquetes i camps però no podeu editar directament el seu contingut"
},
"$:/language/EditTemplate/Body/Placeholder": {
"title": "$:/language/EditTemplate/Body/Placeholder",
"text": "Escriviu el text per aquest tiddler"
},
"$:/language/EditTemplate/Field/Remove/Caption": {
"title": "$:/language/EditTemplate/Field/Remove/Caption",
"text": "suprimeix el camp"
},
"$:/language/EditTemplate/Field/Remove/Hint": {
"title": "$:/language/EditTemplate/Field/Remove/Hint",
"text": "Suprimeix el camp"
},
"$:/language/EditTemplate/Fields/Add/Button": {
"title": "$:/language/EditTemplate/Fields/Add/Button",
"text": "afegeix"
},
"$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
"text": "nom del camp"
},
"$:/language/EditTemplate/Fields/Add/Prompt": {
"title": "$:/language/EditTemplate/Fields/Add/Prompt",
"text": "Afegeix un nou camp"
},
"$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
"text": "valors del camp"
},
"$:/language/EditTemplate/Shadow/OverriddenWarning": {
"title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
"text": "Aquest és un tiddler ombra modificat. Podeu restablir la versió per omisió suprimint aquest tiddler"
},
"$:/language/EditTemplate/Shadow/Warning": {
"title": "$:/language/EditTemplate/Shadow/Warning",
"text": "Aquest és un tiddler ombra. Qualsevol canvi sobreescriurà la versió per omisió"
},
"$:/language/EditTemplate/Tags/Add/Button": {
"title": "$:/language/EditTemplate/Tags/Add/Button",
"text": "afegeix"
},
"$:/language/EditTemplate/Tags/Add/Placeholder": {
"title": "$:/language/EditTemplate/Tags/Add/Placeholder",
"text": "nom de l'etiqueta"
},
"$:/language/EditTemplate/Tags/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
"text": "llista d'etiquetes"
},
"$:/language/EditTemplate/Tags/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
"text": "Mostra la llista d'etiquetes"
},
"$:/language/EditTemplate/Type/Delete/Caption": {
"title": "$:/language/EditTemplate/Type/Delete/Caption",
"text": "suprimeix el tipus de contingut"
},
"$:/language/EditTemplate/Type/Delete/Hint": {
"title": "$:/language/EditTemplate/Type/Delete/Hint",
"text": "Suprimeix el tipus de contingut"
},
"$:/language/EditTemplate/Type/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Type/Dropdown/Caption",
"text": "llista del tipus de contingut"
},
"$:/language/EditTemplate/Type/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Type/Dropdown/Hint",
"text": "Mostra la llista dels tipus de contingut"
},
"$:/language/EditTemplate/Type/Placeholder": {
"title": "$:/language/EditTemplate/Type/Placeholder",
"text": "tipus de contingut"
},
"$:/language/EditTemplate/Type/Prompt": {
"title": "$:/language/EditTemplate/Type/Prompt",
"text": "Tipus:"
},
"$:/language/Exporters/CsvFile": {
"title": "$:/language/Exporters/CsvFile",
"text": "Fitxer CSV"
},
"$:/language/Exporters/JsonFile": {
"title": "$:/language/Exporters/JsonFile",
"text": "Fitxer JSON"
},
"$:/language/Exporters/StaticRiver": {
"title": "$:/language/Exporters/StaticRiver",
"text": "HTML estàtic"
},
"$:/language/Exporters/TidFile": {
"title": "$:/language/Exporters/TidFile",
"text": "Fitxer \".tid\""
},
"$:/language/Docs/Fields/_canonical_uri": {
"title": "$:/language/Docs/Fields/_canonical_uri",
"text": "La URI sencera d'una imatge externa al tiddler"
},
"$:/language/Docs/Fields/bag": {
"title": "$:/language/Docs/Fields/bag",
"text": "El nom de la bossa de la que va venir un tiddler"
},
"$:/language/Docs/Fields/caption": {
"title": "$:/language/Docs/Fields/caption",
"text": "El text que es mostrarà en una pestanya o botó"
},
"$:/language/Docs/Fields/color": {
"title": "$:/language/Docs/Fields/color",
"text": "El valor del color CSS associat amb un tiddler"
},
"$:/language/Docs/Fields/component": {
"title": "$:/language/Docs/Fields/component",
"text": "El nom del component responsable d'un [[tiddler d'avís|AlertMechanism]]"
},
"$:/language/Docs/Fields/created": {
"title": "$:/language/Docs/Fields/created",
"text": "La data en que es va generar el tiddler"
},
"$:/language/Docs/Fields/creator": {
"title": "$:/language/Docs/Fields/creator",
"text": "El nom de la persona que va generar el tiddler"
},
"$:/language/Docs/Fields/current-tiddler": {
"title": "$:/language/Docs/Fields/current-tiddler",
"text": "Utilitzat per desar la darrera còpia del tiddler a una [[cronologia|HistoryMechanism]]"
},
"$:/language/Docs/Fields/dependents": {
"title": "$:/language/Docs/Fields/dependents",
"text": "Per a un connector, llista els títols que depenen del connector"
},
"$:/language/Docs/Fields/description": {
"title": "$:/language/Docs/Fields/description",
"text": "El text que descriu un connector, o un diàleg modal"
},
"$:/language/Docs/Fields/draft.of": {
"title": "$:/language/Docs/Fields/draft.of",
"text": "Per als tiddlers esborranys, conté el títol del tiddler del qual és un esborrany"
},
"$:/language/Docs/Fields/draft.title": {
"title": "$:/language/Docs/Fields/draft.title",
"text": "Per als tiddlers esborranys, conté el títol proposat per al tiddler"
},
"$:/language/Docs/Fields/footer": {
"title": "$:/language/Docs/Fields/footer",
"text": "El text del peu d'un assistent"
},
"$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
"title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
"text": "Un camp d'emmagatzemament temporal utilitzat a [[$:/core/templates/static.content]]"
},
"$:/language/Docs/Fields/icon": {
"title": "$:/language/Docs/Fields/icon",
"text": "El títol del tiddler que conté la icona associada amb el tiddler"
},
"$:/language/Docs/Fields/library": {
"title": "$:/language/Docs/Fields/library",
"text": "Si està a \"si\" indica que un tiddler s'ha de sar com una biblioteca de JavaScript"
},
"$:/language/Docs/Fields/list": {
"title": "$:/language/Docs/Fields/list",
"text": "Una llista ordenada de títols de tiddlers associats amb un tiddler"
},
"$:/language/Docs/Fields/list-after": {
"title": "$:/language/Docs/Fields/list-after",
"text": "Si està activat, el títol del tiddler després del qual aquest tiddler s'hauria d'afegir a la llista ordenada de títols de tiddler"
},
"$:/language/Docs/Fields/list-before": {
"title": "$:/language/Docs/Fields/list-before",
"text": "Si està activat, el títol del tiddler abans del qual aquest tiddler s'hauria d'afegir a la llista ordenada de títols de tiddler, o a l'inici de la llista si aquest camp hi és però està buit"
},
"$:/language/Docs/Fields/modified": {
"title": "$:/language/Docs/Fields/modified",
"text": "La data i hora a la que un tiddler es va modificar per darrer cop"
},
"$:/language/Docs/Fields/modifier": {
"title": "$:/language/Docs/Fields/modifier",
"text": "El títol del tiddler associat amb la persona que va modificar per darrer cop un tiddler"
},
"$:/language/Docs/Fields/name": {
"title": "$:/language/Docs/Fields/name",
"text": "El nom llegible pels humans associat a un tiddler connector"
},
"$:/language/Docs/Fields/plugin-priority": {
"title": "$:/language/Docs/Fields/plugin-priority",
"text": "Un valor numèric que indica la prioritat d'un tiddler connector"
},
"$:/language/Docs/Fields/plugin-type": {
"title": "$:/language/Docs/Fields/plugin-type",
"text": "El tipus de connector d'un tiddler connector"
},
"$:/language/Docs/Fields/released": {
"title": "$:/language/Docs/Fields/released",
"text": "La data de llançament del TiddlyWiki"
},
"$:/language/Docs/Fields/revision": {
"title": "$:/language/Docs/Fields/revision",
"text": "La revisió del tiddler que es manté al servidor"
},
"$:/language/Docs/Fields/source": {
"title": "$:/language/Docs/Fields/source",
"text": "La URL orígen associada a un tiddler"
},
"$:/language/Docs/Fields/subtitle": {
"title": "$:/language/Docs/Fields/subtitle",
"text": "El text del subtítol d'un assistent"
},
"$:/language/Docs/Fields/tags": {
"title": "$:/language/Docs/Fields/tags",
"text": "Una llista d'etiquetes associades a un tiddler"
},
"$:/language/Docs/Fields/text": {
"title": "$:/language/Docs/Fields/text",
"text": "El text del cos d'un tiddler"
},
"$:/language/Docs/Fields/title": {
"title": "$:/language/Docs/Fields/title",
"text": "El nom únic d'un tiddler"
},
"$:/language/Docs/Fields/type": {
"title": "$:/language/Docs/Fields/type",
"text": "El tipus de contingut d'un tiddler"
},
"$:/language/Docs/Fields/version": {
"title": "$:/language/Docs/Fields/version",
"text": "Informació de la versió d'un connector"
},
"$:/language/Filters/AllTags": {
"title": "$:/language/Filters/AllTags",
"text": "Totes les etiquetes excepte les etiquetes del sistema"
},
"$:/language/Filters/AllTiddlers": {
"title": "$:/language/Filters/AllTiddlers",
"text": "Totes els tiddlers excepte els tiddlers del sistema"
},
"$:/language/Filters/Drafts": {
"title": "$:/language/Filters/Drafts",
"text": "Tiddlers esborranys"
},
"$:/language/Filters/Missing": {
"title": "$:/language/Filters/Missing",
"text": "Tiddlers que no existeixen"
},
"$:/language/Filters/Orphans": {
"title": "$:/language/Filters/Orphans",
"text": "Tiddlers orfes"
},
"$:/language/Filters/OverriddenShadowTiddlers": {
"title": "$:/language/Filters/OverriddenShadowTiddlers",
"text": "Tiddlers amb ombra sobreescrits"
},
"$:/language/Filters/RecentSystemTiddlers": {
"title": "$:/language/Filters/RecentSystemTiddlers",
"text": "Tiddlers que s'han modificat recentment, inclós els tiddlers del sistema"
},
"$:/language/Filters/RecentTiddlers": {
"title": "$:/language/Filters/RecentTiddlers",
"text": "Tiddlers que s'han modificat recentment"
},
"$:/language/Filters/ShadowTiddlers": {
"title": "$:/language/Filters/ShadowTiddlers",
"text": "Tiddlers amb ombra predefinits"
},
"$:/language/Filters/SystemTags": {
"title": "$:/language/Filters/SystemTags",
"text": "Etiquetes del sistema"
},
"$:/language/Filters/SystemTiddlers": {
"title": "$:/language/Filters/SystemTiddlers",
"text": "Tiddlers del sistema"
},
"$:/language/Filters/TypedTiddlers": {
"title": "$:/language/Filters/TypedTiddlers",
"text": "Tiddlers amb text que no és wiki"
},
"GettingStarted": {
"title": "GettingStarted",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nBenvingut a ~TiddlyWiki i a la comunitat ~TiddlyWiki\n\nAbans de començar a desar informació important al ~TiddlyWiki cal que us assegureu que podeu desar els canvis de forma fiable. Veieu els detalls a https://tiddlywiki.com/#GettingStarted\n\n!! Configureu aquest ~TiddlyWiki\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit-text tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\nVeieu més opcions al [[tauler de control|$:/ControlPanel]].\n"
},
"$:/language/Help/build": {
"title": "$:/language/Help/build",
"description": "Executa automàticament ordres configurades",
"text": "Construeix els destins indicats al wiki actual. Si no s'indica cap destí, llavors es construiran tots els destins.\n\n```\n--build <desti> [<desti> ...]\n```\n\nConstrueix els destins indicats al fitxer `tiddlywiki.info` de la carpeta wiki.\n\n"
},
"$:/language/Help/clearpassword": {
"title": "$:/language/Help/clearpassword",
"description": "Neteja la contrasenya per a les operacions criptogràfiques següents",
"text": "Neteja la contrasenya per a les operacions criptogràfiques següents```--clearpassword```"
},
"$:/language/Help/default": {
"title": "$:/language/Help/default",
"description": "",
"text": "\\define títolDeLOrdre()\n$:/language/Help/$títolDeLOrdre(ordre)$\n\\end\n```\nús: tiddlywiki [<carpetawiki>] [--<ordre> [<args>...]...]\n```\n\nOrdres disponibles:\n\n<ul>\n<$list filtre=\"[commands[]sort[títol]]\" variable=\"ordre\">\n<li><$link to=<<títolDeLOrdre>>><$macrocall $name=\"ordre\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<títolDeLOrdre>> field=\"descripcio\"/></li>\n</$list>\n</ul>\n\nPer obtenir ajuda sobre una ordre podeu fer:\n\n```\ntiddlywiki --help <ordre>\n```\n"
},
"$:/language/Help/editions": {
"title": "$:/language/Help/editions",
"description": "Llista les edicions disponibles de TiddlyWiki",
"text": "Llista els noms i descripcions de les edicions disponibles. Podeu generar un nou wiki d'una edició concreta amb l'ordre `--init`.\n\n```\n--editions\n```\n"
},
"$:/language/Help/help": {
"title": "$:/language/Help/help",
"description": "Mostra l'ajuda de les ordres TiddlyWiki",
"text": "Mostra el text d'ajuda d'una ordre:\n\n```\n--help [<ordre>]\n```Per exemple:\n\nSi no s'indica el nom de l'ordre llavors es mostra una llista de les ordres disponibles.\n"
},
"$:/language/Help/init": {
"title": "$:/language/Help/init",
"description": "Inicia una nova carpeta wiki",
"text": "Inicialitza una [[CarpetaWiki|WikiFolders]] buida amb una còpia de l'edició indicada.\n\n```\n--init <edició> [<edició> ...]\n```\n\nPer exemple:\n\n```\ntiddlywiki ./LaMevaCarpetaWiki --init empty\n```\n\nNotes:\n\n* Si cal es generarà la carpeta wiki folder\n* El valor per omisió de \"edition\" és ''empty''\n* L'ordre init fracassarà si la carpeta wiki no està buida\n* L'ordre init suprimeix qualsevol definició `includeWikis` de l'edició del fitxer `tiddlywiki.info`\n* Quan s'indiqui múltiples edicions, les edicions que s'iniciïn més tard sobreescriuran qualsevol fitxer compartit amb edicions anteriors (així que el fitxer final `tiddlywiki.info` es copiarà de la darrera edció)\n* `--editions` retorna la llista d'edicions disponibles\n"
},
"$:/language/Help/load": {
"title": "$:/language/Help/load",
"description": "Carrega tiddlers des d'un fitxer",
"text": "Carrega els fitxers dels tiddlers de la versió 2.x.x del TiddlyWiki (`.html`), `.tiddler`, `.tid`, `.json` o altres fitxers \n\n```\n--load <ruta>\n```\n\nPer carregar els tiddlers d'un fitxer TiddlyWiki encriptat cal indicar la contrasenya, amb l'ordre PasswordCommand. Per exemple:\n\n```\ntiddlywiki ./ElMeuWiki --password c0ntras3nya --load la_meva_wiki.html\n```\n\nNoteu que TiddlyWiki no carregarà una versió anterior d'un connector ja carregat.\n"
},
"$:/language/Help/makelibrary": {
"title": "$:/language/Help/makelibrary",
"description": "Construeix el connector de la biblioteca necessari per a l'actualització",
"text": "Construeix el tiddler `$:/UpgradeLibrary` per al procés d'actualització.\n\nLa biblioteca d'actualització es formata com un tiddler connector corrent amb el tipus de connector `library`. Conté una còpia de cada un dels connectors, temes i paquets de l'idioma disponibles al repositori del TiddlyWiki5.\n\nAquesta ordre és per a ús intern; només és rellevant per als usuaris que dissenyen un procés d'actualització a mida.\n\n```\n--makelibrary <títol>\n```\n\nEl valor per omisió de l'argument títol és `$:/UpgradeLibrary`.\n"
},
"$:/language/Help/notfound": {
"title": "$:/language/Help/notfound",
"description": "",
"text": "Aquest tema d'ajuda no es troba"
},
"$:/language/Help/output": {
"title": "$:/language/Help/output",
"description": "Tria la carpeta de sortida per a les ordres següents",
"text": "Tria la carpeta de sortida per a les ordres següents. La carpeta per omisió és la subcarpeta `output` de la carpeta de l'edició.\n\n```\n--output <ruta>\n```ordre\n\nSi la ruta indicada és relativa es resoldrà a partir de la carpeta actual de treball. Per exemple: `--output .` estableix la carpeta de sortida a la carpeta de treball actual.\n\n"
},
"$:/language/Help/password": {
"title": "$:/language/Help/password",
"description": "Tria la contrasenya per a les operacions criptogràfiques següents",
"text": "Tria la contrasenya per a les operacions criptogràfiques següents\n\n```\n--password <contrasenya>\n```\n\n"
},
"$:/language/Help/rendertiddler": {
"title": "$:/language/Help/rendertiddler",
"description": "Mostra un tiddler individual indicat per ContentTypecommand",
"text": "Mostra un tiddler individual indicat per ContentType, per omisió `text/html` i el desa al fitxer indicat:\n\n```\n--rendertiddler <títol> <nomdelfitxer> [<tipus>]\n```\n\nPer omisió, el nom del fitxer es resoldrà de forma relativa a la carpeta `output` de la carpeta d'edició. L'ordre `--output` es pot fer servir per dirigir la sortida a una altre carpeta.\n\nLes carpetes de la ruta del fitxer que no es trobin es crearan de forma automàtica.\n"
},
"$:/language/Help/rendertiddlers": {
"title": "$:/language/Help/rendertiddlers",
"description": "Mostra els tiddlers que coincideixen amb el filtre indicat per ContentType",
"text": "Mostra un grup de tiddlers que coincideixen amb el filtre de fitxers separats indicat per ContentType (per omisió `text/html`) i extensió (per omisió `.html`).\n\n```\n--rendertiddlers <filtre> <plantilla> <ruta> [<tipus>] [<extensió>] [\"noclean\"]\n```\n\nPer exemple:\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\nPer omisió, la ruta es resoldrà de forma relativa a la subcarpeta `output` de la carpeta d'edició. L'ordre `--output` es pot fer servir per dirigir la sortida a una altre carpeta.\n\nTots els fitxers de la capeta destí es suprimiran a no ser que s'inclogui el paràmetre \"noclean\". La carpeta destí si no es troba es crearà de forma recursiva.\n"
},
"$:/language/Help/savetiddler": {
"title": "$:/language/Help/savetiddler",
"description": "Desa un tiddler cru a un fitxer",
"text": "Desa un tiddler individual com a text cru o en format binari al fitxer indicat.\n\n```\n--savetiddler <títol> <fitxer>\n```\n\nPer omisió, el nom del fitxer es resoldrà de forma relativa a la carpeta `output` de la carpeta d'edició. L'ordre `--output` es pot fer servir per dirigir la sortida a una altre carpeta.\n\nLes carpetes de la ruta del fitxer que no es trobin es crearan de forma automàtica.\n"
},
"$:/language/Help/savetiddlers": {
"title": "$:/language/Help/savetiddlers",
"description": "Desa un grup de tiddlers crus a una carpeta",
"text": "Desa un grup de tiddlers com a text cru o en format binari a la carpeta indicada.\n\n```\n--savetiddlers <filter> <ruta>\n``` Noteu que la contrasenya es trasmet tal qual així que no és una bona solució d'ús general.\n\nPer omisió, la ruta es resoldrà de forma relativa a la carpeta `output` de la carpeta d'edició. L'ordre `--output` es pot fer servir per dirigir la sortida a una altre carpeta.\n\nLes carpetes de la ruta que no es trobin es crearan de forma automàtica.\n"
},
"$:/language/Help/server": {
"title": "$:/language/Help/server",
"description": "Proporciona una interfície de servidor HTTP a TiddlyWiki",
"text": "El servidor que inclou el TiddlyWiki5 és molt simple. Encara que és compatible amb TiddlyWeb no permet moltes de les característiques necessàries que calen per a l'ús robust de l'Internet.\n\nA l'arrel, serveix per a renderitzar un tiddler concret. Fora de l'arrel, serveis els tiddlers individuals codificats en JSON, i permet l'ús de les operacions bàsiques HTTP per `GET`, `PUT` i `DELETE`.\n\n```\n--server <port> <tiddlerarrel> <rendertype> <tipusdeservidor> <usuari> <contrasenya> <host> <prefixdelaruta>\n```\n\nEls paràmetres són:\n\n* ''port'' - número del port que donarà el servei (per omissió \"8080\")\n* ''tiddlerarrel'' - el tiddler que donarà el servei arrel (per omissió \"$:/core/save/all\") \n* ''rendertype'' - el tipus de contingut al qual s'haurà de renderitzar el tiddler arrel (per omissió \"text/plain\")\n* ''tipusdeservidor'' - el tipus de contingut amb el qual s'haurà de servir el tiddler arrel (per omissió \"text/html\")\n* ''usuari'' - nom de l'usuari per omissió per signar les edicions\n* ''contrasenya'' - contrasenya opcional per l'autenticació bàsica\n* ''host'' - nom de host opcional que donarà el servei (per omissió \"127.0.0.1\" és a dir \"localhost\")\n* ''prefixdelaruta'' - prefix opcional de les rutes\n\nSi s'indica el paràmetre de la contrasenya el navegador demanarà un usuari i una contrasenya. La contrasenya es trasmet tal qual així que no és una bona solució d'ús general.\n\nPer exemple:\n\n```\n--server 8080 $:/core/save/all text/plain text/html ElMeuUsuari c0ntran3nya\n```\n\nEl nom d'usuari i la contrasenya es pot indicar com cadenes buides si voleu indicar un host o un prefixdelaruta i no us cal una contrasenya:\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\nPer tal d'executar diversos servidors TiddlyWiki al mateix temps, heu d'indicar un port diferent per a cada un.\n"
},
"$:/language/Help/setfield": {
"title": "$:/language/Help/setfield",
"description": "Prepara els tiddlers externs per que puguin ser utilitzats",
"text": "//Noteu que aquesta ordre is experimental i podria canviar abans d'estar acabada//\n\nEstableix el camp d'un grup de tiddlers al resultat de wikificar un tiddler plantilla indicat per la variable `currentTiddler`.\n\n```\n--setfield <filtre> <nomdelcamp> <plantilladeltítol> <tipus>\n```\n\nEls paràmetres són:\n\n* ''filtre'' - filtre que identifica els tiddlers afectats\n* ''nomdelcamp'' - el camp a modificar (per omisió \"text\")\n* ''plantilladeltítol'' - el tiddler a wikificar del camp indicat. Si està en blanc o no hi és llavors el camp indicar es suprimirà\n* ''rendertipus'' - el tipus de text que cal generar (per omisió \"text/plain\"; es possible utilitzar \"text/html\" per incloure etiquetes HTML)\n"
},
"$:/language/Help/unpackplugin": {
"title": "$:/language/Help/unpackplugin",
"description": "Extrau els tiddlers carregats d'un connector",
"text": "Extrau els tiddlers carregats d'un connector, generant-los com a tiddlers tiddlers corrents:\n\n```\n--unpackplugin <títol>\n```\n"
},
"$:/language/Help/verbose": {
"title": "$:/language/Help/verbose",
"description": "Llença el mode de sortida ampliada",
"text": "Llença la sortida ampliada, útil per a depurar ```--verbose```"
},
"$:/language/Help/version": {
"title": "$:/language/Help/version",
"description": "Mostra el número de versió de TiddlyWiki",
"text": "Mostra el número de versió de TiddlyWiki.```--version```"
},
"$:/language/Import/Listing/Cancel/Caption": {
"title": "$:/language/Import/Listing/Cancel/Caption",
"text": "Anul·la"
},
"$:/language/Import/Listing/Hint": {
"title": "$:/language/Import/Listing/Hint",
"text": "Aquests tiddlers estàn llestos per a ser importats"
},
"$:/language/Import/Listing/Import/Caption": {
"title": "$:/language/Import/Listing/Import/Caption",
"text": "Importa"
},
"$:/language/Import/Listing/Select/Caption": {
"title": "$:/language/Import/Listing/Select/Caption",
"text": "Trieu"
},
"$:/language/Import/Listing/Status/Caption": {
"title": "$:/language/Import/Listing/Status/Caption",
"text": "Estat"
},
"$:/language/Import/Listing/Title/Caption": {
"title": "$:/language/Import/Listing/Title/Caption",
"text": "Títol"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
"text": "Connector bloquejat incompatible o obsolet"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
"text": "Connector bloquejat (degut a que la nova versió <<entrant>> és anterior a l'actual <<actual>>)"
},
"$:/language/Import/Upgrader/Plugins/Upgraded": {
"title": "$:/language/Import/Upgrader/Plugins/Upgraded",
"text": "Connector actualitzat de <<entrant>> a <<actualitzat>>"
},
"$:/language/Import/Upgrader/State/Suppressed": {
"title": "$:/language/Import/Upgrader/State/Suppressed",
"text": "Tiddler temporalment en estat bloquejat"
},
"$:/language/Import/Upgrader/System/Suppressed": {
"title": "$:/language/Import/Upgrader/System/Suppressed",
"text": "Tiddler del sistema bloquejat"
},
"$:/language/Import/Upgrader/ThemeTweaks/Created": {
"title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
"text": "Tema migrat des de <$text text=<<desde>>/>"
},
"$:/language/BinaryWarning/Prompt": {
"title": "$:/language/BinaryWarning/Prompt",
"text": "Aquest tiddler conté dades binàries"
},
"$:/language/ClassicWarning/Hint": {
"title": "$:/language/ClassicWarning/Hint",
"text": "Aquest tiddler està escrit en format de text de TiddlyWiki, que no es totalment compatible amb la versió 5 de TiddlyWiki. Veieu els detalls a https://tiddlywiki.com/static/Upgrading.html ."
},
"$:/language/ClassicWarning/Upgrade/Caption": {
"title": "$:/language/ClassicWarning/Upgrade/Caption",
"text": "actualitza"
},
"$:/language/CloseAll/Button": {
"title": "$:/language/CloseAll/Button",
"text": "tanca-ho tot"
},
"$:/language/ConfirmCancelTiddler": {
"title": "$:/language/ConfirmCancelTiddler",
"text": "Voleu descartar els canvis del tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmDeleteTiddler": {
"title": "$:/language/ConfirmDeleteTiddler",
"text": "Voleu suprimir el tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmEditShadowTiddler": {
"title": "$:/language/ConfirmEditShadowTiddler",
"text": "Aneu a editar un TiddlerOmbra. Qualsevol canvi sobreescriurà les opcions per omisió del sistema i complicarà les actualitzacions. Segur que voleu editar \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmOverwriteTiddler": {
"title": "$:/language/ConfirmOverwriteTiddler",
"text": "Segur que voleu sobreescriure el tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/DefaultNewTiddlerTitle": {
"title": "$:/language/DefaultNewTiddlerTitle",
"text": "Nou Tiddler"
},
"$:/language/DropMessage": {
"title": "$:/language/DropMessage",
"text": "Dexeu-ho anar aquí (o anul·leu-ho amb la tecla 'Escape')"
},
"$:/language/Encryption/Cancel": {
"title": "$:/language/Encryption/Cancel",
"text": "Anul·la"
},
"$:/language/Encryption/ConfirmClearPassword": {
"title": "$:/language/Encryption/ConfirmClearPassword",
"text": "Voleu suprimir la contrasenya? Això eliminarà l'encriptació utilitzada quan es desa aquest wiki"
},
"$:/language/Encryption/Password": {
"title": "$:/language/Encryption/Password",
"text": "Contrasenya"
},
"$:/language/Encryption/PasswordNoMatch": {
"title": "$:/language/Encryption/PasswordNoMatch",
"text": "Les contrasenyes no coincideixen"
},
"$:/language/Encryption/PromptSetPassword": {
"title": "$:/language/Encryption/PromptSetPassword",
"text": "Indiqueu una nova contrasenya per aquest TiddlyWiki"
},
"$:/language/Encryption/RepeatPassword": {
"title": "$:/language/Encryption/RepeatPassword",
"text": "Repetiu la contrasenya"
},
"$:/language/Encryption/SetPassword": {
"title": "$:/language/Encryption/SetPassword",
"text": "Indiqueu la contrasenya"
},
"$:/language/Encryption/Username": {
"title": "$:/language/Encryption/Username",
"text": "Usuari"
},
"$:/language/InvalidFieldName": {
"title": "$:/language/InvalidFieldName",
"text": "Hi ha caràcters il·legals al nom del camp \"<$text text=<<fieldName>>/>\". Els camps només poden utilitzar minúscules, digits i els caràcters subratllat (`_`), guió (`-`) i punt (`.`)"
},
"$:/language/MissingTiddler/Hint": {
"title": "$:/language/MissingTiddler/Hint",
"text": "Falta el tiddler \"<$text text=<<currentTiddler>>/>\" - cliqueu {{||$:/core/ui/Buttons/edit}} per generar-ho"
},
"$:/language/OfficialPluginLibrary": {
"title": "$:/language/OfficialPluginLibrary",
"text": "Biblioteca de connectors de ~TiddlyWiki Oficial"
},
"$:/language/PluginReloadWarning": {
"title": "$:/language/PluginReloadWarning",
"text": "Deseu si us plau {{$:/core/ui/Buttons/save-wiki}} i torneu a carregar {{$:/core/ui/Buttons/refresh}} per tal que els canvis als connectors es puguin activar"
},
"$:/language/RecentChanges/DateFormat": {
"title": "$:/language/RecentChanges/DateFormat",
"text": "DD MMM YYYY"
},
"$:/language/SystemTiddler/Tooltip": {
"title": "$:/language/SystemTiddler/Tooltip",
"text": "Aquest és un tiddler del sistema"
},
"$:/language/TagManager/Colour/Heading": {
"title": "$:/language/TagManager/Colour/Heading",
"text": "Color"
},
"$:/language/TagManager/Icon/Heading": {
"title": "$:/language/TagManager/Icon/Heading",
"text": "Icona"
},
"$:/language/TagManager/Info/Heading": {
"title": "$:/language/TagManager/Info/Heading",
"text": "Informació"
},
"$:/language/TagManager/Tag/Heading": {
"title": "$:/language/TagManager/Tag/Heading",
"text": "Etiqueta"
},
"$:/language/UnsavedChangesWarning": {
"title": "$:/language/UnsavedChangesWarning",
"text": "Teniu canvis sense desar al TiddlyWiki"
},
"$:/language/Modals/Download": {
"title": "$:/language/Modals/Download",
"type": "text/vnd.tiddlywiki",
"subtitle": "Download changes",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "https://tiddlywiki.com/static/DownloadingChanges.html",
"text": "El vostre navegador només permet desar de forma manual. Per desar les modificacions del vostre wiki, cliqueu amb el botó dret l'enllaç per baixar de sota i trieu \"Baixa el fitxer\" o \"Desa el fitxer\", i llavors trieu la carpeta i el nom del fitxer.//Podeu accelerar-ho clicant l'enllaç amb la tecla control (Windows) o la tecla opcions/alt (Mac OS X). Es demanarà la carpeta o el nom del fitxer, però probablement el vostre navegador hi assignarà un nom irreconeixible -- haureu de reanomenar el fitxer per incloure l'extensió `.html` abans no pogueu fer res útil amb ell.//Als mòbils que no permeten baixar fitxers podeu desar l'enllaç als preferits, i llavors sincronitzar els vostres preferits a un ordinador des del que podeu desar el wiki normalment."
},
"$:/language/Modals/SaveInstructions": {
"title": "$:/language/Modals/SaveInstructions",
"type": "text/vnd.tiddlywiki",
"subtitle": "Save your work",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "https://tiddlywiki.com/static/SavingChanges.html",
"text": "Els vostres canvis a aquest wiki s'han de desar com un fitxer HTML ~TiddlyWiki.!!! Navegadors d'escriptori# Trieu ''Anomena i desa'' al menú ''Fitxer''# Trieu un nom i un lloc per al fitxer#* Per alguns navegadors també cal que el format del fitxer sigui 'Pàgina web, només HTML'' o similar# Tanqueu aquesta pestanya!!! Navegadors per mòbils# Deseu aquesta pàgina als Preferits#* Si teniu configurat iCloud o Google Sync llavors el preferits es sincronitzarà automaticament amb el vostre ordinador des d'on el podreu obrir i desar com s'indica més amunt# Tanqueu aquests pestanya//Si torneu a obrir el preferits a Safari Mobile tornareu a veure el missatge. Si voleu continuar i utilitzar el fitxer, només heu de clicat el botó 'tanca'' de sota//"
},
"$:/config/NewJournal/Tags": {
"title": "$:/config/NewJournal/Tags",
"text": "Diari"
},
"$:/config/NewJournal/Title": {
"title": "$:/config/NewJournal/Title",
"text": "DD MMM YYYY"
},
"$:/language/Notifications/Save/Done": {
"title": "$:/language/Notifications/Save/Done",
"text": "S'ha desat el wiki"
},
"$:/language/Notifications/Save/Starting": {
"title": "$:/language/Notifications/Save/Starting",
"text": "S'està desant el wiki"
},
"$:/language/Search/DefaultResults/Caption": {
"title": "$:/language/Search/DefaultResults/Caption",
"text": "Llista"
},
"$:/language/Search/Filter/Caption": {
"title": "$:/language/Search/Filter/Caption",
"text": "Filtre"
},
"$:/language/Search/Filter/Hint": {
"title": "$:/language/Search/Filter/Hint",
"text": "Cerca amb una [[filter expression|https://tiddlywiki.com/static/Filters.html]]"
},
"$:/language/Search/Filter/Matches": {
"title": "$:/language/Search/Filter/Matches",
"text": "//<small><<resultCount>> coincidències</small>//"
},
"$:/language/Search/Matches": {
"title": "$:/language/Search/Matches",
"text": "//<small><<resultCount>> coincidències</small>//"
},
"$:/language/Search/Shadows/Caption": {
"title": "$:/language/Search/Shadows/Caption",
"text": "Ombres"
},
"$:/language/Search/Shadows/Hint": {
"title": "$:/language/Search/Shadows/Hint",
"text": "Cerca de tiddlers ombra"
},
"$:/language/Search/Shadows/Matches": {
"title": "$:/language/Search/Shadows/Matches",
"text": "//<small><<resultCount>> coincidències</small>//"
},
"$:/language/Search/Standard/Caption": {
"title": "$:/language/Search/Standard/Caption",
"text": "Estàndar"
},
"$:/language/Search/Standard/Hint": {
"title": "$:/language/Search/Standard/Hint",
"text": "Cerca tiddlers estàndar"
},
"$:/language/Search/Standard/Matches": {
"title": "$:/language/Search/Standard/Matches",
"text": "//<small><<resultCount>> coincidències</small>//"
},
"$:/language/Search/System/Caption": {
"title": "$:/language/Search/System/Caption",
"text": "Sistema"
},
"$:/language/Search/System/Hint": {
"title": "$:/language/Search/System/Hint",
"text": "Cerca tiddlers del sistema"
},
"$:/language/Search/System/Matches": {
"title": "$:/language/Search/System/Matches",
"text": "//<small><<resultCount>> coincidències</small>//"
},
"$:/language/SideBar/All/Caption": {
"title": "$:/language/SideBar/All/Caption",
"text": "Tot"
},
"$:/language/SideBar/Contents/Caption": {
"title": "$:/language/SideBar/Contents/Caption",
"text": "Contingut"
},
"$:/language/SideBar/Drafts/Caption": {
"title": "$:/language/SideBar/Drafts/Caption",
"text": "Esborranys"
},
"$:/language/SideBar/Missing/Caption": {
"title": "$:/language/SideBar/Missing/Caption",
"text": "Falten"
},
"$:/language/SideBar/More/Caption": {
"title": "$:/language/SideBar/More/Caption",
"text": "Més"
},
"$:/language/SideBar/Open/Caption": {
"title": "$:/language/SideBar/Open/Caption",
"text": "Obre"
},
"$:/language/SideBar/Orphans/Caption": {
"title": "$:/language/SideBar/Orphans/Caption",
"text": "Orfes"
},
"$:/language/SideBar/Shadows/Caption": {
"title": "$:/language/SideBar/Shadows/Caption",
"text": "Ombres"
},
"$:/language/SideBar/System/Caption": {
"title": "$:/language/SideBar/System/Caption",
"text": "Sistema"
},
"$:/language/SideBar/Tags/Caption": {
"title": "$:/language/SideBar/Tags/Caption",
"text": "Etiquetes"
},
"$:/language/SideBar/Tags/Untagged/Caption": {
"title": "$:/language/SideBar/Tags/Untagged/Caption",
"text": "senseEtiqueta"
},
"$:/language/SideBar/Tools/Caption": {
"title": "$:/language/SideBar/Tools/Caption",
"text": "Eines"
},
"$:/language/SideBar/Types/Caption": {
"title": "$:/language/SideBar/Types/Caption",
"text": "Tipus"
},
"$:/SiteSubtitle": {
"title": "$:/SiteSubtitle",
"text": "bloc personal no lineal"
},
"$:/SiteTitle": {
"title": "$:/SiteTitle",
"text": "El meu ~TiddlyWiki"
},
"$:/language/TiddlerInfo/Advanced/Caption": {
"title": "$:/language/TiddlerInfo/Advanced/Caption",
"text": "Avançat"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
"text": "cap"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
"text": "Detalls del connector"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
"text": "Aquest connector conté els següents tiddlers ombra:"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
"text": "Estat de l'Ombra"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
"text": "El tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> no és un tiddler ombra"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
"text": "Està sobreescrit per un tiddler corrent"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
"text": "El tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> és un tiddler ombra"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
"text": "Està definit al connector <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
},
"$:/language/TiddlerInfo/Fields/Caption": {
"title": "$:/language/TiddlerInfo/Fields/Caption",
"text": "Camps"
},
"$:/language/TiddlerInfo/List/Caption": {
"title": "$:/language/TiddlerInfo/List/Caption",
"text": "Llista"
},
"$:/language/TiddlerInfo/List/Empty": {
"title": "$:/language/TiddlerInfo/List/Empty",
"text": "Aquest tiddler no té una llista"
},
"$:/language/TiddlerInfo/Listed/Caption": {
"title": "$:/language/TiddlerInfo/Listed/Caption",
"text": "Llistat"
},
"$:/language/TiddlerInfo/Listed/Empty": {
"title": "$:/language/TiddlerInfo/Listed/Empty",
"text": "Aquest tiddler no està llistat a cap d'altre"
},
"$:/language/TiddlerInfo/References/Caption": {
"title": "$:/language/TiddlerInfo/References/Caption",
"text": "Referències"
},
"$:/language/TiddlerInfo/References/Empty": {
"title": "$:/language/TiddlerInfo/References/Empty",
"text": "No hi ha cap tiddler que enllaçi cap aquest"
},
"$:/language/TiddlerInfo/Tagging/Caption": {
"title": "$:/language/TiddlerInfo/Tagging/Caption",
"text": "Etiquetes"
},
"$:/language/TiddlerInfo/Tagging/Empty": {
"title": "$:/language/TiddlerInfo/Tagging/Empty",
"text": "No hi ha cap tiddler etiquetat amb aquest"
},
"$:/language/TiddlerInfo/Tools/Caption": {
"title": "$:/language/TiddlerInfo/Tools/Caption",
"text": "Eines"
},
"$:/language/Docs/Types/application/javascript": {
"title": "$:/language/Docs/Types/application/javascript",
"description": "Codi JavaScript",
"name": "application/javascript",
"group": "Desenvolupador"
},
"$:/language/Docs/Types/application/json": {
"title": "$:/language/Docs/Types/application/json",
"description": "Dades JSON",
"name": "application/json",
"group": "Desenvolupador"
},
"$:/language/Docs/Types/application/x-tiddler-dictionary": {
"title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
"description": "Diccionari de dades",
"name": "application/x-tiddler-dictionary",
"group": "Desenvolupador"
},
"$:/language/Docs/Types/image/gif": {
"title": "$:/language/Docs/Types/image/gif",
"description": "Imatge GIF",
"name": "image/gif",
"group": "Imatge"
},
"$:/language/Docs/Types/image/jpeg": {
"title": "$:/language/Docs/Types/image/jpeg",
"description": "Imatge JPEG",
"name": "image/jpeg",
"group": "Imatge"
},
"$:/language/Docs/Types/image/png": {
"title": "$:/language/Docs/Types/image/png",
"description": "Imatge PNG",
"name": "image/png",
"group": "Imatge"
},
"$:/language/Docs/Types/image/svg+xml": {
"title": "$:/language/Docs/Types/image/svg+xml",
"description": "Imatge Gràfic de Vectors Estructurats",
"name": "image/svg+xml",
"group": "Imatge"
},
"$:/language/Docs/Types/image/x-icon": {
"title": "$:/language/Docs/Types/image/x-icon",
"description": "Format de fitxer d'icona ICO",
"name": "image/x-icon",
"group": "Imatge"
},
"$:/language/Docs/Types/text/css": {
"title": "$:/language/Docs/Types/text/css",
"description": "Full d'estil estàtic",
"name": "text/css",
"group": "Desenvolupador"
},
"$:/language/Docs/Types/text/html": {
"title": "$:/language/Docs/Types/text/html",
"description": "Marques HTML",
"name": "text/html",
"group": "Text"
},
"$:/language/Docs/Types/text/plain": {
"title": "$:/language/Docs/Types/text/plain",
"description": "Text plà",
"name": "text/plain",
"group": "Text"
},
"$:/language/Docs/Types/text/x-tiddlywiki": {
"title": "$:/language/Docs/Types/text/x-tiddlywiki",
"description": "TiddlyWiki Clàssic",
"name": "text/x-tiddlywiki",
"group": "Text"
},
"$:/languages/ca-ES/icon": {
"title": "$:/languages/ca-ES/icon",
"type": "image/svg+xml",
"text": "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n<svg xmlns=\"http://www.w3.org/2000/svg\" width=\"810\" height=\"540\">\n<rect width=\"810\" height=\"540\" fill=\"#FCDD09\"/>\n<path stroke=\"#DA121A\" stroke-width=\"60\" d=\"M0,90H810m0,120H0m0,120H810m0,120H0\"/>\n</svg>"
}
}
}
{
"tiddlers": {
"$:/language/Buttons/AdvancedSearch/Caption": {
"title": "$:/language/Buttons/AdvancedSearch/Caption",
"text": "Búsqueda avanzada"
},
"$:/language/Buttons/AdvancedSearch/Hint": {
"title": "$:/language/Buttons/AdvancedSearch/Hint",
"text": "Búsqueda avanzada"
},
"$:/language/Buttons/Bold/Caption": {
"title": "$:/language/Buttons/Bold/Caption",
"text": "Negrita"
},
"$:/language/Buttons/Bold/Hint": {
"title": "$:/language/Buttons/Bold/Hint",
"text": "Aplicar formato de negrita a la selección"
},
"$:/language/Buttons/Cancel/Caption": {
"title": "$:/language/Buttons/Cancel/Caption",
"text": "Cancelar"
},
"$:/language/Buttons/Cancel/Hint": {
"title": "$:/language/Buttons/Cancel/Hint",
"text": "Descarta los cambios"
},
"$:/language/Buttons/Clear/Caption": {
"title": "$:/language/Buttons/Clear/Caption",
"text": "*clear"
},
"$:/language/Buttons/Clear/Hint": {
"title": "$:/language/Buttons/Clear/Hint",
"text": "*Clear image to solid colour"
},
"$:/language/Buttons/Clone/Caption": {
"title": "$:/language/Buttons/Clone/Caption",
"text": "Clonar"
},
"$:/language/Buttons/Clone/Hint": {
"title": "$:/language/Buttons/Clone/Hint",
"text": "Hace una copia exacta de este tiddler"
},
"$:/language/Buttons/Close/Caption": {
"title": "$:/language/Buttons/Close/Caption",
"text": "Cerrar"
},
"$:/language/Buttons/Close/Hint": {
"title": "$:/language/Buttons/Close/Hint",
"text": "Cierra este tiddler"
},
"$:/language/Buttons/CloseAll/Caption": {
"title": "$:/language/Buttons/CloseAll/Caption",
"text": "Cerrar todo"
},
"$:/language/Buttons/CloseAll/Hint": {
"title": "$:/language/Buttons/CloseAll/Hint",
"text": "Cierra todos los tiddlers"
},
"$:/language/Buttons/CloseOthers/Caption": {
"title": "$:/language/Buttons/CloseOthers/Caption",
"text": "Cerrar los demás"
},
"$:/language/Buttons/CloseOthers/Hint": {
"title": "$:/language/Buttons/CloseOthers/Hint",
"text": "Cierra todos tiddlers abiertos excepto este"
},
"$:/language/Buttons/ControlPanel/Caption": {
"title": "$:/language/Buttons/ControlPanel/Caption",
"text": "Panel de Control"
},
"$:/language/Buttons/ControlPanel/Hint": {
"title": "$:/language/Buttons/ControlPanel/Hint",
"text": "Abre el Panel de Control"
},
"$:/language/Buttons/Delete/Caption": {
"title": "$:/language/Buttons/Delete/Caption",
"text": "Borrar"
},
"$:/language/Buttons/Delete/Hint": {
"title": "$:/language/Buttons/Delete/Hint",
"text": "Borra este tiddler"
},
"$:/language/Buttons/Edit/Caption": {
"title": "$:/language/Buttons/Edit/Caption",
"text": "Editar"
},
"$:/language/Buttons/Edit/Hint": {
"title": "$:/language/Buttons/Edit/Hint",
"text": "Permite editar este tiddler"
},
"$:/language/Buttons/EditorHeight/Caption": {
"title": "$:/language/Buttons/EditorHeight/Caption",
"text": "Altura del editor"
},
"$:/language/Buttons/EditorHeight/Caption/Auto": {
"title": "$:/language/Buttons/EditorHeight/Caption/Auto",
"text": "Ajustar al contenido"
},
"$:/language/Buttons/EditorHeight/Caption/Fixed": {
"title": "$:/language/Buttons/EditorHeight/Caption/Fixed",
"text": "Altura fija"
},
"$:/language/Buttons/EditorHeight/Hint": {
"title": "$:/language/Buttons/EditorHeight/Hint",
"text": "Determina la altura del cuadro de edición"
},
"$:/language/Buttons/Encryption/Caption": {
"title": "$:/language/Buttons/Encryption/Caption",
"text": "Cifrado"
},
"$:/language/Buttons/Encryption/ClearPassword/Caption": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
"text": "Borrar contraseña"
},
"$:/language/Buttons/Encryption/ClearPassword/Hint": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
"text": "Borra la contraseña actual y guarda este wiki sin cifrar"
},
"$:/language/Buttons/Encryption/Hint": {
"title": "$:/language/Buttons/Encryption/Hint",
"text": "Asigna o revoca la contraseña de cifrado para este wiki"
},
"$:/language/Buttons/Encryption/SetPassword/Caption": {
"title": "$:/language/Buttons/Encryption/SetPassword/Caption",
"text": "Asignar contraseña"
},
"$:/language/Buttons/Encryption/SetPassword/Hint": {
"title": "$:/language/Buttons/Encryption/SetPassword/Hint",
"text": "Asigna contraseña de cifrado"
},
"$:/language/Buttons/Excise/Caption": {
"title": "$:/language/Buttons/Excise/Caption",
"text": "Escindir"
},
"$:/language/Buttons/Excise/Caption/Excise": {
"title": "$:/language/Buttons/Excise/Caption/Excise",
"text": "Escindir"
},
"$:/language/Buttons/Excise/Caption/MacroName": {
"title": "$:/language/Buttons/Excise/Caption/MacroName",
"text": "Nombre de la macro"
},
"$:/language/Buttons/Excise/Caption/NewTitle": {
"title": "$:/language/Buttons/Excise/Caption/NewTitle",
"text": "Título del nuevo tiddler"
},
"$:/language/Buttons/Excise/Caption/Replace": {
"title": "$:/language/Buttons/Excise/Caption/Replace",
"text": "Reemplazar texto escindido con:"
},
"$:/language/Buttons/Excise/Caption/Replace/Link": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Link",
"text": "enlace"
},
"$:/language/Buttons/Excise/Caption/Replace/Transclusion": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Transclusion",
"text": "transclusión"
},
"$:/language/Buttons/Excise/Caption/Tag": {
"title": "$:/language/Buttons/Excise/Caption/Tag",
"text": "Etiqueta el nuevo tiddler con el título de este"
},
"$:/language/Buttons/Excise/Caption/TiddlerExists": {
"title": "$:/language/Buttons/Excise/Caption/TiddlerExists",
"text": "¡Atención! El tiddler ya existe"
},
"$:/language/Buttons/Excise/Hint": {
"title": "$:/language/Buttons/Excise/Hint",
"text": "Corta el texto seleccionado y lo pega en un tiddler nuevo"
},
"$:/language/Buttons/ExportPage/Caption": {
"title": "$:/language/Buttons/ExportPage/Caption",
"text": "Exportar todos"
},
"$:/language/Buttons/ExportPage/Hint": {
"title": "$:/language/Buttons/ExportPage/Hint",
"text": "Exporta todos los tiddlers"
},
"$:/language/Buttons/ExportTiddler/Caption": {
"title": "$:/language/Buttons/ExportTiddler/Caption",
"text": "Exportar tiddler"
},
"$:/language/Buttons/ExportTiddler/Hint": {
"title": "$:/language/Buttons/ExportTiddler/Hint",
"text": "Exporta este tiddler"
},
"$:/language/Buttons/ExportTiddlers/Caption": {
"title": "$:/language/Buttons/ExportTiddlers/Caption",
"text": "Exportar tiddlers"
},
"$:/language/Buttons/ExportTiddlers/Hint": {
"title": "$:/language/Buttons/ExportTiddlers/Hint",
"text": "Exporta el grupo de tiddlers"
},
"$:/language/Buttons/Fold/Caption": {
"title": "$:/language/Buttons/Fold/Caption",
"text": "Comprimir tiddler"
},
"$:/language/Buttons/Fold/FoldBar/Caption": {
"title": "$:/language/Buttons/Fold/FoldBar/Caption",
"text": "Barra de vista comprimida"
},
"$:/language/Buttons/Fold/FoldBar/Hint": {
"title": "$:/language/Buttons/Fold/FoldBar/Hint",
"text": "Barras opcionales para comprimir y desplegar tiddlers"
},
"$:/language/Buttons/Fold/Hint": {
"title": "$:/language/Buttons/Fold/Hint",
"text": "Comprime la vista del tiddler ocultando el cuerpo y sólo muestra el título"
},
"$:/language/Buttons/FoldAll/Caption": {
"title": "$:/language/Buttons/FoldAll/Caption",
"text": "Comprimir todos"
},
"$:/language/Buttons/FoldAll/Hint": {
"title": "$:/language/Buttons/FoldAll/Hint",
"text": "Comprime la vista de todos los tiddlers abiertos"
},
"$:/language/Buttons/FoldOthers/Caption": {
"title": "$:/language/Buttons/FoldOthers/Caption",
"text": "Comprimir los demás"
},
"$:/language/Buttons/FoldOthers/Hint": {
"title": "$:/language/Buttons/FoldOthers/Hint",
"text": "Comprime la vista de todos los tiddlers abiertos excepto este"
},
"$:/language/Buttons/FullScreen/Caption": {
"title": "$:/language/Buttons/FullScreen/Caption",
"text": "Pantalla completa"
},
"$:/language/Buttons/FullScreen/Hint": {
"title": "$:/language/Buttons/FullScreen/Hint",
"text": "Entra y sale del modo de pantalla completa"
},
"$:/language/Buttons/Heading1/Caption": {
"title": "$:/language/Buttons/Heading1/Caption",
"text": "Encabezamiento 1"
},
"$:/language/Buttons/Heading1/Hint": {
"title": "$:/language/Buttons/Heading1/Hint",
"text": "Aplica formato de encabezamiento 1 a la selección"
},
"$:/language/Buttons/Heading2/Caption": {
"title": "$:/language/Buttons/Heading2/Caption",
"text": "Encabezamiento 2"
},
"$:/language/Buttons/Heading2/Hint": {
"title": "$:/language/Buttons/Heading2/Hint",
"text": "Aplica formato de encabezamiento 2 a la selección"
},
"$:/language/Buttons/Heading3/Caption": {
"title": "$:/language/Buttons/Heading3/Caption",
"text": "Encabezamiento 3"
},
"$:/language/Buttons/Heading3/Hint": {
"title": "$:/language/Buttons/Heading3/Hint",
"text": "Aplica formato de encabezamiento 3 a la selección"
},
"$:/language/Buttons/Heading4/Caption": {
"title": "$:/language/Buttons/Heading4/Caption",
"text": "Encabezamiento 4"
},
"$:/language/Buttons/Heading4/Hint": {
"title": "$:/language/Buttons/Heading4/Hint",
"text": "Aplica formato de encabezamiento 4 a la selección"
},
"$:/language/Buttons/Heading5/Caption": {
"title": "$:/language/Buttons/Heading5/Caption",
"text": "Encabezamiento 5"
},
"$:/language/Buttons/Heading5/Hint": {
"title": "$:/language/Buttons/Heading5/Hint",
"text": "Aplica formato de encabezamiento 5 a la selección"
},
"$:/language/Buttons/Heading6/Caption": {
"title": "$:/language/Buttons/Heading6/Caption",
"text": "Encabezamiento 6"
},
"$:/language/Buttons/Heading6/Hint": {
"title": "$:/language/Buttons/Heading6/Hint",
"text": "Aplica formato de encabezamiento 6 a la selección"
},
"$:/language/Buttons/Help/Caption": {
"title": "$:/language/Buttons/Help/Caption",
"text": "Ayuda"
},
"$:/language/Buttons/Help/Hint": {
"title": "$:/language/Buttons/Help/Hint",
"text": "Muestra el panel de ayuda"
},
"$:/language/Buttons/HideSideBar/Caption": {
"title": "$:/language/Buttons/HideSideBar/Caption",
"text": "Ocultar barra lateral"
},
"$:/language/Buttons/HideSideBar/Hint": {
"title": "$:/language/Buttons/HideSideBar/Hint",
"text": "Oculta la barra lateral"
},
"$:/language/Buttons/Home/Caption": {
"title": "$:/language/Buttons/Home/Caption",
"text": "Inicio"
},
"$:/language/Buttons/Home/Hint": {
"title": "$:/language/Buttons/Home/Hint",
"text": "Cierra todos los tiddlers abiertos y abre los que se muestran por defecto al inicio"
},
"$:/language/Buttons/Import/Caption": {
"title": "$:/language/Buttons/Import/Caption",
"text": "Importar"
},
"$:/language/Buttons/Import/Hint": {
"title": "$:/language/Buttons/Import/Hint",
"text": "Importa multitud de tipos de archivo, incluyendo textos, imágenes, TiddlyWiki y JSON"
},
"$:/language/Buttons/Info/Caption": {
"title": "$:/language/Buttons/Info/Caption",
"text": "Información"
},
"$:/language/Buttons/Info/Hint": {
"title": "$:/language/Buttons/Info/Hint",
"text": "Muestra información sobre este tiddler"
},
"$:/language/Buttons/Italic/Caption": {
"title": "$:/language/Buttons/Italic/Caption",
"text": "Cursiva"
},
"$:/language/Buttons/Italic/Hint": {
"title": "$:/language/Buttons/Italic/Hint",
"text": "Aplica formato de cursiva a la selección"
},
"$:/language/Buttons/Language/Caption": {
"title": "$:/language/Buttons/Language/Caption",
"text": "Idioma"
},
"$:/language/Buttons/Language/Hint": {
"title": "$:/language/Buttons/Language/Hint",
"text": "Selecciona idioma de la interfaz de usuario"
},
"$:/language/Buttons/LineWidth/Caption": {
"title": "$:/language/Buttons/LineWidth/Caption",
"text": "Ancho del trazo"
},
"$:/language/Buttons/LineWidth/Hint": {
"title": "$:/language/Buttons/LineWidth/Hint",
"text": "Establece el ancho del trazo para pintar"
},
"$:/language/Buttons/ListBullet/Caption": {
"title": "$:/language/Buttons/ListBullet/Caption",
"text": "Lista con viñetas"
},
"$:/language/Buttons/ListBullet/Hint": {
"title": "$:/language/Buttons/ListBullet/Hint",
"text": "Aplica formato de lista con viñetas a la selección"
},
"$:/language/Buttons/ListNumber/Caption": {
"title": "$:/language/Buttons/ListNumber/Caption",
"text": "Lista numerada"
},
"$:/language/Buttons/ListNumber/Hint": {
"title": "$:/language/Buttons/ListNumber/Hint",
"text": "Aplica formato de lista numerada a la selección"
},
"$:/language/Buttons/MonoBlock/Caption": {
"title": "$:/language/Buttons/MonoBlock/Caption",
"text": "Bloque monoespaciado"
},
"$:/language/Buttons/MonoBlock/Hint": {
"title": "$:/language/Buttons/MonoBlock/Hint",
"text": "Aplica formato de bloque monoespaciado a la selección"
},
"$:/language/Buttons/MonoLine/Caption": {
"title": "$:/language/Buttons/MonoLine/Caption",
"text": "Monoespacio"
},
"$:/language/Buttons/MonoLine/Hint": {
"title": "$:/language/Buttons/MonoLine/Hint",
"text": "Aplica formato de monoespacio a la selección"
},
"$:/language/Buttons/More/Caption": {
"title": "$:/language/Buttons/More/Caption",
"text": "Más"
},
"$:/language/Buttons/More/Hint": {
"title": "$:/language/Buttons/More/Hint",
"text": "Otras acciones"
},
"$:/language/Buttons/NewHere/Caption": {
"title": "$:/language/Buttons/NewHere/Caption",
"text": "Nuevo aquí"
},
"$:/language/Buttons/NewHere/Hint": {
"title": "$:/language/Buttons/NewHere/Hint",
"text": "Crea un nuevo tiddler etiquetado con el título de este tiddler"
},
"$:/language/Buttons/NewImage/Caption": {
"title": "$:/language/Buttons/NewImage/Caption",
"text": "Nueva imagen"
},
"$:/language/Buttons/NewImage/Hint": {
"title": "$:/language/Buttons/NewImage/Hint",
"text": "Crea un nuevo tiddler de imagen"
},
"$:/language/Buttons/NewJournal/Caption": {
"title": "$:/language/Buttons/NewJournal/Caption",
"text": "Nueva entrada"
},
"$:/language/Buttons/NewJournal/Hint": {
"title": "$:/language/Buttons/NewJournal/Hint",
"text": "Crea una nueva entrada de diario"
},
"$:/language/Buttons/NewJournalHere/Caption": {
"title": "$:/language/Buttons/NewJournalHere/Caption",
"text": "Entrada nueva aquí"
},
"$:/language/Buttons/NewJournalHere/Hint": {
"title": "$:/language/Buttons/NewJournalHere/Hint",
"text": "Crea una nueva entrada de diario etiquetada con el título de este tiddler"
},
"$:/language/Buttons/NewMarkdown/Caption": {
"title": "$:/language/Buttons/NewMarkdown/Caption",
"text": "Nuevo tiddler en Markdown"
},
"$:/language/Buttons/NewMarkdown/Hint": {
"title": "$:/language/Buttons/NewMarkdown/Hint",
"text": "Crea un nuevo tiddler en Markdown"
},
"$:/language/Buttons/NewTiddler/Caption": {
"title": "$:/language/Buttons/NewTiddler/Caption",
"text": "Nuevo tiddler"
},
"$:/language/Buttons/NewTiddler/Hint": {
"title": "$:/language/Buttons/NewTiddler/Hint",
"text": "Crea un tiddler nuevo"
},
"$:/language/Buttons/OpenWindow/Caption": {
"title": "$:/language/Buttons/OpenWindow/Caption",
"text": "Abrir en ventana nueva"
},
"$:/language/Buttons/OpenWindow/Hint": {
"title": "$:/language/Buttons/OpenWindow/Hint",
"text": "Abre el tiddler en una nueva ventana"
},
"$:/language/Buttons/Opacity/Caption": {
"title": "$:/language/Buttons/Opacity/Caption",
"text": "Opacidad"
},
"$:/language/Buttons/Opacity/Hint": {
"title": "$:/language/Buttons/Opacity/Hint",
"text": "Establece la opacidad del trazo"
},
"$:/language/Buttons/Paint/Caption": {
"title": "$:/language/Buttons/Paint/Caption",
"text": "Color del trazo"
},
"$:/language/Buttons/Paint/Hint": {
"title": "$:/language/Buttons/Paint/Hint",
"text": "Establece el color del trazo"
},
"$:/language/Buttons/Palette/Caption": {
"title": "$:/language/Buttons/Palette/Caption",
"text": "Paleta"
},
"$:/language/Buttons/Palette/Hint": {
"title": "$:/language/Buttons/Palette/Hint",
"text": "Selecciona la paleta de color"
},
"$:/language/Buttons/Permalink/Caption": {
"title": "$:/language/Buttons/Permalink/Caption",
"text": "Permalink"
},
"$:/language/Buttons/Permalink/Hint": {
"title": "$:/language/Buttons/Permalink/Hint",
"text": "Crea en la barra de direcciones del navegador un enlace directo a este tiddler"
},
"$:/language/Buttons/Permaview/Caption": {
"title": "$:/language/Buttons/Permaview/Caption",
"text": "Permaview"
},
"$:/language/Buttons/Permaview/Hint": {
"title": "$:/language/Buttons/Permaview/Hint",
"text": "Crea en la barra de direcciones del navegador un enlace directo a todos los tiddlers abiertos"
},
"$:/language/Buttons/Picture/Caption": {
"title": "$:/language/Buttons/Picture/Caption",
"text": "Imagen"
},
"$:/language/Buttons/Picture/Hint": {
"title": "$:/language/Buttons/Picture/Hint",
"text": "Inserta imagen"
},
"$:/language/Buttons/Preview/Caption": {
"title": "$:/language/Buttons/Preview/Caption",
"text": "Vista previa"
},
"$:/language/Buttons/Preview/Hint": {
"title": "$:/language/Buttons/Preview/Hint",
"text": "Muestra el panel de vista previa"
},
"$:/language/Buttons/PreviewType/Caption": {
"title": "$:/language/Buttons/PreviewType/Caption",
"text": "Tipo de vista previa"
},
"$:/language/Buttons/PreviewType/Hint": {
"title": "$:/language/Buttons/PreviewType/Hint",
"text": "Selecciona el tipo de vista previa"
},
"$:/language/Buttons/Quote/Caption": {
"title": "$:/language/Buttons/Quote/Caption",
"text": "Bloque de cita"
},
"$:/language/Buttons/Quote/Hint": {
"title": "$:/language/Buttons/Quote/Hint",
"text": "Aplica formato de bloque de cita a la selección"
},
"$:/language/Buttons/Refresh/Caption": {
"title": "$:/language/Buttons/Refresh/Caption",
"text": "Recargar"
},
"$:/language/Buttons/Refresh/Hint": {
"title": "$:/language/Buttons/Refresh/Hint",
"text": "Actualiza completamente este wiki"
},
"$:/language/Buttons/Save/Caption": {
"title": "$:/language/Buttons/Save/Caption",
"text": "Ok"
},
"$:/language/Buttons/Save/Hint": {
"title": "$:/language/Buttons/Save/Hint",
"text": "Confirma y guarda los cambios realizados en el tiddler"
},
"$:/language/Buttons/SaveWiki/Caption": {
"title": "$:/language/Buttons/SaveWiki/Caption",
"text": "Guardar cambios"
},
"$:/language/Buttons/SaveWiki/Hint": {
"title": "$:/language/Buttons/SaveWiki/Hint",
"text": "Confirma y guarda todos los cambios realizados en el wiki"
},
"$:/language/Buttons/ShowSideBar/Caption": {
"title": "$:/language/Buttons/ShowSideBar/Caption",
"text": "Mostrar barra lateral"
},
"$:/language/Buttons/ShowSideBar/Hint": {
"title": "$:/language/Buttons/ShowSideBar/Hint",
"text": "Muestra la barra lateral"
},
"$:/language/Buttons/Size/Caption": {
"title": "$:/language/Buttons/Size/Caption",
"text": "Tamaño de imagen"
},
"$:/language/Buttons/Size/Caption/Height": {
"title": "$:/language/Buttons/Size/Caption/Height",
"text": "Altura:"
},
"$:/language/Buttons/Size/Caption/Resize": {
"title": "$:/language/Buttons/Size/Caption/Resize",
"text": "Cambiar tamaño"
},
"$:/language/Buttons/Size/Caption/Width": {
"title": "$:/language/Buttons/Size/Caption/Width",
"text": "Ancho:"
},
"$:/language/Buttons/Size/Hint": {
"title": "$:/language/Buttons/Size/Hint",
"text": "Establece tamaño de la imagen"
},
"$:/language/Buttons/Stamp/Caption": {
"title": "$:/language/Buttons/Stamp/Caption",
"text": "Snippet"
},
"$:/language/Buttons/Stamp/Caption/New": {
"title": "$:/language/Buttons/Stamp/Caption/New",
"text": "Añade el tuyo propio"
},
"$:/language/Buttons/Stamp/Hint": {
"title": "$:/language/Buttons/Stamp/Hint",
"text": "Inserta un snippet o fragmento de texto preconfigurado"
},
"$:/language/Buttons/Stamp/New/Text": {
"title": "$:/language/Buttons/Stamp/New/Text",
"text": "Texto del snippet (Recuerda añadir un título descriptivo en el campo \"caption\" )."
},
"$:/language/Buttons/Stamp/New/Title": {
"title": "$:/language/Buttons/Stamp/New/Title",
"text": "Nombre para mostrar en el menú"
},
"$:/language/Buttons/StoryView/Caption": {
"title": "$:/language/Buttons/StoryView/Caption",
"text": "Vista"
},
"$:/language/Buttons/StoryView/Hint": {
"title": "$:/language/Buttons/StoryView/Hint",
"text": "Selecciona el modo de visualización de los tiddlers"
},
"$:/language/Buttons/Strikethrough/Caption": {
"title": "$:/language/Buttons/Strikethrough/Caption",
"text": "Tachado"
},
"$:/language/Buttons/Strikethrough/Hint": {
"title": "$:/language/Buttons/Strikethrough/Hint",
"text": "Aplica formado de tachado a la selección"
},
"$:/language/Buttons/Subscript/Caption": {
"title": "$:/language/Buttons/Subscript/Caption",
"text": "Subíndice"
},
"$:/language/Buttons/Subscript/Hint": {
"title": "$:/language/Buttons/Subscript/Hint",
"text": "Aplica formato de subíndice a la selección"
},
"$:/language/Buttons/Superscript/Caption": {
"title": "$:/language/Buttons/Superscript/Caption",
"text": "Superíndice"
},
"$:/language/Buttons/Superscript/Hint": {
"title": "$:/language/Buttons/Superscript/Hint",
"text": "Aplica formato de superíndice a la selección"
},
"$:/language/Buttons/TagManager/Caption": {
"title": "$:/language/Buttons/TagManager/Caption",
"text": "Administrador de etiquetas"
},
"$:/language/Buttons/TagManager/Hint": {
"title": "$:/language/Buttons/TagManager/Hint",
"text": "Abre el gestor de etiquetas"
},
"$:/language/Buttons/Theme/Caption": {
"title": "$:/language/Buttons/Theme/Caption",
"text": "Tema"
},
"$:/language/Buttons/Theme/Hint": {
"title": "$:/language/Buttons/Theme/Hint",
"text": "Selecciona un estilo visual para el wiki"
},
"$:/language/Buttons/Underline/Caption": {
"title": "$:/language/Buttons/Underline/Caption",
"text": "Subrayado"
},
"$:/language/Buttons/Underline/Hint": {
"title": "$:/language/Buttons/Underline/Hint",
"text": "Aplica formato de subrayado a la selección"
},
"$:/language/Buttons/Unfold/Caption": {
"title": "$:/language/Buttons/Unfold/Caption",
"text": "Desplegar tiddler"
},
"$:/language/Buttons/Unfold/Hint": {
"title": "$:/language/Buttons/Unfold/Hint",
"text": "Despliega el cuerpo de este tiddler y muestra su contenido"
},
"$:/language/Buttons/UnfoldAll/Caption": {
"title": "$:/language/Buttons/UnfoldAll/Caption",
"text": "Desplegar todos"
},
"$:/language/Buttons/UnfoldAll/Hint": {
"title": "$:/language/Buttons/UnfoldAll/Hint",
"text": "Despliega y muestra el contenido de todos los tiddlers abiertos"
},
"$:/language/ControlPanel/Advanced/Caption": {
"title": "$:/language/ControlPanel/Advanced/Caption",
"text": "Avanzado"
},
"$:/language/ControlPanel/Advanced/Hint": {
"title": "$:/language/ControlPanel/Advanced/Hint",
"text": "Información interna de TiddlyWiki"
},
"$:/language/ControlPanel/Appearance/Caption": {
"title": "$:/language/ControlPanel/Appearance/Caption",
"text": "Aspecto"
},
"$:/language/ControlPanel/Appearance/Hint": {
"title": "$:/language/ControlPanel/Appearance/Hint",
"text": "Personaliza la apariencia de TiddlyWiki"
},
"$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
"title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
"text": "Duración de la animación"
},
"$:/language/ControlPanel/Basics/Caption": {
"title": "$:/language/ControlPanel/Basics/Caption",
"text": "Básico"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
"text": "Usa [[corchetes dobles]] para títulos con espacios. También puedes mostrarlos ordenados <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">de más reciente a más antiguo</$button>"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
"text": "Tiddlers por defecto"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
"text": "Escoge qué tiddlers se muestran al inicio"
},
"$:/language/ControlPanel/Basics/Language/Prompt": {
"title": "$:/language/ControlPanel/Basics/Language/Prompt",
"text": "¡Hola! Selecciona idioma actual"
},
"$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
"text": "Etiqueta para las nuevas entradas de diario"
},
"$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
"text": "Formato de título para las nuevas entradas de diario"
},
"$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
"text": "Número de tiddlers ocultos anulados"
},
"$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
"text": "Número de tiddlers ocultos"
},
"$:/language/ControlPanel/Basics/Subtitle/Prompt": {
"title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
"text": "Subtítulo"
},
"$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
"text": "Número de tiddlers de sistema"
},
"$:/language/ControlPanel/Basics/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tags/Prompt",
"text": "Número de etiquetas"
},
"$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
"text": "Número de tiddlers"
},
"$:/language/ControlPanel/Basics/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/Title/Prompt",
"text": "Título de este ~TiddlyWiki:"
},
"$:/language/ControlPanel/Basics/Username/Prompt": {
"title": "$:/language/ControlPanel/Basics/Username/Prompt",
"text": "Nombre de usuario"
},
"$:/language/ControlPanel/Basics/Version/Prompt": {
"title": "$:/language/ControlPanel/Basics/Version/Prompt",
"text": "Versión de ~TiddlyWiki"
},
"$:/language/ControlPanel/EditorTypes/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Caption",
"text": "Tipos de editor"
},
"$:/language/ControlPanel/EditorTypes/Editor/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
"text": "Editor"
},
"$:/language/ControlPanel/EditorTypes/Hint": {
"title": "$:/language/ControlPanel/EditorTypes/Hint",
"text": "Editores usados para ciertos tipos específicos de tiddler"
},
"$:/language/ControlPanel/EditorTypes/Type/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
"text": "Tipo"
},
"$:/language/ControlPanel/Info/Caption": {
"title": "$:/language/ControlPanel/Info/Caption",
"text": "Información"
},
"$:/language/ControlPanel/Info/Hint": {
"title": "$:/language/ControlPanel/Info/Hint",
"text": "Información acerca de este TiddlyWiki"
},
"$:/language/ControlPanel/KeyboardShortcuts/Add/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Caption",
"text": "Añadir atajo"
},
"$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt",
"text": "Escribe el atajo"
},
"$:/language/ControlPanel/KeyboardShortcuts/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Caption",
"text": "Atajos de teclado"
},
"$:/language/ControlPanel/KeyboardShortcuts/Hint": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Hint",
"text": "Administra la asignación de atajos de teclado"
},
"$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption",
"text": "No hay atajo asignado"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/All": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/All",
"text": "Cualquier plataforma"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux",
"text": "Sólo Linux"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac",
"text": "Sólo Macintosh"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux",
"text": "Todas menos Linux"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac",
"text": "Todas menos Macintosh"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows",
"text": "Todas menos Windows"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows",
"text": "Sólo windows"
},
"$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint",
"text": "Eliminar atajo"
},
"$:/language/ControlPanel/LoadedModules/Caption": {
"title": "$:/language/ControlPanel/LoadedModules/Caption",
"text": "Módulos cargados"
},
"$:/language/ControlPanel/LoadedModules/Hint": {
"title": "$:/language/ControlPanel/LoadedModules/Hint",
"text": "Modulos cargados en este momento, enlazados con sus tiddlers de origen. Los módulos en itálica carecen de origen, debido normalmente a que se configuraron durante el inicio."
},
"$:/language/ControlPanel/Palette/Caption": {
"title": "$:/language/ControlPanel/Palette/Caption",
"text": "Paleta"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
"text": "Clonar"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
"text": "Se recomienda clonar esta paleta antes de editarla."
},
"$:/language/ControlPanel/Palette/Editor/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt",
"text": "Editando"
},
"$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
"text": "Si te has perdido, no desesperes"
},
"$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
"text": "Restaura la paleta"
},
"$:/language/ControlPanel/Palette/HideEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
"text": "Cerrar el editor"
},
"$:/language/ControlPanel/Palette/Prompt": {
"title": "$:/language/ControlPanel/Palette/Prompt",
"text": "Paleta actual"
},
"$:/language/ControlPanel/Palette/ShowEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
"text": "Abrir el editor"
},
"$:/language/ControlPanel/Parsing/Block/Caption": {
"title": "$:/language/ControlPanel/Parsing/Block/Caption",
"text": "Bloquear reglas sintácticas"
},
"$:/language/ControlPanel/Parsing/Caption": {
"title": "$:/language/ControlPanel/Parsing/Caption",
"text": "Interpretación sintáctica"
},
"$:/language/ControlPanel/Parsing/Hint": {
"title": "$:/language/ControlPanel/Parsing/Hint",
"text": "Aquí se pueden deshabilitar globalmente reglas de interpretación sintáctica del wiki. Ten cuidado: deshabilitar ciertas reglas puede hacer que ~TiddlyWiki deje de funcionar correctamente."
},
"$:/language/ControlPanel/En tal caso, puedes recuperar su normal funcionamiento en [[modo seguro|https": {
"title": "$:/language/ControlPanel/En tal caso, puedes recuperar su normal funcionamiento en [[modo seguro|https",
"text": "/tiddlywiki.com/#SafeMode]]."
},
"$:/language/ControlPanel/Parsing/Inline/Caption": {
"title": "$:/language/ControlPanel/Parsing/Inline/Caption",
"text": "Reglas sintácticas de texto"
},
"$:/language/ControlPanel/Parsing/Pragma/Caption": {
"title": "$:/language/ControlPanel/Parsing/Pragma/Caption",
"text": "Reglas sintácticas del compilador"
},
"$:/language/ControlPanel/Plugins/Add/Caption": {
"title": "$:/language/ControlPanel/Plugins/Add/Caption",
"text": "Obten complementos y extensiones"
},
"$:/language/ControlPanel/Plugins/Add/Hint": {
"title": "$:/language/ControlPanel/Plugins/Add/Hint",
"text": "Instala plugins desde la librería oficial"
},
"$:/language/ControlPanel/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Disable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Disable/Caption",
"text": "Desactivar"
},
"$:/language/ControlPanel/Plugins/Disable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Disable/Hint",
"text": "Desactiva el plugin al actualizar la página"
},
"$:/language/ControlPanel/Plugins/Disabled/Status": {
"title": "$:/language/ControlPanel/Plugins/Disabled/Status",
"text": "(Desactivado)"
},
"$:/language/ControlPanel/Plugins/Empty/Hint": {
"title": "$:/language/ControlPanel/Plugins/Empty/Hint",
"text": "No se han instalado"
},
"$:/language/ControlPanel/Plugins/Enable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Enable/Caption",
"text": "Activar"
},
"$:/language/ControlPanel/Plugins/Enable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Enable/Hint",
"text": "Activa este plugin al actualizar la página"
},
"$:/language/ControlPanel/Plugins/Install/Caption": {
"title": "$:/language/ControlPanel/Plugins/Install/Caption",
"text": "Instalar"
},
"$:/language/ControlPanel/Plugins/Installed/Hint": {
"title": "$:/language/ControlPanel/Plugins/Installed/Hint",
"text": "Plugins instalados actualmente"
},
"$:/language/ControlPanel/Plugins/Language/Prompt": {
"title": "$:/language/ControlPanel/Plugins/Language/Prompt",
"text": "Idiomas"
},
"$:/language/ControlPanel/Plugins/Languages/Caption": {
"title": "$:/language/ControlPanel/Plugins/Languages/Caption",
"text": "Idiomas"
},
"$:/language/ControlPanel/Plugins/Languages/Hint": {
"title": "$:/language/ControlPanel/Plugins/Languages/Hint",
"text": "Extensiones de idioma"
},
"$:/language/ControlPanel/Plugins/OpenPluginLibrary": {
"title": "$:/language/ControlPanel/Plugins/OpenPluginLibrary",
"text": "Abrir biblioteca de complementos y extensiones"
},
"$:/language/ControlPanel/Plugins/Plugin/Prompt": {
"title": "$:/language/ControlPanel/Plugins/Plugin/Prompt",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Plugins/Hint": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Hint",
"text": "Complementos y extensiones"
},
"$:/language/ControlPanel/Plugins/Reinstall/Caption": {
"title": "$:/language/ControlPanel/Plugins/Reinstall/Caption",
"text": "Reinstalar"
},
"$:/language/ControlPanel/Plugins/Theme/Prompt": {
"title": "$:/language/ControlPanel/Plugins/Theme/Prompt",
"text": "Temas"
},
"$:/language/ControlPanel/Plugins/Themes/Caption": {
"title": "$:/language/ControlPanel/Plugins/Themes/Caption",
"text": "Temas"
},
"$:/language/ControlPanel/Plugins/Themes/Hint": {
"title": "$:/language/ControlPanel/Plugins/Themes/Hint",
"text": "Extensiones de tema"
},
"$:/language/ControlPanel/Saving/Caption": {
"title": "$:/language/ControlPanel/Saving/Caption",
"text": "Servidor"
},
"$:/language/ControlPanel/Saving/Heading": {
"title": "$:/language/ControlPanel/Saving/Heading",
"text": "Servidor"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
"text": "Configuración Avanzada"
},
"$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
"text": "Directorio de copias de seguridad"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
"text": "Copias de seguridad"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Description": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
"text": "Esta configuración sólo se usa para guardar el wiki en http://tiddlyspot.com o en otro servidor compatible"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
"text": "Nombre del archivo"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
"text": "~TiddlySpot"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
"text": "//La dirección (URL) por defecto de// TiddlySpot //es `http://<wikiname>.tiddlyspot.com/store.cgi` aunque puede cambiarse a voluntad para usar otro servidor//"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Password": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
"text": "Contraseña"
},
"$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
"text": "Dirección (URL) del servidor"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
"text": "Directorio de almacenamiento"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
"text": "Nombre del Wiki"
},
"$:/language/ControlPanel/Settings/AutoSave/Caption": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
"text": "Guardar automáticamente"
},
"$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
"text": "No guardar cambios automáticamente"
},
"$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
"text": "Guardar cambios automáticamente"
},
"$:/language/ControlPanel/Settings/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
"text": "Guarda automáticamente los cambios durante la edición"
},
"$:/language/ControlPanel/Settings/CamelCase/Caption": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Caption",
"text": "Enlaces wiki mediante ~CamelCase"
},
"$:/language/ControlPanel/Settings/CamelCase/Description": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Description",
"text": "Activar enlaces automáticos mediante ~CamelCase"
},
"$:/language/ControlPanel/Settings/CamelCase/Hint": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Hint",
"text": "Desactiva globalmente la opción de enlace automático mediante CamelCase <br>"
},
"$:/language/ControlPanel/Settings/Caption": {
"title": "$:/language/ControlPanel/Settings/Caption",
"text": "Configuración"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption",
"text": "Pestaña por defecto de la barra lateral"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint",
"text": "Indica qué pestaña de la barra lateral se muestra por defecto al inicio"
},
"$:/language/ControlPanel/Settings/Hint": {
"title": "$:/language/ControlPanel/Settings/Hint",
"text": "La configuración de estos ajustes te permite personalizar el comportamiento de TiddlyWiki."
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/Caption": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption",
"text": "Comportamiento al abrir tiddlers..."
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint",
"text": "...dentro del StoryRiver"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove",
"text": "Abrirlo por encima del tiddler actual"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom",
"text": "Abrirlo al final del StoryRiver"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop",
"text": "Abrirlo al principio del StoryRiver"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow",
"text": "Abrirlo por debajo del tiddler actual"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint",
"text": "...desde fuera del StoryRiver"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
"text": "Barra de direcciones"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
"text": "Comportamiento de la barra de dirección del navegador cuando se abre un tiddler"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
"text": "No actualizar la barra de dirección"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
"text": "Añadir el tiddler de destino a la dirección"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
"text": "Añadir el tiddler de destino y la secuencia actual de tiddlers abiertos"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
"text": "Historial de navegación"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
"text": "Actualiza el historial de navegación al abrir un tiddler"
},
"$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
"text": "No actualizar el historial"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
"text": "Actualizar el historial"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption",
"text": "//Performance Instrumentation//"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description",
"text": "Activar //performance instrumentation//"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint",
"text": "Muestra estadísticas de las prestaciones de la página en la consola de desarrollo <br>"
},
"$:/language/ControlPanel/Settings/TitleLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Caption",
"text": "Títulos de tiddler"
},
"$:/language/ControlPanel/Settings/TitleLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Hint",
"text": "Los títulos de los tiddlers se mostrarán y se comportarán como enlaces"
},
"$:/language/ControlPanel/Settings/TitleLinks/No/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/No/Description",
"text": "No mostrar como enlaces"
},
"$:/language/ControlPanel/Settings/TitleLinks/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description",
"text": "Mostrar como enlaces"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
"text": "Botones de la barra de herramientas"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
"text": "Aspecto por defecto de los botones de la barra de herramientas"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
"text": "Mostrar icono"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
"text": "Mostrar texto"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption",
"text": "Estilo de botón"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint",
"text": "Selecciona el estilo de los botones de la barra de herramientas"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless",
"text": "Sin borde"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed",
"text": "Cuadrado"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded",
"text": "Redondo"
},
"$:/language/ControlPanel/StoryView/Caption": {
"title": "$:/language/ControlPanel/StoryView/Caption",
"text": "Vista"
},
"$:/language/ControlPanel/StoryView/Prompt": {
"title": "$:/language/ControlPanel/StoryView/Prompt",
"text": "Vista actual"
},
"$:/language/ControlPanel/Theme/Caption": {
"title": "$:/language/ControlPanel/Theme/Caption",
"text": "Tema"
},
"$:/language/ControlPanel/Theme/Prompt": {
"title": "$:/language/ControlPanel/Theme/Prompt",
"text": "Tema actual"
},
"$:/language/ControlPanel/TiddlerFields/Caption": {
"title": "$:/language/ControlPanel/TiddlerFields/Caption",
"text": "Campos de tiddler"
},
"$:/language/ControlPanel/TiddlerFields/Hint": {
"title": "$:/language/ControlPanel/TiddlerFields/Hint",
"text": "Esta es la colección completa de campos de tiddler (TiddlerFields) actualmente en uso en este wiki, que incluye los tiddlers de sistema, pero no los ocultos"
},
"$:/language/ControlPanel/Toolbars/Caption": {
"title": "$:/language/ControlPanel/Toolbars/Caption",
"text": "Barras de herramientas"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
"text": "Barra de edición"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
"text": "Selecciona qué botones mostrar en modo de edición"
},
"$:/language/ControlPanel/Toolbars/Hint": {
"title": "$:/language/ControlPanel/Toolbars/Hint",
"text": "Selecciona qué botones mostrar en las diferentes barras de herramientas"
},
"$:/language/ControlPanel/Toolbars/PageControls/Caption": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
"text": "Barra de página"
},
"$:/language/ControlPanel/Toolbars/PageControls/Hint": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
"text": "Selecciona qué botones mostrar en la barra de página"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
"text": "Barra de visualización"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
"text": "Selecciona qué botones mostrar en modo de visualización"
},
"$:/language/ControlPanel/Tools/Download/Full/Caption": {
"title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
"text": "Descargar el wiki completo"
},
"$:/core/readme": {
"title": "$:/core/readme",
"text": "Este plugin contiene componentes del núcleo de TiddlyWiki que incluyen:\n\n* Módulos de código JavaScript\n* Iconos\n* Plantillas necesarias para crear la interfaz de usuario de TiddlyWiki\n* Traducciones al castellano (ES-es) de las cadenas localizables usadas por el núcleo\n"
},
"$:/language/Date/DaySuffix/1": {
"title": "$:/language/Date/DaySuffix/1",
"text": "º"
},
"$:/language/Date/DaySuffix/10": {
"title": "$:/language/Date/DaySuffix/10",
"text": ""
},
"$:/language/Date/DaySuffix/11": {
"title": "$:/language/Date/DaySuffix/11",
"text": ""
},
"$:/language/Date/DaySuffix/12": {
"title": "$:/language/Date/DaySuffix/12",
"text": ""
},
"$:/language/Date/DaySuffix/13": {
"title": "$:/language/Date/DaySuffix/13",
"text": ""
},
"$:/language/Date/DaySuffix/14": {
"title": "$:/language/Date/DaySuffix/14",
"text": ""
},
"$:/language/Date/DaySuffix/15": {
"title": "$:/language/Date/DaySuffix/15",
"text": ""
},
"$:/language/Date/DaySuffix/16": {
"title": "$:/language/Date/DaySuffix/16",
"text": ""
},
"$:/language/Date/DaySuffix/17": {
"title": "$:/language/Date/DaySuffix/17",
"text": ""
},
"$:/language/Date/DaySuffix/18": {
"title": "$:/language/Date/DaySuffix/18",
"text": ""
},
"$:/language/Date/DaySuffix/19": {
"title": "$:/language/Date/DaySuffix/19",
"text": ""
},
"$:/language/Date/DaySuffix/2": {
"title": "$:/language/Date/DaySuffix/2",
"text": ""
},
"$:/language/Date/DaySuffix/20": {
"title": "$:/language/Date/DaySuffix/20",
"text": ""
},
"$:/language/Date/DaySuffix/21": {
"title": "$:/language/Date/DaySuffix/21",
"text": ""
},
"$:/language/Date/DaySuffix/22": {
"title": "$:/language/Date/DaySuffix/22",
"text": ""
},
"$:/language/Date/DaySuffix/23": {
"title": "$:/language/Date/DaySuffix/23",
"text": ""
},
"$:/language/Date/DaySuffix/24": {
"title": "$:/language/Date/DaySuffix/24",
"text": ""
},
"$:/language/Date/DaySuffix/25": {
"title": "$:/language/Date/DaySuffix/25",
"text": ""
},
"$:/language/Date/DaySuffix/26": {
"title": "$:/language/Date/DaySuffix/26",
"text": ""
},
"$:/language/Date/DaySuffix/27": {
"title": "$:/language/Date/DaySuffix/27",
"text": ""
},
"$:/language/Date/DaySuffix/28": {
"title": "$:/language/Date/DaySuffix/28",
"text": ""
},
"$:/language/Date/DaySuffix/29": {
"title": "$:/language/Date/DaySuffix/29",
"text": ""
},
"$:/language/Date/DaySuffix/3": {
"title": "$:/language/Date/DaySuffix/3",
"text": ""
},
"$:/language/Date/DaySuffix/30": {
"title": "$:/language/Date/DaySuffix/30",
"text": ""
},
"$:/language/Date/DaySuffix/31": {
"title": "$:/language/Date/DaySuffix/31",
"text": ""
},
"$:/language/Date/DaySuffix/4": {
"title": "$:/language/Date/DaySuffix/4",
"text": ""
},
"$:/language/Date/DaySuffix/5": {
"title": "$:/language/Date/DaySuffix/5",
"text": ""
},
"$:/language/Date/DaySuffix/6": {
"title": "$:/language/Date/DaySuffix/6",
"text": ""
},
"$:/language/Date/DaySuffix/7": {
"title": "$:/language/Date/DaySuffix/7",
"text": ""
},
"$:/language/Date/DaySuffix/8": {
"title": "$:/language/Date/DaySuffix/8",
"text": ""
},
"$:/language/Date/DaySuffix/9": {
"title": "$:/language/Date/DaySuffix/9",
"text": ""
},
"$:/language/Date/Long/Day/0": {
"title": "$:/language/Date/Long/Day/0",
"text": "domingo"
},
"$:/language/Date/Long/Day/1": {
"title": "$:/language/Date/Long/Day/1",
"text": "lunes"
},
"$:/language/Date/Long/Day/2": {
"title": "$:/language/Date/Long/Day/2",
"text": "martes"
},
"$:/language/Date/Long/Day/3": {
"title": "$:/language/Date/Long/Day/3",
"text": "miércoles"
},
"$:/language/Date/Long/Day/4": {
"title": "$:/language/Date/Long/Day/4",
"text": "jueves"
},
"$:/language/Date/Long/Day/5": {
"title": "$:/language/Date/Long/Day/5",
"text": "viernes"
},
"$:/language/Date/Long/Day/6": {
"title": "$:/language/Date/Long/Day/6",
"text": "sábado"
},
"$:/language/Date/Long/Month/1": {
"title": "$:/language/Date/Long/Month/1",
"text": "enero"
},
"$:/language/Date/Long/Month/10": {
"title": "$:/language/Date/Long/Month/10",
"text": "octubre"
},
"$:/language/Date/Long/Month/11": {
"title": "$:/language/Date/Long/Month/11",
"text": "noviembre"
},
"$:/language/Date/Long/Month/12": {
"title": "$:/language/Date/Long/Month/12",
"text": "diciembre"
},
"$:/language/Date/Long/Month/2": {
"title": "$:/language/Date/Long/Month/2",
"text": "febrero"
},
"$:/language/Date/Long/Month/3": {
"title": "$:/language/Date/Long/Month/3",
"text": "marzo"
},
"$:/language/Date/Long/Month/4": {
"title": "$:/language/Date/Long/Month/4",
"text": "abril"
},
"$:/language/Date/Long/Month/5": {
"title": "$:/language/Date/Long/Month/5",
"text": "mayo"
},
"$:/language/Date/Long/Month/6": {
"title": "$:/language/Date/Long/Month/6",
"text": "junio"
},
"$:/language/Date/Long/Month/7": {
"title": "$:/language/Date/Long/Month/7",
"text": "julio"
},
"$:/language/Date/Long/Month/8": {
"title": "$:/language/Date/Long/Month/8",
"text": "agosto"
},
"$:/language/Date/Long/Month/9": {
"title": "$:/language/Date/Long/Month/9",
"text": "septiembre"
},
"$:/language/Date/Short/Day/0": {
"title": "$:/language/Date/Short/Day/0",
"text": "Do"
},
"$:/language/Date/Short/Day/1": {
"title": "$:/language/Date/Short/Day/1",
"text": "Lu"
},
"$:/language/Date/Short/Day/2": {
"title": "$:/language/Date/Short/Day/2",
"text": "Ma"
},
"$:/language/Date/Short/Day/3": {
"title": "$:/language/Date/Short/Day/3",
"text": "Mi"
},
"$:/language/Date/Short/Day/4": {
"title": "$:/language/Date/Short/Day/4",
"text": "Ju"
},
"$:/language/Date/Short/Day/5": {
"title": "$:/language/Date/Short/Day/5",
"text": "Vi"
},
"$:/language/Date/Short/Day/6": {
"title": "$:/language/Date/Short/Day/6",
"text": "Sá"
},
"$:/language/Date/Short/Month/1": {
"title": "$:/language/Date/Short/Month/1",
"text": "Ene"
},
"$:/language/Date/Short/Month/12": {
"title": "$:/language/Date/Short/Month/12",
"text": "Dic"
},
"$:/language/Date/Short/Month/4": {
"title": "$:/language/Date/Short/Month/4",
"text": "Abr"
},
"$:/language/Date/Short/Month/8": {
"title": "$:/language/Date/Short/Month/8",
"text": "Ago"
},
"$:/language/RelativeDate/Future/Days": {
"title": "$:/language/RelativeDate/Future/Days",
"text": "dentro de <<period>> días"
},
"$:/language/RelativeDate/Future/Hours": {
"title": "$:/language/RelativeDate/Future/Hours",
"text": "en <<period>> horas"
},
"$:/language/RelativeDate/Future/Minutes": {
"title": "$:/language/RelativeDate/Future/Minutes",
"text": "en <<period>> minutos"
},
"$:/language/RelativeDate/Future/Months": {
"title": "$:/language/RelativeDate/Future/Months",
"text": "dentro de <<period>> meses"
},
"$:/language/RelativeDate/Future/Second": {
"title": "$:/language/RelativeDate/Future/Second",
"text": "en 1 segundo"
},
"$:/language/RelativeDate/Future/Seconds": {
"title": "$:/language/RelativeDate/Future/Seconds",
"text": "en <<period>> segundos"
},
"$:/language/RelativeDate/Future/Years": {
"title": "$:/language/RelativeDate/Future/Years",
"text": "dentro de <<period>> años"
},
"$:/language/RelativeDate/Past/Days": {
"title": "$:/language/RelativeDate/Past/Days",
"text": "hace <<period>> días"
},
"$:/language/RelativeDate/Past/Hours": {
"title": "$:/language/RelativeDate/Past/Hours",
"text": "hace <<period>> horas"
},
"$:/language/RelativeDate/Past/Minutes": {
"title": "$:/language/RelativeDate/Past/Minutes",
"text": "hace <<period>> minutos"
},
"$:/language/RelativeDate/Past/Months": {
"title": "$:/language/RelativeDate/Past/Months",
"text": "hace <<period>> meses"
},
"$:/language/RelativeDate/Past/Second": {
"title": "$:/language/RelativeDate/Past/Second",
"text": "hace 1 segundo"
},
"$:/language/RelativeDate/Past/Seconds": {
"title": "$:/language/RelativeDate/Past/Seconds",
"text": "hace <<period>> segundos"
},
"$:/language/RelativeDate/Past/Years": {
"title": "$:/language/RelativeDate/Past/Years",
"text": "hace <<period>> años"
},
"$:/language/Docs/ModuleTypes/animation": {
"title": "$:/language/Docs/ModuleTypes/animation",
"text": "Animaciones que pueden usarse con RevealWidget"
},
"$:/language/Docs/ModuleTypes/command": {
"title": "$:/language/Docs/ModuleTypes/command",
"text": "Comandos que pueden ejecutarse en Node.js"
},
"$:/language/Docs/ModuleTypes/config": {
"title": "$:/language/Docs/ModuleTypes/config",
"text": "Datos para insertar en `$tw.config`"
},
"$:/language/Docs/ModuleTypes/filteroperator": {
"title": "$:/language/Docs/ModuleTypes/filteroperator",
"text": "Operadores individuales de filtrado"
},
"$:/language/Docs/ModuleTypes/global": {
"title": "$:/language/Docs/ModuleTypes/global",
"text": "Datos globales para insertar en `$tw`"
},
"$:/language/Docs/ModuleTypes/isfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/isfilteroperator",
"text": "Operandos para el operador ''is''"
},
"$:/language/Docs/ModuleTypes/macro": {
"title": "$:/language/Docs/ModuleTypes/macro",
"text": "Definiciones macro de JavaScript."
},
"$:/language/Docs/ModuleTypes/parser": {
"title": "$:/language/Docs/ModuleTypes/parser",
"text": "Reglas sintácticas para diversos tipos de contenido."
},
"$:/language/Docs/ModuleTypes/saver": {
"title": "$:/language/Docs/ModuleTypes/saver",
"text": "Guarda archivos desde el navegador con diferentes métodos."
},
"$:/language/Docs/ModuleTypes/startup": {
"title": "$:/language/Docs/ModuleTypes/startup",
"text": "Funciones de inicio"
},
"$:/language/Docs/ModuleTypes/storyview": {
"title": "$:/language/Docs/ModuleTypes/storyview",
"text": "Personaliza la animación y comportamiento de listas"
},
"$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
"title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
"text": "Convierte diferentes tipos de contenido en tiddlers"
},
"$:/language/Docs/ModuleTypes/tiddlerfield": {
"title": "$:/language/Docs/ModuleTypes/tiddlerfield",
"text": "Define el comportamiento de un campo individual"
},
"$:/language/Docs/ModuleTypes/tiddlermethod": {
"title": "$:/language/Docs/ModuleTypes/tiddlermethod",
"text": "Añade métodos al prototipo `$tw.Tiddler`"
},
"$:/language/Docs/ModuleTypes/upgrader": {
"title": "$:/language/Docs/ModuleTypes/upgrader",
"text": "Aplica la actualización a los tiddlers durante el proceso de actualización/importación."
},
"$:/language/Docs/ModuleTypes/utils": {
"title": "$:/language/Docs/ModuleTypes/utils",
"text": "Añade métodos a `$tw.utils`"
},
"$:/language/Docs/ModuleTypes/utils-node": {
"title": "$:/language/Docs/ModuleTypes/utils-node",
"text": "Añade métodos específicos de Node.js a `$tw.utils`"
},
"$:/language/Docs/ModuleTypes/widget": {
"title": "$:/language/Docs/ModuleTypes/widget",
"text": "Encapsula la representación y recarga de ''DOM''"
},
"$:/language/Docs/ModuleTypes/wikimethod": {
"title": "$:/language/Docs/ModuleTypes/wikimethod",
"text": "Añade métodos a `$tw.Wiki`"
},
"$:/language/Docs/ModuleTypes/wikirule": {
"title": "$:/language/Docs/ModuleTypes/wikirule",
"text": "Reglas individuales del intérprete principal de WikiText"
},
"$:/language/EditTemplate/Body/External/Hint": {
"title": "$:/language/EditTemplate/Body/External/Hint",
"text": "Este es un tiddler externo, es decir, guardado fuera del archivo TiddlyWiki principal <br>"
},
"$:/language/EditTemplate/Body/Placeholder": {
"title": "$:/language/EditTemplate/Body/Placeholder",
"text": "Escribe el texto aquí"
},
"$:/language/EditTemplate/Body/Preview/Type/Output": {
"title": "$:/language/EditTemplate/Body/Preview/Type/Output",
"text": "Output"
},
"$:/language/EditTemplate/Field/Remove/Caption": {
"title": "$:/language/EditTemplate/Field/Remove/Caption",
"text": "Eliminar campo"
},
"$:/language/EditTemplate/Field/Remove/Hint": {
"title": "$:/language/EditTemplate/Field/Remove/Hint",
"text": "Elimina el campo y su valor"
},
"$:/language/EditTemplate/Fields/Add/Button": {
"title": "$:/language/EditTemplate/Fields/Add/Button",
"text": "Añadir campo"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/System": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/System",
"text": "Campos de sistema"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/User": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/User",
"text": "Campos de usuario"
},
"$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
"text": "Nombre"
},
"$:/language/EditTemplate/Fields/Add/Prompt": {
"title": "$:/language/EditTemplate/Fields/Add/Prompt",
"text": "Añadir"
},
"$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
"text": "Valor"
},
"$:/language/EditTemplate/Shadow/OverriddenWarning": {
"title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
"text": "Este es un tiddler oculto modificado<br>"
},
"$:/language/EditTemplate/Shadow/Warning": {
"title": "$:/language/EditTemplate/Shadow/Warning",
"text": "Este es un tiddler oculto<br>"
},
"$:/language/EditTemplate/Tags/Add/Button": {
"title": "$:/language/EditTemplate/Tags/Add/Button",
"text": "Añadir"
},
"$:/language/EditTemplate/Tags/Add/Placeholder": {
"title": "$:/language/EditTemplate/Tags/Add/Placeholder",
"text": "Nombre"
},
"$:/language/EditTemplate/Tags/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
"text": "Etiquetas"
},
"$:/language/EditTemplate/Tags/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
"text": "Muestra la lista de etiquetas existentes"
},
"$:/language/EditTemplate/Type/Delete/Caption": {
"title": "$:/language/EditTemplate/Type/Delete/Caption",
"text": "Borrar"
},
"$:/language/EditTemplate/Type/Delete/Hint": {
"title": "$:/language/EditTemplate/Type/Delete/Hint",
"text": "Borra el tipo de contenido"
},
"$:/language/EditTemplate/Type/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Type/Dropdown/Caption",
"text": "Tipos de contenido"
},
"$:/language/EditTemplate/Type/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Type/Dropdown/Hint",
"text": "Muestra la lista de tipos disponibles"
},
"$:/language/EditTemplate/Type/Placeholder": {
"title": "$:/language/EditTemplate/Type/Placeholder",
"text": "Nuevo tipo"
},
"$:/language/EditTemplate/Type/Prompt": {
"title": "$:/language/EditTemplate/Type/Prompt",
"text": "Tipo:"
},
"$:/language/Exporters/CsvFile": {
"title": "$:/language/Exporters/CsvFile",
"text": "Archivo de tipo .CSV"
},
"$:/language/Exporters/JsonFile": {
"title": "$:/language/Exporters/JsonFile",
"text": "Archivo de tipo .JSON"
},
"$:/language/Exporters/StaticRiver": {
"title": "$:/language/Exporters/StaticRiver",
"text": "Cadena de tiddlers como .HTML estático"
},
"$:/language/Exporters/TidFile": {
"title": "$:/language/Exporters/TidFile",
"text": "Tiddler individual como archivo \".tid\""
},
"$:/language/Docs/Fields/_canonical_uri": {
"title": "$:/language/Docs/Fields/_canonical_uri",
"text": "Dirección (URI) completa -absoluta o relativa- de un tiddler externo de imagen"
},
"$:/language/Docs/Fields/bag": {
"title": "$:/language/Docs/Fields/bag",
"text": "Nombre de la bolsa de la que procede un tiddler"
},
"$:/language/Docs/Fields/caption": {
"title": "$:/language/Docs/Fields/caption",
"text": "Texto que se muestra en una pestaña o botón, con independencia del título del tiddler que lo define"
},
"$:/language/Docs/Fields/color": {
"title": "$:/language/Docs/Fields/color",
"text": "Valor CSS del color de fondo asociado a un tiddler"
},
"$:/language/Docs/Fields/component": {
"title": "$:/language/Docs/Fields/component",
"text": "Nombre del componente responsable de un [[tiddler de alerta|AlertMechanism]]"
},
"$:/language/Docs/Fields/created": {
"title": "$:/language/Docs/Fields/created",
"text": "Fecha de creación del tiddler"
},
"$:/language/Docs/Fields/creator": {
"title": "$:/language/Docs/Fields/creator",
"text": "Nombre del autor del tiddler"
},
"$:/language/Docs/Fields/current-tiddler": {
"title": "$:/language/Docs/Fields/current-tiddler",
"text": "Usado para incluir el tiddler superior en una [[historia|HistoryMechanism]]"
},
"$:/language/Docs/Fields/dependents": {
"title": "$:/language/Docs/Fields/dependents",
"text": "En un complemento o extensión, lista de sus dependencias"
},
"$:/language/Docs/Fields/description": {
"title": "$:/language/Docs/Fields/description",
"text": "Descripción de un complemento, extensión, o diálogo modal"
},
"$:/language/Docs/Fields/draft.of": {
"title": "$:/language/Docs/Fields/draft.of",
"text": "Título del tiddler del que el actual es borrador"
},
"$:/language/Docs/Fields/draft.title": {
"title": "$:/language/Docs/Fields/draft.title",
"text": "Nuevo título propuesto para el presente borrador"
},
"$:/language/Docs/Fields/footer": {
"title": "$:/language/Docs/Fields/footer",
"text": "Texto al pie que figurará en un asistente"
},
"$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
"title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
"text": "Campo de almacenamiento temporal usado en [[$:/core/templates/static.content]]"
},
"$:/language/Docs/Fields/icon": {
"title": "$:/language/Docs/Fields/icon",
"text": "Nombre del tiddler que contiene el icono que se quiere asociar al presente tiddler"
},
"$:/language/Docs/Fields/library": {
"title": "$:/language/Docs/Fields/library",
"text": "Si su valor es \"Sí\", indica que el tiddler debe guardarse como librería de JavaScript"
},
"$:/language/Docs/Fields/list": {
"title": "$:/language/Docs/Fields/list",
"text": "Lista ordenada de tiddlers asociados al presente tiddler"
},
"$:/language/Docs/Fields/list-after": {
"title": "$:/language/Docs/Fields/list-after",
"text": "Título del tiddler tras el que el presente será añadido a una lista de tiddlers."
},
"$:/language/Docs/Fields/list-before": {
"title": "$:/language/Docs/Fields/list-before",
"text": "Título del tiddler antes del que el presente será añadido a una lista<br>"
},
"$:/language/Docs/Fields/modified": {
"title": "$:/language/Docs/Fields/modified",
"text": "Fecha y hora de última modificación"
},
"$:/language/Docs/Fields/modifier": {
"title": "$:/language/Docs/Fields/modifier",
"text": "Nombre del tiddler asociado con quien modificó por última vez el presente tiddler"
},
"$:/language/Docs/Fields/name": {
"title": "$:/language/Docs/Fields/name",
"text": "Nombre asociado con un complemento o extensión"
},
"$:/language/Docs/Fields/plugin-priority": {
"title": "$:/language/Docs/Fields/plugin-priority",
"text": "Valor numérico que indica la prioridad de un complemento o extensión"
},
"$:/language/Docs/Fields/plugin-type": {
"title": "$:/language/Docs/Fields/plugin-type",
"text": "Tipo de complemento o extensión"
},
"$:/language/Docs/Fields/released": {
"title": "$:/language/Docs/Fields/released",
"text": "Fecha de la edición de TiddlyWiki"
},
"$:/language/Docs/Fields/revision": {
"title": "$:/language/Docs/Fields/revision",
"text": "Revisión del tiddler existente en el servidor"
},
"$:/language/Docs/Fields/source": {
"title": "$:/language/Docs/Fields/source",
"text": "Dirección de la fuente asociada a un tiddler"
},
"$:/language/Docs/Fields/subtitle": {
"title": "$:/language/Docs/Fields/subtitle",
"text": "Subtítulo que figurará en un asistente"
},
"$:/language/Docs/Fields/tags": {
"title": "$:/language/Docs/Fields/tags",
"text": "Lista de etiquetas asignadas al tiddler"
},
"$:/language/Docs/Fields/text": {
"title": "$:/language/Docs/Fields/text",
"text": "Texto principal de un tiddler"
},
"$:/language/Docs/Fields/title": {
"title": "$:/language/Docs/Fields/title",
"text": "Nombre único de un tiddler"
},
"$:/language/Docs/Fields/type": {
"title": "$:/language/Docs/Fields/type",
"text": "Tipo de contenido en un tiddler"
},
"$:/language/Docs/Fields/version": {
"title": "$:/language/Docs/Fields/version",
"text": "Versión de un complemento o extensión"
},
"$:/language/Filters/AllTags": {
"title": "$:/language/Filters/AllTags",
"text": "Todas las etiquetas, excepto las de sistema"
},
"$:/language/Filters/AllTiddlers": {
"title": "$:/language/Filters/AllTiddlers",
"text": "Todos los tiddlers, excepto los de sistema"
},
"$:/language/Filters/Drafts": {
"title": "$:/language/Filters/Drafts",
"text": "Borradores"
},
"$:/language/Filters/Missing": {
"title": "$:/language/Filters/Missing",
"text": "Tiddlers vacíos"
},
"$:/language/Filters/Orphans": {
"title": "$:/language/Filters/Orphans",
"text": "Tiddlers huérfanos"
},
"$:/language/Filters/OverriddenShadowTiddlers": {
"title": "$:/language/Filters/OverriddenShadowTiddlers",
"text": "Tiddlers ocultos anulados"
},
"$:/language/Filters/RecentSystemTiddlers": {
"title": "$:/language/Filters/RecentSystemTiddlers",
"text": "Tiddlers recientemente modificados, incluidos los de sistema"
},
"$:/language/Filters/RecentTiddlers": {
"title": "$:/language/Filters/RecentTiddlers",
"text": "Tiddlers recientemente modificados"
},
"$:/language/Filters/ShadowTiddlers": {
"title": "$:/language/Filters/ShadowTiddlers",
"text": "Tiddlers ocultos"
},
"$:/language/Filters/SystemTags": {
"title": "$:/language/Filters/SystemTags",
"text": "Etiquetas de sistema"
},
"$:/language/Filters/SystemTiddlers": {
"title": "$:/language/Filters/SystemTiddlers",
"text": "Tiddlers de sistema"
},
"$:/language/Filters/TypedTiddlers": {
"title": "$:/language/Filters/TypedTiddlers",
"text": "Tiddlers que no sonWikiText"
},
"GettingStarted": {
"title": "GettingStarted",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nBienvenido a TiddlyWiki y a su comunidad de usuarios\n\nAntes de guardar información importante en TiddlyWiki, es preciso que te asegures de poder hacerlo de manera fiable\n\nVisita https://tiddlywiki.com/#GettingStarted para más información (en inglés)\n!! Configura este ~TiddlyWiki\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\nConsulta más opciones en el [[panel de control|$:/ControlPanel]]\n"
},
"$:/language/Help/build": {
"title": "$:/language/Help/build",
"description": "Ejecuta automáticamente los comandos configurados",
"text": "Compila los targets que se especifican.<br>\nSi no se especifica ninguno, se incluirán todos los disponibles\n\n```\n--build <target> [<target> ...]\n```\n\nLos targets se definen en el archivo `tiddlywiki.info`\n\n"
},
"$:/language/Help/clearpassword": {
"title": "$:/language/Help/clearpassword",
"description": "Anula la contraseña de las operaciones de cifrado subsiguientes",
"text": "Revoca la contraseña de las operaciones subsiguientes de cifrado\n```\n--clearpassword\n```\n"
},
"$:/language/Help/default": {
"title": "$:/language/Help/default",
"description": "",
"text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\nUso: tiddlywiki [<wikifolder>] [--<command> [<args>...]...]\n```\n\nComandos disponibles:\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\nPara obtener ayuda sobre un comando en particular:\n\n```\ntiddlywiki --help <command>\n```\n"
},
"$:/language/Help/editions": {
"title": "$:/language/Help/editions",
"description": "Devuelve una lista de ediciones disponibles de TiddlyWiki",
"text": "Lista y descripción de las ediciones disponibles.<br>\nPuedes crear una edición específica con el comando `--init`.\n\n```\n--editions\n```\n"
},
"$:/language/Help/help": {
"title": "$:/language/Help/help",
"description": "Muestra texto de ayuda para comandos de TiddlyWiki",
"text": "Muestra ayuda para un comando:\n\n```\n--help [<command>]\n```\n\nSi se omite el comando, se muestra una lista de comandos disponibles\n"
},
"$:/language/Help/init": {
"title": "$:/language/Help/init",
"description": "Inicializa un nuevo WikiFolder",
"text": "Inicializa una [[WikiFolder|WikiFolders]] con una copia en blanco de la edición especificada.\n\n```\n--init <edition> [<edition> ...]\n```\n\nPor ejemplo:\n\n```\ntiddlywiki ./MyWikiFolder --init empty\n```\n\nNota:\n\n* Se creará un directorio para el wiki si es necesario\n\n* La edición por defecto es ''empty''\n\n* El comando `--init` fallará si el directorio no está vacío\n\n* El comando `--init` elimina toda definición de `includeWikis` contenida en el archivo `tiddlywiki.info`\n\n* Cuando se indican varias ediciones para su inicialización, las ediciones //planchan// sucesivamente todo archivo compartido, de modo que el \narchivo `tiddlywiki.info` final será el que corresponda a la última edición que se indique.\n\n* `--editions` muestra una lista de ediciones disponibles\n"
},
"$:/language/Help/load": {
"title": "$:/language/Help/load",
"description": "Carga tiddlers desde un archivo",
"text": "Carga tiddlers de archivos de tipo TiddlyWiki 2.x.x.(`.html`), `.tiddler`, `.tid`, `.json` u otros\n\n```\n--load <filepath>\n```\n\nPara cargar tiddlers de un TiddlyWiki encriptado, primero debes especificar la contraseña con el comando PasswordCommand. Por ejemplo:\n\n```\ntiddlywiki ./MyWiki --password pa55w0rd --load my_encrypted_wiki.html\n```\n\nTen en cuenta que TiddlyWiki no carga complementos o extensiones anteriores a los ya cargados. \n"
},
"$:/language/Help/makelibrary": {
"title": "$:/language/Help/makelibrary",
"description": "Compila la librería de plugins necesaria para actualizar TiddlyWiki",
"text": "\nConstruye el tiddler `$:/UpgradeLibrary`: librería de actualización\n \nLa librería de actualización tiene formato de plugin ordinario, de tipo `library`<br>\nContiene copia de cada uno de los plugins, temas y paquetes de idioma disponibles en el repositorio de TiddlyWiki5\n\nEste comando es, en principio, para uso interno del equipo de TiddlyWiki y sólo es de interés para aquellos usuarios que deseen compilar actualizaciones personalizadas\n\n```\n--makelibrary <title>\n```\n\nEl título por defecto del tiddler resultante es `$:/UpgradeLibrary`.\n"
},
"$:/language/Help/notfound": {
"title": "$:/language/Help/notfound",
"description": "",
"text": "No existe tal elemento"
},
"$:/language/Help/output": {
"title": "$:/language/Help/output",
"description": "Establece el directorio de salida para los comandos siguientes",
"text": "Establece el directorio de salida para los comandos que le siguen <br>\nEl directorio por defecto es el subdirectorio `output`, en el directorio del wiki\n\n```\n--output <pathname>\n```\n\nSi la ruta especificada es relativa, se interpreta como relativa al directorio actual de trabajo<br>\nPor ejemplo: `--output .` establece como directorio de salida el actual directorio de trabajo\n"
},
"$:/language/Help/password": {
"title": "$:/language/Help/password",
"description": "Establece contraseña para operaciones de cifrado subsiguientes",
"text": "Establece contraseña para las operaciones subsiguientes de cifrado\n\n```\n--password <password>\n```\n\n"
},
"$:/language/Help/rendertiddler": {
"title": "$:/language/Help/rendertiddler",
"description": "Genera un tiddler del ContentType que se especifique",
"text": "Genera un tiddler del ContentType que se especifique (por defecto `text/html`) y lo guarda con el nombre de archivo especificado\n\n```\n--rendertiddler <title> <filename> [<type>]\n```\n\nPor defecto, el nombre de archivo es relativo al subdirectorio `output` en el directorio del wiki<br>\nPuede usarse el comando `--output` para dirigir la salida a cualquier otro directorio\n\nLos directorios no existentes en la ruta del nombre de archivo se crean automáticamente.\n"
},
"$:/language/Help/rendertiddlers": {
"title": "$:/language/Help/rendertiddlers",
"description": "Genera tiddlers coincidentes con un determinado ContentType",
"text": "Genera un conjunto de tiddlers de un determinado ContentType (por defecto `text/html`) y extensión de archivo (por defecto, `.html`), coincidentes con el argumento de un filtro\n\n```\n--rendertiddlers <filter> <template> <pathname> [<type>] [<extension>]\n```\n\nPor ejemplo:\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\nPor defecto, la ruta es relativa al subdirectorio `output` del directorio del wiki<br>\nPuede usarse con el comando `--output` para dirigir la salida a un directorio diferente\n\nCualquier archivo existente en el directorio de destino será borrado<br>\nLos directorios no existentes en la ruta del nombre de archivo se crean automáticamente.\n"
},
"$:/language/Help/savetiddler": {
"title": "$:/language/Help/savetiddler",
"description": "Guarda un tiddler en un archivo",
"text": "Guarda un tiddler individual en formato binario o como texto plano con el nombre de archivo especificado.\n\n```\n--savetiddler <title> <filename>\n```\n\nPor defecto, la ruta es relativa al subdirectorio `output` del directorio del wiki<br>\nPuede usarse con el comando `--output` para dirigir la salida a un directorio diferente\n\nLos directorios no existentes en la ruta del nombre de archivo se crean automáticamente.\n"
},
"$:/language/Help/savetiddlers": {
"title": "$:/language/Help/savetiddlers",
"description": "Guarda un grupo de tiddlers de formato plano en un directorio",
"text": "Guarda un grupo de tiddlers en formato binario o como texto plano en el directorio especificado.\n\n```\n--savetiddlers <filter> <pathname>\n```\n\nPor defecto, la ruta es relativa al subdirectorio `output` del directorio del wiki<br>\nPuede usarse con el comando `--output` para dirigir la salida a un directorio diferente\n\nLos directorios no existentes en la ruta del nombre de archivo se crean automáticamente.\n"
},
"$:/language/Help/server": {
"title": "$:/language/Help/server",
"description": "Proporciona interfaz de servidor HTTP a TiddlyWiki",
"text": "El servidor compilado para TiddlyWiki5 es muy simple. Aunque es compatible con TiddlyWeb, no soporta muchas de las características necesarias para un uso robusto en Internet. \n\nEn la raíz, sirve un tiddler específico<br>\nFuera de la raíz, sirve tiddlers individuales codificados en JSON, y soporta operaciones básicas HTTP de `GET`, `PUT` y `DELETE`.\n\n```\n--server <port> <roottiddler> <rendertype> <servetype> <username> <password> <host> <pathprefix>\n```\n\nLos parámetros son\n\n* ''port'' - número de puerto desde el que sirve (por defecto, \"8080\")\n* ''roottiddler'' - tiddler que se sirve desde la raíz (por defecto, \"$:/core/save/all\")\n* ''rendertype'' - tipo de contenido con el que se genera el tiddler raíz (por defecto \"text/plain\")\n* ''servetype'' - tipo de contenido con el que se sirve el tiddler raíz (por defecto \"text/html\")\n* ''username'' - nombre de usuario por defecto que firma la edición\n* ''password'' - contraseña opcional para autenticación básica\n* ''host'' - nombre opcional del servidor desde el que se sirve (por defecto, \"127.0.0.1\" o \"localhost\")\n* ''pathprefix'' - prefijo opcional para rutas\n\nSi se ha definido contraseña, el navegador pedirá que se introduzca nombre y contraseña. <br>Nótese que la contraseña se transmite en modo texto por lo que esta implementación no es apropiada para uso general.\n\nPor ejemplo:\n\n```\n--server 8080 $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n\nEl nombre de usuario y la contraseña pueden ser especificados como cadenas de símbolos vacías si se necesita configurar el nombre del servidor o prefijo de ruta y no se requiere contraseña:\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\nPara ejecutar simultáneamente múltiples servidores TiddlyWiki, deberán configurarse cada uno en un puerto diferente\n"
},
"$:/language/Help/setfield": {
"title": "$:/language/Help/setfield",
"description": "Prepara tiddlers externos para su uso",
"text": "//Téngase en cuenta que este comando es experimental y puede cambiar o ser reemplazado//\n\nConfigura el campo especificado de un grupo de tiddlers como resultado de una plantilla con la variable `currentTiddler`\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\nSus parámetros son:\n\n* ''filter'' - filtro que identifica los tiddlers que se verán afectados\n* ''fieldname'' - el campo que será modificado (por defecto, \"text\")\n* ''templatetitle'' - el tiddler a ''wikify'' en el campo especificado. Si se deja en blanco o está ausente, el campo especificado es borrado. \n* ''rendertype'' - el tipo de texto a generar (por defecto, \"text/plain\"; se puede usar también \"text/html\" para incluir etiquetas HTML)\n"
},
"$:/language/Help/unpackplugin": {
"title": "$:/language/Help/unpackplugin",
"description": "Desenpaqueta los tiddlers de carga de un plugin",
"text": "Extrae los tiddlers de un plugin y los presenta como tiddlers ordinarios\n\n```\n--unpackplugin <title>\n```\n"
},
"$:/language/Help/verbose": {
"title": "$:/language/Help/verbose",
"description": "Activa el modo de salida como texto indefinido",
"text": "Genera texto aleatorio, útil para depurar errores\n\n```\n--verbose\n```\n"
},
"$:/language/Help/version": {
"title": "$:/language/Help/version",
"description": "Muestra el número de versión de TiddlyWiki",
"text": "Muestra el número de versión de TiddlyWiki\n\n```\n--version\n```\n"
},
"$:/language/Import/Imported/Hint": {
"title": "$:/language/Import/Imported/Hint",
"text": "Se importaron los siguientes tiddlers"
},
"$:/language/Import/Listing/Cancel/Caption": {
"title": "$:/language/Import/Listing/Cancel/Caption",
"text": "Cancelar"
},
"$:/language/Import/Listing/Hint": {
"title": "$:/language/Import/Listing/Hint",
"text": "Tiddlers listos para importar"
},
"$:/language/Import/Listing/Import/Caption": {
"title": "$:/language/Import/Listing/Import/Caption",
"text": "Importar"
},
"$:/language/Import/Listing/Select/Caption": {
"title": "$:/language/Import/Listing/Select/Caption",
"text": "Seleccionar"
},
"$:/language/Import/Listing/Status/Caption": {
"title": "$:/language/Import/Listing/Status/Caption",
"text": "Estado"
},
"$:/language/Import/Listing/Title/Caption": {
"title": "$:/language/Import/Listing/Title/Caption",
"text": "Título"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
"text": "Plugin bloqueado, incompatible u obsoleto"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
"text": "Plugin bloqueado debido a que <<incoming>> es más antiguo que el <<existing>>"
},
"$:/language/Import/Upgrader/Plugins/Upgraded": {
"title": "$:/language/Import/Upgrader/Plugins/Upgraded",
"text": "Plugin actualizado de <<incoming>> a <<upgraded>>"
},
"$:/language/Import/Upgrader/State/Suppressed": {
"title": "$:/language/Import/Upgrader/State/Suppressed",
"text": "Tiddler temporal bloqueado"
},
"$:/language/Import/Upgrader/System/Suppressed": {
"title": "$:/language/Import/Upgrader/System/Suppressed",
"text": "Tiddler de sistema bloqueado"
},
"$:/language/Import/Upgrader/ThemeTweaks/Created": {
"title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
"text": "Ajuste de tema migrado de <$text text=<<from>>/>"
},
"$:/language/AboveStory/ClassicPlugin/Warning": {
"title": "$:/language/AboveStory/ClassicPlugin/Warning",
"text": "Parece que quieres cargar un plugin diseñado para ~TiddlyWiki Classic. <br>"
},
"$:/language/Ten en cuenta que [[estos plugins no funcionan en TiddlyWiki version 5.x.x|https": {
"title": "$:/language/Ten en cuenta que [[estos plugins no funcionan en TiddlyWiki version 5.x.x|https",
"text": "/tiddlywiki.com/#TiddlyWikiClassic]]<br>"
},
"$:/language/BinaryWarning/Prompt": {
"title": "$:/language/BinaryWarning/Prompt",
"text": "Este tiddler contiene datos binarios"
},
"$:/language/ClassicWarning/Hint": {
"title": "$:/language/ClassicWarning/Hint",
"text": "Este tiddler está escrito en formato de texto de una versión de TiddlyWiki Classic que no es totalmente compatible con la versión 5 de TiddlyWiki<br>"
},
"$:/language/Visite https": {
"title": "$:/language/Visite https",
"text": "/tiddlywiki.com/static/Upgrading.html para más información"
},
"$:/language/ClassicWarning/Upgrade/Caption": {
"title": "$:/language/ClassicWarning/Upgrade/Caption",
"text": "Actualizar"
},
"$:/language/CloseAll/Button": {
"title": "$:/language/CloseAll/Button",
"text": "Cerrar todo"
},
"$:/language/ColourPicker/Recent": {
"title": "$:/language/ColourPicker/Recent",
"text": "Recientes:"
},
"$:/language/ConfirmCancelTiddler": {
"title": "$:/language/ConfirmCancelTiddler",
"text": "¿Deseas descartar los cambios efectuados en \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmDeleteTiddler": {
"title": "$:/language/ConfirmDeleteTiddler",
"text": "¿Deseas borrar \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmEditShadowTiddler": {
"title": "$:/language/ConfirmEditShadowTiddler",
"text": "Estás a punto de editar un tiddler oculto<br>"
},
"$:/language/ConfirmOverwriteTiddler": {
"title": "$:/language/ConfirmOverwriteTiddler",
"text": "¿Deseas sobreescribir \"<$text text=<<title>>/>\"?"
},
"$:/language/Count": {
"title": "$:/language/Count",
"text": "Número"
},
"$:/language/DefaultNewTiddlerTitle": {
"title": "$:/language/DefaultNewTiddlerTitle",
"text": "Nuevo Tiddler"
},
"$:/language/DropMessage": {
"title": "$:/language/DropMessage",
"text": "Suéltalo aquí o pulsa ''ESC'' para cancelar"
},
"$:/language/Encryption/Cancel": {
"title": "$:/language/Encryption/Cancel",
"text": "Cancelar"
},
"$:/language/Encryption/ConfirmClearPassword": {
"title": "$:/language/Encryption/ConfirmClearPassword",
"text": "¿Deseas borrar la contraseña? <br>"
},
"$:/language/Encryption/Password": {
"title": "$:/language/Encryption/Password",
"text": "Contraseña"
},
"$:/language/Encryption/PasswordNoMatch": {
"title": "$:/language/Encryption/PasswordNoMatch",
"text": "Las contraseñas no coinciden"
},
"$:/language/Encryption/PromptSetPassword": {
"title": "$:/language/Encryption/PromptSetPassword",
"text": "Especifica nueva contraseña para este TiddlyWiki"
},
"$:/language/Encryption/RepeatPassword": {
"title": "$:/language/Encryption/RepeatPassword",
"text": "Repite la contraseña"
},
"$:/language/Encryption/SetPassword": {
"title": "$:/language/Encryption/SetPassword",
"text": "Establecer contraseña"
},
"$:/language/Encryption/Username": {
"title": "$:/language/Encryption/Username",
"text": "Usuario"
},
"$:/language/InternalJavaScriptError/Hint": {
"title": "$:/language/InternalJavaScriptError/Hint",
"text": "Tenemos un problema. Se recomienda que reinicies TiddlyWiki"
},
"$:/language/InternalJavaScriptError/Title": {
"title": "$:/language/InternalJavaScriptError/Title",
"text": "Error interno de JavaScript"
},
"$:/language/InvalidFieldName": {
"title": "$:/language/InvalidFieldName",
"text": "Caracteres ilegales en el campo \"<$text text=<<fieldName>>/>\"<br>"
},
"$:/language/LazyLoadingWarning": {
"title": "$:/language/LazyLoadingWarning",
"text": "<p>Cargando texto externo desde ''<$text text={{!!_canonical_uri}}/>''</p><p>Si este mensaje no desaparece, puede que se deba a que estás usando un navegador que con esta configuración no permite texto externo</br>"
},
"$:/language/Vea https": {
"title": "$:/language/Vea https",
"text": "/tiddlywiki.com/#ExternalText</p>"
},
"$:/language/MissingTiddler/Hint": {
"title": "$:/language/MissingTiddler/Hint",
"text": "El tiddler \"<$text text=<<currentTiddler>>/>\" no existe - haz clic en {{||$:/core/ui/Buttons/edit}} para crearlo"
},
"$:/language/OfficialPluginLibrary": {
"title": "$:/language/OfficialPluginLibrary",
"text": "Librería de plugins oficiales de ~TiddlyWiki"
},
"$:/language/OfficialPluginLibrary/Hint": {
"title": "$:/language/OfficialPluginLibrary/Hint",
"text": "Librería de plugins oficiales de ~TiddlyWiki en tiddlywiki.com<br>"
},
"$:/language/PluginReloadWarning": {
"title": "$:/language/PluginReloadWarning",
"text": "Guarda {{$:/core/ui/Buttons/save-wiki}} y recarga {{$:/core/ui/Buttons/refresh}} para que los cambios surtan efecto."
},
"$:/language/RecentChanges/DateFormat": {
"title": "$:/language/RecentChanges/DateFormat",
"text": "DD MMM YYYY"
},
"$:/language/SystemTiddler/Tooltip": {
"title": "$:/language/SystemTiddler/Tooltip",
"text": "Este es un tiddler de sistema"
},
"$:/language/TagManager/Colour/Heading": {
"title": "$:/language/TagManager/Colour/Heading",
"text": "Color"
},
"$:/language/TagManager/Count/Heading": {
"title": "$:/language/TagManager/Count/Heading",
"text": "Número"
},
"$:/language/TagManager/Icon/Heading": {
"title": "$:/language/TagManager/Icon/Heading",
"text": "Icono"
},
"$:/language/TagManager/Info/Heading": {
"title": "$:/language/TagManager/Info/Heading",
"text": "Información"
},
"$:/language/TagManager/Tag/Heading": {
"title": "$:/language/TagManager/Tag/Heading",
"text": "Etiqueta"
},
"$:/language/Tiddler/DateFormat": {
"title": "$:/language/Tiddler/DateFormat",
"text": "DD MMM YYYY a las hh:0mm"
},
"$:/language/UnsavedChangesWarning": {
"title": "$:/language/UnsavedChangesWarning",
"text": "Tienes cambios sin guardar en TiddlyWiki"
},
"$:/language/Modals/Download": {
"title": "$:/language/Modals/Download",
"type": "text/vnd.tiddlywiki",
"subtitle": "Download changes",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "https://tiddlywiki.com/static/DownloadingChanges.html",
"text": "Tu navegador sólo permite guardar manualmente\n\nPara guardar el wiki, haz clic con el botón derecho en el enlace de más abajo y selecciona \"Descargar archivo\" o \"Guardar enlace como...\" y selecciona a continuación la carpeta y el nombre que quieres darle\n\n//Puedes acelerar ligeramente estas acciones haciendo clic en el enlace conjuntamente con la tecla \"Control\" (Windows) o con la tecla \"Option\" (Mac OS X)<br>\nNo se te pedirán carpeta ni nombre, sino que se asignará automáticamente un nombre probablemente irreconocible -- necesitarás cambiar el nombre y darle extensión `.html` para usarlo//\n\nEn el caso de teléfonos móviles que no permiten la descarga de archivos, puedes marcar el enlace como favorito y luego sincronizar favoritos con tu ordenador y descargarlo normalmente desde ahí\n"
},
"$:/language/Modals/SaveInstructions": {
"title": "$:/language/Modals/SaveInstructions",
"type": "text/vnd.tiddlywiki",
"subtitle": "Save your work",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "https://tiddlywiki.com/static/SavingChanges.html",
"text": "Los cambios realizados a este wiki necesitan ser guardados como archivo ~TiddlyWiki HTML.\n\n!!! Navegadores de ordenador\n\n# Selecciona ''Guardar como'' en el menú ''Archivo''\n# Elige nombre de archivo y directorio\n#* Algunos navegadores también piden que especifiques el formato como ''Página web, sólo HTML'' o similar\n# Cierra esta pestaña\n\n!!! Navegadores en teléfonos o tabletas\n\n# Añade la página a tus favoritos\n#* Si tienes iCloud o Google Sync los favoritos se sincronizarán automáticamente con tu ordenador, desde donde puedes abrirlos o guardarlos como se explica más arriba\n# Cierra esta pestaña\n\n//Si en Mobile Safari vuelves a abrir los favoritos, volverás a ver este mensaje. Si quieres continuar y usar el archivo, simplemente cierra haciendo clic en el boton de cerrar indicado abajo.//\n"
},
"$:/config/NewJournal/Tags": {
"title": "$:/config/NewJournal/Tags",
"text": "Diario"
},
"$:/config/NewJournal/Title": {
"title": "$:/config/NewJournal/Title",
"text": "DD de MMM de YYYY"
},
"$:/language/Notifications/Save/Done": {
"title": "$:/language/Notifications/Save/Done",
"text": "Guardado"
},
"$:/language/Notifications/Save/Starting": {
"title": "$:/language/Notifications/Save/Starting",
"text": "Comenzando a guardar"
},
"$:/language/Search/DefaultResults/Caption": {
"title": "$:/language/Search/DefaultResults/Caption",
"text": "Lista"
},
"$:/language/Search/Filter/Caption": {
"title": "$:/language/Search/Filter/Caption",
"text": "Filtro"
},
"$:/language/Search/Filter/Hint": {
"title": "$:/language/Search/Filter/Hint",
"text": "Búsqueda por medio de [[expresiones de filtrado|https://tiddlywiki.com/static/Filters.html]] <small> (instrucciones en inglés)</small>"
},
"$:/language/Search/Filter/Matches": {
"title": "$:/language/Search/Filter/Matches",
"text": "//<small><<resultCount>> coincidencias</small>//"
},
"$:/language/Search/Matches": {
"title": "$:/language/Search/Matches",
"text": "//<small><<resultCount>> coincidencias </small>//"
},
"$:/language/Search/Matches/All": {
"title": "$:/language/Search/Matches/All",
"text": "Cualquier coincidencia"
},
"$:/language/Search/Matches/Title": {
"title": "$:/language/Search/Matches/Title",
"text": "En título"
},
"$:/language/Search/Search": {
"title": "$:/language/Search/Search",
"text": "Búsqueda"
},
"$:/language/Search/Shadows/Caption": {
"title": "$:/language/Search/Shadows/Caption",
"text": "Ocultos"
},
"$:/language/Search/Shadows/Hint": {
"title": "$:/language/Search/Shadows/Hint",
"text": "Busca en los tiddlers ocultos"
},
"$:/language/Search/Shadows/Matches": {
"title": "$:/language/Search/Shadows/Matches",
"text": "//<small><<resultCount>> coincidencias </small>//"
},
"$:/language/Search/Standard/Caption": {
"title": "$:/language/Search/Standard/Caption",
"text": "Estándar"
},
"$:/language/Search/Standard/Hint": {
"title": "$:/language/Search/Standard/Hint",
"text": "Busca en los tiddlers estándar"
},
"$:/language/Search/Standard/Matches": {
"title": "$:/language/Search/Standard/Matches",
"text": "//<small><<resultCount>> coincidencias </small>//"
},
"$:/language/Search/System/Caption": {
"title": "$:/language/Search/System/Caption",
"text": "Sistema"
},
"$:/language/Search/System/Hint": {
"title": "$:/language/Search/System/Hint",
"text": "Busca en los tiddlers de sistema"
},
"$:/language/Search/System/Matches": {
"title": "$:/language/Search/System/Matches",
"text": "//<small><<resultCount>> coincidencias </small>//"
},
"$:/language/SideBar/All/Caption": {
"title": "$:/language/SideBar/All/Caption",
"text": "Todos"
},
"$:/language/SideBar/Contents/Caption": {
"title": "$:/language/SideBar/Contents/Caption",
"text": "Contenido"
},
"$:/language/SideBar/Drafts/Caption": {
"title": "$:/language/SideBar/Drafts/Caption",
"text": "Borradores"
},
"$:/language/SideBar/Missing/Caption": {
"title": "$:/language/SideBar/Missing/Caption",
"text": "Vacíos"
},
"$:/language/SideBar/More/Caption": {
"title": "$:/language/SideBar/More/Caption",
"text": "Más"
},
"$:/language/SideBar/Open/Caption": {
"title": "$:/language/SideBar/Open/Caption",
"text": "Abiertos"
},
"$:/language/SideBar/Orphans/Caption": {
"title": "$:/language/SideBar/Orphans/Caption",
"text": "Huérfanos"
},
"$:/language/SideBar/Recent/Caption": {
"title": "$:/language/SideBar/Recent/Caption",
"text": "Recientes"
},
"$:/language/SideBar/Shadows/Caption": {
"title": "$:/language/SideBar/Shadows/Caption",
"text": "Ocultos"
},
"$:/language/SideBar/System/Caption": {
"title": "$:/language/SideBar/System/Caption",
"text": "Sistema"
},
"$:/language/SideBar/Tags/Caption": {
"title": "$:/language/SideBar/Tags/Caption",
"text": "Etiquetas"
},
"$:/language/SideBar/Tags/Untagged/Caption": {
"title": "$:/language/SideBar/Tags/Untagged/Caption",
"text": "Sin etiqueta"
},
"$:/language/SideBar/Tools/Caption": {
"title": "$:/language/SideBar/Tools/Caption",
"text": "Herramientas"
},
"$:/language/SideBar/Types/Caption": {
"title": "$:/language/SideBar/Types/Caption",
"text": "Tipos"
},
"$:/SiteSubtitle": {
"title": "$:/SiteSubtitle",
"text": "Cuaderno de notas personal no-lineal en la web"
},
"$:/SiteTitle": {
"title": "$:/SiteTitle",
"text": "Mi ~TiddlyWiki"
},
"$:/language/Snippets/ListByTag": {
"title": "$:/language/Snippets/ListByTag",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Liste de tiddlers par etiqueta",
"text": "<<list-links \"[tag[task]sort[title]]\">>\n"
},
"$:/language/Snippets/MacroDefinition": {
"title": "$:/language/Snippets/MacroDefinition",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Macro definition",
"text": "\\define macroName(param1:\"default value\",param2)\nTexto de la macro\n\\end\n"
},
"$:/language/Snippets/Table4x3": {
"title": "$:/language/Snippets/Table4x3",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Table with 4 columns by 3 rows",
"text": "|! |!Alfa |!Beta |!Gamma |!Delta |\n|!Uno | | | | |\n|!Dos | | | | |\n|!Tres | | | | |\n"
},
"$:/language/Snippets/TableOfContents": {
"title": "$:/language/Snippets/TableOfContents",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Table of Contents",
"text": "<div class=\"tc-table-of-contents\">\n\n<<toc-selective-expandable 'TableOfContents'>>\n\n</div>"
},
"$:/language/TiddlerInfo/Advanced/Caption": {
"title": "$:/language/TiddlerInfo/Advanced/Caption",
"text": "Avanzado"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
"text": "No se han instalado"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
"text": "Detalles del plugin"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
"text": "Este plugin contiene los siguientes tiddlers ocultos"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
"text": "Oculto"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
"text": "El tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> no es de tipo oculto"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
"text": "Anulado por un tiddler estándar"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
"text": "El tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> es de tipo oculto"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
"text": "Definido en el plugin <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
},
"$:/language/TiddlerInfo/Fields/Caption": {
"title": "$:/language/TiddlerInfo/Fields/Caption",
"text": "Campos"
},
"$:/language/TiddlerInfo/List/Caption": {
"title": "$:/language/TiddlerInfo/List/Caption",
"text": "Lista"
},
"$:/language/TiddlerInfo/List/Empty": {
"title": "$:/language/TiddlerInfo/List/Empty",
"text": "Este tiddler no contiene listas"
},
"$:/language/TiddlerInfo/Listed/Caption": {
"title": "$:/language/TiddlerInfo/Listed/Caption",
"text": "En lista de"
},
"$:/language/TiddlerInfo/Listed/Empty": {
"title": "$:/language/TiddlerInfo/Listed/Empty",
"text": "Este tiddler no figura en la lista de ningún otro"
},
"$:/language/TiddlerInfo/References/Caption": {
"title": "$:/language/TiddlerInfo/References/Caption",
"text": "Referencias"
},
"$:/language/TiddlerInfo/References/Empty": {
"title": "$:/language/TiddlerInfo/References/Empty",
"text": "Ningún otro tiddler enlaza a este"
},
"$:/language/TiddlerInfo/Tagging/Caption": {
"title": "$:/language/TiddlerInfo/Tagging/Caption",
"text": "Etiquetado"
},
"$:/language/TiddlerInfo/Tagging/Empty": {
"title": "$:/language/TiddlerInfo/Tagging/Empty",
"text": "Ningún otro tiddler tiene esta misma etiqueta"
},
"$:/language/TiddlerInfo/Tools/Caption": {
"title": "$:/language/TiddlerInfo/Tools/Caption",
"text": "Herramientas"
},
"$:/language/Docs/Types/application/javascript": {
"title": "$:/language/Docs/Types/application/javascript",
"description": "Código JavaScript",
"name": "application/javascript",
"group": "Desarrollador"
},
"$:/language/Docs/Types/application/json": {
"title": "$:/language/Docs/Types/application/json",
"description": "Datos JSON",
"name": "application/json",
"group": "Desarrollador"
},
"$:/language/Docs/Types/application/x-tiddler-dictionary": {
"title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
"description": "Diccionario de datos",
"name": "application/x-tiddler-dictionary",
"group": "Desarrollador"
},
"$:/language/Docs/Types/image/gif": {
"title": "$:/language/Docs/Types/image/gif",
"description": "Imagen .GIF",
"name": "image/gif",
"group": "Imagen"
},
"$:/language/Docs/Types/image/jpeg": {
"title": "$:/language/Docs/Types/image/jpeg",
"description": "Imagen .JPEG",
"name": "image/jpeg",
"group": "Imagen"
},
"$:/language/Docs/Types/image/png": {
"title": "$:/language/Docs/Types/image/png",
"description": "Imagen .PNG",
"name": "image/png",
"group": "Imagen"
},
"$:/language/Docs/Types/image/svg+xml": {
"title": "$:/language/Docs/Types/image/svg+xml",
"description": "Imagen .SVG",
"name": "image/svg+xml",
"group": "Imagen"
},
"$:/language/Docs/Types/image/x-icon": {
"title": "$:/language/Docs/Types/image/x-icon",
"description": "Archivo de icono en formato .ICO",
"name": "image/x-icon",
"group": "Imagen"
},
"$:/language/Docs/Types/text/css": {
"title": "$:/language/Docs/Types/text/css",
"description": "Hoja de estilos estática",
"name": "text/css",
"group": "Desarrollador"
},
"$:/language/Docs/Types/text/html": {
"title": "$:/language/Docs/Types/text/html",
"description": "Lenguaje de marcado HTML",
"name": "text/html",
"group": "Texto"
},
"$:/language/Docs/Types/text/plain": {
"title": "$:/language/Docs/Types/text/plain",
"description": "Texto plano",
"name": "text/plain",
"group": "Texto"
},
"$:/language/Docs/Types/text/vnd.tiddlywiki": {
"title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
"description": "TiddlyWiki 5",
"name": "text/vnd.tiddlywiki",
"group": "Texto"
},
"$:/language/Docs/Types/text/x-tiddlywiki": {
"title": "$:/language/Docs/Types/text/x-tiddlywiki",
"description": "TiddlyWiki Classic",
"name": "text/x-tiddlywiki",
"group": "Texto"
},
"$:/languages/es-ES/icon": {
"title": "$:/languages/es-ES/icon",
"type": "image/svg+xml",
"text": "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n<svg xmlns=\"http://www.w3.org/2000/svg\" xmlns:xlink=\"http://www.w3.org/1999/xlink\" height=\"500\" width=\"750\">\n<rect width=\"750\" height=\"500\" fill=\"#c60b1e\"/>\n<rect width=\"750\" height=\"250\" y=\"125\" fill=\"#ffc400\"/>\n<g id=\"coa\" stroke=\"#000\" stroke-width=\"0.39\">\n<g id=\"supporters\">\n<g id=\"crown_left\" stroke-width=\"0.26\">\n<path fill=\"#ad1519\" stroke-linejoin=\"round\" d=\"m167.99 222.24s-0.51 0-0.79-0.16-1.13-0.96-1.13-0.96l-0.68-0.49-0.62-0.85s-0.73-1.18-0.4-2.09c0.34-0.91 0.91-1.23 1.42-1.5 0.51-0.26 1.58-0.59 1.58-0.59s0.85-0.37 1.13-0.42c0.28-0.06 1.3-0.32 1.3-0.32s0.28-0.16 0.56-0.27c0.29-0.11 0.68-0.11 0.91-0.16 0.22-0.06 0.79-0.24 1.13-0.26 0.52-0.02 1.36 0.1 1.64 0.1s1.24 0.05 1.64 0.05c0.39 0 1.8-0.11 2.2-0.11 0.39 0 0.68-0.05 1.13 0 0.45 0.06 1.24 0.32 1.47 0.43s1.58 0.59 2.09 0.75 1.75 0.37 2.32 0.64c0.56 0.27 0.91 0.72 1.19 1.1 0.28 0.37 0.34 0.78 0.45 1.05 0.11 0.26 0.11 0.84 0 1.11-0.11 0.26-0.51 0.81-0.51 0.81l-0.62 1.02-0.79 0.64s-0.57 0.54-1.02 0.48c-0.45-0.04-5.03-0.86-7.97-0.86s-7.64 0.86-7.64 0.86h0.01z\"/>\n<g fill=\"#c8b100\">\n<ellipse cx=\"175.66\" cy=\"215.68\" rx=\"1.38\" ry=\"2.5\"/>\n<ellipse cx=\"175.68\" cy=\"215.68\" rx=\"0.64\" ry=\"2.3\"/>\n<ellipse stroke=\"none\" cx=\"175.68\" cy=\"213.04\" rx=\"0.93\" ry=\"0.87\"/>\n<path stroke-width=\"0.3\" d=\"m176.96 212.74v0.58h-2.53v-0.58h0.94v-1.32h-0.62v-0.57h0.62v-0.57h0.6v0.57h0.62v0.57h-0.62v1.32h0.99\"/>\n<path fill=\"none\" d=\"m175.94,212.2a0.93,0.87 0 1,1 -0.5,0\"/>\n<path d=\"m175.68 222.08h-4.81l-0.11-1.18-0.23-1.23-0.23-1.53c-1.33-1.75-2.55-2.9-2.96-2.65 0.1-0.32 0.22-0.56 0.47-0.71 1.18-0.7 3.61 0.98 5.44 3.74 0.16 0.25 0.32 0.5 0.46 0.75h3.97c0.14-0.25 0.3-0.5 0.46-0.75 1.82-2.76 4.26-4.44 5.43-3.74 0.26 0.15 0.37 0.39 0.47 0.71-0.41-0.24-1.62 0.9-2.96 2.65l-0.23 1.53-0.23 1.23-0.1 1.18h-4.84z\"/>\n<path fill=\"none\" d=\"m167.55 215.44c0.91-0.53 3.02 1.14 4.73 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a(e,t){this.mode=void 0,this.gullet=void 0,this.settings=void 0,this.leftrightDepth=void 0,this.nextToken=void 0,this.mode=\"math\",this.gullet=new xn(e,t,this.mode),this.settings=t,this.leftrightDepth=0}var e=a.prototype;return e.expect=function(e,t){if(void 0===t&&(t=!0),this.nextToken.text!==e)throw new X(\"Expected '\"+e+\"', got '\"+this.nextToken.text+\"'\",this.nextToken);t&&this.consume()},e.consume=function(){this.nextToken=this.gullet.expandNextToken()},e.switchMode=function(e){this.mode=e,this.gullet.switchMode(e)},e.parse=function(){this.gullet.beginGroup(),this.settings.colorIsTextColor&&this.gullet.macros.set(\"\\\\color\",\"\\\\textcolor\"),this.consume();var e=this.parseExpression(!1);return this.expect(\"EOF\",!1),this.gullet.endGroup(),e},e.parseExpression=function(e,t){for(var r=[];;){\"math\"===this.mode&&this.consumeSpaces();var n=this.nextToken;if(-1!==a.endOfExpression.indexOf(n.text))break;if(t&&n.text===t)break;if(e&&tn[n.text]&&tn[n.text].infix)break;var i=this.parseAtom(t);if(!i)break;r.push(i)}return\"text\"===this.mode&&this.formLigatures(r),this.handleInfixNodes(r)},e.handleInfixNodes=function(e){for(var t,r=-1,n=0;n<e.length;n++){var i=Ke(e[n],\"infix\");if(i){if(-1!==r)throw new X(\"only one infix operator per group\",i.token);r=n,t=i.replaceWith}}if(-1!==r&&t){var a,o,s=e.slice(0,r),l=e.slice(r+1);return a=1===s.length&&\"ordgroup\"===s[0].type?s[0]:{type:\"ordgroup\",mode:this.mode,body:s},o=1===l.length&&\"ordgroup\"===l[0].type?l[0]:{type:\"ordgroup\",mode:this.mode,body:l},[\"\\\\\\\\abovefrac\"===t?this.callFunction(t,[a,e[r],o],[]):this.callFunction(t,[a,o],[])]}return e},e.handleSupSubscript=function(e){var t=this.nextToken,r=t.text;this.consume(),this.consumeSpaces();var n=this.parseGroup(e,!1,a.SUPSUB_GREEDINESS);if(!n)throw new X(\"Expected group after '\"+r+\"'\",t);return n},e.handleUnsupportedCmd=function(){for(var e=this.nextToken.text,t=[],r=0;r<e.length;r++)t.push({type:\"textord\",mode:\"text\",text:e[r]});var n={type:\"text\",mode:this.mode,body:t},i={type:\"color\",mode:this.mode,color:this.settings.errorColor,body:[n]};return this.consume(),i},e.parseAtom=function(e){var t,r,n=this.parseGroup(\"atom\",!1,null,e);if(\"text\"===this.mode)return n;for(;;){this.consumeSpaces();var i=this.nextToken;if(\"\\\\limits\"===i.text||\"\\\\nolimits\"===i.text){var a=Ke(n,\"op\");if(!a)throw new X(\"Limit controls must follow a math operator\",i);var o=\"\\\\limits\"===i.text;a.limits=o,a.alwaysHandleSupSub=!0,this.consume()}else if(\"^\"===i.text){if(t)throw new X(\"Double superscript\",i);t=this.handleSupSubscript(\"superscript\")}else if(\"_\"===i.text){if(r)throw new X(\"Double subscript\",i);r=this.handleSupSubscript(\"subscript\")}else if(\"'\"===i.text){if(t)throw new X(\"Double superscript\",i);var s={type:\"textord\",mode:this.mode,text:\"\\\\prime\"},l=[s];for(this.consume();\"'\"===this.nextToken.text;)l.push(s),this.consume();\"^\"===this.nextToken.text&&l.push(this.handleSupSubscript(\"superscript\")),t={type:\"ordgroup\",mode:this.mode,body:l}}else{if(\"%\"!==i.text)break;this.consumeComment()}}return t||r?{type:\"supsub\",mode:this.mode,base:n,sup:t,sub:r}:n},e.parseFunction=function(e,t,r){var n=this.nextToken,i=n.text,a=tn[i];if(!a)return null;if(null!=r&&a.greediness<=r)throw new X(\"Got function '\"+i+\"' with no arguments\"+(t?\" as \"+t:\"\"),n);if(\"text\"===this.mode&&!a.allowedInText)throw new X(\"Can't use function '\"+i+\"' in text mode\",n);if(\"math\"===this.mode&&!1===a.allowedInMath)throw new X(\"Can't use function '\"+i+\"' in math mode\",n);if(a.consumeMode){var o=this.mode;this.switchMode(a.consumeMode),this.consume(),this.switchMode(o)}else this.consume();var s=this.parseArguments(i,a),l=s.args,h=s.optArgs;return this.callFunction(i,l,h,n,e)},e.callFunction=function(e,t,r,n,i){var a={funcName:e,parser:this,token:n,breakOnTokenText:i},o=tn[e];if(o&&o.handler)return o.handler(a,t,r);throw new X(\"No function handler for \"+e)},e.parseArguments=function(e,t){var r=t.numArgs+t.numOptionalArgs;if(0===r)return{args:[],optArgs:[]};for(var n=t.greediness,i=[],a=[],o=0;o<r;o++){var s=t.argTypes&&t.argTypes[o],l=o<t.numOptionalArgs;0<o&&!l&&this.consumeSpaces(),0!==o||l||\"math\"!==this.mode||this.consumeSpaces();var h=this.nextToken,m=this.parseGroupOfType(\"argument to '\"+e+\"'\",s,l,n);if(!m){if(l){a.push(null);continue}throw new X(\"Expected group after '\"+e+\"'\",h)}(l?a:i).push(m)}return{args:i,optArgs:a}},e.parseGroupOfType=function(e,t,r,n){switch(t){case\"color\":return this.parseColorGroup(r);case\"size\":return this.parseSizeGroup(r);case\"url\":return this.parseUrlGroup(r);case\"math\":case\"text\":return this.parseGroup(e,r,n,void 0,t);case\"original\":case null:case void 0:return this.parseGroup(e,r,n);default:throw new X(\"Unknown group type as \"+e,this.nextToken)}},e.consumeSpaces=function(){for(;\" \"===this.nextToken.text;)this.consume()},e.consumeComment=function(){for(;\"EOF\"!==this.nextToken.text&&this.nextToken.loc&&-1===this.nextToken.loc.getSource().indexOf(\"\\n\");)this.consume();if(\"EOF\"===this.nextToken.text&&this.settings.reportNonstrict(\"commentAtEnd\",\"% comment has no terminating newline; LaTeX would fail because of commenting the end of math mode (e.g. $)\"),\"math\"===this.mode)this.consumeSpaces();else if(this.nextToken.loc){var e=this.nextToken.loc.getSource();e.indexOf(\"\\n\")===e.length-1&&this.consumeSpaces()}},e.parseStringGroup=function(e,t,r){var n=t?\"[\":\"{\",i=t?\"]\":\"}\",a=this.nextToken;if(a.text!==n){if(t)return null;if(r&&\"EOF\"!==a.text&&/[^{}[\\]]/.test(a.text))return this.consume(),a}var o=this.mode;this.mode=\"text\",this.expect(n);for(var 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"text": "/* eslint-disable */\n/* -*- Mode: Javascript; indent-tabs-mode:nil; js-indent-level: 2 -*- */\n/* vim: set ts=2 et sw=2 tw=80: */\n\n/*************************************************************\n *\n * KaTeX mhchem.js\n *\n * This file implements a KaTeX version of mhchem version 3.3.0.\n * It is adapted from MathJax/extensions/TeX/mhchem.js\n * It differs from the MathJax version as follows:\n * 1. The interface is changed so that it can be called from KaTeX, not MathJax.\n * 2. \\rlap and \\llap are replaced with \\mathrlap and \\mathllap.\n * 3. Four lines of code are edited in order to use \\raisebox instead of \\raise.\n * 4. The reaction arrow code is simplified. All reaction arrows are rendered\n * using KaTeX extensible arrows instead of building non-extensible arrows.\n * 5. \\tripledash vertical alignment is slightly adjusted.\n *\n * This code, as other KaTeX code, is released under the MIT license.\n * \n * /*************************************************************\n *\n * MathJax/extensions/TeX/mhchem.js\n *\n * Implements the \\ce command for handling chemical formulas\n * from the mhchem LaTeX package.\n *\n * ---------------------------------------------------------------------\n *\n * Copyright (c) 2011-2015 The MathJax Consortium\n * Copyright (c) 2015-2018 Martin Hensel\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http://www.apache.org/licenses/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n */\n\n//\n// Coding Style\n// - use '' for identifiers that can by minified/uglified\n// - use \"\" for strings that need to stay untouched\n\n// version: \"3.3.0\" for MathJax and KaTeX\n\n/****************************************\n*****************************************\n* TiddlyWiki: moved the katex-module definitions to wrapper.js\n*****************************************\n*****************************************/\n\n //\n // This is the main function for handing the \\ce and \\pu commands.\n // It takes the argument to \\ce or \\pu and returns the corresponding TeX string.\n //\n\n // TiddlyWiki: replaced `var chemParse =` with `module.exports =` ... no more modifications in this file\n module.exports = function (tokens, stateMachine) {\n // Recreate the argument string from KaTeX's array of tokens.\n var str = \"\";\n var expectedLoc = tokens[tokens.length - 1].loc.start\n for (var i = tokens.length - 1; i >= 0; i--) {\n if(tokens[i].loc.start > expectedLoc) {\n // context.consumeArgs has eaten a space.\n str += \" \";\n expectedLoc = tokens[i].loc.start;\n }\n str += tokens[i].text;\n expectedLoc += tokens[i].text.length;\n }\n var tex = texify.go(mhchemParser.go(str, stateMachine));\n return tex;\n };\n\n //\n // Core parser for mhchem syntax (recursive)\n //\n /** @type {MhchemParser} */\n var mhchemParser = {\n //\n // Parses mchem \\ce syntax\n //\n // Call like\n // go(\"H2O\");\n //\n go: function (input, stateMachine) {\n if (!input) { return []; }\n if (stateMachine === undefined) { stateMachine = 'ce'; }\n var state = '0';\n\n //\n // String buffers for parsing:\n //\n // buffer.a == amount\n // buffer.o == element\n // buffer.b == left-side superscript\n // buffer.p == left-side subscript\n // buffer.q == right-side subscript\n // buffer.d == right-side superscript\n //\n // buffer.r == arrow\n // buffer.rdt == arrow, script above, type\n // buffer.rd == arrow, script above, content\n // buffer.rqt == arrow, script below, type\n // buffer.rq == arrow, script below, content\n //\n // buffer.text_\n // buffer.rm\n // etc.\n //\n // buffer.parenthesisLevel == int, starting at 0\n // buffer.sb == bool, space before\n // buffer.beginsWithBond == bool\n //\n // These letters are also used as state names.\n //\n // Other states:\n // 0 == begin of main part (arrow/operator unlikely)\n // 1 == next entity\n // 2 == next entity (arrow/operator unlikely)\n // 3 == next atom\n // c == macro\n //\n /** @type {Buffer} */\n var buffer = {};\n buffer['parenthesisLevel'] = 0;\n\n input = input.replace(/\\n/g, \" \");\n input = input.replace(/[\\u2212\\u2013\\u2014\\u2010]/g, \"-\");\n input = input.replace(/[\\u2026]/g, \"...\");\n\n //\n // Looks through mhchemParser.transitions, to execute a matching action\n // (recursive)\n //\n var lastInput;\n var watchdog = 10;\n /** @type {ParserOutput[]} */\n var output = [];\n while (true) {\n if (lastInput !== input) {\n watchdog = 10;\n lastInput = input;\n } else {\n watchdog--;\n }\n //\n // Find actions in transition table\n //\n var machine = mhchemParser.stateMachines[stateMachine];\n var t = machine.transitions[state] || machine.transitions['*'];\n iterateTransitions:\n for (var i=0; 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},\n '_\\\\x{}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"_\", /^\\\\[a-zA-Z]+\\{/, \"}\", \"\"); },\n '_\\\\x': /^_(\\\\[a-zA-Z]+)\\s*/,\n '^_': /^(?:\\^(?=_)|\\_(?=\\^)|[\\^_]$)/,\n '{}': /^\\{\\}/,\n '{...}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\", \"{\", \"}\", \"\"); },\n '{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"{\", \"\", \"\", \"}\"); },\n '$...$': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\", \"$\", \"$\", \"\"); },\n '${(...)}$': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"${\", \"\", \"\", \"}$\"); },\n '$(...)$': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"$\", \"\", \"\", \"$\"); },\n '=<>': /^[=<>]/,\n '#': /^[#\\u2261]/,\n '+': /^\\+/,\n '-$': /^-(?=[\\s_},;\\]/]|$|\\([a-z]+\\))/, // -space -, -; -] -/ -$ -state-of-aggregation\n '-9': /^-(?=[0-9])/,\n '- orbital overlap': /^-(?=(?:[spd]|sp)(?:$|[\\s,;\\)\\]\\}]))/,\n '-': /^-/,\n 'pm-operator': /^(?:\\\\pm|\\$\\\\pm\\$|\\+-|\\+\\/-)/,\n 'operator': /^(?:\\+|(?:[\\-=<>]|<<|>>|\\\\approx|\\$\\\\approx\\$)(?=\\s|$|-?[0-9]))/,\n 'arrowUpDown': /^(?:v|\\(v\\)|\\^|\\(\\^\\))(?=$|[\\s,;\\)\\]\\}])/,\n '\\\\bond{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\bond{\", \"\", \"\", \"}\"); },\n '->': /^(?:<->|<-->|->|<-|<=>>|<<=>|<=>|[\\u2192\\u27F6\\u21CC])/,\n 'CMT': /^[CMT](?=\\[)/,\n '[(...)]': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"[\", \"\", \"\", \"]\"); },\n '1st-level escape': /^(&|\\\\\\\\|\\\\hline)\\s*/,\n '\\\\,': /^(?:\\\\[,\\ ;:])/, // \\\\x - but output no space before\n '\\\\x{}{}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\", /^\\\\[a-zA-Z]+\\{/, \"}\", \"\", \"\", \"{\", \"}\", \"\", true); },\n '\\\\x{}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\", /^\\\\[a-zA-Z]+\\{/, \"}\", \"\"); },\n '\\\\ca': /^\\\\ca(?:\\s+|(?![a-zA-Z]))/,\n '\\\\x': /^(?:\\\\[a-zA-Z]+\\s*|\\\\[_&{}%])/,\n 'orbital': /^(?:[0-9]{1,2}[spdfgh]|[0-9]{0,2}sp)(?=$|[^a-zA-Z])/, // only those with numbers in front, because the others will be formatted correctly anyway\n 'others': /^[\\/~|]/,\n '\\\\frac{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\frac{\", \"\", \"\", \"}\", \"{\", \"\", \"\", \"}\"); },\n '\\\\overset{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\overset{\", \"\", \"\", \"}\", \"{\", \"\", \"\", \"}\"); },\n '\\\\underset{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\underset{\", \"\", \"\", \"}\", \"{\", \"\", \"\", \"}\"); },\n '\\\\underbrace{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\underbrace{\", \"\", \"\", \"}_\", \"{\", \"\", \"\", \"}\"); },\n '\\\\color{(...)}0': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\color{\", \"\", \"\", \"}\"); },\n '\\\\color{(...)}{(...)}1': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\color{\", \"\", \"\", \"}\", \"{\", \"\", \"\", \"}\"); },\n '\\\\color(...){(...)}2': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\color\", \"\\\\\", \"\", /^(?=\\{)/, \"{\", \"\", \"\", \"}\"); },\n '\\\\ce{(...)}': function (input) { return mhchemParser.patterns.findObserveGroups(input, \"\\\\ce{\", \"\", \"\", \"}\"); },\n 'oxidation$': /^(?:[+-][IVX]+|\\\\pm\\s*0|\\$\\\\pm\\$\\s*0)$/,\n 'd-oxidation$': /^(?:[+-]?\\s?[IVX]+|\\\\pm\\s*0|\\$\\\\pm\\$\\s*0)$/, // 0 could be oxidation or charge\n 'roman numeral': /^[IVX]+/,\n '1/2$': /^[+\\-]?(?:[0-9]+|\\$[a-z]\\$|[a-z])\\/[0-9]+(?:\\$[a-z]\\$|[a-z])?$/,\n 'amount': function (input) {\n var match;\n // e.g. 2, 0.5, 1/2, -2, n/2, +; $a$ could be added later in parsing\n match = input.match(/^(?:(?:(?:\\([+\\-]?[0-9]+\\/[0-9]+\\)|[+\\-]?(?:[0-9]+|\\$[a-z]\\$|[a-z])\\/[0-9]+|[+\\-]?[0-9]+[.,][0-9]+|[+\\-]?\\.[0-9]+|[+\\-]?[0-9]+)(?:[a-z](?=\\s*[A-Z]))?)|[+\\-]?[a-z](?=\\s*[A-Z])|\\+(?!\\s))/);\n if (match) {\n return { match_: match[0], remainder: input.substr(match[0].length) };\n }\n var a = mhchemParser.patterns.findObserveGroups(input, \"\", \"$\", \"$\", \"\");\n if (a) { // e.g. $2n-1$, $-$\n match = a.match_.match(/^\\$(?:\\(?[+\\-]?(?:[0-9]*[a-z]?[+\\-])?[0-9]*[a-z](?:[+\\-][0-9]*[a-z]?)?\\)?|\\+|-)\\$$/);\n if (match) {\n return { match_: match[0], remainder: input.substr(match[0].length) };\n }\n }\n return null;\n },\n 'amount2': function (input) { return this['amount'](input); },\n '(KV letters),': /^(?:[A-Z][a-z]{0,2}|i)(?=,)/,\n 'formula$': function (input) {\n if (input.match(/^\\([a-z]+\\)$/)) { return null; } // state of aggregation = no formula\n var match = input.match(/^(?:[a-z]|(?:[0-9\\ \\+\\-\\,\\.\\(\\)]+[a-z])+[0-9\\ \\+\\-\\,\\.\\(\\)]*|(?:[a-z][0-9\\ \\+\\-\\,\\.\\(\\)]+)+[a-z]?)$/);\n if (match) {\n return { match_: match[0], remainder: input.substr(match[0].length) };\n }\n return null;\n },\n 'uprightEntities': /^(?:pH|pOH|pC|pK|iPr|iBu)(?=$|[^a-zA-Z])/,\n '/': /^\\s*(\\/)\\s*/,\n '//': /^\\s*(\\/\\/)\\s*/,\n '*': /^\\s*[*.]\\s*/\n },\n findObserveGroups: function (input, begExcl, begIncl, endIncl, endExcl, beg2Excl, beg2Incl, end2Incl, end2Excl, combine) {\n /** @type {{(input: string, pattern: string | RegExp): string | string[] | null;}} */\n var _match = function (input, pattern) {\n if (typeof pattern === \"string\") {\n if (input.indexOf(pattern) !== 0) { return null; }\n return pattern;\n } else {\n var match = input.match(pattern);\n if (!match) { return null; }\n return match[0];\n }\n };\n /** @type {{(input: string, i: number, endChars: string | RegExp): {endMatchBegin: number, endMatchEnd: number} | null;}} */\n var _findObserveGroups = function (input, i, endChars) {\n var braces = 0;\n while (i < input.length) {\n var a = input.charAt(i);\n var match = _match(input.substr(i), endChars);\n if (match !== null && braces === 0) {\n return { endMatchBegin: i, endMatchEnd: i + match.length };\n } else if (a === \"{\") {\n braces++;\n } else if (a === \"}\") {\n if (braces === 0) {\n throw [\"ExtraCloseMissingOpen\", \"Extra close brace or missing open brace\"];\n } else {\n braces--;\n }\n }\n i++;\n }\n if (braces > 0) {\n return null;\n }\n return null;\n };\n var match = _match(input, begExcl);\n if (match === null) { return null; }\n input = input.substr(match.length);\n match = _match(input, begIncl);\n if (match === null) { return null; }\n var e = _findObserveGroups(input, match.length, endIncl || endExcl);\n if (e === null) { return null; }\n var match1 = input.substring(0, (endIncl ? e.endMatchEnd : e.endMatchBegin));\n if (!(beg2Excl || beg2Incl)) {\n return {\n match_: match1,\n remainder: input.substr(e.endMatchEnd)\n };\n } else {\n var group2 = this.findObserveGroups(input.substr(e.endMatchEnd), beg2Excl, beg2Incl, end2Incl, end2Excl);\n if (group2 === null) { return null; }\n /** @type {string[]} */\n var matchRet = [match1, group2.match_];\n return {\n match_: (combine ? matchRet.join(\"\") : matchRet),\n remainder: group2.remainder\n };\n }\n },\n\n //\n // Matching function\n // e.g. match(\"a\", input) will look for the regexp called \"a\" and see if it matches\n // returns null or {match_:\"a\", remainder:\"bc\"}\n //\n match_: function (m, input) {\n var pattern = mhchemParser.patterns.patterns[m];\n if (pattern === undefined) {\n throw [\"MhchemBugP\", \"mhchem bug P. Please report. (\" + m + \")\"]; // Trying to use non-existing pattern\n } else if (typeof pattern === \"function\") {\n return mhchemParser.patterns.patterns[m](input); // cannot use cached var pattern here, because some pattern functions need this===mhchemParser\n } else { // RegExp\n var match = input.match(pattern);\n if (match) {\n var mm;\n if (match[2]) {\n mm = [ match[1], match[2] ];\n } else if (match[1]) {\n mm = match[1];\n } else {\n mm = match[0];\n }\n return { match_: mm, remainder: input.substr(match[0].length) };\n }\n return null;\n }\n }\n },\n\n //\n // Generic state machine actions\n //\n actions: {\n 'a=': function (buffer, m) { buffer.a = (buffer.a || \"\") + m; },\n 'b=': function (buffer, m) { buffer.b = (buffer.b || \"\") + m; },\n 'p=': function (buffer, m) { buffer.p = (buffer.p || \"\") + m; },\n 'o=': function (buffer, m) { buffer.o = (buffer.o || \"\") + m; },\n 'q=': function (buffer, m) { buffer.q = (buffer.q || \"\") + m; },\n 'd=': function (buffer, m) { buffer.d = (buffer.d || \"\") + m; },\n 'rm=': function (buffer, m) { buffer.rm = (buffer.rm || \"\") + m; },\n 'text=': function (buffer, m) { buffer.text_ = (buffer.text_ || \"\") + m; },\n 'insert': function (buffer, m, a) { return { type_: a }; },\n 'insert+p1': function (buffer, m, a) { return { type_: a, p1: m }; },\n 'insert+p1+p2': function (buffer, m, a) { return { type_: a, p1: m[0], p2: m[1] }; },\n 'copy': function (buffer, m) { return m; },\n 'rm': function (buffer, m) { return { type_: 'rm', p1: m || \"\"}; },\n 'text': function (buffer, m) { return mhchemParser.go(m, 'text'); },\n '{text}': function (buffer, m) {\n var ret = [ \"{\" ];\n mhchemParser.concatArray(ret, mhchemParser.go(m, 'text'));\n ret.push(\"}\");\n return ret;\n },\n 'tex-math': function (buffer, m) { return mhchemParser.go(m, 'tex-math'); },\n 'tex-math tight': function (buffer, m) { return mhchemParser.go(m, 'tex-math tight'); },\n 'bond': function (buffer, m, k) { return { type_: 'bond', kind_: k || m }; },\n 'color0-output': function (buffer, m) { return { type_: 'color0', color: m[0] }; },\n 'ce': function (buffer, m) { return mhchemParser.go(m); },\n '1/2': function (buffer, m) {\n /** @type {ParserOutput[]} */\n var ret = [];\n if (m.match(/^[+\\-]/)) {\n ret.push(m.substr(0, 1));\n m = m.substr(1);\n }\n var n = m.match(/^([0-9]+|\\$[a-z]\\$|[a-z])\\/([0-9]+)(\\$[a-z]\\$|[a-z])?$/);\n n[1] = n[1].replace(/\\$/g, \"\");\n ret.push({ type_: 'frac', p1: n[1], p2: n[2] });\n if (n[3]) {\n n[3] = n[3].replace(/\\$/g, \"\");\n ret.push({ type_: 'tex-math', p1: n[3] });\n }\n return ret;\n },\n '9,9': function (buffer, m) { return mhchemParser.go(m, '9,9'); }\n },\n //\n // createTransitions\n // convert { 'letter': { 'state': { action_: 'output' } } } to { 'state' => [ { pattern: 'letter', task: { action_: [{type_: 'output'}] } } ] }\n // with expansion of 'a|b' to 'a' and 'b' (at 2 places)\n //\n createTransitions: function (o) {\n var pattern, state;\n /** @type {string[]} */\n var stateArray;\n var i;\n //\n // 1. Collect all states\n //\n /** @type {Transitions} */\n var transitions = {};\n for (pattern in o) {\n for (state in o[pattern]) {\n stateArray = state.split(\"|\");\n o[pattern][state].stateArray = stateArray;\n for (i=0; i<stateArray.length; i++) {\n transitions[stateArray[i]] = [];\n }\n }\n }\n //\n // 2. Fill states\n //\n for (pattern in o) {\n for (state in o[pattern]) {\n stateArray = o[pattern][state].stateArray || [];\n for (i=0; i<stateArray.length; i++) {\n //\n // 2a. Normalize actions into array: 'text=' ==> [{type_:'text='}]\n // (Note to myself: Resolving the function here would be problematic. It would need .bind (for *this*) and currying (for *option*).)\n //\n /** @type {any} */\n var p = o[pattern][state];\n if (p.action_) {\n p.action_ = [].concat(p.action_);\n for (var k=0; k<p.action_.length; k++) {\n if (typeof p.action_[k] === \"string\") {\n p.action_[k] = { type_: p.action_[k] };\n }\n }\n } else {\n p.action_ = [];\n }\n //\n // 2.b Multi-insert\n //\n var patternArray = pattern.split(\"|\");\n for (var j=0; j<patternArray.length; j++) {\n if (stateArray[i] === '*') { // insert into all\n for (var t in transitions) {\n transitions[t].push({ pattern: patternArray[j], task: p });\n }\n } else {\n transitions[stateArray[i]].push({ pattern: patternArray[j], task: p });\n }\n }\n }\n }\n }\n return transitions;\n },\n stateMachines: {}\n };\n\n //\n // Definition of state machines\n //\n mhchemParser.stateMachines = {\n //\n // \\ce state machines\n //\n //#region ce\n 'ce': { // main parser\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': { action_: 'output' } },\n 'else': {\n '0|1|2': { action_: 'beginsWithBond=false', revisit: true, toContinue: true } },\n 'oxidation$': {\n '0': { action_: 'oxidation-output' } },\n 'CMT': {\n 'r': { action_: 'rdt=', nextState: 'rt' },\n 'rd': { action_: 'rqt=', nextState: 'rdt' } },\n 'arrowUpDown': {\n '0|1|2|as': { action_: [ 'sb=false', 'output', 'operator' ], nextState: '1' } },\n 'uprightEntities': {\n '0|1|2': { action_: [ 'o=', 'output' ], nextState: '1' } },\n 'orbital': {\n '0|1|2|3': { action_: 'o=', nextState: 'o' } },\n '->': {\n '0|1|2|3': { action_: 'r=', nextState: 'r' },\n 'a|as': { action_: [ 'output', 'r=' ], nextState: 'r' },\n '*': { action_: [ 'output', 'r=' ], nextState: 'r' } },\n '+': {\n 'o': { action_: 'd= kv', nextState: 'd' },\n 'd|D': { action_: 'd=', nextState: 'd' },\n 'q': { action_: 'd=', nextState: 'qd' },\n 'qd|qD': { action_: 'd=', nextState: 'qd' },\n 'dq': { action_: [ 'output', 'd=' ], nextState: 'd' },\n '3': { action_: [ 'sb=false', 'output', 'operator' ], nextState: '0' } },\n 'amount': {\n '0|2': { action_: 'a=', nextState: 'a' } },\n 'pm-operator': {\n '0|1|2|a|as': { action_: [ 'sb=false', 'output', { type_: 'operator', option: '\\\\pm' } ], nextState: '0' } },\n 'operator': {\n '0|1|2|a|as': { action_: [ 'sb=false', 'output', 'operator' ], nextState: '0' } },\n '-$': {\n 'o|q': { action_: [ 'charge or bond', 'output' ], nextState: 'qd' },\n 'd': { action_: 'd=', nextState: 'd' },\n 'D': { action_: [ 'output', { type_: 'bond', option: \"-\" } ], nextState: '3' },\n 'q': { action_: 'd=', nextState: 'qd' },\n 'qd': { action_: 'd=', nextState: 'qd' },\n 'qD|dq': { action_: [ 'output', { type_: 'bond', option: \"-\" } ], nextState: '3' } },\n '-9': {\n '3|o': { action_: [ 'output', { type_: 'insert', option: 'hyphen' } ], nextState: '3' } },\n '- orbital overlap': {\n 'o': { action_: [ 'output', { type_: 'insert', option: 'hyphen' } ], nextState: '2' },\n 'd': { action_: [ 'output', { type_: 'insert', option: 'hyphen' } ], nextState: '2' } },\n '-': {\n '0|1|2': { action_: [ { type_: 'output', option: 1 }, 'beginsWithBond=true', { type_: 'bond', option: \"-\" } ], nextState: '3' },\n '3': { action_: { type_: 'bond', option: \"-\" } },\n 'a': { action_: [ 'output', { type_: 'insert', option: 'hyphen' } ], nextState: '2' },\n 'as': { action_: [ { type_: 'output', option: 2 }, { type_: 'bond', option: \"-\" } ], nextState: '3' },\n 'b': { action_: 'b=' },\n 'o': { action_: { type_: '- after o/d', option: false }, nextState: '2' },\n 'q': { action_: { type_: '- after o/d', option: false }, nextState: '2' },\n 'd|qd|dq': { action_: { type_: '- after o/d', option: true }, nextState: '2' },\n 'D|qD|p': { action_: [ 'output', { type_: 'bond', option: \"-\" } ], nextState: '3' } },\n 'amount2': {\n '1|3': { action_: 'a=', nextState: 'a' } },\n 'letters': {\n '0|1|2|3|a|as|b|p|bp|o': { action_: 'o=', nextState: 'o' },\n 'q|dq': { action_: ['output', 'o='], nextState: 'o' },\n 'd|D|qd|qD': { action_: 'o after d', nextState: 'o' } },\n 'digits': {\n 'o': { action_: 'q=', nextState: 'q' },\n 'd|D': { action_: 'q=', nextState: 'dq' },\n 'q': { action_: [ 'output', 'o=' ], nextState: 'o' },\n 'a': { action_: 'o=', nextState: 'o' } },\n 'space A': {\n 'b|p|bp': {} },\n 'space': {\n 'a': { nextState: 'as' },\n '0': { action_: 'sb=false' },\n '1|2': { action_: 'sb=true' },\n 'r|rt|rd|rdt|rdq': { action_: 'output', nextState: '0' },\n '*': { action_: [ 'output', 'sb=true' ], nextState: '1'} },\n '1st-level escape': {\n '1|2': { action_: [ 'output', { type_: 'insert+p1', option: '1st-level escape' } ] },\n '*': { action_: [ 'output', { type_: 'insert+p1', option: '1st-level escape' } ], nextState: '0' } },\n '[(...)]': {\n 'r|rt': { action_: 'rd=', nextState: 'rd' },\n 'rd|rdt': { action_: 'rq=', nextState: 'rdq' } },\n '...': {\n 'o|d|D|dq|qd|qD': { action_: [ 'output', { type_: 'bond', option: \"...\" } ], nextState: '3' },\n '*': { action_: [ { type_: 'output', option: 1 }, { type_: 'insert', option: 'ellipsis' } ], nextState: '1' } },\n '. |* ': {\n '*': { action_: [ 'output', { type_: 'insert', option: 'addition compound' } ], nextState: '1' } },\n 'state of aggregation $': {\n '*': { action_: [ 'output', 'state of aggregation' ], nextState: '1' } },\n '{[(': {\n 'a|as|o': { action_: [ 'o=', 'output', 'parenthesisLevel++' ], nextState: '2' },\n '0|1|2|3': { action_: [ 'o=', 'output', 'parenthesisLevel++' ], nextState: '2' },\n '*': { action_: [ 'output', 'o=', 'output', 'parenthesisLevel++' ], nextState: '2' } },\n ')]}': {\n '0|1|2|3|b|p|bp|o': { action_: [ 'o=', 'parenthesisLevel--' ], nextState: 'o' },\n 'a|as|d|D|q|qd|qD|dq': { action_: [ 'output', 'o=', 'parenthesisLevel--' ], nextState: 'o' } },\n ', ': {\n '*': { action_: [ 'output', 'comma' ], nextState: '0' } },\n '^_': { // ^ and _ without a sensible argument\n '*': { } },\n '^{(...)}|^($...$)': {\n '0|1|2|as': { action_: 'b=', nextState: 'b' },\n 'p': { action_: 'b=', nextState: 'bp' },\n '3|o': { action_: 'd= kv', nextState: 'D' },\n 'q': { action_: 'd=', nextState: 'qD' },\n 'd|D|qd|qD|dq': { action_: [ 'output', 'd=' ], nextState: 'D' } },\n '^a|^\\\\x{}{}|^\\\\x{}|^\\\\x|\\'': {\n '0|1|2|as': { action_: 'b=', nextState: 'b' },\n 'p': { action_: 'b=', nextState: 'bp' },\n '3|o': { action_: 'd= kv', nextState: 'd' },\n 'q': { action_: 'd=', nextState: 'qd' },\n 'd|qd|D|qD': { action_: 'd=' },\n 'dq': { action_: [ 'output', 'd=' ], nextState: 'd' } },\n '_{(state of aggregation)}$': {\n 'd|D|q|qd|qD|dq': { action_: [ 'output', 'q=' ], nextState: 'q' } },\n '_{(...)}|_($...$)|_9|_\\\\x{}{}|_\\\\x{}|_\\\\x': {\n '0|1|2|as': { action_: 'p=', nextState: 'p' },\n 'b': { action_: 'p=', nextState: 'bp' },\n '3|o': { action_: 'q=', nextState: 'q' },\n 'd|D': { action_: 'q=', nextState: 'dq' },\n 'q|qd|qD|dq': { action_: [ 'output', 'q=' ], nextState: 'q' } },\n '=<>': {\n '0|1|2|3|a|as|o|q|d|D|qd|qD|dq': { action_: [ { type_: 'output', option: 2 }, 'bond' ], nextState: '3' } },\n '#': {\n '0|1|2|3|a|as|o': { action_: [ { type_: 'output', option: 2 }, { type_: 'bond', option: \"#\" } ], nextState: '3' } },\n '{}': {\n '*': { action_: { type_: 'output', option: 1 }, nextState: '1' } },\n '{...}': {\n '0|1|2|3|a|as|b|p|bp': { action_: 'o=', nextState: 'o' },\n 'o|d|D|q|qd|qD|dq': { action_: [ 'output', 'o=' ], nextState: 'o' } },\n '$...$': {\n 'a': { action_: 'a=' }, // 2$n$\n '0|1|2|3|as|b|p|bp|o': { action_: 'o=', nextState: 'o' }, // not 'amount'\n 'as|o': { action_: 'o=' },\n 'q|d|D|qd|qD|dq': { action_: [ 'output', 'o=' ], nextState: 'o' } },\n '\\\\bond{(...)}': {\n '*': { action_: [ { type_: 'output', option: 2 }, 'bond' ], nextState: \"3\" } },\n '\\\\frac{(...)}': {\n '*': { action_: [ { type_: 'output', option: 1 }, 'frac-output' ], nextState: '3' } },\n '\\\\overset{(...)}': {\n '*': { action_: [ { type_: 'output', option: 2 }, 'overset-output' ], nextState: '3' } },\n '\\\\underset{(...)}': {\n '*': { action_: [ { type_: 'output', option: 2 }, 'underset-output' ], nextState: '3' } },\n '\\\\underbrace{(...)}': {\n '*': { action_: [ { type_: 'output', option: 2 }, 'underbrace-output' ], nextState: '3' } },\n '\\\\color{(...)}{(...)}1|\\\\color(...){(...)}2': {\n '*': { action_: [ { type_: 'output', option: 2 }, 'color-output' ], nextState: '3' } },\n '\\\\color{(...)}0': {\n '*': { action_: [ { type_: 'output', option: 2 }, 'color0-output' ] } },\n '\\\\ce{(...)}': {\n '*': { action_: [ { type_: 'output', option: 2 }, 'ce' ], nextState: '3' } },\n '\\\\,': {\n '*': { action_: [ { type_: 'output', option: 1 }, 'copy' ], nextState: '1' } },\n '\\\\x{}{}|\\\\x{}|\\\\x': {\n '0|1|2|3|a|as|b|p|bp|o|c0': { action_: [ 'o=', 'output' ], nextState: '3' },\n '*': { action_: ['output', 'o=', 'output' ], nextState: '3' } },\n 'others': {\n '*': { action_: [ { type_: 'output', option: 1 }, 'copy' ], nextState: '3' } },\n 'else2': {\n 'a': { action_: 'a to o', nextState: 'o', revisit: true },\n 'as': { action_: [ 'output', 'sb=true' ], nextState: '1', revisit: true },\n 'r|rt|rd|rdt|rdq': { action_: [ 'output' ], nextState: '0', revisit: true },\n '*': { action_: [ 'output', 'copy' ], nextState: '3' } }\n }),\n actions: {\n 'o after d': function (buffer, m) {\n var ret;\n if ((buffer.d || \"\").match(/^[0-9]+$/)) {\n var tmp = buffer.d;\n buffer.d = undefined;\n ret = this['output'](buffer);\n buffer.b = tmp;\n } else {\n ret = this['output'](buffer);\n }\n mhchemParser.actions['o='](buffer, m);\n return ret;\n },\n 'd= kv': function (buffer, m) {\n buffer.d = m;\n buffer.dType = 'kv';\n },\n 'charge or bond': function (buffer, m) {\n if (buffer['beginsWithBond']) {\n /** @type {ParserOutput[]} */\n var ret = [];\n mhchemParser.concatArray(ret, this['output'](buffer));\n mhchemParser.concatArray(ret, mhchemParser.actions['bond'](buffer, m, \"-\"));\n return ret;\n } else {\n buffer.d = m;\n }\n },\n '- after o/d': function (buffer, m, isAfterD) {\n var c1 = mhchemParser.patterns.match_('orbital', buffer.o || \"\");\n var c2 = mhchemParser.patterns.match_('one lowercase greek letter $', buffer.o || \"\");\n var c3 = mhchemParser.patterns.match_('one lowercase latin letter $', buffer.o || \"\");\n var c4 = mhchemParser.patterns.match_('$one lowercase latin letter$ $', buffer.o || \"\");\n var hyphenFollows = m===\"-\" && ( c1 && c1.remainder===\"\" || c2 || c3 || c4 );\n if (hyphenFollows && !buffer.a && !buffer.b && !buffer.p && !buffer.d && !buffer.q && !c1 && c3) {\n buffer.o = '$' + buffer.o + '$';\n }\n /** @type {ParserOutput[]} */\n var ret = [];\n if (hyphenFollows) {\n mhchemParser.concatArray(ret, this['output'](buffer));\n ret.push({ type_: 'hyphen' });\n } else {\n c1 = mhchemParser.patterns.match_('digits', buffer.d || \"\");\n if (isAfterD && c1 && c1.remainder==='') {\n mhchemParser.concatArray(ret, mhchemParser.actions['d='](buffer, m));\n mhchemParser.concatArray(ret, this['output'](buffer));\n } else {\n mhchemParser.concatArray(ret, this['output'](buffer));\n mhchemParser.concatArray(ret, mhchemParser.actions['bond'](buffer, m, \"-\"));\n }\n }\n return ret;\n },\n 'a to o': function (buffer) {\n buffer.o = buffer.a;\n buffer.a = undefined;\n },\n 'sb=true': function (buffer) { buffer.sb = true; },\n 'sb=false': function (buffer) { buffer.sb = false; },\n 'beginsWithBond=true': function (buffer) { buffer['beginsWithBond'] = true; },\n 'beginsWithBond=false': function (buffer) { buffer['beginsWithBond'] = false; },\n 'parenthesisLevel++': function (buffer) { buffer['parenthesisLevel']++; },\n 'parenthesisLevel--': function (buffer) { buffer['parenthesisLevel']--; },\n 'state of aggregation': function (buffer, m) {\n return { type_: 'state of aggregation', p1: mhchemParser.go(m, 'o') };\n },\n 'comma': function (buffer, m) {\n var a = m.replace(/\\s*$/, '');\n var withSpace = (a !== m);\n if (withSpace && buffer['parenthesisLevel'] === 0) {\n return { type_: 'comma enumeration L', p1: a };\n } else {\n return { type_: 'comma enumeration M', p1: a };\n }\n },\n 'output': function (buffer, m, entityFollows) {\n // entityFollows:\n // undefined = if we have nothing else to output, also ignore the just read space (buffer.sb)\n // 1 = an entity follows, never omit the space if there was one just read before (can only apply to state 1)\n // 2 = 1 + the entity can have an amount, so output a\\, instead of converting it to o (can only apply to states a|as)\n /** @type {ParserOutput | ParserOutput[]} */\n var ret;\n if (!buffer.r) {\n ret = [];\n if (!buffer.a && !buffer.b && !buffer.p && !buffer.o && !buffer.q && !buffer.d && !entityFollows) {\n //ret = [];\n } else {\n if (buffer.sb) {\n ret.push({ type_: 'entitySkip' });\n }\n if (!buffer.o && !buffer.q && !buffer.d && !buffer.b && !buffer.p && entityFollows!==2) {\n buffer.o = buffer.a;\n buffer.a = undefined;\n } else if (!buffer.o && !buffer.q && !buffer.d && (buffer.b || buffer.p)) {\n buffer.o = buffer.a;\n buffer.d = buffer.b;\n buffer.q = buffer.p;\n buffer.a = buffer.b = buffer.p = undefined;\n } else {\n if (buffer.o && buffer.dType==='kv' && mhchemParser.patterns.match_('d-oxidation$', buffer.d || \"\")) {\n buffer.dType = 'oxidation';\n } else if (buffer.o && buffer.dType==='kv' && !buffer.q) {\n buffer.dType = undefined;\n }\n }\n ret.push({\n type_: 'chemfive',\n a: mhchemParser.go(buffer.a, 'a'),\n b: mhchemParser.go(buffer.b, 'bd'),\n p: mhchemParser.go(buffer.p, 'pq'),\n o: mhchemParser.go(buffer.o, 'o'),\n q: mhchemParser.go(buffer.q, 'pq'),\n d: mhchemParser.go(buffer.d, (buffer.dType === 'oxidation' ? 'oxidation' : 'bd')),\n dType: buffer.dType\n });\n }\n } else { // r\n /** @type {ParserOutput[]} */\n var rd;\n if (buffer.rdt === 'M') {\n rd = mhchemParser.go(buffer.rd, 'tex-math');\n } else if (buffer.rdt === 'T') {\n rd = [ { type_: 'text', p1: buffer.rd || \"\" } ];\n } else {\n rd = mhchemParser.go(buffer.rd);\n }\n /** @type {ParserOutput[]} */\n var rq;\n if (buffer.rqt === 'M') {\n rq = mhchemParser.go(buffer.rq, 'tex-math');\n } else if (buffer.rqt === 'T') {\n rq = [ { type_: 'text', p1: buffer.rq || \"\"} ];\n } else {\n rq = mhchemParser.go(buffer.rq);\n }\n ret = {\n type_: 'arrow',\n r: buffer.r,\n rd: rd,\n rq: rq\n };\n }\n for (var p in buffer) {\n if (p !== 'parenthesisLevel' && p !== 'beginsWithBond') {\n delete buffer[p];\n }\n }\n return ret;\n },\n 'oxidation-output': function (buffer, m) {\n var ret = [ \"{\" ];\n mhchemParser.concatArray(ret, mhchemParser.go(m, 'oxidation'));\n ret.push(\"}\");\n return ret;\n },\n 'frac-output': function (buffer, m) {\n return { type_: 'frac-ce', p1: mhchemParser.go(m[0]), p2: mhchemParser.go(m[1]) };\n },\n 'overset-output': function (buffer, m) {\n return { type_: 'overset', p1: mhchemParser.go(m[0]), p2: mhchemParser.go(m[1]) };\n },\n 'underset-output': function (buffer, m) {\n return { type_: 'underset', p1: mhchemParser.go(m[0]), p2: mhchemParser.go(m[1]) };\n },\n 'underbrace-output': function (buffer, m) {\n return { type_: 'underbrace', p1: mhchemParser.go(m[0]), p2: mhchemParser.go(m[1]) };\n },\n 'color-output': function (buffer, m) {\n return { type_: 'color', color1: m[0], color2: mhchemParser.go(m[1]) };\n },\n 'r=': function (buffer, m) { buffer.r = m; },\n 'rdt=': function (buffer, m) { buffer.rdt = m; },\n 'rd=': function (buffer, m) { buffer.rd = m; },\n 'rqt=': function (buffer, m) { buffer.rqt = m; },\n 'rq=': function (buffer, m) { buffer.rq = m; },\n 'operator': function (buffer, m, p1) { return { type_: 'operator', kind_: (p1 || m) }; }\n }\n },\n 'a': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': {} },\n '1/2$': {\n '0': { action_: '1/2' } },\n 'else': {\n '0': { nextState: '1', revisit: true } },\n '$(...)$': {\n '*': { action_: 'tex-math tight', nextState: '1' } },\n ',': {\n '*': { action_: { type_: 'insert', option: 'commaDecimal' } } },\n 'else2': {\n '*': { action_: 'copy' } }\n }),\n actions: {}\n },\n 'o': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': {} },\n '1/2$': {\n '0': { action_: '1/2' } },\n 'else': {\n '0': { nextState: '1', revisit: true } },\n 'letters': {\n '*': { action_: 'rm' } },\n '\\\\ca': {\n '*': { action_: { type_: 'insert', option: 'circa' } } },\n '\\\\x{}{}|\\\\x{}|\\\\x': {\n '*': { action_: 'copy' } },\n '${(...)}$|$(...)$': {\n '*': { action_: 'tex-math' } },\n '{(...)}': {\n '*': { action_: '{text}' } },\n 'else2': {\n '*': { action_: 'copy' } }\n }),\n actions: {}\n },\n 'text': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': { action_: 'output' } },\n '{...}': {\n '*': { action_: 'text=' } },\n '${(...)}$|$(...)$': {\n '*': { action_: 'tex-math' } },\n '\\\\greek': {\n '*': { action_: [ 'output', 'rm' ] } },\n '\\\\,|\\\\x{}{}|\\\\x{}|\\\\x': {\n '*': { action_: [ 'output', 'copy' ] } },\n 'else': {\n '*': { action_: 'text=' } }\n }),\n actions: {\n 'output': function (buffer) {\n if (buffer.text_) {\n /** @type {ParserOutput} */\n var ret = { type_: 'text', p1: buffer.text_ };\n for (var p in buffer) { delete buffer[p]; }\n return ret;\n }\n }\n }\n },\n 'pq': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': {} },\n 'state of aggregation $': {\n '*': { action_: 'state of aggregation' } },\n 'i$': {\n '0': { nextState: '!f', revisit: true } },\n '(KV letters),': {\n '0': { action_: 'rm', nextState: '0' } },\n 'formula$': {\n '0': { nextState: 'f', revisit: true } },\n '1/2$': {\n '0': { action_: '1/2' } },\n 'else': {\n '0': { nextState: '!f', revisit: true } },\n '${(...)}$|$(...)$': {\n '*': { action_: 'tex-math' } },\n '{(...)}': {\n '*': { action_: 'text' } },\n 'a-z': {\n 'f': { action_: 'tex-math' } },\n 'letters': {\n '*': { action_: 'rm' } },\n '-9.,9': {\n '*': { action_: '9,9' } },\n ',': {\n '*': { action_: { type_: 'insert+p1', option: 'comma enumeration S' } } },\n '\\\\color{(...)}{(...)}1|\\\\color(...){(...)}2': {\n '*': { action_: 'color-output' } },\n '\\\\color{(...)}0': {\n '*': { action_: 'color0-output' } },\n '\\\\ce{(...)}': {\n '*': { action_: 'ce' } },\n '\\\\,|\\\\x{}{}|\\\\x{}|\\\\x': {\n '*': { action_: 'copy' } },\n 'else2': {\n '*': { action_: 'copy' } }\n }),\n actions: {\n 'state of aggregation': function (buffer, m) {\n return { type_: 'state of aggregation subscript', p1: mhchemParser.go(m, 'o') };\n },\n 'color-output': function (buffer, m) {\n return { type_: 'color', color1: m[0], color2: mhchemParser.go(m[1], 'pq') };\n }\n }\n },\n 'bd': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': {} },\n 'x$': {\n '0': { nextState: '!f', revisit: true } },\n 'formula$': {\n '0': { nextState: 'f', revisit: true } },\n 'else': {\n '0': { nextState: '!f', revisit: true } },\n '-9.,9 no missing 0': {\n '*': { action_: '9,9' } },\n '.': {\n '*': { action_: { type_: 'insert', option: 'electron dot' } } },\n 'a-z': {\n 'f': { action_: 'tex-math' } },\n 'x': {\n '*': { action_: { type_: 'insert', option: 'KV x' } } },\n 'letters': {\n '*': { action_: 'rm' } },\n '\\'': {\n '*': { action_: { type_: 'insert', option: 'prime' } } },\n '${(...)}$|$(...)$': {\n '*': { action_: 'tex-math' } },\n '{(...)}': {\n '*': { action_: 'text' } },\n '\\\\color{(...)}{(...)}1|\\\\color(...){(...)}2': {\n '*': { action_: 'color-output' } },\n '\\\\color{(...)}0': {\n '*': { action_: 'color0-output' } },\n '\\\\ce{(...)}': {\n '*': { action_: 'ce' } },\n '\\\\,|\\\\x{}{}|\\\\x{}|\\\\x': {\n '*': { action_: 'copy' } },\n 'else2': {\n '*': { action_: 'copy' } }\n }),\n actions: {\n 'color-output': function (buffer, m) {\n return { type_: 'color', color1: m[0], color2: mhchemParser.go(m[1], 'bd') };\n }\n }\n },\n 'oxidation': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': {} },\n 'roman numeral': {\n '*': { action_: 'roman-numeral' } },\n '${(...)}$|$(...)$': {\n '*': { action_: 'tex-math' } },\n 'else': {\n '*': { action_: 'copy' } }\n }),\n actions: {\n 'roman-numeral': function (buffer, m) { return { type_: 'roman numeral', p1: m || \"\" }; }\n }\n },\n 'tex-math': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': { action_: 'output' } },\n '\\\\ce{(...)}': {\n '*': { action_: [ 'output', 'ce' ] } },\n '{...}|\\\\,|\\\\x{}{}|\\\\x{}|\\\\x': {\n '*': { action_: 'o=' } },\n 'else': {\n '*': { action_: 'o=' } }\n }),\n actions: {\n 'output': function (buffer) {\n if (buffer.o) {\n /** @type {ParserOutput} */\n var ret = { type_: 'tex-math', p1: buffer.o };\n for (var p in buffer) { delete buffer[p]; }\n return ret;\n }\n }\n }\n },\n 'tex-math tight': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': { action_: 'output' } },\n '\\\\ce{(...)}': {\n '*': { action_: [ 'output', 'ce' ] } },\n '{...}|\\\\,|\\\\x{}{}|\\\\x{}|\\\\x': {\n '*': { action_: 'o=' } },\n '-|+': {\n '*': { action_: 'tight operator' } },\n 'else': {\n '*': { action_: 'o=' } }\n }),\n actions: {\n 'tight operator': function (buffer, m) { buffer.o = (buffer.o || \"\") + \"{\"+m+\"}\"; },\n 'output': function (buffer) {\n if (buffer.o) {\n /** @type {ParserOutput} */\n var ret = { type_: 'tex-math', p1: buffer.o };\n for (var p in buffer) { delete buffer[p]; }\n return ret;\n }\n }\n }\n },\n '9,9': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': {} },\n ',': {\n '*': { action_: 'comma' } },\n 'else': {\n '*': { action_: 'copy' } }\n }),\n actions: {\n 'comma': function () { return { type_: 'commaDecimal' }; }\n }\n },\n //#endregion\n //\n // \\pu state machines\n //\n //#region pu\n 'pu': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': { action_: 'output' } },\n 'space$': {\n '*': { action_: [ 'output', 'space' ] } },\n '{[(|)]}': {\n '0|a': { action_: 'copy' } },\n '(-)(9)^(-9)': {\n '0': { action_: 'number^', nextState: 'a' } },\n '(-)(9.,9)(e)(99)': {\n '0': { action_: 'enumber', nextState: 'a' } },\n 'space': {\n '0|a': {} },\n 'pm-operator': {\n '0|a': { action_: { type_: 'operator', option: '\\\\pm' }, nextState: '0' } },\n 'operator': {\n '0|a': { action_: 'copy', nextState: '0' } },\n '//': {\n 'd': { action_: 'o=', nextState: '/' } },\n '/': {\n 'd': { action_: 'o=', nextState: '/' } },\n '{...}|else': {\n '0|d': { action_: 'd=', nextState: 'd' },\n 'a': { action_: [ 'space', 'd=' ], nextState: 'd' },\n '/|q': { action_: 'q=', nextState: 'q' } }\n }),\n actions: {\n 'enumber': function (buffer, m) {\n /** @type {ParserOutput[]} */\n var ret = [];\n if (m[0] === \"+-\" || m[0] === \"+/-\") {\n ret.push(\"\\\\pm \");\n } else if (m[0]) {\n ret.push(m[0]);\n }\n if (m[1]) {\n mhchemParser.concatArray(ret, mhchemParser.go(m[1], 'pu-9,9'));\n if (m[2]) {\n if (m[2].match(/[,.]/)) {\n mhchemParser.concatArray(ret, mhchemParser.go(m[2], 'pu-9,9'));\n } else {\n ret.push(m[2]);\n }\n }\n m[3] = m[4] || m[3];\n if (m[3]) {\n m[3] = m[3].trim();\n if (m[3] === \"e\" || m[3].substr(0, 1) === \"*\") {\n ret.push({ type_: 'cdot' });\n } else {\n ret.push({ type_: 'times' });\n }\n }\n }\n if (m[3]) {\n ret.push(\"10^{\"+m[5]+\"}\");\n }\n return ret;\n },\n 'number^': function (buffer, m) {\n /** @type {ParserOutput[]} */\n var ret = [];\n if (m[0] === \"+-\" || m[0] === \"+/-\") {\n ret.push(\"\\\\pm \");\n } else if (m[0]) {\n ret.push(m[0]);\n }\n mhchemParser.concatArray(ret, mhchemParser.go(m[1], 'pu-9,9'));\n ret.push(\"^{\"+m[2]+\"}\");\n return ret;\n },\n 'operator': function (buffer, m, p1) { return { type_: 'operator', kind_: (p1 || m) }; },\n 'space': function () { return { type_: 'pu-space-1' }; },\n 'output': function (buffer) {\n /** @type {ParserOutput | ParserOutput[]} */\n var ret;\n var md = mhchemParser.patterns.match_('{(...)}', buffer.d || \"\");\n if (md && md.remainder === '') { buffer.d = md.match_; }\n var mq = mhchemParser.patterns.match_('{(...)}', buffer.q || \"\");\n if (mq && mq.remainder === '') { buffer.q = mq.match_; }\n if (buffer.d) {\n buffer.d = buffer.d.replace(/\\u00B0C|\\^oC|\\^{o}C/g, \"{}^{\\\\circ}C\");\n buffer.d = buffer.d.replace(/\\u00B0F|\\^oF|\\^{o}F/g, \"{}^{\\\\circ}F\");\n }\n if (buffer.q) { // fraction\n buffer.q = buffer.q.replace(/\\u00B0C|\\^oC|\\^{o}C/g, \"{}^{\\\\circ}C\");\n buffer.q = buffer.q.replace(/\\u00B0F|\\^oF|\\^{o}F/g, \"{}^{\\\\circ}F\");\n var b5 = {\n d: mhchemParser.go(buffer.d, 'pu'),\n q: mhchemParser.go(buffer.q, 'pu')\n };\n if (buffer.o === '//') {\n ret = { type_: 'pu-frac', p1: b5.d, p2: b5.q };\n } else {\n ret = b5.d;\n if (b5.d.length > 1 || b5.q.length > 1) {\n ret.push({ type_: ' / ' });\n } else {\n ret.push({ type_: '/' });\n }\n mhchemParser.concatArray(ret, b5.q);\n }\n } else { // no fraction\n ret = mhchemParser.go(buffer.d, 'pu-2');\n }\n for (var p in buffer) { delete buffer[p]; }\n return ret;\n }\n }\n },\n 'pu-2': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '*': { action_: 'output' } },\n '*': {\n '*': { action_: [ 'output', 'cdot' ], nextState: '0' } },\n '\\\\x': {\n '*': { action_: 'rm=' } },\n 'space': {\n '*': { action_: [ 'output', 'space' ], nextState: '0' } },\n '^{(...)}|^(-1)': {\n '1': { action_: '^(-1)' } },\n '-9.,9': {\n '0': { action_: 'rm=', nextState: '0' },\n '1': { action_: '^(-1)', nextState: '0' } },\n '{...}|else': {\n '*': { action_: 'rm=', nextState: '1' } }\n }),\n actions: {\n 'cdot': function () { return { type_: 'tight cdot' }; },\n '^(-1)': function (buffer, m) { buffer.rm += \"^{\"+m+\"}\"; },\n 'space': function () { return { type_: 'pu-space-2' }; },\n 'output': function (buffer) {\n /** @type {ParserOutput | ParserOutput[]} */\n var ret = [];\n if (buffer.rm) {\n var mrm = mhchemParser.patterns.match_('{(...)}', buffer.rm || \"\");\n if (mrm && mrm.remainder === '') {\n ret = mhchemParser.go(mrm.match_, 'pu');\n } else {\n ret = { type_: 'rm', p1: buffer.rm };\n }\n }\n for (var p in buffer) { delete buffer[p]; }\n return ret;\n }\n }\n },\n 'pu-9,9': {\n transitions: mhchemParser.createTransitions({\n 'empty': {\n '0': { action_: 'output-0' },\n 'o': { action_: 'output-o' } },\n ',': {\n '0': { action_: [ 'output-0', 'comma' ], nextState: 'o' } },\n '.': {\n '0': { action_: [ 'output-0', 'copy' ], nextState: 'o' } },\n 'else': {\n '*': { action_: 'text=' } }\n }),\n actions: {\n 'comma': function () { return { type_: 'commaDecimal' }; },\n 'output-0': function (buffer) {\n /** @type {ParserOutput[]} */\n var ret = [];\n buffer.text_ = buffer.text_ || \"\";\n if (buffer.text_.length > 4) {\n var a = buffer.text_.length % 3;\n if (a === 0) { a = 3; }\n for (var i=buffer.text_.length-3; i>0; i-=3) {\n ret.push(buffer.text_.substr(i, 3));\n ret.push({ type_: '1000 separator' });\n }\n ret.push(buffer.text_.substr(0, a));\n ret.reverse();\n } else {\n ret.push(buffer.text_);\n }\n for (var p in buffer) { delete buffer[p]; }\n return ret;\n },\n 'output-o': function (buffer) {\n /** @type {ParserOutput[]} */\n var ret = [];\n buffer.text_ = buffer.text_ || \"\";\n if (buffer.text_.length > 4) {\n var a = buffer.text_.length - 3;\n for (var i=0; i<a; i+=3) {\n ret.push(buffer.text_.substr(i, 3));\n ret.push({ type_: '1000 separator' });\n }\n ret.push(buffer.text_.substr(i));\n } else {\n ret.push(buffer.text_);\n }\n for (var p in buffer) { delete buffer[p]; }\n return ret;\n }\n }\n }\n //#endregion\n };\n\n //\n // texify: Take MhchemParser output and convert it to TeX\n //\n /** @type {Texify} */\n var texify = {\n go: function (input, isInner) { // (recursive, max 4 levels)\n if (!input) { return \"\"; }\n var res = \"\";\n var cee = false;\n for (var i=0; i < input.length; i++) {\n var inputi = input[i];\n if (typeof inputi === \"string\") {\n res += inputi;\n } else {\n res += texify._go2(inputi);\n if (inputi.type_ === '1st-level escape') { cee = true; }\n }\n }\n if (!isInner && !cee && res) {\n res = \"{\" + res + \"}\";\n }\n return res;\n },\n _goInner: function (input) {\n if (!input) { return input; }\n return texify.go(input, true);\n },\n _go2: function (buf) {\n /** @type {undefined | string} */\n var res;\n switch (buf.type_) {\n case 'chemfive':\n res = \"\";\n var b5 = {\n a: texify._goInner(buf.a),\n b: texify._goInner(buf.b),\n p: texify._goInner(buf.p),\n o: texify._goInner(buf.o),\n q: texify._goInner(buf.q),\n d: texify._goInner(buf.d)\n };\n //\n // a\n //\n if (b5.a) {\n if (b5.a.match(/^[+\\-]/)) { b5.a = \"{\"+b5.a+\"}\"; }\n res += b5.a + \"\\\\,\";\n }\n //\n // b and p\n //\n if (b5.b || b5.p) {\n res += \"{\\\\vphantom{X}}\";\n res += \"^{\\\\hphantom{\"+(b5.b||\"\")+\"}}_{\\\\hphantom{\"+(b5.p||\"\")+\"}}\";\n res += \"{\\\\vphantom{X}}\";\n res += \"^{\\\\smash[t]{\\\\vphantom{2}}\\\\mathllap{\"+(b5.b||\"\")+\"}}\";\n res += \"_{\\\\vphantom{2}\\\\mathllap{\\\\smash[t]{\"+(b5.p||\"\")+\"}}}\";\n }\n //\n // o\n //\n if (b5.o) {\n if (b5.o.match(/^[+\\-]/)) { b5.o = \"{\"+b5.o+\"}\"; }\n res += b5.o;\n }\n //\n // q and d\n //\n if (buf.dType === 'kv') {\n if (b5.d || b5.q) {\n res += \"{\\\\vphantom{X}}\";\n }\n if (b5.d) {\n res += \"^{\"+b5.d+\"}\";\n }\n if (b5.q) {\n res += \"_{\\\\smash[t]{\"+b5.q+\"}}\";\n }\n } else if (buf.dType === 'oxidation') {\n if (b5.d) {\n res += \"{\\\\vphantom{X}}\";\n res += \"^{\"+b5.d+\"}\";\n }\n if (b5.q) {\n res += \"{\\\\vphantom{X}}\";\n res += \"_{\\\\smash[t]{\"+b5.q+\"}}\";\n }\n } else {\n if (b5.q) {\n res += \"{\\\\vphantom{X}}\";\n res += \"_{\\\\smash[t]{\"+b5.q+\"}}\";\n }\n if (b5.d) {\n res += \"{\\\\vphantom{X}}\";\n res += \"^{\"+b5.d+\"}\";\n }\n }\n break;\n case 'rm':\n res = \"\\\\mathrm{\"+buf.p1+\"}\";\n break;\n case 'text':\n if (buf.p1.match(/[\\^_]/)) {\n buf.p1 = buf.p1.replace(\" \", \"~\").replace(\"-\", \"\\\\text{-}\");\n res = \"\\\\mathrm{\"+buf.p1+\"}\";\n } else {\n res = \"\\\\text{\"+buf.p1+\"}\";\n }\n break;\n case 'roman numeral':\n res = \"\\\\mathrm{\"+buf.p1+\"}\";\n break;\n case 'state of aggregation':\n res = \"\\\\mskip2mu \"+texify._goInner(buf.p1);\n break;\n case 'state of aggregation subscript':\n res = \"\\\\mskip1mu \"+texify._goInner(buf.p1);\n break;\n case 'bond':\n res = texify._getBond(buf.kind_);\n if (!res) {\n throw [\"MhchemErrorBond\", \"mhchem Error. Unknown bond type (\" + buf.kind_ + \")\"];\n }\n break;\n case 'frac':\n var c = \"\\\\frac{\" + buf.p1 + \"}{\" + buf.p2 + \"}\";\n res = \"\\\\mathchoice{\\\\textstyle\"+c+\"}{\"+c+\"}{\"+c+\"}{\"+c+\"}\";\n break;\n case 'pu-frac':\n var d = \"\\\\frac{\" + texify._goInner(buf.p1) + \"}{\" + texify._goInner(buf.p2) + \"}\";\n res = \"\\\\mathchoice{\\\\textstyle\"+d+\"}{\"+d+\"}{\"+d+\"}{\"+d+\"}\";\n break;\n case 'tex-math':\n res = buf.p1 + \" \";\n break;\n case 'frac-ce':\n res = \"\\\\frac{\" + texify._goInner(buf.p1) + \"}{\" + texify._goInner(buf.p2) + \"}\";\n break;\n case 'overset':\n res = \"\\\\overset{\" + texify._goInner(buf.p1) + \"}{\" + texify._goInner(buf.p2) + \"}\";\n break;\n case 'underset':\n res = \"\\\\underset{\" + texify._goInner(buf.p1) + \"}{\" + texify._goInner(buf.p2) + \"}\";\n break;\n case 'underbrace':\n res = \"\\\\underbrace{\" + texify._goInner(buf.p1) + \"}_{\" + texify._goInner(buf.p2) + \"}\";\n break;\n case 'color':\n res = \"{\\\\color{\" + buf.color1 + \"}{\" + texify._goInner(buf.color2) + \"}}\";\n break;\n case 'color0':\n res = \"\\\\color{\" + buf.color + \"}\";\n break;\n case 'arrow':\n var b6 = {\n rd: texify._goInner(buf.rd),\n rq: texify._goInner(buf.rq)\n };\n var arrow = \"\\\\x\" + texify._getArrow(buf.r);\n if (b6.rq) { arrow += \"[{\" + b6.rq + \"}]\"; }\n if (b6.rd) {\n arrow += \"{\" + b6.rd + \"}\";\n } else {\n arrow += \"{}\";\n }\n res = arrow;\n break;\n case 'operator':\n res = texify._getOperator(buf.kind_);\n break;\n case '1st-level escape':\n res = buf.p1+\" \"; // &, \\\\\\\\, \\\\hlin\n break;\n case 'space':\n res = \" \";\n break;\n case 'entitySkip':\n res = \"~\";\n break;\n case 'pu-space-1':\n res = \"~\";\n break;\n case 'pu-space-2':\n res = \"\\\\mkern3mu \";\n break;\n case '1000 separator':\n res = \"\\\\mkern2mu \";\n break;\n case 'commaDecimal':\n res = \"{,}\";\n break;\n case 'comma enumeration L':\n res = \"{\"+buf.p1+\"}\\\\mkern6mu \";\n break;\n case 'comma enumeration M':\n res = \"{\"+buf.p1+\"}\\\\mkern3mu \";\n break;\n case 'comma enumeration S':\n res = \"{\"+buf.p1+\"}\\\\mkern1mu \";\n break;\n case 'hyphen':\n res = \"\\\\text{-}\";\n break;\n case 'addition compound':\n res = \"\\\\,{\\\\cdot}\\\\,\";\n break;\n case 'electron dot':\n res = \"\\\\mkern1mu \\\\bullet\\\\mkern1mu \";\n break;\n case 'KV x':\n res = \"{\\\\times}\";\n break;\n case 'prime':\n res = \"\\\\prime \";\n break;\n case 'cdot':\n res = \"\\\\cdot \";\n break;\n case 'tight cdot':\n res = \"\\\\mkern1mu{\\\\cdot}\\\\mkern1mu \";\n break;\n case 'times':\n res = \"\\\\times \";\n break;\n case 'circa':\n res = \"{\\\\sim}\";\n break;\n case '^':\n res = \"uparrow\";\n break;\n case 'v':\n res = \"downarrow\";\n break;\n case 'ellipsis':\n res = \"\\\\ldots \";\n break;\n case '/':\n res = \"/\";\n break;\n case ' / ':\n res = \"\\\\,/\\\\,\";\n break;\n default:\n assertNever(buf);\n throw [\"MhchemBugT\", \"mhchem bug T. Please report.\"]; // Missing texify rule or unknown MhchemParser output\n }\n assertString(res);\n return res;\n },\n _getArrow: function (a) {\n switch (a) {\n case \"->\": return \"rightarrow\";\n case \"\\u2192\": return \"rightarrow\";\n case \"\\u27F6\": return \"rightarrow\";\n case \"<-\": return \"leftarrow\";\n case \"<->\": return \"leftrightarrow\";\n case \"<-->\": return \"rightleftarrows\";\n case \"<=>\": return \"rightleftharpoons\";\n case \"\\u21CC\": return \"rightleftharpoons\";\n case \"<=>>\": return \"rightequilibrium\";\n case \"<<=>\": return \"leftequilibrium\";\n default:\n assertNever(a);\n throw [\"MhchemBugT\", \"mhchem bug T. Please report.\"];\n }\n },\n _getBond: function (a) {\n switch (a) {\n case \"-\": return \"{-}\";\n case \"1\": return \"{-}\";\n case \"=\": return \"{=}\";\n case \"2\": return \"{=}\";\n case \"#\": return \"{\\\\equiv}\";\n case \"3\": return \"{\\\\equiv}\";\n case \"~\": return \"{\\\\tripledash}\";\n case \"~-\": return \"{\\\\mathrlap{\\\\raisebox{-.1em}{$-$}}\\\\raisebox{.1em}{$\\\\tripledash$}}\";\n case \"~=\": return \"{\\\\mathrlap{\\\\raisebox{-.2em}{$-$}}\\\\mathrlap{\\\\raisebox{.2em}{$\\\\tripledash$}}-}\";\n case \"~--\": return \"{\\\\mathrlap{\\\\raisebox{-.2em}{$-$}}\\\\mathrlap{\\\\raisebox{.2em}{$\\\\tripledash$}}-}\";\n case \"-~-\": return \"{\\\\mathrlap{\\\\raisebox{-.2em}{$-$}}\\\\mathrlap{\\\\raisebox{.2em}{$-$}}\\\\tripledash}\";\n case \"...\": return \"{{\\\\cdot}{\\\\cdot}{\\\\cdot}}\";\n case \"....\": return \"{{\\\\cdot}{\\\\cdot}{\\\\cdot}{\\\\cdot}}\";\n case \"->\": return \"{\\\\rightarrow}\";\n case \"<-\": return \"{\\\\leftarrow}\";\n case \"<\": return \"{<}\";\n case \">\": return \"{>}\";\n default:\n assertNever(a);\n throw [\"MhchemBugT\", \"mhchem bug T. Please report.\"];\n }\n },\n _getOperator: function (a) {\n switch (a) {\n case \"+\": return \" {}+{} \";\n case \"-\": return \" {}-{} \";\n case \"=\": return \" {}={} \";\n case \"<\": return \" {}<{} \";\n case \">\": return \" {}>{} \";\n case \"<<\": return \" {}\\\\ll{} \";\n case \">>\": return \" {}\\\\gg{} \";\n case \"\\\\pm\": return \" {}\\\\pm{} \";\n case \"\\\\approx\": return \" {}\\\\approx{} \";\n case \"$\\\\approx$\": return \" {}\\\\approx{} \";\n case \"v\": return \" \\\\downarrow{} \";\n case \"(v)\": return \" \\\\downarrow{} \";\n case \"^\": return \" \\\\uparrow{} \";\n case \"(^)\": return \" \\\\uparrow{} \";\n default:\n assertNever(a);\n throw [\"MhchemBugT\", \"mhchem bug T. Please report.\"];\n }\n }\n };\n\n //\n // Helpers for code anaylsis\n // Will show type error at calling position\n //\n /** @param {number} a */\n function assertNever(a) {}\n /** @param {string} a */\n function assertString(a) {}\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/katex/mhchem.min.js",
"module-type": "library"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_AMS-Regular.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Caligraphic-Bold.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Caligraphic-Regular.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Fraktur-Bold.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Fraktur-Regular.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Bold.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-BoldItalic.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Italic.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Regular.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-BoldItalic.woff",
"type": "application/font-woff"
},
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0lA5HDTxzLPWplI7xO/BS20MqOnA6cwRtLqHiqk29SO11Jcr3v39D/uovx0pSc5QtIYiYHJMLuXb9mzTRpev/LobaFRKAggnxT+gHIA+74IXQ3lkgglUAGFsG5iBtjWO7L+gKvU1hAzsTXwoYkHFtE2M2YQUAIAZaB0bki20tRjPLfdvY5PCg0IVRNCzZsRg2v4KV8GaPYPYxuZAn+NNJz7n7mYt7zj/40MPHTmHq7t7Bx3D0yEI0lU0sNvODE609M6X8wr5nm330Axj7+KOvP39hZmnp5PsqzoeeHOy9/Jun7nZZRMZTtX3feen4PUnLO/NNaxBuBOnvgw71Tnj12/JAekva10Cs6aravhUUqyBETQTReEOY14WNinCrrjDoBDrQrXJz03J0pf5qbb/n79N7d+Z9P+2b+Gtby4SWVjcv3N3VuplWYqQzne3HltVhO5d8//dF9511kdzZI+/Rd6/199+kION9Y8P6RLKaM6vEShnP32odrvaknE4VaGcNcg7MqEzR2jOzlEJ89qnYuxTcfV7F0BMt9dHXjLrj9RwdBvZjdDGI0Vk4B1dRtqK3nNnN2uoTBNxp1aaANWiGazZKsLS01kGpwPZjyw5qHcTj+DIQBVYeFkFA31TR6yo2diiaYJ/8JEUfDiZcuk/YptYa72gAgpKo1m+g2cWbBrpw4fz83MrF81cvXD18cO7c/DmvMjnqRXRxVPqrzLntXGm2OaS0zmZMgIQ9tH/appXH0yZtzQeZa+sGZMbPc/7FSj3gWijIZvBjHJ/wHupw6/mAb1/2eJIQ7d4Bb9FW2iY9fLRYnKjOVidl9PRaHJfqs7umLz0Xx/mCPKYnxlAMuZoVCjvTfy4yo4WIdCkYMbR87S9nLYlSc71/cjBmq/zzlcg+LM/usue+5zln6Onp/uLYL74U6X9gLmuNtz6UdZoRQlaVXNlw9Z2/pn/2ufoIvIxgLisdWENNW4JCKsnqGjgg2ZHrdpe3FioV7po3nTQeMvimil5XcXRTsdENik1F9FUchPXOE95FrTX2rhpAIEisdRV1EBP59z335GP333Plor8UPb6nOTU50qjfG7nhtZtp9ztJNXzRuTQwiaGbbeuzixwGhVf/P+xEpGdOO7cQYSrxtXFgZzNJX/M1sdXJmsi/b0zpw1LGCjHhJaRyM4X+hpV9YMBGJLIoPhrPLBwZHOpuPKprhdu3bzzwWHbpgFtKY1TioSNnSgcridyOyzqk6FRjysmsNJPSO+7O7hqo9FF8NqbcVH0sQgcShUg0YZWcPYnpgiZ86RXSN15sRHJRRIs3/psQVWRXfrl/AABh1q+Vr/rb1NvhN1ruhWOkYbiHxGYK8kADgzYXFML/be7n5KpCKceWOwvPTiG9GdrroruVtbITLQhR4FpXyzQ6wztQvgBAS1gH4aMvdp4rMNijps6fPbV8dGly3KsN9hfzZUtnw4u9sM7mZjrBE0ZJXat2JIQdTdbkl81s4vm/uwu2fNO0Qpm2wuw8DR852Lx3oMivYjy/35LxxVfc3HrT6e1VOrqXUlGJJMXFZSc2uezQrHqFx+b2NGaOCx15YGQfKoruUdEMMllLJy8tDoxZVBGJ0dtK/T297+2lZmRgQFj8F0pyvFg62KLImRkr38pjhaLLs9MP941FsNXC2J8qWwk5BAhZAPoB+lJYg4e/ZQEFngg9OASCkQVe2xzCqsuaCBFWrM5NxkAHAzKYj3i9iwjvLPIKLt52enlqsl7tK8X9LSesqSt2MDp0h+6QSjPtzdNsdw/iv+pk9KHpbDafMQk9qOsTVA+Xi1wvbw4SZtjw9XQZP7/n/ZUXK/Fgw9y7P5u0EKVTSUaO9g0czo7mega1inBU9efiSuOvvIYVFBRVmgSy7cbrvYMTRYlvRmML5SghC0kcfiNBMUrkyhtLo5hWUtml/ss5S5G6dGQ4rSUiofoN9LHow3RmvpjvT1iErPD6LwvzdJLBuA4I+33+vONn68vweS23P+Yy0iQCUmcFqCUzIq0qJKouA8CWrOztBHibgMZmLc/7ggADhOtbxa3e7RIh4GJbDiIgQ+S+Z0frtQ/nyqbhamaC0pm6aYMf/Nq86V4kA77pjjhGWn3Gwu4L7y/evbXTj5/sKS2ZTp/Tx1K0a9ju/7yr5x+NINHM1J6br3dxvkn0ZnPhoWV83blRyy+/5yv7Vz58+aRK5lP2z/6YpekGy1r6+T/MxNr5jdH3zwn4YCteRoKsL6aTY4rgeOiinKUlC9PdCwwuAkCpcdUxf8YchggFZLqghgqaXUXqSSMjgouBIq2GMCDf+K0EAJyAY6XCbQPZZN32Nx3pIJcYMzbbdchYPJPa7F7K7eY2RJgs1d59aIiT6Yk8JnOJt087HBk58EzWCciazVl9vBdPnPgEyfHwCzrLqSMprW2OzQ+S7WM2Pq5kKsWCqx6q8Qi9XwurwMzBGoOkQxtRfPrpvxOOzMv2F3S0SMWY+8hBJa5/NRvHssK9uMgRQJh5569EwbfqS/D5reSVM/WaIHjf4r6BfulsNio9Udc2TYCxrKUFCmPbCDrOuBMY98YQL4A0fEir6r8i58lQYMzchtBqRy00dQ+A/0ZefO/z73n4nrvvvLx6++nl2jNjtbcyMV0KrN680U7JWD4VtIf19goyv4ML+Uwq21yU4TVakPQXZeidNsakN6aw3aA5w4bwP7NkasdeHXVH9jpjkWgtQ21X9aXjNISfc5ZYq2pvuJzqLS/0nU0kFVJh1mEcJLJj2VIl+6Ko52KEiCR87y0nD6V9v7A+UNb4lV+BKhUXPOTmHhpYrqLKpGkMKTFgPJuLdjdUUkm9MaIx8+HaCAvUHM2EixDRYwoQC3djn8scz1cnFqt/7HIi6bBj+GZQEVUgnozgxm9s/AZqyfjnOlX7ruYrB9DRTM+jLRHC2w++1Y+FF+FzWqlHTjVqAuk5IpMD9yO3Sdavw2WGkmQWHhHHCnZU7paVx06U10Vtbj16jUS31x47xWbx8eL7nn36vnvX7rjl/NLhfXt2+yXp6XotEfWn8ZmAXmFfV6f6jnvRDt10Lh8iTFSUO4CAju2wMb90Jtg8T3/SvsvozvltRTkcQkywGEwIGkmYW5Lbp5xfwfdIe743qGqx8sXcrRlHaYp7MRofnJvsyTnIWWnZlhDKzV+96Fra5sTpKdukzdsvHjgknJmK78r4qYH+C+HwqtxUJokTk/jdaPWhgy6zctPnMmciwo0J5CnnLxFzMoLhNTqyKmgpXHz01n0zA/mEFVdkpc0aOUwMDRuZxNpd+PlfImy0IlmJZvMVl4jaoqef+XmynLRCR0WiYQz0A9J/+zFwBd5uRe+YlYxwbJxoswz22pYMfKWVwyYPCDR+hi03rTsxXhcTXK+WguMAQ4DrW4UmBwi4ePvRpQOLC3tmphreUE82HbHhirgc8XsU2Ebr4E6g4/GyF44Cm31L0zPc7QwHW5J1OWtStZkptiVren7X3khUI6WPj9svv1jqWUra5jry1taFgNOVelFyqTh8wU5XqqbqubsWXkg7ge/d3fcgi0TJKzys7cEksYzE6CvYMTswOW5/1qc/8LCMsM7aEjFgLCpH3n//039hC3TITTEyBw6Nyo0/RhbpvrG+9ztRO8G+NK4BYS8A/bLvl0V461vnkTdv1cxGWgCKayDY/20adVqFoEPZvvC/CdYz2O7Wv7wTRgBIsA7bVv92bXf92Oi8uT1r+k00NOvlsMjFOBvkTtN0BP228Q+Yr7R0SDtjfNjOtnsVpciJHLhknbq9gESIfuriQStpM/Gf/7lU1/8BeWXNOnFbr7Z9+ojsBcl/97fEVtxFus0oOBdOspICSTqPlHb3o0KSTIXrX0uMaC+dSPQXnYjY+C8m4mAq/zf8L/xOaMIZ+EDLqSHoUyjBBHjJfC/EQtBSg7wGQtSXQesgOOvLCqXsDj6tBgjWLPS1Lv6GUNNymyXu/r2TEw2vWi6aLwg1sWla7tp0busM42W97uvuN0XCpNaZZc2ZzHSGm/auJKiCCv/cVoJzg9G0lThg1spEuyZV+tBoP+oju/a2phuJ/mhmudeO+BQSZG28PdDfN+QOC5qJ5IYbC4k+Fz8ThWD31sGoRVNRRCIad7A5tpRQraer41P9CTe68ZupEbQypzKIk9WxgjVmiZ+z3Nzo0tjZ2zgBBI13/hW/jL4NxuAozLWmneASGBgQGK8BQHuGBF/f3O0GMdigUwcPFE56PWXl74/SwYAW3hWZTxyujjp2mfWvLrzK5oVjetak7TCbb//K5wp+DN2ylZZClUfckju7+LmX+0pn1PQMJTNaZE3YMP/XAtk4O0HMFVKFRGGoXBxIpuirI6nXysdTaVa9DpF7a+vaN0crj/f14s/8TEyzTMeINz7rHEYWSAj8iDNQ3FVIDOYPHzsOCGXfAl+L3wV7oNGqAbFgEtc6G+m6+fjh4g5OjY7Udjek/5Frxsmf7PzwY3vtm9POtrn7Mf1j/DSRHlhcyyUfHkmn+14+qaKV/t1eXzqXSVgsIulyf082VxpMREr5ejxxZb/9fFrYvbtjdEdtfGLX8oMWRgqzA/VsOjmopY7E7Fzp+OHJ3ol8gWJHnJAxFPH9eQIuwye+9TwSd7LPLmCbbKZr4TrR7COtSNh627ZaBaX8iRnNQkliOOu8q4r3bir+nRfCHX4reOzIwQPzs2PDg/25jBuRDCfwuLnzwkUKEorawhD/4Ca8Ci0755t4ttM+mJ6SN5kULqJ8H+C3xb00um/TJmlE+oYMW1o8lc00+yTOoYr0ZRWytDBdOZKbC3k10D+317Kr9A3IZOnr3+g4HQ5Z4gZ0u3P1VFqNKBK/LF0RfGkqTbTx6WdDjon/X9xbwLeRZPvCdQqbJbW61WJmyZaMsuPYURI7duwwTTLJ7CTDsJv1Xbwzb5mZ+THzu8wMj5mZmZnfJJ+q1a0oDszc+5E9kLSq9LPqnDr4/x9Xuzt69asIYdQINK2L1lF/ODOTxP5lYwgThiUELlQ5QkKV86qN1m6di3Soc/JYQp2TR3evslIW96pyoe65jvxbqHcX3jmoJ+yS4n78BkRIe00F7F6du1wDrLfb+yfVPN+o1OaSulPKrh2KC1/1djJGZv5IvXbmtga1IrVssZ0wAYMxV+gNLmv/YtHJbeQJYJbMRhACNLi7gOujytZJ9D8kTpAyBEiV9trwa5qUYUZfQrIIqr6EGPONcHdPQJiMN2QyrtxAijInQRFB8dXfhvflPlDR/lvZOPe4jfVHbhzOPLCHIIkSflbm/QAqhmen1suE3zqxmagv1qqNhlfSRK4zvuvx5cGSFFZQIg0rWoFtHAlwMJaRCKMiXqmMNT+Ar4yevS+DvZixnoVejwjpNc1m3yZuu9mpzlUz3YpqGzlVsc3BjC1wZHbFq6nl1dpOX772O3i7BMe/LUNKOwIMAN/Unq6VcLOUa7ZrMcbr+eePYcxlmPn6LzS/vVxslvKt0StSU7W7C/APRpq6iHbQf/+xEggOgQi7CiAMgF4ae1zO/fPsSeMwRrRLBgG7gRib82MZ6aZn/D0Ywf5b2xSYK0o4oXx/svnN9r2lLZ3pLX4RHNDW8dWVUe2yWsx7rqagRViUDt8bi0VGo2GO4Zule1bJ/+8Y7huYq2WYxYGDCy7fYHnXTjoCa/P1hNdUuGZWu4Z5dC83e2W2NdvC2MqazrtI/P2773ZZFS4okaKHVWgXsqnYxuqSUt1O2Jm4IIY+k4x3+kpex9e3jhy62Un0MfGiRuTOIba83VUj6SZ8OZ31QGvXntksnj2hfQEB6t/9r7jje4NfHWop4GQVhBKmB7NIAQGK2Ed+qTjoGlblAQW23bf4WMUhFrf7yF31R+4adicbKCKcEgn/etTyoI1+7Oj62qjoWauW89mEY2joJJycAuXKVEDenQgeC2QxPu0aAoSuEwjHl0TQwJJ9DP8B/JbGvNYzyZytHF8Q5SIzC4b39YkzkKFItS7WtgfHiDprg6Jn5yzCzTjQaKWs9WrR7GubEW8NWxfMT3/MyESS+FRo+nVV/8I3CBajUp8XWfjQXMLS1hd0ShhYa/UOwsgdeYFZ/E2ko2304b0fTEi7GManSHAi+G0E4DuAe4lBT94afF0BGX1JK3VwB0LAEDz78PUj8KJpDDdWBzOdWjntGdvmdrWsikQnLg1NELYQ/3AXJbo9KCI7Fi6XK5W6PPLJYQZ6LU9zQoH7yXrKTjWTdtJr9PENFsPJRDGCATPKLU7S85lCc5HBzAyLWXo3RZilCkri2/iqV0/aiWbyjR+cbcT4qP8WdZJeaR0YYM71K2V3tmHG8GuvJbQUdy8ZFCij6uolhPDd/3J3Eb7un+IO+qmhxQFQCwg+DIKTwFTNIII5lv0w+VO/MHWoMmIJM4YpsyNFMTu1CXNx+812DbsHNyAEVEriYctleThR7Z5YqVT98jD45+/55y8Wgz4qd7g8dT86mh+36F1Xam1ofgJZ+Do9yo2XFqFVT8c8XM3YSS2tG5mFGFDOhKXwfL9cAYslnXRqbmFUzuilko1+MxX3imzkKixdLxQT+FK64cYyDfdP5ah6qE0UwIq5U88wADVaKUX/+J9QOsdNXi5l64l4NQ6Hqu3Ob/jQLUWgsYWB/z6yMC+g7w61PGBSD7qm2ugwV5Aq3T/sI0wEwS8hwYhgt31/Sm/fB/3oyUCbjxQ2KPWu3r9V7L/lvSOHfPNGI12v9hrVblk65PjEKGzgiSoHRxm6YS6CFmeo3mHVPVgnczdZBrZwiDC1789sPiuNxvx8PGllDieb1XylXIinyp4wjPJsvJFr9GL9qKpn7EjKwbaFOcu0U8nZAedmtWRi09MpS0cMb7dam853RpmNIv7UHxNGzEwfjmSapepMwk5VCDbKkUaupPN4yXbNw0ozkjqrYBq7XrQHs2pdMY2Upc/dmDXMeMTQoPvVr4Z5EAJUH8lMG8lsGS0M+zMFTgjALgJMMJD9sMYgC/O+SR6tr2ZStoWWYZlJv+jbifhyfXGWlicf3z9hLBw/15lE9lK15Rl+dmYZPgKYEk5VppEkBVmD/TIxvobBolGaTfjhug1Rke1q+sKMwTCWzgJDyCPTFf2Nn7ewSXIKBhy94gAwKgbRoxpGCKRVJddGEcv70dXh5VYZY1gBLvAu8mHRvp2EkZ3UVQxAJLqWEN9GouuaYpDgg77zHTffduXS7s7R4eFD/VEFoJBLyILW++H95viDLw588zhtHaeSlJHm+H+QxczHOB95ZA9xY42w+zP9+O2WU2+QlKonk6E9tZxkMnckpYO+fu6WA0ptrlB80E+lN+1UPZO0uoZ0cifmRKnEzHxSAVxWYvrUMz2S/vb3RMSoivgN3/ASs3bIS87EVawPLxCt6+hjT9b37nmyp+pqMluI1967Lr1g5JLxqY9rGYdQrH+iuNXBUw8D2eDNkWzOob3hTp5hDCDlwgFLq8mAs9sKAIyBlr0xAUgEAcG4HLMw35uR/Bw7qinoHJzTAnHY4RlKSs7DZBHKwJEieKwE5FGfwpD04rrGccziLL+hqGtpHfSN06Pz1WbsWHnOxPYjDlceJHRNZjdqbtsBzgmNvc/C43OUJ7j6vr6X3ukpjzw/hP1axN+Bn0IuaqL6sFIwsczfw3ywIX1QCJRrziQP4N34FFWWhOiMewcEBauoHNkp1D77hSsaEPVwc/OpXt22T1YTFlw40i+5DvwU6E9ur63tXDt3lEfT0YVb5aU7f7yzwJNXls/z1K1DzVMnEb77N+9uwH8cyfMiuo3OD8+c0LDgBVAF3l0Buq2B4BLRs6+AvF4ACPVkvWBcOprA1yQwCaGXX7xyefQ+5xuNy2fabkMPOnaBFO+VkwQPASYNiSjKk/nEvOTaJaYI+CFL3x7cf0Vr0zUn/0LKDM0/mxw34+lkbs/VZvp+zSmeeuZQIp2IZWIM2kAIYwrXqKweEK5FT9on4ork7ztlRt6LIWUo4b2E/UllSkR4WvBEo7hs23EbEpwojUPp5FBt6xgbF4e9wbFnbc4Nj8EfAjw2cTRqCIx9Uj/oHP6SxdRWcCF7Yd0qczjxCk3qrdFNOLOD/FrPBvyZkRwOodPo+HB4rIplnoY4H98kP/KYnLqMYxRAqIVOUXRye+PwQq/VqJSSrqGhQ3RFZjwsqMovhWC/weJDKpwD39QTLDstE0Rq/CHlGO5sRSOEimhf4wkHRKU5Vd9crSSVsqFtbZeFf7wSimoeKMD8IihYI1Eu6BPnAWh2qri5mGRJRb3zb+78E6oEhBbMD1ZcfMsDf2R0QuvoHT82BwwgCExKiAEG9hLCCDC6zaesj4AgbymP1+D9Ry/ySUGL8zOdRjWbjkcVjtZhXQlt0yP9xEijD4Qhg0mtcGyIzqV1ZWLxxzraSCWkhtT63KnNVnLx1ErCcuOlvKblymPjs2E3ApUJNC4eszkoLQ3a1WInYc9FTC3aj5bf8wU1gwAtjWrrv3N0NqfRe4daEwg9DoiEkVsFEYooeYkDAkAvIEp9RepNsucmk+S78Sq0L5dRBLcfuu7aMC6t+GCp265VohY6DaeFxETPh7QS7gVgXD/ImmVjdZsuqIb1VD+6CL4dESbd74t78agJmACJ5HqnCpGS2mKuMIXKW63ZC7ccnE9FnbwChCZnGssRrTVr9aIYYnOffjUrar8tYceKCgMApkTmUm4xyhVgIOPM3NLKzOIms7IVO1qKUJboVmxLVTXhznGnXHthI+IU2ghQfKRnu/hd6Di6/eMbZUwZ7IaTFuTUE8SIfLd9RWBpyjEg1BjHrCGyoXLfOgxILmWIPDe1agxvOI6GjWbCWXWWQ3jDuE0zqS6F/EH5x8q9IuDgIWMVluQVr6SFABzpLMVdYpTNeJzqBM8vCPPVag0gI9h8S1MwNxyqz6Vq7eqCiisVWICPCiKhIXDuPM9C1DROxlqahmUn/KvfVJjWBnU76nKiYK14NJ6t5ZW4/YUvAg7igcZI866grwwNApyV05QAxrvjql0XcYbZeJYEw3BbHR9XQMnv7YWxQkAg66lhU+fAvkfs8CsMp/eOHlldnu0UcikvYioCXYEr2pj+6ZKwOB0kuIEN5GHxNQgc6o9OkqfQkePq65+34qcg60X1CLZl3ye/okSPpTifX+yWWxpg0UgwlXluMTbJmp12pdaet1sKJIvtssNwNW8oMfiBiHXnl5neJhXvkOL3f94XxyuMz9rJBdE3Oy+teZbuFodBDr3VLPZqTu/2khKpN6uOQb/x/S0lEljGvww/g47Krg/CQEF2PQDGzIeg7cHDDODQykynmE+6ho6OwlExyQKWB/IkHnUO8iSCzodc5t/VyQn9x+EeVutRHhfqQnryqZPzmUpjnkRmCTPnM+5GS2mYNS+ZduK5I/rRI3a0/2zfjqaIfWv8AY2zDbdbjami9sGlTKwTbX0ja3crRsSrzRQq506vfjSMP3949FmfRz84VJ+60o5RmNQz6zIAZRz2J1qGrwtZFT6gZlI1H736AaVsjRZghqVSBjsesTaoeF2/du7sieNrI35ps5ZOWQZ6Hp4P9dEZ69ODB7kQHOX4Ogdp6aOUc1o9Ax+9NLr9vnr+kuWsYaxHbG+77SlQjdY9oLgdd+y5i9yc2bQSM9Xj5zF/UEs1tXaIx1p9u0vr1U6JYcgWqSm11PxnMT2Zy+nG64fnmTafN+NeBfQjxYuneh+IQiGbyw+PZEYjTO7X17y9F8G9qtN735zZnFlXvRyD931QSH9VGUlRG1mN5yXmL61jTM4cwlQJPdYSwkQn+CUDdEZ0WShQCFNuI4VS5QUNCAlDURUo5TdEWGgYjPfp+w9uJAq9/cid14YJhNDzaDQZ5OL5WrVebTeqtYYpctImh6ftHXDzi/c1BcO8cP6gjQnr/xauTC7QBg6mDcjdlUOcZnrblqismSap9VsLo4ggOa9rcZPXbbKISdZrbxoyFcSxpd7iiWpuRo0dSmrVbKeCOQUSMaxqWs9ySwBLezPHTMwsSMiqxLaOq5kYbffKhXbCno0B5zg6r/x5MxJJZrc7GlFA25itHZmJ4FbMy7fbtRgQDISzGXvfW8mTjJHMbs2oxL95C/AfRjJ7Af3DoXUOOOuBwjNAMAmktog4UxhX9hGmZCS9g7YeKcoYeukXe24ggLkJknlpei/FZP+tbR6uTBzGwTd4/Nbgqt548swpeVVnOqV8PKar6AV4IbiqshMwFTBPZCjv7gTh7C94czcioboTLRlfVHlV/5zlPCOi273l3qmMFne97licxI5GlZha37R1SmszC8ce7lTcdnnkVDBEfLfitdyoFlfr/oVN33lffO5iMt230uV4PBAqFxzr51ZKHAjJ9Gce4mBONIqzrTjmtXcuSheT9BxonKl8K7yx8FdG0n8CXRle3AKuyLQfKQiPTlzhSOG3EUUIU0lzQZrKtWcDBxQ0bNTrho5VtameQki+yaULp3er5c5mtVEpd+RN8+4xVpYr5RBcUZ4kK4mJ0VwIsC0Bksybly88GBGNr2elxXm02n7+dMZgRqsbzzWZxVxiHq4aLJI2rUJCZbGMIEQ3uepkZ26dyxmRRGUh3jyiUm44OHJ2ieuxbMrVFKtbYTGdE6rmO/0bJ7JRXY9HFEk4bqxwbOhWHiszOnBMo8XS0hPbRQNUs5FXqQbK4nkdLM9l7LDi8xsB/0X8+9AJOV+jDtRnNobWL48oBkyDMTj0vvEFMRQWt4vhqsl4nejewXWVt/Buj13gyS6OnxmtDma7lVIm7cY1gU7AUOFT4xIeN2SnPphMVwrh6UE2ECL/5uwJo2N6gg7cHU/Q4QCs0Mlc26aCwBe4cSKFuQAcc25WK09MCBqTGTlyzMl4Rg7jsY7XbyrUH4X0xl/GHPMxg5WBz3LsI0Qc/GeQi4rokz/mAYYwkogiAHsvICwGh2kFz6MHnlcesb77wHNv9Fw+wvCuqUfXRl8/1l6ZJ9zr1AQXpeLoJiAZjs37B5WwCREcO8WlRr1OHKD4ztfvfINizBhWBI9RBr/n59ZvPv3z8D+EUlYwA4oJ/mkKPuIYv7EDZwF95KN37mJcLHweITLF7lxEt6A8NK7tYcGPL2FGw35iRwVGCWUvIYEoE/SZ8AeO+kyn+KRen/JNeO3XssWBEK3aDbaQ/be2Rx5pTwGOZXdm/zGbp7cNu4/ecYCZGsW+NIbWrZvVxUZ1rXumVdR47rE8VB//yLmYDuz8F8XiYJSQVcKQTm4ZWyiZ0I3/EpYwK+WHE1dnT25hUzHxzic6fQu2jiheUt34vlFdBX8Mk49/nFBCTIORWIwQ07n/CcNUcR5Kcf3Hl1/RAJSXL996r1a88JyBsXb1+MuftX8/1jWwIphgIY5uYqJN/X24STEac/DxbxndmC30s0NjZcEjmBwFhENMSAIRYu8JTok8UAYKmVye4NXoQ1+tPHZv9xGvyuskX8DkXQdfGIvRo2h4ZL7fqUrkUsTkDG3RLZU7nYUxnTEosUqJoSW/RmHLYaABZ3ZqPpBcIkGtjTKamgb6H6xNb92ICQyCaMMihmvCjXFwHCCgVFLCNAsX3UtOlAOOrUYiVGAMd2VBJU4I8/lpQCIW748sLggOd37+zk9TxkBm3XiMVrX/09rrheKdAaNKWs79jAhE0BJCRB2xlFroIvoQvPxjz4GmhnZrhQBgimF0BxVVES/poGqa+gJCCIPkXoyJpc9woDSzhzTNuGGCYcSMUESrD9mvqNrtt/QGydEbHAregO7/et5B6sHagXdQ938Nb/Hr3+0ZY51JXrp06UOXPvjed7/9xRtPOvXK0uyg2SlbfJQKLI6oV54bVmX8FsUIB1qvjNMAi4wLg8txSckKWmaT2z7+S2A+BoOSvPZErg6WBUlEYn4Nzy/LZO7eDsFLf0/A738NwCQKxnKmHBYgcr/6r7hqAQGuCEM0VZ+z5biEmKZg9LvfY4zrUdEEHDMllfTOn+WE4J8UefDL0wCCxMvlb774XJMIQ+emIWakG73zb/BvwoIBELYZaWmqEFwMKCVc6RHZ6GT403feDcDgygWfdBSPg+cKxvBvk2idpOPanN/5X4KSb9PRVlAMWooRgmWfpFyho3Xf5pjgYMLD+0cR0HPoD00mPsngJ42IErATVDFGs3MNTwc+WWVMcfCtyUPWVN7kXR75YhDsZAA9efXCmZ2tjcF8XxaD/ZDnOXhaf5OQpzhh1VbKb23YmC0dBMcHmbX92MMDogtwcXquCn7ssLCdLfjqV9VP3T8u7OHh0tSoFfbG36APm/nFIQce4NIb/5RMsWPH+HhSH+Hjt9A3hto8YFaDcfUv6QPfGcKI3T+bFlEanYymjZFQZOWDaylCTKYTUyvfdJFHfIh8fWZrsNfiXA6YCnmojUrCdl3uji/v/L0y6oTYUCmNMja0tIjHXfBSKeEFQSr+x1Q1263cFz7GPgWOc7b6Pej0fzxxo7pY51wj7hXAmdI/vfNPBYNDv9lP0AhkIUtoBmjEUOCPax2lnswkGAXtzj8lGINtb5c+D1hkW9dtocM/IxSEwkCPUdhj1LAJJlz8TcyY9LpZhPDPjnCYN9D7h1oZEJ0NcPP+uREVI8ooYvsKhBThkasExvxic0wWRt5skcfHpdQnLm9vHVlZmGs1SoWUpwp0A65r3OnEy/WpOv4YGx52QBLOOE8L5yeKcYx/n95PTZ0YhKTyoPoxo3CSXntqIXMYY8BqcnipVIlrpbZgtgvdwsrMdn1vaizmu3MveTrnoLqbtiIUxUvGsdC9jfoRjag69oAwZ+Zmcva1miwD0MTMfsnA6uoFXUjdp9nCzObX7/xdjWM+IfK4KsUcK4XC9afPWa3WUmq1WdAYIiiJEP6Yz8l5B3q/rG/nQaD9d5wlVODdMAsTiCJB9wkgND5WmYZR6iO3YmyShYXrMAAZz/i4b9VjF3g+2Cjy3K3dnWNry4u12OWSwpPTw9OkQTk47Elyp8IegoVFWfDHiWVZEvlC0upAzte2l6Q0A95/nIugxAHPXUv642YiZ55Y39bujYNiKmaAMeb43OuR1CcuMdNTKbhTsvu+7PNTssNutFt81cJYffoDw5j76imwk2cr9Wp+5odyfe1Gd24d75vjmTQ4nBZlVjSXcwD18jCfX7ocA0yBnjMeFCa7iLnROmuomrF4dV7BT9w5BzAnmcirxxZSLofF138GG8trZ/uzKGB+/+hI0h9C/2Ko7QFHEnsWyriDBFe4UPapjzMmgHF0DDdhgFBiTwNFUa8jVY2pobhb4RYCmIJPL370htpb3+CNNgwbD66Vy7hA/NnplX448/r3v+vVF5576sbli7ujrl2/N9uqlrs6dzsDKeqgAD2eRuU64376wE9gRi88Ur1EYDxDXr/jBXNUyxNoG+fuY9Xtb/w+nectvdmmLU0nK2kiRMZcijQqgXKdu7Sxo+kT5TI7S2D0GqsZoeTmWbtoEAAgjCddL5J87VpFIzjxSE3zvp36bmPOs3sUqxEdlHU9Ve83L2ctks2+Y/GvGITcr2as94f+CrXqay9mnNM6CMBACdF4OrN640MJBV8hD7EeVxCgcwgRe5RXv4q+N9QivmQYhLlRkQLiPthagjmR1CECsrGqCDxtKUr+Oo5g/5ELH78mtBcuQuhV9Mr1a6d2jx9bXW41nkipPNFZqDeCmppfXHDlsICRnKQi+N8hxXMq5ZVqIcG4/gvBRjGp7oTIlPrEXATbeOUJmZVhRlzKAEyI5LQ5ygs5BTBTD9WHu2srL55o9Va800ez8bhjVCCuMz1FpR/ntSoh165xoHo61m+mF84d3zvxdByEIqPIxA6hOj11yJLWspNwfLatkaydP9VW88X0zNX8ohfvZC70dy5Xr+42sxQAUzWy7BNc+LmzgJkSaS7UTx+fv3nm2OmFE183mrNbF6puvakxQGP0Dr4OP41W0CWJi9larAoKKOdgKVEDGJwUExkA48BuI8794CYjq9ZjM+HgU4DOnVlf63XKxUwyHkMrsCIrZzBuEwi/WT49JL8isWP3j8r3ybWjha5cBpNJLYNBY7G+NMuCWPOES3MndSARwq0kky1errfTYtMjS3x3b/sJDUjkK9dJhB57IsphLk3ZneFsK11cWRImpQAAwnBLia3FVMyBzyrEfOctK3newjhuCqJyI1HYERXSHmOJnvyyBieP5uq53RsWu/PvOwuK1WQ6papaidXb66Vy5GRteBJh5N3dwOujyKWMdtBHh9bW0ZpDOVkuYDaxrvWQlBUdkwkUICQuj3BcwNkTgLErYdJ1eRHxux+/3Kf9VSsIbR4bEf9mKjvVHVRG5e6eVH1ZYrYDhQ0oy1xIbZ2MMqmAD1SanoSEJ92d0cNg1EmO/1aa6acTMys4Qo+cXembC1+6pWWu1ekQ2zCoV/lSBIO14UYWr6bZMYC1+SdfYJV25yyxflkmQK9blw6XI3UF9g7PPVU0F869+KUI3uJvcDmotHFLTdpsgVrvvBi9879UFl05+uWX+KGKVRAiK72VfreJC/BT6BBaHi7oAGh1JUko4N0JgVSeScgyzcj+r0tPzc+NlCpRYrLMuOgHX5Xg4wQzorzENJErvPvyO1h3BC/Dje/0z0cxxpbDEs8cMjK8v5GwgInaggvYMrl9foljxU45lMVA7XKA5+4utSXzLHb0SQX0K1cPp6geffqFBgAnUP+t342ZWzsvqSSr8Y0vxW0NYVQdoVl+Bf9ZtIy20R/4ieOdOqEorHAUEBBEAO0jnyV7268LhVAVB/uFjIcvix5Y1n0r7yaTRSDvGiM6EEXvmnpR+ldtbcSWXvfK8lRhTJQMOw+uc69mGAwJ98+2HsRZ4a92CK60tKD1hlwNv5JxdWq5JYcq+YjybKXYaRzKZUS7XO8Bi19vrmOF1Dj0akok9oJh3/nD/W7GTdcjhqPdqDj4W/ECZnaWgavr3de6O4NnLu0VLDt+aj6ben6v4NKYOLPE9NZAw5Cgyht/o7fipl9eKm/k27T4wU2pYZm7/wr+EPwqOor+0lA/4mGFK1MjWZZk8ZRJwgIXipA9N1CQIk9RIAWE8mxIzcr4SngDYZwKjvzXtdkXxPyb7pNmG9+cbPedoL2xPlhcmOu0GrVSoW6X1JGcBj6GZqzgvsQC9EOjfu8ySFFOiVG6wzyWG8oNwTc/+a4S0S2auDlcrhWbRTOlKZ6bvrkS2Zr1kqZqVucvz5ViKlcL83bc09zY28racP/kYY4jQukuONZKo9ONuUJNFcrpSp8VItmEmik5hXhMxcQCbuoJTTVFR8qie3cR/vooqriEnh8aCsWAiqlgMEA76AMx7M9cRpgCfta3jeEpuDJrzj2whCHCyNNypQS+GSOOzuGlhcaREpdqPGHdJNzlhXE04H96vx8nVTRMCiZ8xbF614OgYWHMjr7HbRzUoYnTNjAMGMtKfFLEE2kTq/ZKwTPUlecT9q76wX6URNJ9xc4kIhXCuNAZTxbSVqrG1o7Gnra8z+2qHH98PcpJymUWAfmFAbOIbikx4Aavf/XU6uJTZdaOzxnRdHEughXqMEVXSUTHOadiEyehzn5gfvDUz3ZZzO9oN+G/j3z8UbQxXCtAAGVGgNH+PYBgxgcIOvJEXXZKNsL6s7XKGCIoATQKfzxE8CB8OegGxCdw5UeiBI+kQrwyXT1EzaJlw2sTjPIjYIL3IMrJv/uvRSZmCvhn9yG4CaqMrOufG/nkNGqhZdQa1hFBlBF6a9IFmXandXepvV70SymSvxJKPDBqwaf0Qtx2wm9siEHlHk8ajoDFlvMNbK6Ur3cLnujmlrTau9Y/tFSqzFecuf4tZlp99itQSOp2s9vDvwisu/ZCJvrJ92y/krAKK7+hv/QnPnz8oy90jrz3iA7ATp786zHxgfXNtHF0a8xa+W9waiTFjkQ/pQBhAgThXSr/hJFPgshMN4QAVUueqyuoA23GnZCMO/2BDqK/AtDGPKyaPFkcNGq8mUlq5Y6GzXw0rrZrOtP42lxKI8DZd7Hi1OYz8WS6HM1e/f0VlrEtXvmdzxYSUX0hm1eoX9OZG8WX7dFPfRmdHZ4q5jHBdRMLgncRE1Qw34f7jiYuu+f+z54JgFwKRsiRSK6zZ7ZGI1oW57NpzxUcXYbLaqiMIX5QJCaVmglwZdw2H4NXDwz/k3sO8mT8mTwXLedtVCIKY1HIG/m5Tm6mOlPNxFNYyy2Jgcmw83GXMK5HotFUnHBT5RS7tUx1dpEb2eejGLwM8VX2/apEGOrD4xAViWY1mmqmGp5NFRaZ4R0VW5ta2sk7ibiV2pEkMQra2VpmeVZtKLGIPwj06ReEz0To3f0vuIt/HDXQ2ojVCgQCgxhDhAR6jCFoAUYQkm6ePBs8ufbjnVa6THlSVvWlVtuBMatIoyWPZxIaDRaxdAS/JxZ/Mgl/DqIG5Zsp9W2HDx9eN+yqwr64tfkcdQox/DsMhfTIG7+K+6YsmFuxu3hra+uEUbQM8dljxwAS+gxCgLy7TZ9BsSPzCgIYUQBcBwJ9YIRKVAUg7Gd2mT0FEIrviYkxumeGhhtLi7PdWiWftaOKQDuwo/KDkEcZxh2YdLEYQpNCOxRqygRbegSP9sG/tpxTcI97f998C215uNjSTVdRorblwNd9pOkGxsdj9myZVavUDJGNIdV+araFRrVlr7t0IaNYMVPDOzwLEdP4LxE9eZ7HlsWXv+TjmWfu3sH26Iz6aGeouUCQAngyUdFBBGFE8D4AQhnZXY/JAOHBxx4eCXo3OSMFPSGOibFLC694eBLSYAcksCCr3ZUksNk+wUSQ535b3qybLmv+k2+nNBIF3umOmV3jKfXwA7rCf+bnpRI2fu4d/ZilOJ/4S1VBKMc/8IOW4DQmyVoBhupnRr78ZfTBYWwWCD5+eGm0/1oOc0YCmHEVAUcc0H5gl6W35sC4ZCFGfWfkIokyDpfJJ9/3sLU+V1TWdM+MRnxIviij6GV4WeEB+XZsASaDGie2b9Ao14MIVRaJwmjAcxd8dxbGAfy+0MjCQeYqH04GEUOscEViuxuO6tr4p+BYjIDaznVUAlTg+pMnDJK1gQHP2Fs6kQFBPhGtr2pUgUEq5qUMyFXys2lzK6dis0V+kbRKpT+btePEoYSNDIWKd6CwYXgmW15t5Lk88PrS+ospZpg7UU48V6eUuEzICEGY8bf1C67QQMPc0mM2VUhjL2lbStmB0+D2O5USelPeTmbC23EC3g7//4G346PU8Tr8ADoqeX9doJDLYkTxLqI+fH+fEwzgV4/jexh8h7FUrzebrbLgmU7N9wUT4lTFJ9PgANywJHWgUg4nGU4HMqMVgWuHH8i5EZ3HQSTZM0AFOWYaBU/F5l5ZKTYLiaTNuBHXto6Jv/XbqFPkR4bEKIhaLK8Y3eNVY+sZB1OI5Iw7d71sjOl69re8O8mjkbRCNBp9WcMg3IKOYzu9azs2QlhaTbgzsggF1JdZbyuN6VgqoWsM87I9Nr4hgOSvgUq6po4KUOC+Y2wE6f94DGMIUQpjWhQgMoVIjAV3qISfJ9HGiWvYoAljafj6VcfSK/VEJqUoUbhRLlVOuFYypnSL9Wrd/Rt5Db7BB4tXLCDGlaPXfr/Hkpn9W2nFgv+6O7s2W3h2s9KqVnakHSjc/SZ8c/RpDkuuT0XDDC8DRZLhSBjBbN8P0CVNReac9OnJxyQ+fntxvpBLpxwbHYbDQn6w+ckdPjjBxs9FeZDFeHksn078u1z0D2IJG38OrxlAoh867yb7pYRlCL1Y2nm3Bh38HQqMgbdQETG3ZwquJLY9O2HBGShvUStl7r1k0Zhu6REQ3hMDqi3m8WUMjOJUqTlUsWUqBlGk/AojfT080tcsmkGdYZMAxnANAcTHQQ2DIKZpNYp5J2ZqKAtZzifY9OmiRKUSRqHxMO4Mb9pPbl1Kpa8sJvPw+c85Bb52mNmXV056v/XyeqvhKp3G8kwroetPbi6trlxyNAKGXdCwVu/tX16JMiid67Ru1pLtuV7nWg8Bsu/+Z8zgB9AMWhkuYUC46EeWLIwsKQSmwMcpOVI4zVo+68ZNDc3ADPcbZ0sjDmhYUQ1Ov+wGzOOlpXGEEdTNGy6oC04lz3/Hb2NO3OQ/CoUiZplIaV7PCD47xwZ1xiGrAUD8aCxDMWYJM00wht/x+1jELmm/o3rVcQGUZSXwNv8N6/AzaActDucWgOAYMBlhEswwYTIwHhODM9MBf7u+srZaDnqngYucjo7fHOgaSMNfKFUSfnM9kUzHI+7GtZhtfT0KRKk+gGZNLWZKrT6GSK/Xcd3OKVfJW5TCR7xqt1jbW+t8OM/fRU3PmLl5P2b1UtWZbUrM6odnu30l9vaTGbuTNRQx/i0GdfyKPw3qFNodbh8HTj0ALo0k44zyoE7mU1THx8B5UHVEftER0InNjcNz/WrZjhkaWoVVv3g7ncqNC+HjEkKjHtYSJmOQfGe4EBbJvYmFmXgG+G8rh3Hs1O61XDFdZK5uWbGBjCmOX2W5o6ar9FMqsNjxqo25yHi95dkP95tzV7KWpVr86qmU3TMw/PSZjXj0+TM7Dse/N6lKwqv5BwAAnJs7TvbDxxSqrTyVTaQig2wM4okrg1e79d/V6Z/bLu/N4L5t91Z99n/q7iK+OjqtPfRLw6gLAmNAYriQJhSR3XCgAhJUIH9CnaDk9sH0hHN3MuXCZZOx6Qd3ccIIZ/sHd09tHM4+ag9BjLCn798q/FkMuebAaWerUYVn5bULutVeSBANRCImD2QbY5LISi7q1ESYoBnqX8tNR8kOT5V1M5XhQP4+58TG+PXX1FKjnLDSnCguUQgrx6MR/UIh11Lp32OUC53A66+JejUVE5ZIGABPa9Rea0cKy29L/zeCY4KwT36i+IGzx5O2hoHqTl1RerOfLfH/SIjOGaOf/ETuc9tzOiNaWYwjR/z6KNu5hX78xwSACElpsjkJXMguBOVAb6NJc5LIPNF3jGHWILH2D9vCKHv3Q/eNfw8jRvhdD9vy4OrxCJ7rV8+dPnxoebHTGhkxA92CW6q0hONbE0okbofcU+c+Y7F0wOhMyOASafVY+/Pbm3P2LJCkm7BNfP4SENM5f4G79vCdjpC2pO6m0oolMkevPa15SWybfFaI3wqi9jBbBD/Vrzi9DzbaSZsrsDf6xkIdIfR+ErP4+4+no21pY9RkZaboNY/aZ48+8dTbgHPMfpSA+yFLVJ9/wEohQJGRD7wxssfn0KHhoIYwRUcXWoTQCAAhu5Pf+STPk4GkKgTZ6onNtdXeTL1Z5twbW+XplC78/73ahdTrabco8WRTNyAozEzM87+vJ+awll150vbO5YHPLjlRN9GLUt1dtDTDsACiJ3RoNw3eryqgaRmhFojmcj0116jMJ0QpCiAN9VndPnXuezlxGouBwZTEsWS+23v2TIIJpkSUxK0zPLJwGJSuEm+0uyapaka3G2XReqF71nN7+ahKxhN18MKoOnUVvYhODI/fBMafNxChRFptgghF+6GVjk5Mhl8qDsvyN54cZTx7x4+uDjLJquBuJ86D1DbIbe4d1b2wfWEhz6VvLod2YLzgETW9xNhlj3Mdb2H5X+KF47msl8ymPIw5Xs+v9ZrzVI/p/a7pA800RaMUBNVc3XnnSrP9RYq91AMVv0J38M8XUtlUARsvWpCFq94vFnZy3szSpWuAIZXqb22vzspG3u3Th1YNHbB8b0JEHBh56kdrmfcY2djl5w+WBJd+4CUvsVkSxok2fQ8iqDOyJMdHlmQFnUDX0LuGUQMIOnvkMAFSAQxhGuqGQOrM3pRHDEyIi2QrbnqFX2eRmwh6l//i1HPZJ1lcKOSS3hwdyQOW13CIogxTxeCuByc/Ol4ppulwdjCQvU9vYTAIRuLXfFJBReIrB/Pjegd8lyqKyfMiQilXjl+32Ddfycbo6JCJOdqrYIutXzRZKvP8xlKBQb5w5x9uLIneLFZeXLYjEXh9tWcBme0DALQz+2mGf5BzLN6T3YhEAbSdFTt57bsJ/vRNjAV78gYQ0LcXY+m5ucULboy+/v43/sXykP3sz+HohWxj9vr8hoJ/5mc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"type": "application/font-woff"
},
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PCFZWAHjabMHVAYFhAADA81tFt0/Xm+5ujyYxOAu4EwHfj+CfN2IicQlJKWkZWTl5BUUlZRVVQU1dQ1NLW0dXT9/A0MjYxNTM3MLSytrG1s7ewdHJ2cXVzd3D0+tHEFwbQAgAAQC7vLu7K7YwBQUtY5Lo6Eajp29gaGRsYhq1mbmFpZW1ja2dvUOUjk7OUbm4url7eHp5+/j6+UukMrmirXkaki2IoWhVR8v5nn/bnkbVuW1r9S96wTXOYWMFh4cXh+SOlyUn30YPnD7zUiie/EPyDuQL0pKzn6aHoq7QuwH03gPhRWM4FraapL5T6WLgTIcyvNkEcsnBDcRQWzPnTcNpEWZXY7IAq0uQnZ3amZr2bs8R8QoNfGRjXNnYldJ+65K61CmnfugRtokj6iNHnsbJ7V6fOX1ze3sd9U3UtzsSeGKpAAEAAf//AA8=",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-Regular.woff",
"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Bold.woff",
"type": "application/font-woff"
},
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TJMDjP4JA8LThGEwMJ41YxQhSnGi4+ynD5HOE5VST/fcx5Te/wQVNCb9+XydKa1XH7IfjVcUJ/+sDgCKeKwGXtFzk0Sdf8RInqLW//3xqVHIAgCTxbOYK45IS45ICaZKd5M871lGgOKSiQE3tHedaVaTC6T7XbMYrt0E5N+OUqLnFJvRtfHIHGINLkrdPEyIeMoFEsmryyvZtE+ON2nDJ7yMFKAzwCv9l6ts4HrChsq/Gj3osYuZHWrJuJtKSccqYZem4NzbjzVAJxKXo6F2Z7PQ+G3Vl1lUMzs2Pzf700casDcZKk0vTYyVqgfaukfJcMeE/ujCc31qwOYAC5nZVhpdjtk7d6cwNzWUEsI2ubDmfKmN291RN8uSLK/9arIBybG54dKZOCOr7lMSnSJ5Mkg92LHZAagXAmyZWJBRFyoXL9FsRb3FNI2xcEIlw2gTeCDJyBxDDVU3cPguAh3owCLqJVXeVy9lcQnfK6rV+4qmla0SDdZvtwYTShnxUoGZAwcOOd3vTFw8f311xZ+RENb3Lnw4Bgiiu3FX0+yNW7+zye3cVhsqB8FAUHGIs69+BT/3y7MH3nj9U8Q8rsZH48ByVEKkw7ffuHi2Uj25f/MilQGJybz1Xl8GjLRDkcQqE4Rf1TP1hg0gaAdAp6LrFaRvZfNJtuG2GHdnott05f/9xS7UqivyfVSN//6Yx8EfY3+5bzPw9j/x664uQe4z1hbldemjDOoQjfX965A4QboFHG8Zkf7nmFFvup9IaW68ohTZbbz983LjsfiB52+qNkJJHV+TVNApXiIP4SaozdPPRlOKBHr2QrngDjTGdVq1kIsDzXckEl1CJxdbsLPk4hWnYKthsQvfL3S9RW8mBL3W5rr8WLiMKUUFPZf9VWGbxM3/mxwjBIH6BZMkoecigW4wNU4L08oBTviEUqd4RyKBexJw33XRz1iBgarJcSnECQkM3QSwFxH2BgTzqBhUOJivAc7nS0oICouQOW7a0C+rLVkr+bM4u5fMOV7GwZaz7XSMonh4KVqRcFi02IQTOiyfaCX92vh0He3371NbhzPUf9jnnxTd+gF/GL5IWs/6fv1oAWTSt/ygBgQhALt/MH7NThQm1JOnmVltSgRDTsTaY6kdf5dx4VWe4fwElkkil07deOAjO1EYIyOy2qYmRcj4bj/p9FoUiYRSyMLWdrbXrsjSoMgacLiMMNoicMy2/rkp6m8APmdaGtx/YuldK3zeuhjvV+YOLlUdXCsMH94UDb1g8UbC9aMUfSQ4JDn/dq5zbM++VLkIkmwzFstXsXHrHtrCYbiigxV937CX3L5z1Wc8eWT92+KUnk8VT7wtKDq9rCNx37T0zlDj+MCyXpr3hc+Pl6fQs58QoIfhyPR8ZJytXAyD0vXKNCARBwDN6IkGkaCRHNht3A/fJCYmGiUZ86axXYp5BveX11r3MswloaU6WpCw5EZo8cKnnc1HhV3/pQsMak6VLiIHuP2a8SfcIvMz3RPjKFczIcBgOdD+49JlSmXrkn5JnElNRwBWtdWMUfN8hhHLNiL/A1h0nNTJHHl562qaLByWiQMUBV8C0Nw7Txt8O5NwAdKd5N+GcoJaXmpO5sm5A/KZnLUuGu9P21v0B02AzI2444Rq3y4arDezcV2cnvXMep8H3tx6h1oWx2jb1nT9pUXPuxTe8OXpfQg1VLmXl3YsB0U7p7HpmWykuhbq/Ag04eFgZP+RWh1Iz9tVVuFfd3dJslT3BsAUARoY/sY+RTwysaIFcbufQdYD7g1scDlRdpUTC7qx2/wZ/AAigNDNeLR9NWBEIAfJSJpFfZxJZISevir3oLD5oUzSuqY0Y5XaD49wwOWhwzFFucErFIjc4RtUg4GeUYPhv8HYZVTTJiYbc9DPU5w+f2L/khAyKwpaDQ6G11/qkM+nKxFLLglQMNeYmMraDk7srtb1RfLwek+AEgkArkv9dp4cybx5zBxISeP0lW9iN9ol9j9x9/MS2oK75CX6T8ZCXFMlRzkGb5tUchn+yeV6NT2427gaObrNZMuyrzhQ3gzDOKMCCLspODWYwueP9i+/4SeXEfUuj77xLufJxxgpwUFrbPemIy8qBA7b/sVhxYrAIR+EwgPvxS6+6b+Giou84nIXut7c9lk4DoPbA3DlPeHZkle/qQULwaXyGFLiMxE0TIiA9be6cLiPiOhFFh2hiehuQcwPQnebdoi4j3iu5THaWywiPzRvcXnPbkueG2owYUsyG6xmhAE8IHcQn4G//BhWBPv0J8Afe/6QeNTz5/ipcixxytFzYHUbEjwIiZnw+oHjPBR46KBmAf0AEWJGwh++TDN8hcs7AN9hb6slBfM3s3mbzTnN+0ynTlDa927M1ZkoN9BI97BzIq47sOCkbxeA0xwp+ARUqfPCDEAy87e3Uit0/TMgeQWg0BvERHryEYGvYfjpxwOvhmLyMxV5/zORxgqyaxl8gFIUNREcUjxBRDIm68SfcpsFpE25glu1I3tcuFHca1ZFpbNcMqy/JTEvdFEEmgTPY6x7QK1Caodz0SsnL5i6/aQ690v75oQyANbWzoVnOvc2Jd+/NlPPIcHRMTinKb0MThEPbtpx5vd8C1oPvu7JLhISTHgdqGYqi++r9QefxhxRFVdOunQBSIkul/wRL0H3pYN7YP0qYTKbINlPoKCFAyRkBjPysKXS3jRtmSK370v7UGsczy7IhrZSeDTJ1syahlmzriPFsURpF2A6T9/wcqxM0dMV7HrbCPAwNnX8rXECArQhPvr+nUil0/xwE4Yk3U7i+jyKXrkOEwBpbrX2wjuBcMhWDcWbWEfxuXkfweo1HG0t6cpE9qNFQLTku1MaN+eMIkFEWUQV0C7dgVlX43W6LiQbHzUDITpAAwgk+w23W1eGCm0froFOg76s0jeqrUaVlniA8MnkGXgiuw9sc2s7JrKK4EShAYvYBzTUEHwQHla7/uTC9ZsWgU/D5RiiKgLV1uviYkXmnLrbePGl/KhsLUAKmJ2FH4FaUgmFhB8+5Rb2WHc5pXE222bo0c6sMJdFLYbXrAZDYOtMVzEnfghGs1fTdqtZEwaeoXkE89uDXJtrdL8LRo7Td3r0Kb/sL+GNE0xj6/UfzxXV/YPXkJ6D7z/D1b0jw8U/AK4wdRIGt2kPqG6gMgEfN2tXAkFm7qm3n9OxtptZiMj+wo6+e2/9OB/3612/u6s8C7FSNjSVAjhJCn2TPrJLTnxrxESrolAqwh3sQAAwF1CdX3xsDLt2XN9Jys3E34QpquB7yb9d9fWQC7LspAf6AJ6C1wJSAZsvrabeYWpaAKTBmc7EJUzsrdqiM6iT+CbBvp1HwDj36VjiG0x0ARJY7HR8uC2Dbhie7n/uzGcC+iOzvXlzy7IDfaRq8jAjDMIwiBWG4O3cCvM5ZeGLe4BbsMhpkSfOqF358XqlH/bO6ByHhAK8EfAypAGfhtileHJM8tOGVJiJvhejDVgqutKNz9K3wNkqTV2Q8Cdd/bmD157vLLbsIy+/bAcMGAnbbI/DeYUKQvIjJ43/jV0mQjJJHbqnCaf9XF9quFUdKHR3vWi+P6Lsl4vA2uCuV7qlxM3EI36QeMZred0ZwPLj/6PG1bSONc63Hv79jyuOz1U5kV3ZM2l0zWy/m7fgboGhvuTcZOnt1fGs9+6K5d/3Ewnr3P1bO2VGaqd/35j3322llz7sbpOc3/f/Y3kVImVtZm25FBQIoAMfoZn7HYVZPbp93mvPPM+VGzsS18R0lHvHf4kHJaZ7h1nr7nzUwZ1624Um9f/HxJ5SdR8ZjR8f8Z47Fo7pmhy/OtOTlhWh8ddV+oeAyXCjr+o6FnZm2VQSKb3iVwQf/UW1J8OgbEdC9ljL2/TX6vqfJTvJPHcswiDQMROSZLQvDLEmoIIr0gtHLIQj6fmp6cvEoMfOGnFlSHFCg4uU7QnJiJTZCAhEoCKc3wo38KDgjG5ndHMRMSXJAkezRM5L27Z2JVom5AgtJidkpcTCa3cB0chzZMW8gYYRn1QbmyPf8V9OZ7zMgfKlQWZvVeW6pz4gv3C0LFs2i+ATxkUNboNkMBGDUtuzCuS2S1yedfe/OjqT5JUVxmHyomrz5XE2QtKLXWVTV5/BVAMMjOOw4/hpbfvVeG4Djzx5fvdcOgD0efY7x6BCpkitXnYB6fsFm9FARBBFP3kxFUui7+ZsBOPsAzzfnBt3pbRZSngqjXtjkVz1RpGduPQGukfquCDQ2xoaca//nY+r2ozYE18JI3fkC5h4uZt+WTNa5pYNfv2DftxYUHQJduitwJm3t8e9sQynJC+NJt0S7v6HC18+98116NCAsexFeGJx1OFFwLQYJkBbTXicZF7fJmzoOCYDkgEIWkNLbwrzbi59GOEcJ3F70vH0qZAi1MbppkVMtFdLJYkqQ/L1GnQDnmRRnHj0K5L8bSpu9YlU/YM7lnvy5B44sWFSLF+ztA9uOlRxTDcnrXaK2i7sK5RceVnPqrodaxaAjPCk1Oo5yFf78yNvKUihYBXtrtVqKKS47Fe21o27P3AuC9hn5lLoYd/lT+U6Y2j2yb4kAeYoQ6seniUbWDQp5BIoAZP127WbODOq1jYOmRuvYOIWJZ9ZbE7n/wDJsyaQT0xR5sNBkDmtTfsouwBj7VZQfdjrQaMArX453zytAC5nub3V/CxApHgJu9slreNeg7nPtv5ocqKi6EXouCz06UH7cOGHG6g4ChAK9G6HnLV4rBIruXl6YG9N+aM5/2RDKZkzQ68X8hfr5s4CrvmD5UGDIjrXq0bslfyYevuv8wQesgBR+7dsUuklwuU8G5dFkYVz85t/Tbie+bTTtnTu5gh4x4LATAuRJQugQwydGygYiNoABmpqnpheWGTVqULRe090azjNsjb30MGWixljlT6faLUmu2+wgpXb/pr8yeuzBr7dashLXZSgz3P3dUwfjVsEz8wQczcK7P9/9AAwPf7K3GqHBVtMgW67VEbFPXocAaIi+sa4NA3xlHUttbLjsjYT4Jmd9co1TiVPT4Gv92Edp2uBnPqmnBanMRpA30XkgK4Br5AMTJ8HuoULiS1OHPvaxcy5JQQRAOT396sbJGsA5DP3CrgjKhQdg90Oi8qnu/kmnZR1e/yLofqD7lAC/u/vnErVxRRTDyz/R/c8LFPE9LiHe1b1QByH4A4Zdmqx8KuK20JtNI3YAQysO8jgfHES5f97j7GtaMWB4Zg3UrQKzELyxhePFNOEQMudS7wdkg3D3J2DL1mLVrmXfkXuw9jchOBngG/TI/K6p+VdfkeQPr8ADANsB106Gi8WfL7b+PYRXS8cDQXzr22b3vlWSP72fAPkpQmiRYRAku64FpN7+2Eyu2Sijd+ak9au53JjOSnzlngDfn4CPyDxJwfvq8z+1dYv8GiX6X2qz3n2njLF4rQ6x2Al8Fp3dvx7KQ9gK0L1XFh99IyC88Q1fJ0DahODn2OqiZJqv4HnbbW4fN9+uaKX36WERaeoFvpTREeqTZUrrrbpP1lhX33b4WyUsHy88rcrf/a4ofvffPn12v7sr21pYRQDMZZH6g92/7/4DWHcg1gmQ4g0JPsQ7OAeqHSf71Q6erEO6mtZyeubKjMO4itJzG5rEva7G2y8ePKjnZ0qlw4dLJdfBgz+Ef+ulY7qHu8dExI4FKSFw46/Y807yjnH9eZQgUDxJgBA4QAz9CGQlnU75dObxIePuRrtZZ2kVozOqBifP3iN+1HUg/uJ4qYxWevAgfhu7xa4tbOngY9h6DOw1G+G9tehEjVHcRTQ9kiLwkBEA+1NG9Ms21a8no/OSzojQrC/WqstDjjDsyS+nLNP42tq+fVD1FXExl1K36n0fj2Pzxh8TOwnyjQIeMfb7DWf1ttoAbz3ph1hT8n/9pxP+6z8RhKUszgNyqhCCZOuNH8AfwddIlWwj/9CxVEAQvYB6D4nGuGOICESWBPmMXinm3BlcIpKER26KoZ+BpTcDYwAcdiA3G/jx7pj6ce/4fFDuQSjdjbQGCrlStphyK1K07OVlkJ7rKGk8Rt5YWuUGpW6Ydb0elWtRn2Fp2Jgeyzx1cCfaaNRbqEIhdFipi60pvxzPiOpUeuEenyjmZe+hbSKAxVEays/a0WIdPhWIwPvLINtnxgQH/eVLiJkw+lBp5EK+SMUaEUMhV9WNoxR2d383GCnExYKA4LZyhUiWWNYtomvFGvnq1REQBehtUEQ35Kbf7uJ+Ox41++eNzRm6BYRLuAFHTLDAj75T6se502YQ7gEIYzNUFtAX86ZHyhukfL1y38AbF3xfzEjKrE/p9v4di8MjW8BiWd6nydlhsK7tWJofkyWsjPLMRrtWiWmRIWdc9FeXT3Fjit2/QxDEPFoOTjiVVx+aK8sQl/SoyjI2brFEdj2uDr+EEOBUhu/CV0mFdzYrAGQUEHDRdEGDg8WE0sRIWldFDa4M/NxZ1LgI31I54A6iz4n8XObJyqWfPOsan8xKLieCiLl0XHPaGotWbHp8lt0LNpH9OGhn1+oJFX7+gY/aHUExnwcACkNUQNuxHS7HQljNS1goIJUgSvftEjl/LLAqyTLjjwRpk1detQLcyh+iqC/cZWwNbogshm4FYZMcru83bwbhHoTgexrOlfJ1o6n0ZhKnae6m4U4Ym9wQjY6QGeyJmKTLFPxefJ0lc1QRE9NbNJHHCtbOjpW9E1L3X6sVtziaYfvvDGWpBbfscUhYfKyXzIk4EL1x8J53RXzSpb37S5L0/Uob1IJy8QJKzgDIa3MRTqV5tr9/yPY3RcpkstN2AgIsEpEAimCEThLcss1AyqV8Nhx02CSRpCDF+2FAt3bJfjzJk9E9tjWxDOQMlq3DricU7P4WHcmo/pU1UECZmvFoq6e2br8kyPtwOB8KVdJ/BF/9qXTBmYTRaRUrAuxEKsYUem7tyL7DfngyX3H4t3D+PE4IfAe/SMbJu65WgIqm4xcloqg3JDiXEAihDA1zH43kzh1h3GDW8cNsDIEAJaf70CaEnhARqSCevglkTHGJtmSK7XQoX+PdfuDjxlgzkqSMCQx92kizI6ZV9TOza5TbJ15plCVefoGXOesNyPF3Fw6LoqbmIJVU5FSSgpdt7pTkivmi6AI1llyIiDZHswmfobMU4VrxZCCAGAicLF7Tm+nBIh9gFTkZBBFhSQBqg5p16wyhxHajhuPwK2SN3E0eJm/taAErIklGUMYqUPniTlQVoUfVMpEJFWTKEEY0jIsuPsoRqwUVhYmIquqFDA8vc/wIaPcg9HoncPLkyYdPPnz5/jOnThw7dCBX2FoIF2y8LDXYltfM5fMNflzndkrWNYvMdMzg22V5Q9OYoSmXtb6w5Rv8qKc+e21ZlMubfrahK/fldoujU0ynticoAI5plbSCYBsqu2Q7iOBBdaw6J/uGMxKC1T+/5n1RcfdritnKrAxgm1BAECGZGgr4w5lMvDK1R9lW9aruELU3I9Gxdatg83y26I/FCzs9riEKyA29oApCxu1GCQAkzCTsts5YwwGagOj2hmUA6jrSzC4r1npCcNiFrQUGaHE7W5+Kp6y2bYV4aqn7L4CiktYUKWwXk37V6rH5uJQsEIKg53AXO5YAEAqLKYD5m8VSxtNcAMiAjGw2zln7WibXShrhQ88EbSgF+GjL6NUytJ0H3rfHYqkk7PGobozczFLNrC3eL8IMHFMmYdsk2qdjj726XwDwdP9xy8lgSOz+gYiYAI0gWSQEpvCDxEo0ct8zXsB5I/pxDRQKEV2GSR4cd94cL/BgcKDU7UIDQ8CHbvUVmfBeZckcPchg6bRmXWPaWEtLjVpPg38WfHCB/9UOH2MrxtkziGfw9YjdFRFRJHjjfTcasEdfcZ48eTUOQr9jNnJzzSIguvr9sB7dG8wMgjg3BcnxxJeJye0A+rvZIAAKl02ggWmumJwOWyoR1Gx5Rz7DE4gbmrTkBtu8gbpTo91P6Xj+3FpviJKlwYzV4fvQPj8iadVS0OOW/WlfhPHnZXxhHYJR9vdnAbAL4ticBXwWATNZJWBxuiSUCZBlQjCu2+WT16KABE2V7TEDK9eSQNEsqRQ2mXGzmZuD5Ehv0MzaJMhQwZ/jAX0yn3LSmwUV1PgBDxhlmbsn8ILTWCg6naWSXnc4eNRhnwxeajVPn46mO9XfzqR3zpkFh+4esFlrvmMABw5sXfoJIAR0vmz/H6kpvn2RWfeREYt6e01xgee0mFaeI2/vWIJACSzmQehJrE8EnoFHQK5RJTCr5LlN59xCv3Gaz+ERnZAGGMAAlJEMNKYMh8icMgxaK5sbGS5XuUFr8/BbdlAf74zuGS72O8b5ZIP4N00lcftpauHu4bIMCECF0Gp2IhBTAKTRiWjC1A6m5hg4rIwifB5igkXi+pAGkk5XAiiCUHaqg2rDYuqVDSd9XQi/TEpk/Zkw0B5J3WTARPUbNW+fcJt5AFe/jmuOs8xKa7TM37G6jTx+kyJ3JsGWrRzxO2E73NgMR4JkJ4uGrCxmdZM0KXSy5tqCfG1MQIyeZyBDMb3j3Q1ucZOOd5/kbfTfAOtJ/b/vPiP6HzvgUZzBmYWP7GlUoqG1oKVVKWU1X8V6dlWLHn+DBQXHyaX7Pwqp6oQlcSqVrE+FbZFthCBJ3ZjGMOPjGBklz3QsORCFIKCIfVdcEEzq9kOipb6uK/RccVc/fNoUrKoXbQgIQITLd4AcAOKfFNgEEpeNYCxVL+ZS3HEPtDxMI0rabcGY/vYKDEZhvKySgtcfVgRx3xG7JTucrexJZ5dr1coo7HG4g75QQgtSrTF7T+7zgC9GyAHSUVT2bj06fyLnqdG/A2yjqoYvXZQqD+8ubeX029WjX5JUyKmOhZsSBYDRz3RhecQhUUTUsTBqlNxoewi3BZzhH9oUhndguAgZLmXT7ObJ0nhN5okXCX3cDLSb3D1K39ImGWDKU2Yom+zRbmEYHx2tVBCV2F05m8eeKmVCy+WErzw5hIKUsk6PDq81y61RmxN+Rbr+CoQ/U6nIfBnH2vjqUm3JbYlF7a7oe3YnZ041O6O2HT2t+kGGcYYc62k7s1X2FunM3T5nCmjQHDZ2l5ABGQ1mKrfJqPF6Bz9FZuzZv1w2F+8ulxSgehbfOruCVlQoKFLnkocGAzgywkUzI9plFTmI2lTATpMxYc+49IIHEAmQNIutnmUy2eaxswRAUoB0MHYeKMQURospo2lZL7P4pLTZcKd7pT3O44l8nmozTLJZY+Fm+oLj3O4t9UgcRLG5M+VKeW3l4dxovXm8eCCoYAzUyZUZTYqqxZxY91phaXqHzwa7gdIhxZPy2WXFah8vdupNv0eQFgS5VLY6Qg5RUdBb8Gt6zu4kw+adOMXfbO1YiiBBGYg0UFtFpOeIBAQkclkEADwi6M6JzHXPYCUU6ZU7wXXiG0DYJIOSEM4YANzIa0AKuUQsHNS8TrtFJWMwpvRf2x2Mq3ga1mhj6wdgmo+Rzq9pXGw/OSXiGORzilwoKIoolUp2x/btzu3bxRJNDY8IjvGaz3owELP8HdVjqGQqFseZaeAhlvq7LkctLswKYkCgnD6HWb4hBL9I8mT1WjrZ82sKhn8NBJBcprpFFUw8N4z3dTTzz4BEgz6PVSF5yN9U09PIe/P675K09RfIei5pu8Gk9QPFNGAuUxl1+bLR9Ni8BTqshAJMHyXvtSQLDsn2zAcRVo49bXVZR1MClBAMjzUDqIUJkEuEYJRh4CPzVxW4WUSx9YTLzEUWNoy5+0l6XO8n6TNFvd7Tpsx7DjBqm6UeJ6Y/ufOYlEfv+7WREXjlqxoNCZ5FTP339pAyDloO4M/+FHpr+S+2lq1kP6vWjkUdws312I1n30yOjmwYNFZkN1bUO+fpzq1beEt4wC8wkrZz2MybRR6frNXMipl+Xm1P07a53iaXMOYG997lTL8dcnAE0SUAoNqIdzwH/BSt5ci85Bsers9cqdcVSQAKIEarB6XjIoWPUQGx9PRaIiGIaEk/MP3ytPytPUM+Kg0dbz9mzcOZR/4MxOrLK+NbIgpAaNvl9+sSB4ToHJVhdR+vW6Z3oEDheSiA5MrNuk8wrBn5uVFkhasAx5erOln/xARTNg3JLPu0/9o1XYGzwyOpwuJpFWNTvrNvovUaM2T+grZ22uHohF70vdCZBVxaShWXVBqd8J2CvxTg0F0QLAXucjimQ1d0DG7UdY6qkjn+phHtacCeZ2Ws11SCHr5mPkbJlYEx5neWCrGw5mOKSTOqPn6z6qz1ds1HekY5pWcHmjyKr7MpXlS8r1IBEDAloyDImdK+6OHub9hmO4JN84guSbIIQiLpCoQZPUbgOeRvuP38XX530oHW6MLaGytwveu9qAKlALAbAG2W7Kp836U/5dhFee6JYRfqv/FjNsbowTLHwGTQzSfd2GvApkDoaXPU2KzsbNboSO5VkqBd8/XSv239jb3Wq+RnnhHF7hde8QonfOYzknDp91/8MIWfzgD6A90vAO4QEUOBe38fwM1X+yvkizgG82SIjHRKgl5zoYCE4CGqp2dEzi2rQMIht1ORKJIhGJL4OxMpmbmtLaNZvvc6PJOFfhITpobUZfuOWiiS1myq05LLAailSCSoCFo08d+TQmM3BIaQSpZhBAHS0w4nSMEIQfI3OIdRFiWrJEDMgqahCxEIsZvJ2MFBJ3CKbfieBAUjaL+Wq9d7FGvWuXr3pVgimh3LPr0q9jfaKYsFTn3ZC6eAimipVnHXccTRCqDAo3gK9pBlBAiCG53wb3iVuEiUbDfqlF5CBc6ZJ/rvK/Ctu23UiYb+DgZ8HkUiLnBx/Q26/h5ozOE9u7ohatVbcDk7GczNRMRY3unpFEZiuTHBgwV0ZpPxYAmkdNSvhaJHk+FgEq2GHe5A+MY/EisZ7aliPnoFzc+YWfqnF9f5CQO0apTJTkD/qAEX+JPgiNqby+gI2itfQH/Jt0aDBf+qGdMi42mVxJ+Rgczrj7jKuZaZrGcIIRfXn0kAu5unnw75oJ4Fgef6+Q/Q8x9xdpcwmbzqBSSmKXQNBk7Gcl2EK6mBofWrpXZCT77cmopgot7Lz33FzD8UEyXNakHqzYaKKnzmZtrB5pJo1u2mTAJc/1dVHP8I/gHH8HF2F+ZxAsUeIheB2K2KTJzg5KbGqyssJjeSrLdt/pF5z8JqLZetVfFx45751Sqs7eNrfQ4L2MCHiW2zSmamrucRprFp2KfUc6AoV58VBPXZq1iEbB7Ao+WAX9ZCJ9YZzgrxMjLfRNmrpyLAWBF/n2n7UfnQvmWHCx/cKa/tdngIkL9HJ7yHXWu55VrNSGPk6zziTzN6fUc5NlLGXG5kFD9kX1tDmN/FcfhD+CFuZdf7SZI5dCgAQXKCAgCTYCAet8MmS8QP/pvy0a6b3SvskNtaODe9hzLostOf36XSJdfYHPxwbdrhtoq2CU2dyirCdINHDL+FHVjVs23bDC1i7ZWrTR0yOOQ0mI6fHhjM+T1bT+uYsajGzPj9Flisep4PZ2s1nuIjCK9GJ57+v003/NX/Rt3wKziEY/gUGSJLBiW8hqIXgRCjmmwnvDfuedX/esd9uwWA/0MWANef1wQQJL/X41EL0fib6xs0vS/jMxLNZn6SG/v+ISjF0dFgvLUswu/0j/DeJciO7lPpnt7/vd5/fD0+Q1xEesYpwNjGN0G4EjsETyC8GxWBvvOdr8QLg297XH8fcsEu8XwcWydjWqJcddkEwDHepO/RklnI8UisKoGc5PoDwf3tez/WfWP3jfCvFEDufkODL1FqFxfgEJy4voyAMxpFipHudMJmbwQgTQglD9/4J5rB3yB+MkomieVTrbFsUCV0rCxuyNL02+28Zu5BF5ub34gQB7K58MpHnihnX7G8YyYrPbol4Yq8dn318XQ5nd7WiriWPP672s3WykUHdtctzzJfgv/jf/KRY0dXX5mMg/eRmT0TkyffO5zD13ps/mY0cN8rxkeaE5HCz573hJ74s95ruj1PCOd4NxijMCWMwvUW4c60R/OlDQdal/Be65QcpfAAPQ8rrbbo8SiIAIJjZvyJ8LCIHxUF4foBBOp97n/9j0QsbZEdhZc91P3+GBBC+S7gdXyaWImXFBiN8lGPQwZGI28jmeRIJ7ONNuV7K/sSlLUm1CexNUnrSZ/EX1z6IsTZr6p0/7r716rkgV/0dHc8Cm5BcGrx1Eh1agjSqgrXn8NPAEK5BFDuXjsAcAC6vwprCFAqAfbffHmGaAxba5+fkgmtn+JrJyk1XiiygZX9dwFeid1Pz24zOQuu70dEYCIpdb/W/arRg0RH+Ns07J4RO3DeknpqoO7jeBmfOTO882RC32DY9vOZX6+ol2t/oqrdr3e/8aafAhtv9tFzRDWoCoLyHTzf/V7mD1Vj8T/zFNjf9JgkamoePP48IcDfb6ZL+FVSZc9NOfhzGQv1OSvN0fEOfnjEyGfygK6f2MRvYiwS9m/LWhs5uGBdcpYdblmzD9uPqVL4zNRL5Ww12ixMLVAsW9RY2hp/bf7friGy+OKuxD5NlgONuL0x+/Gk+9hoODjf1uycvC8lBP+B0WOUzJBlttMLc1NjMWQ7neV5N/5eEMuFmIzV0vM3vP3LiPQD/r6Y0Ea/8YAHBW39u55Ma6UwwC6CTwaqVbBaBRBVYb4+KzmPbJ+aF8DKvEO/bfG8Q7RF330qZtl12gq24LhfhXTqz2dqSAXcCS+tee65gBTrdQRwlCf2Bf2T55IxK0KzDniWon1tyh3JJlYecsGbAVzr20V3OjjqUd7/5MsbHd6G9hkInMzyXfgIIfQgw3aF7cJyDhiWjHdbPeR4t3aeO7I1HknfRMawk6j1JN/4reuf1ZFk81ePGWA/aCDK77EqTq9ip42GHKF25xIVKDC1eRLuASk8NevxeRXqstsmGi4p4vc5Uis7zsqowSmEcwAI8WdK7UIkFhVwxoJobcilzlLu0hAg/1gwhS4jUezK0aMFh+SXJFwAOhSfecvKvAv49UiADBNCgfHaPMMy7+G81hhsDNE0n5HLqAeavF21t7sbPqzBQf39T1OlOd6edgt/+sQuLTp71muLhKQfevauAYjxoKJ87TWK9/hrA+puez0dj6lOOWfb68Ifgkp9V70S/Nv2JdG2b7JYrd93YdIRDSPuA6CIEpYOzGVLQy//iBXWdsZiBx70zo6URwXQP1lFM/IEeBfCxte8voVNGL9Tz5n3+XrOwNtvOjPuJBR/1J2SCX6nZMK4E3wPvuuErq1rv+1u5rcrfWTE8FHsBAn3wAgA94kGz53c5c4W9HwNyD6jWMatfEDvVgjUoKkxFpDQEq6FAlRwSlGnE9vHEWUpbKkU94OiJB1bgPxf/s1MBA/8AZ7V8SqStoGZS2RQwHERoIfcxiGOX0fNFlIMR0kKb45jYFPE33A74l/6sWiBt1Pn/wPf0GY/+IvkTO/L5KLxZfIq84aT7O8Z+N4Z/mPAwfBmcHUOZ/wQAhyOQXE46RkgYMDwuf8/rGVogwAAAQAAAH8AeAAFAAAAAAACACIAMgB3AAAAawuXAAAAAAAAABYAFgAWABYAWwCrAYYCNALgA9QEBAQ0BGgE6gU+BXMFlwW9Be4GhAb/B44IUQiwCVkKKwpsC0AL6ww7DJ0M1w1YDhwOeA8hD5oQDBCEEOkRZBG7EekSQRKcEtYTWBOxFDYUrRWIFhAWqRb7F2MXqhgZGHoYyRkVGU0ZghmsGdEapBtXG7QcRxynHUgeOh6ZHvIfgB/lIBMgwCErIXciFyKQIvUjXCPsJE0kkyUVJXYl5SY8JoUmhSbRJyAnTydyJ7sn5SgRKDUoUyhzKKko3ykuKYcpuSnbKgwqaiqeKuErCytHK5MsCix9LOYtCy0yLW4tni39Lk0uYS51LoMAAQAAAAEAAG82v/pfDzz1AAsD6AAAAADXfRyUAAAAANd9HJT/oP8GBDQC7gACAAgAAgAAAAAAAHjaPZEz3NdhFEe/9/6ybbdk23Zbtl1bNte2bNvWkpbspqyl1+b5czif8/i5ULbaSZKNlBjLemuJpWpr0FdjcRd83NM12KrpgW3VPHDW9wWltIi13txrjyewVgzGRWkHXaBXdDwFtsPIMJyH3rwxzj7pvO/VCqgDE3y91vgbjfPRGuNdYa/W+iON4fxYzrbyG+zV09hgoSaxPs6/ahl3MN6GW6iTnybmS9rM3cPBJR3G5WCnz1Rna6im1rDgG3E8gHb2TT29qIbbPQ3HQ/FgaxeOt0xorgQNs9IFh+yfRohxUEtDw+dSNRA3giE2hjPr1djmazrzCfZci/ysFmELc1V1OP+U+gr/cFlFu6fp8beJBT7DHUu1Tvg3fCLn1/7dNhl34X04775qRt2Wkwv1UrNQbahXZ9bO4zX4LG5h5Bb8Vbtw34B3K7G21e9J1kLSLKkQ/kp6twAAeNpjYGRgYHr3n40hivnF/wX/XVhMgCKooB4Aot8G1gB42mNgYpzOOIGBlYGBqYtpDwMDQw+EZnzAYMjIxIAEGhgY3gswvHkL4wekuaYwMDIovP/PrPDfgiGK6R3DLwUGhv44ZqDuPUzbgEoUGBgBNRUScAB42lxPQ0KAQRT+/nntszXLjE3GPTJOkS+QbdvmOtv2Af5lmullPhsA6JPdYACAYQeC8e5b4B5ABOSr5YJIRCMeychELprRjWFMG8EiVCyKVXEizqmcqqmOGqmZ2qiTeqSddJbuJjMDkK+9sUhE6r/eBbEsjsQZlf3q7aBuaSudpJupmfmWb/iar/iSz3iOx3mAOzng2VvX6VpdqAvUkdpXu2pbbakNta7WrtKvUq6SrPI+fnkZuYCRDYhhbCYgwYSuABhkLKxs7BycXNw8vHz8AoJCwiKiYuISklLSMrJyDPIMCopKyiqqauoamlraOrp6+gaGRsYmpmbmFpZW1jYMtnb2DA6OTs4urm7uHp5e3j6+fv4BgUHBIaFh4RGRQAuiCDsyFsGMQZcrReZEg8my8qrqikoCZsYnZjKkpWfEZTEkAQAltWsbeNqsVeWa60YMHYeW4TK4IN+52W7jsS8z23HSy4vfZxftpd/l9hn8NHLK//poPXKyTKWFaEajkY6OpAkrQ6yW4yghevm7mpx/yY3Fj2O+afNskm5QvhxzpZn9MayG1eqqXrEdh1XCKtTtnrJUmAYeW4Yp3fC4YmiN+M85rs183Ju1RsNoNVr4JHa0Y+cx8dxc7PDTxCa+K6u7SUJF3yhb41moBjviq3J+FZZwFhNA5Bnx6FycQkNyNiqr27K6ndppkiQ2W26SaFZz8XqSeFw1BD+1ZgZA9XAu5roOuKEDwE/YSj2uGQ1ctFbUVwKSk35w+cR5tMrVlgN9SDnl8F1crTeR1nycztnZQhLrBKdPF2Mc2ZLUILLHdcNDodtTlT41DWx1oEGxDjKurGywtQr/XG95PGRIQI6Fq7/X1AqJB36aJmKStkuQw6Y3NKbCKGg5W2SPmN3kj/a9WK6GHhmnFOU6o7UBU8oWNplsgNxEydWmztr9EGOHXOfLuKVw66BL46ZMqDc2Wo1ix9ZO0nI8njBFpRLxWtb2eNLAkIjHwxdyHQsdJDwhuwXsJrDzeApupktKCAysIi5PhinlKfEkSPN42rxciovaWju5zBPr+kePT5iX8/HLxb7SdqA/VepPmkJNhctxMTWF+mUBT7nSpGjdoBiXjwl8sHVWE/KYiwshD9kGeU5l2JajcW1zbffPcQX/pSZBJl3g70K7u1SHFLBQ6pQGWyGrxz3LsspanTKqUJVoKeYpHVDEYzrgUQROA0oR/pfpaUtNqiDI0+Jkw+XvXPsSaDqN3E65Hp8xhSXyLHgWec4UVZHnTVETecEUdZEXTdEQaZtiSOQ7phgW+a4pRkR+aMhn6zOPW+XiK4/dcvG1x+8ZxRPuv8D4PjC+B98EjCIdYBR5CRhFamAUeRkYRTaBUeQMMIr8ABhFzgKjSGPoYdlqnkHY6ZRCgRBKOSDZSL/5hj2XPUzSFUPUpUMqobO7Wp6xIy3QSh5f3SqPdZavtIq6dSaKryZlgtdKZg49vm7oVon3BuysaH8QTBiCH6xXZ39W8tN+rO8W160zyOgm8gfgg/GyCrO7Ht8y/rmHHt8+zhRNuArzOyiJOtskn7oyvKDyeZ53dRfTHq8gf7Yw0bct68xpxL9rgAoDgr/ShEdCdz33NdHDHL7ubR+T3/fBNR2IFXEq8/50Pv6pQlWyf6rMVC8mgbyBwyEGrLTWHUwfqrkHLYGN/mNfCdM1zdUwW5uLsclsrFN5g/beyTQh9IzuoIYaETrIC6KMktJBQbRE0ThJIbmOhqrv8wqPklGzBIHPuf4rtx0LJb8vHBA09ZkBB/ohqHkgauSqA5x1dFeCSbUeir5MYMCoWop9eqgdG5pNJZxtU95oYvd857dvv1AHdfCgMlra+NEAQbhZmlS+nvemuFnKx0aTL6x18DA/TPzCt05jAJ9sqed2qp/utj7Q5pnhu+6BTgPD99wcgaVZgHa/Dcrisw/TcKvDwO5WC2q0uq/vDty18WjgDf8Xrdj9v7pP4Gd3AUvjCdlRbycZYIyEjM38O5K/owcE6Lu7U+4i5TP94ewpmcNTPt/ELH50iP65KZR1+hTfwvqF4TsQL4W1CLxSJweKQdhXRtqRX2L52vTwzmDxBgtLFm9Nzyo1f/VY12YOA0AUhI+hj4sEDRxzLDOzZWYuS9Cgd1aQzfP3JxY7EvpLBvMnkcUQOQyRxxAFzJdEEUOUMEQZQ1QwPxJVDFHDEHUM0cD8SzQxRAtDtDFEB/Mt0cUQPQzRxxCu5T2nh3nA8N6lhlofUiO9nmR8yhhb3kuqJwzVU0r1jFI6t7zXlC4YSpeU0hWldG15byndMJRutaA7LejeCh9vrpKPp2/Te3C96yfnlLxT7DMrcU1jAHjaY/DewXAiKGIjI2Nf5AbGnRwMHAzJBRsZ2Jw2STAyaIEYm7k5GDkgLFE2MIvdaRczAwMjAyeQzeG0i8EBwmZmcNmowtgRGLHBoSNiI3OKy0Y1EG8XRwMDI4tDR3JIBEhJJBBs5uVg5NHawfi/dQNL70YmoD7WFBcAd1kkywAAeNpjwASxQOjL4Mu0mYGBaRvjcQaG/yZMokD2mf+vgPwz/79C+ADUBwxOAAB42kzMAQYCURRG4XPvnRmi95qBkUGAQIBoAwGC2UACAVpJq3gbaAstYNbROlJ+POBzcIDRMgYAzCAbG2bZ6bjJwZ673DDylFsSRe6qnuzES85M9pH76j/8/4E1K6A4srHzIjtrf8vBxRe54RBbuWWKs9xVPfkjrnLm2C5yX/2H3//bGhW1tM4E0fOcXzGPFtJtUn3QIkJRCqXFoinim6zptFlt05Csjf77b5z4eUNRqpfLstnDyZlzZnYvt8Vb6VaZp6O0Q/0oOuv2oziiK67cKqckdZynHNI4T02wL45P3sWnNMlsTsPULnjzNrFzvn9IbF4lXLrl2Nu1S0fb3I+25YqpbyIa0J6o26i+Zu+4rNw2p8hE5vibdsMv+6Wj87quzcb67Mm+Gsm/6Pxoho/CZ6FswzTFYVA7n9EtV1zueEHvY9G13fD+QCYI5pmrGkGyXfralkxCyDycV1L6ki+4JJ8xJeMpzQrOG/G0EYT0/9ixiY2Y/aklu7NubR/XTNqNpdHwhqwfBJn3xaDXq9LSFb4ylVu/t92bjabf/8EltijwhhIOK2TwIBwhRUfOPiJZZ+gqimUTrsCoVJuDkCAVzIJT+YbCjBUbBAedY5x8Op8KNxGNVdchUkELMDZSPxE8F3yPBySqqORk9V1KnhduLTjFSBJzeD1LyWRNMtr3AHTAqdv2+pX2TvkKTvNJ8ozu41/ebvjz+1Wfc9S6DDaw8OL/JOcrzMf8F+j8u3fYS3xuVLLbmnZyiECUTvsi3OpcjBI7sOjp87UI17BSzQdfyCCQNRc/J3zbIRG0FFTDolSnRtG8D6tPk/oieKGOpJ2xVo8xlXOGQrVt52nbQV9g/7VjGN3a2Ze5BIudbCe8xaN8hWvdjdXEIW4UewwQCO9lFYJ7siqkegcFvGCj6evP2+5hJvXTv6n5DyvrYmwAAHjabMFDQi4AGADA+X5bz7b9P9u2Mi8S912hbdt8k8yT1AWakQB2RjXtZRAhISklLSMrJ6+gqKSsoqqmrmGf/Q446JDDjjjqmONOOOm0s84574KLLrnsiquuue6Gm2657Y6mu+6574GHHnnsiaeeee6FV1574533Pvjok8+++Oqb73746Zff/vjrn/9atGrTrkOnLt36I2HMqA2LkbRkO1KRjoxVa9Yt24ysichFPgpRjFKUoxJV46ZMmzNvxmzUoh6N7O5K8zINDBwNwLSRsTmEdraE0o5Q2onVPTE3N5E1JCO1JJHNJzE3KSWRKSKTKSCTNTgzPTeRPbSgODMnP485ICOTOaA4E6TN1c3NBUq7Qmk3APT0QvQAAQAB//8ADw==",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Italic.woff",
"type": "application/font-woff"
},
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",
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"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Script-Regular.woff",
"type": "application/font-woff"
},
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",
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"type": "application/font-woff"
},
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"type": "application/font-woff"
},
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},
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"type": "application/font-woff"
},
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",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Typewriter-Regular.woff",
"type": "application/font-woff"
},
"$:/plugins/tiddlywiki/katex/katex-logo": {
"title": "$:/plugins/tiddlywiki/katex/katex-logo",
"text": "$$\\KaTeX$$\n"
},
"$:/plugins/tiddlywiki/katex/latex-parser.js": {
"title": "$:/plugins/tiddlywiki/katex/latex-parser.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/katex/latex-parser.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for LaTeX. For example:\n\n```\n\t$$latex-goes-here$$\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except latex-parser \n\\rules only latex-parser \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"latex-parser\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\$\\$(?!\\$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar reEnd = /\\$\\$/mg;\n\t// Look for the end marker\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext,\n\t\tdisplayMode;\n\t// Process the text\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tdisplayMode = text.indexOf('\\n') != -1;\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tdisplayMode = false;\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\treturn [{\n\t\ttype: \"latex\",\n\t\tattributes: {\n\t\t\ttext: {\n\t\t\t\ttype: \"text\",\n\t\t\t\tvalue: text\n\t\t\t},\n\t\t\tdisplayMode: {\n\t\t\t\ttype: \"text\",\n\t\t\t\tvalue: displayMode ? \"true\" : \"false\"\n\t\t\t}\n\t\t}\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/plugins/tiddlywiki/katex/readme": {
"title": "$:/plugins/tiddlywiki/katex/readme",
"text": "This is a TiddlyWiki plugin for mathematical and chemical typesetting based on [ext[KaTeX from Khan Academy|http://khan.github.io/KaTeX/]] and [ext[mhchem|https://github.com/mhchem/MathJax-mhchem]] through a [ext[Katex extension|https://github.com/KaTeX/KaTeX/tree/master/contrib/mhchem]].\n\nIt is completely self-contained, and doesn't need an Internet connection in order to work. It works both in the browser and under Node.js.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/katex]]\n"
},
"$:/plugins/tiddlywiki/katex/snippets/logo": {
"title": "$:/plugins/tiddlywiki/katex/snippets/logo",
"tags": "$:/tags/KaTeX/Snippet",
"text": "$$\\KaTeX$$\n"
},
"$:/plugins/tiddlywiki/katex/styles": {
"title": "$:/plugins/tiddlywiki/katex/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n/* KaTeX styles */\n\n{{$:/plugins/tiddlywiki/katex/katex.min.css}}\n\n/* Force text-rendering (see https://github.com/Jermolene/TiddlyWiki5/issues/2500) */\n\n.katex {\n text-rendering: auto;\n}\n\n/* Override font URLs */\n\n@font-face {\n\tfont-family: KaTeX_AMS;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_AMS-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Caligraphic;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Caligraphic-Bold.woff'>>) format('woff');\n\tfont-weight: 700;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Caligraphic;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Caligraphic-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Fraktur;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Fraktur-Bold.woff'>>) format('woff');\n\tfont-weight: 700;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Fraktur;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Fraktur-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Main;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Bold.woff'>>) format('woff');\n\tfont-weight: 700;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Main;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-BoldItalic.woff'>>) format('woff');\n\tfont-weight: 700;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: KaTeX_Main;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Italic.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: KaTeX_Main;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Math;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-Italic.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: KaTeX_SansSerif;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Bold.woff'>>) format('woff');\n\tfont-weight: 700;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_SansSerif;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Italic.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: KaTeX_SansSerif;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Script;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Script-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Size1;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size1-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Size2;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size2-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Size3;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size3-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Size4;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size4-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: KaTeX_Typewriter;\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Typewriter-Regular.woff'>>) format('woff');\n\tfont-weight: 400;\n\tfont-style: normal;\n}\n\n"
},
"$:/plugins/tiddlywiki/katex/ui/EditorToolbar/katex-dropdown": {
"title": "$:/plugins/tiddlywiki/katex/ui/EditorToolbar/katex-dropdown",
"text": "\\define toolbar-button-stamp-inner()\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext={{$(snippetTitle)$}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$view tiddler=<<snippetTitle>> field=\"caption\" mode=\"inline\">\n\n<$transclude tiddler=<<snippetTitle>> mode=\"inline\"/>\n\n</$view>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/KaTeX/Snippet]!has[draft.of]sort[caption]]\" variable=\"snippetTitle\">\n\n<<toolbar-button-stamp-inner>>\n\n</$list>\n\n----\n\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-new-tiddler\"\n\ttags=\"$:/tags/KaTeX/Snippet\"\n\ttext=\"\"\"$$snippet$$\"\"\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<em>\n\n<$text text={{$:/language/Buttons/Stamp/Caption/New}}/>\n\n</em>\n\n</$button>\n\n[ext[KaTeX functions catalogue|https://khan.github.io/KaTeX/function-support.html]]\n\n[ext[Chemical equations reference|https://mhchem.github.io/MathJax-mhchem/]]\n"
},
"$:/plugins/tiddlywiki/katex/ui/EditorToolbar/katex": {
"title": "$:/plugins/tiddlywiki/katex/ui/EditorToolbar/katex",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/plugins/tiddlywiki/katex/katex-logo",
"caption": "katex",
"description": "create and insert preconfigured KaTeX snippets",
"condition": "[<targetTiddler>!is[image]]",
"dropdown": "$:/plugins/tiddlywiki/katex/ui/EditorToolbar/katex-dropdown",
"text": ""
},
"$:/plugins/tiddlywiki/katex/usage": {
"title": "$:/plugins/tiddlywiki/katex/usage",
"text": "!! Reference:\n\n# Mathematical typesetting: [ext[https://katex.org/docs/supported.html]]\n# Chemical typesetting: [ext[https://mhchem.github.io/MathJax-mhchem/]]\n\n<hr>\n\nThe usual way to include ~LaTeX is to use `$$`. For example:\n\n```\n$$\\displaystyle f(x) = \\int_{-\\infty}^\\infty\\hat f(\\xi)\\,e^{2 \\pi i \\xi x}\\,d\\xi$$\n```\n\nSingle line equations will render in inline mode. If there are newlines between the `$$` delimiters, the equations will be rendered in display mode.\n\nThe underlying widget can also be used directly, giving more flexibility:\n\n```\n<$latex text=\"f(x) = \\int_{-\\infty}^\\infty\\hat f(\\xi)\\,e^{2 \\pi i \\xi x}\\,d\\xi\" displayMode=\"true\"></$latex>\n```\n\nThe KaTeX widget is provided under the name `<$latex>` and is also available under the alias `<$katex>`. It's better to use the generic `<$latex>` name unless you are running multiple ~LaTeX plugins and wish to specifically target KaTeX.\n"
},
"$:/plugins/tiddlywiki/katex/wrapper.js": {
"title": "$:/plugins/tiddlywiki/katex/wrapper.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/katex/wrapper.js\ntype: application/javascript\nmodule-type: widget\n\nWrapper for `katex.min.js` that provides a `<$latex>` widget. It is also available under the alias `<$katex>`\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar katex = require(\"$:/plugins/tiddlywiki/katex/katex.min.js\"),\n chemParse = require(\"$:/plugins/tiddlywiki/katex/mhchem.min.js\"),\n\tWidget = require(\"$:/core/modules/widgets/widget.js\").widget;\n// Add \\ce, \\pu, and \\tripledash to the KaTeX macros.\nkatex.__defineMacro(\"\\\\ce\", function(context) {\n return chemParse(context.consumeArgs(1)[0], \"ce\")\n});\nkatex.__defineMacro(\"\\\\pu\", function(context) {\n return chemParse(context.consumeArgs(1)[0], \"pu\");\n});\n// Needed for \\bond for the ~ forms\n// Raise by 2.56mu, not 2mu. We're raising a hyphen-minus, U+002D, not \n// a mathematical minus, U+2212. So we need that extra 0.56.\nkatex.__defineMacro(\"\\\\tripledash\", \"{\\\\vphantom{-}\\\\raisebox{2.56mu}{$\\\\mkern2mu\"\n+ \"\\\\tiny\\\\text{-}\\\\mkern1mu\\\\text{-}\\\\mkern1mu\\\\text{-}\\\\mkern2mu$}}\");\n\nvar KaTeXWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKaTeXWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKaTeXWidget.prototype.render = function(parent,nextSibling) {\n\t// Housekeeping\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Get the source text\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\tvar displayMode = this.getAttribute(\"displayMode\",this.parseTreeNode.displayMode || \"false\") === \"true\";\n\t// Render it into a span\n\tvar span = this.document.createElement(\"span\"),\n\t\toptions = {throwOnError: false, displayMode: displayMode};\n\ttry {\n\t\tif(!this.document.isTiddlyWikiFakeDom) {\n\t\t\tkatex.render(text,span,options);\n\t\t} else {\n\t\t\tspan.innerHTML = katex.renderToString(text,options);\n\t\t}\n\t} catch(ex) {\n\t\tspan.className = \"tc-error\";\n\t\tspan.textContent = ex;\n\t}\n\t// Insert it into the DOM\n\tparent.insertBefore(span,nextSibling);\n\tthis.domNodes.push(span);\n};\n\n/*\nCompute the internal state of the widget\n*/\nKaTeXWidget.prototype.execute = function() {\n\t// Nothing to do for a katex widget\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKaTeXWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.latex = KaTeXWidget;\nexports.katex = KaTeXWidget;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "widget"
}
}
}
1r de Batxillerat: Matemàtiques aplicades a les Ciències Socials
$:/core/ui/ControlPanel/Saving
$:/core/ui/ControlPanel/Saving/TiddlySpot
{
"tiddlers": {
"$:/info/browser": {
"title": "$:/info/browser",
"text": "yes"
},
"$:/info/node": {
"title": "$:/info/node",
"text": "no"
},
"$:/info/url/full": {
"title": "$:/info/url/full",
"text": "http://mat1.tiddlyspot.com/"
},
"$:/info/url/host": {
"title": "$:/info/url/host",
"text": "mat1.tiddlyspot.com"
},
"$:/info/url/hostname": {
"title": "$:/info/url/hostname",
"text": "mat1.tiddlyspot.com"
},
"$:/info/url/protocol": {
"title": "$:/info/url/protocol",
"text": "http:"
},
"$:/info/url/port": {
"title": "$:/info/url/port",
"text": ""
},
"$:/info/url/pathname": {
"title": "$:/info/url/pathname",
"text": "/"
},
"$:/info/url/search": {
"title": "$:/info/url/search",
"text": ""
},
"$:/info/url/origin": {
"title": "$:/info/url/origin",
"text": "http://mat1.tiddlyspot.com"
},
"$:/info/browser/screen/width": {
"title": "$:/info/browser/screen/width",
"text": "1280"
},
"$:/info/browser/screen/height": {
"title": "$:/info/browser/screen/height",
"text": "720"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/snowwhite/base": {
"title": "$:/themes/tiddlywiki/snowwhite/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-sidebar-header {\n\ttext-shadow: 0 1px 0 <<colour sidebar-foreground-shadow>>;\n}\n\n.tc-tiddler-info {\n\t<<box-shadow \"inset 1px 2px 3px rgba(0,0,0,0.1)\">>\n}\n\n@media screen {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow \"1px 1px 5px rgba(0, 0, 0, 0.3)\">>\n\t}\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow none>>\n\t}\n}\n\n.tc-page-controls button svg, .tc-tiddler-controls button svg, .tc-topbar button svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n}\n\n.tc-tiddler-controls button.tc-selected,\n.tc-page-controls button.tc-selected {\n\t<<filter \"drop-shadow(0px -1px 2px rgba(0,0,0,0.25))\">>\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-edit-tags {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-tiddler-frame .tc-edit-tags input.tc-edit-texteditor {\n\t<<box-shadow \"none\">>\n\tborder: none;\n\toutline: none;\n}\n\ntextarea.tc-edit-texteditor {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/editorfontfamily}};\n}\n\ncanvas.tc-edit-bitmapeditor {\n\t<<box-shadow \"2px 2px 5px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-drop-down {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-block-dropdown {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-modal {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n}\n\n.tc-modal-footer {\n\tborder-radius: 0 0 6px 6px;\n\t<<box-shadow \"inset 0 1px 0 #fff\">>;\n}\n\n\n.tc-alert {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.6)\">>\n}\n\n.tc-notification {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n\ttext-shadow: 0 1px 0 rgba(255,255,255, 0.8);\n}\n\n.tc-sidebar-lists .tc-tab-set .tc-tab-divider {\n\tborder-top: none;\n\theight: 1px;\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.15) 0%, rgba(0,0,0,0.0) 100%\">>\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button {\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.01) 0%, rgba(0,0,0,0.1) 100%\">>\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button.tc-tab-selected {\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.05) 0%, rgba(255,255,255,0.05) 100%\">>\n}\n\n.tc-message-box img {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n\n.tc-plugin-info {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/vanilla/themetweaks": {
"title": "$:/themes/tiddlywiki/vanilla/themetweaks",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ThemeTweaks/ThemeTweaks}}",
"text": "\\define lingo-base() $:/language/ThemeTweaks/\n\n\\define replacement-text()\n[img[$(imageTitle)$]]\n\\end\n\n\\define backgroundimage-dropdown()\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$macrocall $name=\"image-picker\" actions=\"\"\"\n\n<$action-setfield\n\t$tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\"\n\t$value=<<imageTitle>>\n/>\n\n\"\"\"/>\n</div>\n</$reveal>\n</div>\n\\end\n\n\\define backgroundimageattachment-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\" default=\"scroll\">\n<option value=\"scroll\"><<lingo Settings/BackgroundImageAttachment/Scroll>></option>\n<option value=\"fixed\"><<lingo Settings/BackgroundImageAttachment/Fixed>></option>\n</$select>\n\\end\n\n\\define backgroundimagesize-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\" default=\"scroll\">\n<option value=\"auto\"><<lingo Settings/BackgroundImageSize/Auto>></option>\n<option value=\"cover\"><<lingo Settings/BackgroundImageSize/Cover>></option>\n<option value=\"contain\"><<lingo Settings/BackgroundImageSize/Contain>></option>\n</$select>\n\\end\n\n<<lingo ThemeTweaks/Hint>>\n\n! <<lingo Options>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><<lingo Options/SidebarLayout>></$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><option value=\"fixed-fluid\"><<lingo Options/SidebarLayout/Fixed-Fluid>></option><option value=\"fluid-fixed\"><<lingo Options/SidebarLayout/Fluid-Fixed>></option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><<lingo Options/StickyTitles>></$link><br>//<<lingo Options/StickyTitles/Hint>>// |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><option value=\"no\">{{$:/language/No}}</option><option value=\"yes\">{{$:/language/Yes}}</option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/codewrapping\"><<lingo Options/CodeWrapping>></$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/codewrapping\"><option value=\"pre\">{{$:/language/No}}</option><option value=\"pre-wrap\">{{$:/language/Yes}}</option></$select> |\n\n! <<lingo Settings>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"><<lingo Settings/FontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\"><<lingo Settings/CodeFontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/editorfontfamily\"><<lingo Settings/EditorFontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/editorfontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\"><<lingo Settings/BackgroundImage>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\" default=\"\" tag=\"input\"/> |<<backgroundimage-dropdown>> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\"><<lingo Settings/BackgroundImageAttachment>></$link> |<<backgroundimageattachment-dropdown>> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\"><<lingo Settings/BackgroundImageSize>></$link> |<<backgroundimagesize-dropdown>> | |\n\n! <<lingo Metrics>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\"><<lingo Metrics/FontSize>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\"><<lingo Metrics/LineHeight>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\"><<lingo Metrics/BodyFontSize>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\"><<lingo Metrics/BodyLineHeight>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\"><<lingo Metrics/StoryLeft>></$link><br>//<<lingo Metrics/StoryLeft/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\"><<lingo Metrics/StoryTop>></$link><br>//<<lingo Metrics/StoryTop/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\"><<lingo Metrics/StoryRight>></$link><br>//<<lingo Metrics/StoryRight/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\"><<lingo Metrics/StoryWidth>></$link><br>//<<lingo Metrics/StoryWidth/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"><<lingo Metrics/TiddlerWidth>></$link><br>//<<lingo Metrics/TiddlerWidth/Hint>>//<br> |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\"><<lingo Metrics/SidebarBreakpoint>></$link><br>//<<lingo Metrics/SidebarBreakpoint/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\"><<lingo Metrics/SidebarWidth>></$link><br>//<<lingo Metrics/SidebarWidth/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\" default=\"\" tag=\"input\"/> |\n"
},
"$:/themes/tiddlywiki/vanilla/base": {
"title": "$:/themes/tiddlywiki/vanilla/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\define custom-background-datauri()\n<$set name=\"background\" value={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}>\n<$list filter=\"[<background>is[image]]\">\n`background: url(`\n<$list filter=\"[<background>!has[_canonical_uri]]\">\n`\"`<$macrocall $name=\"datauri\" title={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}/>`\"`\n</$list>\n<$list filter=\"[<background>has[_canonical_uri]]\">\n`\"`<$view tiddler={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}} field=\"_canonical_uri\"/>`\"`\n</$list>\n`) center center;`\n`background-attachment: `{{$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment}}`;\n-webkit-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-moz-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-o-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\nbackground-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;`\n</$list>\n</$set>\n\\end\n\n\\define if-fluid-fixed(text,hiddenSidebarText)\n<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\" type=\"match\" text=\"fluid-fixed\">\n$text$\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">\n$hiddenSidebarText$\n</$reveal>\n</$reveal>\n\\end\n\n\\define if-editor-height-fixed(then,else)\n<$reveal state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"fixed\">\n$then$\n</$reveal>\n<$reveal state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"auto\">\n$else$\n</$reveal>\n\\end\n\n\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline macrocallblock\n\n/*\n** Start with the normalize CSS reset, and then belay some of its effects\n*/\n\n{{$:/themes/tiddlywiki/vanilla/reset}}\n\n*, input[type=\"search\"] {\n\tbox-sizing: border-box;\n\t-moz-box-sizing: border-box;\n\t-webkit-box-sizing: border-box;\n}\n\nhtml button {\n\tline-height: 1.2;\n\tcolor: <<colour button-foreground>>;\n\tbackground: <<colour button-background>>;\n\tborder-color: <<colour button-border>>;\n}\n\n/*\n** Basic element styles\n*/\n\nhtml {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/fontfamily}};\n\ttext-rendering: optimizeLegibility; /* Enables kerning and ligatures etc. */\n\t-webkit-font-smoothing: antialiased;\n\t-moz-osx-font-smoothing: grayscale;\n}\n\nhtml:-webkit-full-screen {\n\tbackground-color: <<colour page-background>>;\n}\n\nbody.tc-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/fontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/lineheight}};\n\tword-wrap: break-word;\n\t<<custom-background-datauri>>\n\tcolor: <<colour foreground>>;\n\tbackground-color: <<colour page-background>>;\n\tfill: <<colour foreground>>;\n}\n\n<<if-background-attachment \"\"\"\n\nbody.tc-body {\n background-color: transparent;\n}\n\n\"\"\">>\n\nh1, h2, h3, h4, h5, h6 {\n\tline-height: 1.2;\n\tfont-weight: 300;\n}\n\npre {\n\tdisplay: block;\n\tpadding: 14px;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n\tword-break: normal;\n\tword-wrap: break-word;\n\twhite-space: {{$:/themes/tiddlywiki/vanilla/options/codewrapping}};\n\tbackground-color: <<colour pre-background>>;\n\tborder: 1px solid <<colour pre-border>>;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\ncode {\n\tcolor: <<colour code-foreground>>;\n\tbackground-color: <<colour code-background>>;\n\tborder: 1px solid <<colour code-border>>;\n\twhite-space: {{$:/themes/tiddlywiki/vanilla/options/codewrapping}};\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\nblockquote {\n\tborder-left: 5px solid <<colour blockquote-bar>>;\n\tmargin-left: 25px;\n\tpadding-left: 10px;\n\tquotes: \"\\201C\"\"\\201D\"\"\\2018\"\"\\2019\";\n}\n\nblockquote.tc-big-quote {\n\tfont-family: Georgia, serif;\n\tposition: relative;\n\tbackground: <<colour pre-background>>;\n\tborder-left: none;\n\tmargin-left: 50px;\n\tmargin-right: 50px;\n\tpadding: 10px;\n border-radius: 8px;\n}\n\nblockquote.tc-big-quote cite:before {\n\tcontent: \"\\2014 \\2009\";\n}\n\nblockquote.tc-big-quote:before {\n\tfont-family: Georgia, serif;\n\tcolor: <<colour blockquote-bar>>;\n\tcontent: open-quote;\n\tfont-size: 8em;\n\tline-height: 0.1em;\n\tmargin-right: 0.25em;\n\tvertical-align: -0.4em;\n\tposition: absolute;\n left: -50px;\n top: 42px;\n}\n\nblockquote.tc-big-quote:after {\n\tfont-family: Georgia, serif;\n\tcolor: <<colour blockquote-bar>>;\n\tcontent: close-quote;\n\tfont-size: 8em;\n\tline-height: 0.1em;\n\tmargin-right: 0.25em;\n\tvertical-align: -0.4em;\n\tposition: absolute;\n right: -80px;\n bottom: -20px;\n}\n\ndl dt {\n\tfont-weight: bold;\n\tmargin-top: 6px;\n}\n\ntextarea,\ninput[type=text],\ninput[type=search],\ninput[type=\"\"],\ninput:not([type]) {\n\tcolor: <<colour foreground>>;\n\tbackground: <<colour background>>;\n}\n\ninput[type=\"checkbox\"] {\n vertical-align: middle;\n}\n\n.tc-muted {\n\tcolor: <<colour muted-foreground>>;\n}\n\nsvg.tc-image-button {\n\tpadding: 0px 1px 1px 0px;\n}\n\n.tc-icon-wrapper > svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\nkbd {\n\tdisplay: inline-block;\n\tpadding: 3px 5px;\n\tfont-size: 0.8em;\n\tline-height: 1.2;\n\tcolor: <<colour foreground>>;\n\tvertical-align: middle;\n\tbackground-color: <<colour background>>;\n\tborder: solid 1px <<colour muted-foreground>>;\n\tborder-bottom-color: <<colour muted-foreground>>;\n\tborder-radius: 3px;\n\tbox-shadow: inset 0 -1px 0 <<colour muted-foreground>>;\n}\n\n/*\nMarkdown likes putting code elements inside pre elements\n*/\npre > code {\n\tpadding: 0;\n\tborder: none;\n\tbackground-color: inherit;\n\tcolor: inherit;\n}\n\ntable {\n\tborder: 1px solid <<colour table-border>>;\n\twidth: auto;\n\tmax-width: 100%;\n\tcaption-side: bottom;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n}\n\ntable th, table td {\n\tpadding: 0 7px 0 7px;\n\tborder-top: 1px solid <<colour table-border>>;\n\tborder-left: 1px solid <<colour table-border>>;\n}\n\ntable thead tr td, table th {\n\tbackground-color: <<colour table-header-background>>;\n\tfont-weight: bold;\n}\n\ntable tfoot tr td {\n\tbackground-color: <<colour table-footer-background>>;\n}\n\n.tc-csv-table {\n\twhite-space: nowrap;\n}\n\n.tc-tiddler-frame img,\n.tc-tiddler-frame svg,\n.tc-tiddler-frame canvas,\n.tc-tiddler-frame embed,\n.tc-tiddler-frame iframe {\n\tmax-width: 100%;\n}\n\n.tc-tiddler-body > embed,\n.tc-tiddler-body > iframe {\n\twidth: 100%;\n\theight: 600px;\n}\n\n/*\n** Links\n*/\n\nbutton.tc-tiddlylink,\na.tc-tiddlylink {\n\ttext-decoration: none;\n\tfont-weight: 500;\n\tcolor: <<colour tiddler-link-foreground>>;\n\t-webkit-user-select: inherit; /* Otherwise the draggable attribute makes links impossible to select */\n}\n\n.tc-sidebar-lists a.tc-tiddlylink {\n\tcolor: <<colour sidebar-tiddler-link-foreground>>;\n}\n\n.tc-sidebar-lists a.tc-tiddlylink:hover {\n\tcolor: <<colour sidebar-tiddler-link-foreground-hover>>;\n}\n\nbutton.tc-tiddlylink:hover,\na.tc-tiddlylink:hover {\n\ttext-decoration: underline;\n}\n\na.tc-tiddlylink-resolves {\n}\n\na.tc-tiddlylink-shadow {\n\tfont-weight: bold;\n}\n\na.tc-tiddlylink-shadow.tc-tiddlylink-resolves {\n\tfont-weight: normal;\n}\n\na.tc-tiddlylink-missing {\n\tfont-style: italic;\n}\n\na.tc-tiddlylink-external {\n\ttext-decoration: underline;\n\tcolor: <<colour external-link-foreground>>;\n\tbackground-color: <<colour external-link-background>>;\n}\n\na.tc-tiddlylink-external:visited {\n\tcolor: <<colour external-link-foreground-visited>>;\n\tbackground-color: <<colour external-link-background-visited>>;\n}\n\na.tc-tiddlylink-external:hover {\n\tcolor: <<colour external-link-foreground-hover>>;\n\tbackground-color: <<colour external-link-background-hover>>;\n}\n\n/*\n** Drag and drop styles\n*/\n\n.tc-tiddler-dragger {\n\tposition: relative;\n\tz-index: -10000;\n}\n\n.tc-tiddler-dragger-inner {\n\tposition: absolute;\n\ttop: -1000px;\n\tleft: -1000px;\n\tdisplay: inline-block;\n\tpadding: 8px 20px;\n\tfont-size: 16.9px;\n\tfont-weight: bold;\n\tline-height: 20px;\n\tcolor: <<colour dragger-foreground>>;\n\ttext-shadow: 0 1px 0 rgba(0, 0, 0, 1);\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour dragger-background>>;\n\tborder-radius: 20px;\n}\n\n.tc-tiddler-dragger-cover {\n\tposition: absolute;\n\tbackground-color: <<colour page-background>>;\n}\n\n.tc-dropzone {\n\tposition: relative;\n}\n\n.tc-dropzone.tc-dragover:before {\n\tz-index: 10000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour dropzone-background>>;\n\ttext-align: center;\n\tcontent: \"<<lingo DropMessage>>\";\n}\n\n.tc-droppable > .tc-droppable-placeholder {\n\tdisplay: none;\n}\n\n.tc-droppable.tc-dragover > .tc-droppable-placeholder {\n\tdisplay: block;\n\tborder: 2px dashed <<colour dropzone-background>>;\n}\n\n.tc-draggable {\n\tcursor: move;\n}\n\n/*\n** Plugin reload warning\n*/\n\n.tc-plugin-reload-warning {\n\tz-index: 1000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour alert-background>>;\n\ttext-align: center;\n}\n\n/*\n** Buttons\n*/\n\nbutton svg, button img, label svg, label img {\n\tvertical-align: middle;\n}\n\n.tc-btn-invisible {\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n cursor: pointer;\n}\n\n.tc-btn-boxed {\n\tfont-size: 0.6em;\n\tpadding: 0.2em;\n\tmargin: 1px;\n\tbackground: none;\n\tborder: 1px solid <<colour tiddler-controls-foreground>>;\n\tborder-radius: 0.25em;\n}\n\nhtml body.tc-body .tc-btn-boxed svg {\n\tfont-size: 1.6666em;\n}\n\n.tc-btn-boxed:hover {\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n}\n\nhtml body.tc-body .tc-btn-boxed:hover svg {\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded {\n\tfont-size: 0.5em;\n\tline-height: 2;\n\tpadding: 0em 0.3em 0.2em 0.4em;\n\tmargin: 1px;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n\tborder-radius: 2em;\n}\n\nhtml body.tc-body .tc-btn-rounded svg {\n\tfont-size: 1.6666em;\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded:hover {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour background>>;\n\tcolor: <<colour muted-foreground>>;\n}\n\nhtml body.tc-body .tc-btn-rounded:hover svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-icon svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-text {\n\tpadding: 0;\n\tmargin: 0;\n}\n\n/* used for documentation \"fake\" buttons */\n.tc-btn-standard {\n\tline-height: 1.8;\n\tcolor: #667;\n\tbackground-color: #e0e0e0;\n\tborder: 1px solid #888;\n\tpadding: 2px 1px 2px 1px;\n\tmargin: 1px 4px 1px 4px;\n}\n\n.tc-btn-big-green {\n\tdisplay: inline-block;\n\tpadding: 8px;\n\tmargin: 4px 8px 4px 8px;\n\tbackground: <<colour download-background>>;\n\tcolor: <<colour download-foreground>>;\n\tfill: <<colour download-foreground>>;\n\tborder: none;\n\tfont-size: 1.2em;\n\tline-height: 1.4em;\n\ttext-decoration: none;\n}\n\n.tc-btn-big-green svg,\n.tc-btn-big-green img {\n\theight: 2em;\n\twidth: 2em;\n\tvertical-align: middle;\n\tfill: <<colour download-foreground>>;\n}\n\n.tc-sidebar-lists input {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-sidebar-lists button {\n\tcolor: <<colour sidebar-button-foreground>>;\n\tfill: <<colour sidebar-button-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini {\n\tcolor: <<colour sidebar-muted-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini:hover {\n\tcolor: <<colour sidebar-muted-foreground-hover>>;\n}\n\nbutton svg.tc-image-button, button .tc-image-button img {\n\theight: 1em;\n\twidth: 1em;\n}\n\n.tc-unfold-banner {\n\tposition: absolute;\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n\twidth: 100%;\n\twidth: calc(100% + 2px);\n\tmargin-left: -43px;\n\ttext-align: center;\n\tborder-top: 2px solid <<colour tiddler-info-background>>;\n\tmargin-top: 4px;\n}\n\n.tc-unfold-banner:hover {\n\tbackground: <<colour tiddler-info-background>>;\n\tborder-top: 2px solid <<colour tiddler-info-border>>;\n}\n\n.tc-unfold-banner svg, .tc-fold-banner svg {\n\theight: 0.75em;\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-unfold-banner:hover svg, .tc-fold-banner:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n.tc-fold-banner {\n\tposition: absolute;\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n\twidth: 23px;\n\ttext-align: center;\n\tmargin-left: -35px;\n\ttop: 6px;\n\tbottom: 6px;\n}\n\n.tc-fold-banner:hover {\n\tbackground: <<colour tiddler-info-background>>;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-unfold-banner {\n\t\tposition: static;\n\t\twidth: calc(100% + 59px);\n\t}\n\n\t.tc-fold-banner {\n\t\twidth: 16px;\n\t\tmargin-left: -16px;\n\t\tfont-size: 0.75em;\n\t}\n\n}\n\n/*\n** Tags and missing tiddlers\n*/\n\n.tc-tag-list-item {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin-right: 7px;\n}\n\n.tc-tags-wrapper {\n\tmargin: 4px 0 14px 0;\n}\n\n.tc-missing-tiddler-label {\n\tfont-style: italic;\n\tfont-weight: normal;\n\tdisplay: inline-block;\n\tfont-size: 11.844px;\n\tline-height: 14px;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n}\n\nbutton.tc-tag-label, span.tc-tag-label {\n\tdisplay: inline-block;\n\tpadding: 0.16em 0.7em;\n\tfont-size: 0.9em;\n\tfont-weight: 400;\n\tline-height: 1.2em;\n\tcolor: <<colour tag-foreground>>;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour tag-background>>;\n\tborder-radius: 1em;\n}\n\n.tc-untagged-separator {\n\twidth: 10em;\n\tleft: 0;\n\tmargin-left: 0;\n\tborder: 0;\n\theight: 1px;\n\tbackground: <<colour tab-divider>>;\n}\n\nbutton.tc-untagged-label {\n\tbackground-color: <<colour untagged-background>>;\n}\n\n.tc-tag-label svg, .tc-tag-label img {\n\theight: 1em;\n\twidth: 1em;\n\tvertical-align: text-bottom;\n}\n\n.tc-tag-manager-table .tc-tag-label {\n\twhite-space: normal;\n}\n\n.tc-tag-manager-tag {\n\twidth: 100%;\n}\n\nbutton.tc-btn-invisible.tc-remove-tag-button {\n\toutline: none;\n}\n\n/*\n** Page layout\n*/\n\n.tc-topbar {\n\tposition: fixed;\n\tz-index: 1200;\n}\n\n.tc-topbar-left {\n\tleft: 29px;\n\ttop: 5px;\n}\n\n.tc-topbar-right {\n\ttop: 5px;\n\tright: 29px;\n}\n\n.tc-topbar button {\n\tpadding: 8px;\n}\n\n.tc-topbar svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-topbar button:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-sidebar-header {\n\tcolor: <<colour sidebar-foreground>>;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-sidebar-header .tc-title a.tc-tiddlylink-resolves {\n\tfont-weight: 300;\n}\n\n.tc-sidebar-header .tc-sidebar-lists p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-sidebar-header .tc-missing-tiddler-label {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-advanced-search input {\n\twidth: 60%;\n}\n\n.tc-search a svg {\n\twidth: 1.2em;\n\theight: 1.2em;\n\tvertical-align: middle;\n}\n\n.tc-page-controls {\n\tmargin-top: 14px;\n\tfont-size: 1.5em;\n}\n\n.tc-page-controls .tc-drop-down {\n font-size: 1rem;\n}\n\n.tc-page-controls button {\n\tmargin-right: 0.5em;\n}\n\n.tc-page-controls a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tc-page-controls img {\n\twidth: 1em;\n}\n\n.tc-page-controls svg {\n\tfill: <<colour sidebar-controls-foreground>>;\n}\n\n.tc-page-controls button:hover svg, .tc-page-controls a:hover svg {\n\tfill: <<colour sidebar-controls-foreground-hover>>;\n}\n\n.tc-menu-list-item {\n\twhite-space: nowrap;\n}\n\n.tc-menu-list-count {\n\tfont-weight: bold;\n}\n\n.tc-menu-list-subitem {\n\tpadding-left: 7px;\n}\n\n.tc-story-river {\n\tposition: relative;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-sidebar-header {\n\t\tpadding: 14px;\n\t\tmin-height: 32px;\n\t\tmargin-top: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tpadding: 0;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-message-box {\n\t\tmargin: 21px -21px 21px -21px;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tposition: fixed;\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t\tbottom: 0;\n\t\tright: 0;\n\t\toverflow-y: auto;\n\t\toverflow-x: auto;\n\t\t-webkit-overflow-scrolling: touch;\n\t\tmargin: 0 0 0 -42px;\n\t\tpadding: 71px 0 28px 42px;\n\t}\n\n\thtml[dir=\"rtl\"] .tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tright: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/storywidth}};\n\t\tpadding: 42px 42px 42px 42px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-story-river {\n\t\twidth: calc(100% - {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}});\n\t}\n\n\">>\n\n}\n\n@media print {\n\n\tbody.tc-body {\n\t\tbackground-color: transparent;\n\t}\n\n\t.tc-sidebar-header, .tc-topbar {\n\t\tdisplay: none;\n\t}\n\n\t.tc-story-river {\n\t\tmargin: 0;\n\t\tpadding: 0;\n\t}\n\n\t.tc-story-river .tc-tiddler-frame {\n\t\tmargin: 0;\n\t\tborder: none;\n\t\tpadding: 0;\n\t}\n}\n\n/*\n** Tiddler styles\n*/\n\n.tc-tiddler-frame {\n\tposition: relative;\n\tmargin-bottom: 28px;\n\tbackground-color: <<colour tiddler-background>>;\n\tborder: 1px solid <<colour tiddler-border>>;\n}\n\n{{$:/themes/tiddlywiki/vanilla/sticky}}\n\n.tc-tiddler-info {\n\tpadding: 14px 42px 14px 42px;\n\tbackground-color: <<colour tiddler-info-background>>;\n\tborder-top: 1px solid <<colour tiddler-info-border>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-border>>;\n}\n\n.tc-tiddler-info p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-tiddler-info .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour tiddler-info-tab-background>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-tab-background>>;\n}\n\n.tc-view-field-table {\n\twidth: 100%;\n}\n\n.tc-view-field-name {\n\twidth: 1%; /* Makes this column be as narrow as possible */\n\ttext-align: right;\n\tfont-style: italic;\n\tfont-weight: 200;\n}\n\n.tc-view-field-value {\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 14px 14px 14px 14px;\n\t}\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -14px 0 -14px;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 28px 42px 42px 42px;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth}};\n\t\tborder-radius: 2px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\">>\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -42px 0 -42px;\n\t}\n}\n\n.tc-site-title,\n.tc-titlebar {\n\tfont-weight: 300;\n\tfont-size: 2.35em;\n\tline-height: 1.2em;\n\tcolor: <<colour tiddler-title-foreground>>;\n\tmargin: 0;\n}\n\n.tc-site-title {\n\tcolor: <<colour site-title-foreground>>;\n}\n\n.tc-tiddler-title-icon {\n\tvertical-align: middle;\n}\n\n.tc-system-title-prefix {\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-titlebar h2 {\n\tfont-size: 1em;\n\tdisplay: inline;\n}\n\n.tc-titlebar img {\n\theight: 1em;\n}\n\n.tc-subtitle {\n\tfont-size: 0.9em;\n\tcolor: <<colour tiddler-subtitle-foreground>>;\n\tfont-weight: 300;\n}\n\n.tc-tiddler-missing .tc-title {\n font-style: italic;\n font-weight: normal;\n}\n\n.tc-tiddler-frame .tc-tiddler-controls {\n\tfloat: right;\n}\n\n.tc-tiddler-controls .tc-drop-down {\n\tfont-size: 0.6em;\n}\n\n.tc-tiddler-controls .tc-drop-down .tc-drop-down {\n\tfont-size: 1em;\n}\n\n.tc-tiddler-controls > span > button,\n.tc-tiddler-controls > span > span > button,\n.tc-tiddler-controls > span > span > span > button {\n\tvertical-align: baseline;\n\tmargin-left:5px;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img,\n.tc-search button svg, .tc-search a svg {\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img {\n\theight: 0.75em;\n}\n\n.tc-search button svg, .tc-search a svg {\n height: 1.2em;\n width: 1.2em;\n margin: 0 0.25em;\n}\n\n.tc-tiddler-controls button.tc-selected svg,\n.tc-page-controls button.tc-selected svg {\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n}\n\n.tc-tiddler-controls button.tc-btn-invisible:hover svg,\n.tc-search button:hover svg, .tc-search a:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n@media print {\n\t.tc-tiddler-controls {\n\t\tdisplay: none;\n\t}\n}\n\n.tc-tiddler-help { /* Help prompts within tiddler template */\n\tcolor: <<colour muted-foreground>>;\n\tmargin-top: 14px;\n}\n\n.tc-tiddler-help a.tc-tiddlylink {\n\tcolor: <<colour very-muted-foreground>>;\n}\n\n.tc-tiddler-frame .tc-edit-texteditor {\n\twidth: 100%;\n\tmargin: 4px 0 4px 0;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor,\n.tc-tiddler-frame textarea.tc-edit-texteditor,\n.tc-tiddler-frame iframe.tc-edit-texteditor {\n\tpadding: 3px 3px 3px 3px;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tbackground-color: <<colour tiddler-editor-background>>;\n\tline-height: 1.3em;\n\t-webkit-appearance: none;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/editorfontfamily}};\n}\n\n.tc-tiddler-frame .tc-binary-warning {\n\twidth: 100%;\n\theight: 5em;\n\ttext-align: center;\n\tpadding: 3em 3em 6em 3em;\n\tbackground: <<colour alert-background>>;\n\tborder: 1px solid <<colour alert-border>>;\n}\n\ncanvas.tc-edit-bitmapeditor {\n\tborder: 6px solid <<colour tiddler-editor-border-image>>;\n\tcursor: crosshair;\n\t-moz-user-select: none;\n\t-webkit-user-select: none;\n\t-ms-user-select: none;\n\tmargin-top: 6px;\n\tmargin-bottom: 6px;\n}\n\n.tc-edit-bitmapeditor-width {\n\tdisplay: block;\n}\n\n.tc-edit-bitmapeditor-height {\n\tdisplay: block;\n}\n\n.tc-tiddler-body {\n\tclear: both;\n}\n\n.tc-tiddler-frame .tc-tiddler-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/bodylineheight}};\n}\n\n.tc-titlebar, .tc-tiddler-edit-title {\n\toverflow: hidden; /* https://github.com/Jermolene/TiddlyWiki5/issues/282 */\n}\n\nhtml body.tc-body.tc-single-tiddler-window {\n\tmargin: 1em;\n\tbackground: <<colour tiddler-background>>;\n}\n\n.tc-single-tiddler-window img,\n.tc-single-tiddler-window svg,\n.tc-single-tiddler-window canvas,\n.tc-single-tiddler-window embed,\n.tc-single-tiddler-window iframe {\n\tmax-width: 100%;\n}\n\n/*\n** Editor\n*/\n\n.tc-editor-toolbar {\n\tmargin-top: 8px;\n}\n\n.tc-editor-toolbar button {\n\tvertical-align: middle;\n\tbackground-color: <<colour tiddler-controls-foreground>>;\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n\tborder-radius: 4px;\n\tpadding: 3px;\n\tmargin: 2px 0 2px 4px;\n}\n\n.tc-editor-toolbar button.tc-text-editor-toolbar-item-adjunct {\n\tmargin-left: 1px;\n\twidth: 1em;\n\tborder-radius: 8px;\n}\n\n.tc-editor-toolbar button.tc-text-editor-toolbar-item-start-group {\n\tmargin-left: 11px;\n}\n\n.tc-editor-toolbar button.tc-selected {\n\tbackground-color: <<colour primary>>;\n}\n\n.tc-editor-toolbar button svg {\n\twidth: 1.6em;\n\theight: 1.2em;\n}\n\n.tc-editor-toolbar button:hover {\n\tbackground-color: <<colour tiddler-controls-foreground-selected>>;\n\tfill: <<colour background>>;\n\tcolor: <<colour background>>;\n}\n\n.tc-editor-toolbar .tc-text-editor-toolbar-more {\n\twhite-space: normal;\n}\n\n.tc-editor-toolbar .tc-text-editor-toolbar-more button {\n\tdisplay: inline-block;\n\tpadding: 3px;\n\twidth: auto;\n}\n\n.tc-editor-toolbar .tc-search-results {\n\tpadding: 0;\n}\n\n/*\n** Adjustments for fluid-fixed mode\n*/\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n<<if-fluid-fixed text:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 0;\n\t\tposition: relative;\n\t\twidth: auto;\n\t\tleft: 0;\n\t\tmargin-left: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\tmargin-right: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tbottom: 0;\n\t\tright: 0;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 42px);\n\t}\n\n\"\"\" hiddenSidebarText:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 3em;\n\t\tmargin-right: 0;\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 84px);\n\t}\n\n\"\"\">>\n\n}\n\n/*\n** Toolbar buttons\n*/\n\n.tc-page-controls svg.tc-image-new-button {\n fill: <<colour toolbar-new-button>>;\n}\n\n.tc-page-controls svg.tc-image-options-button {\n fill: <<colour toolbar-options-button>>;\n}\n\n.tc-page-controls svg.tc-image-save-button {\n fill: <<colour toolbar-save-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-info-button {\n fill: <<colour toolbar-info-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-edit-button {\n fill: <<colour toolbar-edit-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-close-button {\n fill: <<colour toolbar-close-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-delete-button {\n fill: <<colour toolbar-delete-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-cancel-button {\n fill: <<colour toolbar-cancel-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-done-button {\n fill: <<colour toolbar-done-button>>;\n}\n\n/*\n** Tiddler edit mode\n*/\n\n.tc-tiddler-edit-frame em.tc-edit {\n\tcolor: <<colour muted-foreground>>;\n\tfont-style: normal;\n}\n\n.tc-edit-type-dropdown a.tc-tiddlylink-missing {\n\tfont-style: normal;\n}\n\n.tc-edit-tags {\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tpadding: 4px 8px 4px 8px;\n}\n\n.tc-edit-add-tag {\n\tdisplay: inline-block;\n}\n\n.tc-edit-add-tag .tc-add-tag-name input {\n\twidth: 50%;\n}\n\n.tc-edit-add-tag .tc-keyboard {\n\tdisplay:inline;\n}\n\n.tc-edit-tags .tc-tag-label {\n\tdisplay: inline-block;\n}\n\n.tc-edit-tags-list {\n\tmargin: 14px 0 14px 0;\n}\n\n.tc-remove-tag-button {\n\tpadding-left: 4px;\n}\n\n.tc-tiddler-preview {\n\toverflow: auto;\n}\n\n.tc-tiddler-preview-preview {\n\tfloat: right;\n\twidth: 49%;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tmargin: 4px 0 3px 3px;\n\tpadding: 3px 3px 3px 3px;\n}\n\n<<if-editor-height-fixed then:\"\"\"\n\n.tc-tiddler-preview-preview {\n\toverflow-y: scroll;\n\theight: {{$:/config/TextEditor/EditorHeight/Height}};\n}\n\n\"\"\">>\n\n.tc-tiddler-frame .tc-tiddler-preview .tc-edit-texteditor {\n\twidth: 49%;\n}\n\n.tc-tiddler-frame .tc-tiddler-preview canvas.tc-edit-bitmapeditor {\n\tmax-width: 49%;\n}\n\n.tc-edit-fields {\n\twidth: 100%;\n}\n\n\n.tc-edit-fields table, .tc-edit-fields tr, .tc-edit-fields td {\n\tborder: none;\n\tpadding: 4px;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(odd) {\n\tbackground-color: <<colour tiddler-editor-fields-odd>>;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(even) {\n\tbackground-color: <<colour tiddler-editor-fields-even>>;\n}\n\n.tc-edit-field-name {\n\ttext-align: right;\n}\n\n.tc-edit-field-value input {\n\twidth: 100%;\n}\n\n.tc-edit-field-remove {\n}\n\n.tc-edit-field-remove svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n\tvertical-align: middle;\n}\n\n.tc-edit-field-add-name {\n\tdisplay: inline-block;\n\twidth: 15%;\n}\n\n.tc-edit-field-add-value {\n\tdisplay: inline-block;\n\twidth: 40%;\n}\n\n.tc-edit-field-add-button {\n\tdisplay: inline-block;\n\twidth: 10%;\n}\n\n/*\n** Storyview Classes\n*/\n\n.tc-storyview-zoomin-tiddler {\n\tposition: absolute;\n\tdisplay: block;\n\twidth: 100%;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-storyview-zoomin-tiddler {\n\t\twidth: calc(100% - 84px);\n\t}\n\n}\n\n/*\n** Dropdowns\n*/\n\n.tc-btn-dropdown {\n\ttext-align: left;\n}\n\n.tc-btn-dropdown svg, .tc-btn-dropdown img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-drop-down-wrapper {\n\tposition: relative;\n}\n\n.tc-drop-down {\n\tmin-width: 380px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\ttext-shadow: none;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-drop-down {\n\tmargin-left: 14px;\n}\n\n.tc-drop-down button svg, .tc-drop-down a svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down button.tc-btn-invisible:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down p {\n\tpadding: 0 14px 0 14px;\n}\n\n.tc-drop-down svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-drop-down img {\n\twidth: 1em;\n}\n\n.tc-drop-down a, .tc-drop-down button {\n\tdisplay: block;\n\tpadding: 0 14px 0 14px;\n\twidth: 100%;\n\ttext-align: left;\n\tcolor: <<colour foreground>>;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-tab-set .tc-tab-buttons button {\n\tdisplay: inline-block;\n width: auto;\n margin-bottom: 0px;\n border-bottom-left-radius: 0;\n border-bottom-right-radius: 0;\n}\n\n.tc-drop-down .tc-prompt {\n\tpadding: 0 14px;\n}\n\n.tc-drop-down .tc-chooser {\n\tborder: none;\n}\n\n.tc-drop-down .tc-chooser .tc-swatches-horiz {\n\tfont-size: 0.4em;\n\tpadding-left: 1.2em;\n}\n\n.tc-drop-down .tc-file-input-wrapper {\n\twidth: 100%;\n}\n\n.tc-drop-down .tc-file-input-wrapper button {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-drop-down a:hover, .tc-drop-down button:hover, .tc-drop-down .tc-file-input-wrapper:hover button {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-drop-down .tc-tab-buttons button {\n\tbackground-color: <<colour dropdown-tab-background>>;\n}\n\n.tc-drop-down .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour dropdown-tab-background-selected>>;\n\tborder-bottom: 1px solid <<colour dropdown-tab-background-selected>>;\n}\n\n.tc-drop-down-bullet {\n\tdisplay: inline-block;\n\twidth: 0.5em;\n}\n\n.tc-drop-down .tc-tab-contents a {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-block-dropdown-wrapper {\n\tposition: relative;\n}\n\n.tc-block-dropdown {\n\tposition: absolute;\n\tmin-width: 220px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\tz-index: 1000;\n\ttext-shadow: none;\n}\n\n.tc-block-dropdown.tc-search-drop-down {\n\tmargin-left: -12px;\n}\n\n.tc-block-dropdown a {\n\tdisplay: block;\n\tpadding: 4px 14px 4px 14px;\n}\n\n.tc-block-dropdown.tc-search-drop-down a {\n\tdisplay: block;\n\tpadding: 0px 10px 0px 10px;\n}\n\n.tc-drop-down .tc-dropdown-item-plain,\n.tc-block-dropdown .tc-dropdown-item-plain {\n\tpadding: 4px 14px 4px 7px;\n}\n\n.tc-drop-down .tc-dropdown-item,\n.tc-block-dropdown .tc-dropdown-item {\n\tpadding: 4px 14px 4px 7px;\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-block-dropdown a:hover {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-search-results {\n\tpadding: 0 7px 0 7px;\n}\n\n.tc-image-chooser, .tc-colour-chooser {\n\twhite-space: normal;\n}\n\n.tc-image-chooser a,\n.tc-colour-chooser a {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\ttext-align: center;\n\tposition: relative;\n}\n\n.tc-image-chooser a {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 2px;\n\tmargin: 2px;\n\twidth: 4em;\n\theight: 4em;\n}\n\n.tc-colour-chooser a {\n\tpadding: 3px;\n\twidth: 2em;\n\theight: 2em;\n\tvertical-align: middle;\n}\n\n.tc-image-chooser a:hover,\n.tc-colour-chooser a:hover {\n\tbackground: <<colour primary>>;\n\tpadding: 0px;\n\tborder: 3px solid <<colour primary>>;\n}\n\n.tc-image-chooser a svg,\n.tc-image-chooser a img {\n\tdisplay: inline-block;\n\twidth: auto;\n\theight: auto;\n\tmax-width: 3.5em;\n\tmax-height: 3.5em;\n\tposition: absolute;\n\ttop: 0;\n\tbottom: 0;\n\tleft: 0;\n\tright: 0;\n\tmargin: auto;\n}\n\n/*\n** Modals\n*/\n\n.tc-modal-wrapper {\n\tposition: fixed;\n\toverflow: auto;\n\toverflow-y: scroll;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 900;\n}\n\n.tc-modal-backdrop {\n\tposition: fixed;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 1000;\n\tbackground-color: <<colour modal-backdrop>>;\n}\n\n.tc-modal {\n\tz-index: 1100;\n\tbackground-color: <<colour modal-background>>;\n\tborder: 1px solid <<colour modal-border>>;\n}\n\n@media (max-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 1em;\n\t\tleft: 1em;\n\t\tright: 1em;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n@media (min-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 2em;\n\t\tleft: 25%;\n\t\twidth: 50%;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n.tc-modal-header {\n\tpadding: 9px 15px;\n\tborder-bottom: 1px solid <<colour modal-header-border>>;\n}\n\n.tc-modal-header h3 {\n\tmargin: 0;\n\tline-height: 30px;\n}\n\n.tc-modal-header img, .tc-modal-header svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-modal-body {\n\tpadding: 15px;\n}\n\n.tc-modal-footer {\n\tpadding: 14px 15px 15px;\n\tmargin-bottom: 0;\n\ttext-align: right;\n\tbackground-color: <<colour modal-footer-background>>;\n\tborder-top: 1px solid <<colour modal-footer-border>>;\n}\n\n/*\n** Notifications\n*/\n\n.tc-notification {\n\tposition: fixed;\n\ttop: 14px;\n\tright: 42px;\n\tz-index: 1300;\n\tmax-width: 280px;\n\tpadding: 0 14px 0 14px;\n\tbackground-color: <<colour notification-background>>;\n\tborder: 1px solid <<colour notification-border>>;\n}\n\n/*\n** Tabs\n*/\n\n.tc-tab-set.tc-vertical {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tab-buttons {\n\tfont-size: 0.85em;\n\tpadding-top: 1em;\n\tmargin-bottom: -2px;\n}\n\n.tc-tab-buttons.tc-vertical {\n\tz-index: 100;\n\tdisplay: block;\n\tpadding-top: 14px;\n\tvertical-align: top;\n\ttext-align: right;\n\tmargin-bottom: inherit;\n\tmargin-right: -1px;\n\tmax-width: 33%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n}\n\n.tc-tab-buttons button.tc-tab-selected {\n\tcolor: <<colour tab-foreground-selected>>;\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-left: 1px solid <<colour tab-border-selected>>;\n\tborder-top: 1px solid <<colour tab-border-selected>>;\n\tborder-right: 1px solid <<colour tab-border-selected>>;\n}\n\n.tc-tab-buttons button {\n\tcolor: <<colour tab-foreground>>;\n\tpadding: 3px 5px 3px 5px;\n\tmargin-right: 0.3em;\n\tfont-weight: 300;\n\tborder: none;\n\tbackground: inherit;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-right: 1px solid <<colour tab-border>>;\n\tborder-top-left-radius: 2px;\n\tborder-top-right-radius: 2px;\n\tborder-bottom-left-radius: 0;\n\tborder-bottom-right-radius: 0;\n}\n\n.tc-tab-buttons.tc-vertical button {\n\tdisplay: block;\n\twidth: 100%;\n\tmargin-top: 3px;\n\tmargin-right: 0;\n\ttext-align: right;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tborder-right: none;\n\tborder-top-left-radius: 2px;\n\tborder-bottom-left-radius: 2px;\n\tborder-top-right-radius: 0;\n\tborder-bottom-right-radius: 0;\n}\n\n.tc-tab-buttons.tc-vertical button.tc-tab-selected {\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-right: 1px solid <<colour tab-background-selected>>;\n}\n\n.tc-tab-divider {\n\tborder-top: 1px solid <<colour tab-divider>>;\n}\n\n.tc-tab-divider.tc-vertical {\n\tdisplay: none;\n}\n\n.tc-tab-content {\n\tmargin-top: 14px;\n}\n\n.tc-tab-content.tc-vertical {\n word-break: break-word;\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-top: 0;\n\tpadding-left: 14px;\n\tborder-left: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 70%;\n\tflex: 1 0 70%;\n}\n\n.tc-sidebar-lists .tc-tab-buttons {\n\tmargin-bottom: -1px;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tcolor: <<colour sidebar-tab-foreground-selected>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border-selected>>;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tcolor: <<colour sidebar-tab-foreground>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border>>;\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\tborder-top: 1px solid <<colour sidebar-tab-divider>>;\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button {\n\tdisplay: block;\n\twidth: 100%;\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tborder-top: none;\n\tborder-left: none;\n\tborder-bottom: none;\n\tborder-right: 1px solid #ccc;\n\tmargin-bottom: inherit;\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tborder: none;\n}\n\n/*\n** Manager\n*/\n\n.tc-manager-wrapper {\n\t\n}\n\n.tc-manager-controls {\n\t\n}\n\n.tc-manager-control {\n\tmargin: 0.5em 0;\n}\n\n.tc-manager-list {\n\twidth: 100%;\n\tborder-top: 1px solid <<colour muted-foreground>>;\n\tborder-left: 1px solid <<colour muted-foreground>>;\n\tborder-right: 1px solid <<colour muted-foreground>>;\n}\n\n.tc-manager-list-item {\n\n}\n\n.tc-manager-list-item-heading {\n display: block;\n width: 100%;\n text-align: left;\t\n\tborder-bottom: 1px solid <<colour muted-foreground>>;\n\tpadding: 3px;\n}\n\n.tc-manager-list-item-heading-selected {\n\tfont-weight: bold;\n\tcolor: <<colour background>>;\n\tfill: <<colour background>>;\n\tbackground-color: <<colour foreground>>;\n}\n\n.tc-manager-list-item-heading:hover {\n\tbackground: <<colour primary>>;\n\tcolor: <<colour background>>;\n}\n\n.tc-manager-list-item-content {\n\tdisplay: flex;\n}\n\n.tc-manager-list-item-content-sidebar {\n flex: 1 0;\n background: <<colour tiddler-editor-background>>;\n border-right: 0.5em solid <<colour muted-foreground>>;\n border-bottom: 0.5em solid <<colour muted-foreground>>;\n white-space: nowrap;\n}\n\n.tc-manager-list-item-content-item-heading {\n\tdisplay: block;\n\twidth: 100%;\n\ttext-align: left;\n background: <<colour muted-foreground>>;\n\ttext-transform: uppercase;\n\tfont-size: 0.6em;\n\tfont-weight: bold;\n padding: 0.5em 0 0.5em 0;\n}\n\n.tc-manager-list-item-content-item-body {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-manager-list-item-content-item-body > pre {\n\tmargin: 0.5em 0 0.5em 0;\n\tborder: none;\n\tbackground: inherit;\n}\n\n.tc-manager-list-item-content-tiddler {\n flex: 3 1;\n border-left: 0.5em solid <<colour muted-foreground>>;\n border-right: 0.5em solid <<colour muted-foreground>>;\n border-bottom: 0.5em solid <<colour muted-foreground>>;\n}\n\n.tc-manager-list-item-content-item-body > table {\n\tborder: none;\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-manager-list-item-content-item-body > table td {\n\tborder: none;\n}\n\n.tc-manager-icon-editor > button {\n\twidth: 100%;\n}\n\n.tc-manager-icon-editor > button > svg,\n.tc-manager-icon-editor > button > button {\n\twidth: 100%;\n\theight: auto;\n}\n\n/*\n** Alerts\n*/\n\n.tc-alerts {\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tmax-width: 500px;\n\tz-index: 20000;\n}\n\n.tc-alert {\n\tposition: relative;\n\tmargin: 28px;\n\tpadding: 14px 14px 14px 14px;\n\tborder: 2px solid <<colour alert-border>>;\n\tbackground-color: <<colour alert-background>>;\n}\n\n.tc-alert-toolbar {\n\tposition: absolute;\n\ttop: 14px;\n\tright: 14px;\n}\n\n.tc-alert-toolbar svg {\n\tfill: <<colour alert-muted-foreground>>;\n}\n\n.tc-alert-subtitle {\n\tcolor: <<colour alert-muted-foreground>>;\n\tfont-weight: bold;\n}\n\n.tc-alert-highlight {\n\tcolor: <<colour alert-highlight>>;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-static-alert {\n\t\tposition: relative;\n\t}\n\n\t.tc-static-alert-inner {\n\t\tposition: absolute;\n\t\tz-index: 100;\n\t}\n\n}\n\n.tc-static-alert-inner {\n\tpadding: 0 2px 2px 42px;\n\tcolor: <<colour static-alert-foreground>>;\n}\n\n/*\n** Floating drafts list\n*/\n\n.tc-drafts-list {\n\tz-index: 2000;\n\tposition: fixed;\n\tfont-size: 0.8em;\n\tleft: 0;\n\tbottom: 0;\n}\n\n.tc-drafts-list a {\n\tmargin: 0 0.5em;\n\tpadding: 4px 4px;\n\tborder-top-left-radius: 4px;\n\tborder-top-right-radius: 4px;\n\tborder: 1px solid <<colour background>>;\n\tborder-bottom-none;\n\tbackground: <<colour dirty-indicator>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour background>>;\n}\n\n.tc-drafts-list a:hover {\n\ttext-decoration: none;\n\tbackground: <<colour foreground>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour background>>;\n}\n\n.tc-drafts-list a svg {\n\twidth: 1em;\n\theight: 1em;\n\tvertical-align: text-bottom;\n}\n\n/*\n** Control panel\n*/\n\n.tc-control-panel td {\n\tpadding: 4px;\n}\n\n.tc-control-panel table, .tc-control-panel table input, .tc-control-panel table textarea {\n\twidth: 100%;\n}\n\n.tc-plugin-info {\n\tdisplay: block;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground-colour: <<colour background>>;\n\tmargin: 0.5em 0 0.5em 0;\n\tpadding: 4px;\n}\n\n.tc-plugin-info-disabled {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n\tbackground: repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n}\n\n.tc-plugin-info-disabled:hover {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n\tbackground: repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n}\n\na.tc-tiddlylink.tc-plugin-info:hover {\n\ttext-decoration: none;\n\tbackground-color: <<colour primary>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour foreground>>;\n}\n\na.tc-tiddlylink.tc-plugin-info:hover .tc-plugin-info > .tc-plugin-info-chunk > svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info-chunk {\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-plugin-info-chunk h1 {\n\tfont-size: 1em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk h2 {\n\tfont-size: 0.8em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk div {\n\tfont-size: 0.7em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info:hover > .tc-plugin-info-chunk > img, .tc-plugin-info:hover > .tc-plugin-info-chunk > svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info > .tc-plugin-info-chunk > img, .tc-plugin-info > .tc-plugin-info-chunk > svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-plugin-info.tc-small-icon > .tc-plugin-info-chunk > img, .tc-plugin-info.tc-small-icon > .tc-plugin-info-chunk > svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-plugin-info-dropdown {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tmargin-top: -8px;\n}\n\n.tc-plugin-info-dropdown-message {\n\tbackground: <<colour message-background>>;\n\tpadding: 0.5em 1em 0.5em 1em;\n\tfont-weight: bold;\n\tfont-size: 0.8em;\n}\n\n.tc-plugin-info-dropdown-body {\n\tpadding: 1em 1em 1em 1em;\n}\n\n.tc-check-list {\n\tline-height: 2em;\n}\n\n.tc-check-list .tc-image-button {\n\theight: 1.5em;\n}\n\n/*\n** Message boxes\n*/\n\n.tc-message-box {\n\tborder: 1px solid <<colour message-border>>;\n\tbackground: <<colour message-background>>;\n\tpadding: 0px 21px 0px 21px;\n\tfont-size: 12px;\n\tline-height: 18px;\n\tcolor: <<colour message-foreground>>;\n}\n\n.tc-message-box svg {\n\twidth: 1em;\n\theight: 1em;\n vertical-align: text-bottom;\n}\n\n/*\n** Pictures\n*/\n\n.tc-bordered-image {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 5px;\n\tmargin: 5px;\n}\n\n/*\n** Floats\n*/\n\n.tc-float-right {\n\tfloat: right;\n}\n\n/*\n** Chooser\n*/\n\n.tc-chooser {\n\tborder-right: 1px solid <<colour table-header-background>>;\n\tborder-left: 1px solid <<colour table-header-background>>;\n}\n\n\n.tc-chooser-item {\n\tborder-bottom: 1px solid <<colour table-header-background>>;\n\tborder-top: 1px solid <<colour table-header-background>>;\n\tpadding: 2px 4px 2px 14px;\n}\n\n.tc-drop-down .tc-chooser-item {\n\tpadding: 2px;\n}\n\n.tc-chosen,\n.tc-chooser-item:hover {\n\tbackground-color: <<colour table-header-background>>;\n\tborder-color: <<colour table-footer-background>>;\n}\n\n.tc-chosen .tc-tiddlylink {\n\tcursor:default;\n}\n\n.tc-chooser-item .tc-tiddlylink {\n\tdisplay: block;\n\ttext-decoration: none;\n\tbackground-color: transparent;\n}\n\n.tc-chooser-item:hover .tc-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tc-drop-down .tc-chosen .tc-tiddlylink,\n.tc-drop-down .tc-chooser-item .tc-tiddlylink:hover {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-chosen > .tc-tiddlylink:before {\n\tmargin-left: -10px;\n\tposition: relative;\n\tcontent: \"» \";\n}\n\n.tc-chooser-item svg,\n.tc-chooser-item img{\n\twidth: 1em;\n\theight: 1em;\n\tvertical-align: middle;\n}\n\n.tc-language-chooser .tc-image-button img {\n\twidth: 2em;\n\tvertical-align: -0.15em;\n}\n\n/*\n** Palette swatches\n*/\n\n.tc-swatches-horiz {\n}\n\n.tc-swatches-horiz .tc-swatch {\n\tdisplay: inline-block;\n}\n\n.tc-swatch {\n\twidth: 2em;\n\theight: 2em;\n\tmargin: 0.4em;\n\tborder: 1px solid #888;\n}\n\n/*\n** Table of contents\n*/\n\n.tc-sidebar-lists .tc-table-of-contents {\n\twhite-space: nowrap;\n}\n\n.tc-table-of-contents button {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents svg {\n\twidth: 0.7em;\n\theight: 0.7em;\n\tvertical-align: middle;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents ol {\n\tlist-style-type: none;\n\tpadding-left: 0;\n}\n\n.tc-table-of-contents ol ol {\n\tpadding-left: 1em;\n}\n\n.tc-table-of-contents li {\n\tfont-size: 1.0em;\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li {\n\tfont-size: 0.95em;\n\tfont-weight: normal;\n\tline-height: 1.4;\n}\n\n.tc-table-of-contents li li a {\n\tfont-weight: normal;\n}\n\n.tc-table-of-contents li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n\tline-height: 1.5;\n}\n\n.tc-table-of-contents li li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n}\n\n.tc-tabbed-table-of-contents {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents {\n\tz-index: 100;\n\tdisplay: inline-block;\n\tpadding-left: 1em;\n\tmax-width: 50%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n\tbackground: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a,\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tdisplay: block;\n\tpadding: 0.12em 1em 0.12em 0.25em;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a {\n\tborder-top: 1px solid <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-background>>;\n\tborder-bottom: 1px solid <<colour tab-background>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a:hover {\n\ttext-decoration: none;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour background>>;\n\tmargin-right: -1px;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a:hover {\n\ttext-decoration: none;\n}\n\n.tc-tabbed-table-of-contents .tc-tabbed-table-of-contents-content {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-left: 1.5em;\n\tpadding-right: 1.5em;\n\tborder: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 50%;\n\tflex: 1 0 50%;\n}\n\n/*\n** Dirty indicator\n*/\n\nbody.tc-dirty span.tc-dirty-indicator, body.tc-dirty span.tc-dirty-indicator svg {\n\tfill: <<colour dirty-indicator>>;\n\tcolor: <<colour dirty-indicator>>;\n}\n\n/*\n** File inputs\n*/\n\n.tc-file-input-wrapper {\n\tposition: relative;\n\toverflow: hidden;\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-file-input-wrapper input[type=file] {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tfont-size: 999px;\n\tmax-width: 100%;\n\tmax-height: 100%;\n\tfilter: alpha(opacity=0);\n\topacity: 0;\n\toutline: none;\n\tbackground: white;\n\tcursor: pointer;\n\tdisplay: inline-block;\n}\n\n/*\n** Thumbnail macros\n*/\n\n.tc-thumbnail-wrapper {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin: 6px;\n\tvertical-align: top;\n}\n\n.tc-thumbnail-right-wrapper {\n\tfloat:right;\n\tmargin: 0.5em 0 0.5em 0.5em;\n}\n\n.tc-thumbnail-image {\n\ttext-align: center;\n\toverflow: hidden;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-image svg,\n.tc-thumbnail-image img {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n\tmin-width: 100%;\n\tmin-height: 100%;\n\tmax-width: 100%;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image img {\n\tfilter: alpha(opacity=0.8);\n\topacity: 0.8;\n}\n\n.tc-thumbnail-background {\n\tposition: absolute;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-icon svg,\n.tc-thumbnail-icon img {\n\twidth: 3em;\n\theight: 3em;\n\t<<filter \"drop-shadow(2px 2px 4px rgba(0,0,0,0.3))\">>\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon img {\n\tfill: #fff;\n\t<<filter \"drop-shadow(3px 3px 4px rgba(0,0,0,0.6))\">>\n}\n\n.tc-thumbnail-icon {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tdisplay: -webkit-flex;\n\t-webkit-align-items: center;\n\t-webkit-justify-content: center;\n\tdisplay: flex;\n\talign-items: center;\n\tjustify-content: center;\n}\n\n.tc-thumbnail-caption {\n\tposition: absolute;\n\tbackground-color: #777;\n\tcolor: #fff;\n\ttext-align: center;\n\tbottom: 0;\n\twidth: 100%;\n\tfilter: alpha(opacity=0.9);\n\topacity: 0.9;\n\tline-height: 1.4;\n\tborder-bottom-left-radius: 3px;\n\tborder-bottom-right-radius: 3px;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-caption {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n}\n\n/*\n** Diffs\n*/\n\n.tc-diff-equal {\n\tbackground-color: <<colour diff-equal-background>>;\n\tcolor: <<colour diff-equal-foreground>>;\n}\n\n.tc-diff-insert {\n\tbackground-color: <<colour diff-insert-background>>;\n\tcolor: <<colour diff-insert-foreground>>;\n}\n\n.tc-diff-delete {\n\tbackground-color: <<colour diff-delete-background>>;\n\tcolor: <<colour diff-delete-foreground>>;\n}\n\n.tc-diff-invisible {\n\tbackground-color: <<colour diff-invisible-background>>;\n\tcolor: <<colour diff-invisible-foreground>>;\n}\n\n.tc-diff-tiddlers th {\n\ttext-align: right;\n\tbackground: <<colour background>>;\n\tfont-weight: normal;\n\tfont-style: italic;\n}\n\n.tc-diff-tiddlers pre {\n margin: 0;\n padding: 0;\n border: none;\n background: none;\n}\n\n/*\n** Errors\n*/\n\n.tc-error {\n\tbackground: #f00;\n\tcolor: #fff;\n}\n\n/*\n** Tree macro\n*/\n\n.tc-tree div {\n \tpadding-left: 14px;\n}\n\n.tc-tree ol {\n \tlist-style-type: none;\n \tpadding-left: 0;\n \tmargin-top: 0;\n}\n\n.tc-tree ol ol {\n \tpadding-left: 1em; \n}\n\n.tc-tree button { \n \tcolor: #acacac;\n}\n\n.tc-tree svg {\n \tfill: #acacac;\n}\n\n.tc-tree span svg {\n \twidth: 1em;\n \theight: 1em;\n \tvertical-align: baseline;\n}\n\n.tc-tree li span {\n \tcolor: lightgray;\n}\n\nselect {\n color: <<colour select-tag-foreground>>;\n background: <<colour select-tag-background>>;\n}\n\n"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize",
"text": "15px"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodylineheight",
"text": "22px"
},
"$:/themes/tiddlywiki/vanilla/metrics/fontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/fontsize",
"text": "14px"
},
"$:/themes/tiddlywiki/vanilla/metrics/lineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/lineheight",
"text": "20px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyleft": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyleft",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storytop": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storytop",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyright": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyright",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storywidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storywidth",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth",
"text": "686px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint",
"text": "960px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth",
"text": "350px"
},
"$:/themes/tiddlywiki/vanilla/options/stickytitles": {
"title": "$:/themes/tiddlywiki/vanilla/options/stickytitles",
"text": "no"
},
"$:/themes/tiddlywiki/vanilla/options/sidebarlayout": {
"title": "$:/themes/tiddlywiki/vanilla/options/sidebarlayout",
"text": "fixed-fluid"
},
"$:/themes/tiddlywiki/vanilla/options/codewrapping": {
"title": "$:/themes/tiddlywiki/vanilla/options/codewrapping",
"text": "pre-wrap"
},
"$:/themes/tiddlywiki/vanilla/reset": {
"title": "$:/themes/tiddlywiki/vanilla/reset",
"type": "text/plain",
"text": "/*! normalize.css v3.0.0 | MIT License | git.io/normalize */\n\n/**\n * 1. Set default font family to sans-serif.\n * 2. Prevent iOS text size adjust after orientation change, without disabling\n * user zoom.\n */\n\nhtml {\n font-family: sans-serif; /* 1 */\n -ms-text-size-adjust: 100%; /* 2 */\n -webkit-text-size-adjust: 100%; /* 2 */\n}\n\n/**\n * Remove default margin.\n */\n\nbody {\n margin: 0;\n}\n\n/* HTML5 display definitions\n ========================================================================== */\n\n/**\n * Correct `block` display not defined in IE 8/9.\n */\n\narticle,\naside,\ndetails,\nfigcaption,\nfigure,\nfooter,\nheader,\nhgroup,\nmain,\nnav,\nsection,\nsummary {\n display: block;\n}\n\n/**\n * 1. Correct `inline-block` display not defined in IE 8/9.\n * 2. Normalize vertical alignment of `progress` in Chrome, Firefox, and Opera.\n */\n\naudio,\ncanvas,\nprogress,\nvideo {\n display: inline-block; /* 1 */\n vertical-align: baseline; /* 2 */\n}\n\n/**\n * Prevent modern browsers from displaying `audio` without controls.\n * Remove excess height in iOS 5 devices.\n */\n\naudio:not([controls]) {\n display: none;\n height: 0;\n}\n\n/**\n * Address `[hidden]` styling not present in IE 8/9.\n * Hide the `template` element in IE, Safari, and Firefox < 22.\n */\n\n[hidden],\ntemplate {\n display: none;\n}\n\n/* Links\n ========================================================================== */\n\n/**\n * Remove the gray background color from active links in IE 10.\n */\n\na {\n background: transparent;\n}\n\n/**\n * Improve readability when focused and also mouse hovered in all browsers.\n */\n\na:active,\na:hover {\n outline: 0;\n}\n\n/* Text-level semantics\n ========================================================================== */\n\n/**\n * Address styling not present in IE 8/9, Safari 5, and Chrome.\n */\n\nabbr[title] {\n border-bottom: 1px dotted;\n}\n\n/**\n * Address style set to `bolder` in Firefox 4+, Safari 5, and Chrome.\n */\n\nb,\nstrong {\n font-weight: bold;\n}\n\n/**\n * Address styling not present in Safari 5 and Chrome.\n */\n\ndfn {\n font-style: italic;\n}\n\n/**\n * Address variable `h1` font-size and margin within `section` and `article`\n * contexts in Firefox 4+, Safari 5, and Chrome.\n */\n\nh1 {\n font-size: 2em;\n margin: 0.67em 0;\n}\n\n/**\n * Address styling not present in IE 8/9.\n */\n\nmark {\n background: #ff0;\n color: #000;\n}\n\n/**\n * Address inconsistent and variable font size in all browsers.\n */\n\nsmall {\n font-size: 80%;\n}\n\n/**\n * Prevent `sub` and `sup` affecting `line-height` in all browsers.\n */\n\nsub,\nsup {\n font-size: 75%;\n line-height: 0;\n position: relative;\n vertical-align: baseline;\n}\n\nsup {\n top: -0.5em;\n}\n\nsub {\n bottom: -0.25em;\n}\n\n/* Embedded content\n ========================================================================== */\n\n/**\n * Remove border when inside `a` element in IE 8/9.\n */\n\nimg {\n border: 0;\n}\n\n/**\n * Correct overflow displayed oddly in IE 9.\n */\n\nsvg:not(:root) {\n overflow: hidden;\n}\n\n/* Grouping content\n ========================================================================== */\n\n/**\n * Address margin not present in IE 8/9 and Safari 5.\n */\n\nfigure {\n margin: 1em 40px;\n}\n\n/**\n * Address differences between Firefox and other browsers.\n */\n\nhr {\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n height: 0;\n}\n\n/**\n * Contain overflow in all browsers.\n */\n\npre {\n overflow: auto;\n}\n\n/**\n * Address odd `em`-unit font size rendering in all browsers.\n */\n\ncode,\nkbd,\npre,\nsamp {\n font-family: monospace, monospace;\n font-size: 1em;\n}\n\n/* Forms\n ========================================================================== */\n\n/**\n * Known limitation: by default, Chrome and Safari on OS X allow very limited\n * styling of `select`, unless a `border` property is set.\n */\n\n/**\n * 1. Correct color not being inherited.\n * Known issue: affects color of disabled elements.\n * 2. Correct font properties not being inherited.\n * 3. Address margins set differently in Firefox 4+, Safari 5, and Chrome.\n */\n\nbutton,\ninput,\noptgroup,\nselect,\ntextarea {\n color: inherit; /* 1 */\n font: inherit; /* 2 */\n margin: 0; /* 3 */\n}\n\n/**\n * Address `overflow` set to `hidden` in IE 8/9/10.\n */\n\nbutton {\n overflow: visible;\n}\n\n/**\n * Address inconsistent `text-transform` inheritance for `button` and `select`.\n * All other form control elements do not inherit `text-transform` values.\n * Correct `button` style inheritance in Firefox, IE 8+, and Opera\n * Correct `select` style inheritance in Firefox.\n */\n\nbutton,\nselect {\n text-transform: none;\n}\n\n/**\n * 1. Avoid the WebKit bug in Android 4.0.* where (2) destroys native `audio`\n * and `video` controls.\n * 2. Correct inability to style clickable `input` types in iOS.\n * 3. Improve usability and consistency of cursor style between image-type\n * `input` and others.\n */\n\nbutton,\nhtml input[type=\"button\"], /* 1 */\ninput[type=\"reset\"],\ninput[type=\"submit\"] {\n -webkit-appearance: button; /* 2 */\n cursor: pointer; /* 3 */\n}\n\n/**\n * Re-set default cursor for disabled elements.\n */\n\nbutton[disabled],\nhtml input[disabled] {\n cursor: default;\n}\n\n/**\n * Remove inner padding and border in Firefox 4+.\n */\n\nbutton::-moz-focus-inner,\ninput::-moz-focus-inner {\n border: 0;\n padding: 0;\n}\n\n/**\n * Address Firefox 4+ setting `line-height` on `input` using `!important` in\n * the UA stylesheet.\n */\n\ninput {\n line-height: normal;\n}\n\n/**\n * It's recommended that you don't attempt to style these elements.\n * Firefox's implementation doesn't respect box-sizing, padding, or width.\n *\n * 1. Address box sizing set to `content-box` in IE 8/9/10.\n * 2. Remove excess padding in IE 8/9/10.\n */\n\ninput[type=\"checkbox\"],\ninput[type=\"radio\"] {\n box-sizing: border-box; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * Fix the cursor style for Chrome's increment/decrement buttons. For certain\n * `font-size` values of the `input`, it causes the cursor style of the\n * decrement button to change from `default` to `text`.\n */\n\ninput[type=\"number\"]::-webkit-inner-spin-button,\ninput[type=\"number\"]::-webkit-outer-spin-button {\n height: auto;\n}\n\n/**\n * 1. Address `appearance` set to `searchfield` in Safari 5 and Chrome.\n * 2. Address `box-sizing` set to `border-box` in Safari 5 and Chrome\n * (include `-moz` to future-proof).\n */\n\ninput[type=\"search\"] {\n -webkit-appearance: textfield; /* 1 */\n -moz-box-sizing: content-box;\n -webkit-box-sizing: content-box; /* 2 */\n box-sizing: content-box;\n}\n\n/**\n * Remove inner padding and search cancel button in Safari and Chrome on OS X.\n * Safari (but not Chrome) clips the cancel button when the search input has\n * padding (and `textfield` appearance).\n */\n\ninput[type=\"search\"]::-webkit-search-cancel-button,\ninput[type=\"search\"]::-webkit-search-decoration {\n -webkit-appearance: none;\n}\n\n/**\n * Define consistent border, margin, and padding.\n */\n\nfieldset {\n border: 1px solid #c0c0c0;\n margin: 0 2px;\n padding: 0.35em 0.625em 0.75em;\n}\n\n/**\n * 1. Correct `color` not being inherited in IE 8/9.\n * 2. Remove padding so people aren't caught out if they zero out fieldsets.\n */\n\nlegend {\n border: 0; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * Remove default vertical scrollbar in IE 8/9.\n */\n\ntextarea {\n overflow: auto;\n}\n\n/**\n * Don't inherit the `font-weight` (applied by a rule above).\n * NOTE: the default cannot safely be changed in Chrome and Safari on OS X.\n */\n\noptgroup {\n font-weight: bold;\n}\n\n/* Tables\n ========================================================================== */\n\n/**\n * Remove most spacing between table cells.\n */\n\ntable {\n border-collapse: collapse;\n border-spacing: 0;\n}\n\ntd,\nth {\n padding: 0;\n}\n"
},
"$:/themes/tiddlywiki/vanilla/settings/fontfamily": {
"title": "$:/themes/tiddlywiki/vanilla/settings/fontfamily",
"text": "-apple-system, BlinkMacSystemFont, \"Segoe UI\", Helvetica, Arial, sans-serif, \"Apple Color Emoji\", \"Segoe UI Emoji\", \"Segoe UI Symbol\""
},
"$:/themes/tiddlywiki/vanilla/settings/codefontfamily": {
"title": "$:/themes/tiddlywiki/vanilla/settings/codefontfamily",
"text": "\"SFMono-Regular\",Consolas,\"Liberation Mono\",Menlo,Courier,monospace"
},
"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment": {
"title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment",
"text": "fixed"
},
"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize": {
"title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize",
"text": "auto"
},
"$:/themes/tiddlywiki/vanilla/sticky": {
"title": "$:/themes/tiddlywiki/vanilla/sticky",
"text": "<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\" type=\"match\" text=\"yes\">\n``\n.tc-tiddler-title {\n\tposition: -webkit-sticky;\n\tposition: -moz-sticky;\n\tposition: -o-sticky;\n\tposition: -ms-sticky;\n\tposition: sticky;\n\ttop: 0px;\n\tbackground: ``<<colour tiddler-background>>``;\n\tz-index: 500;\n}\n``\n</$reveal>\n"
}
}
}
Les rates tenen uns 32 fills supervivents anuals. D'aquests 32, la meitat, 16, son femelles que són les úniques que tenen els fills.
a) Escriu l'equació que correspon al creixement de la població de femelles. Es a dir, que la fórmula ens doni la quantitat de femelles.
b) Amplia l'equació anterior per incloure també els mascles. Es a dir, que la fórmula ens doni la quantitat de femelles i també de mascles.
c) Una parella de rates, quina descendència tindran desprès de 10 anys?
Abans de començar amb ~WolframAlpha tingues en compte el següent:
*''Fraccions''. Per fer fraccions has de tancar entre parèntesis el numerador i denominador. Per exemple, per escriure $$\frac {x+1}{x-1}$$ ho has de fer així: (x+1)/(x-1). Però si només hi ha un caràcter, llavors no és necessari. Per exemple si la fracció és $$ \frac {x+1} x $$ El denominador no necessita parèntesis: (x+1)/x.<br><br>
*''Potència'': El símbol de la potència és: ''^''. Per exemple $$2^3$$ ho escrivim com ''2^3''<br><br>
*''Logaritme''. WA fa servir sempre logaritmes neperians o naturals. Si escrivim $$\log (3)$$ en realitat és $$\ln (3)$$. Si volem altra base la hem de posar a dins els parèntesis la base separada per una coma. Per exemple per escriure $$\log_{10} 4$$ posarem: ''log(10,4)''.<br><br>
*L'''arrel quadradrada'' s'escriu com: ''sqrt(x)''
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
@@float:right;width:33%;[img[abeja.png]]@@El creixement d'una colònia d'abelles està determinat per la següent equació, on "t" és el temps transcorregut en mesos:
$$P (t) = 1500e ^ {2t}$$
a) Quantes abelles hi havia inicialment?
b) Quant de temps trigaran les abelles a tenir una població de 8.000 individus?
Primera de les dues coordenades d'un punt. Si anomenem // x // i // y // a les coordenades, P (x, y), correspon a la // x //
Vegeu també [[Eix d'abscisses]].
Segons la quantitat de dades que tinguem, de vegades interessa agrupar-les per classes per simplificar les dades.
Es formen intervals, tots de la mateixa amplada, i s'apunta el nombre de casos que tenim en cada un d'aquests intervals.
Per exemple, en la mesura del pes en quilos de 21 alumnes de 4t d'ESO, s'obtenen els següents resultats:
{{Pes de 22 alumnes de 4t d'ESO}}
Agrupem les dades de 10 en 10 quilos entre 40 i 100 per construir la següent taula de freqüències:
| Classes | Marca de classe<br>x,,i,, | Freqüència absoluta<br>n,,i,, | Freqüència relativa<br>f,,i,, | Freqüència absoluta acumulada<br>N,,i,, | Freqüència relativa acumulada<br>F,,i,, |h
|![40 - 50) | 45 | 3 | 0.14 | 3 | 0.14 |
|![50 - 60) | 55 | 5 | 0.24 | 8 | 0.38 |
|![60 - 70) | 65 | 7 | 0.33 | 15 | 0.71 |
|![70 - 80) | 75 | 3 | 0.14 | 18 | 0.85 |
|![80-90) | 85 | 2 | 0.10 | 20 | 0.95 |
|![90-100) | 95 | 1 | 0.05 | 21 | 1 |
| !$$ \sum$$| !- | !21 | !1 | !- | !- |
''Classes'': són els intervals en els quals s'agrupen les dades.
''Marca de classe'': és el centre de la classe. És la mitjana aritmètica dels extrems de la classe.
Si anomenem $$L_i$$ al límit inferior de la classe i $$L_s$$ al límit superior, llavors: $$m_i= \dfrac{L_s+L_i}{2}$$
''Amplitud de classe'': és la mida de cada interval. $$a=L_s-L_i$$
---
<<toc-selective-expandable "Agrupació de les dades en classes o intervals" sort[orden]>>
Si l'alçada de Lluís augmentés el triple de la diferència entre l'altura d'Eusebi i de Pau, Lluís seria igual d'alt que en Pau. Les altures dels tres sumen 515 cm. Vuit vegades l'altura d'Eusebi és el mateix que nou vegades la d'en Lluís. Troba les tres altures.
'' Solució: '' Lluís mesura 160 cm; Eusebi, 180 cm, i Pau, 175 cm.
172, 176, 167, 167, 165, 159, 157, 152, 169, 162, 182, 169, 156, 177, 175, 168, 154, 145, 165, 177, 175, 175
L'àlgebra és una generalització de [[l'aritmètica|Aritmètica]] on s'introdueixen símbols (usualment lletres) per a representar paràmetres (variables o coeficients), o quantitats desconegudes (incògnites); les expressions així formades són anomenades fórmules (modificat de [[Álgebra, 2016]]).
Álgebra. (2016, 30 de maig). //Wikipedia, La enciclopedia libre//. Data de consulta: 08:15, juny 11, 2016 des de https://es.wikipedia.org/w/index.php?title=%C3%81lgebra&oldid=91385308.
---
Esmentat a:
<<list-links filter:"[all[current]backlinks[]]">>
La població d'un poble segueix la llei de creixement exponencial: $$ P (t) = P_0 \cdot e ^ {rt} $$
En un moment inicial el poble té 2 100 habitants i al cap de 15 anys s'ha duplicat.
a) Amb aquestes dades troba $$ P_0 $$ i $$ r $$. Escriu la fórmula del creixement.
b) Quina població tindrà el poble passats cinc anys i mig?
c) En quin moment la població arribarà als 100 000 habitants?
{{Anàlisi matemàtica}}
---
!!Índex de l'anàlisi
<<toc-selective-expandable "Anàlisi" sort[orden]>>
L'anàlisi matemàtica, o simplement anàlisi és la branca de les matemàtiques que té per objecte l'estudi de les relacions de dependència d'una variable respecte d'una altra, és a dir, de les [[funcions|Funció matemàtica]]. És d'especial interès l'estudi de les funcions contínues, en les quals a petites variacions de la variable independent corresponen variacions arbitràriament petites de la variable funció. L'anàlisi matemàtica inclou els conceptes de límit i continuïtat, sèries numèriques, diferenciació, integració, teoria de la mesura, aproximació de funcions, i en general totes les qüestions relatives als conceptes de límit i convergència, estudiats en el context dels nombres reals i complexos i de les seves funcions ([[Anàlisi matemàtica, 2016]]).
Anàlisi matemàtica. (2016, 3 de maig). Viquipèdia, l'Enciclopèdia Lliure. Data de consulta: 14:27, maig 3, 2016 de //ca.wikipedia.org/w/index.php?title=An%C3%A0lisi_matem%C3%A0tica&oldid=16912595.
---
Esmentat a:
<<list-links filter:"[all[current]backlinks[]]">>
Si la recta $$ y = mx + n $$ és tangent a la gràfica de la funció $$ f (x) $$ en el punt de [[abscissa|Abscissa]] $$ x_0 $$. Se sap que:
$$
\tan \alpha = m = f '(x_0)
$$
Per tant, usant la fórmula anterior podem calcular el pendent de la recta a partir de l'angle.
Igualment, a partir del pendent, $$m$$ o la derivada, $$f'(x)$$, podrem calcular l'angle:
$$
\alpha = \arctan (m)
$$
$$
\alpha = \arctan f'(x_0)
$$
<<toc-selective-expandable "Angle d'una recta tangent" sort[orden]>>
1. La recta tangent a la funció $$ f (x) $$ en un punt és de 45º. Troba el pendent de la recta.
---
2. Una recta tangent a la gràfica d'una funció forma un angle de 100 º. Quina és la pendent de la recta?
---
3. La recta $$ y = 4x-1 $$ és tangent a la gràfica d'una funció $$ f (x) $$. Quin angle forma aquesta recta amb l'eix X?
---
4. La derivada de la funció $$ f (x) $$, en el punt de [[abscissa|Abscissa]] x = 5, és $$ f '(5) = \dfrac 1 2 $$. Quina és la pendent de la recta tangent a $$ f (x) $$ en x = 5?
---
5. La recta $$ y = 2x-2 $$ és tangent a la gràfica d'una funció en el punt $$ x_0 = 3 $$. Quin angle forma aquesta recta amb l'eix X?
---
<$button to="Solució: Angle d'una recta tangent 1" >
Solució
</$button>
<<toc-selective-expandable Annexes sort[orden]>>
|[img[app.jpg]]|[img[app2.jpg]]|[img[app3.jpg]]|
Aquest llibre està disponible com a aplicació per sistemes Android: [[Aplicació a Google Play|https://play.google.com/store/apps/details?id=appinventor.ai_jjdeharo.MAT1CCSS]].
També es pot trobar al cercador de Google Play buscant: ''MAT1CCSS''
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te3bSW7ohKSI5yrBhxjB69qAOwg0WPQviB4xs/DiQrq32NJtHSTb8pfYzhN3G4KWA+lQeINCi1TXNMvfE/lRyabpq3PiBotoLPvbZGdvHmuNorlvjLOmofEzUYrNhL5ZitQVP3nVFUj/AL6yK67TrPTrC1v/AAyluupf2LZPqd9ErHbd3owAhK8lIweg6kGgDxu8kilu5pLaHyIGcskW4tsXPC5PJwO9fSn7Jn/It69/19p/6BXjPj+xshpXhzWbPT00ybVIJXms4y2xSj7Q6hjkBhzj2r2b9kz/AJFvXv8Ar7T/ANAoA92rB8f/APIjeIf+vCf/ANAat6sHx/8A8iN4h/68J/8A0BqAPg2prK2kvLyC2hAMs0ixpn1JwKhrU8KzR23ifSJ5iFijvIXcnoAHBJoA90+IHg7WpLCz8PaPe2Oj+GbGJIzJdXAhF5MRlicct1HXvmvGPGPhDVvCN5HBq8KhZRuhnibdHKP9k/0610/7QMt83xKv4715GgRI/sqsflEZQZ2/8C3Z96u3Ust5+z3A+osztbar5dmz8nZtOQD6ct+WKAON8S2Hh+00bRJtE1Sa8v54i19C8eBC/HAOB3yO/TNdR8K9JtNLsrvxv4gQHT9NO2zhY4Nzc/wgfT+f0Nef6TbQ3mqWlvdXCWsEsqpJO/SNScFj9BXuHjfTPC+v2Wl6Zp3jrStP0bTogkNrs37n7uxDDJP09fWgDE+O2oz6v4b8Cajd7ftF1ZyzPtGBlvLJxXF654xfUPBOi+G7az+yW1gWeV1l3faXJyGIwMYy3c9favU/ih4Z0mfwT4WEviiyhGn6fILYtH/x/YVPufNx90ev3hXkvgLwld+LtY+zQMILOEeZd3T8JBH3JPr1wP8A69AHY/B0T2nhXxvf3jFNE/s5oWDnCvMRhQPfnH/AhXlNegfEfxZZXNpb+GfCy+T4csDw38V1IOsjHv7fn6Y8/oAKKKKACiiigCewtZb69gtbcZmmkWNB7k4FfT3gv4J6FpCxT6znU7wAEq/ESn2Xv+NfLiMyMGRirA5BBwRVr+07/wD5/rr/AL+t/jQB92wRRwQpFCixxIAqoowFA7AVz3i3wToXiqIjV7FHmxtWdPlkX6MP618Z/wBp3/8Az/XX/f1v8aP7Tv8A/n+uv+/rf40Adx8Xfh0fA91bS21y1zp90WEbOMOjDqD6/WvO6nnu7m4UC4uJpQOQHctj86goAK+ifDPxv0DS/DumWE9lqLS2ttHC5VEwSqgHHze1fO1FAHuXxO+Lmi+KvBt5pNjaX0dxM0ZVpVUKNrgnox9Kf8Nfi/onhjwZp+kX1nfyXFvv3NEqlTl2YYyw7GvCqKAO3+Lviyy8Y+KI9S06KeKFbdYdswAbILHsT61xFFFADo22yKx6Ag1774u1H4deLdcg1y48Xahp16sCxhbeF1KYyeuw8/MRwa8AooA9v8vwH/0UvxF/31L/APG6y/E0/hSy0W5m0Xx74iv9RC/uYC8ihm9yVHH415JRQBZvb67vnVr66nuWUYUzSFyB7ZNVqKKANbwnd29h4k066vWkS3imUu8f3kH94e46/hX1ZZa7qc1sj2Wu+G7y3I+SaVmR2HuA2M18e0UAfZP9sa5/0EvC3/f1/wDGj+2Nc/6CXhb/AL+v/jXxtRQB7r8ddcW40OOyv9Ws7zUHlVktrH/VwqOrMckknoPxrwqiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAr3H4MeJdC8O/DfW38RSRtBNeFRakB2n/dplQvceuePWvDqKAO6+InxI1XxhIbYf6Do6HEVlEcAgdC5/iPT2HYVwtFFABRRRQB7f8ACnU9N1r4eazo/je6tP7FsNrwM8n7+HJ6qBk4BIwR3JHI4rNuPhToVzN52kePNHNi5yPtDqHUfg3P6V5FRQB9F+FrLwl4I0TXrvw3rVhqviSztN5uLhwqLngBO3JHQEnOASM189Xl1Ne3c11dyNLcTOZJHbqzE5JqGigAooooAUYyM5I74rvlXTm8GGMTyfZAOTxvzu3bfrniuAp/mOIjHvbyydxXPGfWgDqdIvbWLwlfW7zxpM+/bGzfMcgYrk6KKAClVS7BUBZicAAZJNJRQB6rc/C+TQ/hXq3iLXlZNSKw/Zrfp5KtMgJb/aIJGO2fXp7Rr3/JDZ/+wGv/AKJFfIVFAH17oH/JDYP+wG3/AKJNZHw2/wCTev8Atxvv/Q5q+WaKACiiigC1d6heXkFrBdXMs0NqnlwI7EiNc5wvoKuaB4j1jw/I76LqVzZmT74ifAb6joayaKAL2r6tf6zeG61W8nu7gjHmTOWOPQeg9q1bPxv4mstNFha65fxWgXasayn5R6A9QPpXOUUAKzFmLMSWJySe9W9K1O90m+S80y6mtbpPuyxMVYetU6KAL+taxqOt3pu9XvJru4I275WyQPQeg9q96/Zg13StJ8P61HqmpWdm73SMqzzKhYbOoya+dqKAPvL/AITLwz/0MOk/+Bcf+NYnjjxb4duPBuuwwa7pkksljMqIl0hLEocADPJr4oooAKKKKAPTLH4j6ZqOlWtl458Nxa1JaII4LtJjFLtHRWI5P5/hWH488bzeJ4rOxtbKHTNFss/ZrKE5Ck/xMeMn8O59TXH0UAdH4l16w1XR9Fs7LRLbT57GIxz3EbZa5PHJ4HoTznqa5yiigDqvF3i7/hIdC8N6d9i+z/2Pbm38zzd/nZCjONo2/d6ZPWuj8IfEzTdB8G/8I/c+Fkvo5CzXMv20xfaCWJG4BD0GBjPavMqKAPTf+E78Gf8ARNrT/wAGDf8AxuvN7qRJbmaSKIRRu5ZYwc7ATwM+1RUUAFFFFAH2Xuo3VFuqQ292tmLxrO5FmcYuDGfLOTj73TrxQAu6jNQs+FJPar2oaVf6fpNtqd3FGllc7fLcSAk5GRx9BQBXzRmpb3TdSsRaG9sZbdbshYWcjDE4wODweehp+s6XfaLdRW+pxpHLIhdQrhsgHHagCvmjNQ7qN1AE2aM1Duo3UATZozUO6jdQBNmjNRwq89xDBCAZZnWNATgFicCrWr6be6PeraalGkc7IJAFcN8pJHb6UAQ5ozUO6jdQBNmjNQ7qbJMkYy7hR70AWM0ZqBZAwypyKGfCkjtQBPmjNXLzRry10SHV/MtrjT5WC74GLFM/3gQMc8fWs3d70ATZozUO6lXfJIkcSNJLIwREXqxPAFAEuaM07ULO8026+zalbPbT7Q4ViDlT3BBI7VX3UATZozUO6jdQBNmjNWdE0jUNbnni0yJJHhCs+9wuAc46/Ss9XznPUEg/hQBPmjNQ7qN1AE2aM1Duo3UATZozUO6jdQBNmjNQ7vemC4jL7BIN3pmgCzmjNQ7qN1AE2aM1Duo3UATZozUO6tLQ9FvNc+0Lp01qZoBuMEjlXYeo4wfTrQBTzRmoEckHcGVgcMrDBBHUGmi4jL7BIN3pmgCzmjNPjsNQk0yTUo7KVtPjba04IwMHB4znHvjFVt1AE2aM1Duo3UATZozUO6jdQBNmjNQ7qN1AE2aM1Duo3UATZozUO6jdQBNmjNQ7qs6ZZXWqX8dlYIr3DgsqswUEAZPNADM0ZqdNJ1OTWJ9KgtGmv4OZI43XCjAOdxIHcVTbfHJJHMjRyxsUdG6qRwRQBLmjNQ7qN1AE2aM1Duo3UATZozVmy0jUL7S7rUbWKNrO1LCVzIARtGTx9DVBXyoPrQBNmjNQ7qN1AE2aM1Duo3UATZozUO6jdQBNmjNQ7qN1AE2aM1Duo3UATZozUO6jdQBNmjNQ7qN1AE2aM1Duo3UATZozUO6jdQBNmjNQ7qN1AE26jdUO6jdQBDurvr4/8WMtz7x/+lArzrdXotzFLN8DLdIIpZpCYyEjQsxxceg5oA8/lb90/wBDXdePmC/Crw4x6fuf/RTVwdxb3aW8ryWN7GiqSzPbuoA9yRXcfEM/8Wl8OH2h/wDRTUAQ+M7DUrGLwy+o61LqMUk8YijeFY/L+6ckj7xxxk11HxB0C01LW7G51LW7bTIFhMSCTG6Rt2eMkDA49etZfxQP+heDf+viP+S1R+N9pPLrGnSJaTzRtbPGGjjLjdu6cd6AMXxR4cuvDuqWlrPOJra7cLDcKmO4BBGeoyO/NdJP8Nza3DNd65GlmE+VmiCsz88ctjGAPzp/xBDW3hrwXa3eReLc2+5WPzDaoDfqRWf8bwH1/TFf5gtq5UHoDu60AZ3hXwvLq+jf2vql/FpWmdpJAMvzjPJAAzx70viXwxJo+nxanZX8WpaVKwXzkABUk4GcEgjPGfWuvuH06X4WaPLd6RPrFlFHFvgtmIKsAQWIBGcHOf8A61c7feIrEeBbvTtM8M6lYabM2xJZeY1kJ3dyT1H50Ace8m1ScEnsB3rtIPA8dvaQS+Itdt9LnuP9XAQuR7EkjJ5GcfnXHaXNHFq2myXBAhS6iZyegAcZJr074ntosOoWsuueGb3VVeLYlxC7bF5PyEBhg859/wAKAOOvdDu/DnjDRrO9dJVkuonhmQYDgOM8diOOOeorV+KkU1z46srW1QyXE9qkcaepLvTfEmv/ANr6z4RgbSL7TTDdRyR/asZaMso45z2HWt3WpYYfjVopuCAGsiiE9nPmY/PkfjQBkjwFbxSx2V74ltodWlXKW4QfkAWyfrxXMtoepr4k/sHylOobuDn5NmM78/3cf4da7Dxdd6Jp3jJ5r3wjqV5qW+OWK7iZispAG0qA2OMYxjtU/h/Wl1X4qtJcWNxp9wunGDybnAYsHDcY/wBk/pQBn/8ACAW7yyWMHiW2k1eNdzW+wcexAbcB05/Sp/hXpUcWt6gb+6iGo2++2ewIBIAKnzM56duneuWk0rWZfHuoQ6ZBcw6j9qmkSfBQBTu+bfjGCDj8a3/hrFdwfEjU4tTl86+S1ZZpN+/LZTv34wPwoArXXhu2v/HUmm2WsxyfafOuJGjjDeQwb/Vkbvf2puveCptH0yaRtSjudQM6RW9oihTIrSBFJyc55z6CpfBCPF8Wr5ZI3jJe7I3KRkbuo9az2lih+MTXF1gqupbCzc4yu1fyJFAHQW/gqHTrddP1LxbJZXN7ybOGRVjcnj7rct6Z4zXL6p4du9K8TWWjXky4u5ESK5ROGUtjOM9R3Gat/FrTr+fxpL5VrcTNcxRLasiEjI4wD2IOT+NdP8RZk/4S7wPbMwe7jug7kdQCyD9SD+VAGZN4Ct7TVVtdQ8S20AlC+QhRVlkYnHQt0zwOuawtY0G60LxXY6Y15880sTW90iYIy+AdvqCOmav/ABVC/wDCwrQkDIjt8H/to1bHxOOPiB4U93T/ANGrQBheNdN1RfF9pp9xqD6tqFzCgjdoliABZuMLxgYJJ+taq+ALdZksZ/EtsmsOu4WwQemehbcR7/pWvq0sUXxq0fziBvsGRCf7x34/TI/GuN8U6ZqkvxJvktLe5+2zXCyW8yqQANow2/GABjHtigDJ1GzudL1G4sL5AtxA2G29GBGQR7EVp+EvDl14lup1imW2tLfHmzsu7k/wgcc/yrN8QQ6laaxLBrk5nv1Rd7GTzCARkAn6V2nw9V7r4feJ7a0Ba7ZpQEX7x3RDb+eDQBu/DnQrXTNS1O407WbbVLaWOOMmPG6NlLcHBI5zXnPhTQLzxJf3EFo6QQQsTNcOMhMscADua6b4G2s0V7rEr2s0MRihj3SRlAWBbI57irXwmaGXwx4jtzCbmT7RIXgRtrSKVwADkYzggHNAGVd+Co5bC5uvDuuQaq9sMywqFJ/AqTzwcA9fWuOSYPGHXkEZruvC/iHSNHuLt9C8FaxbSiP/AEjGTtVeedzdufevPjIrCRoxtRmZlHoCSQKAO0tPBZuvDljrDa1b2kE4V5TcRhViU56HPJzgY461avfADfZbe90zXbWbTn5luZgAsaDOXBBw3TGOPrT/ABDg/BfRMjI3w/zNNtsf8KFnHbzGGP8At6oAqa54PSz8PvrOkavHqdpFzJtUYxnBKkE9O4qHR/Cn2jRU1jW9Vh0nTpP9WXALMD0OSQBnt1rR8IYX4Q+J8DgNccf9s1qu+jaR4f8AA2n6zqunXOt3F0IysLTOsUW4EjgZAAHGcHk0AUfE3hd9FhsbyLUYrzSbyRI1uVXGzd0J5wRjJzmu51DQ9Lf4fWdm+tW0VqjJt1EouJMMSB179OtZPjd0k+E2mvHYf2cjSQlbXJPlDJ+XJAP6VX1WKSX4J6YIYnkIaIkIpY48w9hQBg+FPDM+vWc9/cXsVhpcBKtcOM7sdcZIAHuTVjX/AAobDR21fSNTh1XTkOJGQDcnOM5BII9emK6fQXsbj4QRLNps2qW8WRPZwMVdmEpJ6EHj72O4rEj8Saba+ENXtNG8K6pZWE6Mskrcoruu0EliT2HSgCGz8Fm68N2OsNrVvaQThXlNxGFWJTnkHPJzgY461avfADfZbe90zXbWbTn5luZgAsaDOXBBw3TGOPrS6+B/wpXQw3PzQ/zNFtj/AIULOO3mMMf9vVAFTXPB6Wfh99Z0jV49TtIuZNqjGM4JUgnp3FN0Lw0IdJh8Q6xrj6JbvxC8JxIQeB83v6AHirvhDC/CHxPgcBrjj/tmtQLo2heGvA9hrl/ox1q8vBGdrsdibhkDuAB0zgnNAFTxV4bOmQ2epw6t9v02/lRTdSAblL87yehGMnPFdrqGh6W/w+s7N9atorVGTbqJRcSYYkDr36dayvHMqzfCjTpU08acjyQkWg6QjJ+XoP5Cq2qxPL8E9MEUTykNESEUsceYewoAytNstRk+Gl9fR63LHpyu5ayEKkNh8H585APXFO8O+ETqGif2xq2px6Xp7f6tmUZYZwGJJAAJ6etX9JOfgdquP70v/oypfF8Ul58KPDslpE80MXktKI13YAQqSQPRqAM3UvBjWHhq91kaxBdwRfND5EeVlTIAO7PByTxz0qjqPh82XhDT9e+2mQXZjHkeVjbuBP3s89PSt+zglt/gXeLNDJCzb3CupU4M2QcH1pNfjkm+DWhtBG8vlGFnEaliANwJwPc0AYVv4eM3gibxH9tKiMsPs/ldcSbPvZ/HpU3hzwrJqultq2pahFpelA4WWQDL84zyQAM8e9bEEM0HwLvFnikidt7BZFKnBnyDg+tatw+nTfCzR5bvSJ9Ysoo4t8FsxDKwBBYgEZwc5/8ArUAcf4n8Mvoumx6rZ6hFqWkyEL5yAAoScDOCQRnjPrVmz8JwRaRbal4j1yDSorsAwR7QSQRkZJPXHYD8afqfiKwXwDe6dpvhnUrDTJjsWWXmNZCd3ck9R+dWL7XDpnh/T7H4h+GzcWIULbXUUiSZAUAdG+Vsd8jNAGN4p8OXXh2W3Z7iO7srnPlXCLt5xnBGT29+ay7C1uNRv7eyskD3E7bUBOAOMkn2ABNb3jvw7aaPaaXf6VcXf2C8wFtrh2Yx/LkY3cjjjB6Vj+FdL/t3xHZ6e08kEb7md4zh9oBJCn1PSgDql8CWn2z+zH8T241rZu+zCIemem7PT9OcVhaP4euL3xZLoF5OLW5iVi0ipvHABBAyOCCDXUaT/Y+n/EeDR9N8Lym4t2O7U5pnZk/dk7uQcg/dySOtS2p/4vrdj/p1H/otKAM+38AwNezWE3iW1GpAsY7dEBbb1BZd2c45wOnvVTwNZXOmfEuHT75QLiBJQSvRgUyGHsRVeXTr1/i8fJtLhX/tET+Z5ZA8vglt3TGMj9K6m4kjf442qxkFo7Eq+OzbWP8AIigDJtLS9vfixr0Wmam+m3Cgt5qwrLkbUG0q3Hf9KwdL0G/1zxPqOnW9wHkgmc3F3Kv+0RuwO5OePrXV+Fz/AMXo8Qj/AKYn+UdTfD1w+reO7aFgt4105TsSMuB+R/nQBkzeBY7i2uW0DXrfUru2/wBZAAvX0yCdp4PWsfwt4bn160uL6a7j07TbYkSTSLk5AyeMjGPU1Q8GaP4hmuJU0OO6srmGMJO7Ew9/ukkcnPat7wvoNgfCWpeIdajudSEUkuLSGZgj7WwSdvXJyeeMc4oAj1jwmtvob6zoerRarYRf63aoBUA8kEHBx3HFR+FfCr65p02p3l+mn6XGSBKyglsdTkkAAHjNdNotzb3fws1+ey0QaNA0c22EOWEnyD5wSB16fhVCaOS++Btouno0vlFfOjjGSQsp3cD35oA1tM0qLSfh14jS21GDUbaZZpY54cYI8sDBwSMgg964zwl4Yn12xlvp7yLT9Lg4a4kGSxHXGSAAPU1v+DIJYfhT4kaSCSFZPPdA6Fdw8sDIB7cGr3h1rG4+DsCzabNqlvECJ7OBirswlyehHT72O4oA5rXvCn2DSG1fSNTh1XTUOJWQDcnOM5BII9emKTSvC8cuiRaxr2rw6TYTECHcoLPnock8ZxnHPFXI/Emm2vhDV7TR/CmqWVhOjLJK3KK7rtBJYk9h0pLbWZ9J8G2Nv408PC90EhPs9ykiMQCMrlc8HHQ5HpQBn+J/DM2hW9tew3kV/ptyQI50XaQSMjIyQQQOorA3V0/jLQNNtPDuma3oUt5FY3TIBaTyMwUMpIIDEkYx0561yW6gCbdRuqHdRuoAm3Ubqh3UbqAJt1G6od1G6gCbdRuqHdRuoAm3Ubqh3UbqAJt1G6od1G6gCbdRuqHdRuoAm3Ubqg3UbqAJ91G6od1JuoAh3V0mj+Odc0fTYLCxayFvCCE8yEs3JJ5O73rlt1G6gDqtV8ea9qmm3NjeNZG3uEMb7ISDg+h3Vmarr+oapoVppF2bf7Ha7fL2RkN8qlRk59DWRmjdQBuaz4m1PWI9PS9NttsXDw7IyORjrzz0rVT4j+JFu2nM1oylAnkmE7OCfm65zz6+lcduo3UAams63qGs6pHqGozLJPEQYlC4SPBzgD6j60/xDr1/4gu4bnU/I8yJDGvlIVGCc85JrI3UbqANzw74n1bw75i6ZcJ5Dnc0Ey7kz6joQfoal8Q+LtZ8QRLBfzxpbA5MMCbVYjoWyST/ACrnt1G6gCRsMpVhkGum0bx54g0mzS1inguYUGE+0xlmUemQRkfWuV3UbqANfUvEGqanq1vqV/cLLcWzh4U24jjwQcBR7ge9M17Wr7XdRjvtQaNbmNAiNApTbgkg9Tzk1l7qN1AHZWvxH8SW9sITLaTlRgSywnf+OCAfyrm7nU9QutUGpT3sragGDrOOChHTA6Ae1Ud1G6gDspPiR4ke1MPm2iORjzlh+f69cZ/Cud0jVb7SNUXUbGci8y29pPm8zd1Deuaz91G6gDqLnxvrVxrdtqrCzW6t4nhQCI7drEE5G7rwKwdRupdRvbq7u9nnXDmR9gwM+wqruo3UAdXY+PvEllaLbpexTKowrzxBnA+uRn8c1htqd7JrEeq3Fwbi/jlWUSSjIypyBgYwPYVQ3UbqANTWtavda1RNRv8AyftSBFHloVX5SSOMnuasax4l1LV9UsdQvTbfabIgxbIyF4bdyM88isPdRuoA1dd1u/1zUor++eNLqJAiPApTbgkg9Tzk1ux/EjxKlr5JltHYDHnND8/164z+Fcbuo3UATyzSzzyz3MrzTytvkkc8sfWruha3f6DfNd6XMI3ddsiOu5JB2yP61l7qN1AHYn4jeJDeef51oF2bBD5J2DnO7rnP41zukapfaPf/AG3TLgwXBzuwMq4Jzgg9RVDdRuoA67UviF4iv7Rrcz29srjDPbxkOR7Ek4/CuVXhdo6YxUe6jdQBs3XiHULrw9b6JMbf7BAVKbYyH+XOMnPv6UieINQTwy2gA2/9nMST+7O/7+/rn19qx91G6gDYsPEGoWOhXmj2/wBn+xXZcy7oyX+YAHBz6D0q/oHjbXND09bK0lgmtk4jE6FjGPQEEcexrmN1G6gDodW8Xazq+kPp2py208DOHL+VhwQ24YIOOOnTpUvh7xprOgWH2Kye3ktgxZFnQsUyckAgjjPNczuo3UAbHh/xFqugXEsum3CqJmLSwyLujY+uOx9wau6/401zXbQ2t3PFDbN9+O3Qrv8A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<<toc-selective-expandable "Arbres de presa de decisions per a límits" sort[orden]>>
L'aritmètica és la branca de la matemàtica que té com objecte d'estudi els números i les operacions elementals fetes amb ells (modificat de [[Aritmética, 2016]]).
{{Aritmètica}}
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{{Àlgebra}}
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!!Índex de l'aritmètica i l'algebra
<<toc-selective-expandable "Aritmètica i àlgebra" sort[orden]>>
Aritmética. (2016, 3 de junio). //Wikipedia, La enciclopedia libre//. Data de consulta: 07:54, juny 11, 2016 des de https://es.wikipedia.org/w/index.php?title=Aritm%C3%A9tica&oldid=91468814.
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Esmentat a:
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\left . \begin{array}{} \\ \end{array}\right .
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
@@float:right;margin:5px;width:50%;
[img[Imatge bacteri]]
@@El nombre de bacteris de cert cultiu s'incrementa de 600 a 1800 entre les 7 i les 9 del matí. Sabent que el creixement és exponencial i que $$t$$ representa les hores després de les 7:
a) Troba l'equació del creixement dels bacteris.
b) Calcula el nombre de bacteris a les 8, les 10 i les 11 del matí.
c) Dibuixa la gràfica del creixement que correspon a les 4 primeres hores.
@@float:right;margin:5px;width:50%;
[img[Gasolina]]
@@Un estat compra 540 000 barrils de petroli a tres subministradors diferents que el venen a 27,28 i 32 dòlars el barril, respectivament. La factura total ascendeix a 16.346.000 dòlars. Si del primer subministrador rep el 30% del total de petroli comprat, quina és la quantitat comprada a cada subministrador?
'' Solució: '' compra 162.000 barrils al primer; 31 000 al segon, i 347 000 al tercer.
Considerem: $$\log_a x$$
La base "a" pot ser qualsevol nombre positiu diferent d'u. Però hi ha dues bases que són especials i que són les més emprades ja que les calculadores científiques i fulls de càlcul els poden calcular.
!!Logaritmes decimal: base 10
Els logaritmes en base 10 són els ''logaritmes decimals''. Totes les calculadores científiques poden calcular aquests tipus de logaritmes (tecla: ''log'').
En els logaritmes decimals normalment s'omet la base i no es posa res al seu lloc. Per exemple:
*$$\log 10 = 1$$
*$$\log 1000 = 3$$
* Amb calculadora: $$\log 5\approx 0,69897000433601880479$$
!!Logaritmes neperians o naturals: base $$e$$
[[e]] és un nombre irracional de valor aproximat: @@color:blue;$$
e \approx 2,71828182845904523536...
$$@@Lògicament per ser irracional té infinites xifres decimals.
Aquests logaritmes es denominen ''logaritmes naturals'' i també ''logaritmes neperians''. Es representen amb: @@color:blue;$$\ln x$$@@ i també amb @@color:blue;$$L x$$@@. Totes les calculadores científiques els poden calcular (tecla: ''ln'').
Exemples:
*$$\ln 1=0$$
*$$\ln e = 1$$
*$$\ln 2 \approx 0,69314718055994530942$$
*$$\ln 100 \approx 4,60517018598809136804$$
!!Exercicis
Fes servir la calculadora per calcular els logaritmes:
#$$\log 10$$
#$$\log 3$$
#$$\log 150$$
#$$\log 0.1$$
#$$ \ln 2.718281828 $$
#$$\ln 3$$
#$$\ln 150$$
#$$\ln 0.1$$
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
L'amo d'un bar ha comprat refrescs, cervesa i vi per import de 500 € (sense impostos). El valor del vi és de 60 € menys que el dels refrescos i de la cervesa conjuntament. Tenint en compte que els refrescos han de pagar un IVA del 6%, per la cervesa del 12% i per El vi del 30%, el que fa que la factura total amb impostos sigui de 592.4 €, calcular la quantitat invertida en cada tipus de beguda.
| Solució: |<|h
|x = Import en € dels refrescos. | x = 120 € |
|y = Import en € de la cervesa. | y = 160 € |
|z = Import en € del vi. | z = 220 € |
<<toc Bibliografia sort[title]>>
<$button to="tiddler" >
Solució
</$button>
Cabo, C. (2012). EL HOMESCHOOLING EN ESPAÑA: DESCRIPCIÓN Y ANÁLISIS DEL FENÓMENO. Doctorado. Universidad de Oviedo.
Disponible en: http://encina.pntic.mec.es/jcac0007/analisis%20cuantitativo%203%20hijos.htm [Amb accès 28 Jul. 2016].
La derivada d'una funció $$f(x)$$ es pot indicar de diferents formes.
Per exemple, si $$f(x)=x^2$$, aquestes expressions són equivalents:
*$$f'(x)=2x$$
*$$D(x^2)=2x$$
*$$(x^2)'=2x$$
*$$ \dfrac d {dx} f(x)=2x $$
<<toc-selective-expandable 'Càlcul de derivades' sort[orden]>>
$$
s_{xy=}\dfrac 1 n \sum_{i=1}^n (x_i \cdot y_i \cdot n_i) - \bar x \cdot \bar y
$$
$$
s_{xy=}\dfrac {625}{12}-4.75 \cdot 8.5 \approx \color{blue}{11.708}
$$
$$
s_x=\sqrt{\dfrac 1 n {\sum_{i=1}^{k} (x_i^2 \cdot n_i} )- \bar x^2 }
$$
$$
s_x=\sqrt{\dfrac {357}{12}- 4.75^2 }\approx \sqrt {7.188} \approx \color{blue}{2.681}
$$
$$
s_y=\sqrt{\dfrac 1 n {\sum_{i=1}^{k} (y_i^2 \cdot n_i} )- \bar y^2}
$$
$$
s_y=\sqrt{ \dfrac {1140}{12}- 8.5^2} =\sqrt{22.75} \approx \color{blue} {4.770}
$$
$$
y- \bar y= \dfrac {s_{xy}}{s_{x}^2}(x- \bar x)
$$
$$
y-8.5= \dfrac {11.708}{2.681^2}(x-4.75)
$$
Fem les operacions i aïllem la $$y$$:
@@color:blue;$$
y=1.629x+0.763
$$@@
$$
\bar x = \dfrac 1 n {\sum_{i=1}^{k} n_i x_{i}}= \frac {57}{12}= \color{blue} {4.75}
$$
$$
\bar y = \dfrac 1 n {\sum_{i=1}^{k} n_i y_{i}}= \frac {102}{12}= \color{blue} {8.5}
$$
1. Troba l'equació explícita de la recta tangent a la gràfica de la funció $$ y = -3x ^ 2 + x $$ en el punt d'abscissa x = 1.
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2. Troba l'equació de la recta tangent a la gràfica de la funció $$ f (x) = \ln x $$ en el punt d'abscissa x = 2.
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3. Troba l'equació explícita de la recta tangent a la gràfica de la funció $$ f (x) = \dfrac x {x-3} $$ en el punt x = -1. Quin angle forma aquesta recta?
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4. Troba l'equació de la recta tangent, en el punt d'abscissa x = 0, a la gràfica de la funció $$ f (x) = \dfrac {2x + 2} {3x-1} $$.
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5. Troba l'equació de la recta tangent a la funció $$ f (x) = e ^ {- x} $$ en el punt d'abscissa x = 0.
1. Quin punt de la funció $$ f (x) = \dfrac {-1} {x + 1} $$ té una recta tangent de pendent m = 1?
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2. Quin punt de la funció $$ y = \dfrac 1 x $$ té una recta tangent que formi un angle de 45º?
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3. Troba l'abscissa de la funció $$ f (x) = 2x^ 2 + x $$ la recta tangent tingui pendent m = 2.
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4. La funció $$ y = x ^ 2 + x + 1 $$ té com a recta tangent en el punt d'abscissa x, la recta $$ y = x + 1 $$. Troba x.
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5. La recta y = 2x + 2 és tangent a $$ f (x) = - x ^ 2 + 2 $$?
1. Troba l'equació de la recta tangent a la gràfica de la funció $$ y = x ^ 2 + x + 1 $$ en el punt d'abscissa x = 2.
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2. Troba l'abscissa de la funció $$ y = x ^ 3-x $$ la recta tangent té pendent m = -1. Troba l'equació d'aquesta recta tangent.
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3. Calcula el punt de la funció $$ f(x) = x ^ 2 $$ la recta tangent té pendent 2. Troba també l'equació de la recta.
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4. Donada la funció $$ f(x) = x ^ 3 + ax $$. Troba "a" perquè la recta tangent en el punt d'abscissa x = 2 tingui pendent m = 1. Quan coneguis "a" calcula l'equació de la recta tangent.
# Troba les equacions de les rectes tangents a la gràfica de la funció $$y=e^x$$ en els punts d'abscisses:
##$$x=0$$.
##$$x=1$$.<br><br>
# Troba l'equació de la recta tangent a la gràfica de la funció $$y=x^2+2x-1$$ en el punt d'abscissa $$x=-1$$<br><br>
#Troba l'equació de la recta paral·lela a la recta de l'exercici anterior que passa pel punt P(1,5).<br><br>
#Troba el punt de la funció $$y=x^2-1$$ que té una recta tangent de pendent $$m=-1$$<br><br>
#Trova l'equació de recta tangent del exercici anterior.
$$
r= \dfrac{s_{xy}}{s_x \cdot s_y}=\dfrac {11.708}{2.681 \cdot 4.779} \approx \color{blue}{0.916}
$$
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
És allò que mesurem en els [[individus|Individu (estadística)]] per fer un estudi.
Per exemple:
* L'altura de les persones
*Els centímetres que creixen unes plantes cada setmana
* La pressió sanguínia d'un conjunt de pacients
Es venen tres espècies de cereals: blat, ordi i mill.
Cada volum de blat es ven per 4 €, el de l'ordi per 2 € i el de mill per 0.5 €.
Si es ven 100 volums en total i si obté per la venda 100 €, quants volums de cada espècie es venen?
@@float:right;margin:5px;width:50%;
[img[Imatge cèrvol]]
@@En un vedat de caça s'introdueixen cérvols. El nombre, $$N(t)$$, dels quals encara queden vius després de $$t$$ anys es prediu que és:
$$ N (t) = 100 \cdot 0,9 ^ t $$
Com es pot veure, aquesta fórmula correspon a un creixement geomètric.
Respon les preguntes a, b i c sense fer cap operació.
a) Quin és el nombre inicial de cérvols introduïts en un principi?
b) La quantitat de cérvols creix o decreix amb el temps?
c) Quin percentatge de cérvols augmenta o disminueix cada any?
d) Calcula el temps que trigarà en reduir-se a la meitat el nombre de cérvols.
@@float:right;margin:5px;width:50%;
[img[Imatge ciutat]]
@@Una ciutat té, en un moment determinat, 25 000 habitants. Quan han passat 10 anys el seu nombre s'ha duplicat. Sabent que el creixement de la població d'aquesta ciutat segueix la llei:
$$ P (t) = 25000e ^ {kt} $$
"t" es mesura en anys i t = 0 és el moment en què té els 25 000 habitants
a) Troba el valor de k i escriu la llei de creixement completa.
b) Fent ús de la llei del punt anterior, determina el nombre d'habitants que tindrà quan passin 15 anys.
c) Quants anys trigarà a arribar al milió d'habitants?solució:
a) $$ k = \dfrac {{\ ln 2}} {{10}} \approx \, 0,06931$$
$$P (t) = 25.000e ^ {\frac {{\ln 2}} {{10}} t}$$
b) 70 710 habitants
c) 53 anys
Un client d'un supermercat ha pagat un total de 156 € per 24 l de llet, 6 kg de pernil serrà i 12 l d'oli d'oliva. Calcular el preu de cada article, sabent que 1 l d'oli costa el triple que 1 l de llet i que 1 kg de pernil costa igual que 4 l d'oli més 4 l de llet.
'' Solució '': Llet 1 €, pernil 16 €, oli 3 €
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El coeficient de correlació de Pearson, r, entre dues variables, X, Y, és un índex que varia de -1 a 1 i mesura la relació lineal entre les dues variables.
Quan r s'aproxima a 1 o -1 les variables varien conjuntament, quan r s'aproxima a 0, les variables són independents i no covarien.
La serva fórmula és:
$$
r= \dfrac {s_{xy}} {s_x \cdot s_y}
$$
$$s_{xy}$$ és la [[covariància|Covariància]] i $$s_x$$ i $$s_y$$ són les [[desviacions típiques|Desviació típica o estàndard]] de X i Y.
<center>
{{r=0.9}}
{{r=0.1}}
{{r=-0.9}}
</center>
([[Gràfics creats amb R|Gràfics coeficient correlació]])
Si tenim dos punts podem fer servir l'equació punt pendent o l'equació explícita de la recta.
!!Equació explícita
Podem fer servir un sistema de dos equacions amb dos incògnites, substituint les coordenades (x,y) de cada punt dues vegades a l'equació [[explícita|Equació explícita de la recta]]: $$y=mx+n$$.
Calcular l'equació de la recta que passa pels punts A(3,1) i B(1,0):
$$
\left \{ \begin{matrix} 1=m \cdot 3 + n \\ 0 = m \cdot 1 + n \end{matrix} \right . $$
Resolent-la arribem a la conclusió de que $$m= \dfrac 1 2 $$ i $$n= \dfrac {-1} 2 $$. Per tant l'equació buscada és:
$$
y= \dfrac x 2 - \dfrac 1 2$$
!!Equació punt-pendent
Podem fer servir l'equació [[punt-pendent|Equació punt-pendent de la recta]] de la recta:
$$ y-y_0=m(x-x_0)
$$
Substituint les coordenades d'un punt per $$(x_0,y_0)$$ i les de l'altra per $$(x,y)$$. D'aquesta manera calculem $$m$$. Després substituïm el valor de $$m$$ que acabem de calcular i un dels punts (qualsevol) a l'equació explícita: $$y=mx+n$$ per calcular $$n$$.
Amb els mateixos punts d'abans A(3,1) i B(1,0):
$$ 1-0=m(3-1)$$ d'aquí veiem que $$m = \dfrac 1 2$$.
Substituïm el piunt B(1,0) (també ho podríem fer amb A) a l'equació explícita de la recta: $$0= \dfrac 1 2 \cdot 1 +n$$. Per lo que $$n= -\dfrac 1 2$$.
Que, com abans, ens dona la recta:
$$
y= \dfrac x 2 - \dfrac 1 2$$
Si tenim un punt i la pendent podem fer servir l'equació punt pendent o l'equació explícita de la recta.
!!Equació punt pendent
És el mètode més senzill ja que basta amb substituir les dades i aïllar la $$y$$. Per exemple, si la pendent és $$m=3$$ i el punt és $$P(1,2)$$, substituïm aquestes dades a l'equació punt-pendent $$y-y_0=m(x-x_0)$$:
$$
y-2=3(x-1)
$$
$$
y-2=3x-3
$$
@@color:blue;$$
y=3x-1
$$@@
!!Equació explícita
Hem de substituir les dades a l'equació explícita $$y=mx+n$$ per calcular $$n$$. Fent servir el mateix exemple d'abans amb $$P(1,2)$$ i $$m=3$$:
$$
2=3 \cdot 1 +n
$$
$$
2-3=n
$$
$$
n=-1
$$
Per tant,
@@color:blue;$$
y=3x-1
$$@@
Aquest llibre no és una pàgina web normal. A diferència d'un lloc web tradicional està format per un únic arxiu que conté totes les pàgines. Aquest arxiu s'anomena [[TiddlyWiki|http://tiddlywiki.com/]] i les pàgines que conté es diuen //tiddlers//.
!!Navegació pel llibre
A la dreta tens el menú que dona accés a totes les pàgines.
*Prement a sobra els títols s'obriran les pàgines que tenen els seus propis menús a les pàgines de nivell inferior.
*Prement a sobra el símbol ''>'' els menús es despleguen en forma d'arbre.
!!Icones dels tiddlers
Cada tiddler té tres icones:
#[img width=50px [Gràfic tanca els altres]]: //''Tanca els altres tiddlers''//. Tanca tots els tiddlers excepte l'actual.
#[img width=50px [Gràfic tanca aquest tiddler]]://''Tanca aquest tiddler''//. Tanca el tiddler actual. Si vols tancar tots els tiddlers oberts consulta els botons del menú lateral.
#[img width=50px [Gràfic més accions]]: //''Més accions''//. Desplega un menú amb altres opcions:<br>{{Gràfic menú més accions}}<br>Diverses opcions són per editar i crear nous tiddlers que no tenen interès en aquest context, però altres et podrien ser d'utilitat. Per exemple:
##//''Enllaç permanent''//. Crea una adreça a la barra superior del navegador que porta directament a aquest tiddler. És útil per compartir un tiddler amb una altra persona.
##//''Vista permanent''//. Aquest botó també es troba al menú lateral dret. És similar a l'anterior ja que crea una adreça a la barra d'adreces del navegador de tots els tiddlers oberts en aquest moment. És útil per compartir un conjunt de tiddlers amb alters persones.
##//''Open in new window''//. Obre el tiddler actual en una finestra nova.
!!Botons del menú lateral dret (superior als mòbils)
A la part dreta o a dalt de tot, a sota el títol hi ha tres botons:
#[img width=50px [Gràfic tanca tots els tiddlers]]: //''Tanca tots els tiddlers''//. Tanca tots els tiddlers oberts en aquest moment.
#[img width=50px [Gràfic vista permanent]]: //''Vista permanent''//. Fa que la barra d'adreces del navegador mostri un enllaç a tots els tiddlers oberts en aquest moment. Es fa servir per compartir un conjunt de tiddlers amb altres.
#[img width=50px [Gràfic desa]]: //''Desa els canvis''//. Permet descarregar el llibre al teu ordinador. Una vegada baixat es podrà obrir amb qualsevol navegador.
A la part superior dreta tens el botó:
[img width=50px [Gràfic hide sidebar]]
Fa amagar tota la part dreta del títol i el menú. És especialment útil quan es visualitza el llibre en un mòbil ja que simplifica la visualització.
!!Cercar informació al llibre
Si coneixes una paraula o més paraules d'allò que estàs buscant fes servir el cercador que es troba a sota el títol. Tindràs dos tipus de resultats:
#//''Title matches''// és la llista de tiddlers que contenen les paraules cercades al títol.
#//''All matches''// és la llista de tiddlers que contenen les paraules cercades al títol i al text dels tiddlers.
!!Imprimir els tiddlers
Només tens que obrir els tiddlers que vols imprimir i fer servir la funció per imprimir del teu navegador (també prement CTRL+P). El menú lateral i títol del llibre no apareixeran, només s'imprimiran els tiddlers oberts en aquest moment.
Donades les funcions:
$$f(x)= \dfrac 2 x, \space\space $$
$$g(x)= 2x+1, \space\space $$
$$h(x)= x^2+x+3$$
Realitza les composicions indicades, simplificant el resultat al màxim:
# $$f(g(x))$$
# $$(h \circ g) (x)$$
# $$g(f(x))$$
#$$(g \circ f) (x)$$
<$button to='Solució Composició 1' >
Solució
</$button>
Donades les funcions:
* $$f(x)=x-1$$
*$$g(x)=x+1$$
*$$h(x)=\dfrac {x+1}{x}$$
Fes les composicions:
#$$ (f \circ g)(x) $$
# $$ h(f(x))$$
# $$ (f \circ f)(x) $$
# $$f(h(x))$$
# $$ (g \circ h)(x) $$
<$button to="Solució Composició 2" >
Solució
</$button>
@@float:right;margin:5px;width:50%;
[img[nines russes]]
@@{{Composició de funcions (definició)}}
!!Altre exemple
$$f(x)=3x^2+2x-3$$, $$g(x)=x+1$$
$$f(g(x))=3 \cdot g(x)^2+2 \cdot g(x)-3$$
$$f(g(x))=3 \cdot (x+1)^2+2 \cdot (x+1)-3$$
$$f(g(x))=3 \cdot (x^2+2x+1)+2 \cdot (x+1)-3$$
$$f(g(x))=3x^2+6x+3+2x+2-3$$
$$f(g(x))=3x^2+8x+2$$
---
!!Índex de la composició de funcions
<<toc-selective-expandable 'Composició de funcions' sort[title]>>
Fer la composició de dues funcions és aplicar a sobre $$x$$ dues funcions, una rera l'altre.
Es representa com a $$(f \circ g)(x)$$ i també $$f(g(x))$$
Tal com està escrit, en primer lloc s'aplicaria la funció $$g$$ i desprès la $$f$$.
Per exemple, multiplicar $$x$$ per dos i desprès fer la arrel quadrada.
La primer funció, multiplicar per dos seria: $$g(x)=2x$$.
La segona funció, fer la arrel quadrada, seria: $$f(x)=\sqrt x$$.
La composició és: $$(f \circ g)(x)=\sqrt {2x}$$.
Com es fa?
Agafem $$g$$ i la col·loquem al lloc de la $$x$$ de $$f$$:
$$
(f \circ g)(x)=\sqrt{g(x)}=\sqrt {2x}
$$
Per un retolador, un quadern i una carpeta es paguen 3,56 euros. Se sap que el preu del quadern és la meitat del preu del retolador i que, el preu de la carpeta és igual al preu del quadern més el 20% del preu del retolador. Calcula els preus que marcava cadascuna de les coses,
sabent que sobre aquests preus s'ha fet el 10% de descompte.
'' Solució: '' El retolador marcava 1,80 euros, el quadern, 0,90 euros i, la carpeta, 1,26 euros.
!!Experiment aleatori
{{Experiment aleatori (definició)}}
---
!!Espai mostral
{{Espai mostral (definició)}}
---
!!Esdeveniment
{{Esdeveniment (definició)}}
!!Població o univers
{{Població (estadística)}}
---
!!Mostra
{{Mostra (estadística)}}
---
!!Individu
{{Individu (estadística)}}
---
!!Caràcter
{{Caràcter (estadística)}}
---
{{Estadistica.png}}
{{Coeficient de correlació lineal de Pearson}}
[[Exemple de càlcul de la correlació]]
{{Covariància (definició)}}
[[Exemple del càlcul de la covariància]]
La covariància, $$s_{xy}$$, és una mesura que ens indica si dues variables varien conjuntament. És a dir, quan una augmenta l'altre també ($$ s_{xy} >0 $$) o quan una augmenta l'altra disminueix ($$ s_{xy} <0 $$).
Si la variació de les variables és independent la una de l'altra la seva covariància serà zero ($$ s_{xy} =0 $$).
La seva fórmula és:
$$
s_{xy=}\dfrac 1 n \sum_{i=1}^n (x_i- \bar x)(y_i-\bar y)
$$
També aquesta:
@@color:blue;$$
s_{xy=}\dfrac 1 n \sum_{i=1}^n (x_i \cdot y_i \cdot n_i) - \bar x \cdot \bar y
$$@@
$$ \bar x $$ i $$ \bar y $$ són les [[mitjanes|Mitjana]].
{{Creixement exponencial (definició)}}
En el creixement exponencial normalment es fa servir la base //''e''// però no és l'única i de vegades es fan servir altres.
---
!!Índex de problemes
<<toc-selective-expandable "Creixement exponencial" sort[orden]>>
El creixement exponencial és un tipus de creixement molt ràpid que podem trobar a:
*El creixement d'una població de bacteris.
*Les fases inicials del creixement de poblacions animals o humanes.
*La divisió de cèl·lules en un embrió.
*Els preus de determinats productes.
*El nombre de visites a una pàgina web.
*etc.
La seva fórmula és:
$$
P(t)=P_0 \cdot e^{rt}$$
On:
*$$t$$ és el ''temps'' (hores, dies, mesos, anys, etc.). El moment inicial sempre és $$t=0$$.
*$$P(t)$$ és el ''nombre de individus en el moment $$t$$''.
*$$P_0$$ és la ''població inicial'' (el nombre d'individus en el moment $$t=0$$).
*$$r$$ és la ''constant de creixement''. Un valor que quan més gran és, mes ràpid augmenta la població.
*$$e \approx 2.718281828459$$. És la ''base dels [[logaritmes neperians|Bases del logaritme]].''
<center>[img width=66% [Imatge exponencial]]<br><small>Creixement exponencial amb $$P_0=1$$ i $$r=0.1$$. L'eix X és el temps, $$t$$, l'eix Y és la població, $$P(t)$$.</small></center>
{{Creixement geomètric (definició)}}
---
!!Índex de problemes
<<toc-selective-expandable "Creixement geomètric" sort[orden]>>
El creixement geomètric moltes vegades es fa servir com a sinònim d'[[exponencial|Creixement exponencial (definició)]]. Tot i que matemàticament són equivalents la seva fórmula no ho és.
El creixement geomètric fa servir el concepte de percentatge de creixement. Quan un procés augmenta o disminueix un percentatge determinat, anomenat taxa de creixement, es segueix la fórmula:
$$
P(t)=P_0 \cdot (1+p)^t
$$
On:
*$$P(t)$$ és el ''nombre d'individus'' de la població ''en el moment t''.
*$$P_0$$ és el ''nombre d'individus'' de la població'' inicial''.
*$$t$$ és el ''temps''.
*$$p$$ és la ''taxa de creixement'' i es el ''percentatge d'augment'' del nombre d'individus de la població. Pot ser positiva (la població augmenta) o negativa (disminueix). Exemples:
**Si una població es duplica cada any, @@color:blue;$$1+p=2$$@@.
** Si una població creix un 3% cada mes, $$p= \dfrac 3 {100}= 0.03$$, per tant @@color:blue;$$1+p=1.03$$@@
**Si una població disminueix un 15% anual llavors $$p= \dfrac {-15} {100}=-0.15$$, per tant @@color:blue;$$1+p=1-0.15=0.85$$@@. En aquest cas $$p$$ és negatiu perquè la població disminueix en lloc d'augmentar.
<center>[img width=66% [Imatge creixement geomètric]]<br><small>Creixement geomètric amb població inicial de 25 i augment per unitat de temps del 3%: $$ P(t)=25 \cdot 1.03^t $$</small></center>
{{Creixement logístic (definició)}}
---
!!Índex de problemes
<<toc-selective-expandable "Creixement logístic" sort[orden]>>
Aquest tipus de creixement és molt ràpid al principi (com l'[[exponencial|Creixement exponencial]]) però desprès s'estabilitza en un valor anomenat ''capacitat de càrrega'' o de persistència, que és el valor màxim al que arribarà.
La seva fórmula és:
$$
P(t) = \dfrac{K P_0 e^{rt}}{K + P_0 \left( e^{rt} - 1\right)}
$$
On:
*$$t$$ és el ''temps'' (hores, dies, mesos, anys, etc.). El moment inicial sempre és $$t=0$$.
*$$P(t)$$ és el ''nombre de individus en el moment $$t$$''.
*$$K$$ és la ''capacitat de càrrega'', es a dir el valor màxim al que arribarà la població.
*$$P_0$$ és la ''població inicial'' (el nombre d'individus en el moment $$t=0$$.
*$$r$$ és la ''constant de creixement''. Un valor que quan més gran és, mes ràpid augmenta la població.
*$$e \approx 2.718281828459$$. És la ''base dels [[logaritmes neperians|Bases del logaritme]].''
<center>[img width=66% [Imatge logística]]<br><small>Creixement logístic amb $$K=100$$, $$P_0=2$$ i $$r=0.1$$. L'eix X és el temps, $$t$$, l'eix Y és la població, $$P(t)$$.</small></center>
<<toc-selective-expandable "Curs 2015-16" sort[title]>>
És un valor d'una [[variable estadística|Variable estadística]]
Per exemple, si hem mesurat l'altura de 40 persones, cadascuna d'aquestes mesures és una dada.
En l'estudi original de les dades sobre el nombre de fills que tenen les families, que hem fet servir a l'exercici: [[Exercici: Desviació típica (1)]], l'autor diu:
<<<
//Tenemos conocimiento de una familia con 15 hijos que sólo ofreció información de los cuatro de menor edad// (...)
<<<[[Carlos Cabo|http://encina.pntic.mec.es/jcac0007/analisis%20cuantitativo%203%20hijos.htm]]
Així doncs, al menys, una de les 5 famílies que consta com que tenen 4 fills, en realitat tenen 15 fills.
Torna a elaborar la taula de freqüències rectificant aquesta dada i calcula de nou les mesures de centralització i la desviació típica.
Compara els resultats que has obtingut ara amb els primers i respon: Com afecta aquest canvi a les mesures de centralització i dispersió? Quines mesures són les més afectades?
Es recullen aquí les dades que es fan servir en alguns apartats d'estadística.
<<toc-selective-expandable "Dades estadístics" sort[orden]>>
A la [[Wikipedia|https://es.wikipedia.org/wiki/Carbono-14]], trobem:
<<<
El carboni-14, ^^14^^C o radiocarboni, és un isòtop radioactiu del carboni, descobert el 27 de febrer de 1940 per Martin Kamen i Sam Ruben. El seu nucli conté 6 protons i 8 neutrons. Willard Libby va determinar un valor per al període de [[semidesintegració|Període de semidesintegració]] o semivida d'aquest isòtop: 5568 anys. Determinacions posteriors a Cambridge van produir un valor de 5730 anys.
El mètode de datació per radiocarboni és la tècnica basada en isòtops més fiable per conèixer l'edat de mostres orgàniques de menys de 45 000 anys.
<<<
a) Escriu l'equació geomètrica de desintegració del carboni-14.
b) Al text se'ns diu que aquest mètode es fa servir per mostres de menys de 45000 anys. Calcula la quantitat de C-14 que encara resta passats aquests anys.
<<toc Definicions sort[title]>>
$$
y'=\lim_{h \to 0} \dfrac {f(x_0+h) - f(x_0)} h
$$
<<toc-selective-expandable Derivades sort[orden]>>
<<toc-selective-expandable 'Derivades amb límits' sort[orden]>>
Deriva fent servir [[límits|Derivada com a límit]]:
#$$y = 6x$$
# $$y = x + 5$$
#$$y = 3x - 9$$
#$$y = -5x + 8$$
#$$y = 2x^2 + 2$$
#$$y = x^2 - 3x + 6$$
#$$y = 7x^2 - 4x - 2$$
#$$y = -x^2 + 6x - 1$$
#$$y = 3 - 3x - 3x^2$$
#$$y = 4x^2 + 3x^2 + 9x^2$$
<$button to="Soluciones Derivación con límites 1" >
Solució
</$button>
Deriva fent servir [[límits|Derivada com a límit]]:
# $$y = x^2 + x + 10$$<br><br>
# $$y = 5 - 3x$$<br><br>
# $$y = x^2 + 2x - 3$$<br><br>
# $$ y = \dfrac 3 x$$<br><br>
#$$ y= \dfrac {-2} x $$<br><br>
# $$ y=8x^2$$<br><br>
#$$y=43$$<br><br>
#$$y= 6x$$<br><br>
#$$y=-9x^2+4x$$<br><br>
#$$y= \dfrac 8 x $$
<$button to="Solución Derivación con límites 2" >
Solució
</$button>
Si escrivim una funció directament en ~WolframAlpha una de les informacions que ens donarà és la serva derivada (on posa ''Derivative'' als resultats que ens mostra).
Si volem només la derivada d'una funció, llavors hem de posar ''derivative'' davant de la funció.
!!Exemple 1
$$f(x)=\dfrac {x+1}{3x-2}
$$
[[derivative (x+1)/(3x-2)|http://www.wolframalpha.com/input/?i=derivative+(x%2B1)%2F(3x-2)%20]]
*[[Enllaç per a mòbil|http://m.wolframalpha.com/input/?i=derivative+(x%2B1)%2F(3x-2)%20]]
---
!!Exemple 2
$$f(x)=5^{x^2+x+2}
$$
[[derivative 5^(x^2+x+2)|http://www.wolframalpha.com/input/?i=derivative+5%5E(x%5E2%2Bx%2B2)%20]]
*[[Enllaç per a mòbil|http://m.wolframalpha.com/input/?i=derivative+5%5E(x%5E2%2Bx%2B2)%20]]
Nota: Recordem que ~WolframAlpha fa servir logaritmes naturals. Així doncs $$\log(5)$$ és en realitat $$\ln(5)$$.
Algunes de les derivades no són compostes. S'ha fet així per augmentar la varietat d'exercicis.
<<toc-selective-expandable 'Derivades compostes' sort[orden]>>
# $$ y = \ln e^x $$<br><br>
# $$ y = \sqrt {2x-2} $$<br><br>
# $$ y= \log_9 (\cos x) $$<br><br>
# $$ y = (x+3)^4 \cdot (2x)^8 $$<br><br>
# $$ y = \sin^3 x $$, recuerda que esto es lo mismo que $$(\sin x )^3$$<br><br>
# $$ y = \sqrt [3] {2x+2} $$<br><br>
# $$ y = e^{3x^2+2x} $$<br><br>
# $$ y = \tan {x^5} $$<br><br>
# $$ y = \tan^5 x $$<br><br>
# $$ y = 2^{\ln 2} \cdot \sin 5 $$
<$button to="Solución Derivadas compuestas 1" >
Solució
</$button>
# $$ y= \dfrac x {3x-3} $$<br><br>
# $$ y = 7^{2x} \cdot (2x+6) $$<br><br>
# $$ y = \sqrt {\cos 2x} $$<br><br>
# $$ y = e^{(2x)^5} $$<br><br>
# $$ y = \dfrac {(x^2+x)^2} {3x} $$<br><br>
# $$ y = \sin {\sqrt {7x^2}} $$<br><br>
# $$ y = 4^{\ln x} $$<br><br>
# $$ y = 8(6x^2-3x+2)^8 $$<br><br>
# $$ y = \dfrac 1 {(x+1)^2} $$<br><br>
# $$ y = (x+4)^3 \cdot (2x)^4 $$
<$button to="Solución Derivadas compuestas 2" >
Solució
</$button>
# $$ y = 40x\cdot (3x-1)^5 $$<br><br>
# $$ y = \dfrac {\cos {\sqrt {x^3}}} {66} $$<br><br>
# $$ y =\sqrt [4] {5x+3} $$<br><br>
# $$ y = \log_2 {(8x^2+x)} $$<br><br>
# $$ y = \dfrac {9x-6} x $$<br><br>
# $$ y =10^{\tan x} $$<br><br>
# $$ y = (6x-9)^5 $$<br><br>
# $$ y =5^{x+1} \cdot (x+1)^5 $$<br><br>
# $$ y = \tan (\ln x) $$<br><br>
# $$ y =\dfrac 1 {\sqrt x} $$
<$button to="Solución Derivadas compuestas 3" >
Solució
</$button>
# $$y= 5^{5x-1}+3x$$<br><br>
#$$y=\log_2 \dfrac 1 x$$<br><br>
#$$y=\dfrac {8x}{x^2+x}$$<br><br>
#$$y=\sqrt{1+\sqrt x}$$<br><br>
#$$y=x^{-4} - 2 x^{-5}+3$$<br><br>
#$$y=\sin(4x) $$<br><br>
#$$y=\sqrt [3] {x^5} $$<br><br>
#$$y= 3x \cdot (2x+2)^4 $$<br><br>
#$$y= \sin x \cdot \cos x $$
# $$ y= \dfrac {7x-2}{x^3} $$<br><br>
# $$ y=\cos(5x+2) $$<br><br>
# $$ y=(5x^2+4x-2)^6 $$<br><br>
# $$ y= \log_3 \dfrac {x+1}{x-1} $$<br><br>
# $$ y=5x \cdot e^{5x} $$
!!Derivada d'una constant, $$k$$, per una funció, $$f(x)$$
@@color:blue;$$
D(k \cdot f(x))=k \cdot f'(x)$$@@
També:
@@color:blue;$$
D \dfrac {f(x)} k = \dfrac {f'(x)} k$$@@
És a dir, quan una constant multiplica o divideix una funció, la constant no es deriva.
Per exemple:
$$D(3x^2)= 3 \cdot D(x^2)= $$
$$3 \cdot 2x =$$@@color:red;$$ 6x$$@@
Altre exemple:
$$ D \dfrac {x^2+x} 5 =$$@@color:red;$$ \dfrac {2x+1} 5$$@@
---
!!Derivada de la suma i diferència de funcions
@@color:blue;$$
D(f(x) \pm g(x))= f'(x) \pm g'(x) $$@@
Per exemple:
$$D(x^2+x)=D(x^2) + D(x)=$$
@@color:red;$$ 2x + 1$$@@
---
!!Derivada del producte de dues funcions
@@color:blue;$$
D(f(x) \cdot g(x))= f'(x) \cdot g(x) + g'(x) \cdot f(x)$$@@
//La derivada del producte de dues funcions és la derivada de la primera funció per la segona sense derivar, més la derivada de la segona per la primera sense derivar//.
Per exemple:
$$D(x \cdot \ln x) =$$
$$ D(x) \cdot \ln x + D( \ln x) \cdot x =$$
$$1 \cdot \ln x+ \dfrac 1 x \cdot x=$$
@@color:red;$$ \ln x + 1$$@@
---
!!Derivada de la divisió de dues funcions
@@color:blue;$$
D \dfrac {f(x)}{g(x)}= \dfrac {f'(x)\cdot g(x)-g'(x) \cdot f(x)}{[g(x)]^2}$$@@
//La derivada de la divisió de dues funcions és la derivada de la primer funció per la segona sense derivar, menys la derivada de la segona per la primera sense derivar, partit per la segona funció al quadrat.//
Per exemple:
$$D \dfrac x {x-1}=\dfrac {D(x) \cdot (x-1) - D(x-1) \cdot x}{(x-1) ^2}=$$
$$ \dfrac {1 \cdot (x-1)- 1 \cdot x}{(x-1)^2}=$$
$$ \dfrac {x-1-x}{(x-1)^2}=$$
@@color:red;$$ \dfrac {-1} {(x-1)^2} $$@@
El denominador no es desenvolupa ''mai''.
<<toc-selective-expandable 'Derivades simples' sort[orden]>>
Deriva las siguientes funciones:
# $$y= 3x^2+4x-1$$
# $$ y = 9x + \sqrt x $$
# $$ y = 5^x - 3 \ln x $$
# $$ y = \cos x - 2x^3 $$
# $$ y = \tan x + \log_3 x $$
# $$y = \sin x + 77 \sqrt [5] {x}$$
# $$ y = -5 + e^x $$
# $$ y = x + e^{2\pi} $$
# $$ y = 9 ^x + \ln x $$
# $$ y = 10 - x - \sin x $$
<$button to="tiddler" >
Solució
</$button>
<<toc-selective-expandable 'Derivades simples amb multiplicació i divisió' sort[orden]>>
# $$ y = x \cdot \sin x $$<br><br>
# $$ y = x \cdot \ln x $$<br><br>
# $$ y = \dfrac {-3} x $$<br><br>
# $$ y = x^7 \cdot \tan x $$<br><br>
# $$ y = \dfrac {\ln x} x $$<br><br>
# $$ y = \sin x \cdot \cos x $$<br><br>
# $$ y = 2^x \cdot x^2 $$<br><br>
# $$ y = \dfrac {3x-3} {2x+5} $$<br><br>
# $$ y = (x+1) \cdot (4x+4)$$<br><br>
# $$ y = x \cdot \ln x \cdot e^x $$
<$button to="Solució: Derivades simples amb multiplicació i divisió 1" >
Solució
</$button>
#$$y=2x \cdot (2x+1)$$<br><br>
#$$y=\dfrac{x^2}{1-x} $$<br><br>
#$$y= \dfrac 1 x + \dfrac 1 {x^2} + \dfrac 1 {x^3} + \dfrac 1 {x^4}$$ generaliza los resultados que has obtenido para cualquier valor, n, del exponente de la x: $$y= \dfrac 1 {x^n}
{{Desviació típica o estàndard (definició)}}
---
!!Índex de Desviació típica
<<toc-selective-expandable "Desviació típica o estàndard" sort[orden]>>
La ''desviació típica'', ''desviació estàndard'' o ''desviació tipus'', es una mesura de dispersió que és igual a l'arrel quadrada positiva de la [[variància|Variància (definició)]].
$$s$$ representa la desviació mitjana de cada dada a la mitjana de la mostra.
La desviació típica mostral es representa per $$s$$ i la poblacional per $$\sigma$$.
$$
s= \sqrt {s^2}
$$
Es a dir:
$$
s_x=\sqrt{\dfrac 1 n {\sum_{i=1}^{k} (x_i^2 \cdot n_i} )- \bar x^2 }
$$
Les seves unitats són les mateixes que les de $$x$$.
Es desitja dissenyar una dieta especial a partir de tres ingredients bàsics.
* L'ingredient A conté 5 unitats de proteïnes, 2 de lípids i 4 de carbohidrats per quilogram.
* L'ingredient B conté 6 unitats de proteïnes, 1 de lípids i 2 de carbohidrats.
* I l'ingredient C conté 3 unitats de proteïnes, 6 de lípids i 2 de carbohidrats.
Si els requeriments de cada nutrient són:
* 2354 unitats de proteïnes,
*1310 de lípids,
*i 1240 de carbohidrats,
quants quilograms de cada ingredient han de barrejar per complir amb els requeriments indicats?
Solució: La dieta tindrà 136 unitats d'A, 210 de B i 138 de C.
La discussió de sistemes consisteix en dir el tipus de sistema que tenim. Els sistemes es poden classificar en diversos tipus segons els rangs després d'aplicar el [[mètode de Gauss|Mètode de Gauss (definició)]] per obtenir una matriu triangular superior.
Anomenarem @@color:blue;$$rang(M)$$@@ al [[rang|Rang d'una matriu]] de la [[matriu associada|Matriu associada]] i @@color:blue;$$rang(M^*)$$@@ al rang de la [[matriu ampliada|Matriu ampliada]].
!!Tipus de sistemes segons els rangs
*Sistemes ''compatibles''. <br>Són ''sistemes amb solució''.<br> El rang de la matriu associada és el mateix que el rang de la matriu ampliada: @@color:blue;$$rang(M)=rang(M^*)$$@@
**Sistemes ''compatibles determinats''. <br>Són ''sistemes amb una solució''. Els rangs de les matrius associades i ampliades coincideixen amb el número d'incògnites: <br>@@color:blue;$$rang(M)=rang(M^*)=$$ Número d'incògnites. @@
**Sistemes ''compatibles indeterminats''.<br> Són ''sistemes amb infinites solucions''. <br>Els rangs de les matrius associada i ampliada són iguals però menors que el número d'incògnites. <br>@@color:blue;$$ rang(M)=rang(M^*) < $$ Número d'incògnites.@@
*Sistemes ''incompatibles''.<br> Són ''sistemes sense solució''. <br>El rangs de les matrius associada i ampliada són diferents. <br>@@color:blue;$$rang(M) \neq rang(M^*)$$@@
L'estadística bidimensional treballa amb parells de variables ($$x,y$$) que son mesures de característiques de la mateixa mostra o població.
En aquest tipus de distribució les dades estan aparellades.
<<toc-selective-expandable "Distribucions bidimensionals" sort[orden]>>
Distribuzione (statistica). (3 marzo 2016). //Wikipedia, L'enciclopedia libera//. Amb accès el 13 de juny 2016, 16:24 de http://it.wikipedia.org/w/index.php?title=Distribuzione_(statistica)&oldid=79288566.
@@color:blue;El domini d'una funció, $$f(x)$$, està format pels valors de x per als quals podem calcular $$f(x).$$@@
Per exemple:
Si $$f(x)= \dfrac 1 x$$
$$x=1$$ pertany al domini, ja que podem calcular $$f(1)= \dfrac 1 1 = 1$$.
però, $$x=0$$ no pertany al domini, ja que $$f(0)=\dfrac 1 0 = \nexists$$. Es a dir, no es pot calcular.
Si escrivim directament una funció una de les informacions que ens dona és el domini (on posa Domain als resultats que ens dona).
Si volem només el domini hem de escriure ''domain of'' davant de la funció.
!!Exemple 1
$$f(x)=\dfrac 1 {x^2-1}
$$
$$D=\mathbb{R}-\{\pm1 \}
$$
[[domain of 1/(x^2-1)|http://www.wolframalpha.com/input/?i=domain+of+1%2F(x%5E2-1)%20]]
*[[Enllaç per a mòbil|http://m.wolframalpha.com/input/?i=domain+of+1%2F(x%5E2-1)%20]]
Interpretació del resultat:<br>
{{Gràfic WolframAlpha 2}}
El domini són els nombres reals, $$x \in \mathbb{R}$$ , on x és diferent d'1 ($$x \neq 1$$) i de -1 ($$x \neq -1$$).
A sota tenim la recta real amb el domini dibuixat amb blau.
---
!!Exemple 2
$$f(x)=\log(x^2-4)
$$
$$D=(-\infty,2) \cup (2,\infty)
$$
[[domain of log(10,x^2-4)|http://www.wolframalpha.com/input/?i=domain+of+log(10,x%5E2-4)%20]]
*[[Enllaç per a mòbil|http://m.wolframalpha.com/input/?i=domain+of+log(10,x%5E2-4)%20]]
Interpretació del resultat:<br>
{{Gràfic WolframAlpha 1}}
El domini són els nombres reals, $$x \in \mathbb{R}$$ , on $$x<-2$$ i $$x>2$$.
A sota tenim la recta real amb el domini dibuixat amb blau.
{{Domini}}
Podem donar qualsevol valor a x, excepte el 0. Per tant el domini d'aquesta funció és: $$D=\mathbb{R} - \{0\}$$. També ho podriem expressar com: $$D=(- \infty,0) \cup (0, \infty)$$
!!Índex de dominis
<<toc-selective-expandable "Domini d`una funció" sort[orden]>>
Les funcions exponencials tenen el seu domini igual a tots el reals, és a dir:
$$
D=\mathbb{R}
$$
O, es que és el mateix:
$$
D=(-\infty,\infty)
$$
Per exemple, el domini de $$y=e^{2x-1}$$ és $$D=\mathbb{R}$$.
No obstant això, si a l'exponent posem una fracció, arrel o logaritme, llavors el domini es veuria afectat per aquestes funcions.
Les funcions [[irracionals|Funció irracional]] són les que tenen arrels.
Les arrels parells no poden ser negatives, però les arrels senars si. Per tant el que hem de fer en aquests dominis és buscar els ''valors de la $$x$$ que fan les arrels parells negatives.''
Les arrels senars, en principi, tenen el seu domini igual a tots els nombres reals.
!!Com es fa
Igualem el contingut de l'arrel a zero i mirem el signe en els intervals intermitjos. El domini estarà format pels intervals positius.
!!índex de domini de funcions irracionals
<<toc-selective-expandable "Domini de funcions irracionals" sort[orden]>>
Un logaritme no pot ser ni zero ni negatiu ([[Vegeu les Propietats dels logaritmes|Propietats dels logaritmes]]). Per tant per calcular el domini hem de buscar els valors que els fan zero i els intervals negatius per poder eliminar-los.
La base del logaritme que tingui la funció no és important.
!!Índex de domini de funcions logarítmiques
<<toc-selective-expandable "Domini de funcions logarítmiques" sort[orden]>>
Les funcions [[racionals|Funció racional]] estan formades per una fracció de polinomis. Com que la divisió per zero no existeix, haurem de buscar els valors que fan zero el denominador per eliminar-los del domini.
Hem d'igualar el denominador a zero i treure del domini els valor de la $$x$$. Si el denominador és un polinomi amb grau 3 o superior, farem servir ruffini.
!!Índex de domini de funcions racionals
<<toc-selective-expandable "Domini de funcions racionals" sort[orden]>>
La mescla de [[fraccions|Domini de funcions racionals]] amb [[arrels parells|Domini de funcions irracionals]] dona lloc a aquests tipus de funcions.
El domini és també una mescla dels dominis dels dos tipus de funcions, racionals i irracionals. Així, haurem de buscar dues coses en aquestes funcions:
# Valors de la $$x$$ que fan el denominador zero. Aquests valors el eliminarem del domini. ''Portaran sempre parèntesis''.
#Intervals de la $$x$$ que fan l'arrel negativa. Aquests intervals també els eliminarem. ''Si la arrel es troba al numerador portaran claudàtors. Si es troba al denominador portaran parèntesis''.
!!Índex de dominis de funcions racionals amb radicals
<<toc-selective-expandable "Domini de funcions racionals amb radicals" sort[orden]>>
El [[polinomis|Polinomi]] sempre tenen com a domini tots el reals.
$$D=\mathbb{R}$$ o, el que és el mateix:$$ D=(-\infty, +\infty ) $$
El nombre $$e$$, també anomenat, nombre de Euler o constant de Napier, és un nombre irracional que es fa servir, entre altres coses, com a base dels logaritmes neperians o naturals.
Es una constant amb valor aproximat:
$$e \approx $$ 2,71828182845904523536028747135266249775724709369995957496696762772407663035354759457138217852516642742746639193200305992181741359662904357290033429526059563073813232862794349076323382988075319525101901157383418793070215408914993488416750924476146066808226480016847741185374234544243710753907774499206955170276183860626133138458300075204493382656029760673711320070932870912744374704723069697720931014169283681902551510865746377211125238978442505695369677078544996996794686445490598793163688923009879312773617821542499922957635148220826989519366803318252886939849646510582093923982948879332036250944311730123819706841614039701983767932068328237646480429531180232878250981945581530175671736133206981125099618188159304169035159888851934580727386673858942287922849989208680582574927961048419844436346324496848756023362482704197862320900216099023530436994184914631...
Alexandra té 27 anys més que la seva filla Carme. D'aquí a 8 anys, l'edat d'Alexandra doblarà a la de Carme. Quants anys té cadascuna?
Solució: Alexandra: 46 anys, Carme: 19 anys
Una família consta d'una mare, un pare i una filla. La suma de les edats actuals dels 3 és de 80 anys. D'aquí a 22 anys, l'edat del fill serà la meitat que la de la mare. Si el pare és un any més gran que la mare, quina edat té cadascun actualment?
La mare té 36 anys, el pare 37 anys i el fill 7 anys.
En un pla correspon a l'eix horitzontal o eix X.
Vegeu també [[Abscissa]]
En un pla correspon a l'eix vertical o eix Y.
Vegeu també [[Ordenada]].
Un magatzem distribueix cert producte que fabriquen tres marques diferents: A, B i C. La marca A s'envasa en caixes de 250 g i el seu preu és d'1 euro; la marca B ho envasa en caixes de 500 g a un preu de 180 cèntims d'euro; i, la marca C, ho fa en caixes d'1 kg a un preu de 330 cèntims. El magatzem ven a un client 2,5 kg d'aquest producte per un import de 8,9 euros. Sabent que el lot anava envasat en 5 caixes, calcula quants envasos de cada tipus s'han comprat.
'' Solució: '' s'han comprat 2 envasos de la marca A, 2 de la marca B i 1 de la marca C.
Un museu té tres sales d'exposicions: A, B i C. Els preus de les entrades són, respectivament, 2, 4 i 7 euros. Un determinat dia van entrar a les tres ales un total de 210 persones, sent la recaptació conjunta igual a 810 euros. Tenint en compte que la novena part dels visitants de la sala A és igual a la setena part dels visitants de la sala B, determinar el nombre de visitants de cada sala.
Solució: 90 a la A, 70 a la B i 50 a la C.
Un tren transporta 500 viatgers i la recaptació de l'import dels bitllets és de 1.880 €. Calcula quants viatgers han pagat l'import total del bitllet, que val 8 €, quants han pagat el 20% del bitllet i quants el 50%, sabent que el nombre de viatgers que han pagat el 20% és el doble del nombre de viatgers que paguen el bitllet sencer.
Solució: Sencer: 150, 50%: 50, 20%: 300
Una empresa té tres mines amb menes de composicions:
|| Niquel (%) | Coure (%) | Ferro (%) |h
| Mina A | 1 | 2 | 3 |
| Mina B | 2 | 5 | 7 |
| Mina C | 1 | 3 | 1 |
Quantes tones de cada mina s'han d'utilitzar per obtenir 7 tones de níquel, 18 de coure i 16 de ferro?
solució:
x = nº de tones de la mina A. x = 200 t
i = nº de tones de la mina B. y = 100 t
z = nombre de tones de la mina C. z = 300 t
La propagació d'una infermetat segueix l'equació de creixement logístic:
$$
P(t) = \dfrac{10^8 e^{0.1t}}{10^6 + 100 \left( e^{0.1t} - 1\right)}
$$
*La capacitat de càrrega és $$k=10^6$$
*La població inicial afectada és $$P_0=100$$ habitants.
*$$t$$ és el temps en mesos.
a) Calcula quants afectats hi ha al cap d'un any.
b) Calcula el temps que passarà per infectar el 20% de la població.
@@float:right;margin:5px;width:50%;
[img[Imatge epidèmia]]
@@Una epidèmia triplica el nombre de malalts cada any en un determinat país. A finals de 2008 el nombre de malalts era 1000. Troba els malalts que hi haurà al final de 2016. Troba l'any en què la meitat de la població estarà infectada si aquest país té 65 milions d'habitants.
La malaltia segueix l'equació de creixement exponencial.
L'equació explícita és la més important de les equacions tractades aquí perquè ens permet dibuixar les rectes i conèixer el seu pendent molt fàcilment.
La seva forma és:
$$
y=mx+n
$$
*$$m$$ és el pendent. Ens informa de la inclinació de la recta.
*$$n$$ és el terme independent. Ens informa del punt on creua l'eix vertical, Y.
Podem obtenir l'equació explícita tot partint de les equacions [[punt-pendent|Equació punt-pendent de la recta]] o [[general|Equació general de la recta]], aïllant la $$y$$.
---
Per exemple, si tenim aquesta recta:
$$
y-4=4(x-2)
$$
Obtenim l'equació explícita:
$$
y=4x-8+4
$$
@@color:blue;$$
y=4x-4
$$@@
---
Un altre exemple amb l'equació general:
$$
6x-3y+1=0
$$
$$
-3y=-6x-1
$$
$$
y= \dfrac {-6x-1}{-3}
$$
$$
y=\dfrac {-6x}{-3} - \dfrac 1 {-3}
$$
@@color:blue;$$
y=2x+ \dfrac 1 3
$$@@
L'equació general de la recta té la forma següent:
$$
Ax+By+C=0
$$
Aquesta fórmula ve de passar tots els elements de l'equació [[explícita|Equació explícita de la recta]] o l'equació [[punt-pendent|Equació punt-pendent de la recta]] a l'esquerra o dreta de l'igual.
---
Per exemple, si tenim aquesta equació explícita:
$$
y=2x-1
$$
L'equació general serà:
@@color:blue;$$
2x-y-1=0
$$@@
---
Si tenim l'equació punt-pendent:
$$
y-1=3(x+2)
$$
L'equació general serà:
$$
y-1=3x+6
$$
$$
3x+6-y+1=0
$$
@@color:blue;$$
3x-y+7=0
$$@@
---
!!Pendent
El pendent d'una equació general s'ha de calcular aïllant la $$y$$. Fem un exemple amb aquesta recta:
$$
2x+3y-1=0
$$
Aïllem la $$y$$:
$$
3y=-2x+1
$$
$$
y= \dfrac {-2x+1} 3
$$
$$
y= -\dfrac 2 3x+ \dfrac 1 3
$$
Llavors el pendent de la recta és el nombre que multiplica a la $$x$$ de l'equació explícita, és a dir: @@color:blue;$$m=-\dfrac 2 3$$@@
Si fem això mateix amb lletres trobem que $$
m=-\dfrac A B$$
Si tenim ''un punt'', $$ P(x_0,y_0) $$, pel que passa una recta i el seu ''pendent'', $$m$$, l'equació punt-pendent té la forma següent:
$$
y-y_0=m(x-x_0)
$$
Per exemple, si tenim una recta que passa pel punt $$ P(1,-2)$$ i té com a pendent, $$m=3$$, llavors:
$$
y-(-2)=3(x-1)
$$
@@color:blue;
$$
y+2=3(x-1)
$$
@@
D'aquí podrem passar fàcilment a l'equació [[general|Equació general de la recta]] o l'equació [[explícita|Equació explícita de la recta]].
Si disposem de dos punts podem aplicar la fórmula per calcular el pendent i desprès substituir només un punt qualsevol del dos que tenim i la pendent per obtenir l'equació punt-pendent.
!!Recta punt pendent amb dos punts
De l'equació $$y-y_0=m(x-x_0) $$ es dedueix que
$$
m=\dfrac {y-y_0}{x-x_0}
$$
Hem de substituir els dos punt per calcular $$m$$.
Per exemple, si tenim una recta que passa per dos punts $$A(2,1)$$ i $$B(-1,3)$$, el seu pendent serà:
$$
m=\dfrac {y-y_0}{x-x_0} =\dfrac{3-1} {-1-2}= \dfrac 2 {-3}
$$
L'ordre de substitució d'A i B no té importància i podria haver estar el contrari.
Per últim substituïm $$m$$ i el el punt A o el punt B (qualsevol dels dos) a l'equació punt-pendent:
$$
y-y_0=m(x-x_0)
$$
@@color:blue;$$
y-1=-\dfrac 2 3 (x-2)
$$@@
@@float:right;margin:5px;width:50%;
[img[Gràfic equacions]]
@@Les equacions ens permeten trobar quantitat desconegudes anomenades incògnites.
Per comprovar si les fas bé, pots resoldre [[equacions amb WolframAlpha|Equacions amb WolframAlpha]].
---
Índex d'equcions
<<toc-selective-expandable Equacions sort[orden]>>
~WolframAlpha resol tot tipus d'equacions. Per resoldre sistemes consulta [[Sistemes d'equacions amb WolframAlpha]].
Hem de posar ''solve'' davant l'equació per resoldre i desprès ''over the reals''.
Si no escrivim ''over the reals'' ens podem trobar amb resultats que no sabrem interpretar (hi ha altres tipus de resultats que no hem vist mai, com les solucions amb nombres complexos).
~WolframAlpha ens dona el resultat exacte (amb arrels i fraccions) si volem decimals hem de prèmer el botó //Approximate forms//.
!!Equació de segon grau
$$x^2+2x+1=0
$$
Solució: $$x_1 \approx-3.7321 $$, $$x_2 \approx-0.26795 $$
[[solve x^2+4x+1=0 over the reals|http://www.wolframalpha.com/input/?i=solve+x%5E2%2B4x%2B1%3D0+over+the+reals]]
:[[Enllaç per a mòbil|http://m.wolframalpha.com/input/?i=solve+x%5E2%2B4x%2B1%3D0+over+the+reals]]
---
!!Equació polinòmica de grau 3
$$x^3-4x^2+6x-24=0
$$
Solució: $$x=4$$.
[[solve x^3 - 4x^2 + 6x - 24 = 0 over the reals|https://www.wolframalpha.com/input/?i=solve+x%5E3+-+4x%5E2+%2B+6x+-+24+%3D+0+over+the+reals&lk=3]]
:[[Enllaç per a mòbil|http://m.wolframalpha.com/input/?i=solve+x%5E3+-+4x%5E2+%2B+6x+-+24+%3D+0+over+the+reals&lk=3]]
---
!!Equació exponencial
$$6\cdot e^{2x}=4
$$
Solució: $$x \approx -0.20273$$
[[solve 6* e^{2x}=4 over the reals|http://www.wolframalpha.com/input/?i=solve+6*+e%5E%7B2x%7D%3D4+over+the+reals]]
:[[Enllaç per a mòbil|http://m.wolframalpha.com/input/?i=solve+6*+e%5E%7B2x%7D%3D4+over+the+reals]]
---
!!Equació logarítmica
$$\log_2(x+1)=3
$$
Solució: $$x=7$$
[[solve log(2,x+1)=3 over the reals|http://www.wolframalpha.com/input/?i=solve+log(2,x%2B1)%3D3+over+the+reals]]
:[[Enllaç per a mòbil|http://m.wolframalpha.com/input/?i=solve+log(2,x%2B1)%3D3+over+the+reals]]
Hi ha diferents tipus d'equacions de les quals veurem 3: l'equació punt-pendent, equació general i equació explícita.
<<toc-selective-expandable "Equacions de la recta" sort[orden]>>
Les equacions de segon grau tenen la forma:
$$
ax^2+bx+c=0
$$
Poden estar senceres (com la fórmula anterior) i llavors es diuen ''equacions completes'' o mancar $$b$$ o $$c$$ i llavors es diuen ''equacions incompletes''.
<<toc-selective-expandable "Equacions de segon grau" sort[orden]>>
Són del tipus:
$$
ax^2+bx+c=0
$$
Es resolen mitjançant la fòrmula:
{{Fórmula de l'equació de segon grau}}
Aquesta fórmula també serveix per a les equacions incompletes.
Com que $$b=0$$, tenen la forma:
$$ax^2+c=0$$
Per resoldre-les aïllem x:
$$
x=\pm \sqrt{\dfrac {-c}{a}}
$$
Com que $$c=0$$, tenen la forma:
$$ax^2+bx=0$$
Per resoldre-les traiem factor comú de les x:
$$
x(ax+b)=0
$$
Una solució serà __sempre__ @@color:red;$$x=0$$@@ (ve del factor comú $$x$$).
I l'altra s'obté igualant el contingut del parèntesi a zero:
$$ax+b=0$$ i aïllant $$x$$:
@@color:red;$$
x= \dfrac {-b}{a}
$$
Les equacions exponencials són equacions on la incògnita està formant part d'un exponent.
Per exemple: $$5^x=2$$
Per resoldre-les és necessari fer sevir logaritmes. Normalment es fan servir logaritmes [[neperians o decimals|Bases del logaritme]], ja que són les que totes les calculadores científiques i programes d'ordinador (com els [[fulls de càlcul de Google|https://docs.google.com/spreadsheets]]) poden calcular.
!!Mètode
Es fa el logaritme (decimal o neperià, és igual) a cada costat de la igualtat.
Es molt important el fet que només es posa ''un logaritme a cada costat de l'igual, es a dir, són dos logaritmes en total''.
Després es fan servir les operacions de les [[propietats dels logaritmes|Propietats dels logaritmes]] per aïllar la incògnita, $$x$$.
Es fan servir sempre en aquest ordre (de esquerra a dreta):
*Producte $$\rightarrow$$ Suma: @@color:blue;$$log_a (m \cdot n)=\log_a m + \log_a n$$@@
* Divisió $$\rightarrow$$ Diferència: @@color:blue;$$ \log_a \dfrac m n = \log_a m - \log_a n $$@@
* Potència $$\rightarrow$$ Producte: @@color:blue;$$ \log_a m^n=n \cdot \log_a m $$@@
Per exemple:
$$
5^x=2$$
$$
\ln 5^x = \ln 2
$$
$$
x \cdot \ln 5 = \ln 2$$
$$
x=\dfrac {\ln 2}{\ln 5}\approx 0.431
$$
---
!!Índex de les equacions exponencials
<<toc-selective-expandable 'Equacions exponencials' sort[orden]>>
@@float:right;margin:5px;width:50%;
[img[equacions irracionals.png]]
@@Les equacions irracionals són les que tenen la incògnita dins d'una arrel.
Per exemple: $$\sqrt {x+1}+1 =x$$
Pasos per resoldre equacions irracionals:
#Aïllar l'arrel en un dels costats de la igualtat.
#Elevar al quadrat per poder treure l'arrel.
#Una cop resolta l'equació, substituir el resultat a l'equació original i veure si es compleix la igualtat ja que no totes les solucions són sempre vàlides.
Abans de continuar mira l'[[exemple resolt|Exemple resolt d'equació irracional]] pas a pas.
---
!!Índex de les equacions irracionals
<<toc "Equacions irracionals" sort[orden]>>
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
Les equacions logarítmiques són les equacions en les que la incògnita forma part de un logaritme.
Per exemple: $$ \log_2(x- 1)+3=\log_2 7$$
En una mateixa equació la base dels logaritmes és la mateixa.
!!Mètode
L'objectiu amb aquestes equacions és tenir ''UN únic logaritme'' a cada costat de l'igual per poder-los eliminar. Es a dir, tenir 2 logaritmes en total, és important que quedi un a cada costat.
Es fan servir les operacions de les [[propietats dels logaritmes|Propietats dels logaritmes]] en sentit contrari a les [[equacions exponencials|Equacions exponencials]]. Es a dir:
*Suma $$\rightarrow$$ Producte: @@color:blue;$$\log_a m + \log_a n=log_a (m \cdot n) $$@@
* Diferència $$\rightarrow$$ Divisió: @@color:blue;$$\log_a m - \log_a n=\log_a \dfrac m n $$@@
* Producte $$\rightarrow$$ Potència: @@color:blue;$$ n \cdot \log_a m=\log_a m^n $$@@
Si tenim nombres sense logaritme els transformarem en logaritmes elevant la base a aquest nombre. Per exemple per convertir 3 en un logaritme decimal (base 10) elevarem 10 a aquest nombre: $$ 10^3=1000 $$ i en lloc del 3 el substituirem per: $$ \log 1000 $$
Quan tinguem una solució hem de substituir-la a l'equació original per comprovar que cap logaritme quedaria zero o negatiu.
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!!Índex de les equacions logarítmiques
<<toc-selective-expandable "Equacions logarítmiques" sort[orden]>>
# $$\log_2(2x-1) = 4$$ <br><br>
# $$\ln(x) +\ln(2) = \ln(3)$$ <br><br>
# $$ 2+\log(x)=1$$ <br><br>
# $$\log_3(x+1)- 3 = \log_3(x) + 1
@@float:right;margin:5px;width:50%;
[img[equacions polinomiques.jpg]]
@@Les equacions polinòmiques són les que tenen la incògnita formant part d'un [[polinomi|Polinomi]].
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!!Índex d'equacions polinòmiques
<<toc-selective-expandable "Equacions polinòmiques" sort[orden]>>
Son del tipus:
$$a_nx^n+a_{n-1}x^{n-1}+$$ $$...+a_2x^2+a_1x+a_0=0$$
Els nombres que multipliquen les $$x$$, es a dir, $$a_1$$, $$a_2$$, etc., s'anomenen ''coeficients'' i el terme $$a_0$$ s'anomena ''terme independent''.
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!!Índex de les equacions polinòmiques de grau superior a dos
<<toc-selective-expandable "Equacions polinòmiques de grau superior a 2" sort[orden]>>
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
És un subconjunt del possibles resultats d'un espai mostral.
Per exemple si llancem un dau, sortir nombre parell {2, 4, 6} és un esdeveniment. Que surti un 5 és un altre esdeveniment.
Un ''esdeveniment elemental'' és quan l'esdeveniment està format per un únic resultat, com els exemples abans esmentats.
Un ''esdeveniment compost'' és quan està formats per diverses resultats. Per exemple, en llaçar una dau dues vegades, obtenir un nombre parell i un 5.
Per la definició d'esdeveniment, [[consultar aquí|Esdeveniment (definició)]].
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!!Unió d'esdeveniments
La unió dels esdeveniments A i B és quan ocorre l'esdeveniment A o l'esdeveniment B. Es representa per: $$A \cup B$$.
Per exemple si anomenem A a l'esdeveniment sortir [[nombre primer|Nombre primer (definició)]] en llançar un dau i B l'esdeveniment sortir nombre senar. Els esdeveniments són: $$A=\{2, 3, 5\}$$, $$B=\{1, 3, 5\}$$. Per tant $$A \cup B=\{1,2,3,5\}$$
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!!Intersecció d'esdeveniments
La intersecció dels esdeveniments A i B és quan ocorre l'esdeveniment A i l'esdeveniment B de forma simultània. Es representa per: $$A \cap B$$.
Amb l'exemple d'abans: $$A \cap B =\{3,5\}$$ (nombres primers i senars alhora).
Quan $$A \cap B=\emptyset$$ els esdeveniments són ''incompatibles''. Per exemple, nombre senar i parrell.
Quan $$A \cap B \neq \emptyset$$ els esdeveniments són ''compatibles''.
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!!Esdeveniment contrari
L'esdeveniment contrari de A és l'esdeveniment que té lloc quan no ocorre A. Es representa per $$\bar A$$.
Per exemple si A és sortir nombre primer en llançar un dau $$\{2,3,5\}$$, llavors l'esdeveniment contrari és $$\bar A=\{1,4,6 \}$$.
És el conjunt de tots els possibles resultats d'un [[experiment aleatori|Experiment aleatori (definició)]].
Per exemple, si llancem un dau, l'espai mostral (anomenat $$E, S, \Omega$$ o $$U$$) és:
$$\Omega=\{1,2,3,4,5,6\}$$
Un estadístic és una mesura quantitativa derivada d'un conjunt de [[dades|Dada (estadística)]] d'una [[mostra|Mostra (estadística)]].
Per exemple:
* La mitjana
* La desviació típica
* La variància
@@float:right;margin:5px;width:50%;
[img[Gràfic estadística]]
@@{{Estadística (definició)}}
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!!Índex d'estadística
<<toc-selective-expandable Estadística sort[orden]>>
L'estadística és la ciència matemàtica relacionada amb la ''recopilació, anàlisi, interpretació i representació de [[dades|Dada (estadística)]]''.
S'utilitza en diverses disciplines acadèmiques, de les ciències físiques a les ciències socials i humanitats ([[Estadística, 2016]]).
{{Estadística descriptiva (definició)}}
!!Índex d'Estadística descriptiva
<<toc-selective-expandable "Estadística descriptiva" sort[orden]>>
L'estadística descriptiva té com a finalitat la caracterització de les dades, és a dir la seva descripció.
Respon la pregunta de com són les dades i ens proporciona un resum.
Inclou els gràfics, mitjana, mediana, moda, desviació típica, variància, etc.
Estadística. (2016, 29 d'abril). //Viquipèdia, l'Enciclopèdia Lliure//. Data de consulta: 18:09, abril 29, 2016 de http://ca.wikipedia.org/w/index.php?title=Estad%C3%ADstica&oldid=16862105.
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
Recollir les dades corresponents al nombre de germans que tenen els membres de la classe (inclosos ell mateixos)..
*Fes una taula de freqüències.
*Fes un gràfic de les dades.
*Calcula les mesures de centralització i dispersió.
Un grup de persones es reuneix per anar d'excursió, ajuntant-se un total de 20 entre homes, dones i nens. Comptant homes i dones junts, el seu nombre resulta ser el triple del nombre de nens. A més, si hagués acudit una dona més, el seu nombre igualaria al dels homes. Quants homes, dones i nens han anat d'excursió?
Solució: 8 homes, 7 dones i 5 nens.
Si volem calcular l'equació explícita de la recta tangent a la gràfica de la funció @@color:red;$$f(x)=x^2+x$$@@ en el punt d'abscissa @@color:red;$$x=1$$@@ (aquesta $$x$$ és $$x_0$$) aplicarem la fòrmula:
@@color:blue;$$
y=f'(x_0)(x-x_0) + f(x_0)
$$@@
La derivada de $$f(x)$$ és:
>$$f'(x)=2x+1$$.
Calculem $$f(1)$$ i $$f'(1)$$:
>$$f(1)=1^2+1=2$$
>$$f'(1)=2 \cdot 1 +1=3$$
Per tant:
>$$y=3(x-1)+2$$
El que ens dona:
>$$y=3x-1$$
!!Taula de dades
{{Taula de dades}}
!!Càlcul de la mitjana de X
{{Càlcul de mitjana X}}
!!Càlcul de la mitjana de Y
{{Càlcul de mitjana Y}}
!!Càlcul de la desviació típica de X
{{Càlcul de la desviació típica de X}}
!!Càlcul de la desviació típica de Y
{{Càlcul de la desviació típica de Y}}
!!Càlcul de la covariància
{{Càlcul de la covariància}}
!!Càlcul del coeficient de correlació
{{Càlcul del coeficient de correlació}}
!!Taula de dades
{{Taula de dades}}
!!Gràfic de dispersió
{{Gràfic de dispersió}}
!!Càlcul de la mitjana de X
{{Càlcul de mitjana X}}
!!Càlcul de la mitjana de Y
{{Càlcul de mitjana Y}}
!!Càlcul de la desviació típica de X
{{Càlcul de la desviació típica de X}}
!!Càlcul de la desviació típica de Y
{{Càlcul de la desviació típica de Y}}
!!Càlcul de la covariància
{{Càlcul de la covariància}}
!!Càlcul del coeficient de correlació
{{Càlcul del coeficient de correlació}}
!!Càlcul de la regressió
{{Càlcul de la regressió}}
!!Gràfic amb la recta de regressió inclosa
{{Gràfic de regressió}}
---
Els gràfics s'han fet amb el programa: [[Programa gràfics de regressió]]
Per exemple: $$ y = 2x + 1 $$. Per dibuixar una recta n'hi ha prou amb 2 punts (el que suposa donar dos valors a la x) però és preferible utilitzar 3 perquè d'aquesta manera es poden detectar errors de càlcul.
Taula de valors:
|!x|!y|
|-2|-3|
|0|1|
|2|5|
Podem donar els valors que desitgem a la x.
[img[Imagen y=2x+1]]
Calcular la mitjana de: 4, 7, 2, 4, 1
Com que hi han molt poques dades no cal fer una taula de freqüències i utilitzem la fórmula:
$$
\bar x = \dfrac 1 n {\sum_{i=1}^{n} x_{i}}
$$
$$
\bar x = \dfrac 1 5 {\sum_{i=1}^{5} x_{i}} = \dfrac{4+7+2+4+1}{5}=\dfrac{18} 5=3.6
$$
Considerem les següent dades, amb les que calcularem $$\bar x$$:
{{Nombre de fills per famíllia}}
Per calcular la mitjana de X afegirem $$x_i n_i$$:
| Nombre de fills<br>per família<br>x,,i,, | n,,i,, | x,,i,,n,,i,,|h
| 1 | 32 | 32 |
| 2 | 43 | 86 |
| 3 | 33 | 99 |
| 4 | 5 | 20 |
| Total: | 113 | 237 |h
$$
\bar x = \dfrac 1 n {\sum_{i=1}^{k} n_i x_{i}}
$$
$$
\bar x = \dfrac 1 {113} {\sum_{i=1}^{4} n_i x_{i}}=\dfrac{237}{113} \approx 2.1
$$
$$3^{x+1} \cdot 2^{2x}=5^x$$
$$\log \left ( 3^{x+1} \cdot 2^{2x} \right )= \log 5^x $$
$$\log 3^{x+1} +\log 2^{2x} = \log 5^x$$
$$(x+1) \log 3 + 2x \log 2 =x \log 5$$
$$x \log 3+1 \log 3 + 2x \log 2 =x \log 5$$
$$x \log 3+ 2x \log 2 - x \log 5=- \log 3$$
$$x (\log 3+ 2 \log 2 - \log 5)=- \log 3$$
$$x= \dfrac {- \log 3}{\log 3+ 2 \log 2 - \log 5}\approx \color{blue}{-1.255}$$
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=solve+3%5E(x%2B1)+*+2%5E(2x)%3D5%5Ex+over+the+reals%20]]
$$\dfrac {4^x}{2^{3x+2} \cdot 5^x} = \dfrac {2^{1-x}} 3$$
$$\ln \dfrac {4^x}{2^{3x+2} \cdot 5^x} = \ln \dfrac {2^{1-x}} 3$$
$$\ln {4^x}- \ln \left ( {2^{3x+2} \cdot 5^x} \right ) =$$ $$ \ln {2^{1-x}} - \ln 3$$
$$\ln {4^x}- \left ( \ln{2^{3x+2} +\ln 5^x} \right ) =$$ $$ \ln {2^{1-x}} - \ln 3$$
$$\ln {4^x}- \ln{2^{3x+2} - \ln 5^x} =$$ $$ \ln {2^{1-x}} - \ln 3$$
$$x\ln {4}- (3x+2) \ln 2 - x \ln 5 =$$ $$ (1-x)\ln 2 - \ln 3$$
$$x\ln {4}- (3x \ln 2+2 \ln 2) - x \ln 5 =$$ $$ 1\ln 2-x\ln 2 - \ln 3$$
$$x\ln {4}- 3x \ln 2-2 \ln 2 - x \ln 5 =$$ $$ \ln 2-x\ln 2 - \ln 3$$
$$x\ln {4}- 3x \ln 2 - x \ln 5+x\ln 2 =$$ $$ \ln 2 - \ln 3+2 \ln 2$$
$$x(\ln {4}- 3 \ln 2 - \ln 5+\ln 2) =$$ $$ \ln 2 - \ln 3+2 \ln 2$$
$$x = \dfrac {\ln 2 - \ln 3+2 \ln 2}{\ln {4}- 3 \ln 2 - \ln 5+\ln 2} \approx$$ $$ \color{blue}{-0.609}$$
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=solve++(4%5Ex)%2F(2%5E(3x%2B2)+*+5%5Ex)+%3D+(2%5E(1-x))%2F3+over+the+reals%20]]
{{Taula de dades}}
En primer lloc hem de calcular les mitjanes de x i y:
{{Càlcul de mitjana X}}
{{Càlcul de mitjana Y}}
Per últim, ja podem calcular la covariància:
{{Càlcul de la covariància}}
Considerem les següents dades per calcular la desviació típica de x:
{{Nombre de fills per famíllia}}
Ens farà falta calcular les columnes n,,i,,x,,i,,, x,,i,,^^2^^ i n,,i,,x,,i,,^^2^^
| Nombre de fills<br>per família<br>x,,i,, | n,,i,, | n,,i,,x,,i,, | x,,i,,^^2^^ | n,,i,,x,,i,,^^2^^ |h
| 1 | 32 | 32 | 1 | 32 |
| 2 | 43 | 86 | 4 | 172 |
| 3 | 33 | 99 | 9 | 297 |
| 4 | 5 | 20 | 16 | 80 |
| Total: | 113 | 237 | - | 581 |h
Càlcul de la mitjana:
$$
\bar x = \dfrac 1 n {\sum_{i=1}^{k} n_i x_{i}}
=\dfrac{237}{113} \approx 2.10
$$
Càlcul de la variància:
$$
s^2=\dfrac 1 n {\sum_{i=1}^{k} \left (n_i \cdot x_i^2 \right ) } - \bar x^2=\dfrac{581}{113}-2.10^2 \approx 0.73
$$
Càlcul de la desviació típica:
$$
s=\sqrt{s^2}=\sqrt{0.73} \approx 0.86
$$
Calculem la monotonia de la funció $$f (x) = x ^ 3-6 x ^ 2 + 9 x$$
1. Trobem la derivada de $$ f (x) $$:
$$
f '(x) = 3x ^ 2-12x +9 $$
2. Igualem a zero la derivada i la resolem.
$$ 3x ^ 2-12x + 9 = 0 $$
Per simplificar els càlculs, dividim entre 3:
$$ x ^ 2-4x + 3 = 0 $$
$$ x = \dfrac {4 \pm \sqrt {(- 4) ^ 2-4 \cdot 1 \cdot 3}} {2} = \dfrac {4 \pm 2} {2} $$
$$ x_1 = 3 $$ <br>
$$ x_2 = 1 $$
3. Aquesta funció és un polinomi que no té asímptotes verticals pel que passem a comprovar els signes '' de la derivada '' abans i després de cada un dels valors obtinguts en igualar a zero la derivada.
$$ f '(0) = 3 \Rightarrow + $$ <br>
$$ f '(2) = -1 \Rightarrow - $$ <br>
$$ f '(4) = 3 \Rightarrow + $$
Així doncs,
La funció '' creix '' en els intervals: $$ (- \infty, 1) \cup (3, \infty) $$
La funció '' decreix '' en l'interval: $$ (1,3) $$
En el punt de [[abscissa|Abscissa]] x = 1 hi ha un màxim i en punt x = 3 hi ha un mínim.
Trobem les [[ordenades|Ordenada]].
* Per $$ x = 1 $$: $$ y = f (1) = 4 $$.
* Per $$ x = 3 $$: $$ y = f (3) = 0 $$
Per tant $$ P_ {max} (1,4) $$ i $$ P_ {min} (3,0) $$
Les ordenades es troben sempre a partir de la funció original $$ f (x) $$.
Podem veure a la gràfica de la funció que els nostres càlculs han estat correctes:
{{Imagen monotonía}}
Considerem les següents dades per calcular la variància de x:
{{Nombre de fills per famíllia}}
Ens farà falta calcular les columnes n,,i,,x,,i,,, x,,i,,^^2^^ i n,,i,,x,,i,,^^2^^
| Nombre de fills<br>per família<br>x,,i,, | n,,i,, | n,,i,,x,,i,, | x,,i,,^^2^^ | n,,i,,x,,i,,^^2^^ |h
| 1 | 32 | 32 | 1 | 32 |
| 2 | 43 | 86 | 4 | 172 |
| 3 | 33 | 99 | 9 | 297 |
| 4 | 5 | 20 | 16 | 80 |
| Total: | 113 | 237 | - | 581 |h
Càlcul de la mitjana:
$$
\bar x = \dfrac 1 n {\sum_{i=1}^{k} n_i x_{i}}
=\dfrac{237}{113} \approx 2.10
$$
Càlcul de la variància:
$$
s^2=\dfrac 1 n {\sum_{i=1}^{k} \left (n_i \cdot x_i^2 \right ) } - \bar x^2=\dfrac{581}{113}-2.10^2 \approx 0.73
$$
Apliquem el mètode de Gauss al sistema:
$$
\begin{cases} 3x+y+2z =11 \\ 2x+2y-z = 3 \\ x-y-z =-4 \end{cases}
$$
Anomenarem ''M'' a la [[matriu associada|Matriu associada]] i ''M*'' a la [[matriu ampliada|Matriu ampliada]].
En primer lloc escrivim la matriu ampliada:
$$
M^*=
\left (
\begin{array}{rrr|r}
3 & 1& 2 & 11 \\
2 & 2 & -1 & 3 \\
1 & -1 & -1 & -4
\end{array}
\right )
$$
Posarem un zero sota el 3 de la primera columna. Per fer-ho multipliquem la primera fila per 2, la segona fila por -3 i les sumem.
Es a dir:
$$
F_2 \rightarrow 2F_1-3F_2 $$
$$
\left (
\begin{array}{rrr|r}
3 & 1& 2 & 11 \\
0 & -4 & 7 & 13 \\
1 & -1 & -1 & -4
\end{array}
\right )
$$
Posarem el segon zero de la primera columna, multiplicant la tercera fila per -3 i sumant-li la primera.
$$
F_3 \rightarrow -3F_3+F_1 $$
$$
\left (
\begin{array}{rrr|r}
3 & 1& 2 & 11 \\
0 & -4 & 7 & 13 \\
0 & 4 & 5 & 23
\end{array}
\right )
$$
L'últim pas és posar un zero a la tercera fila, segona columna. Per fer-ho sumem la segona i tercera fila:
$$
F_3 \rightarrow F_2+F_3
$$
$$
\left (
\begin{array}{rrr|r}
3 & 1& 2 & 11 \\
0 & -4 & 7 & 13 \\
0 & 0 & 12 & 36
\end{array}
\right )
$$
Aplicarem Gauss al sistema:
$$
\left \{
\begin{array}{rcl}
x + y + z &= 0 \\
-x + 2y -z &= 0\\
2x -y +2z &= 0
\end{array}
\right .
$$
Anomenarem ''M'' a la [[matriu associada|Matriu associada]] i ''M*'' a la [[matriu ampliada|Matriu ampliada]].
Escrivim la matriu ampliada del sistema:
$$
M^*=\left (
\begin{array}{rrr|c}
1 & 1 & 1 & 0 \\
-1 & 2 & -1 & 0\\
2 & -1 & 2 & 0
\end{array}
\right )
$$
Sumem les dos primeres files per posar un zero a la fila 2, columna 1:
$$
F_2 \rightarrow F_1+F_2
$$
$$
\left (
\begin{array}{rrr|c}
1 & 1 & 1 & 0 \\
0 & 3 & 0 & 0\\
2 & -1 & 2 & 0
\end{array}
\right )
$$
Per posar un zero a la tercera fila, primera columna multipliquem per -2 la primera fila i la sumem a la tercera:
$$
F_3 \rightarrow -2F_1+F_3
$$
$$
\left (
\begin{array}{rrr|c}
1 & 1 & 1 & 0 \\
0 & 3 & 0 & 0\\
0 & -3 & 0 & 0
\end{array}
\right )
$$
Per posar un zero a la tercera fila , segona columna sumem les files 2 i 3:
$$
F_3 \rightarrow F_1+F_3
$$
$$
\left (
\begin{array}{rrr|c}
1 & 1 & 1 & 0 \\
0 & 3 & 0 & 0\\
0 & 0 & 0 & 0
\end{array}
\right )
$$
En aquest exemple partirem del sistema:
$$
\left \{ \begin{array}{r}
2 x+3y+2z =1 \\ -x+2y-2z = 4 \\ x+5y =1 \end{array} \right .
$$
Anomenarem ''M'' a la [[matriu associada|Matriu associada]] i ''M*'' a la [[matriu ampliada|Matriu ampliada]].
Extraiem la matriu ampiada:
$$
M^*=\left ( \begin{array}{rrr|r}
2 & 3 & 2 & 1 \\
-1 & 2 & -2 & 4 \\
1 & 5 & 0 & 1
\end{array} \right )
$$
Per posar un zero a la segona fila, primera columna multipliquem per 2 la segona fila i la sumem a la primera:
$$
F_2 \rightarrow 2F_2+F_1
$$
$$
\left ( \begin{array}{rrr|r}
2 & 3 & 2 & 1 \\
0 & 7 & -2 & 9 \\
1 & 5 & 0 & 1
\end{array} \right )
$$
Per posar un zero a la tercera fila, primera columna multipliquem per -2 la tercera fila i la sumem a la primera:
$$
F_3 \rightarrow -2F_3+F_1
$$
$$
\left ( \begin{array}{rrr|r}
2 & 3 & 2 & 1 \\
0 & 7 & 2 & 6 \\
0 & -7 & -2 & -1
\end{array} \right )
$$
Per posar un zero a la tercera fila, segona columna sumem les files 2 i 3:
$$
F_2 \rightarrow F_2+F_3
$$
$$
\left ( \begin{array}{rrr|r}
2 & 3 & 2 & 1 \\
0 & 7 & 2 & 6 \\
0 & 0 & 0 & 5
\end{array} \right )
$$
$$
f(x)= \sqrt \dfrac {{x^2-x-2}}{{x^2-1}}
$$
Hem de treure els valors que fan negativa l'arrel (calcularem de forma separada el numerador i denominador) i els valors que fan zero el denominador.
!!1) Valors que fan zero el denominador
Ja els hem calculat abans i són $$x_1=-1$$ i $$x_2=1$$ (portaran parèntesi).
!!2) Valors que fan negativa l'arrel
''Numerador''
Els valors que fan zero la arrel del numerador són $$x_1=2$$ i $$x_2=-1$$. Hem de comprovar el signe en els intervals que defineixen.
Aquests intervals són 3: $$(-\infty,-1]$$, $$ [-1,2]$$ i $$[2,\infty)$$
Donem valors al contingut de l'arrel, un per cada interval. (podem donar qualsevol valor):
$$ \bold{x=-2}$$
$$
(-2)^2-(-2)-2> 0 \Rightarrow \color{green} +
$$
$$ \bold{x=0}$$
$$
0^2-0-2< 0 \Rightarrow \color{red} -
$$
$$ \bold{x=3}$$
$$
3^2-3-2> 0 \Rightarrow \color{green} +
$$
''Denominador''
Els valors que fan zero el denominador són $$x_1=-1$$ i $$x_2=1$$.
Hem de donar valors als intervals que defineixen aquests nombres. Els intervals són: $$(-\infty, -1]$$, $$[-1,1]$$ i $$[1, \infty)$$.
Els valors que donarem en aquests intervals poden ser qualsevol:
$$
\bold{x=-2}
$$
$$
(-2)^2-1 > 0 \Rightarrow \color{green}{+}
$$
$$
\bold{x=0}
$$
$$
0^2-1 < 0 \Rightarrow \color{red}{-}
$$
$$
\bold{x=2}
$$
$$
2^2-1 > 0 \Rightarrow \color{green}{+}
$$
!!3) Domini
''Signes de numerador i denominador conjunts''
Farem una taula amb els signes obtinguts:
|Numerador:| !$$(-\infty,-1]$$ | $$[-1,2]$$ |<| !$$[2,\infty)$$ |
|| !+ | - |<| !+ |
|Denominador:| !$$(-\infty,-1)$$ | $$(-1,1)$$ | !$$(1,\infty)$$ |<|
|| !+ | - | !+ |<|
|Total:| !$$(-\infty,-1)$$ | !$$(-1,1)$$ | $$(-1,2]$$ | !$$[2,\infty)$$ |
|| !+ | !+ | - | !+ |
Hem multiplicat els signes de numerador i denominador per calcular el signe de tota la fracció que està a l'última línia. Per tant el domini queda:
$$
D=(-\infty, -1) \cup (-1,1) \cup [2,\infty)
$$
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=domain+sqrt((x%5E2-x-2)%2F(x%5E2-1))%20]]
$$
f(x)=\dfrac {{x^2-x-2}}{\sqrt{x^2-1}}
$$
El numerador no porta arrel, per tant no té cap efecte al domini.
El denominador si té una arrel i hem de treure els valors que facin negativa aquesta arrel i també hem de treure els valors que el fan zero.
!!1) Valors que fan zero el denominador
Ja els hem calculat abans i són $$x_1=-1$$ i $$x_2=1$$ (portaran parèntesi).
!!2) Valors que fan negativa l'arrel
Hem de donar valors als intervals que defineixen $$x_1=-1$$ i $$x_2=1$$. Aquests intervals són: $$(-\infty, -1]$$, $$[-1,1]$$ i $$[1, \infty)$$.
Els valors que donarem en aquests intervals poden ser qualsevol:
$$
\bold{x=-2}
$$
$$
(-2)^2-1 > 0 \Rightarrow \color{green}{+}
$$
$$
\bold{x=0}
$$
$$
0^2-1 < 0 \Rightarrow \color{red}{-}
$$
$$
\bold{x=2}
$$
$$
2^2-1 > 0 \Rightarrow \color{green}{+}
$$
Els signes que hem obtingut són:
| !$$(-\infty,-1]$$ | $$[-1,1]$$ | !$$[1,\infty)$$ |
| !+ | - | !+ |
!!3) Domini
Està format pels intervals positius de l'arrel, traient els valors que fan zero el denominador (portaran parèntesis):
$$
D=(-\infty,-1) \cup (1, \infty)
$$
---
''Important:''
Per calcular els signes de l'arrel no sempre és necessari donar un valor a cada interval per veure si el resultat és positiu o negatiu.
En el cas de que tinguem ''tantes solucions com el grau del polinomi'' que hem resolt, ''els signes sempre van alternats''. De forma que serà suficient calcular un valor i la resta són alterns.
En el nostre exemple, el polinomi que hem resolt a dins l'arrel és de grau dos i hem trobat dos solucions (-1 i 1) de forma que hagués estat suficient calcular un valor i posar la resta alternant signes + i -.
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=domain+(x%5E2-x-2)%2Fsqrt(x%5E2-1)%20]]
$$
f(x)=\dfrac {\sqrt{x^2-x-2}}{x^2-1}
$$
# El numerador conté una arrel i per tant hem de buscar els nombres que fan negativa aquesta arrel per treure-los.
#El denominador no pot ser mai zero. Per tant hem de treure els valors que el fan zero.
!!1) Numerador amb arrel
Els valors que fan zero la arrel són $$x_1=2$$ i $$x_2=-1$$. Hem de comprovar el signe en els intervals que defineixen.
Aquests intervals són 3: $$(-\infty,-1]$$, $$ [-1,2]$$ i $$[2,\infty)$$
Donem valors al contingut de l'arrel, un per cada interval. (podem donar qualsevol valor):
$$ \bold{x=-2}$$
$$
(-2)^2-(-2)-2> 0 \Rightarrow \color{green} +
$$
$$ \bold{x=0}$$
$$
0^2-0-2< 0 \Rightarrow \color{red} -
$$
$$ \bold{x=3}$$
$$
3^2-3-2> 0 \Rightarrow \color{green} +
$$
Els signes que hem obtingut són:
| !$$(-\infty,-1]$$ | $$[-1,2]$$ | !$$[2,\infty)$$ |
| !+ | - | !+ |
!!2) Denominador
Els valors que fan zero el denominador i que hem de treure són $$x_1=-1$$ i $$x_2=1$$ (portaran parèntesi).
!!3) Domini
$$
D=(-\infty, 1) \cup [2,\infty)
$$
*-1 porta parèntesi perquè l'hem tret ja que fa zero el denominador.
*L'1 queda a dins de l'invterval $$[-1,2]$$ que hem tret per fer negativa l'arrel del denominador, de forma que no té cap efecte en el domini.
---
''Important:''
Per calcular els signes de l'arrel no sempre és necessari donar un valor a cada interval per veure si el resultat és positiu o negatiu.
En el cas de que tinguem ''tantes solucions com el grau del polinomi'' que hem resolt, ''els signes sempre van alternats''. De forma que serà suficient calcular un valor i la resta són alterns.
En el nostre exemple, el polinomi que hem resolt a dins l'arrel és de grau dos i hem trobat dos solucions (-1 i 2) de forma que hagués estat suficient calcular un valor i posar la resta alternant signes + i -.
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=domain+sqrt(x%5E2-x-2)%2F(x%5E2-1)%20]]
Exemple:
$$\sqrt {x+1}+1 =x$$
1) Aïllar l'arrel en un dels costats de la igualtat:
$$
\sqrt {x+1} =x-1
$$
2) Elevar al quadrat per poder treure l'arrel:
$$
(\sqrt {x+1})^2 =(x-1)^2
$$
Una vegada hem tret l'arrel es converteix en una equació normal, de primer o segon grau. En aquest exemple és de segon grau.
Desenvolupem el quadrat de la dreta:
$$
x+1 =x^2-2x+1$$
Ho passem tot cap a un costat:
$$
0 =x^2-2x-x+1-1$$
Operem els monomis:
$$
x^2-3x=0$$
Resolem l'equació de segon grau incompleta:
$$
x(x-3)=0$$
$$
x-3=0$$
$$
x=3
$$
Per tant, tenim dos solucions:
$$
x_1=0
$$
$$
x_2=3$$
3) En aquestes equacions és obligatori fer la comprovació, fent servir l'equació del principi de tot i comprovant si es compleix la igualtat que ens quedi:
''Comprovació d'$$x=0$$''
$$\sqrt {x+1}+1 =x$$
$$\sqrt {0+1}+1 =0$$
$$\sqrt {1}+1 =0$$
$$1+1=0$$
$$2=0$$
Arribem a una igualtat falsa, ja que
$$2 \neq 0$$ la qual cosa vol dir que $$x=0$$ no és una solució d'aquesta equació.
''Comprovació d'$$x=3$$''
$$\sqrt {x+1}+1 =x$$
$$\sqrt {3+1}+1 =3$$
$$\sqrt {4}+1 =3$$
$$2+1=3$$
$$3=3$$
Aquesta igualtat és verdadera, per tant la solució és: $$x=3$$.
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=solve+sqrt+(x%2B1)%2B1+%3Dx+over+the+reals%20]]
Calcularem el domini de la funció:
$$
f(x)= \log_2 (x^2-9)
$$
Com que el logaritme no pot ser ni negatiu ni zero, igualarem el seu contingut a zero:
$$
x^2-9=0
$$
$$
x^2=9
$$
$$
x= \pm \sqrt 9 = \pm 3
$$
Per tant, tenim dos resultats: $$x_1=-3$$ i $$x_2=3$$.
Aquests dos valors els hem de treure del domini, per tant, aniran amb parèntesis.
El resultat divideix la recta real en els intervals: $$(-\infty.-3)$$, $$(-3,3)$$ i $$(3,\infty)$$.
Calcularem el signe del contingut del logaritme en cada interval donant un valor en cada un d'ells.
$$\bold{x=-4}$$
$$
(-4)^2-9>0 \Rightarrow \color{green} +
$$
$$\bold{x=0}$$
$$
0^2-9<0 \Rightarrow \color{red} -
$$
$$\bold{x=4}$$
$$
4^2-9>0 \Rightarrow \color{green} +
$$
Els signes de cada interval són:
| !$$(-\infty.-3)$$ | $$(-3,3)$$ | !$$(3,\infty)$$ |
| !+ | - | !+ |
Així, el domini serà:
$$
D=(-\infty.-3) \cup (3,\infty)
$$
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=domain+log(2,x%5E2-9)%20]]
$$
f(x)= \sqrt{x^2-x}
$$
Igualem a zero el contingut de l'arrel:
$$
x^2-x=0
$$
És una equació de segon grau incompleta que resoldrem traient factor comú:
$$
x(x-1)=0
$$
d'aquí:
@@color:blue;$$
x=0
$$@@
$$
x-1=0
$$
@@color:blue;$$
x=1
$$@@
Ara mirarem el signe de $$x^2-x$$ en els intervals definits per 0 i 1.
Donem valors enmig dels intervals (qualsevol valor és bó). No importa el resultat, només els signes:
---
Interval: $$( -\infty, 0 ]$$
$$
x=-1
$$
$$
(-1)^2-(-1)=\color{green} {+}
$$
---
Interval: $$[0,1 ]$$
$$
x=0.5
$$
$$
0.5^2-0.5=\color{red} -
$$
---
Interval: $$[1,\infty )$$
$$
x=2
$$
$$
2^2-2=\color{green} {+}
$$
---
Els signes queden de la següent forma:
|! $$(-\infty , 0]$$ | $$[0, 1]$$ |! $$[1,\infty)$$ |
| !+ | - | !+ |
Si eliminen la part negativa, el domini queda finalment:
@@color:blue;$$
D=(-\infty , 0] \cup [1,\infty)
$$@@
Es fan servir claudàtors [ ] perquè els valors $$x=0$$ i $$x=1$$ no cal eliminar-los ja que no fan l'arrel negativa.
En general les funcions irracionals (si no estan barrejades amb altres funcions) sempre porten claudàtors.
[[Solució amb WolframAlpha|https://www.wolframalpha.com/input/?i=domain+sqrt(x%5E2-x)%20]]
Calcularem el domini de la funció:
$$
f(x)= \dfrac {4x^2-4}{x^3-6x^2+11x-6}
$$
El numerador no influeix en el domini. Igualem el denominador a zero:
$$
x^3-6x^2+11x-6=0
$$
Ferm servir el mètode de ruffini provant els divisors del terme independent ($$ \pm 1$$, $$\pm 2$$, $$\pm 3,$$ $$\pm 6$$)
Provem amb 1:
|| 1 | -6 | 11 | -6 |h
| @@color:blue;1@@ | | 1 | -5 | 6 |
| | 1 | -5 | 6 | - |h
Ja tenim un resultat: @@color:blue;$$ x_1= 1$$@@. Per prevenir l'existència d'arrels fraccionàries farem servir l'equació de segon grau:
$$
x^2-5x+6=0
$$
$$
x= \dfrac {-(-5) \pm \sqrt {(-5)^2-4 \cdot 1 \cdot 6}}{2 \cdot 1}
$$
$$
x= \dfrac {5 \pm 1}{2}
$$
D'aquí obtenim dos resultats més:
@@color:blue;$$
x_2=2
$$
$$
x_3=3
$$@@
Per tant el domini és:
$$
D= \mathbb{R}- \{1,2,3 \}
$$
Tambè el podem expressar com:
$$
D=(-\infty, 1) \cup (1,2) \cup (2,3) \cup (3,\infty)
$$
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=domain+(4x%5E2-4)%2F(x%5E3-6x%5E2%2B11x-6)%20]]
!!Exemple de resolució
$$ \log_2(x- 1)+3=\log_2 7$$
Convertim el 3 en un logaritme de base 2: $$ 2^3=8 $$ i ara substituïm el 3 per: $$ \log_2 8 $$:
$$
\log_2(x- 1)+\log_28=\log_2 7
$$
Ara farem servir la propietat de la suma de logaritmes per convertir-la en el logaritme d'un producte:
$$
\log_2 \left [ (x-1)8 \right ] = \log_2 7
$$
$$
\log_2 (8x-8) = \log_2 7
$$
Ja tenim UN ÚNIC logaritme a cada costat de l'igual i els podem treure:
$$
8x-8 =7
$$
Acabem d'aïllar $$x$$:
@@color:blue;$$
x=\dfrac {15} 8
$$@@
Per fer la comprovació substituïm $$x$$ pel resultat anterior a l'equació amb la que hem començat:
$$
\log_2\left (\dfrac {15} 8- 1 \right )+3=\log_2 7
$$
Podem fer l'operació del parèntesis del primer logaritme per a comprovar que el resultat es més gran de 0:
$$
\dfrac {15} 8- 1= \dfrac {15-8} 8 > 0
$$
No cal continuar, ja veiem que el resultat no serà ni 0 ni negatiu. Per lo tant la solució és vàlida.
@@color:red;Important:@@ La solució, $$x$$ SI que pot ser negativa o zero. El que no pot quedar negatiu ni zero és quan ''substituïm'' $$x$$ a l'equació original.
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=solve++log(2,x-1)%2B3%3Dlog(2,7)+over+the+reals%20]]
1. Quin angle forma una recta de pendent $$ \sqrt 3$$?
$$
\alpha = \arctan \sqrt 3=60^o
$$
2. La recta tangent d'una funció $$f(x)$$ forma un angle de 20º amb l'horitzontal. Quina és la pendent de la recta?
$$
m= \tan 20 = 0.363
$$
Donada la funció $$f(x)= \dfrac 1 x$$ calcularem el límit quan $$x$$ tendeix a 0:
$$
\lim_{x \to 0} f(x)= \dfrac 1 0 = \pm \infty
$$
És una indeterminació del tipus $$\dfrac k 0$$ que dona infinit. Per saber el signe calcularem els límits laterals, es a dir, esquerra i dreta.
Límit per l'esquerra:
$$
f(-0.1)= \dfrac 1 {-0.1} <0 \Rightarrow -\infty
$$
Límit per la dreta:
$$
f(0.1)= \dfrac 1 {0.1} >0 \Rightarrow +\infty
$$
Per tant, el resultat és:
@@color:blue;$$
\left .
\begin{array}{r}
\lim_{x \to 0^-} f(x)=-\infty \\
\lim_{x \to 0^+} f(x)=\infty
\end{array}
\right \}
\lim_{x \to 0} f(x)=\nexists
$$@@
Existeixen els límits laterals però no el límit en el punt $$x=0$$.
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=lim+1%2Fx+as+x-%3E0%20]]
Si $$f(x)= \dfrac x {x^2+2x+1}$$, calculem el límit
$$
\lim_{x \to -1} f(x)
$$
$$
\Rightarrow f(-1)=\dfrac {-1}{(-1)^2+2(-1)+1}= \dfrac {-1}{0}= \pm \infty
$$
Que és una indeterminació del tipus $$\dfrac k 0$$. Calculem els límits laterals.
Esquerra:
$$
f(-1.1)= \dfrac {-1.1}{(-1.1)^2+2(-1.1)+1}=
$$
$$
\dfrac {-1.1}{0.01}=\dfrac - + <0 \Rightarrow -\infty
$$
Dreta:
$$
f(-0.9)= \dfrac {-0.9}{(-0.9)^2+2(-0.9)+1}=
$$
$$
\dfrac {-0.9}{0.01}= \dfrac - + <0\Rightarrow -\infty
$$
Per tant, el resultat serà:
@@color:blue;$$
\left .
\begin{array}{r}
\lim_{x \to -1^-} f(x)=-\infty \\
\lim_{x \to -1^+} f(x)=-\infty
\end{array}
\right \}
\lim_{x \to -1} f(x)=-\infty
$$@@
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=lim++x%2F(x%5E2%2B2x%2B1)+as+x-%3E-1%20]]
Amb les dades de [[l'exemple de correlació|Exemple de càlcul de la correlació]] calcularem la recta de regressió de y sobre x.
*$$ \bar x=4.75$$
*$$\bar y = 8.5$$
*$$s_x^2=7.188$$
*$$s_{xy}=11.708$$
La recta de regressió és:
$$
y- \bar y= \dfrac {s_{xy}}{s_{x}^2}(x- \bar x)
$$
$$
y- 8.5= \dfrac {11.708}{7.188}(x-4.75)
$$
@@color:blue;$$
y=1.629x+0.763
$$@@
El gràfic de dispersió x,y amb la recta de regressió queda així:
{{Gràfic exemple regressió lineal}}
Gràfic fet amb el programa: [[Gràfic exemple regressió]]
Les següents dades corresponen al nombre de germans de 20 persones:
x = { 0, 1, 1, 1, 2, 2, 0, 0, 1, 0, 1, 3, 0, 0, 0, 1, 2, 4, 0, 1 }
<center>
| $$x_i$$ | $$n_i$$ | $$f_i$$ | $$N_i$$ | $$ F_i $$ |h
| 0 | 8 | 0.40 | 8 | 0.40 |
| 1 | 7 | 0.35 | 15 | 0.75 |
| 2 | 3 | 0.15 | 18 | 0.90 |
| 3 | 1 | 0.05 | 19 | 0.95 |
| 4 | 1 | 0.05 | 20 | 1 |
| !$$\sum$$ | !20 | !1 | - | - |
</center>
Considerem la funció
$$
f(x)=\log(3x-9)
$$
---
!Primer cas
$$
\lim_{x \to \infty} f(x)
$$
En primer lloc calculem el límit del contingut del logaritme:
$$
\lim_{x \to \infty} (3x-9)= \infty
$$
Com que $$\log (\infty)=\infty$$, llavors el límit que ens demanen és:
$$
\lim_{x \to \infty} f(x)= \infty
$$
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=lim++log(10,3x-9)+as+x-%3Einfinity%20]]
---
!Segon cas
$$
\lim_{x \to -\infty} f(x)
$$
En primer lloc calculem el límit del contingut del logaritme:
$$
\lim_{x \to -\infty} (3x-9)= -\infty
$$
Com que $$\nexists \log (-\infty)$$, llavors la funció no té límit en l'infinit:
$$
\lim_{x \to -\infty} f(x)= \nexists
$$
$$
\lim_{x \to 1} \ln(x-1)
$$
En primer lloc calculem el domini. Igualem el contingut del logaritme a zero per eliminar els valors que el fan zero i negatiu:
$$
x-1=0; \ x=1
$$
Comprovem els signes als costats de l'1 donant valors:
Esquerra: $$x=0; \ 0-1 <0 \Rightarrow -$$
Dreta: $$x=2; \ 2-1 >0 \Rightarrow +$$
| $$(-\infty,1)$$ | !$$(1, \infty)$$ |
| - | !+ |
Per tant, el domini és: $$D=(1,\infty)$$
Recordem que $$\log_a 0= -\infty$$ per la part positiva de la x. Com que el domini es $$D=(1,\infty)$$, això vol dir que la part positiva és la dreta de l'1 (la part esquerra l'hem eliminat per ser negativa). És a dir:
$$
\lim_{x \to 1^+} f(x)=-\infty
$$
Així doncs:
@@color:blue;$$
\left .
\begin{array}{r}
\lim_{x \to 1^+} f(x)=-\infty \\
\lim_{x \to 1^-} f(x)=\nexists
\end{array}
\right \}
\lim_{x \to 1} f(x)=\nexists
$$@@
<<toc-selective-expandable "Exemples de límits de funcions logarítmiques" sort[title]>>
<<toc-selective-expandable "Exemples de resolució d`equacions exponencials" sort[title]>>
<<toc-selective-expandable "Exemples resolts pel mètode de Gauss" sort[orden]>>
<<toc-selective-expandable "Exemples resolts pel mètode de Gauss-Jordan" sort[orden]>>
Podem trobar diferents casos segons la situació de l'arrel a la fracció.
Farem exemples amb la mateixa fracció i polinomis per poder apreciar bé la diferència entre els dominis.
Com que les operacions són les mateixes, resolem aquí el numerador i denominador.
La fracció que farem servir és:
$$
\dfrac {{x^2-x-2}}{{x^2-1}}
$$
---
''Numerador:''
$$
x^2-x-2=0
$$
$$
x= \dfrac {-(-1) \pm \sqrt{(-1)^2-4 \cdot 1 \cdot (-2)}}{2 \cdot 1}
$$
$$
x=\dfrac {1 \pm \sqrt 9}{2}= \dfrac {1 \pm 3}{2}
$$
$$
x_1=2, \ x_2=-1
$$
---
''Denominador:''
$$
x^2-1=0
$$
$$
x^2=1
$$
$$
x=\pm \sqrt 1= \pm 1
$$
$$
x_1=-1, \ x_2=1
$$
---
Resolució dels diferents casos:
# [[Arrel al numerador|Exemple domini: arrel al numerador]]: $$f(x)=\dfrac {\sqrt{x^2-x-2}}{x^2-1}$$<br><br>
#[[Arrel al denominador|Exemple domini: arrel al denominador]]: $$f(x)=\dfrac {{x^2-x-2}}{\sqrt{x^2-1}}$$<br><br>
#[[Arrel a tota la fracció|Exemple domini: arrel a tota la fracció]]: $$f(x)= \sqrt \dfrac {{x^2-x-2}}{{x^2-1}}$$
<<toc-selective-expandable "Exemples: Indeterminacions del tipus 0 / 0" sort[title]>>
!!Exemple 1
$$
\lim_{x \to 1} \dfrac {x-1}{x^2-x}
$$
Substituïm el valor d'1:
$$
\lim_{x \to 1} \dfrac {1-1}{1^2-1}= \dfrac 0 0
$$
Traiem factor comú al denominador:
$$
\lim_{x \to 1} \dfrac {x-1}{x(x-1)}
$$
Veiem que podem simplificar $$x-1$$ del numerador i denominador:
$$
\lim_{x \to 1} \dfrac {1}{x}
$$
Una vegada simplificat es torna a substituir:
$$
\lim_{x \to 1} \dfrac {1}{1}= 1
$$
Per tant, el resultat és:
$$
\lim_{x \to 1} \dfrac {x-1}{x^2-x}=1
$$
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=lim++(x-1)%2F(x%5E2-x)+as+x-%3E1%20]]
$$
\lim_{x \to -1} \dfrac {x^3+2 x^2+3 x+2}{3 x^4+3 x^3+2 x+2}
$$
Substituïm $$x=-1$$:
$$
\lim_{x \to -1} \dfrac {(-1)^3+2 (-1)^2+3 (-1)+2}{3 (-1)^4+3 (-1)^3+2 (-1)+2}= \dfrac 0 0
$$
Com que no és possible extreure factor comú, dividim per ruffini amb el valor -1 a numerador i denominador. Aquest ruffini ''__sempre__'' donarà ''exacte''.
''Numerador:''
|| 1 | 2 | 3 | 2 |h
|-1|| -1 | -1 | -2 |
|| 1 | 1 | 2 | - |h
Per tant, factoritzant el numerador, queda: $$(x+1)(x^2+x+2)$$
''Denominador:''
|| 3 | 3 | 0 | 2 | 2 |h
|-1|| -3 | 0 | 0 | -2 |
|| 3 | 0 | 0 | 2 | - |h
Per tant, factoritzant el denominador, queda: $$(x+1)(3x^3+2)$$
Tornem a escriure el límit factoritzat:
$$
\lim_{x \to -1} \dfrac {(x+1)(x^2+x+2)}{(x+1)(3x^3+2)}
$$
Simplifiquem:
$$
\lim_{x \to -1} \dfrac {x^2+x+2}{3x^3+2}
$$
I tornem a substituir $$x=-1$$:
$$
\lim_{x \to -1} \dfrac {(-1)^2+(-1)+2}{3(-1)^3+2}=
$$
$$
\dfrac{1-1+2}{-3+2}= \dfrac 2 {-1}=-2
$$
Per tant el resultat és $$-2$$.
Si en l'últim pas, al substituir $$x=-1$$, tornés a sortir $$\dfrac 0 0$$, faríem altra vegada ruffini amb -1 i tornaríem a simplificar $$x+1$$.
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=lim++(x%5E3%2B2+x%5E2%2B3+x%2B2)%2F(3+x%5E4%2B3+x%5E3%2B2+x%2B2)+as+x-%3E-1%20]]
<<toc-selective-expandable "Exemples: Indeterminacions del tipus k / 0" sort[title]>>
<<toc-selective-expandable "Exemples: Límits de funcions exponencials" sort[orden]>>
$$
\begin{array}{ll}
\text{1)}\lim_{x \to \infty } 3^x=\infty\\ \\
\text{2)}\lim_{x \to -\infty } 3^x=3^{-\infty} = \dfrac {1}{3^\infty}=\dfrac 1 \infty =0\\ \\
\text{3)} \lim_{x \to -\infty } \left ( \dfrac {1} { 3 } \right )^x= \left ( \dfrac 1 3 \right )^{-\infty}=3^\infty=\infty \\\\
\text{4)} \lim_{x \to \infty } \left ( \dfrac {1} { 3 } \right )^x=0
\end{array}
$$
$$
\lim_{x \to 0 } e^{\frac 1 x}=e^{\frac 1 0} =e^?
$$
$$\dfrac 1 0$$ és una indeterminació del tipus $$\dfrac k 0$$ que hem de resoldre abans de continuar:
''Límit per l'esquerra''. Donem valors a l'esquerra del 0
$$
f(-0.1)= \dfrac 1 {-0.1} <0 \Rightarrow -\infty
$$
Per tant:
$$
\lim_{x \to 0^-} \dfrac 1 x = -\infty
$$
Y conseqüentment:
$$
e^{-\infty}= \dfrac 1 {e^\infty}= \dfrac 1 \infty=0
$$
Per la qual cosa:
@@color:blue;$$
\lim_{x \to 0^- } e^{\frac 1 x}=0
$$@@
''Límit per la dreta''. Donem valors a la dreta del 0
$$
f(0.1)= \dfrac 1 {0.1} <0 \Rightarrow +\infty
$$
Per tant:
$$
\lim_{x \to 0^+} \dfrac 1 x = \infty
$$
Y conseqüentment:
$$
e^{\infty}= \infty
$$
Per la qual cosa:
@@color:blue;$$
\lim_{x \to 0^+ } e^{\frac 1 x}=\infty
$$@@
Finalment, el límit queda com a:
$$
\left .
\begin{array}{}
\lim_{x \to 0^+ } e^{\frac 1 x}=\infty \\
\lim_{x \to 0^- } e^{\frac 1 x}=0
\end{array}
\right \}
\lim_{x \to 0 } e^{\frac 1 x}=\nexists
$$
Calcula el límits
$$
\begin{array}{ll}
\text{1)} &\displaystyle \lim_{x \to \infty} {-}2x^{{2}}-3x-1=-\infty \\
\text{2)} &\displaystyle \lim_{x \to \infty} {+}7x^{3}+2x^2-3x+6=+\infty \\
\text{3)} &\displaystyle \lim_{x \to -\infty} 3x^2+x+2= \lim_{x \to {+}\infty} 3({-}x)^2 = \\ & \displaystyle \lim_{x \to \infty} {+}3x^{{2}} =+\infty \\
\text{4)} &\displaystyle \lim_{x \to -\infty} 2x^3-4x^2-9 = \displaystyle \lim_{x \to {+}\infty} 2({-}x)^3 =\\ & \displaystyle
\lim_{x \to \infty} {-}2x^{{3}} = -\infty \\
\text{5)} &\displaystyle \lim_{x \to -\infty} -x^5+x^3= \displaystyle \lim_{x \to {+}\infty} -({-}x)^5= \\ & \displaystyle
\lim_{x \to \infty} {+}x^{{5}}=+\infty
\end{array} $$
Calcula mitjana, mediana i moda de les següents dades:
X={2, 1, 3, 1, 6, 2, 2, 3, 4, 5}
Calcula la variància, desviació típica, rang i quartils de les següents dades:
X={1, 3, 4, 2}
$$
x^5 - 2x^4 - 2x^3 + 4x^2 + x - 2=0
$$
Per resoldre l'equació farem servir el mètode de ruffini fins arribar a grau 2, on farem servir [[l'equació de segon grau|Equacions de segon grau]].
Hem de provar a dividir pels divisors del terme independent, $$a_0$$, que en el nostre exemple és -2. Per tant provarem els nombres $$\pm1$$ i $$\pm 2$$. Hem de tenir en compte que poden estar repetits.
També has de tenir en compte el següent:
* Abans de començar ordena els coeficients del polinomi en ordre descendent, començant pel que tingui l'exponent més alt de la $$x$$ i acabant amb el terme independent.
*Si manca alguna $$x$$, es posarà zero al seu lloc.
*Si manca $$a_0$$, es a dir, tots els termes tenen una $$x$$, has de treure factor comú i llavors una solució serà $$x=0$$. Amb la resta fes Ruffini.
*Si tots els nombres son múltiples d'un altre es aconsellable dividir els coeficients per simplificar les operacions.
Ruffini:
|| 1 | -2 | -2 | 4 | 1 | -2 |h
|@@color:red;-1@@| | -1 | 3 | -1 | -3 | 2 |
|| 1 | -3 | 1 | 3 | -2 | - |h
| @@color:red;1@@ | | 1 | -2 | -1 | 2 |
| | 1 | -2 | -1 | 2 | - |h
| @@color:red;1@@ | | 1 | -1 | -2 | |
| | 1 | -1 | -2 | - |h
Finalment hem obtingut un polinomi de segon grau que resoldrem amb l'equació de segon grau (convé fer-ho així per si hi ha una solució fraccionària que no trobaríem mai per Ruffini).
El polinomi que tenim és:
$$
x^2-x-2=0
$$
$$
x= \dfrac {-(-1) \pm \sqrt{(-1)^2-4 \cdot 1 \cdot (-2)}}{2 \cdot 1}=
$$
$$
x=\dfrac {1 \pm \sqrt{9}}{2}= \dfrac {1 \pm {3}}{2}
$$
@@color:red;$$
x_1=2
$$
$$
x_2=-1
$$@@
Hem obtingut els següents resultats:
$$x=\{-1,-1,1,1,2 \}$$
Si traiem els resultats repetits, tenim 3 valors:
@@color:blue;$$
x=\{-1,1,2 \}
$$@@
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=solve+x%5E5+-+2x%5E4+-+2x%5E3+%2B+4x%5E2+%2B+x+-+2%3D0+over+the+reals%20]]
Les alçades de 21 alumnes de 4t d'ESO en centímetres, són:
{{Alçada de 22 alumnes de 4t d'ESO}}
Fes una taula de freqüències amb classes d'amplitud $$a=5$$cm.
Calcula la desviació típica de les dades del pes i alçada que vas fer servir als exercici: [[Exercici: Taules de freqüències (1)]] i [[Exercici: Mesures de centralització (1)]].
A l'exercici [[Exercici: Taules de freqüències (1)]] vas fer taules de freqüències del pes i alçada de 21 alumnes de 4t d'ESO.
Calcula la mitjana, moda i mediana dels dos tipus de dades.
Les dades de pes i altura de 21 alumnes de 4t d'ESO, es troben a continuació:
''Pes en quilos'': {{Pes de 22 alumnes de 4t d'ESO}}
''Alçada en centímetres'': {{Alçada de 22 alumnes de 4t d'ESO}}
Fes una taula de freqüències per a cada tipus de dada.
<<toc "Exercicis d'equacions exponencials" sort[title]>>
#$$ 2^{2x}=4^{2x+1} $$<br><br>
#$$ 6^{4x-2}=2^{1-x} $$<br><br>
#$$ 7^x =9^{4x-7}$$<br><br>
#$$ 3^x \cdot 2^x=9$$<br><br>
#$$ \dfrac {3}{5^x}=6^x$$
Solucions:
# $$x = -1$$
# $$x \approx 0.544$$
# $$x \approx 2.248$$
# $$x \approx 1.226$$
# $$x \approx 0.323$$
#$$4^x = 5^{x + 1} $$<br><br>
#$$3^{x - 1} - 2^{ - x} = 0$$ <br><br>
#$$\dfrac{{8^{2x} }}{3} = 1 $$<br><br>
#$$5^{2x - 2} \cdot 6^x - 7^{ - x - 1} = 0 $$<br><br>
#$$\dfrac{9}{{2^x }} = 6 $$
Solucions:
#$$x \approx -7.213$$
#$$x \approx 0.613$$
#$$x \approx 0.264$$
#$$x \approx 0.183$$
#$$x \approx 0.585$$
#$$10^{2x} = 9 $$<br><br>
#$$\dfrac{8}{{2^x \cdot 3^{2x} }} = \dfrac{1}{{3^x }} $$<br><br>
#$$\dfrac{{3^x }}{{5^x \cdot 6^{x + 2} }} = 2^x \cdot 5^x $$<br><br>
#$$\dfrac{1}{{5^{1 - x} \cdot 3^{2x + 2} }} = 10 $$<br><br>
#$$4^{3x} \cdot 3^{2x} = 6 $$
Solucions:
#$$x \approx 0.477$$
#$$x \approx 1.161$$
#$$x \approx -0.778$$
#$$x \approx -10.394$$
#$$x \approx ~0.282$$
#$$\left( {\dfrac{6}{7}} \right)^x = 6^{x - 1} $$<br><br>
#$$\sqrt[x]{{10}} = 2 $$<br><br>
#$$7^{2x} = \dfrac{{8^{5x} }}{{8^6 }} $$<br><br>
#$${20}^{\frac{x}{2}} \cdot 6^x = 20^{3x} $$<br><br>
#$$\left[ {\left( {\dfrac{3}{2}} \right)^{2x} } \right]^2 - \left( {\dfrac{5}{3}} \right)^2 = -2$$
Solucions:
#$$x \approx 0.921$$
#$$x \approx 3.322$$
#$$x \approx 1.918$$
#$$x =0 $$
#$$x \approx -0.155$$
#$$3^{x + 1} \cdot 3^{x + 2} = 2^x $$<br><br>
#$$\dfrac{{2^{x - 1} }}{{5^{2x} }} = 6 $$<br><br>
#$$7^x = \dfrac{1}{{5^{6x + 4} }} $$<br><br>
#$$9^{ - x} - 2^{3x} = 0 $$<br><br>
#$$ 3^{x + 1} = 1$$
Solucions:
#$$x \approx -2.191$$
#$$x \approx -0.984$$
#$$x \approx -0.555$$
#$$x =0 $$
#$$x =-1 $$
#$$ \log_2 x+3=\log_2 4$$<br><br>
#$$ \log(2x-2)- \log x=1 $$<br><br>
#$$ 2\log_3 x=\log_3 4 $$<br><br>
#$$ 1-\ln (-x) =\ln (-x) $$<br><br>
#$$ 1+\log x = \log(x+1) $$
Solucions:
#$$ x = \frac 1 2 $$
#$$ x =\nexists $$
#$$ x =2 $$
#$$ x= -\sqrt e \approx -1.649 $$
#$$ x = \frac 1 9 $$
#$$\log _3 (2x + 1) = 2$$<br><br>
#$$\log _{125} x = \displaystyle\frac{1}{3} $$<br><br>
#$$\log _6 (1 - x) = \log _6 (2x + 10) - \log _6 2$$<br><br>
#$$\ln \displaystyle\frac{1}{x} + \ln x^2 = 2$$<br><br>
#$$1 - L(x) = L(x + 1)$$
Solucions:
#$$ x = 4 $$
#$$ x =5 $$
#$$ x =-2 $$
#$$ x =e^2 \approx 7.389 $$
#$$ x \approx 1.223 $$
#$$\log x + \log 5 = 2 $$
#$$\log _2 (x + 6) = 1 - \log _2 (2x) $$
#$$2 + \log _3 x = 2 \cdot \log _3 x $$
#$$3 \cdot \log _2 x = 1 $$
#$$3 - \log _5 9x = \log _5 x$$
Solucions:
#$$ x =20 $$
#$$ x = \sqrt {10}-3 \approx 0.162$$
#$$ x =9 $$
#$$ x =\sqrt[3] 2\approx 1.260 $$
#$$ x= \frac{5 \sqrt 5} 3 \approx 3.727 $$
#$$2 + \ln x = \ln (1 + x) $$<br><br>
#$$\log x + \log 20 =0$$<br><br>
#$$- 2 \log _{\frac{1}{2}} x = \log _{\frac{1}{2}} (x) $$<br><br>
#$$\ln x = 3 + \ln (x - 2) $$<br><br>
#$$L(2x + 1) = 1 - L(x)$$
Solucions:
#$$ x = \frac 1 {e^2-1} \approx 0.157 $$
#$$ x= \frac 1 {20}= 0.05 $$
#$$ x =1 $$
#$$ x \approx 2.105 $$
#$$ x \approx 0.942 $$
#$$2\log x = \log 9 $$<br><br>
#$$Lx + 2 = L(x + 2) $$<br><br>
#$$\log _3 (2x) = 1 - \log _3 x$$<br><br>
#$$\log _4 x + \log _4 (2) = 0 $$<br><br>
#$$\log _{\sqrt 2 } x = 2$$
Solucions:
#$$ x =3 $$
#$$ x= \frac 2 {e^2-1} \approx 0.313 $$
#$$ x = \sqrt \frac 3 2 \approx 1.225 $$
#$$ x = \frac 1 2 =0.5 $$
#$$ x =2 $$
<<toc-selective-expandable "Exercicis d'estadística descriptiva" sort[orden]>>
<<toc-selective-expandable 'Exercicis de càlcul de rectes tangents' sort[title]>>
Dedicar mitja hora a fer alguns d'aquests exercicis. Després, altre dia, fer un Kahoot.
<<toc 'Exercicis de càlcul mental amb logaritmes' sort[orden]>>
#$$\log_2 8$$<br><br>
#$$\log_2 16$$<br><br>
#$$\log_2 32$$<br><br>
#$$\log_2 1$$<br><br>
#$$\log_5 125$$<br><br>
#$$\log_8 64$$<br><br>
#$$\log_3 3$$<br><br>
#$$\log_{-2} 8$$<br><br>
#$$\log 1000$$<br><br>
#$$\ln e^2$$
#$$\log_3 3^{-1}$$<br><br>
#$$\log_4 4^{-2}$$<br><br>
#$$\log_5 5^{4}$$<br><br>
#$$\log_2 \dfrac 1 2$$<br><br>
#$$\log_2 \dfrac 1 4$$<br><br>
#$$\log_2 \dfrac 1 8$$<br><br>
#$$\log_2 2^{\frac 1 6}$$<br><br>
#$$\log_4 4^{\frac 2 3}$$<br><br>
#$$\log_2 \sqrt 2$$. Recorda que @@color:blue;$$\sqrt[n] x = x^{\frac 1 n}$$@@.<br><br>
#$$\log_5 \sqrt[4] 5$$
#$$L e$$<br><br>
#$$\ln e^{- \frac 1 6}$$<br><br>
#$$L \sqrt e$$<br><br>
#$$\ln \sqrt[5] e$$<br><br>
#$$L \sqrt {e^3}$$. Recorda que @@color:blue;$$\sqrt[n] {x^m}=x^{\frac m n}$$@@<br><br>
#$$\ln \sqrt[6] {e^{12}}$$<br><br>
#$$\log 100^2$$<br><br>
#$$\log 0.1$$<br><br>
#$$\log 0.01$$<br><br>
#$$\log \sqrt{1000}$$
#$$\log_2 -2$$<br><br>
#$$\log_9 3$$<br><br>
#$$\log_{\sqrt 5} 5$$<br><br>
#$$\log_{\sqrt 5} 25$$<br><br>
#$$\log_{-5} 1$$<br><br>
#$$\ln \dfrac 1 e$$<br><br>
#$$\log 10^9$$<br><br>
#$$L e^e$$<br><br>
#$$\log \dfrac 1 {100}$$<br><br>
#$$\log_e e^{e^2}$$<br><br>
#$$\log_2 0 $$<br><br>
#$$\log_\pi \pi $$<br><br>
#$$\log_\pi \dfrac 1 \pi $$<br><br>
#$$\log_7 343$$<br><br>
#$$\log_{343} 7$$
Calcula el domini de les següents funcions:
#$$f(x)=\sqrt{3x+9}$$<br><br>
#$$f(x)=\sqrt[3]{2x^3+3}$$<br><br>
#$$f(x)=\sqrt{x^3+8}$$<br><br>
#$$f(x)=\sqrt{x^2+x}$$<br><br>
#$$f(x)=\sqrt{x^2+8x+7}$$
Solucions
#$$D= [-3,\infty) $$
#$$D= \mathbb{R} $$
#$$D= [-2,\infty) $$
#$$D= (-\infty,-1] \cup [0,\infty) $$
#$$D= (-\infty,-7] \cup [-1,\infty $$
Calcula el domini de les següents funcions:
#$$f(x)=\sqrt{-1-x^2}$$<br><br>
#$$f(x)=\sqrt{1+x^2}$$<br><br>
#$$f(x)=\sqrt{x^3+6x^2-9x-14}$$<br><br>
#$$f(x)=\sqrt{5x-8}$$<br><br>
#$$f(x)=\sqrt[5]{x+6}$$
Solucions
#$$D= \nexists $$
#$$D= \mathbb{R} $$
#$$D= [-7,-1] \cup [2,\infty) $$
#$$D= [\frac 8 5,\infty )$$
#$$D= \mathbb{R} $$
Calcula el domini de les següents funcions:
#$$f(x)=\sqrt{8x^3-10x^2+x+1}$$<br><br>
#$$f(x)=\sqrt{4x^2+5x}$$<br><br>
#$$f(x)=\sqrt{4x^2-16}$$<br><br>
#$$f(x)=\sqrt{x^2+x+1}$$<br><br>
#$$f(x)=\sqrt{-x}$$
Solucions
#$$D= [-\frac 1 4, \frac 1 2] \cup [1,\infty) $$
#$$D= (-\infty,-\frac 5 4] \cup [1,\infty) $$
#$$D= (-\infty,-2] \cup [2,\infty) $$
#$$D= \mathbb{R} $$
#$$D= (-\infty,0] $$
Calcula el domini de les funcions:
# $$y= \log(3x+6)$$
# $$y= \ln(x^2+7x)$$
# $$y= \log_2(1+9x^3)$$
# $$y= \log_3(2x^2+13x+6)$$
# $$y= \ln(x^4-2x^2+1)$$
<$button to="Solucions: Exercicis de domini de funcions logarítmiques 1" >
Solució
</$button>
Calcula el domini de les funcions:
# $$y= \log_2(x+7)$$
# $$y= \log(-2-2x^2)$$
# $$y= \ln(-x)$$
# $$y= \log(x^2)$$
# $$y= \log_3(x^3-2x^2-5x+6)$$
<$button to="Solucions: Exercicis de domini de funcions logarítmiques 2" >
Solució
</$button>
Calcula el domini de les funcions:
# $$f(x)= \log_5(x^2+2x-1)$$
# $$f(x)= \log(9x+10)$$
# $$f(x)= \log_7(x^2+5)$$
# $$f(x)= \ln(x^3-6x^2+11x-6)$$
# $$f(x)= \log(-x^2)$$
<$button to="Solucions: Exercicis de domini de funcions logarítmiques 3" >
Solució
</$button>
Calcula el domini de les següents funcions:
#$$f(x)= \dfrac {6x-3}{3-6x} $$<br><br>
#$$f(x)= \dfrac{x^2+x-1}{x^2-x} $$<br><br>
#$$f(x)= \dfrac{x^2+x-3}{x^3+5x^2-4x-20} $$<br><br>
#$$f(x)= \dfrac{-x}{x^5+3x^4-5x^3-15x^2+4x+12} $$<br><br>
#$$f(x)= \dfrac{x^2-1}{6x^3+11x^2+6x+1} $$
<$button to="Solucions: Exercicis de domini de funcions racionals 1" >
Solució
</$button>
Calcula el domini de les següents funcions:
#$$f(x)= \dfrac {3}{5x} $$<br><br>
#$$f(x)= \dfrac{2}{5x^2+x+1} $$<br><br>
#$$f(x)= \dfrac{2x-5}{10x^3-39x^2+26x+3} $$<br><br>
#$$f(x)= \dfrac{x^2+3x-5}{5x^3-9x^2-2x} $$<br><br>
#$$f(x)= \dfrac{8x^2+x}{4} $$
<$button to="Solucions: Exercicis de domini de funcions racionals 2" >
Solució
</$button>
Calcula el domini de les següents funcions:
#$$f(x)= \dfrac{4x^3-4x}{x^7+3x^6} $$<br><br>
#$$f(x)= \dfrac{7x+7}{x^4-4x^3+6x^2-4x+1} $$<br><br>
#$$f(x)= \dfrac{x}{20x^5-129x^4+275x^3-225x^2+65x-6} $$<br><br>
#$$f(x)= \dfrac{2x+4}{x^2+x-6} $$<br><br>
#$$f(x)= \dfrac{x^4+5x^2}{x^2+100} $$
<$button to="Solucions: Exercicis de domini de funcions racionals 3" >
Solució
</$button>
Calcula el domini de les següents funcions:
# $$ f(x) = \dfrac{\sqrt{x+1}}{x-5} $$<br><br>
# $$ f(x) = \dfrac {x^2+2x+1}{\sqrt{4x+8}} $$<br><br>
# $$ f(x) = \dfrac{\sqrt{x^2-1}}{x^2-4} $$<br><br>
# $$ f(x) = \dfrac{x+1}{\sqrt{x^3+6x^2+11x+6}} $$<br><br>
# $$ f(x) = \sqrt{\dfrac {x+3}{x-2} }$$<br><br>
---
Solucions
#$$D= [-1,5) \cup (5,\infty) $$
#$$D= (-2,\infty) $$
#$$D= (-\infty,-2) \cup (-2,-1] \cup [1,2) \cup (2,\infty) $$
#$$D= (-3,-2) \cup (-1,\infty) $$
#$$D= (-\infty,-3] \cup (2,\infty) $$
# $$ f(x) = \dfrac{\sqrt{x^3+x^2-6x}}{3x+9} $$<br><br>
# $$ f(x) = \dfrac{x+6}{\sqrt{x^4+x^3-3x^2-5x-2}} $$<br><br>
# $$ f(x) = \dfrac{\sqrt{2x^3+4x^2-22x-24}}{1-x^2} $$<br><br>
# $$ f(x) = \dfrac{2x^3+4x^2-22x-24}{\sqrt{1-x^2}} $$<br><br>
# $$ f(x) = \sqrt{\dfrac{2x^3+4x^2-22x-24}{1-x^2} } $$
---
Solucions
#$$D= (-3,0] \cup [2,\infty) $$
#$$D= (-\infty,-1) \cup (2,\infty) $$
#$$D= [-4,-1) \cup [3,\infty) $$
#$$D= (-1,1) $$
#$$D= (-\infty,-4] \cup (1,3] $$
# $$ f(x) = \dfrac{\sqrt{3x^2+5}}{4x-7} $$<br><br>
# $$ f(x) = \dfrac{\sqrt{x}}{2x^2+5x+6} $$<br><br>
# $$ f(x) = \sqrt{\dfrac {x^3+3x^2}{x^2-x}} $$<br><br>
# $$ f(x) = \dfrac{x^3+3x^2}{\sqrt{x^2-x}} $$<br><br>
# $$ f(x) = \dfrac{\sqrt{x^3+3x^2}}{x^2-x} $$
---
Solucions
#$$D= \mathbb{R} - \{\frac 7 4 \} $$
#$$D= (0,\infty) $$
#$$D= [-3,0) \cup (1,\infty) $$
#$$D= (-\infty,0) \cup (1,\infty) $$
#$$D= [-3,0)\cup (0,1) \cup (1,\infty) $$
Exercicis de tots els tipus de dominis.
<<toc-selective-expandable "Exercicis de dominis (miscel·lània)" sort[name]>>
Calcula el domini de les funcions:
# $$ f(x)= \log(x^3+8x^2+13x+6) $$<br><br>
# $$ f(x)=\sqrt{x+5x^2} $$<br><br>
# $$ f(x)=6^{x-4} $$<br><br>
# $$ f(x)= \dfrac {\sqrt{x^3+6x^2+12x+8}}{x-1} $$<br><br>
# $$ f(x)= \dfrac 1 {(x-1)(x+4)(x+2)(x-9)}$$
<$button to="Solucions: Exercicis de dominis (miscel·lània) 1" >
Solució
</$button>
Calcula el domini de les funcions:
# $$ y=- \dfrac{x^2}{\sqrt{(x-1)^3}} $$<br><br>
# $$ y=1+ \dfrac 1 x +\dfrac 1 {x+1} $$<br><br>
# $$ y= \dfrac{\sqrt[3] {x^2-9}}{x^3+1} $$<br><br>
# $$ y= \ln((x+3)(3-x)) $$<br><br>
# $$ y= e^{\frac 1 x} $$
<$button to="Solucions: Exercicis de dominis (miscel·lània) 2" >
Solució
</$button>
Calcula el domini de les funcions:
# $$ f(x)=\sqrt{\dfrac{x^2-x-6}{6+x-x^2}} $$<br><br>
# $$ f(x)= \dfrac{2x-4}{4x+16} $$<br><br>
# $$ f(x)= \sqrt{\dfrac{9x^3-9}{3-x}} $$<br><br>
# $$ f(x)= \dfrac{2}{\sqrt{-2x}} $$<br><br>
# $$ f(x)= \log_2(-4x^2-4) $$
<$button to="Solucions: Exercicis de dominis (miscel·lània) 3" >
Solució
</$button>
Practica amb aquests sistemes. Les solucions als sistemes són sempre exactes, sense decimals. Fes servir fraccions quan sigui necessari.
<<toc-selective-expandable "Exercicis de resolució de sistemes" sort[orden]>>
#$$\left \{ \begin{array}{r} 2x+y=3 \\ 3x-2y=1 \end{array} \right .$$<br><br>
#$$\left \{ \begin{array}{r} 4x-y=-1 \\ -x+y=1 \end{array} \right .$$<br><br>
#$$\left \{ \begin{array}{r} 5x+y=19 \\ 2x+2y=14 \end{array} \right .$$<br><br>
#$$\left \{ \begin{array}{r} x-y=0 \\x+y=-2 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} 2x+4y=1 \\ 6x-y=3 \end{array} \right .$$ <br><br>
<$button to="Solucions: Exercicis de resolució de sistemes compatibles determinats 1" >
Solució
</$button>
#$$\left \{ \begin{array}{r} -x-y=2 \\ 3x+2y=1 \end{array} \right .$$<br><br>
#$$\left \{ \begin{array}{r} 4x+y=3 \\ -2x+6y=0 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} -5x+25y=5 \\ -3x+9y=-0 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} x+y=5 \\ 7x+y=5 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} 2x+2y=1 \\ -3x+3y=2 \end{array} \right .$$
<$button to="Solucions: Exercicis de resolució de sistemes compatibles determinats 2" >
Solució
</$button>
#$$\left \{ \begin{array}{r} 3x+3y+z=16 \\2x+2y+3z=13 \\x+2y+2z=9 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} x+3y+3z=1 \\ 3x+y+z=3 \\x+y+2z=2\end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} 3x+3y+z=-6 \\ x+3y+3z=2 \\ 2x+y+z=-1 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} -x+2y+z=0 \\ 2x-2y-z=-1 \\-2y+2z=10 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} -2x-2y-z=-10 \\ -2x+2y-2z=-4 \\ x+y-2z=0 \end{array} \right .$$ <br><br>
<$button to="Solucions: Exercicis de resolució de sistemes compatibles determinats 3" >
Solució
</$button>
#$$\left \{ \begin{array}{r} 2x+2y-z=10 \\ 4x+y-3z=19 \\-4x +2y+4z=-18 \end{array} \right .$$<br><br>
#$$\left \{ \begin{array}{r} 2x+2y-z=0 \\ 4x+y=1 \\ 4x-3y+2z=1 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} 2x+3y+2z=4 \\ -3x+y+3z=0 \\ x+4y-z=0 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} -3x+4y+z=2 \\ 3x-4y-3z=-4 \\3x+3y-3z=-3 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} -x+y-3z=-4 \\ -2x+3y-3z=-1 \\ -3x+4y+z=9 \end{array} \right . $$
<$button to="Solucions: Exercicis de resolució de sistemes compatibles determinats 4" >
Solució
</$button>
<<toc-selective-expandable "Exercicis de sistemes compatibles determinats" sort[title]>>
<<toc-selective-expandable "Exercicis de sistemes compatibles indeterminats" sort[title]>>
#$$\left \{ \begin{array}{r} x+y=1 \\ 2x+2y=2 \end{array} \right .$$<br><br>
#$$\left \{ \begin{array}{r} 4x-6y=6 \\ 2x-3y=3 \end{array} \right .$$<br><br>
#$$\left \{ \begin{array}{r} -2x+6y=2 \\ 3x-9y=3 \end{array} \right .$$<br><br>
#$$\left \{ \begin{array}{r} -9x+9y=3 \\-6x+6y=2 \end{array} \right .$$<br><br>
#$$\left \{ \begin{array}{r} 7x+14y=21\\ 2x+4y=6 \end{array} \right . $$
<$button to="Solucions: Exercicis de sistemes compatibles indeterminats 1" >
Solució
</$button>
Discuteix i resol els sistemes:
#$$\left \{ \begin{array}{r} 7x+14y+z=21\\ x+4y+2z=6 \\8x+18y+3z=27 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} -x+3y+2z=0 \\ 2x+y-z=0 \\x+4y+z=0 \end{array} \right .$$<br><br>
#$$\left \{ \begin{array}{r} x+y+z=1 \\ 2x+2y+2z=2 \\-x-y-z=-1 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} 3x-5y+2z=1 \\ 2x+y-z=1 \\ 5x-4y+z=2 \end{array} \right .$$<br><br>
#$$\left \{ \begin{array}{r} 8x-4y+2z=2 \\ 4x-2y+z=1 \\ 12x-6y+3z=3 \end{array} \right .$$
<$button to="Solucions: Exercicis de sistemes compatibles indeterminats 2" >
Solució
</$button>
<<toc-selective-expandable "Exercicis de sistemes incompatibles" sort[title]>>
#$$\left \{ \begin{array}{r} x+y=1 \\ 2x+2y=1 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} 2x+4y=8 \\3x+6y=13 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} 6x+12y=7\\ 2x+4y=0 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} -10x+10y=25 \\ -2x+2y=2 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} 7x+3y=4 \\7x+3y=0 \end{array} \right .$$
<$button to="Solucions: Exercicis de sistemes incompatibles 1" >
Solució
</$button>
#$$\left \{ \begin{array}{r} x+y+z=1 \\ 2x+2y+2z=2 \\ 2x+2y+2z=1 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} x+2y+3z=4 \\ x+4y+2z=3 \\ 2x+6y+5z=2 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} -3x+y+3z=2 \\ -x+2y+3z=1 \\ -x-3y-3z=1\end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} x+3y+2z=5 \\2x+6y+4z=1 \\ 3x+9y+6z=1 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} 7x+y+z=1 \\ 14x+2y+2z=2 \\ x+\dfrac y 7+\dfrac z 7=1 \end{array} \right .$$ <br><br>
<$button to="Solucions: Exercicis de sistemes incompatibles 2" >
Solució
</$button>
A continuació trobaràs tota mena de sistemes d'equacions.
<<toc-selective-expandable "Exercicis de sistemes: Miscel·lània" sort[title]>>
Discuteix i resol, si és possible, els sistemes:
#$$\left \{ \begin{array}{r} 2x-3y+z=-1 \\ x+3y+3z=-10 \\ 3x-3y+3z=-6 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} -x+y+z=1 \\ -2x+3y+4z=1 \\-3x+4y+5z=2 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} -3x+y+z=2 \\ 6x-2y-2z=-4 \\ 3x-y-z=-2 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} x+y+z=1 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} 3x-y-z=2 \\ x+y+z=1 \\2x-2y-2z=5 \end{array} \right .$$ <br><br>
<$button to="Solucions: Exercicis de sistemes: Miscel·lània 1" >
Solució
</$button>
Discuteix i resol, si és possible, els sistemes:
#$$\left \{ \begin{array}{r} x+y=0 \\ 2x-y=0 \\ 3x+2y=0 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} x+y=2 \\ 2x+2y=4 \\-2x-2y=-4 \\ 3x+3y=6 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} x+y=0 \\ x-y=1 \\ 2x-y=6 \\ 3x+2y=1 \\-x+2y=0 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} 6x+3y+2z=1 \\ x+2y+3z=4 \\-x+2y=3 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} -2x-4y-3z=5 \\ 5x+2y+z=-5 \\ -3x-2y-z=1 \end{array} \right .$$ <br><br>
<$button to="Solucions: Exercicis de sistemes: Miscel·lània 2" >
Solució
</$button>
Discuteix i resol, si és possible, els sistemes:
#$$\left \{ \begin{array}{r} x+y-z+t=0 \\ x-y+z-t=2 \\ -x+y+t=-1 \\ x-y+2z=3 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} 3x-2y+z=1 \\ 6x-4y+2z=2 \\9x-6y+3z=3\end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} -x+y-z=1 \\ x+y+z=2 \\ -x-y-z=-1 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} -x+y-z=0 \\ x+y+z=0 \\ -x-y+z=0 \end{array} \right .$$ <br><br>
#$$\left \{ \begin{array}{r} 2x+y-z=1 \\ x+2y+z=1 \\ x+y+2z=-1 \end{array} \right .$$ <br><br>
<$button to="Solucions: Exercicis de sistemes: Miscel·lània 3" >
Solució
</$button>
#$$1 + \sqrt {x - 2} = x - 1 $$<br><br>
#$$4 + \sqrt {x + 2} = x $$<br><br>
#$$\sqrt {3 - x} + x - 1 = 0 $$<br><br>
#$$\sqrt {1 + x} + 2 = x + 1 $$<br><br>
#$$\sqrt {2x - 5} + 6 = x + 2 $$
Solucions:
# x = {2, 3}
# x = 7
# x = -1
# x = 3
# x = 7
#$$\sqrt {2x + 8} + 2x = - 2 $$<br><br>
#$$1 + \sqrt x = x - 1$$<br><br>
#$$2x + 2 - \sqrt {x + 4} = 0 $$<br><br>
#$$2\sqrt {2x - 1} = 1 + x $$<br><br>
#$$1 + \sqrt {5 + 4x} = 4x $$
Solucions:
# x = -2
# x = 4
# x = 0
# x = {1, 5}
# x = 1
#$$\sqrt {6 + 2x} - \displaystyle\frac{x}{3} - 1 = 0 $$<br><br>
#$$2\sqrt {8x + 1} - 3 = 3x $$<br><br>
#$$\sqrt {x - 1} + 7 = x$$<br><br>
#$$\displaystyle\frac{{3\sqrt {x - 2} }}{2} - x = - 3 $$<br><br>
#$$\sqrt {2x + 1} + 1 = x$$
Solucions:
# x = {-3, 15}
# x = {5/9, 1}
# x = 10
# x = 6
# x = 4
#$$ x+2= \sqrt{x^2+1} $$<br><br>
#$$ 2 - \sqrt{2x+3}=2x-1 $$<br><br>
#$$ \sqrt{x+1}=2 $$<br><br>
#$$ \sqrt{2x+1}=2x-1 $$<br><br>
#$$ 5 \sqrt{2x-1}=5x $$
Solucions:
# x = -3/4
# x = 1/2
# x = 3
# x = 3/2
# x = 1
#$$x^3 - 6x^2 + 11x - 6=0$$
#$$x^3 - 5x^2 + 8x - 4=0$$
#$$x^3 + 2x^2 - 4x - 8=0$$
#$$x^3 - x=0$$
#$$x^3 - 2x^2 - 5x + 6=0$$
<<toc "Exercicis equacions polinòmiques 1">>
#$$x^4 - 6x^3 + 13x^2 - 12x + 4=0$$
#$$x^4 - 5x^2 + 4=0$$
#$$x^4 - 3x^3 - x^2 + 3x=0$$
#$$x^4 + 5x^3 - 20x - 16=0$$
#$$x^4 + 3x^3 - x^2 - 3x=0$$
<<toc "Exercicis equacions polinòmiques 2">>
#$$x^5 - 8x^3 + 6x^2 + 7x - 6=0$$
#$$x^5 - 5x^4 + 10x^3 - 10x^2 + 5x - 1=0$$
#$$x^5 - 2x^4 - 2x^3 + 4x^2 + x - 2=0$$
#$$ - 2x^5 + 8x^4 - 20x^2 + 2x + 12=0$$
#$$3x^5 - 3x^4 - 6x^3 + 6x^2 + 3x - 3=0$$
<<toc "Exercicis equacions polinòmiques 3">>
Calcula el valor dels logaritmes:
Recorda que $$ \sqrt[n] {x^m}=x^{\frac m n} $$
#$$\log \sqrt 10$$<br><br>
#$$\ln \sqrt {e^3}$$<br><br>
#$$ \log_3 9^{\frac 5 6} $$<br><br>
#$$ \log_2 \sqrt[3] {8^5} $$<br><br>
#$$\log_4 \left (16 \cdot \sqrt[3] 4 \right )$$
Calcula el valor dels logaritmes:
#$$\log_2 \dfrac 2 {\sqrt 2}$$<br><br>
#$$\log_2 \dfrac {2 \sqrt 2}{\sqrt[3] 2}$$<br><br>
#$$\ln \dfrac 1 {e^2}$$<br><br>
#$$\log \left ( \dfrac 1 {10} \right )^3$$<br><br>
#$$ \log_7 \dfrac 1 {7 \cdot \sqrt 7} $$
Calcula els valors dels logaritmes:
#$$ \log_2 \dfrac 1 {32} + \log_3 27^{20}$$<br><br>
#$$\log_4 16- \log \sqrt{10} + \ln \sqrt[8] e$$<br><br>
#$$ \log_a \sqrt a + \log_a \sqrt[3] a + \log_a \sqrt[4] a$$<br><br>
#$$ \log_k k^2- \log_k \dfrac 1 {k^2} $$
Calcula els logaritmes:
# $$\ln \sqrt[3] e$$<br><br>
# $$\log \frac{1}{10^6}$$<br><br>
# $$\log_5 {\left ( 25^{\frac 3 2 } \cdot5 \right )}$$<br><br>
# $$\log_2{\frac{\sqrt{16}}{\sqrt[4]{16}}}$$<br><br>
# $$\log_6{\left (6\cdot6^3\cdot 6^4 \right )}$$
Calcula els límits
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to \infty} e^{x+1} \\ \\
\text{2)} & \lim_{x \to -\infty} 2^{1-x}\\\\
\text{3)} & \lim_{x \to 0} 10^{2x} \\\\{
}\text{4)} & \lim_{x \to 1} e^{\frac 1 {x-1}} \\\\
\text{5)} & \lim_{x \to 0} 2^{\frac 1 {x^2}}
\end{array} $$
<$button to="Solució dels Exercicis: (1) Límits de funcions exponencials" >
Solució
</$button>
Calcula els límits
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to 0} \ln[x^2) \\ \\
\text{2)} & \lim_{x \to 2} \log_2(x) \\\\
\text{3)} & \lim_{x \to -1} \log(2x+2) \\\\
\text{4)} & \lim_{x \to 1} \log_3(1-x) \\\\
\text{5)} & \lim_{x \to 3} \ln(3-x)
\end{array} $$
<$button to="Solucions als Exercicis: (1) Límits de funcions logarítmiques" >
Solució
</$button>
Calcula els límits
$$
\begin{array}{ll}
\text{1)} &\displaystyle \lim_{x \to \infty} 5x^3+4x^2+5x-1 \\ \\
\text{2)} &\displaystyle \lim_{x \to -\infty} -x+2 \\\\
\text{3)} &\displaystyle \lim_{x \to \infty} -8x+4 \\\\
\text{4)} &\displaystyle \lim_{x \to -\infty} 6x^2+x \\\\
\text{5)} &\displaystyle \lim_{x \to \infty} 9x^2-x^3
\end{array} $$
<$button to="Solucions als Exercicis: (1) Límits de polinomis quan x tendeix a infinit" >
Solució
</$button>
Calcula els límits
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to \infty } 5^{\frac 1 x} \\ \\
\text{2)} & \lim_{x \to -\infty } 5^{\frac 1 x} \\\\
\text{3)} & \lim_{x \to \infty } 2^{-x-1} \\\\
\text{4)} & \lim_{x \to \infty} x \cdot e^x \\\\
\text{5)} & \lim_{x \to -\infty}-e^{-x}
\end{array} $$
<$button to="Solució dels Exercicis: (2) Límits de funcions exponencials" >
Solució
</$button>
Calcula els límits
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to 2}\log_5(x^2-4) \\ \\
\text{2)} & \lim_{x \to 2}\log(4-x^2) \\\\
\text{3)} & \lim_{x \to 1} L(x^2-2 x+1) \\\\
\text{4)} & \lim_{x \to 0}\log(-x^2-1) \\\\
\text{5)} & \lim_{x \to 0} \ln(x^2-x)
\end{array} $$
Calcula els límits
$$
\begin{array}{ll}
\text{1)} &\displaystyle \lim_{x \to -\infty} -3x^4+2x^3+2x+6 -7x^2+8x \\ \\
\text{2)} &\displaystyle \lim_{x \to \infty}-3x \\\\
\text{3)} &\displaystyle \lim_{x \to -\infty} 6x^5+4x^2 \\\\
\text{4)} &\displaystyle \lim_{x \to \infty} 1-x^2 \\\\
\text{5)} &\displaystyle \lim_{x \to -\infty} -2x^5+x^3+2x
\end{array} $$
<$button to="Solucions als Exercicis: (2) Límits de polinomis quan x tendeix a infinit" >
Solució
</$button>
<<toc-selective-expandable "Exercicis: Equacions logarítmiques" sort[orden]>>
<<toc-selective-expandable "Exercicis: Indeterminacions del tipus 0 / 0" sort[title]>>
Calcula els límits simplificant i traient factor comú si s'escau:
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to 1}\dfrac{(x-1)(x+1)}{x-1} \\ \\
\text{2)} & \lim_{x \to 0}\dfrac{x^3+x}{x} \\\\
\text{3)} & \lim_{x \to -2}\dfrac{2x+4}{3x+6} \\\\
\text{4)} & \lim_{x \to 5}\dfrac{x-5}{(x-5)^2} \\\\
\text{5)} & \lim_{x \to -1} \dfrac{(x+1)^2(x-2)}{(x+1)(x-1)}
\end{array} $$
<$button to="Solucions dels Exercicis: Indeterminacions del tipus 0 / 0 (1)" >
Solució
</$button>
Calcula els límits
$$
\begin{array}{ll}
\text{1)} &\displaystyle \lim_{x \to -3}\dfrac{x^3+3 x^2+2 x+6}{x^2+5 x+6} \\ \\
\text{2)} &\displaystyle \lim_{x \to 1}\dfrac{x^2+2 x-3}{x^3+2 x^2-3 x} \\\\
\text{3)} & \lim_{x \to 2}\dfrac{2x-4}{x^3-6 x^2+12 x-8} \\\\
\text{4)} &\displaystyle \lim_{x \to -3} \dfrac{x^3+6 x^2+11 x+6}{x^3-7 x+6} \\\\
\text{5)} &\displaystyle \lim_{x \to 0} \dfrac{x^6+x^2}{2x^4-2x^2}
\end{array} $$
<$button to="Solucions dels Exercicis: Indeterminacions del tipus 0 / 0 (2)" >
Solució
</$button>
<<toc-selective-expandable "Exercicis: Indeterminacions del tipus k / 0" sort[orden] >>
Calcula els límits
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to 1}\dfrac{x+3}{x^2+3x-3} \\ \\
\text{2)} & \lim_{x \to 2}\dfrac{1-x}{(x-2)^2} \\\\
\text{3)} & \lim_{x \to -1}\dfrac{x}{-x^2-x} \\\\
\text{4)} & \lim_{x \to -2}\dfrac{x-2}{x+2} \\\\
\text{5)} & \lim_{x \to 0}\dfrac{-4}{x^2}
\end{array} $$
<$button to="Solucions dels Exercicis: Indeterminacions del tipus k / 0 (1)" >
Solució
</$button>
Calcula els límits
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to 2}\dfrac{2x^2-1}{x-2} \\ \\
\text{2)} & \lim_{x \to 1}\dfrac{2x+3}{x^2-2 x+1} \\\\
\text{3)} & \lim_{x \to -1}\dfrac{1}{x^2-1} \\\\
\text{4)} & \lim_{x \to -1}\dfrac{2x}{x+1} \\\\
\text{5)} & \lim_{x \to -2}\dfrac{1}{(x+2)^2}
\end{array} $$
<$button to="Solucions dels Exercicis: Indeterminacions del tipus k / 0 (2)" >
Solució
</$button>
<<toc-selective-expandable "Exercicis: Límits de funcions exponencials" sort[orden] >>
<<toc-selective-expandable "Exercicis: Límits de funcions logarítmiques" sort[orden]>>
<<toc-selective-expandable "Exercicis: Limits en un punt" sort[title]>>
Calcula els límits:
$$
\begin{array}{ll} \text{1)} & \lim_{x \to 1}\dfrac{x^2+1}{x^2-1} \\ \\
\text{2)} &\lim_{x \to -1} \dfrac{x^2+x}{x+1} \\\\
\text{3)} & \lim_{x \to -1} \dfrac{x^2-1}{x+1} \\\\
\text{4)} & \lim_{x \to 0} \dfrac{2x+2}{x^2} \\\\
\text{5)} & \lim_{x \to -4} \dfrac{x+5}{(x+4)^2}
\end{array} $$
<$button to="Solucions als Exercicis: Límits en un punt 1" >
Solució
</$button>
Calcula els límits
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to 1}\dfrac {8-6 x-3 x^2+x^3}{x^3+x^2-10x+8} \\ \\
\text{2)} & \lim_{x \to -2} \dfrac{6x+7}{4 x+4 x^2+x^3} \\\\
\text{3)} & \lim_{x \to \frac 1 2} \dfrac{-x}{2x^2+x-1} \\\\
\text{4)} & \lim_{x \to -1} \dfrac{x^3+3 x^2+3 x+1}{x^3+4 x^2+5 x+2} \\\\
\text{5)} & \lim_{x \to 0} \dfrac{x^3-x^2+x+3}{-x^2+4x-3}
\end{array} $$
<$button to="Solucions als Exercicis: Límits en un punt 2" >
Solució
</$button>
<<toc-selective-expandable "Exercicis: Límits quan x tendeix a infinit de funcions racionals" sort[title]>>
Calcula els límits
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to \infty}\dfrac {x^3+x^2-x-1}{-3x^2-x-1} \\ \\
\text{2)} & \lim_{x \to -\infty}\dfrac {x^3+x^2-x-1}{-3x^2-x-1} \\\\
\text{3)} & \lim_{x \to \infty} \dfrac {4x^2+5x-9}{2x^2+3x+6} \\\\
\text{4)} & \lim_{x \to \infty} \dfrac {8x^2-5x+1}{7x^4+2x^2+1} \\\\
\text{5)} & \lim_{x \to -\infty} \dfrac {7x^3+2x^2}{2x^2+4}
\end{array} $$
<$button to="Solucions als Exercicis: Límits quan x tendeix a infinit de funcions racionals (1)" >
Solució
</$button>
Calcula els límits
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to -\infty}\dfrac{-1}{x^3+6} \\ \\
\text{2)} & \lim_{x \to -\infty} \dfrac{1+x+x^2+x^3}{x^3-x-1} \\\\
\text{3)} & \lim_{x \to -\infty} {8x^3+x} \\\\
\text{4)} & \lim_{x \to \infty} \dfrac{4x^2+x+3}{-2} \\\\
\text{5)} & \lim_{x \to -\infty} \dfrac{4x^2+x+3}{-2}
\end{array} $$
<$button to="Solucions als Exercicis: Límits quan x tendeix a infinit de funcions racionals (2)" >
Solució
</$button>
1) Troba l'equació explícita de la recta paral·lela a $$y=2x-3$$ que passa pel punt P(1,2)
---
2) Troba l'equació de la recta paral·lela a la recta $$y=\dfrac x 2 - \dfrac 1 3 $$ que passa per l'origen de coordenades.
---
3) Una recta que passa pel punt A(-1,3) és paral·lela a la recta d'equació $$y=4x-22$$. Quina és l'equació de la primera recta?
---
4) Una recta $$r_1$$, d'equació $$ y=mx+1$$ passa pel punt P(2,1). Troba l'equació de la recta $$r_2$$ que és paral·lela a $$r_1$$ y passa pel punt Q(1,1).
---
5) Troba l'equació de la recta que pasa pel punt P(-2,4) i que és paral·lela a la recta que passa pels punts A(3,1) i B(2,-1).
1) Una recta $$r$$ passa pels punts A(0,1) i B(1,2). Troba l'equació de $$r$$. Podem dir que és paral·lela a la recta d'equació $$y=x+1$$? Per què?
---
2) Troba l'equació de la recta paral·lela a la recta tangent a la gràfica de la funció $$y=x^2$$ en el punt d'abscissa x=3.
Ës qualsevol experiència que es pot repetir en les mateixes condicions però de resultat impredictible.
Per exemple, llançar un dau per veure quin nombre surt.
Una companyia va fabricar tres tipus de mobles: cadires, balancins i sofàs. Per a la fabricació de cada un d'aquests tipus va necessitar de certes unitats de fusta, plàstic i alumini tal com s'indica a la taula següent.
<center>
|| Fusta | Plàstic | Alumini |h
| !Cadira | 1 | 1 | 2 |
| !Balancí | 1 | 1 | 3 |
| !Sofà | 1 | 2 | 5 |
</center>
La companyia tenia en existència 400 unitats de fusta, 600 unitats de plàstic i 1500 unitats d'alumini. Si la companyia va utilitzar totes les seves existències, quantes cadires, balancins i sofàs va fabricar?
'' Solució: '' es van fabricar 100 cadires, 100 balancins i 200 sofàs.
Botón deslizante
```
<$reveal type="nomatch" state="$:/state/SampleReveal2" text="show">
<$button set="$:/state/SampleReveal2" setTo="show">Ver solución</$button>
</$reveal>
<$reveal type="match" state="$:/state/SampleReveal2" text="show">
<$button set="$:/state/SampleReveal2" setTo="hide">Ocultar Solución</$button>
AQUÍ VA LA SOLUCIÓN
</$reveal>
```
$$
ax^2+bx+c=0$$
$$
x= \dfrac {-b \pm \sqrt{b^2-4ac}}{2a}
$$
Són funcions on la X es troba formant part d'un exponent:
$$
f(x)= k \cdot a^x
$$
$$
k,a \in \mathbb{R} \text{ amb }a>0, a \neq 1
$$
Exemples:
* $$y=2 \cdot 5^x$$
* $$y=e^x$$
*$$y=6^{x+1}$$
{{Funció inversa (definició)}}
---
!!Exercicis
<<toc-selective-expandable "Funció inversa" sort[title]>>
La funció inversa o recíproca de $$f(x)$$ és altra funció, $$f^{-1} (x)$$ que compleix:
$$
(f \circ f^{-1})(x)=x
$$
És a dir, la seva composició dona $$x$$.
!!Com es calcula
Per calcular la inversa d'una funció $$f(x)$$, s'intercanvien las variables dependent i la independent, és a dir, a la $$x$$ se l'anomena $$y$$ i viceversa. Després s'aïlla la $$y$$ i el resultat obtingut serà la funció inversa.
!!Exemple
Calcularem la funció inversa de:
$$
y=\dfrac {x}{1-x}
$$
Intercanviem els noms de les variables:
$$
x=\dfrac {y}{1-y}
$$
Ara mirarem d'aïllar la $$y$$:
$$
x \cdot (1-y)=y
$$
$$
x-xy=y
$$
$$
x=y+xy
$$
Traiem factor comú
$$
x=y(1+x)
$$
$$
\dfrac {x}{1+x}=y
$$
Per tant, la funció inversa és:
@@color:blue;$$
y^{-1}=\dfrac {x}{1+x}
$$@@
Per comprovar-ho fem la composició:
$$
y \circ y^{-1}=\dfrac {\dfrac {x}{1+x}}{1-\dfrac {x}{1+x}}=
$$
$$
=\dfrac {\dfrac {x}{1+x}}{\dfrac {1+x-x}{1+x}}=
$$
$$
=\dfrac {\dfrac {x}{1+x}}{\dfrac {1}{1+x}}=
$$
$$
=\dfrac x 1 =x
$$
Que és a on volíem arribar.
Calcula la funció inversa de les següents funcions i després realitza la composició $$ y \circ y^{-1} $$
# $$ f(x)= 3x^2-5 $$<br><br>
# $$ f(x)= \dfrac 3 x $$<br><br>
#$$ f(x)= \dfrac {x+1} x $$<br><br>
#$$f(x)= \dfrac {x+2} {3x}$$<br><br>
#$$f(x)= \dfrac {4x+1}{1-2x} $$
<$button to="Solució Funció inversa 1" >
Solució
</$button>
Calcula la funció inversa de les següents funcions i després realitza la composició $$ y \circ y^{-1} $$
# $$y=\sqrt{10x} $$<br><br>
# $$y=\sqrt[3]{x+1} $$<br><br>
# $$y=e^x $$<br><br>
# $$y= \dfrac {3x}{2-x} $$<br><br>
# $$y= x^3+1 $$<br><br>
Solucions
#$$y^{-1}= \frac {x^2}{10} $$
#$$y^{-1}= x^3-1 $$
#$$y^{-1}= \ln x $$
#$$y^{-1}= \frac{2x}{x+3} $$
#$$y^{-1}= \sqrt[3]{x-1} $$
Calcula la funció inversa de les següents funcions i després realitza la composició $$ y \circ y^{-1} $$
# $$y=3x^2+8 $$<br><br>
# $$y= \dfrac 7 {5x} $$<br><br>
# $$y= 2^{x-1} $$<br><br>
# $$y= 8x-2 $$<br><br>
# $$y= \dfrac 1 {10x+5} $$
Solucions:
#$$y^{-1}= \pm \sqrt{\frac{x-8}3} $$
#$$y^{-1}= \frac 7 {5x} $$
#$$y^{-1}= \log_2 x -1 $$
#$$y^{-1}= \frac{x+2} 8 $$
#$$y^{-1}= \frac{1-5x}{10x}$$
Una funció irracional és una funció que conté radicals, es a dir, arrels.
Per exemple:
* $$ f(x)= \sqrt {2x-2}$$<br><br>
* $$ f(x)=\sqrt[3] {x^2-x}
Són funcions que contenen logaritmes:
$$
f(x)=\log_a x
$$
$$
a \in \mathbb{R},\ a >0, \ a \neq 1
$$
X. o l'expressió que hi hagi dins del logaritme, no pot ser mai ni zero ni negatiu.
Exemples:
* $$y=\log_2 (x+1)$$
*$$y=\ln (x^2)
Una funció és ''una transformació d'un conjunt de nombres'' ''en altre conjunt de nombres''
El primer conjunt és a variable independent (normalment $$x$$) que forma el [[Domini]].
El segon conjunt és la variable dependent (normalment $$y$$ o $$f(x)$$), que és el [[Recorregut]].
Per exemple, la funció $$y=2x$$ transforma els valors de la $$x$$ en altres valors diferents, $$y$$.
| $$x$$ | $$\longrightarrow$$ | $$y$$ |
| 1 | 2 · 1 | 2 |
| -2 | 2 · (-2) | -4 |
| 3 | 2 · 3 | 6 |
etc.
Una funció racional està formada per la divisió de dos [[polinomis|Polinomi]].
Per exemple:
* $$ f(x)=\dfrac {4x^3-2x^3+x^2-2x+1}{x^2-4x+2} $$<br><br>
* $$ f(x)=\dfrac {x}{x+1}$$<br><br>
* $$f(x)= \dfrac 1 x$$
{{Funció inversa (definició)}}
@@float:right;margin:5px;width:50%;
[img[Gràfic funcions]]
@@{{Funció matemàtica}}
<<toc-selective-expandable Funcions sort[orden]>>
<<toc-selective-expandable "Funcions amb WolframAlpha" sort[orden]>>
iVBORw0KGgoAAAANSUhEUgAAALQAAAC0CAYAAAA9zQYyAAAgAElEQVR4Ae1dCZQdRbn+uvsuM0nmzkBIyEIgIRsviYZdFJXtKAY5gu+ALCe8J/KEx+pRkSBbImFRRM9hCfAQfHAgCuKGAiLPIy4Jm7JIIAiJEEgkxCSEZJLJzNzb3e98/+26qblzt5m5M919p/qce3urrvrrr6///uv//6qyUOPmA9a3AGcRkFOPXD1x4ly/vf2TnucdbnneLLjueK+rq9UCkiqN2RsOlOOAD3Tb6fQ2JJPvwvdX+o6zvDmT+eOl69atUM8sAhILAdcCfHWt0t6qdFPd+wngfAFweb7oyCMTI1944Ty3s/O/s9nsv9l+vhwP+QQ1laoyNvthzQEFPgeAHXDCtSykEomViebmO/Y+9tjbvvDQQ4K7kwHnoQCDlZim8iyXhvcLGL2uqel6t6vr0pTvgwDuyoOYh9x8O09XtTyD5GZnOCAc8D0InAQ3DmCnARDkWcuClU5fd1ln5+Uar3pgUrsuh2XBtwiwF+ULwnVtbZ9De/vSpOuO6oDoHFQ7bBvg82XzKC7MnBsO1MABApxC1EsAiWYC23HarUzm9Mu2bHmEz+vYLM6vJBj1B6637bsTnvclSuOuvP7sBEAuzsucGw7UlQMBsN00kKDUdm377ks9779YiI5RvdBegNYTXpNIPJ/K5Q7cntc7vECl0J83x4YDg84BqiQWYLcA6Hacv1zuuoeyUB2riogegNYTLLasN5p8f/o2IGcDCfWA2RsOhMUBD8hlgMRO4I2rgJmkQ8cszwuApllOmUYWJxLPN+VyBxowh9V0ptxyHCCoW4BEZzL5/FXZ7MFMp2NXWUuIbLFmLLTt/00bMJfjp7keMgeoLbQDueZs9qCFjnMXySlIZWX+o52ZNxZnMse1AF/ckTfBGTUj5MYzxZfmAEG9HfBbfP+sazOZYymkFYYtXVxfbVndtu8nuwDTASzNS3M1IhxgRzEF2J5lZRf6fopkEcuOBST+AHgLUqnrW133iI58J1AkdkRoN2QYDvTigAVYOSA3Ckh+JJVK/sl1f08sU/3gz19kWb7l+wzUMNK5F/vMhShygFI6Qe+0ZWGh7wuW2Sn0v51MXticBzNNdIWOYhQrYWgyHFAcIFZzgNvk+7jWti8klq1Fvk+Er0wDMzuMdFa8MvuYcIBSegRgdwGvw/dnJfxJk+a4gZHaSOeYtKIhs8ABYpZhGTlgZmrcuNm2v337UQwA8bU450Jqc2A4EAMOELsSxLRz51G2l81+lDQXYkRjUAFDouGAzgGFXd91P2bbvj+bF3zTGdR5ZI5jxAFilxgmlm3bdcdJcHNPD2KMqmNIHe4cYDizYNh1x9leV1cmYIjuEh/uPDL1jxcHBLvEsm0BKaWDxKsOhlrDgV0cIIaJ5cYOQLIs2AyKte0eEVm72DD0R77nwfd9+Q196Y1fYkMC2iaAHQduNosu30fW82QUZhSak0EyjKThPA9WIgHXdYFg5HwU6Is7DY0FaMuCY1nY4XnY7nkCmtYRIzB26lSkUxKQFWp78bPYsXUrtqxejU0EdC4HdmBSfPkIbLMNmAMNA2jLtuF6Hjb6PiaMHYt5F1+MuaeeirZJkwbMpMHIYO3zz+PZ22/HX+6+G+2ui905zHkwChpmeVoLG8CnQj25w/fRDeDz3/8+PvHVr/ZoRuqs8Lz8ILMed4b4xPdFFdJL7fzgAzx01ll49uc/F1AnLAueUUF0FvXpOPaAporR7vtoGjkSX/nb3zB66lRhgJfNCngsdgr5i9AmL5jrinfWTuQ/ks/ceSeWnnMOdqODQEZ3GttTf5os1ioHO38dnodEMokFb7+NkaNHw83l4DgO7GR0p9eTlyyRyAeiex54ftjZZyM1YgR+eMYZ2MNI6P5gWZ6Jb+wzP82ehx0Azn/mmTyYs1k4lHgRk8iVWoe6P+llXQ6cPx+fuegi6TA6vG62PnMgtlxjg78P4Kgzz8TEAw+ET8kcYalcrWVEagM4/qabsGdrq1hq+AXqy8b05IGoLH15sIHSOkfKXB0xq1Eg0WgVOG/58gKQFShUbah+0JEhGjQ/4yH+PNeFRVrKgJS0K71/5NixePZXv0KLbdfsgKGa1el5aKcKFkx2qPgwnPZ9EwER4Qwbrx3AnE99CskRI6TRSwGF6gd/vBf2T+gIOoDl2EhHC7eDv/QltHIuQdqma1Cf2IgbXVc6xp+79lrYjgNO30Y+Dbctnp1Cy5KpfOecdpq0l1dG3fj7o49i+ZIl6Fy/Xho5rMaldB6xzz44+mtfwz6f/GRZMiil5Yti25jy8Y/j9WXL0EqnS64wx3yvZ/n12QDg0BNOwH/+8pdyf/ZJJ+G7M2dih+ti5DBz2sQS0L7rysw4kw6WmaB6SDHq0pR0z911F+788pfFE0c5FaYRjKDLvvQSnnn4YXzlF7/ArBNPzFtjSkhsgp/9g4mHHIJXli3rUbceaKaK4vvYSNv7FVfg04sXy22qLWNnzMAlr78+LEEdP0AH+jMJbx49Whqx0Hmi4yIAyaPnnosxAEalUuJB7AGGoT7xfdHzt3R24tcXXCCAplpQalMW89bJk2XJBHXeKy2/Ur6Ps++7DwfMny+3Kd1pruQLP2bGDHzjjTfw3RkzsN11MWqYSOr4ATpoWTa0k+aswbu2IIRQpHFnLgfezWaz0Qj+8X2hZ8fmzUKwqBd8AcvoyMnm5vJflcDxwvrOOuEEyY+SXb0kDMwSUE+fjktWrcIN06cPG1DHslPIFqykQhDsZSXbLvyHclQXuoIXgTy4cd99pR4EMyW02hSo95g2DZesXi2XKakbvaMYW0CrhmvUfbV4DoKXZr0NmzbhnnnzhA1i6dG8jAVQT52KBcME1AbQEX0japHk9C6OsW089/jjePj88/M1KVJhFKh3nzoVl771lny5GllSG0BHFNASHVgDbQyZ3dOy8Phtt+EP11yTf0JTPXhBgXq3yZOxgKC2LNGpG1H9MICuATRhJNmlDVcvnbr0OAAPXnklnrvzzvz6ZMMU1AbQ1fESTooi1aEiEUEncSyAe845By/cf7+AmpYOfStI6n32waVr1oj3tNHUDwNovcWjdFwkYauRxk4kg5Joe7/7jDOw4qc/zasaRfkQ1DTxte29t4CaTpxGArUBdDWkxOg+Bw4Q1BzO9T8nnwy6/ostH6wOTXwC6kmTcMmaNeL02dYgJj0D6KgClmpEP2gjqJOWhTYAtx1/PP7++OPiPpdRMlp+OqgXrFmDBAOaGgDUBtBaI0fpsJLjqBqdVD+Sti1xLEvmzcP2994Ty4bueGEeCtStEybg0rffRiKVQtwltQF0NXSEdb9I9+0rGQRvitM60P2/c2fZxwugnjgRlNSpmIPaALpsU4d7o9hC0Wdqgmg8qi2JpqaKjwuoPQ+Z8ePzoE6nYyupDaArNnV4N+kwqcdGQEvHsEpmjFhkR5GgpkkvHVNQG0BXaejQbhfZkPtLBxvYLjVrlO/LVGkyTC2I/1DqR8u4caJTE9TsKNbyQvSXvno/ZwBdb47WKb/iDlx/smXHkhKaQO21Ub9OJvND1IKRMkyjQD1qzz1x8erVEtXYxTjrvjh6ehU2dBcMoIeO130qiSNvBropQKvR8FQpuL3z1FO4Zu+98dg3voGVjz4qs0rpUpigZvlte+2F85ctk/GbEv0XA1AbQA8UNYP0fL10aFE5gukdlF2b4H1z7Vo8ceONWHL88bjEcfCvlSulJqpcjvzhC7DP4Yfj2IsuAoclxGGuEAPoQQLkQLO16qRDS6ewaOwiR6CPAjAmncb4VApZAPced5yQrINWSW3OFdLGaRI4KibiUtoAeqDIG6TnKSmVRO1vEUrlKNXItKFw/uxcd7fMp/fO229j86pVUpTS3xlmyhH13I6+6ipspU5e9HL0l7bBeq5UXQerLJNvXzhA60Jf0helVQ2r9kW3e5xayaRM5fvuiy/KdaVr80RJ6cMuugi0ZvMlqGWukB4FDOFJLfUdQnJMUYoD9egUUgorQKp8S+3Vi9O1ndPT9ByPqZ5vbmvDxOnT0VHOalIq4xCuGUCHwPRaiuTwqoHEc6gydJ1YXSu1BIaAuox+rCa6mXL00egk4MukK+Qf4oEBdIjMr1Q09VglOSulK3svAJ0OPl9dU44WzRvJl0fpzsV5WoHjZdzs2aKaDIiu4szrfG4AXWeG1is7FcsxUCmtA1pNyDN+7ly0cO48SlvanBXR2ohxdUn2wYvQss8+clocitojbcgnBtAhN0C54stJy3LpS12nDu0oaRyoCqrD97klS/AvruviukhyCt4qc50w/3QLXwM+VJ84k3xm9f2P7cxJ9WVD9HKjNWGgn3YBaZE9W7nBP3reeejevh0/W7AA7R0dIq2VBC/HDdVBLHc/CtcbUkLTTVv4jEaByxoNtX6uB2rlkDGGAHZosdDFPDnikktwzbp1+Pg558jaiZ3btgmlxek08iN/2JCApjdLSTeRSNQBQ/4pXZXrwahN0ajO9b1Pe+9AtmDUCpfs2PDKK/mciqQ1VYfMxIn49zvuwK2+j0PPPlvSqdiPgRQf1rMNBWjxbAWNxhk53+VojVxOpp2lxArz153NYj3ncT73XGlr8cAFna1SjS8OjFI3+nBNvUQv3nuvPKWsHIUsuEIAV9kNeMZFi+K+NRSg2RhKzzvlvvvwqfnzQcctbafs0Yf1Y/lZy8KJ55+Pz9xwg2BG6bLlAFSPTiHtx1wJYNn3vlcos1jlIb8kuo4WjnJWjnJERvB6w3UKdTMVQc1f986dYIcnDN2QagWdJKnm5p7NX0E6M2FdaOUUvo4jy1X86txz8bnbb8+vEFAiPlrnW09C43XWcIAusJ8dQzonHKc3mAqJhvaAn3axJFQBM6li0FAlHbtWyrmGOOfpeOKOO7DvscdizoknAlz0k/2MMgsY1Zp3FNM1nMpRYDIbjE4DApsNyH2IP37OCx3UApG9D5Sem+3qqgugpYRgno4ffP7zeOnBB7makICZL5gMwaKbXeNNb6ric6VxAR20AT+lBLbseRzSr9YINdUgOQXoeui1vi9TGmQA3HXqqfjJmWfm1TDH2bVKmMaX+MC3N6WKf73vmCvhcCBQA9w6qRyqErTwcF10zn237J57cNWIEfjJ/Pl44ze/wfaNXHqoMbbG1aHj2j6BRObkMJQ2dekcKl5QreBIFcdBt+vi6aVL8eelS8WpkgJkT2jPv+UWfOyCCyT2OW42aQNo1dgR2auOWq6Txr7B2dhRpLTenaNPOJ1BLldYcYtRGqlRHKDVMy56cCipf64G0PXn6cByDCwg2W3bREIPWiBQMC+HEBtMGZZIJJDMZtGsgpAGVpNQnjY6dChsL1Oo1gHMtrfnAV0maV0vs9zAykEJzSXl4roZQEe05bo7ONipzjp0DXWl7TtuerNeLaNy6NwI+ZgdtoIzxbLE1EY1gJ7GSps8w9mP+AK4btX01fLitLqy1eAAqpRXGPcMoMPgerkyCVzHQfuGDXi7o0OsDnZ3d7nUhevqJWBjUlkYQSBWWfS+8LB2oOJH7GCF3rpaWLRyBvPQAHowudvHvJWFozmTwUU//jHSGbpCKm8EM50wW9aswbvPPYc3fvtbbNiyBelcTiY8p0OHNuiatmDVACeYfjeO+qgBdE0tPUSJgk98orkZc089td+Frlm+HI8tWIBXly/HbkFctJK+FTMNgF+YTzqGsR5xfAkrtklD3Axsw4yZrvmXzRbimicffjjOW7YMX37gAVBh2el5YneuyJvgZSIgkjGOizaArtjKId2kXTiRgN2XHwe6Miw0eBlI+f6nnIJL33xTBsruoDpRReKy68mJdw2gQ2p3U2wJDgQvA+/QA7j7lCn4xqpVMiFjtsZ5npUOzZcjbpuR0BFtMYZzEpDVVA4J/8zlJPyzuCqU8rzPRTbPWLoUHxQnKDovSOjAyoEqEr3o8UicGkBHohl6E8Ew11rUDqbhjKBMr8YG6rnxPiXt/qefjv3mzsU2xmVXmEGUgNAH8up5xeHYWDki1kqUzARnx6ZNWPfSS2hiXEUlx4rnIdHaivFz5uR16BL1oZSm9++zN92E7x15JFqLR38Hz1DBiLuEM4AuAYAwL1HFIPj+9tBDuPm887AndeEaCOJ47WOuvBKfvvrqXqlFSgOYcsQRGDtiBHZ2dKCJq15pLwqBzHLiDui409+r8eJ+QXn9Rra1YQ8AY5uaMMa2K/+CWOYHFy/GI1/5Sp4FGljFuRJI5X2POQZchpOjeIo30aG1eUOK78fh3AA6oq0kc4hQagaxGZSmZX80tdk2JnEw7M03Y9v69WCHroczJQD4xMMOk6kd1ItTqH5gh3ZUh1CPKykkiv6BAXRU2ygwmfUCXhl6CXaqFlQb3uCC9cFEjMXJW8eNkylxi69LenYIY+xUYR0MoEu1bEyvsTPJbeemTbIv9TJUmpBRVI4qyyhHnTUG0FFvoT7SRxBX9AhWcZYUQkdZbvCC9JGEUJMbQIfK/ggVTqsHdXEVOloF+BGivAcpBtA92NH4J+Wc2ZTsvJdUwf26lSRGbDGAjlFjDTap4lhRXsQYqhvkjwH0YKOkv/mH9MlnLLZsRkL3t+XMc1HhAHXoQnB/VIjqIx1GQveRYY2eXNmhCe44bgbQEW21cp23wSRXrBwxnjWJvDGAHkyERDDvspI36ASmRo6MINW1k2QAXTuvhjZlSJ2ypJoGTOuUFr4WwdwfQ8uIvpVmAN03fjVuagb+A2h/5x2po5p4nScKJC2jR8uYQ8ZsR3VTtEaVPkPXEHGAEGVA6ZbVq6XEHjEfQahpZvJkmfwmR0BH1E5tAD1EgIl8MZ4HrqD4AUNPVTxIIIlVkFPTyJEYlUrlBwIYQEe+SYc1gYy/5vCl7QGgyYyCYkHwBuDOTJki8dRRHUBrJPSwhnHPylPl4GiWHZs3529oujIHGnDbY999ZfIaFaraM4fwzwygw2+DaFDATqFtC1i3vPmm0KSPObQCcI+eNq2mMY5hVcoAOizOR7BcFUe9de1aoU6BWCd17Ny5BtA6Q8xxbRwo6wCp7fHyqSrYt5UaseHVV3s9r8x4u0+enJ/DusxUCL0eHOILRkIPMcPDLq7Q0StBSMF0949/yF09rTLjjZ45UzqPujpSIqvQLhlAh8b6kArWOnq9KAgsHe+/9ZbckskfVaLATNe2117gGllZOlwiaLozgFYNFrV9JeANEq2c9oCLUWx67TUpQenUPBF1JKBpj/32Q1f+4iBR0v9sDaD7z7uGe5K2aDpXtmzcCC78yY1rtqhNme7GH3RQ3nRXYrIalTasvQF0WJwPq9xKkj+Y7Z9Qfu+VV4RCfTkLZfWYdMgheedKWHWoUK4BdAXmDMtbjiOjv9c9+6xUX4GYJ8rSsddhh+UDljTpHRVeGUBHpSWGiA7dclGuSLrA33n6abmtQMwTZekYO2sWmtgxpAkwYh1DA+hyrRqB6yooqK6kVFI5Ap05DWD9889Lsfpc0spOzSl+M62tkbR0GEDXFS31z6wWiVrPUqkz09Kx8fXXJVuZr0O9BAzwDxwz4+bOzXcMIzbLvwF0PdHQIHkR0NsBbA4cLCrSjtVTqwRMPOQQAbRRORqk0Qe9Gkoq1rmgqhKfKwgEs5i++8ILUnopr+CkQw/dFV5aZxoHkp2R0APhXhyfrRDLUaiOZUm8xtqgY6hLaOU9nHDQQfnhWFn6DKOzGUBHpy2GhpJarBKBHr02MN0pEAuBwfOjp04Fx4cLnGvJc2hqVxj/OETFmWL6yoG6WzpqkNDs+NHSsWHFCiFXXOCBCqQsHbwxOgj2j1JMh5HQfUXYEKavqu/2g5ZawlKVpWNbezt2btkipegjvbmqFjeqHVx6udR6Lf0grS6PGEDXhY31z0QHUD1zr0ni+z4c20YngHdfekmK1zuGyntIS0e0NOhdUy7Uk2cmryhzoFbrSRB4tO6556Q2CsQ8Ud7DvT/ykXxNI+QCNxI6yuALk7Yg8m7d8uVChQIxT5QLfMycOeKEcSPkAjeADhM0VcquST2okkd/b6vYaKVyqMU7mZ/qGI7cfXe0NjdHygVuAN3fFh+i5+reMaxR5WDHkJaOzWvXQoWQFvR6zQU+ZvZsCfbXBwMMEWtKFmMAXZItjXuxFiuH1J7DsSwLOwD8S8VGa7qycoFPOPDASNmiDaAbF7sDrhld4HwB1v31r5KX3jFUme8VsWB/A2jVMsNlX6PKodjB2Oh1KjZaXdQGyNJ0xxmX/MA2rSUJ5dAAOhS2h1torZ1N6syMvFsbmO702GgVZTdm5kxwmaGozEhqAB0utoa8dBXPXFPBgQt8UzDxDK0bqmOovINcZKht9OjIWDoMoGtq2fAS1SpNB4NCegepcmzN5bD1n//MF6GpLOrl2HP//SMT7G8APRhIqEOeBEvdTXb9oIv2Z7q317/4ojytrBs8UccqpkOpIf0opm6PGEDXjZUNmpGKjX7mmbIVnHTYYWIN0eOmyyYe5BsG0IPM4Mhlr6kMNdEWOFhUsL8eKqripMd96EOimkTB0mEAXVOrNlCiPgJaucDfC6LuaJsuSGIV7D9tGkZEJNjfALqBsFpLVfqql9PtzenB3n//fWQ7OqSIgqVDG6my+957S8dQl+C10FPvNAbQ9eZoo+UXTA/G2Oj1L78stdNjo5WaMXb27EhYOgygGw2Ag1Ef2xaLy8ZVqyR33ZSoApdo6ZBxLJrUHgxSquVpAF2NQ2Hd76OuWyuZlK59VTsQjEPMjB8vxejPK3CPmT5d7pWK96iVtnqkM4CuBxcjlAcBlm1v70WRAmFza6sAWp33Slh8wbKQ8zyZy45zcXBTAf49kkZk2WQD6B6tEu8TgpQN+sG6dVIRHbTKxDbzuOOkk+fWOJ9GIpHAVgCzjjoKTZmMuL712GdVxpY1a2QuD31kSxjcNIAOg+uDVKYKJlIzh9pJ2ifym5qKoGX8eHzstNOwAUBSu6/S6XvHcbAzAP5J99+fv1WkCqkX5a0nn5QXpWDS0zMawmMD6CFkdl+KUpKvL8/QFU178LqVK9Hd0ZGXmNo8HCrPU370I0zbbz+8m82KRHeSSVEjqErwR3d3wrbR7rrYBuC8xx5D64QJYn/uIZ05bVgwWePqJ5+UtVfULP99obueaQ2g68nNsPPiKJNkUlaDfWbJEqFGBRDxRI+W+/prr+HwU04RSb0xm0WH56HT87DT8/B+Lod/eh7aJk/G5S+/jBnz5uWj7IosGGq5iqdvuUXUkqTudAmJFwbQITF+sIolyDIAfnf55VIEY5iVI4QXdFCf/sADuHLFCnzizDOx24QJSKXTGNXWhg/Pm4dzf/YzXPbWW6Bbm1YONTBW0c08VXz0YxdfjFYG+WtfA5VuqPeMDjRbA3GAZrlmx8GGbBaPXHghjr/lFgGail9mVQWc1IUtC+PmzMHJP/xhWQ4QpEqtKCTis8HzD552GrZ2d2OM4yBsdYP0GQldaKXGOSCw9gDw21tvxerf/x7suKnpuwq1DNQHevqK7xWuaTpy4bkAzAT5U7feij8/8ABGA5EAM2k0gC60VGMdMKaCasAdxxyDf61YIR090XkJSG1jsFFhzg0FVnWtSGf2OG6Q12wbz/3gB/jRhRcKmMM21WnViTegVaeEjKZUkR89YeV+riv6JPU//Sefz6Axex3r3BqK4yIQ9bdICSqybQnrvOHDHwatEKJ2WBY8muKKgC3lsOwS5ZOvTK905ke+/nXce/bZAuaC+tJfQuv8XGx1aHrERo4dK+xwUhzKOQQbXwRVjD79ledJgLu4gUsBRT1Tw54ODwJHpGEN6Ssl4YvdbNvo8jzcfPTRmPfNb2LedddB2adp5pPOHU1vOpB9HxKAxEkbk0mZ0Z/lrF+xAj8+7TS8+eqrIOeFFwOsbyX6+3MvtoAmhFf/7nfITJwo0iORSklnh/oiAUEdjxKJP17jXhqH57S76g1YK+eC0RuSXF9FlbbbWvOokk6BTb2sVZJXvU1QN1kWUr6PR6+/Hs/ffTc+e+ONOOCMM4QvJTOwLJl9VN3jdGD/t2gRXnz4YXGejLXtPOBVggjtrYXBixYhmmoihQv2Mjq3eDpXSkn1Y0bqmJ0F/tS57IOGI/jpUKA+SaDzZwWSiS+HvADJJPgl4HHxnu5hvjTioOB9vjTMhy8O8+E1HlM3bWqS5yWPVApOOi3ntB/LC2fb4Jxxr/361/jTbbchUydpTV5witwdnicLAu3R3Iw5p5yCWSeeiIkHHwwGHok1w/exffNmvPfyy1j1xBN45aGHsO7NN4V31MnJJz18tKbGGsJEsQU0eSRSlp/LIvunCmnU+cjPY0Fd0I7166WmydKv6WlLHav81b64fHWu58lrTM8XTN/T48clH+q9yYtrWdjpujLNFwUDHeScx46fa4aAUkhwcXoKAM65QVr4MhZbQ+pNWz3yi63KwcoLcLX51noxRFMrlGTW0/Aat2KnQXC5905bk089G2TQO22ZKz2eK5OGwGaHdzAkocqzybbFXs3OHoHKl4zlUpXjKrFt9Poxgi6gIw5gJjsTPpC18i9pGfbG+HKVDgsbkBs7RjVtRV+Cmp6JaCIBtqoP1aMiOuMCYJ1sYtl20umtgdSosVX1LMxxQ3CAL3TxL14V84lhYtl2HWcDe+heTxUzXtUx1A5rDhC7xDCxbFuW9WpgASjuqwxrJpnKx4cDNAuIBYtY9hzn6fiQbig1HCjPAddxnrKTLS1PcgSalbfalE9t7hgORJQDxC4x3JzJPGn5vm9fblmvtwDTOvKiu7jDG9FqGLIMB6Tv540A7B3AqsW+vx91aK/JtpcEBmmjRxuUxI0DHjuEKdu+lVgWix1Dva+2bY8eN8ZVMVQlbrUy9A4/DniAl6BD07ZxlefZBK29CEhYgN+VSn2HLk5aP4Yfa0yNY8oBqhvoSqe/QwwvAhwrPxAnH+bwLdt2bc+zu40uHdP2HT5kUzqnAdu1rOlMx30AAAI1SURBVNxC35f5Gohlimn/J8hHPyZbW09gMEq9QiGHD3tNTYeaA1SLGXNit7ScwLKJYWK5l6680LbvHel5/9EO5GxjyhvqdjLl1cABD8i1AIkdjnPPt1z3TP2RAqB11WOxbb+Y8rz9txtQ67wyxxHgAMGcARIdqdSLC7u7DyRJOnYLNudAqZbzKz3vgG7L+scoIMEMIlAPQ4LhAOONBMydlrVKgXkRw+K1OKQCoMmvRYDHBDy+0venZW37JYp2huFRCTc8NRwIgwPEHjFILHYlEi9c6fszSAexSszqNPUAdJCoAOorPO+AnG3f25If1WDzDTFReTr7zPFgcoBYI+ZozWixbXQnkz+8Ipc7KMBpLzDzei9AB4kLoL7M876YHT36845ldVB34TiGANh8M0wM9WC26PDMmyDm0IMcsUa113Kc7dlM5oQrstmzAnyWBDPvFTqFZXjH+wXQfqep6dvd3d0LUsGwfY47c3eJfHoY+YJUy7NMUebyMOWAAFjhxgFsjm8kkHIcQpdOX395Z+dlGm96YFK7LoclJbSWSMCs7NQLOjsvHXvAAalEW9tXrVTqNY4ibgJs/lJ5O6ABs8Y8c1iZAwQLp7YhdhSOghH3K51M5qLpJ52UUGBWGNQFbKncawYgTSPfApxFmtXj21OmzN25efMR8LyPWZ43C6473uvqam3YMYqlOGiu9ZsDPtBtp9PbkEy+C99f6TnOU+lM5o+Xr1uXX24r3/FLLARc3ZJRqcD/B779mE/PJOsUAAAAAElFTkSuQmCC
Es fa servir ''row reduce'' i dona com a resultat una matriu identitat a la part esquerra.
!!Exemple
Aplicar el mètode a la matriu:
$$
\left ( \begin{array}{rrr|r} -1&2&3&1 \\ 2&1&1&-1 \\ 1&3&-4&1 \end{array}\right )
$$
[[row reduce {{-1,2,3,1},{2,1,1,-1},{1,3,-4,1}}|http://www.wolframalpha.com/input/?x=0&y=0&i=row+reduce+%7B%7B-1,2,3,1%7D,%7B2,1,1,-1%7D,%7B1,3,-4,1%7D%7D]]
:[[Enllaç per a mòbil|http://m.wolframalpha.com/input/?x=0&y=0&i=row+reduce+%7B%7B-1,2,3,1%7D,%7B2,1,1,-1%7D,%7B1,3,-4,1%7D%7D]]
En una residència d'estudiants es compren setmanalment 110 gelats de diferents sabors: vainilla, xocolata i nata. El pressupost destinat per a aquesta compra és de 540 euros i el preu de cada gelat és de 4 euros el de vainilla, 5 euros el de xocolata i 6 euros el de nata. Coneguts els gustos dels estudiant, se sap que entre gelats de xocolata i de nata s'han de comprar el 20% més que de vainilla.
a) Planteja un sistema d'equacions lineals per calcular quants gelats de cada sabor es compren a la setmana.
b) Resol, mitjançant el mètode de Gauss, el sistema plantejat en l'apartat anterior.
'' Solució: '' es compren 50 gelats de vainilla, 20 de xocolata i 40 de nata.
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
```
#Gràfic exemple regressió
x <- c(1,2,3,3,3,3,4,6,6,8,8,10)
y <- c(1,1,4,4,8,8,10,12,12,13,14,15)
plot(x,y,pch=19)
abline(lm(y~x),col="red")
```
[[Provar aquest programa|http://www.r-fiddle.org/#/fiddle?id=5Hdn6dhc]]
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BOw2Cvsp0GLJcW1Uqk2EbVkbLC2SzQ9KQcBDAr4LhOPGjVPPnj1Vu3ZtDR8+3JlNxkOeVAUBBNIEbCTokCGRTBDPPhtJj5S2jP8R8JCA7wKh2dnM8JdeeqmHGKkKAggcF/j888g3QLsR3k6Fduwo5SEv4PHt8QABlwV8GQjNZMyYMQV3/cJlZDaPQCgELDnuqFHSq69KAwZETonmIy9gKMxopCcEfBsIr7L5BykIIBB/AUuOa4PSbFq0O++UNm0qsLyA8W8cNQiDALdPhKGXaSMCbghkTo67erVUgMlx3agy20QgmoBvvxFGawyvIYBAIQnYNGh2+tOmOHQ5OW4htYjdhFiAQBjizqfpCORa4IMPIslxLe/ntGnkBcw1IG/wogCnRr3YK9QJAa8JWC5AS47bubPUtSvJcb3WP9QnXwIEwnzx8WYEAi6Qlhz3yitJjhvwrg5z8wiEYe592o5AVgKWmmnsWKl2bclOg9qUaDY7TIkSWb2D1xHwrQDXCH3bdVQcARcEbEq0OXOk4cOlK66InAKtVs2FHbFJBLwjQCD0Tl9QEwTiK2BTotlI0IoVI8lxLVEuBYEQCBAIQ9DJNBGBbAUsOa7NCfrddyTHzRaKhUEVIBAGtWdpV0yBxYsXa+nSpTpw4IAaNGigm266ScWKFYv5vsCsQHLcwHQlDcmfAIEwf36824cCFvhuvPFGLViwIEPtbf7aN954Q1WrVs3weuCeWHLcxx+XZsyITIlmk2SXLh24ZtIgBHIqwKjRnEqxXmAELOBlDoLWuPXr16tbt26BaedJDbHkuFOmSLVqSbt3R0aC2pRoBMGTqHghXAIEwnD1N62V9MILL2TpsGzZMn3zzTdZLvflgtRU6eWXIwHQBsSsWCGlpJAh3pedSaXdECAQZlK1a0aJiYlKSEjI9mfv3r360U4xUXwn8O2332Zb5x07dmS73FcLLfA1aiRNmCBZclybI5QM8b7qQirrvgCBMJNxs2bNdPToUaWmpmb7U6pUKfIhZrLzy9MqVapkW9VYy7N9s1cW2nU/mxKtT5/IPYHvv0+GeK/0DfXwnACB0HNdQoXcFrjtttuy3EXr1q11xhlnZLnc8wu2b5d69YpMhm3fBC010g03kCHe8x1HBeMpQCCMpz77jovAwIEDow6Kueyyy/T000/HpU753qklxx0xQqpfX0pKkjZujEyJVrx4vjfNBhAIugC3TwS9h2nfSQJFixbVzJkz1bt3b+c+wv3796tRo0ayb4N2bdhXxZLjPvOM9NBDkVOfH38snXOOr5pAZRGItwCBMN49wP7jJtC4cWPZj29L+uS4//pX5NugbxtDxRGInwCBMH727BmBvAmkJcfdvz9yG8TVV+dtO7wLAQQcAa4RciAg4BeBtOS4NhrUkuOuWiURBP3Se9TTwwIEQg93DlVDwBHInBzXBsL07CkV4deXIwSBghDgN6kgFNkGAm4I/PoryXHdcGWbCGQSIBBmAuEpAnEXsOS4zz0XmQHGRoGuXBm5FlihQtyrRgUQCKIAg2WC2Ku0yb8CNiXawIFSqVKR+UH/8Af/toWaI+ATAQKhTzqKagZc4KOPIslxbR7UkSMjs8EEvMk0DwGvCHBq1Cs9QT3CKWDJcW1KtHbtpBtvlNasIQiG80ig1XEUIBDGEZ9dh1jAMpcMGyY1bBiZEs0mybaRoImJIUah6QjER4BAGB939hpWgczJcdeulUiOG9ajgXZ7RIBrhB7pCKoRcAFLjjtvXmQi7PPOk95+W7rwwoA3muYh4A8BAqE/+ola+lngrbciA2GKFpVmzZKuusrPraHuCAROgEAYuC6lQZ4RWLcukhXi00+l0aOljh3JC+iZzqEiCJwQiHmNcMyYMfriiy9OvMPDj/bs2aN169bpkF2HoXhS4MiRI7rrrrtUu3ZtVa9eXZ07d5b1W6BKWnLcpk0lkuMGqmtpTDAFYgbCsWPHOn+wLF+bPf7yyy/jLvHPf/5Tbdu2VatWrfT888879UlJSXEyi19wwQUqXbq0RowYoaNHj8a9rlTghMCWLVuUlJQk66v169c7H7Dmzp2rihUratmyZSdW9OsjS447duyJkaAkx/VrT1LvkAnEDIQ7d+7U//7v/6phw4aaMGGCzj//fCeH2+OPP67NmzcXOtdLL72k66+/Xt98840swWq3bt00aNAgDR48WA8++KDeeOMN9e/fX6NHj9aMGTMKvX7sMGuBNm3aaK8Fi0zl8OHD6tChQ6ZXffTUkuNOmybVqCGlTYlmI0HLlvVRI6gqAuEVSEhNteFsOSv2Deudd97RK6+8on/84x/atm2bExQ7deqkjh07qmrVqjnbUD7Wuuiii1S3bl0999xzTjbxF198UTfddJPsFO4wuy/rt3LPPfdo+fLl+tSuz+SiHDt2TFu3bpX9n12pV6+eJk+erDvvvDO71ViWTiAxMTFbVzsFf56NqPRTseS4NiWaZYUfP57kuH7qO+paKAL169fX7NmzZX8zvVpyNVjG/pDVrFlT1rCvvvpK27dv18cff6xNmzZpyJAhat++vaZMmaIqVaq41t6NGzc63/4SEhKcfVxzzTXO/5dffnmGfV5xxRWaOXNmhtdy8sQC/R133BFz1f379+tHuymakiMBuzYY68OFnXb3TSC0ibAHD5bsGJg8WWrdOkcOrIQAAt4TiBkI7Qvjf/7zHy1cuFCvvfaaPvroI5UoUUItWrTQ9OnTZae7Tj/9dC1evFgDBgzQ7bffriU2cbBLxYLsGpuG6reyevVq55EF4yZNmqS97ATnvARk20ZOroPadcjy5csf3x8Pshew09j2YwExq2Lf9j1f7Lrf/fdLliXe/u/endlgPN9pVBCB7AViBsKzzjpLO3bsUIUKFZygd//99ztB8NRTT82w5datWzvBZ9SoURleL+gndiry3nvvdUYa2iALG3iRnJzsXB8855xz1KBBA2fgxfjx49WnT5+C3j3by4dAs2bN9Oabb0bdgo0gtf70bLHkuHbq0+4D7N8/kiapRAnPVpeKIYBAzgViBsKuXbvquuuu02WXXSY7NZpdsXXt9Kibxb517tu3zxkIY7dJ2D5tEI8NyW/ZsuXxXV977bW67777jj/nQfwF7KyCjT5ea9OKpSuVKlXy7qhRS447dWokCNqxbWcjyAuYrvd4iID/BXI1WMZrzbXTtmnXCu2xDY6xa5d16tRxRrmmLXOj3nZqdNKkSQyWyQPu66+/Lhv9ax9k7BaY2267LQ9bcfktNlhqzhzp3nslywk4Zozkt4E8LhOxeQRyIhC4wTI5aXRhrpM+0Nnj9NcIC7Me7Ct3AvZt3X48W9KS4552mjR3biQQerayVAwBBPIrEPPUaH53wPsR8I1AWnLcHTukhx8mL6BvOo6KIpA/gZg31Odv87wbAR8IfP01yXF90E1UEQG3BAiEbsmyXe8L7N4dSY7boEHG5LiWJYKCAAKhESAQhqaraehxAZuU3aZEq1NHsmBIctzjNDxAIIwCfPQNY6+Htc1pyXFtKr5q1aTFi0mOG9ZjgXYjkE6AQJgOg4cBFkifHNem3ks3C1GAW03TEEAgBwIEwhwgsYqPBdKS465aFRkJ2rUryXF93J1UHQE3BLhG6IYq24y/QObkuBs2SLfeShCMf89QAwQ8J0Ag9FyXUKF8CezbR3LcfAHyZgTCJ8Cp0fD1eTBbbMlxn3lGGjFCSk6WLE3SuecGs620CgEEClSAQFignGwsLgLpk+O+8Ybkh3ROcYFipwggEE2AQBhNhdf8IZA+Oe6kSZKX5y/1hyi1RCCUAlwjDGW3+7zRlhy3U6fIXKC33CJ9+ilB0OddSvURiKdAYAKhZT63LPWWRNhSMlECKLBrV2RKNEuLdMEFko0E7dmTDPEB7GqahEBhCvguEB49elSPPfaYOnbs6DhZAHzooYdUpkwZ1ahRQ5UrV9bZZ5+t559/vjAd2ZebApYcd+xYqVatyJRon38eGRRTsqSbe2XbCCAQEgHfBcJHHnlEw4cPV9WqVZ0uGj16tB599FEnQ/0///lPzZ8/38lLeMstt+iVV14JSTcGtJmWHPfllyNzgn78sfTBB1JKilSxYkAbTLMQQCAeAr4bLDNjxgz17t1b48aNc7ymTZum++67TyNs2PxvpX379ipWrJjGjBkje5ybcvjwYa1du1bH7I9wNiXW8mzeyqKcCFhy3EGDpFNPjWSKv+KKnLyLdRBAAIFcC/guEO7du1eNGjVyGmqnSXft2qVLL730pIY3b95c8+bNO+n1WC+sXLlSf/nLX2KtpgMHDmi3ZS6gFKyAffMbMkT65huS4xasLFtDAIEsBHwXCK+44grnlOdtt92mxMREJwj++9//VqtWrTI0cfHixbrABlTksiQnJ+sjy1Qeo5QuXVpJSUkx1mJxjgUsOe7o0dKCBdLw4VKfPhJ5AXPMx4oIIJB3Ad8FQjvd2bRpU1199dXq1auXc22wR48eskEzFgztm9rf//53vfDCC5ozZ07eZXhn4QjYt2obCDNjhnTnnZLdGlGmTOHsm70ggAACknwXCC+88EKtWLFCEyZMcILgL7/84nTkxIkTZT9W6tWr54wavfnmm+lkrwpYctxZsyKjP//0p0hy3DPP9GptqRcCCARYwHeB0PqiZs2askEyU6dO1bZt2/Ttt99qz549qlChgipVqqQqVaooISEhwN3m46ZlTo67aJFUt66PG0TVEUDA7wK+DIRp6MWLF9d5553n/KS9xv8eFnjvPWnwYMkmyCY5roc7iqohEC4B391HGK7uCUhrLTmuTYlmp6p79YpkhiBDfEA6l2Yg4H8BAqH/+9C7LbBbICzwNW0q2S0vJMf1bl9RMwRCLEAgDHHnu9b0tOS49epJJUpEAuDQoVLx4q7tkg0jgAACeRUgEOZVjvedLGDX/qZNk6pXl+zGeLsfc8oUqVy5k9flFQQQQMAjAr4eLOMRQ6phAjYlWv/+kt0CQXJcjgkEEPCRAIHQR53lyaquWhUZCfrDD5Eb49u08WQ1qRQCCCCQlQCnRrOS4fXsBTZtiowEtXRYXbpIq1dLBMHszViKAAKeFCAQerJbPFyptOS4l19OclwPdxNVQwCBnAsQCHNuFe41SY4b7v6n9QgEWIBrhAHu3AJpmuVlnD9fstsfGjeW3n9fOv/8Atk0G0EAAQS8IEAg9EIveLUOaclxS5aUnntOSk72ak2pFwIIIJBnAQJhnukC/MbPPoskx/3yS2nUKOmGGwLcWJqGAAJhF+AaYdiPgPTtt+S4NiVa8+ZSy5aR1EgEwfRCPEYAgQAKBCoQHj58WK+++qp+sHvaKDkXsOS4w4ZJDRpISUmR5Lj9+rmSIX7Hjh1q0qSJypcvr7Jly6pRo0ZabbdeUBBAAIE4CQQqEO7bt0/t2rXT2rVr48Tps92mTYlWu7ZkE2SvWSM99phrGeI/+OADnX322Vq+fLl2796tn3/+Wf/3f/+nBg0aaPbs2T7Do7oIIBAUAd9dI7zllluytD9kWc8lPfLII5oxY4bzeM6cOVmuH9oFaclxhw+XqlaV3nyzUJLjdu7cWUeOHDmJ/dixY7rrrrvUtWvXk5bxAgIIIOC2gO8CoZ1ae/vtt1WqVCnVr18/g0/aH1nLWL9///4My3L65Ndff5V9c7E/ztmVo0ePKtUCit+K3f4waFAkOa59WLAUSYVUvrZrkFkUc7dv8hdeeGEWa/AyAggg4I6A7wLhm2++qZSUFA0ZMsTJTD9p0iTnepPx7NmzR0lJSZo6daqa5vEP/Jo1azRmzJiY2vbt007t+aasXy89+GAkKa6NBLVvXwkJhVZ9+5AS64ODfcghEBZal7AjBBD4TcB3gbBIkSK6++67dc0116h79+6qU6eOExivu+66AunUSy+9VBZsY5XSpUs7gz1irRf35Xbtb+RI6dVXpQEDJLsWF4e8gEWLFlXx4sV18ODBqCQJCQkyewoCCCBQ2AK+HSxTtceVmWsAABN0SURBVGpVLVmyRA888IBuvvlm5/rSLpsHkxIR8GBy3E6dOmXZO5dcconKlCmT5XIWIIAAAm4J+DYQGoh9O+zdu7fsdOb27dt18cUXu+Xkn+3aYBRLjlujRiQ57ocfeiY57nPPPSf75m79lr40btxY//73v9O/xGMEEECg0AR8d2o0mkzat8NZs2bp888/1+9///toqwX/tfTJcRcujNwX6LFWL1iwQFu2bNH8+fNl11nbtGmjevXqeayWVAcBBMIkEIhAaB1m3zLuuOOOMPXdibamT447YoTnp0SzDy6DbOQqBQEEEPCAQMZzVB6oEFXIhcBXX0m33ip16HAiOS5TouUCkFURQAABiUDox6MgLTluo0ZStWqRKdF69pQSE/3YGuqMAAIIxFWAQBhX/lzu3CYJGDtWqlVLsvlBLUuEnQq1NEkUBBBAAIE8CQTmGmGeWu+XN6Ulxx0yRLKZV0iO65eeo54IIOADAQKh1zvJRoIOHiyVKBG5GZ7kuF7vMeqHAAI+EyAQerXD7LTn0KHSF19EkuN27FioU6J5lYV6IYAAAgUtwDXCghbN7/a2bTuRHLdFixPJcQtxXtD8NoH3I4AAAn4SIBB6pbf27o0MfLnoIteT43qlydQDAQQQ8IIAgTDevZCWHLd6dWnzZteT48a7uewfAQQQ8JoA1wjj1SOZk+MuWiQx1Vi8eoP9IoBAiAUIhPHofLv9wUaCWkqiQk6OG4/msk8EEEDAywKcGi3M3rHkuJaK6MYbI1OjrVxZqBniC7Op7AsBBBDwiwCBsDB66ocfpH79pCZNJJsWbcMGyaZEy5SOqDCqwj4QQAABBDIK+DYQHjlyxEnn8+uvv2Zs0W/P9u3bp2+//TbqskJ7MS05rk2JZsUCoN0baDfHUxBAAAEEPCHgu0B49OhRPfzww04282rVqikpKUn9+/fXYRt9ma489dRTqlSpUrpXCvGhh5PjFqICu0IAAQR8IeC7wTJPPvmkRowYoXvuuUdXXnmlVqxYoalTp+r777/XnDlz4o9uU6INGCBVrCi99prUsGH860QNEEAAAQSyFPBdIExJSVHv3r01ZcoUp1EdO3ZU/fr11a1bN3Xo0EHt2rXLsrE5WfDTTz9pyZIlOmYTXWdT7Jup/RwvH34YGQn6/feRG+PJC3ichgcIIICAlwV8Fwi3bNmiBx54IIPp7bffroULFzpZz1u1aqUS+bgG9+WXX+qll17KsP1oTxISEnTqqadKlhzX6rN0aeT/7t3JCxgNjNcQQAABjwr4LhCeffbZWrlypW60WxDSlcmTJ6tu3brq06ePZti9eXksDRs21Ny5c2O+u8Ull6jFwoWR06B2KjQlhbyAMdVYAQEEEPCegO8CYY8ePTR48GDZaNHWrVurZcuWKlmypKpUqSI7bdq5c2fZt7VTTjnFVe2aNiLUZodZt0763e9c3RcbRwABBBBwT8B3gbBfv37OCNGxY8dq2rRpWrdunWr9dntCp06dnCDYt29f7dy50z01SR+XKaP/DhigMwmCrjqzcQQQQMBtAd/dPlG0aFENGzZMP/74o7Zt26Zzzz03g9ENN9ygr7/+2hnwYoGSggACCCCAQHYCvvtGmNYYO/151llnpT3N8L+dFm3evLnzk2EBTxBAAAEEEMgk4LtvhJnqz1MEEEAAAQTyJeDbb4T5anUhv3nDhg368MMPlZiYqEsuuUTnnXdeIdcgsju7NWTVqlXO/Y9Wjxo1asSlHuwUAQQQ8JIAgdDF3jh06JBs4M706dMz7MVmxZk4caLsemdhFJuXdcCAAc4MPOn3d+edd8pm6nF7hG36ffIYAQQQ8JoAp0Zd7JHhw4efFARtdzYl3COPPOLinjNuetSoUScFQVvD7re89957M67MMwQQQCBkAgRClzrcvoU988wzWW79b3/7W5bLCnqB3V+ZVZk5c6asrhQEEEAgrAIEQpd6/ocfftDu3buz3LqliPrll1+yXF5QC/bu3avvvvsuy81ZHd2+5zLLnbMAAQQQ8IAAgdClTihTpky2Wz7ttNNkP24Xm3UnVilXrlysVViOAAIIBFaAQOhS19qE3DYFXFalTZs2KlIIGeptpKpNMpBVufbaayOTh2e1Aq8jgAACARcgELrYwU888YSqVq160h7stgUbNVpYZdKkSVFvlbC62cAdCgIIIBBmgcIZvx9SYQs0a9eu1V//+ld98MEHzjfA5ORk9erVS8WLFy80FZuB59NPP3UmJbdExpZr8fLLL9fdd9/Nt8FC6wV2hAACXhUgELrcM3aKdNCgQS7vJfbmLUejTVhuPxQEEEAAgRMCBMITFrl+tGDBAq1evTrX74vnG2yWm02bNqls2bLxrIZn9r1//37ZT/ny5T1Tp3hWxCaB2LNnjypWrBjPanhm30ePHnVGVVeqVMkzdYpnRVJTU53R8Ndff32Oq7Fr164crxuvFQmEeZTv3r27M22aZcHwU7FTo3brBn/oIr32008/ad++fapcubKfutG1upqF/eGyBNgU6eDBg9q+fbuqVasGh+RMz7h582Yn/2tOQTp06HBSlqCcvrew1ktItRBPCY3AmDFjnPsXH3300dC0ObuGzpo1S8uWLct28oPs3h+0ZYsXL9aECRO0aNGioDUtT+1Zs2aNunTp4rszP3lqbA7eZPdH165dW99//30O1vbPKowa9U9fUVMEEEAAARcECIQuoLJJBBBAAAH/CBAI/dNX1BQBBBBAwAUBAqELqGwSAQQQQMA/AgRC//QVNUUAAQQQcEGAQOgCKptEAAEEEPCPAIHQP31FTRFAAAEEXBAgELqA6uVNFitWTEWLMo9CWh/hkSYR+R+PjB72u8LvywmToHpwQ/2JPg7FI5tOzOZQsDlQKdLhw4edKdZi5Y8Mi5VNyG6z7SQlJYWlyTHbaTPtnH766THXC8sKQfQgEIbl6KWdCCCAAAJRBTg1GpWFFxFAAAEEwiJAIAxLT9NOBBBAAIGoAgTCqCy8iAACCCAQFgECYVh6mnYigAACCEQVIBBGZeFFBBBAAIGwCBAIw9LTtBMBBBBAIKoAgTAqCy8igAACCIRFgEAYlp6mnQgggAACUQUIhFFZeBEBBBBAICwCBMKw9DTtRAABBBCIKkAgjMrCiwgggAACYREgEIakp48ePaqJEyfqggsu0Gmnnaa6devqiSeekL0e9mITTTdv3ly33HJLqCnWrl2r6667zplg+pxzztGoUaNkNmEsR44c0fjx41WzZk3n96Vhw4aaO3du6CgGDx6sQYMGRW33vHnzdNlll6lcuXLO789HH30UdT0/vEgg9EMvFUAdx40b5xzQLVq00IwZM3TllVfqz3/+sx555JEC2Lq/N5GSkqK3337b343IZ+03bNigZs2aOR+MHn/8cV177bV68MEHZcdNGMvo0aM1bNgwXX/99bLjwz5Adu7cWQsXLgwNxxdffKGZM2dGbe/rr7/ueJx33nnOBwbL4vLHP/5R9h5fllRK4AWOHTuWmpSUlNqjR48Mbb3nnntSS5YsmXr48OEMr4fpyebNm1NLlSrl/HTp0iVMTc/QVjs2rrrqqtQjR44cf33gwIGpHTp0OP48TA8qV66c2qtXr+NNtt+hxo0bp7Zt2/b4a0F9sGzZstTk5OTUokWLpkpKteMgc2nWrFnq1VdfnWouVn7++efUSpUqpQ4dOjTzqr54zjdCX358yV2lv/nmG+3evdv5lJ/+nVdddZWTi+/rr79O/3JoHttpv+7du6tdu3aqX79+aNqduaEHDx7Uiy++qF69eikxMfH46XI7NWinv8JWLF/noUOHVLFixeNNT0hI0JlnnqkDBw4cfy2oD8qXL+98Ex4zZozsceZi+QiXLl2qG2+8UeZipXTp0vrTn/6k+fPnZ17dF88JhL7opvxV0pKKrlu3Ti1btsywoRUrVuiUU07RGWeckeH1sDz529/+5rhMnjw5LE2O2s7t27frl19+cZbZhyNL2lylShWNHDlSdq0sbMX+uNv14mnTpumdd95xEhW/9NJLWrRokbp06RJ4jgsvvNC5jGLXBqMlaLbjxUqdOnUyWNjpY/tQbR8k/FaK+q3C1Df3AiVKlFCtWrUyvHHWrFmaOnWq+vbtG8ps9Vu2bNGQIUP0/PPPR/3UmwEr4E927NjhtLBHjx7q3bu3c21s5cqVsutk9q3ZAmLYyoQJE2SDP+yDQVoZMGBA6AdUmcV3333nkGQOkvbt0c4u2IeqMmXKpLH54n8CoS+6qeAqaZ/m/vKXvzinvG6++WbZwIiwlbRTom3btnVOAYWt/Znbu2fPHuclOzWaNjimdevW+vnnn52BEA888ICKFg3Pnwr7RmMfCGzghw2UqVGjht577z099thjzmNzouj4adE0i7RvgjZwxm8lPEe333rGhfq+/PLL6tmzp/MN6JVXXnGujbmwG89v0r4Nf/LJJ5o+fbrSgoCdArTrQvbcbi8pVqyY59tRUBWsUKGCsykLfunL1VdfLTttbN+eq1evnn5RoB/b6VALgHYqNO1yQtOmTZ1TfjbS2q6NlS1bNtAG2TUu7dqpjTtIX+x3xy61RLuumH49Lz7mGqEXe8WFOtmgh06dOql9+/b67LPPQhsEjfbzzz93Bg+df/75zjUQO8VjpwLtg4I9tqHhYSqVKlVympt5IEjaJ/tSpUqFiUP//e9/nfbavYPpiz23D0s2+CzMxa4fW7FbbtKXjRs3OteW0wbQpF/m9ccEQq/3UAHUz355+/Tp44yQtHsI7ZphmMvdd9/tjHqzkW9pPzZAwO6DsufJycmh4rE/bPXq1dPf//73DO3+xz/+4fxhs9GSYSo26MPK8uXLMzTbnts3Hrt3LszFBt/ZN+T0I0Tt2qB9gOzQoYMvaTg16stuy12l3333Xe3cudP5JbZBAJmLBQY7HRiWYn/IMv8xs1NdNnrWfsHDVuwT/NChQ50RkXZK2E4H2gQDc+bMcX78+Ak/P33YqFEjtWrVSt26dXNGFduZAxth/de//lX33Xef83uUn+0H4b02otRulxg4cKDsFLp9wLZTpX69fkogDMJRGaMNX375pbPGU089FXVNGyoepkAYFSHkL9rAKRtE9D//8z+y68c2QMROFXfs2DF0Mhb4bTo1m3Xp2Wef1bZt25wPTmbj1z/0Bd2JNvOQ3Xtqg6ssCNqHh7feeuukD5gFvV+3tpdgt/27tXG2iwACCCCAgNcFuEbo9R6ifggggAACrgoQCF3lZeMIIIAAAl4XIBB6vYeoHwIIIICAqwIEQld52TgCCCCAgNcFCIRe7yHqhwACCCDgqgCB0FVeNo4AAggg4HUBAqHXe4j6IYAAAgi4KkAgdJWXjSOAAAIIeF2AQOj1HqJ+CCCAAAKuChAIXeVl4wgggAACXhcgEHq9h6gfAggggICrAgRCV3nZOAIIIICA1wUIhF7vIeqHAAIIIOCqAIHQVV42jgACCCDgdQECodd7iPohgAACCLgqQCB0lZeNI4AAAgh4XYBA6PUeon4IIIAAAq4KEAhd5WXjCCCAAAJeFyAQer2HqB8CCCCAgKsCBEJXedk4AggggIDXBQiEXu8h6ocAAggg4KoAgdBVXjaOAAIIIOB1AQKh13uI+iGAAAIIuCpAIHSVl40jgAACCHhdgEDo9R6ifggggAACrgoQCF3lZeMIIIAAAl4XIBB6vYeoHwIIIICAqwIEQld52TgCCCCAgNcFCIRe7yHqh0A2AkuXLlVCQoKWLFlyfK158+apWLFi+vTTT4+/xgMEEMhaICE1NTU168UsQQABrwvccccdevfdd7V69WodOnRItWvXlr02atQor1ed+iHgCQECoSe6gUogkHeBXbt2OcGvT58+2r17txYtWqT//Oc/KlGiRN43yjsRCJFA0RC1laYiEEiB008/XZMnT1a3bt107NgxLVu2jCAYyJ6mUW4J8I3QLVm2i0AhChw+fFiVK1fW7373O3322WcqUoTL/4XIz658LsBvi887kOojYAITJ05UYmKitmzZopkzZ4KCAAK5EOAbYS6wWBUBLwps3LhR9erV03PPPed8G5w6darWr1+vihUrerG61AkBzwkQCD3XJVQIgZwL2DXBpk2bqmTJkvrXv/6lAwcOqE6dOkpOTnYCY863xJoIhFeAU6Ph7XtaHgCBlJQUrVq1Sk8++aRzP6EFRPtGOHv2bNk9hhQEEIgtwDfC2EasgQACCCAQYAG+EQa4c2kaAggggEBsAQJhbCPWQAABBBAIsACBMMCdS9MQQAABBGILEAhjG7EGAggggECABQiEAe5cmoYAAgggEFuAQBjbiDUQQAABBAIsQCAMcOfSNAQQQACB2AIEwthGrIEAAgggEGABAmGAO5emIYAAAgjEFiAQxjZiDQQQQACBAAsQCAPcuTQNAQQQQCC2AIEwthFrIIAAAggEWIBAGODOpWkIIIAAArEFCISxjVgDAQQQQCDAAgTCAHcuTUMAAQQQiC1AIIxtxBoIIIAAAgEWIBAGuHNpGgIIIIBAbAECYWwj1kAAAQQQCLAAgTDAnUvTEEAAAQRiCxAIYxuxBgIIIIBAgAUIhAHuXJqGAAIIIBBbgEAY24g1EEAAAQQCLEAgDHDn0jQEEEAAgdgCBMLYRqyBAAIIIBBggf8HFzkxVApfIJ4AAAAASUVORK5CYII=
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Els gràfics representen el valor de la variable $$x_i$$ en l'eix X i la seva freqüència, $$n_i$$, en l'eix Y.
#Amb dades discretes:
##[[Diagrames de barres|Diagrames de barres]].
##[[Diagrames de sectors|Diagrames de sectors]].
#Amb dades continues i agrupades per classes:
##[[Histogrames|Histogrames]].
##[[Polígons de freqüències|Polígons de freqüències]].
```
#Simula dades i calcula la seva correlació
# Correlació positiva
set.seed(100)
x<- rnorm(50, 10,3)
y<- x+ rnorm(50,0,1)
plot(x,y,cex=0.5, pch=19,col="blue", main="r = 0.9")
r<-cor(x,y)
print(r)
# Correlació propera a zero
set.seed(1000)
x<- rnorm(50, 10,3)
y<- x+ rnorm(50,0,10)
plot(x,y,cex=0.5, pch=19, main="r = 0.1")
r<-cor(x,y)
print(r)
# Correlació negativa
set.seed(10)
x<- rnorm(50, 10,3)
y<- -x+ rnorm(50,0,1)
plot(x,y,cex=0.5, pch=19,col="red", main="r = -0.9")
r<-cor(x,y)
print(r)
```
[[Provar aquest programa|http://www.r-fiddle.org/#/fiddle?id=Z7ub1Knu]]
Farem un gràfic amb les dades de X i Y de la taula següent:
{{Taula de dades}}
{{Gràfic de dispersió}}
En una ciutat de 3.255.000 habitants es declara una epidèmia. En primer lloc només una persona estava afectada i després la infecció ha anat duplicant el nombre d'afectats cada setmana. Si aquesta epidèmia segueix un creixement exponencial del tipus:
$$ P (t) = P_0e ^ {rt} $$
a) En quin moment es veurà afectada la meitat de la població?
b) En quin moment tots els habitants estaran malalts?
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yP5VBI6xRtI5wqgsT6AVyt14rnkYpZwBATgM/wAzH8On86uFOU9jOdSMPiPp/RtatNbsEubaQZx+8jz80Z7gj+veszWvHvhjQVcXmr25mVSfIhbzHJ9MLnB+uK+Z3TWdQJM0siqw5DttX/vkf4VLDoKDBmmZj3CDH610KEV8TMHWk/hX3mr408dSeKrmWRY3jVyFAY/dQdFH48k1naTr/iax0abStJvLi1s55PNl8jEbO2AOZBhiMDpnHXjmrcNhawfchXPqRk/rVmqVRRVoozdNzd5szNP0r7NIZp2Dy9sdB7/WtOiis5ScndmkYqKsgooopFBRRRQAUUUUAFFFFABRRRQAUUUUAFFFRzTxQJvldUX1NAElVbzUIbNfnO6Tsg6//Wqi2o3WoXKWemW8sk0rbUCIWdyewAr1rwH8Ari7ZNS8Yu0UZO5bCN/nf/row+79Bz7itoUW9ZGE6yWkTz/wh4G8QfEfUwLdDBp8bYlu5FPlRewH8Tew9skCvqXwd4K0fwRpIsdKh+dsGe4fmSZvVj6egHA/OtqysbTTbOKzsbaK2tohtjiiQKqj2AqxXQlbRHM23qwooopiCiiigAooooAKKKKACiiigArzzxp8HPDXi4y3UcX9m6k+W+02yjDse7p0b68H3r0OigD5D8S/C3xl4JMk627Xunrljc2gLqFHd16rx3Ix71zVvrqNhbiMqf7y8j8q+4a43xP8LfCXisvLe6YkN2/W6tf3UmfU44b/AIEDUShGW5cako7HzJDcQ3C5ikVx3welSV3ev/s56rau83h7VYbtAcpDcjypAPTcMqT/AN8159qvhrxr4YZxqekXiRR/elaLzI/+/i5H61k6L6G0a66omorFi1/gCWDn1Rv6H/GrSa1ZsOWdP95f8M1m6cl0NVUg+poUVWTULRxkXEf/AAI4/nT/ALVbf8/EP/fwVNmVzLuTUVD9rth/y8Q/9/BUT6nZx9Z1P+7k/wAqOV9g5kupborLl122X/Vo8h/IUlm+ua9cG20jTrieT+7bRNIwHvgcfXirVKTIdWKNWiugtfgL45vLT7VM1jbTNz5M9yTJ+agj9aq3Pwd+I9grNHYGdV/543aN+QLA/pV+wfcz9uuxk0VWuNB8bacWN1oOpqq9S9k+38wP61l/23cxSFJ7dQRwV5Uj86l0ZFKtE3aKyF1+In54HX6MD/hU661Zt1Z1+q/4VLpyXQtVIPqXJ547aEyythR+vtWJvvtcuDDboRGOSM/KB6saG83XNUWCE4jHQn+Fe7H/AD6V2dnZw2NssEC4UdT3Y+p96JSVJeYoxdV+RQ0vQbfTiJWPm3H989F+grWorJ1LX7XT2MY/fTDqingfU1z+9Ul3Z0+5Tj2RrUVzdm/i3xAC2j6Vdzxhtpa0tWkAPoTg4q/P4W+JFmgkk0PVCp5+S18zH1ABxWqw0zF4uBq0VzEXiW6tLl7bVLNkkQ7XG0o6H3U9/wAq6G2uoLyETW8gdD3Hb2PpWU6cobm0KsZ7MmoooqDQKKo6hqtrpqZmfMhGVjXlj/gKxoNV17XLh7fRdOmmcc7LeFpnA98A/wAq0hRnPVGU60IaM6eiss+EviSIPtH9h6pt64+zfN/3zjP6VmS6vrei3K22s6dLFJjJSeFoZCPXBH9K0eGmjNYqD3OnrnNT8Lxy7pbEiN+piJ+U/T0/l9K19P1S11KPdA/zD7yNwwq5WUZSpvQ1lGFSOupxFrqU1pMba+DDacEsPmX6+orbBBAIOQRkEd6s6zpEep25KgLcIPkf19j7fyrmdN1D7HvtrolQhOMjlT3FdCtUV47nM703yy2N6is19ctF+75jfRf8agbX1/ht2PuXx/ShU5PoDqQXU2aKxYNS1K+l8qzszNIeixxs7fkK2LTwh4/1OQJb6BqYz0L2xiX/AL6YAfrVKjIl14jqK3IPgh8Q70gXEENuD/z3vFIH/fJaodZ+DXjvw3D9qht0v4wMv9gkMjD6oQGP4A1XsH3J9uuxk0Vitqt5ZTvb39oySocMjKUdT7g//WqzHrdo4+Yuh91z/Ks3TkuhoqsX1NGiqyahaSDIuIx/vHH86f8Aarb/AJ+If+/gqbMvmXcmoqE3dsOtxD/38FRPqdnH1uFP+7k/yo5X2DmS6luis2TXLVfuCRz7LgfrVZtbnmdY7a2G9jgA5Yk+wFUqcn0IdWC6m3Ve4vra2yJJQGH8I5P5VoaT8OPH3iY/utJuYIT1e6H2dMfRsFvwBr0jw7+zhAjCXxHrDS8f6ixXaM+7sMkf8BH1rRUe7MpV+yPFm1a5vJ0ttPtneWRtqALvdiegCjv+degeFvgT4m8QyJd6/KdKtW5xL887D0Cfw/j09K+hvD3g7w/4Wh8vRtKt7UkYaQLukb6ucsfzrcraMVHYxlOUtzmfCfgHw74Lg26RYqs5Xa91L88zj0Ldh7DA9q6aiiqJCiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKOtFFAGFqvgrwzrYP9o6FYTsermEB/wDvoYP61yGp/AbwNfj9xaXdg3rbXLHP4PuFemUUAeKT/s26E3/Hvrmox/8AXRUf+QFZ7/s0RfweKXH+9Yg/+1K97ooA8Gi/Zotgw83xRKw7hbIL/wCzmtO2/Zw8NIQbnV9Vl9QhjQH/AMdNezUUAcLpnwd8C6WY2TQo7iRP47qRpd31Unb+ldnaWVpYQiGztobeIdEhjCKPwFT0UAFFFFABVa7sLG8Q/bLS3nXHPnRqw/WrNcj8TteTw78PNYvC4WaSA28I3YJeT5QR7jO78DQB8uavJaeJviHqFzaWkEGnNOzJFboEQRL8q8DHXAz7k1dl8N6ZIPlhaM+qOf65qj4RtwLe4uSOWYIPoOT/ADH5V0lcNepLnsnsehQpR5LyW5S0/S7XTUYW6tub7zsck1dopGYKpZjhQMk+lc7bbuzpSUVZGF4i1hrKMWtu2J3GWYdUX/E/57V6r8LvglbLaQ654tt/OnlAkg0+T7qDqGkHcn+6eBnkE8Dhvg/4eTxj8Svtt6gktbAG8dG6MwIEa/gcH0IXB619YV6VKmoRseXVqOcrkcMEVvCkMESRRIMKiKFCj0AHSpKKK0Mjn/FPgrQfGNi1tq9hHI+0iO4UbZYjjqrdffByD3Br5b8X+EtW+F/iURSMZ7CfJgnxhZk7g+jDP9ehr7ErkfiV4Vh8XeB9QsWQG6ijM9o2MlZVBIA+vK/RqTSasxptO6Pnu3njureOeJso4yDVPV9TXTLMycNKx2xqe59foKyvCV2WintGJO3509geD/T86lttMk8X/EKw0NHZY5Z1gLAZKKOZGx6gBvyrhjR/ecr2R6Eq/wC65luzrfhZ8J5vG0v9v+IGlXSd+UTO1rsg8jPZOxI+gxjI+lNL0nTtFsUstMsoLS2QYEcKBR9T6n3PNTWVlb6dYwWVpEsNtBGscUajAVQMAVPXeecFUNX0TTNesHstVsYLu3cYKSrnHuD1B9xzV+igD5Y+KHwtufAV0uuaG8smjtJjJOXtWJ4VvVT0B/A84JytK1FNTslmACuPlkUdj/hX1jqem2usaXdadfRCW1uYmilQ8ZUjB57H37V8cw2M3hfxvqGhTuD5UzwFuzbSdrfiP/Qqwr01KN+qOjD1HGVujOjrMvdBsb648+QOrn72xsbvrWnRXBGTi7o9CUVJWZknw3pnlMggO4ggOXYkH164roPgRNp8fji60TVtOs53uoj5LXEKu0cseThSRxld2f8AdFVa51NQ/wCEY+IOnayobZDPHcMq/wASg4YfiAfzrqw9RuTTZyYmmlFOKPsyG3ht02QxJGv91FAH6VJTIZoriCOeGRZIpFDI6nIYHoQafXYcQUUUUAZ2p6DpGtRmPVNMtLxcY/fwq5H0JHFcRqnwL8C6ihEWnz2Dnnfa3DZ/J9w/SvSKKAPFLj9m3Qm/49tc1GP/AK6qj/yC1nP+zRF/B4qcfWx/+2V75RQB4PF+zRahh5vieVh3C2QX/wBnNaVv+zf4bTH2jV9Vk9dhjTP/AI6a9mooA890/wCCfgOwRQ2jtdOv/LS4ndifqAQv6V2Om6Bo+joF03S7KzAGP3ECofzArRooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigCtqGoWmlafcX99OsFrboZJZG6Kor4++JHxBvPHmvNMd0WmW5K2lvn7q/3m/2j39Onau0+N3j+TxDrI8J6Q5aytZdtwUP+vmB+7/uqf1z6CvMdbsI9MtLK3XBkO55G/vHj9BUuSTS7lKDcXLsdLoMRh0S2UjBKlvzJI/TFaNQ2a7LG3UfwxKP0FTV5kneTZ60FaKQVW1D/AJBt3/1xf/0E1ZpssazRPE/3XUqfoaS0Y2ro7L9meOPb4lk4MmbYfQfvf8/hXv1fMHwB1tNF8e3ejXTbP7QiMS+nmxkkA/hv/HFfT9eseMFfLnxJ+Mmuarr11YaBqMljpVtKY0ktX2vOVJG8uOcHsBgYxnNfUZGRiviDxp4XvPCHim90i7RwI3LQSMMedESdrj6j8iCO1AHVeCPjJ4j8O6vD/auoXOp6XI4FxFcuZHVf7yMeQR1xnB/UfWUciTQpLGwaN1DKw6EHoa+FdC0O/wDEetW2labC0tzcOFUAHCjuzY6KOpPYV9l+INVg8F+A7q9kk+XT7MJGSPvuAFQfi20fjQB8n6bHHB4z1SGAAQo8yoB02iQY/pXV/BaOOX4ys8uN6Jcsmf73I/kTXH+E4Xee5u2JPGzJ7knJ/kPzrS8NauvhD4rWGqTvsthcZlbHSOQFWOPbcfyrCLXtWjolF+xT8z6z8Q61beHPD99rF2CYbSFpSoOCxHRR7k4A+tfJGv8AxX8Y69qT3R1q6sos/u7eylaJEXPA+Ugt9Tk19SeP9Al8VeAtW0i1OZ7iENCNwAZ1YOoyeBkqBn3r4rubaezupba5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
/9j/4AAQSkZJRgABAgAAAQABAAD/2wBDAAgGBgcGBQgHBwcJCQgKDBQNDAsLDBkSEw8UHRofHh0aHBwgJC4nICIsIxwcKDcpLDAxNDQ0Hyc5PTgyPC4zNDL/2wBDAQkJCQwLDBgNDRgyIRwhMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjL/wAARCAF4Ai4DASIAAhEBAxEB/8QAHwAAAQUBAQEBAQEAAAAAAAAAAAECAwQFBgcICQoL/8QAtRAAAgEDAwIEAwUFBAQAAAF9AQIDAAQRBRIhMUEGE1FhByJxFDKBkaEII0KxwRVS0fAkM2JyggkKFhcYGRolJicoKSo0NTY3ODk6Q0RFRkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqDhIWGh4iJipKTlJWWl5iZmqKjpKWmp6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uHi4+Tl5ufo6erx8vP09fb3+Pn6/8QAHwEAAwEBAQEBAQEBAQAAAAAAAAECAwQFBgcICQoL/8QAtREAAgECBAQDBAcFBAQAAQJ3AAECAxEEBSExBhJBUQdhcRMiMoEIFEKRobHBCSMzUvAVYnLRChYkNOEl8RcYGRomJygpKjU2Nzg5OkNERUZHSElKU1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6goOEhYaHiImKkpOUlZaXmJmaoqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK0tPU1dbX2Nna4uPk5ebn6Onq8vP09fb3+Pn6/9oADAMBAAIRAxEAPwCoFpwWpAtPCVQyMLTgtSBacFoAjC0oWpAtOC0DGBacFp4WnBaQDAtPC08LTgtADAtPC04LUgWgBgWnBaeFp4WgCMLTglShKcEpARhKcEqUJTwlAEISnBKmCU4JQBEEpQlTBKcEoAhCU4JUwSnbaAIQlLsqbbS7aAItlLsqbbS7aBkISl21KQBUbtigBjcVC74okeqkkmO9ICVpaYZqqtITTdxNAFwS+9SLLVFWqZWoCxcWTNSBs1VU1KrUAT4Bo201TTwaAE2U0pUwOaXFMCuUppSrOyk2UAVilNKVa2U0pQBVKUwpVspTSlAFMpTClXClMKUAUylMKVcKUwpQBTKUwpVwpTClAFMx0wx1cKUwpQBTKUwpVspUZSgCoUphSrZSmFKAKhSmFKtlajK0AVSlMKVaK1GVoAqslRlatMtRMtAFcrTCtWCtMK0AVytMK1YK0wrQB0IWnBaeFpwWqJGBacFp4FOC0DGBacFp4WnBaQDAtOC08LTgtADAtOC1IFpwWgBgWnhaeFp4WgBgWnhaeFp4WkA0LTglPC08LQAwLTwlPC08LQBGEpwWpAtOC0ARhKcFqQLShaAI9tO21JtpdtAEe2lC0/FISBQAm2msQBSPIBVd5aAHvJiqzyU15arvJSGOkeqz5Y04sWNSxoKBpXK4hJ608QVdCDHSmPgCpbOiFK5V8vFGMUryYqIyGp5jdYcmV8VKr1RMpFAnwaOYUsMzTV6kV6zFuR61OlwD3qlI5p0WjQDU8NVRJQe9ShxVGLViyGp1Vw9PElAiXbSFaA9OyDTGRlaaVqbGaQrQBXK0wpVkrTStAFUpTSlWStMK0AVilMKVaK0wpQBUKVGUq2UqMpQBVK1Gy1aKVGyUgKrLUZWrTJUbLQBWK0wipytRlaAK7CoyKsMtRlaAK5WoytWCtRlaYEBWoytWCtMIoAgK1GVqwRUZFAHRAU7FAFPC1RI0CnAU4LTgtIY0CngUoFOC0AIBTwKULTwtACBacFpwWnhaQDQtPC04LUirQA0JTwtPC08LQAwLTwtOC08CgBoWnBacBTgKAGhacBTsUuKAG4pQKdwKazgUALjFIWAqF5sVA83vSAsNLUDzVXeb3qB5ielAyd5qgeb3qIl2pvkuetAhGlJ6UzmphA1HkkUhkYqxGai8s1KgxQzSnqyyORTHjLCnoamGKzPSgrIzZITVV0IraZVPaoJLdWpWN4y7mMwqMitCW2C1UkTFI1VmVmYihbgg4zRLxWfLLtalczqU00bcFyc9avxy5Fc7by5xWzbMSK1iePWjZmgrU4PVYviozKw71ZiXhLUiy+9ZYuDnk1Ok2aANJZKeGBqistSrJQItcGkK1GHNODGgAK00rT80GgZCVphWpzTSKAK5WmFKslaYVoAqlKjZKtFajZaAKjJUbLVtlqJloAqFKjZatlaiZKAKjLUbLVpkqJloArFajK1ZK1Gy0wKzLUZFWGWmFaAK5FMIqcrTCtAHQBaeFpwFOAqiRoWnBacBTsUhjQtOC0oFPAoAQLTwtKBUgWgBoWpAtOVaeFpAIq1Iq0oWpAKAEC04LSgU4CgBAtOxSgU7FADQKdijIFRtMFoAl4FRtKFqtJce9VZLkDvSAuPP71A8/vWfJd+9QNcM3SgC+9x71Xa4JOBVbLN1qxBFuakOw9I3k5NWUteOaswwgAVKcCi5pGDZWEAHajywKlZgKjZ6nmNlQYmwUhUU0ye9NMnvRzD9gxxQVGygdKDJTS2aLgqTiw8zbQbkDvVeXOM1mz3Pl9TioZ3UrM2VuAT1qcPkVzcN+rNgNWnDdZX71CZtKBbm5BqhKKkmu1A5IrPnv0HcUmOCsNn4U1kSgs9S3OoA5ANUxcB260JCqzSRp2iVsQKQBWbYDcoNa6LwK0R41V3Y88io2FS4o21RkVtmTUqI3apVTJq1DBntQFrkMaN3qwq4qcRBR0pjkLSuaRpNgDineYKqvLioHnPY0uY2WHZoeaB3pPOrKa4PrTRcnPWjmB4dmx5maQtWcl0PWphcg96akYSptFnfRvFV/NBHWmGXFUZlosKacVW86l80etAEhApjLTfN96PNoAayVEy1MZAaYWBoArOtRMtWmwaiZaAKrLUTLVplqJlpjKzLUZWrLLURFAEBWmFanIphFAG8BTgKAKcBTJFApwFAFPAoAQCngUoWnhaQCBakVacq08LQAirUgWlC08LQAgFPApQtOAoAQCnYoyF61E84XpQBLkCo3mA71TkuveqklznvSAuyXPvVOW7x3qHLv0prW5I5oAjkuyelQF3c9ala3I6UgjxSGiNUqRUp4SpVSgYwLVq34NRhKliXDUDjuaKH5aY+akhXIqbygahno00kjNfcKhZjWq9uCOlUpoCvapN4tMpM5pvmH1qV46haOkaWQeZQJRULqRUEj7Bmi4nTTLrOu3rXO6w5IO2pp9R2ZXNVk/0t+ec01qZNchixPMJM81rwXUiryavrpK9cUr6bheKpIXtTIvNQcDrWPNqR9TWxe6e3PFY0unEnnNDRSqFVr4setXLOQuRUS6bgjitOzsiCOKLGFSV0b2m/cFbMf3azbOHYgrTQcVSOGZIBmnYoUU8CmQIg5q/DjFUehqWOXmpbN6MOZlmWQAVRllNWiu8VE9sT2qTvjFIz5JDVZ5DV+W0PpVN4SKk3iolcvUZepmjqFojSL5UMaYr3qP7Yc4zRJGRVGY7Wp3Mp0k0a8F0WIGauZJGc1iWkmSOa2I3DLWsTyKqtINzZoMhp3FMYVRkRtNtpBcj1qOQZNVnBFIC99o96T7RVDkd6RnIFMDQ88etJ5/vWX55zS+axoA0jOO9NMqms0yN60zzmz1oDU0yVPeoyM1R89qX7QaBlkimkVD9ppfPU0xHRingUgFPApiFFSKKaBUiigBwFSKKRRUoFIAAqRRQBUgFAABTwKbkKOTUMl2qDANAFkkL1NQyXKr0rNmvuvNUXvC54pXA05bv3qnJdZzg1UyzZyakC9aB2FZ2c0qLzTgvNXbe13YJoASCMkdKti2LDpUyRqgqTzAKLjUWyobHNRNYLV15qhM3NK6L9lIrfYcdDTfsjLVnz8U4XCnrRdCdOSKohI6inCPBq4GRxUciY5FAop3HxHAqXzQtURMEODSSXCsODUM9Kmro0FuVPBNP+SQc4rCLndwavW0j7eTmkmayhZXHXMKLkjis+QgVdunJGKznJzSZdO9tSGRqy7uXGa0ZOhrIvGAzzUmyMmdiz1r6Sg4OKywgd+tb+nQ7VFXE4q71NVFGBxQyA9qkVcCnYrQ5LlGa0Dg5FZk+mgngV0OM9qaYg1IaqWOZGm4PSrMNns7VuG2XHSmGIL0FFiXO5WijwKtItOSJm6LVuO1PegyaZAq08LVsQKKPKWmTyspOtQhtrVdljx0qi4IapkdOH0ZdhlFW1lQjnFY4YgcGoZLpkPWo2O/k5jfPlsO1VZreN8msqO+fpmrKXLEc8ii4+RxHSWkew+tZ0iqCRVuadtpxms9izGky4X6la5YKDWHczEucVtXK/Kc1iSoN1FhzdolmxYnFbkJ4rGsVrYi6VojxqusiTdTS1DHmmmqMhjYqFhzUxXNJ5eaAINu6j7MW7Veht89qldRGvSk2aU6bkZn2UKOahkCqKuTMTVGRM9anmOyOGRUllA6VVacg9asyRiqkiKKVzT6uiRbn1qQzLis9sDoahkkIHDU+Yylh0aJnXPWm+d6GsKW7ZDzSJqI71Skc06LiesingU1alUVoc4oFSqtIq1Kq0gFUVKopAMCo5LuOIdRmgCxwBk1DLdpGODWTdasBkBqypb+SU/L0pXA2bjUgP4qzZL55CQtUQWfknNSquKBkuWc5JzUqLTFFTIKAHqKlUU1RUgFAEsKguM1qRsqrWUmdwxWhBCzLyaTZtRgpPUkaYVE04FTm2AFQyW2elZs74wiiFrgd6YbhKbJCQcEVC0ftSubqnEm89DRkHoapuhHNRGR1PBpXB0U9jQ3unQ09bpuhrPW7P8QpXuk7cU+YwlQ8i1cHcpYVhXeqG3JyelaqXkZQgmsfUNP8AtaMyinuEPc3IYPEKFwGPeuis9SjdAQwrz19Fnjnyu4YPStm1hngi5YjiiKNpzTR1NzqcS/eYVmy6vCOhrk9SubhS2Cawpr27Jxk0NBGaSO3utbQA4YD8awbnWVd8Bq5uSS4fqxpIYZGcdaLClVfQ6yzud5BzXWaewZAa4/TLR8LmuzsItkYpo4qj1NRelLxUYNPBqjnbA0o60VNbIGkGaYlqx8du0g56VOLNV5Iq38sa1XlnUd6hs6YUxu1V6CmNJjpUMl0oqu12Km50KiWGlaojMwqu137VH9qBPIouV7HyLRmJ603AeoRcIetO85QMg0XIdNrYJYmVSRWNd3iwth+K12vExgmuZ8Qr5qFozyPSi1zWnNrcuQX0LnhhWpFNGU6ivNEmuY34rWttTnVcEmhI1lNM7Oa4iVTkisybUoU6MK5m71GdgRuNYsuoTliOaLE+0SOovdXU5ANZq32+TrWAz3Epyc1ds4ZN4zmnY56s20dbp7bgK2UGBWRpsJVRmtgdKpHBIaeTRtNSqmamEYxVEFXbigYBqdkxVSclOaANGIqUzVe4cDPNVLe6Y5WrBgeTms2z1KFNKNyjPLjpWfNKx6Vtmyz1FQTafgdKk61ynPSM5qpLvrbmtdp6VRlg9qC7IyH3CqkrMK2HgqlNCKZDijHmLGqZLK1a0sXtVKWLB6UzCpBNHtiiplFNVabLdRW4yzDNbniFpRimS3cUI5YZrAvNe6rHWVLeTTZJYilcDeu9aAyFNZMt9LMeCRVJeSCTk1LHx+dIZPHC0jZbJrVhtUCDKiq1owLYNbkCrjBoAzXs0P3eDUDQNGTkcVuyWhblVP5VH9mlIw0TEfSgDJUVKg6VbexbOVR/ptNQ+Uy4DKR+FIAAqRRSKtWoY8mmBEqkMK2bcAIKottXjFXIGBSpZ0YfctBd3SgxACovMKjihb5AcOKk7VF9CC4iB5xVJ481tbredcKear3OntCocsMH0OaVi4ztozEkjIGKrtHitGWMgZPSqjAE1LOiLKLr1xVVomOauyyBASaybu+YKwUYqS+hDcSmNgA3JNdPp8YazUkckVxKS+ZINxyc13Fhxar9K1gjz8S9RXso252iqs9kNpAFaQY0nDHkVZzqbRx95pZLE44rMk0hT/DXd3FuCvArMkthnpSsbKqca2jjPSpoNJCMCFrpjb4PK09IU4wKVhSqMp2VoExkVsxDAAFRxxAdqtJHTOeUrj1qQU1VqQCmZsBSxSFJRilC8VGOJRSexdH4zS3PJ16VE9uTmpoXHGKs4Vh6GoO+9jHltWqo0RU4IrpWhG3gVn3Nseu2k0aQqmM0dRNHV5kqNk4NSbKRQdWAyKgMkinrV8pkdKryqqjLcUitDJu55Ac5wKbaE3W4NyOlVtTuFZ9sZq3pGADVR3ObEOy0LjaFEyghartoqrnAro0YFBTXAPatbHKqjOWl0bjpWbNow3ZK813KxK/UVBNZ5PAzRYPanGx6SB/DV+301VOSK2zaqP4cU5bc54osRKdyGCEKMAVbWM4pUhK9qsooHUUznbIVjIp/apiBioyKCCMjNVLlOKvbarXI4NA0ZUZ8tzW3ZXCuoU1kFOpqSB2Q5FZy3PVoawsdCI1PIpslsWHTNZZ1Ex8GpU1cEdaVzX2ct0Q3dmQCcVkS2zgE7Dj1xXRxzi5YZII9KvFI1jYBQcjuKdrjdVx0aOBlgPpVKW3J7V1t5bRqScCsefaucClaxqpJnPyW3cis26VVIFbV2+c4rDuj83NNGVR6Hod54gySkPFYs15NM2XY4qsNqqrc49jSibsOnvWp4RYx8uetPD5GMU2IgIABVqCLLAkUAFvCxPStO3sWmO1VyaktoPMZUUcmt+CNIYgqdB39TS2KjFydkVLTR44julO8+gOBWmpWMYRVUD0FVzKASSwJ7e1IZQRnNS5HZDDJbk7zn1P51Ebk+lReZEerr+JoGwkYdfzqbmyorsP+1MKX7aejAEehqLyzg5Ib3AxUbx0XYOlFlkvBIeV2n1FPRVTo4IrLcOrdeKRbh04NNSMZYZdDQfJelFz5IyTVWK7U/Kx+X19P/rVDdbucU73Mo03CRqLfRypwwzULPk9a5K/upbYZRiDVW38UyRMFnGR61J6dJaHoNiN0lXLo8d8Vz+ia5bXKlw351fuNTgdSd4p9DKSvMhnbLYzVdhTHvbcn/WL+dQS39sqkmVfzqToSsNnAxWFerknFWL3XrKIH96Pzrm7rxFHM5WEZ96RTmorUtwRM1wCOgNdzpzA2wHtXDadMzgHHJrtdPUrApNaI8utO7LwNKMd6izzTxVGDZIEz0NRyQA9VqRGIqTzATz0oJ5ik1kf4RmofsmDyCK1g0knFvHu/2m6Uf2a8vNzcMf8AZTgUi1zMyjGIxlnA+pp6TR9nU/jWmun2cRyIVJ9W5qTMSD5Y1H0FK5Xs7maJI/7wqRWRujA/jVxpVxygx9Kgf7O/DRJ+VHMP2IBflqtjMhqURQg/I8ie2cikaIp8ytvFFwhTcZAkrI1WftiheeKpqQaguThDUHfFXNBNSI6PVhNQMgwcGuTaRg3WrlqxPekmaypRtc15DF5uWxiq1xcQBsIAKrNuZuScVUmXDEUMUYomlvEVTtGTWBqF3LISM4FaDLwazbsAZJNI1RkSAs4FbemRMi7j3rOhCPMK2UYDaqiricGJmm7I3YlzEDUgTIpltnyRn0qUHmrONyBVA6inKoJ60nWkAINMhsnFurdRS/YUPSmLMy1L9qY/KiFnPQUCScnZDHhWFcsQAPWqhuYXbbGC5/2RU72LTtvu3LeiA8CpAI4V2xoF+gqeY3VDuRpblhl/kHpUnkQDqxJqCWRjnmq7s5o5ilhrl0x24H3j+dVZbVJVISTmqpL85B9qasjocilzB9Wa2GTafcRgkLuHqKqDdGfmU1rJqRVcMvFVLu7tpAT91vWjRmtNuD1RmzsGHBqtyO9JdkMCYnAfsex+tYv9v/Z7gwXUZSRTyDUtHoQqRsdppakck1pySkDrXMafrtsRkMMVonVrcxk76cTnnrK4y9lJJrFuW607UdbtkJO4D6muX1DxPGoIjOTTsXzxitWXbyZY1JYiuXvdSUyYU9KoXmrXF0x5IFU1VmOeaaRx1q99InqCRLHHjtT4IfNbpxTSjbcnmr9pEQo4qjzyWG2XjAq4se3tRFhOtEkrvt8tW2njOKBj5b17G3LxLukciNR6ZP8A9atdIbmdFDucDr2rHtoi82xwQQQwDDHIIP8ALNdbCAQPU0pI7MI0rsorp5Uct160PZBVGDkitQrikSPdkmosdqqPcxDCMYz9RUTwnuT9TW1PbA8jr6VRePBGfyqTWM7maUZfusQfrSm6nQZDbvY1adDnHAFQOmAR2oNNHuC38bKDKhU+3Ip58uVCy4YHuKpyRDHtVf54m3ISGouQ6SexaddrdePX0q/bAHbDKwJZcqR0x2/z7Vzs13MEPPNT6JdzPqKxysXCoxye3+c1UNXY5q9Nxi2O1nTZTzGu5fauZlsGzhkOfpXpYVJFXP8AFUH2fazbokdQfSq5TKliLKzOR0uxkSE7cgmm6skkMIRXO6uuDRwuQbQ4PpWBrFu9zJmOJgKfQqMuaRxjte84mYfjVOYXrZ3TPj610klq8fVD+VQtCTx5RP4VJvZPqcjJbyM3zMx+pqa2hKsBgmuhOnGRgTGQM1oW+lQxOGVM465oMZ8sR+g2hkZS4wB612KsAgA7Vk2ibUGABitONf1qkjjm7ssLzT15piDpUoFMyuOFXLazSZRJIcr2Ud6z7lzDaSyjqiMw/AVftLyGO1jTfkqgBA+lJuxVODm7I0MKi7QAAOwqF3z0qq148n3ENV5nuNuSNo9qi53Qo2LbHPSomXJ6gVmuZCQSzdfWomViDnP1qbm6o+ZpMoIzn9aiK1mMjZyGP4U3zJkBIkbPoTmi4/Y+ZpMhpoLIfmzj1FUvt8q/eVTTl1OFwd+Ub0ouRKizQNr5qb4ZAT6etYGqam2nSCOdDtboam/tIh2NvkgDJwazdVuodato4mIDFwo9cnpTumKKlB67EKa1ZzH/AFgB9zWpYXlu7YEo/OuDuvCdyZW8qUjnpU+naHqFpJmSQ7aOU0da6tY9CmuYIycyqPxrKuNWtI8lpR+dcvd2d5NIypOR9TXN32l36TMJHY4PrT5SPa2WiOxvfFdnECEcMfaueufET3UmF4WsNdOlB+YGrMNi+fumiyIdWb8jodPus4JPNdTpuZiDjgVy2l6ezkZJFdnpsPkRbepFNHNUsa6ttQAU4HJqJBUoFUczHU8UgH604cUyWIcVoW0SxQhsfMwyTWXdNst5COoGRU6aiDbxgKSxUcVMjpw8HJuxZmbFU5ZUT7zgfWmMtzOSfug9KqzWUuSc7jUXO+FNdWLJfwjOAWqvJfgDhAD9aY8JU4YEY9qiZOp4x6Urm6pxFOoc/cqM6gndDSPFg4OD9DULxH6emO9IfJFjzqMDHBJFUb68hVCVcN9KJYN3Uc+9ZtxbcHuPXPSncl0kUpr6VX3JjHpTLzT11i1SVPlmj6H2Pb86ZNE0bZINaelMpjTkDMijHrk//Wqkzmqrk1Me30ye1cBicVqrCjREGUggd66KSxSTJwM55qnPpaklfxFWkY8yZwOoQyPMyhi30rP/ALLkY5Kmu/fT4YxnaPeqU8KJuAAyKNRNo4z+zGX+Gpo7Db1FbsqgnIHBqDy+1MylY64R7WxipUn2ruVWIBwTg8U77DN56MzK64+Zdn/1+f0pgtmigc+Wq/PwNrfp6fjTOWzRNsYzMCr8pnmI/wAu9Swxnyojgdf7p/nSIEFyy/u8bMnJcD8fT8Kt2oCxxHI28nO4mmIfBFtvMkDI44FdNbsCMHg1z1qfMkeUYOW61so3Qg4qZnXhepp7PMHGKdgKgUdapi5CkHOGqzHd4+8oP0qDr5WNZCeTWew5/GtrzYJUO1W344FV7vSWhtUnMiMHxhVPIpWY4zSdmY7pn61WkTvmtExYznIA71XlRM8dKR0KRnMvOCATVZ4ycjBrQdAM8HNVpMIMkgCpNEyhJbFmXHGTnJqPRmD6k024NvLDgewP9apaxqLFTFb8LjBb1qbw8rbLXcQu92wT9MVpTRyYqV42OoSX92p9GxVxJOZVz2z1rOdDFDICe+emKsqQ04BbAKZxVnnFsSrIybQGIXkZqpcxF0/dBHcHlScGliieGQPu6HPFWriO3uowWIjk7HOOfr2oGnYxT9mmmljaPY2zhX4wfaoPssOLZwowxIars1vNCpjmj8+I+v3vwPeq3k5VUtZjhWz5MnBB9jSNObsyBrZVilXAyj560pgHnHH8S5qcS7riZJFaIuvAc4yf61LHg+QxI5+XrTJcmMhjA2+4q1GuAPakRNsZ5HyN61ZVMsy+oz1oMmxEXPGKmVcY460qDhT+FShT8w9OaCCpfL/oMo9Rj8+KmsLaNRhgCSB1+lNvh/o4/wBplFPRiAN34UpbG+GdpGoIlVRgDFR+XvbpxToJ8pyC3r61Yj8tlJQg1B2NtGZcWS8sgwaznjKnDDFdG8DsMgflzWZeQMrDI4Pek0aU6nQyXXtULoc9OMVdlT5uKiZSeMcetSbplF055GRVWaEbs4yQPStFk70wwHBZuB6mkXcx2i2thFBB4IYcVRjMba1ZpuHEoJCjgcj+daWoX0NujLHiRyDj0FYtiyi6jkJJfzVbPtnn+lVFamFeXus7lrOGV87RlhVSTRoyN25h6jNW1kOzI/hNOlkIyByWGRWp5yk0YU2iJuKox3fzrPm0cJMFkc5b17V0sUuCPOyu7+L0p1xaTGImIpPH6MP60rF+1a3OQbS4VByAcHBoj06MsQFA71uvY27KVLPbSHqGGVpi6fcRbXVRKg/ijOaLA6lytbWartIGM8GtWCPaOO1RxL1HTPODxVyNeR7imc8mPQdqlA6UgBA6cipAOceopmbADtTsZ/GhegP4U8J2/KgRTvB/o7D8KIcRBXA5HUetF+xO1AOppOwGamR3YTqbEDx3MfyHDelKLf5juHNZ0PByMg+o4qZtUkgcB0WVenPBqTqcG3aI66tY3GCOax5oDE205rdTVLCUfOrxk/7Oahukt7wH7O3mEdMY/lSepUJSjpJGC6Z7HioXjyCT0962otGuZ93y7ABnLsB/WqkljKh5Qn8KVmbKpF6XMeSMe2euRVWSIsOnPp61svZuc/Lge5qB7VAPnbPqB1/OkVzI5ye0Zs4HaqUBWG9gKnIEnJ9629QlVIikY2r3HrWAFK3cBPQtk/nVxRw4qWiOtFwQc568GmTT7k6/Ov8AKh4lOSjdeaqucru/iXgj1q0crZXuJQ2T2NZk2T9V/lWjKoJIzweRVOQcbu44YUxORnunOOxqPy/zq68Y5HbqKj2g84waCGzpReyL3qVNQ7MARVUx5HHNRNGRWdz0JUYs24LiF5A4JVgMDDEY+hqK9LC3GxiecHJyetYvmMhqzFfkDY/K1Skc08N2NywIW3xjkcn2q9a3Ss/lNww6c9az7YiSIPHg8cj+tQXLFVDq2Mchs4NNu5FJckjenYbRTYpZFPBz9awINfTcIbw7TnAk7fj6VtQyJIgZGDA9CD1qD0oW5Ta02ctPl14HNX5Xi2k7vrmsyyOyMnuTUzHMBc9zxVdDmmryKs7qCee9UpLhB0FSTHJqpJ6jpUnTHYiluWwcDHvWXcln+8xxV+U8deaytRvbaxiMlxKqDsOpP0FI0vZGLdoZXCqOWO0D1rZjXyXsoEbPlk8/zrlDqzXl5vjQrED8oPf611+kzW87RSOcNjqaqOh5+Ild6HQylZIflXBKc4wcnFLC+UtyQxB+U8jjj06iq+cXIjXlSuQNuc06Hi1HH+qkHOMY5x9e9WcbZZRpYWlJZWiQ/dLZ49jVpBBcw8fKf7rcGo0DNdyJ82JIx/EoJ6jr0x+tMCrLDas4b0+8AOnp1H1oJJUimhOzlo/7jcill0uC7GQNrDse340RTTRvINwdUOAhOfyIqQ289x8wJiPsaG0XGMpFCawuYBtkKTxH+GQ8/gagH2bIVGliwc7HGRmtr+z1P+tlZvbNBt7ePpGDU3NVT7szEl3PICjYYdck81OsoHlkggjg9atExjoi1GzIeqijmD2KEVl2sucEHI61Oo3EEdGHpVRxG3bFMXKOCrdKfMRKj2FvJDJdxQY+VTk1Ow+YD2qMKHlEp5aoriV45Q69BQ9UFNOMky2HMa5Bwe1VZNQMcp3Lkeq077THOhKH5gOV7is2ViXI96zZ6dJJmrDrAGMTsn+8K0xdJdW5aRklfs27BxXIYJbFatupEH/AeaEyqtOK1RbMluobem5u3zVSkuUPZQB2BqKUBeT3qpjJ4FJjjFFiS8THyJWTd3csjDefk7rVpjhTgkZ4NULhd2aRpFWMS44ycYHaobGN/MeU/cTGfqTU19IkJ2M43HtmpfMj/s9YYhjJGSfX1NVE5MVNJWR2cCqcnIw4z0pyvlEbIyhweahtnxYRS5wMA8nHFP4MjDIKyLkfNWiPOkySV4G/dygr3DDoaWK3dPmglyPY1EXHlq552HDdTx7/AM6csBEjiNmVsZXAoJuy7HsnGyeNSfUd6X+yIgd8DtGfVTVVLieFQ0iLKpOB61ZW6VgCk7RP/cYZpi1GSxXEPEkCTr6gYNRF7TA3O0Lf3Xq6gu5wckRr/eHelFnaIdzhpX9WpFqLKG5Sfk/eA/3RUiiXbgRNx0q6ZlQfu0C1G9057Ci5Xsn2IQJB1iOD70ocgDMbAj2oN3IBTTfMDyoNFxOlLsUroSNdISp2D2plxcCLB6jvV/7WkjAFRTrjTobhA6YzRuXT9xpvQgt5ElTcpBFVLtgZBUVzZzWx3RO0bD8jXP3fib7HOY763bIP34/8Kho9GlNXuzd3j0NXrNf3isPWuds9d029x5N5EWP8BO1vyPNbcE+EAX1qUb1HeOh0BJ2MR71kXMueh4+tWXu825VcnA5/GsmWT5TVNnNTiK0vy5NUZ5ie9OknVEJYgAdSa57UvEmn2oIWZZn7LEd3/wBakrs1bUdwv3BbGetUL5lR4QhyeKxjq01/eB2+SMH5VB6VsxPHO6CNN7H+KqWhwV5c70N2KRnt1cAnFRtKCd46jhhUwBt7QIoG70zVMsM7x908MAelUjnuI/OVH1FVnYcP2PDe1TMGIK/xJypx2qJwoAfd8r8EE/5/nQK5A+7BQduRUBO4bhz2OOcGrJUtlScOn3S3GR9f/r1XeTneBwev1pk3NBZ5ENTJeAnDCkaOoHjrI+gcUy7mOXoeahkh9Kp5ePkGpFvcDDUGUoGnplzJHJsz04rUmaKdjGWMbsODj5TXJR3jfbFK9M121lJFPaR+aqkZxy3b6VotUcNZcskcxfWEis29SAe4GRVW0+22cwNpO6DOSF5H5V3g06Fg2yQAdQN2RTTotsWG6BHJ7qcGlaw4V1Yr6b4gnEJFzCjYH3kyN3/16sXPimzjt13xyqOScDOOcVA1mlrcIFtrhLfjzMHcTVHV7e1eQx2gnZDglnTHIqnaw07yGzeMdLBwWnDDt5LVl3PjezXIgtbiU+4CiqsmkyyZDAdzjGaqnSXDYEbNz2XrU6HRcrXvi3VLncsEUVupP3h8zfmeP0rD2zXM5luZHlkJ5LHJrp20CQoXcKnsWJP5Cj+xfLkVVmUKQDuK45xzigzlJdWUNPsJLh9qAKoxvZuFX6n+ldzpyG2tfsmz5wchwpbd+ArLsLJLeOSISIyfewzd/Xp/Ote2VQITuXptIMz+vfH17VRyVZXZZT5jA2PvDaflODkevQ9OlWQmY7lcZK5YZiPHAPTqtQRgeSGJGUcDJdvXH07/AFq5Eim4ZMjDIDwzHHUfX+lBzslBAuICEXayH/lkOeh+jde9TWkAmUxYx5chwMdME/j/AEqqrbLS3c4yGCscE54I5PQ81esZI4nc9CTnpihuxUIczsaSwRpzgZoZwBiqr3bOcICaiYzN2rO52xpdyd5M96hZge9VZmlU1WaSQ96VzaNIvMR6iomAPeqDvIB1qEzSjvSuX7E0GBFQtuHSqgu3B5qRb5f4qLkukyXznT1qZS8q4I4qv50bjIIFQ/2mls/zOKaZlKm+iKGq+faN5kTFD2IPSsI+LJrWTF9bmVP+ekXB/EdK61mt9ViZdxUn+Ic/pWBf+FrkkhVjmXtg7T+v+NNq5VOai7PRktn4n0a8xtvY0b+7Kdh/Wupt5YmtspIjbu6sDXAT+F5jpUFqbGXd9oaV/wB3nsAORn3rQGguunDK7Cu1gzJzweg+vH5U1FFVKlzpp3UORkfnVCa8ggBaWeKMerMBXmupaXe/aZJA8gVskZJx61lHT3J+Y5P0zScUP2rS2PRr7xbo9spH2oSsP4Yhuz+I4rl77xnNcZSzgEKn+N+W/LoP1rGTSZWiaQIxRSAzYwBnp1/GkFgwbhkAHqc0WRDqTexbtZJZpTJIzOzHlic5rqdJU3cyQhCY1++3asnRNKN5MfNufIhXq4XJPsK7SwhtrFQLWNsNw+8k/jz/AIUzmqNLTqbRdUWOHAUOMA7sY+gqHcfKOMbom4Cv/n6VDGNsTR78FeQWZBx7/iM1Orgyo+/AlXH+s5H5e/8AOqOUkXHnFcnbMuV+8ef8/wAqcpKRq+3Jjba/yHOPx9qYoPlMqklomyOWPH+eOal2K0gwoMcy8EpkZ69z9fyFMQMCGli5UEbkxt/KtG0tVcCeQZYgday/upGxBDxNtbIAOPfvWzHcxi3T5h0qWzajDm1JHOBgdKqueabJdZPygmqU00uehFS2dsKRaJHcio2KDqwrOZ5CfvVGwbHLGpubKj5l9mT+8KYdhPUVnEN6mo8uDwxouP2PmaZQUnmyRDKMaynmmXOGqCTUZ41PGaLkOg2ac2pDO2Zhk1jajp9vqMbByOmQw6ism4lkkcu7HdU1jfyxyCNtrqf71PmJ5HT1RyF/oRS4ZHBDA49vrV3S7O5hyIru4VV6BZCP0rs7iws7jbJJ9oRyMAxkMD+BFVf7LuLdJGgt3l92UD/GqBzi0UbS61NIbrffTbgpK5b8KwrnUdWZyDfXBHoGx/KupXItZfOsr1JyDt2xq6n9BXP3FrclcmG4C9yY+lV0IRhzi4mz500sn/XRyf51WeER8Ec+mK3GsPOGF3k98A//AFqQaTMoLCNAF6l26VNxSSW5jwW8shB+6ua7LSrVbOJJJAxz0wOlUbXSiZCkzRb9u5Pn4P025rVtoYVijICiCUbSNxO1vX/9Rp2OapJbIsS+ZMxO1hIvK9MEZ9Tx/KoyV3KxP7ubjBbGD/n3qbYwQqV/fQ+sZ3Ov1POMfWmqoDmMBhDMMqRgc/z/ADFVYwbK5OM/KWmjPvyP0P8AOo32FgCpWOUcEHHP6GpjuP7xcNJEdsgDE5H0HHv0qNolyY8/upPmQqoAB9O/8qYrlZy/IHMsXBwD8w/SonZYTvz+6fkZwMH9KmyW/eDmWI7XUEnI+g/wphcW5yibon+ZQu1cH6ZH8qBXNplBqB0q60Zz0qJo/asD6QoPHVZ4c9q0XX2qCQqikmglmdtCSj1FdTYzstpGNxA3VyPneZcNg9K6SxzJbp7HNarY8yu+aZ1Ftd5fqfu+orQiuQUT5jj61zEM5EjDuBV6SZ1tAVGSao5zfNwpyvJyeuaq3ZEaLvUkluWHpVfTSNoWXkHnmreoW7oGMPIPOKATsyhJHCbmbZnAGRh+lU2CrbIwLZLYb5hSFNrEoNkh4OaicvHb7HBJBzwKRrckYD7S6AtjZwPM/wA5qvybaFtzZR/+eg4/wqdWDXKvnqtNCkwMoPRs0EOQ5N3nyDc2HXn96OePpzU8RIjgbc2VYgfvOn+FOVB56n1XFPCgQ9fuvTMmyTaStym446/f69/xqwjfv4Hz1Uj75/yKao/fPknDJTl/1ULc/K2OtBDY11/0WYA8o+RyfXNT2MKu249KUgkzA55561LZHatS9jag7SNKOBQOBQygU+FsjFPZNxqDsvqVGgDjpWfPbFCcDitwrhelVZk3KeKGioTaZgOlQslX5I8MRiq7rzUHSpFF0qvJECPetB1zVd0pGiZmSiRM7WIrLmVmbkk/Wt+SLNULiJUBJ60A7EmgOUlcFvTHOK7DzFkC7lRweMYORXG6YRHcA7u3Y10oc7CM98ito7Hk19Z3LLQ8/uTJG3+yazpbF5Ey0r4Jx3q0spLA9fWo/tKu7Qrgqx54p2JjJoy5tPdQALl1UnAG846fX61QfSYTuM8pIHAw2MV0k0JWMFoQ6DoRVB4t0bRxTmINztYcZosaKqzFOh2HmlfKRmC7huJORVZtJs5FikSCLYzbSREflP4DBrekM8dxDI6P8o2lg/BFNSJWFxCGBGd64YnmlYlzZnwaSkZmjWEbk5AFu3T8Tx+VX4bVQ0RMOFddvECAA+wJ+npUwRS8E2F5GxsqTj9alW3CxSIFXcjbhhOoqrGMpXERWUK5BDRna/Cjrwfc9vWrCqT5kJbr86/vABn3wPXmnLGpkGB8kq8jaOtPXcEVyx3RHB5HSgzbBWJaOUnIYbWyxOP8/XvS+S2x4wo3ody/Kee/f8qkCfM8e47XG5ck9aUAHZLjn7r8Ggkp3Yxh0ACyjkYAwat2sC7V3c1DcbUkEXbdkcdKsqdoFTI7cLezL4gQJkAUw24kzlaWCbjBqyrJUm7ujIuLDbytUWi7GumeMSDisy8tdhzSaNYVHszIMeKhaOr5jNQtGaRsmUWSqssG4HitNoj1xULRE9qQ7nO3NryeKgt7ZvNB7ZroJbTeeRxVaTybUc9fShIyqySiaOmOHgdB99FUjPrVqV1Zkk48uQYYEE7T/n3rI02baZJVP3Tkj2/Cr8hEZkjxlJAXT61sjzkRzQhfMi25cYMWU7e9QXCMZlMKRzIV+ZNwyD7Yp8aSwr5rHeQw98irM402+cjZ5Ug/iHH60w5rHOyqBHKkkWyeM7o2YHLj0Pb25FNbyWdJ/LT7PcjZIBGMBvbPT68dK2ptOvo1/cyrPHjpIM/rWW0G2UrcWzRq3GU6A+tITkmQBZVXAZ/tFm2VYHBK+3f361PtUzMoOI7obwS3Kv3zjnrz0NSrbjz45Y5UYgbcdCR7iozbsqzW+MKp3xcfdPvTMncQMxQTAZkhO2ZeTkep7fpTWBLGAMdknzwsAAAfTnIwD9KXzg2y6xlWGyZS36n+VNaLcDagDcDvgfby3tk9u1MzIpJWfFwxLMnySqW7f/W+tQtEpPlEbkYboXK9D6AnP86meXkXR5B+SdScZ7du1V5dkavE74T78UmCfwzTERyzHAnJHmJ8kis33senWsx3MrEqFVc8JnpUtxcPdOCw3EDHy0+3sWkyzZA9DRsI7KRAKqyYAqeZ6ozSVhY+hTK9xIFzWTdznYcVbnbJrF1S7SGMgH5qLCnKyGWecyMTya6jRroi02N+BridOuWkcr2JrsLBfLhGa16HkzleVzQilzK3vWnbThFGeR3rDjOJDzV6FuByPzpohnSRsjgFDg1ZWeUAKwyB0rEhkwQQQD9a0oLg5+bpQZlmSCC5HIAb1qlLpsi9PnWrsgVwChwfarEQOzDGkUnLoYn2EA7h94e+DUeGi3B+c+9bE9sGOQarGI9GAIpXNFFsrIwLIc9P9qp1A2OOOfejyAGB7elP2gA4HX3ouJ02OUjzEPHTHU1Mi5jI981CONvbHvU0bnJy2fxp3IcGh9xIkUee5FFpwgz3qC6HmlcdjViMBUFD2HTfK0y/G+BT/tQHU1UEgC9apzzc1mz0YJSN1LhW71J8sg7VzK3DqetalldMxwSaExzpcquOubVd2RkVQlhA9a1riT5c8VkXE3OBxQ0Om2ysyiopFApWkPrUEsvBqDoRXnlEa1zmpXbEkKa072XrzWHJH5swHbPNCQTdkX9Ok8sxsTx0NdgZEaJCp7Vy32dY7dABz1Nb1qp+zJ9K1R5EndluM4yMVMkEDbtoAY1XXqDUg79QaZm2PjW4tchvnSnG2guxyu1qFmlQc/MKnieNzkjafamS5MovpdxBzE+V9DVd4hv/AHkRRum5a6JX2jkhhTHEUvBUUDUmYaWuYCqMCM5GTyKkACzKxGSRtarklsinKHFMCZ6jOO9K5Sg2QIv7oqq8o2V4qYZMudpw6805UwScHmjGAOBxRcPZsQEqin+JD69qlG0sw7PzUe7BPApQ4OPai5LgyrKxkvMdQoqRmwRzSqi+YWqpdCQtlM4pPU3o3izSjYY60yW4aM8Gsxb4wjD0xtShkON4z9ahnfBczNmPU8feBqT7WJzgcisMTIRwRViCQZyDSuXKnFao2IokLZ2g0y8jQfwjNRwSjuaivZgBwaow15iBgtRMUX0qFpfU1WlnAGSQKk2swvLkKp2iudkY3F1hjkVNqOpwoCNwJqtZTpKrSDvTRjXkoxsaegqslzLAeu4AVqSquXiGPkbKVgaK0iX8jAkFjjNblx+6cMOWHWtDg5hjTPEFkQjY3DKe1NEkLTFGQoeuexoO3cU/gfkfWmMu9QW5aM8+9MhsuQMY2DRS7l9M1Ob2GRvLmj/Eisl4sS4RiquM8djSQXM8JYMu4L1zQSa02i2Vz8yPtPtWXqNlc2e9YCHjRAXP1NTrqMPGQUz3FF3qsK6dPAHyWwRzyeRTQXaOahukgu2t5h8koOR71YkBaPaDl4jlGJ5YelZsiNc3YkKgBehq5M4UZDYZeceopCYs0qr/AKRgmKUbZVHHNZVzK82I0JMQPygnpS3Mv2hiIwQCfujpWlpmlEgNIPeq2J3K1lpcjEMy8dua3Y7UIuDmrUVsIxjoKkCgdTSAz57qJesgrKudSgXOGzXGz6xcMx+Un6mqE13czcM+B7VHKey66R0Goa8iKQhGa5ua5kupNzE4qMQM5yck1bt7NmI4ppWOepOUty9oy/vgcdK68S7goX0rB0+0EWD0NbcS1RzSZdiycVehzjv+VU4U6VejGKCS9CGYqATWrBCe+TWbZbeM9frW5EyhRik2NQbJI4gBU68CofNpDLUXOmNIlOKY230qIzUwy0rmypkhx6VE2PSkMtNMgpXH7MRqZvZT1pxYGmN7UXE4EgmzUjz/ACcGqLHFNV+xNNMzlSQs148Z5JxVb+1Iy2GYVLPHuTjmuV1OJ0kJGV96GbUWkdhFPHIMhhWtYnHOa8rh1W7tWxyy+xrqNI14yqN25TQkbVLOJ2t1J8tY8jZJqld68kKHe+DWHP4qiXPzj86GmZ00kjoXbFUrmdUBywFctc+Lk5AkJPtWFe+JLmcEQoRnuaXKzTnijpNS1WGBGO4fjWBa675l5gDK561guLm7fMrE57Vrabp2XHBwO9NJIxqVHL0O4s5RchOK6aHCwAVz2j24jQZH61vq2QAKpHn1LX0HfSnimgdKkApmQqnt/Sn4DEetNA71JCBnmmCV2TxRuD14qbyc89KfEVAz6UPMB0qGzrhAjKKKhYjsKSSaqzze9Tc3VNkrMahZjUTTe9RNNRcv2ZKWYd6b5rCoDNSedRcTpFpZCzVYO0pzWb54FNe/CDk00zJ0n0FvrdHQ9jXDarHcW8jPCx47V1smoLIMA1iXyGUkhaLm9O8dzmY/EtzbkBw34Vv6Z4p8wjd+vFYF1pzecT5bAH2qzY2Q2khM07I1lN2Oxi8TQhsbsVVvPFMKuRuH1zXNmy3MxCGqN1AuTT0Mbu5tXPjCMDCtz7CsG98Uzy5EannuxqlJbj0qBoM0tBSnMYb24uJMyuT7dq6XSblRBtJ5rm0gJcACui0nTyHVm59qDCe2p1WjqpfdnpzWhPIry5A6cdKpwIkS/Iee9SD6daaOV7kgPBH4ik3/ADbvXg03J/KkJwfb+VMkVj1X8R7U1n6P+BHrTST+I9ajZu/r1piEcKQUPQ8g1TmAO1scqefep2bJx+VVLqVYhuJAI600IZJshRgfutzWbNLJdyqig8cZoZ5L2XYo+XPauh0zShEoZlyaNidyrp+llAGYZNbcUe0GrKRBRikcc0ARcjk00kDk85pxOBio8baBnm76cST8tR/2YMjK9eldI8a/veP0qu6qFj6flSsdzmZMdgqk/L096sJbhAMd/cVcK/vJPp6UgT5E+v8AdpmcpXHRLjI4496vwjgf41XjT52+npVuIfIv1/u0zJstw+nH51ZHGOlQxDDnr+VWoxuI60hJ6lq0Q7q2ogdoqpaQjIOK14owBWbPQp2SIghpShqztFAUelIvmKLowqBtwrTaPiq0kYpGsZFJi1Rl2q0yVEyUjRWIfNNHm+9DpUDKRSDlTJWlAFU5LkeYADg0krFQayZ5G88HPemtyZQVjo4JPOXBFNudNEg+6GHvVfTpfet9Sjqua0sedKTjLQ5V9ChZstF+VaFjpkFv0Tp6k1uiBWJANIbfgEGixXtrqzOa1y2jkjwqL+Fck+mbm5T9K9GnsgxO45+tUJLJFBJUGk7msJxSOAk0hey1GNMxxszXdvYRMwGOtVzp0e1j3U0B7SJyUWmc8rgewrbstPA2n7v4VrpYxJIpxwR0xViOAKrADofShIxqVbjrWIogB6rV5R05/Wo40wQfUelWEU4I5qjlbHqvUVIB0P8AShRyD/WnheopkDcYBpqvjFSsPlBqMKM0Mun8RZiclaeUJpIFGKuKoxWZ6KdkZrxMaqSwuK3TGDUMtvkcClYuNSxzrq1RMp9a1bi2IPSqTJikdCkmUiGFMZmFW2TioXSkUU3nYCs+4ncjArUkiyKpyW2egoCyMpZZEetC1bzzhl/KmNa7e1WLJfLIPoaaOeroi6NKieM4z+IrMl02S2LbCRXTQSqUI9faoZ2Vh05FaWORVGc3ao0LMZGx+BrJ1CF3l6Z46+tdmI42cnA+YVUurJdgDID70WKVTU4VrKQ9j+VNGnNnnPtXWPaRiQkDGRjBFVzAQm0L905BxSsN1DDg03BJ29K3bO3MYCnsMg0qoBJnGN3BqwgwMd196djnnJssJ0HH4U8dcetRqR+Bp46f/WpmLHE8Z7imFvyNDN3/ADqMntQSBPamNwM/nSk8ZqjdXYRTj8RTAW4uViXk/iKy8TX8uBnHSnRwS3kw4O3NdNp+mrAoJAzT2JINN0pYVDEc1tRoFFKFCrxTWbFAgdsdKgaTFKxqNx3oARm4z3qHzDnmnNnFQk0xmAXz5v8AjUJ5SPr19aQNy9Jn5E+tBtck25lfr09aQL+6X6+tKD+9P0pV/wBWPrQS2Txr+9P09asRj93+NQIf3g+lTxn5D9aBFyPG8H2qzCQD+NVFfG005JeTQI6iyIIFasXIrB06XKityE8Cokd1N3RPilC0A09ak0GMnFV5EPpV8AVE60hqVjNZT6VEyVekUA1A4pWNlIpOlVZOKuyVQmNSaxZUmNY10wD8Vqzng1jz5Lk00Ko7I09Ok6VvRSnYK5rTW+bFdFAMx8mtTzJsurMRg5pPtLkleaiUjbjNPwM8UzJyRKTuX5s5qnLGwyByKt7xjBFGwNyKQc9jOYnK5B4qIg72wTg9q1jb7hytV3s8HKigfPcornYNwIIPrVhQu7qOaX7OehFSJD0xQJq4q42+4qdSM8d/amqhFSAUXIcWPUcYqQdQajGKUHincXKyRhhSKgJ5p0j8Coc5YUDgrMtxPiriScVnqaf520dazO+D5kaIcUu8YrJa82nrT471WOCaLmns2XJVDdaovbKSTzVrzQw60EcUAm4me9quOARVR4QDWuw4qjLjJpWNIzZRaEVC8QFXGOBVWZwAamxd2UZwBVOObbIQDUl3Nk4rPjk/fEe9VEwrOyN+3lJTNObLNu9ahtGG3FT7tpqzjuCKFOCcVM2dvUNUBcMDngik3lcEGmS5CSWyyZ+XBqrJYOp+Wte2mVjhxVt0ifpgUEc5zLWzA4K5/Ck8vae4roWgGOgNVJ7DchbGD2osLmuZI44J/Wl3VDNujlKnqKcp3JmgTFLc+1RtJgcmo5JQucmqM132FOxLZJc3eAQDzVaC3kupckUtvbvcSAkV01lZLEg45pktiWNgkKDjmtEAKOKFAAprNQIGao2bNNd6iLUADHmo2bigvUbNwaYxrPxURbNDE1FmgDmwwJanBvkX6+lWLiwaMkqCKpHcnDA0FXLQP7z8Kcp+Qj39Krq/zA1Ir8EUAWlb5h9Knjbr1qkr9KnR+aALZf5R/jT4zlqrB+Kljf5qQ0bthPtwK6C2mBA5rjIpjGQa17S/xjJpM6qL0sdSrU8PWVBfAgc1cS4Vh1qDosXRIKGcY61WEinvSMwx1oFYJGFVZHHNPlkUDk1QmuUXPNJmsULK/FUZWHOajnvhzg1kXmpqgPzc1JutCe8uVRTzWJJeKXxms2+1bcT81ZqXTyyfKeKpI56s+h2WnS5bNdHDN8mB6VyWkZCgmukgbAqzz5MvpJxU6ucVQRuatI1BmyyWBNLGST8pqFTv4q1DHtNMErluIEjkU9owe1InFSZ4qbmsYFV4sdqj2Yq42O9RMyilc2jAg2kUh4p7OKiaSlcv2YFqYZMUjSComYGi4ezRI0maRW5zUBPPWlDYp3JdJFlpMDrVaa52jrTWfjrWbeTEA4NBdONmTPe4OCaliulJ61yF5qDRueait9aIYZapszui1Y9FguB61a84+tcfZ6qsgHzc1qJf8fepoxlFXNiSUkdapySE96pSagB/FVGfVEXPzUhxRoySeprOurtI1OTWTda0ADhqwL7WQAcvQkU5JGrcX4eQ80ltKHfINcj/AGm0021c9a6PScnG41VrHDWlzHWWfCA1YduRVW2baBT2fcaZzXJ1OaRhjoaYG70Fu1MkeJShzjpUguvm4OM1UZ+9RlhmmI1Y7wg8nNSzXiFclhisMysOh5FQSzNjluDQTYLyYS3LMO9RmXbH1qu8gHXqKrSzluBTsJsLmclsCmW1q88gJFSW9s0rjIroLO0WNRxzRcQWVmIlHHNaijC1GoAFOLYFAgZsVC0lI71Az0APZ8monemM9RM2aAJN1NJqMtSF6YxWNRkU7OaaTQBpXFkkgJAFYd3p2CflrpQaY6K/BFMRxEtmyE7ag+ZGwRXYXGnhgSBWTcafg/doHcyFkyKmV+aJbMrnAqD5kIzSGXlfIqZDkiqKScmrEcnSgDTjGRTyjrypqG3kBIya0UCsKTRtCViKK7ePrV6LUsfxVWa2DVC1oR90moZ2RqG1HqQPepG1EAdawUglB602dp1GFxinYHIv3OrYzg1j3OrAZJas67a43HnFZVzbzSDJY0rFxqFy710DIDVgXeqySkhcmpG09icnJpv2A+lGgOcmZwMkr5YmtjT7fkcUkVic9P0rXs7XYQcUzGTNawi2qK2I244rNgO0ACrsbdKDmkXYzxVhW4FVIzU6nigguRHmrsR4FUITyK0IulJm8IlpOmacWxTB0oOak6VEY71XdzVhlzUEiGkaRSIGkqNpKWRSKrMTSNVG48yVGXqNmNRl6B8hMZMUnnAd6rs9QPJ6UXE4FqW4GMA1m3L7simySkd6ahDHmmjOS5TJu7My54zWRJpjq+QWFdoluH7U57FSv3aozVQ5O2WWAgEk1sx3DJGCSammsVBzimGIbcUwbuU729cISua5641KYk9a6O7iHlkAcmsOSzJJ4oGmzGnurmTgcVTa3llb5iTXQfYvanrZe1FyJa7mVZWWxs4rrNMgwATVOCz2sDjitiBdgAoOebNFGwoHenhu9V0NSg0zJk27HFIW4zUeeKN1MkRm59jUbNxilc44qtJLjvQIc8uOaqyzYyM8VFNPjPNUmmLHAqkiWyd5SxwKkggMjCo4Ii5FbdpbhB0pMkmtLYIBxWinAqJAAKfuoAeWqNnpGeomagBGeomahjUbNQAjNUZbmkZqYWoAcWpu6o2am7qYE26mlqj3Um6gZ0eaWmA0uaoQ8Ux4Vk6inA04GgDOn04HJArKuLDHauoqKSBJB0pAcXLashyKjG9OorqJ9PByQKz5bEjPFBSZnxT4IrRt7vGOapvZ47VEY3jPGaC0zoorkN3qyjq3cVzMdw6HmrcV8R3qWjaMjfAXtioLhVxmqUd7kdac9wGHWlYtMo3SBmNUpE3cYrRldTVN2GTSsWpFbyBTTAM9KlL4pu+iwnIakIB6VZjUAVCG5qZDTMpSLcZxVuM8VRjNW42oM2y6jdKmVuaqo1ShqBGlB2rSiHArItn5rWhapZvTZdReKfsFNjPFSipOgjKVG0ftVnFIy0BczpYM5xVOS3NbDJULpSsaxnYxXgb0qu8R9K2XjFVZYwKVjVTMpozULpWjIoqlLjmkVczZhgGoo5MVLcHrVEyYNUjGozXhnAIq55oK9awYpT61dWU7as4+pYlG7PNU3jI6VJ5x9aQyUx8xXeHPWq7W45q4z8VExpWDnKhtx6UCAA1OaSnYhyGqgHapkGKYOtPBxQZtk6nFP3VAG707cBTIJ91MaQAVA02B15qtLce9BNyeaf3qhNPjPNQzXHvVN5C5qkiWx8kpc1NbxFiKZDEWIrXtbcKBkUNiJ7W3CgGtKMYFQRrgVMDikBMGpC1MDUhagQM1MLUjNURagY5mqJmoZqiZqYAzUwmkJppNAhGNN3UE1GTQA/NJupm6jNAHSg808GoQaeDVASZpwao80A0ATBqcDUINOBpDJetMaBH7UoNOBoEVJbEEcCqEtjjtW4DSMit1FA7nLy2mO1VWhZa6mW1DZwKoy2XXigpSMLLrS+e4HWr8lp7VWe2PpSLUyBrg96habJ61O9uarvARSsWpkZegPTGjYUzkUg5iyrc1OjVRV6nR6CWzQRulWY2rPR6tRvQSaCNxUm+qiPxUgfmgRoW8mDWtbzdOa51Ztpq7BdYPWkzopM6aKUetWVasKG7HrV6K6HrUnVY0w1BOaqrOD3qQTD1oJsPIqF6cZR61DJKPWgaI5KpzPxUk1woB5rMub1FB5qTWKYSydazp5gM81DcX+c88VkXeoAA80WNdixc3I55rN8/LHms+fUMkjNQRXW5+tUkctWZ0UL8A1djb5ax7ebKitCKTimcvMWSaM1Fupd3FMXMKTTTSFqQtQLmA0maaTTc8UEtj80u6o92KaZMUyWyfzMVG0vHWq7S1BJPxTsS2Tyz+/NUpZ/eo5Jc1CSWNMlsUsWNTwxFiKbDESa07eDGOKLiJLaDAHFaMa4FRRrirC8Uhko4o3UzdSFqBEm6ml6jLUwtQA8vmmFqZupCc0xilqjLUE1GzUCFLUwtTS1JmgBc000ZpuaADNNzQTTc0AdMDTga6z/hXOsf8/Nj/AN9v/wDE0v8AwrrV/wDn5sf++3/+JqriucpmjNdZ/wAK71f/AJ+bH/vt/wD4mj/hXmr/APPzY/8Afb//ABNILnKg08Guo/4V5q//AD8WX/fb/wDxNKPh9q//AD8WX/fb/wDxNA7nMA04Gun/AOFf6t/z8WX/AH2//wATS/8ACAat/wA/Fl/32/8A8TQFzmN1Lmun/wCEA1X/AJ+LL/vtv/iaX/hAdV/5+LP/AL7b/wCJoC6OZzSFQa6j/hAtV/5+LP8A77b/AOJo/wCED1T/AJ+LP/vtv/iaBXOSe3Vu1V5LMHoK7b/hBNU/572f/fbf/E0f8IHqn/Pez/77b/4mgdzz+Szx2qrJae1eknwDqR/5b2f/AH23/wATUbfDzUm/5b2f/fbf/E0D5jzF7T2qtJae1eot8NtTPS4sv++2/wDiahb4Y6q3/LzY/wDfb/8AxNIfMeVvbkU0IVNenv8ACvWG6XVh+Mj/APxFQN8JtaPS607/AL+P/wDEUWHzI88RiKsJJXcf8Kk1ztd6d/38f/4ij/hUuvf8/em/9/H/APiKVg5kcgklSiSutHwo14f8vem/9/H/APiKePhXr3/P3p3/AH8f/wCIoDmRxxk70guthxmuy/4VXrp/5e9O/wC/j/8AxFRv8J9ebpd6b/38f/4ilY0hNLqc5Df8jmr8V9/tVpj4T+IQeLzTf+/sn/xFSp8LfEK/8vmm/wDfx/8A4ik0dUcRDqylHf8AvU4vx61cX4Z+IB/y96d/38f/AOIqQfDfXx/y9ad/38f/AOIpcrL9vS7meb4etV5tRAB+atdvhx4hI4u9O/7+P/8AEVWm+GHiSQcXmm/jLJ/8RRysXt6Xc5u61UcgNWPcajnPzV1snwi8Tv8A8vulf9/ZP/jdUpvgt4sk6X+kD6zS/wDxujlK+s011OIutUCg4asO61MnPzV6LL8CPF0nTUdG/wC/0v8A8bqo/wCz54ubrqOi/wDf+X/43T5TKeKi9meZm9LN1q/aSEkGu+T9nvxWpydQ0X/v9L/8bq9b/AjxPEeb/SPwml/+N07HM6ifU5K1bgVpRPx1rrofg14ijAze6X+Esn/xFW1+EfiAD/j80z/v7J/8RSsTzrucYHp26u0X4T6+P+XvTf8Av4//AMRTv+FUa9/z96b/AN/H/wDiKdhc6OI3Ubq7f/hVGvf8/em/9/H/APiKT/hU+vf8/em/9/H/APiKLC5kcQWqNnxXdH4Ta+f+XvTf+/kn/wARUZ+EfiA/8vmmf9/ZP/iKLBzI4VpKhaX3rvT8IPER/wCXzTP+/sn/AMRUTfBzxGel7pf/AH9k/wDiKdieZHAPNx1qu0hNehH4MeJT/wAv2lf9/ZP/AI3Tf+FK+JP+f3Sv+/sn/wAbpiued5yasQxljXoCfBfxCp5vdL/7+yf/ABFWo/hBrqdbvTf+/kn/AMRQF0cPBDgCr8a4rtE+FWtqP+PrTv8Av4//AMRUq/C/Wh/y9af/AN/H/wDiKQXRxqin5xXZf8Ky1r/n6sP+/j//ABFH/Csta/5+rD/v4/8A8RQFzjM0hauz/wCFY63/AM/Wn/8Afx//AIimn4Ya3/z9af8A9/H/APiKBXOLLU0mu1Pwv1v/AJ+tP/7+P/8AEU0/C7XP+frT/wDv4/8A8RQO6OJzSFq7Y/CzXP8An607/v4//wARTT8K9d/5+9O/7+P/APEUwujhy1Rs1d2fhTrp/wCXvTv+/j//ABFMPwn14/8AL3pv/fx//iKBXOFzSbq7r/hU2vf8/em/9/H/APiKT/hUuv8A/P3pv/fyT/4igLnCFqaWrvD8JNfP/L3pv/f2T/4im/8ACo/EH/P5pn/f2T/4igLnCbqQmu8/4VFr/wDz+aZ/39k/+Io/4VFr/wDz+aZ/39k/+IoC57RRRRQSFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAH//2Q==
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sWYlaUvCrhxkvs3NjOCN3Q4zwAasNrt1LZrZXEtrcNZSE204TfHGOVwvT92doUqVKkMvCtg182qi6n1jg1FqLOcht3eKG4d4oJJJPMQSW8igxk4LfIPmT5WyFBACEZBOG73RNIuyktjPZWF7p80yJdyIf3iy7cFm2nkqDj5G2jcGGSWxBa65Lc6NqdvcW1qbHytskcUSxo0yPuClgcE/MTkDJCg+ort9K1G2u9CiuFkjBigDzogwY+CTuTqp4Jxz3wT1OkZIzqNpHmWn6Pe6p4hlSDyTFbM6SSw3Z2rEzE+V074cfKAOd3IYZn8UaObPT9kcRt1RhcrILRE2A7FKl1LHC5xtB6knkAGvRIINNimeSyW0WS5AkZ4AoMoO5gxI+9n5iD35NV9asZruxCw2tpcyCRT5d0DtYZ55HTgnscjIxzTurWMnOSaXY8sttUi02z+wSj7csixiGYFiIQxRnCZOE3d/lOR8pwM1NafYhd215FOWFzIrT6dLEJFyGGMkkkZA5BGcB+ApUnt4/CcrxSTvLbQX5MnlyxxO6xB8hsKXHXLHAxgsc7upsjwtCl0wh2RwPCEMg+aVCCDsXduURnk4AGCOOOBURuotxPEKXNwI7sSuLdIzJHCquH38MrsgILFccLg45z14ih8NzX+k3aX92wnvPm/dqQsWSCcKwDZYj5gfYcYyehuLJLj7OQSjwOHjYDp2I59QSPxq4qc1vzJs47NLQq2Fhb2FsIraBIU6lU7nHUk8k8Dk88VYjs4VnadIUWV/vOFAZunU9+g/IVYVakVavnIcW3djVXFOxUgXFKRT5w5SFgwGVA/GsVbJmunCJt74PT88VvlaQLUzUaitI1o1p0XeG5St7N4W/wBb8vdccUt3I1nGZVljVScfvelXtorK1DTYb5tsty5Kk/KCBj26U1aKtETqSqT5psiku7zyTMt3EYj/ABKB6+tV4tXEZJZt57/NnNQv4dhRcxyyKv8AGrMOAOeoGK5vUfEGk6VMYoj/AGg5/hgkwueOr4x0J6Z5FZVEt27fM76FWKvFK9/I0/GuovL4TuBAu12dUcqeqk9v8/4V5tBIXMASRz8mNpHGcfkavXurXeusbWS4SO1XaXSNSqg5HHqx4zzwD6ZrKubfy7wmDY0W4FFU7sDOABXNKo5aM6oUoQd4KyZ614BuJbjw6wuNwaC6kiCtHtKjCv2Hq5Oeev0rtFXAHFeb+AtUFpeN4eugkfm/v4pS5/eOVUbehHKjIye3uK9HjhdMYce4I4row9WbilbRHDi6FKMnJS1fSxIFo21KFpwX8q6uY4eUh2e1IU9qsbKNlHMHKVilIUqzspNlHMLlKpSkKc1Z2YpClPmJ5SqUppSrRSmFafMLlKpSkMfpVkpSFKOcOUqGMCmGOrZSoWILbVGSDz7f5/rT5yXErOoXknAyB+J4FQGNpQc5RCCPRj/h/PntirghOdznc+OuOn0HakZKPaEuBTMSquAAB6ComSrjLULLR7QnkPCbCBBKPPv2ilLCKQiIssSbhhiQwJGecAHP4im6npGpaarmYysqJk5jZSvs2RjgH1/iA65FaGvyL/aEiWFpcWrTzK8Akt2V2yeRk5Y8lPvFuRkHmr2t6OtppVlbrqpvJYWI+zJMzK53scx+h+YkDbjBJBJJrwuY+l1sYOnaqtjGRHDHIc4aCVNxYYOCc8Z+Y7cDI57Z3aknie+1PVo72XbKoiKxwRyGPy2PQbmJbGfRs9enSs+Gzexv4bbUg8COhVjsSZtvPG1vun2PPOcZxV19KeGe5cwBztLPFExj4JOJIgzZbACnIG3HX1D5kHLrc9B0u6sIfslle6OtjAxVrYzzxsiseQEUsWGW3Y68nrg4HXbBXJaN4SsrzTtPvEvpjDCFeBEPHmg/O7k/MSWGMDbgIo6jjp7DTI9Oh8i3JWBc+XEAAsYLE4Hfvjk9h05qHVsZypEuyl2VJ5TUpQou44AHcnFCrEexIwvtTwppVUuMqQfoacsM/Tco+gq1WE6A5QRUgFSJEcc8mpBGK0VYxdIiFUdQ1ey0tVkvpWgiaQRiV4m2bjjGWxgDkc5x+VTas/2ay87+0I7DYwJnmQNEPZ8kYU9M7l5xz2PkfiQ3GoeIUEupjUrS4wFuNNt1jVgrBnjZhksq8HBZgOucgir9sJUbux33izV7q18Pz3WlTRAxyIJJF+YqrEdBggE5HXseOcVxVn418R297HJOTdQIpLQFY08zHXDBQc45H06HoeNS7MMksUd15loHDBSqxncOclMkg4yDjI7ZNWLib7TGylpD5gAbIHfB9D04/PtWM6tTmTR6eGwMJU3zK7PUNO8aQXdjbjU9MuUuH/5b4jtoWYAZVTNKPmUkqcEnjPGcCHWPH+m2cX2fSoXu5lGFZgVjU4OOvzHnHHGfWvNprnaq4ARFXYFzkkdgWPJAzgZ6AAdBWfJIZHVIgxYkcYrT20noiYZdTveWxsaz4p1TWCy3NwzRl8rbr8sYGemO5HHJrLjjubw+VGq5AydiggDnrz15wO5yBzxUUMfzoHKAMTubIx7gE8Ejr/jjFb9lJ/Z3k/6CDbQssnnYw7ejPlsADk89M9h0ic7ep1KFP4aasixodpbi5t0SaREZWLtJbt8vTJI6f3fYA81XvomnZUEcRSN9gkVQDjB4OAMj5c5ye5zyK1oJPty+a7LPMGA3FTI5YEDAxwwJycE9wBjNV7lIVlt1fy1cZ8xZXIXcMcY+8Mdx3B46ZrmUmpCa0KeZAYGheSCRQGjMZ2lXGNpH8QPHr1r2Pwvry67YMZVRL63by7qNG3Kr5Iyp9DjI/LnrXid/q0vnw2lvdSwgKxM0UG4HJG0Y6+/foMAZxWv4d1K50bWLfUnlWdYw32nZtVnjPqMgcY4A6nHU100ajg7vY48TSVWOm6PdFFPArLl1uwh0STVxcLJZJEZd6MBuA7DOPmzxg4OeOtef6d8TdUjEZv7O2nG3cwiJjY7jkfNyMAYHTPqc11yrJHnQoTnex6riiuGtfifpkkI+0Wd1HNnBSLa6ge5JH8q1ofG2gTyRxrqKiRxkK0bjH1OMfrS+sQ7jdCouh0XFJWfBqtheSmK1v7WeQdUimViPwBqyWI4NWqiezMnFrclyKbmoi5pN5p+0JsSmmkU0PRu4o9oPlDFMYhRlqPMLfc/M9P8A69Zl/rNrply0VxkS+QZ0Mh2rIAQCqn+9yvA/vDpS9qgUG9i9nzCw3Y2nDAHkcA8+nX+VIVVRgAADoAK8as/Gt3Y3GoSSXDzzeYWDqRGJ22gKxAXkDy8e4avTtK1xL/SLC5mjmWe4CLsERwz5VWK9tuWB65A5I4NR7dDlRcdzUOKYwFPZSDTCuByQASBz78UnXQeyZEwGKhbFQprGmy3clqLuMXEZIaM8HhQx+uAe3ofQ4q3ev6baaLFqkkv7mVFkVON+0sobj1XdyO2DS9uHsTz5rHU9X8ye5vpDaROswh+2Cd9pP8BclZMEHOCSchSQcgXtd8JafpVlJqlvrUMtugWWQRnNyrbcbQWJwWPz4PTa2CMHPJNqZk0x1tJF+xxLB5yxu8bOMjIkTOJOQ2eR/DggAKN6w1u5bT5NKSzs7z7RcI8HlTSSLb/dICxyHIOAQO53Eex82XMtT27X0MnSrW3t2jiNrbG53q7Pexh43DKdvLJlRgk8ZzgdNpqXTL+40SKGXT4UVrhQWSMx3DOUBDOIyDgY35JBHXkYIresbLw9Lp15JcXTW8rBsJtLI0SblHBBBJ3DHIJIXbtJJHJXWj28CQNZ3UNzcAAOFdW3EKc4UgKMcDJY7iQQOSA4zUnYTi0aOk+M7vSNa+1XzSXu4bnZpSxYOoJcZ43YCjJ7DB7EepeHfE1r4je6a0H7mIRspb72GB6jkDBUjr/KvHFtQ15LHeQJbXLkll8olUzyCcEAEDoFznpt7H0bwj4Z1HTZbi6Eiq/DBVkdVnYj7kmcg46B1JCkn7wGBNbkUb9SoRb0O9UCpABUEMqyMUIKSrgtG/UZAP0I5xkEjORnINTAkSKuwkEE7uMDpx6//qriVaxo6RIEX0FPCiq4u7f7WbQXEX2kJ5nk7xv25xux1xkjn3pxuoFkaMzxiRGCspcZVjjAI9TuX8x61arEOkWAKXFRpIrjKOrAHBKnNEslytvKLZo1mKnZ5ikpu7bgCCR+NUq5LpFfU7S2ubJ5Lm5mt4rcGVpo7qSAIAOSzIynA9zivG/F1kum6paLZQ2/lw5bL2EkTO7nkEuMyDILAknGSMngVzcls1rMzswkiZ2TzUYZn9cHqQRznpzS6nqcMvm3EcJg3MZBGsjOqs2NzZZixJ7nufbGOuN9rgqSjJNsnuboXkqObe3iKqqnyY8Zx65yT0FVJJljkDtwFbbsJBYg479uvWq66m+1cDcxyMjH8gP61UlbKl5ISRy3yjBHYZ698cf41ooNG8q/SJo38Cxz+UxRcZygdWI/Hgge9VPNdvkj+RX4Cqcbl9CerDj+VD3ttJDCreTDhdrMvJYjHUAZzx1JroPD+mWupW/2pZJMhz5gXblgFyQcc7cDB5/pVN8kbsyUpTlZGbHPeSxC3tkljVlEckiDcZQGBA5x04OB/dBPTiIzpBdObmSExLz5ayOysRgYGDxyoPJ5AGO1dg1hZyWslsJLhjMm0s0mwcYKlgp+YAjvzkCq8nh+zuLw3D3ZuJSgVvtB8zJ9Tlfbv0rH2qvqdCSS0Obk1H7RcAvcFVKARxSKWJAGOST2GSPc8Yxxv/aWntoZZxGiA5KRRgyKrbi3YevGT029sCs4aFcbIt1uxRvnLvmM4wDjPOfqcfw597whNpZyWkbWxiUhyFAZlOOxHc9cLxz9KcnF7GSv1GX1zZJ86pKXkhKqqnaQwPPHbJPTkc89zVeObZK0M8Kwyuvy4K7SFbBIIOOoI5H61Rnhea8llieVkdlZZWwQG5x82RjnOOR09uHTLO2mxwxGNxGI23RRlQCedxHXHzHGR3PAJ5pJJENts2W1i8TQYtBmfGnG6Mije3mMoXPl4zgJkhsbeTuIOVOaxYvK48oF42yEmzgkjoceuQfw9qrXUIdSrviXPmBtoJzzn1Of09abbTsJCXAeRXIbo+D/AFHvmrTuTypbDkuEmBZZfkKjO5TnHfj9P696GYRwZPAxjrkH6du1OJjtZTMFIXZyNx3ZwQG/LI75BPHQVGsYgiuUleIxhtpVJFKkg4ypBwepwRnNMCSJcBljwrHJYAEMR/PH/wCurFpfXumhns7mS2L/APLSJyvH1BqpBE0kTlxiPdx5gxj2GfSkNzmTyHUZB5I6gcjANKyB67m/Z+LdcsBI0ep3DGU4H2gib/vncD/k1p2PxE1m2jlS4W2u5M4DSxFdv/fJH9a424mEPmGUkqchipyx+vrTTeQJMsfnjDH5eRxz3zwPxp27Gbpw6o76L4lXqqvn2to7k8pHuGB9Sfp/nr3ulanZ63p6XlpL5kbcFTwUPQqw9f04yPWvCCDcr56N5uUz8pBYckcjrnk1oaLrV1oV+s9lN3AkgYkb19wT9fpmpd+hEqEeiPdwvNeY/EXUoZ7mbT94DwkHcCjbDsOQCRlSwIyoYE7QNpDbj11t450Ka3SWaeaByOYmt3ZgfT5QfSvNPGMmm6lrMl9pMl39mmc/at8Zjj3cAEcDG7HcdRknJwJhNvcmNNI5smRbkSI5cqxcsPmUsBkHBHtnBGR0PStrS9WvI9bt5USDzfMhCmaTIyVAUc52qD8xIHGB0PXKeVEKxgn7oPK4OCM/XHP+c0+3mt4JTJNA0qtkNhwpKn8Dg9wTkexrR7Eyjc72/wDGuq3GoLp8V5pti7YVbm3ikuFkZkZlCqVJwSUGSO2RuBwtW18Tan4mgls9TtI5NOJT7c6EWy2oDEEF2wN/COAW6jGG5WuNaeEWEy2109sxiVbiNnBFzk4IxjHy5B53MOo6YFOO7iu76CC6uY7SJwIi0MJ2INu0HbkdeSeO547VAuVbmzfaxdz6jb3TRWsd5FpxgklSVcXCeXIvmEqeXCtjrwVA6gAJfXolstPhu1inAiZFjjiZF+bOTkDBIZ5BxwpUHklgc+/vY4YmtYHYI0m+4ZZCom+VeDGGI4O48HB3HGMcH9tyDSIreREe2hwWieTAYnPIQEfwptyBnLEk5K0ve6D0TMC21DUrO6TEssMgYAFRlh8wPAPuAfrWpFqt9dXzXEd2iuQcSGIpv284wuRkcYH0HSmTqLhDukKFeWyBgntwM/T/AArPeN7eV02CTjIYHBH6en8xRpLodKk1pc7Hw9LFLq0Qv7otMkgyzyN3UEjc4OCCOdo68hjwK6GfwuZ4JJhpGyRQixKsy72HBHzLIMgliMEsw4wWGK4K0vI7pRazyRwSPIriTPJ4AILbSR1znOBhuCSMdc3ivWLB7TTrt4Z1CrIZYZFkkO75lc54/unkDr69OWdOfNzRZ6FKrScbTRlwPqVreMtzZTXCpsaVriMK20AdMg7TuXbnnoBgHivWNG1H7Vo8KpE9pJCojMc6LkbeM4QgAHHGMD0GMVzd9rNhL4ciuJrfcibVniJbzWYAF1OMZIBfOeOD9RzN14zeC6Y28XkRyDceAxU9QDznAXC+2PyipTdVWasafuaT1dz1ctHcQiOaVGkGSrxfKVOCMjJODgnketZ+o3o0qANJqVwQVwiOUUNt5IDlOXI6AsNxHUckeY2njy6htJGl8qWcKVjfyzuBwdrYBA6gZ6Yzxntk6z4hutSu5JVeeKKQqxiSZjj5dpAHA9e3fvyTCwkk99DCrXpWvA3vEviHTL68gntra9t2igkjM7EvIPMMZByScqYwwBz1k9BzzEmt3TG5Zbq4Uz48wO2QThdw4H95QQeMAColcSQOST5nmDJf15P+TWZeIsNyAwYKwyoGeh7c12UoRXunDOTep02neKtU0q0iNlqLriUbYs52qu4nIIwVJkPft7CutsfitdxxvHd2sV5Oqhcxt5Sn5my/3SeQVGDjp2zx50rWo2LJEX/vAM2Rx2qFW8q2LRt/rN+QvJXHHPcdR+tOpRhJaotOUN2P1K6H+jRByVj7Z5GMf5702J7S6f7Kkjmd2G1ipZfockdvbrWSYzhmbA47HnpV6F2TV42XarhweBj8ePrXRGKW5nzNnQw+FrgX72zXlvE0SxF38v5QJY/MX5s8ceuBnjmuZuUdZG3XAkfcVwc7lAxye3PPTnjtmvW5dQvXaKKb7beOAgBly1ukitwwdgSvGCWUcnhgT08tEXl6lKrhJdk5Usu7nk+o9vapp1ee5pOHLaxXmsRgNG7OSgkO7AwCARx+Ndn4Shlh0yRvs7lA7qXMeQuUHc9Dnv8Aj7jnNRxG0BiwG+yQqUAJzmMZH/jwrsfDdsRoN1JCk/lxPnPnoqkY+cMMHjHp+tKs/c1CkveNGaF4nZJ44QWfBSWQrt5z97sO3Ge1bNlfaZNCiw7zDbll8sPuLPlcEZYnqDx7nI4yKKtaSwln3pebfnUzbVOTg/eXk4PXjp26ma/1Z5bCePz4kIcEeSoLFhzliWA7+h+tcMlzaHXHTUW8ubeC5e3lgZo3kJYSLGNvGBjJ9FxjtwB2FVpJYkVVtIXjaUlLYI6AZ4Rgw6lgT+BA9Ca4HWLy4utQSVoZJZB97cTjOPfI9Dx6etdDbQyNpxDR4ZGASUMrup2ggY4BX5jznOCOfW3R5bO5Ptea6C/0yCJ47U3apeDAdfIPylsbgx4zjHoQQeCaz4tOni1DLyB2gkwrxKQAAuMjn/d449fenpFI5uvNRiPKRgnGN38OADkc/UgfiasPL5MFwJ2hyrDMjA5TrnhQR0OK2V11MnbcXVLRVcv5i4KrIFWQOTkE8ADPb26j6nCv5I4vs8qtsf5xIGTBcEjoe44PX1qSXW7a6xDBZSlsDMrHbhhngZyMdOPQVT1y3ntLqNLiMxToCpjkyGUj1Uj/ADz6VrBa2ZEmrXRN5wNqyCYMMYKlRwP85qtbXMlnbs0cKyMm2QTLyy4OMdQMZIOevH5OjClfMVQSQQYxkE/j0qfR4SdSCoZFJhBPIUhg4IwefQH69qtuyZGrYy8uplkk+12t6r5PmqYtoVs+xqI6mYV2CCa34HLqTkfgOnFekXLCGOK5Mt0DPEFEtwQ+SAQpLAdOF6Z+Un6HNuo4JraUu6SK0BRVjXBHTdv9yRkfhzxiueNe61RvKjbZnEJqFmAfOmZ8rjHln9CcVFaNYTaiDJKkdtuBwTgn2H+Jx3rq9GsnMKW3kBjC7RrIR8xDEBexwfmHPbHFZXiy38vTQ+0qpuFVF46bWPTt1x7j6VrGfM+UzlCy5mMlnsba/jmtZ4lt5W2yIZFYq46tgDhTg9Mj8xVee4EzBoRuJzghcfzqv4X0+3uXunuIo5UQAbHJHr6V1I0nQ7hkR9OSJQN3yggkd+ec/lxRKShpuEU567GKsxgUcgZHKlhg+tatlPDc2vykEEYKN0x/I0608K6LNMyzO0Zzysec4z2549O/4VUm0m30m+dY5pX2JGwKsdp3b89T6AdvXpjBUKsZOyCdNpXKGpWM1rvkgV2twSxGc7P/AK31/wDrmgLwgFQSQeORn+ddLDcAfeYg9iTnNMt7ZUuJFXD28zAeXhtoPXkDqvP+cVs07GHLc5gahdQSDyJJY1LK/wArEfMoIU/UZP5mmPezu/7yRmYKqgsxb5V6DnsPSvQINHjg2SXK2JjYcwJaIQeOu8qHIzjp0/Gua1u7srK4a0s7G381ThpZIFIx22g/1H4HtTotfErGKnGXwu5gvISwYlSdu4DB47UHfMytKQSo2jjGBTFwv8LE/hTgwbqG/T/GtIRjEGn0RcjcqxBXawOWXGQPaiURIqlQvuQcg++KzZ7gmQsh8skAY6ZwP/rdauLLvhAOzeR94cj/ADwfWuNxsbpk2YzF8pxtPb/PP/1jRF8vA3ZxwSRjOapEpxkNvB/vcflUsZQgksQT3pcoy7cW12syhoxkgfMvAPHr+B61SMjlMJ0BzVlryONQUkl5GGZRkcZ9+D0qhNKjfceUn2UD+tCiJsV5JY/mQZA7HkVGtxI7/M4VhyARxUDStGcqzA9zmnLcOxyVZz6rwa15STQilZLOZhKpIlUfo2ehpzywzKru78EcBj8596ps+LQgIVJcH5j6A9c/Wr2m6dLqUJKMqlDlgTwBgnJ9BxWbity97IpoGZWVADg5LHGRxTklVIlPVlyOvHJzUwDWZlhYKZFbB5BGf5VVN1IsrtJnnJ2rgKM/SqtzaDe2o5GWObe5yueQPcf/AF6sRxrLM01uryJ5nykkKQo6ZGfQCs6K4zOrMN2D04xVxptQSWCZo28uQ4QHkN/n+lWlYlGpLqWpXAaG1nvVthGsYi3kjphuOmDg8cDmqSrNBPJI9pIWUA5EmOcg5461PdXs89sxSAEgqHXbng8r+OM9PWqdql/CfOeOQxvwNxxknp/T9KSVtkU3c1Zml1a8F3JaW0ComFijA542g/hxj6DFdP4baRbC5CJMQzHcqv8AKRsHUd+uf84rlrSYXSFhu25xw+M9yOv0rZsJ4bS1llJkXe53YlYK/wAvGQODzms6qvGxdN2dzoIr2WKXyBa3bRsu3fx8w2kjgn0549xU99JNLGvmCdtrbQGP3j6cHqD7V5/c+IL+4vJotPaZVfhtpIO3j06cgfjWlodyl7DOt4kjGPBaV5CAB0HzFsk5ye/ftmsZU2tTaM03YvNpn2qUSQxNLjLOpX+HPfJ9CevvW7OLqxtpFggmhEWAxMajL4yOW5+8Cc4PH1qmiwRunmPeyR7duz7U4+bgcHJ46+naquv6tNbWahJ59+7DGSYuTjryST1Ht/LEK8pJFaRVzOjnuLyAXXkTAyp5h37QpOMt2x0yR7c8cE4Gqag9wfs8AzEG3Ff9o+/U9P51Q+2XJ3KWdzjAx0A6dBTIrdJGJTzN2RhQ9dkYW1ZzSndaHYeGYbTSbGTWtRiXzoSPs8JkAMjgn5sfeKrtJJGMnjI6GXUETxLoYvYlY3touZG81czW44D7Vxhl4De+Mk5AFLU9Tg0q3t7UpJKVjISNn4UZPGc8Dk8D39eZNE1s3zGBIrmN0DOqxynA425B65wxFRZ/FYvRe6ZX2DyEjnHmfLzu3k8fyqx4dVDq0p2IR5Tf6z5iOR09KtxXt7c2F2LhHFrbJiKJrGKBVLOMY2ct/H2xznrim+GVke/nwoIMJ3FhjaMj34qrNRdydOZWOmayla1dUlupFQ7ixd2D56d+M84Pfj8WLIqCM3TOH2AxuobfwQMgj5gckDOc8j15mVLe5tmjkuJQRyVjGW9scjP8v1NVNW8SDQhBLaWNnOZmdf8ASBINi/JwAjL1Iyev9K5UnJ8qOmTSV2UFuFF1Mwu96TLlnkTBXhcEZHIwQR6Y7jrk6bNBdLNBqF2ptwFkVGjyGYEcErg9yOv5nGLes3IuI9sUaQFooJBCjEqg8mPIXcScdOpPQVyt7F9njWeN3PmkLhhXRGGlrnPKWux20MGlRRy/2XPEkhXdIoRhkdOrE45I5+mc1SOr6WFSdbxw7KQ8PknKfj0P/wBaqXh+7jh1Zpm25t4d6sVyRtZTn68V0c9vYC5mIt7dx0ZY4F2AnB24x0G4HknpmqVPWz1JdTsZUvi+2SONEt2cR7tpIKkEjg5LHvg/4jiqV54ntrx94triNmCB289WJ25HUxH1qz4jigjsJH8tNxK7SFAxyB1HsP1+mOPzjoSK0jTS1RLqNmzb6qfPKs0kytgIgYKc54ydnT8vrWhB4l1OCJUi0mJQM5Jhc9Rzz1HQd65bntu/M0kUvlyI+M7SDitLtGclfc6qTxHfMhW506zA2kszGYEH3AcZPTt/KsbUdSk1G6Wd4YYQF2KkGQoGSe5J71VnvZWuPMLE5OQOxH0qOQFDgKRG4BG4Yxnp1rNN3uyr6WJg3PQfnT1P+c02K0lYZBiIBAOJkPJ6d/anqpRyuQTjkKQf5VoIzGlZ1QMSQowKtwXEUceCkjg843YAP5VSjUE9eO9Ti7KgKoBA4AI6Vm1fQRIJCwY7QCeRk9KGkO4lupB+ZSKZlJFAyQegA6Zpv2adlc+WxCjJ+mcf1FCQD0Y7twdR684odlGcTMc+lV3V16qRTd2Tk8D2p2ETBtnKsVYD6GkeWZ8bnYjHALVLDbeem4ByDkAIu4kj2/GpIrRWEZBIJPJY8D6gcik2kFh8E0P2ZVkiQjHzEs2SeeevFWrG7a2t5Cr4IkG1SAR0PPII9P8APSsyiAgRlxjIyjbe/r1qvOdqYzjjGDyaiykO9izJL5skkgAG4HgAYz+AqlITuY55PXHSpoD/AKOvTJJzmq8o2gNjqe9OKsxl7RUEl8hfkB1AP5/4V0UE7NZxF3jGUUhQgHPHboOfSuZ0qR451KBc7weenFdEwSO3XZkBeij5sY6dhVSKWwljeSvNdRhUUwkIuxdofHTdyM/dAzVqTy4YFuH2StEQ5wCu7HOAcnPpUFvFFBLNJFOspncO8YjIZMk8HIPvyKmuo2lhuI0UMx3BVjH3mxngd6llIrad5P2d2tYnhXzOjvvwSqnrgY4wPwrUT5rSSVSpycYZ8DkDNZtghjs5YJEwQy7lcf8ATNO1a+mSrHA0bycZPIA/qaipoioCWenrJBJLHLEm8ZPIVmAwcYIro9Os1tSxiulEpCruikXv8oyApz0A46ce2cqO4cS743II6MjYz75zVefXALxoXiuLiSNQSWfJAGenXj/GueUXI3TUToYzJCiA3c6yjG9ZE4C9cA8Zxj9awNQtY9RhXzJWXA5VYjgH0z9MUl3rTSTGK1AmlAAZs8DHYmqT6kouGjmETbYi7FBuCgAE5OMnr6UoxktUNyT0ZTbTooYmEbgDOMfMP8//AF656P5LgkDBDHI/wrqriUC0cmIqB3C8D24rlY9vnqxUHc3RhgDn3rqp7M552ui54plEl7GV6bTzjGTnmr3hcf6bKVJBEBHAycZWqPit42vozGExszlMY61b8NXOb2RUAyYMfNnGcgdhVfYJ+2V2vrW3S7S30/ZI8jo04LHjeGxycDoO2eKvaDeGPU3w4j3RHo4XHIrBlKtPcs2S3mE5zgck/wCfwq9o4ZtRIjGW2EgfT/Joa0Y0/eR6U8SzO0slwoycsVAXpxnA/Hp/XnK1GKOeYeTLarApGGltFnO7Oc7j0zx+VY5v9ku7EmUPBI4OOhH5VJ/wkKoMk7Zex3bTjpkZrmUJLVHQ5Re5NeQHy5jeSJLI20qVgEYUKoC4A4HAA/8Ar5zzfiBh9lgKcAOOcc9/14q9d63FKEGZGBYBv3ZbC9yAcVmmayuDIJ5LuWEDqLRcrxjP3uK3hFrVmM5J6Io2E88Ms8kLBZBGQTjsSM1pw69fy2/mNcHenLM5zkjvwM85UHJ53GpILPRZISFnvWlIOUFuFOPc5OenpVJrEeX5tlBcNFkk+Y6nLD7vYYHPfritLmVi3qOq3F7bNbyvD5QAXhW3EjHO4/T1785PNc842SleeKtzWd487uIGG45A71NY6bM97GZXtUTeA/mzwjaM8/K7DpVJiZnhmXBGcjkc0rzTSDLyyN/vMTW7I2p2k0kSLaYU8MiRuD+IyKnhh1C6JiuWsySm5BmA5O3IBweOcA9CPwxTv2FbozAtPmkChSWyST1wP/11qXdmI7Eumoeczrl4fLIAPsc+w571dHha+gkFxCYEBXDAzL1z/CATx0ou9PvYoV86e2JH/TwuT+BNTyt62G42dmYOmHErgDkbWH4MP8aW4f8A4mExzgZ6Uw6fchHk8yEqgycXKE49gGyaddH/AExiCeeavoSSJtilDoADgjj3GKcsUUrnchbt2BHp196tx6TdSjcAiZ7Mf8Ksx6HIpDNc4+in+ea50mUjLFgBxtO4DIO3imKWil2MxAI5x0PpXQjSITw0j/gzD+pp39jWBOTEWPu5/wAarlfUbS6HMTyo0rFgVXgAAcdKgWJZ5QiEL/tYrrv7Lsxn9wp+ozSf2baAg/Zo8j+7xVJWJ5TnI1LKIIojIQeDj1q/HpV84G+J0X+6Fx/Ot2GIwgLG8qKP4RKwH6GnD7Qrsy3dwvHyjfuAP/As0rDUV1Mf+ypoVOI3P+6pNUrjTlCq9z9qiOdvMHyn0+Ynr+B6V1ST3ioFaaKbIyTLGRg+g2n+lJMIbk5uNOfCruBiYSgH1IyMUXK5UYyRsisr6jPYyg8Rl9g28ckcYHJHGeh9swXqZtWkl1KO62v/AKrzhIWHB7n1/l0rXls9OutqpcxRSEc+amwj1BzSDw1cxHehikV/m3Fc5/QVNyuU5xbqRHWXy0SJzkuY1dvzxVm2vzOVTLM5ONijBJ7YwMVqyaVPEOLiKIjuIQf51mrLOLtClwGKOT5htlyAD1GR1p3Qrdy19u+YrJabAuQyNKA+QOoOOnT8qUXks0siRWcsEseG3mbkEc8fLnoc/SlWO3vD5s0gaZlG9o0xk/gapmwNvdOtnJJtaMsh8v5c9CpB4ORn86XQpmpLcvIN9zPLK38JeQswHpzViylP2Z0EmdrFlBAOOM5zken6VWg0q6lgRvtgEnRldzGF46Yxg96F0i9tw3mIzI/V4HVj+C9e1S9UNXTLpuJEZpXZcKu7bJ0I/wAjoK5y8vDLqihUhdZGUZ2Y4yKuGye6ZRNLMW3Ffnj8vB9zjB/E02Ozto2ZfJwy8ElC2fyBojFIG2zOXUpTCUhtyrHqQ+4flijz7po2BteSCCY0bJ4781tiFwPlj5/2V4/pT47SZzh42Vf7wbr+GP61WnYnXuZ1zdXMy7IoJyO4YlRn8zms1NOvGzuVUOedzZ/lXVpp8mCrLEeOpLA/zx+lI9q8IDNBFMiDcVz5ZJHuAc5prQGr7mJfW63UwklhkcBTkxybffJypzU+jiO3uVurS2lltkG2XzON3qN3GO3anNrCC4wbe9RXTd5X2rCFSMjgLj9Op/KXS0tJRJdRxyRrI3yrI4cjHUg4H8u1O2lgT1uWXv8ATraMyy6TdGJnYrGl+GCk9vlAIHGOc0XFr9vKLa6QkS7iGeOR5SPYk8eh49RzRfFViYmJZogCXUS7G/A4IrLm1iC4mLPpturQII0e6kaQhVGAuBgE4AA49KXLYbd9y1Lo8kT4a2dUz96RNoP0zUX2MiUgIyoMjgZ/X/8AXWtaIGs4w62sb4IbyII05z6gbvwJNJJp4k+8zfhTRLMK6u5bYvG0kbqdoCGNU3A56lNp7H86esogKxxw2yxzgJMMuSO543dsdeKvSaBbyEscknuRmmjQI9w/fyfkP8KdhGMr2a3Ijktk8sOVbyw/zr2JyTjGAePzq7a6leQXifZHEcEkwVcwh2BB4xuBwee3rWrDo8e3YAXI6scfqelR3+n2VpCzzvbsAuVUyH5jjoOOtOwF422qXhzezgyYyTLcAKD6BUOPxxVO78OXLyPItzalXUKygvzggjqvtWNo9xeG5MUd7PFCoJYxyFf8/wD66v30s8SiWPUL8xIwMu6XJIz/AA4xg4B6+1NWFubMOgpFZi3N6cIMowgKgk84Iye56/pWPN4buZpQ7Twn/YXef/ZcVXl1CeO8t1gvtQCS8Zkl7npgh8H8x255qC6v2ubRiLq7kfPPnHKnnnq5P86bsBZj0S6i86O6gwWCtCfNwzgOM8Zz0Jp1lZou83VhfsodjkSFSFyNoPBzxnn2rKjiaaEhSgkjO9QFwDgHsB7559DVn+zdRu916LXzGfILCM7MbcZH88+tSAkfky3ctxHFKbYMQqPJvOMc8kDr9OPwrTha0t4RJbX8aSH+F7MPj6llz+RxVOe2mi0pYrqxmiC4UM0RC7sE9SOp5/WsezEbXSq/C8k/kaaEztVwF7CgkZ61EpyPvUowTzU3LJMD3pwHNRAr+XvUgZQQc0rjsSbdw96YylDyOPpTlcA9DT/NyuMUXCxGFB70mw+tKR3GPrTS3PJyfTNADsc9/wAqdlehFNXGOOTS+uFGaAJdyz5EiLIeOXGSMeh6j8KbHZW6fNA0ltkkv5DkAj0x9aaAc8NipAWxy+aVh3Ef+0Io2YPaXYIXCtCAw9gBjJ/A/hUy6rpKNIl7oqwsCMhIkcKc87jtBx+BNOS52kFsN/vDNTCUiHASOSPBXbIwbGcZIBB54HNS4lJmlYnw9qD/AOi3SPn5REPlYn1A6kfh2q+mjWTqzxKW2n+7uK/iOv4Vx8mm2k85eW3iiB4HlhuPXqf85NXdPuriytjbW90k7g7QGZ96AHhdyheeeAd30qHEpSXU6t9PtLYKbp0yRkKVIOP8/lUMt9otpG73CI+CAoTHzE+mCDx74rBlu4lZ4riOe2eIlXEimQAjruZQGz/wH8ashnhjM6JHJEPlaWFgwH1I6deho5R83kaEOpaLNIkqzJHGoJePypOePccfqOfxpbfU7aVzIikxj7vkwOwYc/xMoHb9etUReo6qXLMV+YZORn/PtTnnMo+Zyw9jT5GHOie81KOcL5WnqVyNy3Lpjv8Ad2BsHp1rFuxNPMJFjigXBzGgJyfrkfyrQLrncOCe+TUTDe2QMcfn+dWo2M27mQ1vcIvyuW9zj+lZ9xBfMGC53Y4GeK6Ty+54PrTTFnknJqyLHC/2XfrISYQzOfnbd2//AFVZi02WJNirhR0GeK6x4B3SoTCM520BY5s6fcH7sMTf73NSQaVgHz4kZmwSxJPI6df51usFBHBA+tIVzjj8zQ1cNijHblFwFAHXA6etWkBRe2TSlT0UcCmMMc9B6CmlYQOwH90+vWo3ckYjIHPc/wD1qicvz/jVKfeQaYDry2D+Y6MUmYfLtkZRnHHfFZH2nT4nt7m4hmuZWi+YecQCehz36g9COlOmMvIV9rYwOayjp8qj7w/CixLZ0VjdWEvmPBYCMkjcjXBBPp1yO5qBtUsL0C3a2uIxIw4Vh83b8qzV/c7ducgYPbims26dZMngYz1oGi9IdFWIW0010TEx5CKSvtmodQvrN7do7fIYnbz1Az1PGOfb1qFVjd23pkHrjjNH2a35xEPxzQIlnLaZNATCkiAAh3XIbHXKn/PStVPEt1JD5g+zmQuEy0TLjPfh+nFYdy+6ARgkheVHpVezkImCsWUAhiB3xQI6WW6gv0WW51O3eX5ttuokGzkAKMoByOc5/h5OcCmeTACGEQJ6g4qAXfyqSyljz05FWI76VeBI6/QkVWgy5+8Oewo5VuCAPXvTc56fzpAxA+90rOxZOFDDhQfqoNCsRuXceeoqMPgfWgNg80rDuWE28A4/KpQoz14PvVZWHGKmVielFgJhGoGAOKTA9qN/GKQnjNMQrA9aTd+BFBbFNIFMBT0pu7tilBphHQ0ASBzTw/PXFV93pmlUnv8ArQBZEg7nPvUocEHoSeOeapAnPAFSqwwQeDSaGX0vWSExMqyqOiSchecnHcZPpjNPjhtJLhZoWls5RkB0Ztoz15X5lGP96s0SANgk/gKkWVRznip5UNSZpyNdKpkuIoLmMnmYHaQxGcF04zjnDAnjmokELH93cvC/GRcDA6f3xxntyBVeG6eJ98TmNjlSVOMg9RVj7VHMhV0aJj/FAQoznuuMfgNvvSs0O6Ykn2qFVaaOTY2MN/Cc8jDdDUkBknLGGN2C9dgJxSQWl2FBsLzfI3LRwAqST1zG2dxx1IyB60+y1b7EuyWDCIoCxw5JfjGNoyvUnJ3L0z7Ucw7IkWK4LgSJ5ScfvJRtUZ6cnv7VbGmTqQPPi6gErz/hUtjrKySFECyNjhIsxN7/ALt8Dj1BOc9MVbhaAKEtY4F2gugYbWVj6rjIHJ/yaTbGoozEtUeVohfRNKP+WZCqeRkZ+c4/I1Fc6fcQt80MshwMeVGzD+VaiwJviRrh7d93KQAKjjqcDkjk9eM1eaa3tnOzzC+OV3HJ+m44oUmPkRyksQicowKspwRjBFQGM8ZG3NdG9vazXSeUsMUr5BWXAJbHYY+bHsce9RNptnb71uLja6cKqjLH3xljj/CqUiHA5t1dBznJ4wD1qJg3IYc9znFbf2Npc/Zy8nAPzRmMn6BsZH0JqtPavGf3sTAZIGRjJHp61SdybWMoowByo/KomQ7egANaEturYKZA9hioTbMcDavuaYrGdLaq/BUEZzg9KrPp6g5HUf59K2GtWAypGKiZMcHFArGJNpsTncVYnHXdUJ0okkK0i5GDhuo/yK3iin7xx2H/ANeoinHTgUwsYqaUkcgLSSe44qSSyVGIzwDjjn/9daZRMjcME9s0wooJAJPqcfjTQrGWbFCRkqAfrUaW0aOG2IxHrWrIoBYKQyjgMBjPvVdlV2wAKYFTy1aTIRQTxwcD8zUv2WXLDfEMf9NEP9aSRNucGqsjOQQCMdaZJsZwM0gPfFITkgGlBwMcVmaDsEkY60u0jOcj2IphYscHge3FO98ZpASJ7VIrc1EMYH9KcCM9aALYb360ZFRqRtp2eeKYDiBSckHtinDgc0UANBxQQcigjmlH6UARsB600MAeTUpXIzjPrUZXuaAFGCcjpTu2ajAxkA08HBGcfjQAoJyPSkIOchh+VAGTjOQaQ5X1oAVSRnggelOExHXBHTBphlBGPTqaDg9qALC3OCMj9avLqbz5+0xLcDpvk+/+DdeB0ByPassbRxgflT1GBnOfak0nuNNmn5Frcn91KinO4RXOBz7N909Orbe2M06W4vrF/KYyYwGWO5Qtn3DdRnnBzis3ft5IyfbirUGoXEUZiGGhOf3Ui719+D0PuMH3qXFrYaZYtryCNiFNxDgHCSfvoyCegPBzjueBitcTN5QkU7kbDZhYyKxJzwRzgdO1Yu61ukxHIbSVmziRS8R6dMfMvTphue+OkD6fdafiaMS26k4SSKQsjkDjplT0Hr0paMpM6a1R54WltHhZZHyDI24HjHv6dsVoQNOylHdFGDtVST+OT/KuK/te7trgCa1S6kwD51v8khA6ZHfr04HtWvY6vDdkQx3hMwIxHOgWTpyMcbv+A4x68UuVlKSNu4RpI1BkdcE42nr7mqDi3jLuvkyEHD+Xhm/FRz6+vSnXCWZIJkcSOwwk6M6gjk4H09Dikjed0P7hA4c7d7cAeowD2+nWgZXe3trgiJYmgLDAYLtHGDgA9frjHvUDaTP8wDRnBOCxxle2ffr/AJ6aS28sgkD4MeBtCR8g45JzxjoMdadCkIYKJCCOWVuO3Hyn7vHbimmyWjnZoZLZR9oXYcZJbgVCYg64GDnoetdG+wBVEIlccOYgc7jnkjHH4mo1sYrgKPJVHI+YOwV/dvlPPT2p8/cnlOde3HBqLyWGeAMdOa6M6KoizFcE4GMyIRuIrLurZ7Z8OQSOu054I6/SqUkxOLRlyRMOqn/gIJP5VCUO36da03fapIAKj0GTTMozBtpUY5AA5qiTLMYxyMZqL7OCpAYj0A6GtrCP/wAsxjOAdtQPbR4JMbHHOQeP5UxGNJAy8feH8qoTQnqu38a6A2qODgsDk49PYVUeGNchsj/aOcfr/OmIhOetGaYTjrz+FOGAKgoUcfWnAkkdqaxxgAU9WXHv6DmgB/rzTsg9KjJpVJoAsIQBin55GOKiQ1J34NAEuSOePwpQT1qNemKdxwe/1oAU9cHnFIDg8D+tLnAz2FN4JzjigB3BHuabg546H2pu/HQ0E5X0z7UAIcjJppIB96XGB1+tITnHFACbzkEduaVnJHrUe4KPp6UqyY6dMUABJBH06U4MQMZFITuUHORSDIHv7UASq2ByPypQ/wAveq4bB25J96kycfh2oESh+2advxn0quDge1ODle9MZLvBOBirNrez2jsYXKhuGU8qw54YHgjk9apgq3TqeppDlRik1cNjY+0WVyv72JreU/xwDKn1yp6d+hx6Cq1zpCtB57QLNAv/AC0hfgcDg8fL1HUCqCttxnnNTwXbwzh4pGjcdHUkEfiKnltsVzdyaG7u4IpII7iVoWUgrcZkVRjnnBPpx06+vGlaa8qwg3CT2pP8TqXjJODnoCO/90Cqv260uo9t3bbXGf39sArdzyn3TyR6dKJ9NklJeyIvIQ2V8s/P16smNw/L8aV110Gm+hvfbpZ1bypFEDDCy26h2HOBzznvn5fxpsERkUyQ3EV7Gx5WfH3s9mAwMDjG38a5Hy2ty11ZSPFJj5vLk2hvTKkEHkg4q/Dqs4j239ktyHQB5rXh8DOAwz068Zx14NHKUpHVLq6K7QyRMsqgEIqbztzx931pRc3LyuDbAx84yQOPpk5/SsSwvImQCzuEljx8sLr5ciAdcDAz9MYznmtD+0NgRpIZY2bHysAME9s9CeOgNTyj5riyRXTpumYkKDhYTtBHQAjOSR7VWWCKKUuIwXOQxJJ/PPfpV971I18yTAXHJJwPx9KqfbrKdhHaxCVgTygAVSepz+XTNMTIpAsjAsi/dx0zj3H51VltYsNtJQAd/m6e3X9avx2txlhI3lqRjbH8xX33Hr+VPk0+NtrlAx3BsMd2Dg8gHgHr0xVJisYSRmaT9wS8Z+6yoxHA7nGM1XnWSNwrhg+MhWGOP8iuikLiTcMOM4H+T2qo17mXZHBJIGyrbQMD2P6jmndk2MUkYCnA+tMLH7wxx6Votazzsf8AREgjDbuGyTn/AGcgD/61RyadKp/d7WHfsc/Q/wCNWpEtH1LRRRTMQooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKAP/9k=
Aquests límits donen $$\frac 0 0$$ al substituir la x i es resolen simplificant numerador i denominador. Si no es pot simplificar directament s'ha de factoritzar parcialment numerador i denominador, dividint pel nombre al qual tendeix la x.
Exemple:
$$
\lim_{x \to 1} \dfrac {x-1}{x^2-x}= \dfrac {1-1}{1^2-1}= \dfrac 0 0=?
$$
Veure els exemples per saber com es resolen.
---
!!Índex d'indeterminacions del tipus $$\frac 0 0$$
<<toc-selective-expandable "Indeterminacions del tipus 0 / 0" sort[orden]>>
Quan el denominador és 0 i el numerador és diferent de 0 tenim una indeterminació del tipus $$\dfrac k 0$$. Com per exemple:
$$
\lim_{x \to 0} \dfrac 1 x =\dfrac 1 0= ?
$$
Hem de tenir $$ k \neq 0 $$. Si el numerador és igual a zero es resolen d'una [[altre manera|Indeterminacions del tipus 0 / 0]].
Aquest límits ''sempre donen infinit'':
$$
\dfrac k 0 = \pm \infty
$$
El signe s'ha de determinar per esquerra i dreta.
Per tal que una funció tingui límit en un punt han de coincidir el límit per l'esquerra i per la dreta:
$$
\lim_{x \to a} f(x)=
\lim_{x \to a^-} f(x) =
\lim_{x \to a^+} f(x)
$$
Sabem que els límits laterals donen infinit. Per saber el signe donarem un valor molt proper a cada costat de la $$a$$.
Si no hi coincideixen tindrà llimits laterals però no límit en el punt.
---
<<toc-selective-expandable "Indeterminacions del tipus k / 0" sort[orden]>>
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<<toc-selective-expandable "Índex" sort[orden]>>
</big>
---
Aplicació feta per: ''[[Juan José de Haro]]''
<$count filter="[!is[system]]
"/> //tiddlers//
---
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<br>
[img width=140 [https://upload.wikimedia.org/wikipedia/commons/3/3b/OER_logo_cat.png]]
<<toc-selective-expandable "Índex temàtic" sort[orden]>>
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<<toc-selective-expandable "Índex trimestral" sort[orden]>>
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És cada un dels elements de la [[població|Població (estadística)]] que conté la característica que volem estudiar.
Per exemple:
*Una persona.
*Un animal.
*Si estudiem el pes de les llaunes de refrescs, un individu seria una llauna.
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
@@float:right;margin:5px;width:50%;
@@
@@float:right;margin:5px;width:50%;
[img[hola]]
@@Aquest llibre no és només un conjunt de pàgines web. A diferència d'un lloc web tradicional, està format per un únic arxiu que pots descarregar al teu ordinador, tàblet o mòbil. Per fer-ho només has de prémer el botó {{Gràfic desa}}.
!!El menú lateral
Pots accedir a totes les pàgines del llibre, anomenades //tiddlers//, mitjançant el menú lateral dret. Premem a sobre el símbol ' ''>'' ' es desplegaran les pàgines inferiors i premem a sobre els títols s'obriran les pàgines que també contenen índex a les pàgines dependents d'elles.
El llibre té dos tipus d'índexs:
#''Índex per trimestres'' que es troben directament al menú lateral dret per accedir ràpidament als temes del moment.
#''Índex temàtic'', també al menú lateral, que en el fons és el mateix però organitzar pels temes de la matèria i és més semblant a un llibre tradicional.
!!Exercicis i problemes
A cada tema hi han exemples senzills per entendre els conceptes, també trobaràs exercicis resolts tal i com és desitjable fer-ho (ordre de les operacions, explicacions, etc.)
!!Definicions
A l'apartat [[definicions|Definicions]] es pot trobar la llista de tots els conceptes fonamentals del curs. És una via ràpida per conèixer tota la teoria en un sol lloc.
!!Annexes
Ala annexes es troben informacions de difícil catalogació. El mes important és WolframAlpha.
Amb WolframAlpha es poden resoldre la majoria d'exercicis de matemàtiques d'aquest curs (equacions de tot tipus, operacions amb funcions, límits, etc.)
---
Per treure el màxim profit d'aquest llibre ara pots llegir: [[Com utilitzar aquest llibre]]
Es fa servir ''inverse''
!!Exemple 1
$$
y=\sqrt x +1
$$
Solució:
$$
y^{-1}=x^2-2x+1
$$
[[inverse sqrt(x)+1|http://www.wolframalpha.com/input/?i=inverse+sqrt(x)%2B1]]
:[[Enllaç per a mòbils|http://m.wolframalpha.com/input/?i=inverse+sqrt(x)%2B1]]
!!Exemple 2
$$
y=\dfrac{3x-1}{2x+4}
$$
Solució:
$$
y^{-1}=\dfrac{-4x-1}{2x-3}
$$
[[inverse (3x-1)/(2x+4)|http://www.wolframalpha.com/input/?i=inverse+(3x-1)%2F(2x%2B4)%20]]
:[[Enllaç per a mòbils|http://m.wolframalpha.com/input/?i=inverse+(3x-1)%2F(2x%2B4)%20]]
jjdeharo@gmail.com<br>
''Twitter'': [[@jjdeharo|http://twitter.com/jjdeharo]]<br>
''Telegram'': [[@jjdeharo|http://telegram.me/jjdeharo]]
Per grups:
https://play.kahoot.it/#/?quizId=aeb47f4e-94bb-45a2-97c2-cb326da7bf00
Una illa amb capacitat per a mantenir 10 000 habitants ($$K=10 000$$), té una població inicial de 10 persones ($$P_0=10$$). Desprès de 50 anys ($$t=50$$) l'illa té una població de 37 habitants ($$P(50)=37$$).
<center>[img[Illa]]</center>
a) Calcula la constant de creixement, $$r$$, i escriu la fórmula de l'equació de creixement.
b) Calcula el número d'habitants als 100 anys.
c) En quin moment s'espera que l'illa tingui la meitat de la seva capacitat màxima?
d) i el 75% de la seva capacitat?
---
!!Solució
*[[Apartat a)|L'illa a)]]
*[[Apartat b)|L'illa b)]]
*[[Apartat c)|L'illa c)]]
*[[Apartat d)|L'illa d)]]
a) En primer lloc posarem totes les dades a l'equació del creixement logístic $$P(t) = \dfrac{K P_0 e^{rt}}{K + P_0 \left( e^{rt} - 1\right)}$$ per poder calcular $$r$$:
$$
37 = \dfrac{10000 \cdot 10 e^{r50}}{10000 + 10 \left( e^{r50} - 1\right)}
$$
Ara només tenim una incògnita, $$r$$, que haurem d'aïllar. Fem les multiplicacions i traiem parèntesis:
$$
37 = \dfrac{100000 e^{50r}}{10000 + 10 e^{50r} - 10}
$$
Restem els nombres del denominador:
$$
37 = \dfrac{100000 e^{50r}}{9990 + 10 e^{50r}}
$$
El denominador passa multiplicant a l'altra costat de la igualtat:
$$
37(9990 + 10 e^{50r}) = 100000 e^{50r}
$$
Traiem el parèntesi:
$$
269730 + 370 e^{50r} = 100000 e^{50r}
$$
Posem les incògnites juntes:
$$
269730 = 100000 e^{50r} - 370 e^{50r}
$$
Fem la resta:
$$
269730 = 99630 e^{50r}
$$
Aïllem $$r$$:
$$
\dfrac {269730}{99630} = e^{50r}
$$
Fem la divisió. En aquests problemes és important la precisió, agafarem 4 decimals, aproximant l'últim.
$$
2.7073 = e^{50r}
$$
Per poder aïllar $$r$$ hem de fer servir logaritmes. Com que la base que tenim és $$e$$, agafarem logaritmes neperians (també ho podriem fer amb logaritmes decimals, però seria una mica més llarg):
$$
\ln 2.7073 = \ln e^{50r}
$$
Segons una de les propietats dels logaritmes:
$$
\ln 2.7073 = 50r \cdot \ln e
$$
Com que $$\ln e = 1$$ el podem treure. Aïllem $$r$$:
$$
\dfrac {\ln 2.7073}{50} = r
$$
Calculem el resultat i agafem 4 xifres decimal significatives, es a dir, 4 xifres sense contar els zeros inicials:
@@color:blue;$$
r \approx 0.01992
$$@@
Per tant la fórmula que ens demanen és:
@@color:blue;$$
P(t)= \dfrac {100000\cdot e^{0.01992t}}{10000+10(e^{0.01992t}-1)}
$$@@
A l'apartat anterior hem vist que:
$$
P(t)= \dfrac {100000\cdot e^{0.01992t}}{10000+10(e^{0.01992t}-1)}
$$
Ens demanen el nombre d'habitants als 100 anys, es a dir, ens demanen que calculem $$P(100)$$. L'únic que hem de fer és subtituir $$t$$ per $$100$$ i calcular el resultat.
$$
P(100)= \dfrac {100000\cdot e^{0.01992 \cdot 100}}{10000+10(e^{0.01992 \cdot 100}-1)}
$$
@@color:blue;$$
P(100) \approx 73\ \text {habitants}
$$@@
En aquest apartat se'ns pregunta quan de temps, es a dir la incògnita és $$t$$, es trigarà en arribar al 50% de la capacitat màxima de l'illa.
La capacitat màxima de l'illa es de 10 000 habitants i el 50% és: $$\dfrac {50}{100} \cdot 10000=5000$$ habitants.
Així doncs, $$P(t)=5000$$.
A l'apartat a) hem vist que:
$$
P(t)= \dfrac {100000\cdot e^{0.01992t}}{10000+10(e^{0.01992t}-1)}
$$
Per tant
$$
5000= \dfrac {100000\cdot e^{0.01992t}}{10000+10(e^{0.01992t}-1)}
$$
Hem d'aïllar $$t$$, traiem parèntesis:
$$
5000= \dfrac {100000\cdot e^{0.01992t}}{10000+10e^{0.01992t}-10}
$$
$$
5000= \dfrac {100000\cdot e^{0.01992t}}{9990+10e^{0.01992t}}
$$
Passem el denominador multiplicant a l'altra costat de l'igual.
$$
5000(9990+10e^{0.01992t})= \dfrac {100000\cdot e^{0.01992t}}{}
$$
$$
49950000+50000e^{0.01992t}= {100000 e^{0.01992t}}
$$
$$
49950000= {100000 e^{0.01992t}} - 50000e^{0.01992t}
$$
$$
49950000= {50000 e^{0.01992t}}
$$
$$
\dfrac {49950000}{50000}= { e^{0.01992t}}
$$
$$
999= { e^{0.01992t}}
$$
$$
\ln 999= \ln { e^{0.01992t}}
$$
$$
\ln 999= 0.01992t \ln e
$$
$$
\dfrac {\ln 999}{0.01992}= t
$$
@@color:blue;$$
t \approx 347 \ \text{anys}
$$@@
Aquest apartat és com l'anterior. Se'ns pregunta quan de temps es trigarà en arribar al 75% de la capacitat màxima de l'illa.
La capacitat màxima de l'illa es de 10 000 habitants i el 75% és: $$\dfrac {75}{100} \cdot 10000=7500$$ habitants.
Així doncs, $$P(t)=7500$$.
A l'apartat a) hem vist que:
$$
P(t)= \dfrac {100000\cdot e^{0.01992t}}{10000+10(e^{0.01992t}-1)}
$$
Per tant
$$
7500= \dfrac {100000\cdot e^{0.01992t}}{10000+10(e^{0.01992t}-1)}
$$
Fem com a l'apartat c)
$$
7500= \dfrac {100000\cdot e^{0.01992t}}{10000+10e^{0.01992t}-10}
$$
$$
7500= \dfrac {100000\cdot e^{0.01992t}}{9990+10e^{0.01992t}}
$$
.
$$
7500(9990+10e^{0.01992t})= {100000\cdot e^{0.01992t}}
$$
$$
74925000+75000^{0.01992t}= {100000 e^{0.01992t}}
$$
$$
74925000= {100000 e^{0.01992t}} - 75000^{0.01992t}
$$
$$
74925000= {25000 e^{0.01992t}}
$$
$$
\dfrac {74925000}{25000}= { e^{0.01992t}}
$$
$$
2997= { e^{0.01992t}}
$$
$$
\ln 2997= \ln { e^{0.01992t}}
$$
$$
\ln 2997= 0.01992t \ln e
$$
$$
\dfrac {\ln 2997}{0.01992}= t
$$
@@color:blue;$$
t \approx 402 \ \text{anys}
$$@@
Una ciutat té un creixement exponencial del tipus:
$$P(t)=1020 \cdot e^{1.101t}$$
On t són els anys passats.
a) Troba la població d'aqui a 4 anys i 10 anys.
b) Quant de temps trigarà la ciutat en arrivar al mig millió d'habitants?
Solució:
a) 83413 Habitants als 4 anys
Volem esbrinar les edats d'una família formada pels pares i els dos fills. Si sumem les seves edats de tres en tres obtenim 100, 73, 74 i 98 anys respectivament. Quina és l'edat de cada un d'ells?
Solució: Pares: 42 i 41 anys. Fills: 17 i 15 anys.
En certa gelateria de Barcelona, per una copa de la casa, dues orxates i 4 batuts et cobren 34 € un dia. Un altre dia, per 4 copes de la casa i 4 orxates et cobren 44 €, i un tercer dia, et demanen 26 € per una orxata i 4 batuts. Tens motius per pensar que algun dels tres dies t'han presentat un compte incorrecta?
<$button to="Solució La gelateria" >
Solució
</$button>
#$$ \lim_{x \to \infty} ggg
$$
#$$ \lim_{x \to \infty} \dfrac 1 2
$$
$$
\left .
\begin{array}{r}
\lim_{x \to 0^-} f(x)=-\infty \\
\lim_{x \to 0^+} f(x)=\infty
\end{array}
\right \}
\lim_{x \to 0} f(x)=\nexists
$$
$$
\lim_{x \to \infty}f(x)=
$$
De forma intuitiva podem dir que el límit d'una funció, $$y=f(x)$$, és el valor al que arriba $$y$$ quan $$x$$ s'aproxima a un valor $$x_0$$ o a $$\infty$$.
Es representen de la següent manera, quan x tendeix a infinit:
$$
\lim_{x \to \pm \infty} f(x)
$$
I quan x tendeix a un nombre (límit en un punt) es representa d'aquesta forma:
$$
\lim_{x \to a} f(x)
$$
@@float:right;margin:5px;width:50%;
[img[Gràfic límits]]
@@{{Límit}}
---
!!Índex dels límits
<<toc-selective-expandable Límits sort[orden]>>
Es fa servir ''lim... as x->...''
!!Exemple 1: Quan x tendeix a un nombre
$$\lim_{x \to 1} \frac{x^2-1}{x-1}
$$
[[lim (x^2-1)/(x-1) as x->1|http://www.wolframalpha.com/input/?x=0&y=0&i=lim+(x%5E2-1)%2F(x-1)+as+x-%3E1]]
:[[Enllaç per a mòbil|http://m.wolframalpha.com/input/?x=0&y=0&i=lim+(x%5E2-1)%2F(x-1)+as+x-%3E1]]
---
!!Exemple 2: Quan x tendeix a un nombre
$$
\lim_{x \to 0} \frac 1 x
$$
[[lim 1/x as x ->0|http://www.wolframalpha.com/input/?x=0&y=0&i=lim+1%2Fx+as+x+-%3E0]]
:[[Enllaç per a mòbils|http://m.wolframalpha.com/input/?x=0&y=0&i=lim+1%2Fx+as+x+-%3E0]]
---
!!Exemple 3: Quan x tendeix a un nombre per l'esquerra i la dreta
$$
\lim_{x \to 0-} \frac 1 x
$$
[[lim 1/x as x ->0-|http://www.wolframalpha.com/input/?x=0&y=0&i=lim+1%2Fx+as+x+-%3E0-%20]]
:[[Enllaç per a mòbil|http://m.wolframalpha.com/input/?x=0&y=0&i=lim+1%2Fx+as+x+-%3E0-%20]]
$$
\lim_{x \to 0+} \frac 1 x
$$
[[lim 1/x as x ->0+|http://www.wolframalpha.com/input/?x=0&y=0&i=lim+1%2Fx+as+x+-%3E0%2B]]
:[[Enllaç per a mòbil|http://m.wolframalpha.com/input/?x=0&y=0&i=lim+1%2Fx+as+x+-%3E0%2B]]
---
!!Exemple 4: Quan x tendeix a $$ \infty$$
$$\lim_{x \to +\infty} \frac{x^2+1}{2x+3}
$$
[[lim (x^2+1)/(2x+3) as x ->infinity|http://www.wolframalpha.com/input/?x=0&y=0&i=lim+(x%5E2%2B1)%2F(2x%2B3)+as+x+-%3Einfinity]]
:[[Enllaç per a mòbil|http://www.wolframalpha.com/input/?x=0&y=0&i=lim+(x%5E2%2B1)%2F(2x%2B3)+as+x+-%3Einfinity]]
$$\lim_{x \to -\infty} \frac{x^2+1}{2x+3}
$$
[[lim (x^2+1)/(2x+3) as x ->-infinity|http://www.wolframalpha.com/input/?x=0&y=0&i=lim+(x%5E2%2B1)%2F(2x%2B3)+as+x+-%3E-infinity]]
:[[Enllaç per a mòbil|http://m.wolframalpha.com/input/?x=0&y=0&i=lim+(x%5E2%2B1)%2F(2x%2B3)+as+x+-%3E-infinity]]
Les funcions exponencials, $$y=a^x$$ es resolen tenint en compte les [[següents operacions|Operacions amb infinit]]:
$$ a^\infty =\left \{ \begin{array}{lr} \infty & \text{si} \ a>1 \\ 0 & \text{si} \ 0 \leqslant a<1 \end{array} \right . $$
$$a^0=1$$
---
!!Índex de límits de funcions exponencials
<<toc-selective-expandable "Límits de funcions exponencials" sort[orden]>>
Hem de conèixer els límits:
Quan $$a>1$$
$$
\lim_{x \to 0^+} \log_ax= -\infty
$$
$$
\lim_{x \to \infty} \log_ax= +\infty
$$
Quan $$0<a<1$$
$$
\lim_{x \to 0^+} \log_ax= +\infty
$$
$$
\lim_{x \to \infty} \log_ax= -\infty
$$
És a dir:
$$
Si\ a>1
\begin{cases}
\log_a 0^+=-\infty \\
\log_a \infty= \infty \\
log_a -\infty= \nexists
\end{cases}
$$
$$
Si\ 0<a<1
\begin{cases}
\log_a 0^+=\infty \\
\log_a \infty= -\infty\\
log_a -\infty= \nexists
\end{cases}
$$
Els següents límits no existeixen:
$$
\lim_{x \to 0^-} \log_ax= \nexists
$$
$$
\lim_{x \to -\infty} \log_ax= \nexists
$$
Ja que el domini de $$f(x)=\log_a x$$ és $$D=(0,\infty)$$. La funció no existeix a l'esquerra de $$x=0$$ ja que dona logaritmes negatius.
Per tant, els límits quan s'anul·la el logaritme és $$-\infty$$ ''només pel costat on el logaritme és positiu''. Per saber quin costat és aquest podem calcular el ''domini'' de la funció o donar valors a un costat i un altre i comprovar el signe.
!!Índex de límits de funcions logarítmiques
<<toc-selective-expandable "Límits de funcions logarítmiques" sort[orden]>>
En aquests límits apareixen indeterminacions del tipus $$ \infty - \infty $$
''Donen sempre'' $$ \pm \infty $$.
Es resolen segons el signe del terme que té el major exponent de la x.
$$
\lim_{x \to \pm \infty} P(x)
$$
On $$P(x)$$ és un polinomi: $$P(x)= a_nx^n+a_{n-1} x^{n-1}+ \cdots +a_1 x+ a_0 $$
Quan el límit és de $$-\infty$$ es canvia el signe de la x de major exponent. Si és parell quedarà positiu, si és senar quedarà negatiu.
---
!!Índex de Límits de polinomis quan x tendeix a infinit
<<toc-selective-expandable "Límits de polinomis quan x tendeix a infinit" sort[orden]>>
Per calcular aquests límits es substitueix el valor de $$x$$ a la funció.
Per exemple:
$$
\lim_{x \to 1} 2x^2+3= 2 \cdot 1^2+3=2+3=\color{blue}{5}
$$
$$
\lim_{x \to 0} \dfrac 1 x = \dfrac 1 0 =\color{blue}{\text{Indeterminacio}}
$$
Els límits que donen un resultat al substituir s'anomenen ''límits determinats'' (com el primer exemple), els que no donen un resultat directe s'anomenen ''límits indeterminats'' (com el segon exemple).
---
!!Índex de límits en un punt
<<toc-selective-expandable "Límits en un punt" sort[orden]>>
Quan el màxim exponent de la $$x$$ es troba al numerador sempre dona infinit:
$$
\lim_{x \to -\infty} f(x)= \pm \infty
$$
El signe depen dels signes dels coeficients que multipliquen les $$x$$ de major exponent al numerador i denominador.
Per calcular aquest límit hem de canviar el signe de les $$x$$ amb major exponent al numerador i denominador, la resta es pot ometre. Després es resol com un límit de [[més infinit|Límits més infinit]]. Es a dir:
$$
\lim_{x \to -\infty} f(x)= \lim_{x \to +\infty} f(-x)
$$
!!Exemple 1
$$
\lim_{x \to -\infty} \dfrac {2x^3+3x-1}{-4x^2+8}=
$$
$$
=\lim_{x \to +\infty} \dfrac {2(-x)^3}{-4(-x)^2}=
$$
Recorden que un signe negatiu elevat a un nombre senar resta negatiu i que elevat a un nombre par queda positiu.
$$
=\lim_{x \to +\infty} \dfrac {\color{red}-2x^{\color{red}3}}{\color{red}-4x^2}= +\infty
$$
Per aquest últim pas es resol com un límit més infinit.
!!Exemple 2
$$
\lim_{x \to -\infty} \dfrac {5x^2+10x}{x+1}=
$$
$$
\lim_{x \to +\infty} \dfrac {5(-x)^2}{-x}=
$$
$$
\lim_{x \to +\infty} \dfrac {5x^{\color{red}2}}{\color{red}-x}= -\infty
$$
Quan el màxim exponent de la $$x$$ es troba al numerador sempre dona infinit:
$$
\lim_{x \to \infty} f(x)= \pm \infty
$$
El signe depen dels signes dels coeficients que multipliquen les $$x$$ de major exponent al numerador i denominador.
!!Exemple 1
$$
\lim_{x \to \infty} \dfrac{\color{red}-2x^{\color{red}2}+x}{\color{red}-x+3}= + \infty
$$
Al numerdor el coeficient de exponent major és -2 i el del denominador és -1, per tant: $$\dfrac - - =+$$
!!Exemple 2
$$
\lim_{x \to \infty} \dfrac{\color{red}+3x^{\color{red}3}+x^2-1}{\color{red}-x^2+3x}= - \infty
$$
El coeficient de exponent major és +3 i el del denominador és -1, per tant: $$\dfrac + - =-$$
$$
\lim_{x \to \pm \infty} f(x)
$$
En una primera aproximació podem substituir $$x$$ per $$\infty$$ i veure el resultat segons les [[operacions amb infinit|Operacions amb infinit]].
A continuació es mostren diferents casos que podrem resoldre tenint en compte algunes regles.
!!Índex de límits quan x tendeix a infinit
<<toc-selective-expandable "Límits quan x tendeix a infinit" sort[orden]>>
Són indeterminacions del tipus $$ \dfrac \infty \infty $$
$$
\lim_{x \to \pm \infty} \dfrac {f(x)}{g(x)}
$$
Quan tenim [[funcions racionals|Funció racional]] hi ha tres tipus de límits segons la situació de la $$x$$ amb exponent major:
<<toc-selective-expandable "Límits quan x tendeix a infinit de funcions racionals" sort[orden]>>
Aquests límits sempre donen zero, tant si la $$x$$ tendeix a més o menys infinit.
!!Exemples
$$
\lim_{x \to \infty} \dfrac {8x^2+x-3}{-x^{\color{red}3}+x} =0
$$
$$
\lim_{x \to -\infty} \dfrac {8x^2+x-3}{-x^{\color{red}3}+x} =0
$$
#Aquests límits sempre donen infinit.
#El signe de l'infinit depen del signe dels coeficients que multipliquen les $$x$$ de major exponent de numerador i denominador.
És l'únic cas on hem de distingir entre:
*[[Límits més infinit]]: $$\displaystyle \lim_{x \to +\infty} f(x)$$
*[[Límits menys infinit]]: $$\displaystyle \lim_{x \to -\infty} f(x)$$
Tant si la $$x$$ tendeix a $$+\infty$$ com a $$-\infty$$ el resultat és la divisió dels coeficients que multipliquen els màxims exponents.
!!Exemples
1)
$$
\lim_{x \to \infty} \dfrac {\color{red}{8}x^{\color{blue}{2}}+x-3}{\color{red}{-2}x^{\color{blue}{2}}+x} =\dfrac {8}{-2}=-4
$$
<br>
2)
$$
\lim_{x \to -\infty} \dfrac {\color{red}{5}x-3}{\color{red}{3}x-7} =\dfrac {5}{3}
$$
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
@@float:right;width:33%;[img[linx.jpg]]@@En un parc natural s'introdueix una parella de linxs per repoblar-la amb els fills d'aquests animals.
El creixement de la població és logístic i sabem que la constant de creixement és $$r=0.5$$. També sabem que als 10 anys la població és de 40 individus. Quants linxs esperarem tenir en aquest parc natural (capacitat de càrrga)?
El logaritme, en base $$a$$, de $$x$$, és el número al qual hem d'elevar la base, $$a$$, per obtenir $$x$$.
Es representa com a:
<big>@@color:blue;$$
\log_a x
$$@@</big>
La definició anterior vol dir que si @@color:blue;$$\log_ax=b$$@@ llavors @@color:blue;$$a^b=x$$@@.
Exemples:
*@@color:blue;$$\log_2 4 = 2$$@@. Perquè: $$2^2=4$$
*@@color:blue;$$\log_3 3 = 1$$@@. Perquè: $$3^1=3$$
*@@color:blue;$$\log_5 25 = 2$$@@. Perquè: $$5^2=25$$
*@@color:blue;$$\log_{10} 10000 = 4$$@@. Perquè: $$10^4=10000$$
*@@color:blue;$$\log_2 0 = \nexists$$@@. Perquè no existeix cap nombre al que puguem elevar 2 de forma que el resultat sigui 0. El logaritme de 0 no existeix a cap base.
*@@color:blue;$$\log_6 -36 = \nexists$$@@. Perquè no és possible elevar 6 a cap nombre de forma que ens doni un nombre negatiu.
@@float:right;margin:5px;width:50%;
[img[Gràfic logaritmes]]
@@{{Logaritme}}
En tot el tema de logaritmes és molt important recordar bé les [[propietats de les potències|Propietats de les potències]], ja que es fan servir molt sovint.
---
!!Índex dels logaritmes
<<toc-selective-expandable Logaritmes sort[orden]>>
|Funció| Eliminar x que fan zero (...) | Eliminar x que donen valors negatius [...] |h
|Irracional|!| Si |
|Racional| Si |!|
|Logarítmica| Si | Si |
|Polinòmica|!|!|
|Exponencial|!|!|
[img[http://cmapspublic2.ihmc.us/rid=1QHZV10LP-1YN9Y2X-8R/Dominios.cmap?rid=1QHZV10LP-1YN9Y2X-8R&partName=htmljpeg]]
[[Accedir al mapa conceptual|http://cmapspublic2.ihmc.us/rid=1QHZV10LP-1YN9Y2X-8R/Dominios.cmap]]
[img[http://cmapspublic2.ihmc.us/rid=1QHZYJML9-1QBY4RV-28G/Limites.cmap?rid=1QHZYJML9-1QBY4RV-28G&partName=htmljpeg]]
[[Accedir al mapa conceptual|http://cmapspublic2.ihmc.us/rid=1QHZYJML9-1QBY4RV-28G/Limites.cmapp]]
!!Límits en un punt
[img[http://cmapspublic2.ihmc.us/rid=1QJ07YM65-1PMPJ3J-3Y2/Limites_r_racional.cmap?rid=1QJ07YM65-1PMPJ3J-3Y2&partName=htmljpeg]]
[[Accedir al mapa conceptual|http://cmapspublic2.ihmc.us/rid=1QJ07YM65-1PMPJ3J-3Y2/Limites_r_racional.cmap]]
---
!!Límits en l'infinit
[img[http://cmapspublic2.ihmc.us/rid=1QJ07684K-15LG93S-3LP/lim_x_inf.cmap?rid=1QJ07684K-15LG93S-3LP&partName=htmljpeg]]
[[Accedir al mapa coneptual|http://cmapspublic2.ihmc.us/rid=1QJ07684K-15LG93S-3LP/lim_x_inf.cmap]]
Una matriu és un conjunt de nombres ordenats, disposats de forma rectangular en ''files'' (horitzontals) i ''columnes'' (verticals).
Cada nombre d'una matriu s'anomena ''element''.
Matriu de 4 files i 3 columnes:
$$
A_{4 \times 3}=\left (
\begin{array}{rrr}
1 & 4 & -2 \\
0 & -1 & 7 \\
3 & 3 & 2 \\
-1 & 0 & 2
\end{array}
\right )
$$
La matriu ampliada o aumentada d'un sistema és la matriu formada pels coeficients de les variables i els termes independents.
Per exemple, si tenim el sistema:
$$
\begin{cases}
x + 2y + 3z = 0 \\
3x + 4y + 7z = 2 \\
6x + 5y + 9z = 11
\end{cases}
$$
La seva matriu ampliada és:
$$
M^*= \left ( \begin{array}{ccc|c}
1 & 2 & 3 & 0 \\
3 & 4 & 7 & 2\\
6 & 5 & 9 & 11
\end{array}
\right )
$$
$$ $$
---
Vegeu també [[Matriu associada]].
La matriu associada o, simplement, matriu del sistema és la matriu formada pels coeficients que multipliquen les incògnites
Per exemple:
$$
\begin{cases}
x + 2y + 3z = 0 \\
3x + 4y + 7z = 2 \\
6x + 5y + 9z = 11
\end{cases}
$$
La matriu associada és:
$$M=\begin{pmatrix}
1 & 2 & 3 \\
3 & 4 & 7\\
6 & 5 & 9
\end{pmatrix}
$$
---
Vegeu tambe [[Matriu ampliada]].
Una matriu és una matriu identitat quan tots els seus elements són 0 excepte la diagonal principal que té 1.
S'identifiquen amb la lletra $$I$$ amb un subíndex que indica l'ordre que té: $$I_2,\ I_3$$, etc.
Matriu identitat d'ordre 2: $$I_2=\left (
\begin{array}{}
1&0 \\
0&1
\end{array}
\right )
$$
Matriu identitat d'ordre 3: $$I_3=\left (
\begin{array}{}
1&0&0 \\
0&1&0\\
0&0&1
\end{array}
\right )
$$
És una matriu que a sota de la diagonal principal té tot de zeros.
Per exemple, les matrius A i B són triangulars superiors:
$$
A=\left ( \begin{array}{} 2&2&4 \\ 0&5&1\\0&0&1 \end{array}\right )
$$$$
B=\left ( \begin{array}{} 1&3 \\ 0&1\end{array}\right )
$$
Aquest tipus de matrius es fa servir al mètode de Gauss i de Gauss-Jordan.
{{Matriu}}
Per resoldre un sistema el primer que es fa es escriure la [[matriu ampliada|Matriu ampliada]] del sistema, que consisteix en agafar els coeficients que multipliquen a les incògnites i els termes independents (els que no porten incògnita) i fer una matriu amb ells. La darrera columna, la dels termes independents, normalment se separa de la resta amb una línia vertical.
!!Exemples
1) Exemple amb un sistema de 2 equacions amb 2 incògnites.
$$
\left \{
\begin{array}{r}
2x-y=0 \\
x+y=3
\end{array}
\right .
$$
Matriu ampliada:
$$
M^*=\left (
\begin{array}{rr|r}
2 & -1& 0 \\
1 & 1 & 3
\end{array}
\right )
$$
2) Exemple amb un sistema de 3 equacions amb 3 incògnites.
$$
\left \{
\begin{array}{r}
x-2y+z=0 \\
-x+5y+4z=1\\
3x+2y+2z=6
\end{array}
\right .
$$
Matriu ampliada:
$$
M^*=\left (
\begin{array}{rrr|r}
1 & -2 & 1 & 0 \\
-1 & 5 & 4 & 1 \\
3 & 2 & 2 & 6
\end{array}
\right )
$$
3) Exemple amb un sistema de 4 equacions amb 4 incògnites:
$$
\left \{
\begin{array}{r}
3x+y+z+w=0 \\
4x+2y-3z-2w=2\\
x+y+z+w=1\\
5x-2y-3z+3w=7
\end{array}
\right .
$$
Matriu ampliada:
$$
M^*=\left (
\begin{array}{rrrr|r}
3 & 1 & 1 &1 &0 \\
4 & 2 & -3 & -2 & 2 \\
1 & 1 & 1 & 1 & 1\\
5 & -2 & -3 &3 & 7
\end{array}
\right )
$$
!!Mínim comú múltiple
Es fa servir ''lcm'' (//least common multiple//)
[[lcm 80, 60, 50|http://www.wolframalpha.com/input/?i=lcm+80,+60,+50]]
!!Màxim comú divisor
Es fa servir ''lcd'' (//greatest common divisor//)
[[gcd 80, 60, 50|http://wolframalpha0.blogspot.com.es/2012/11/calcular-maximo-comun-divisor-online.html]]
{{Mediana (definició)}}
Quan les dades estan en una taula de freqüència hem d'afegir la freqüència acumulada, N,,i,,, que ens indica la posició que ocupa cada dada.
Quan les dades estan agrupades per classes les tractarem exactament igual que amb les taules de freqüències de dades sense agrupar, considerant la marca de classe com el valor de x,,i,,.
---
!!Índex mediana
<<toc-selective-expandable "Mediana" sort[orden]>>
!!
La mediana, $$M_e$$, d'un conjunt de dades és la dada que compleix que el nombre de dades per sota és igual que el nombre de dades per a sobre.
Abans de calcular la mediana s'han d'ordenar les dades.
*Quan el nombre de dades és senar la mediana és la dada que ocupa la posició: $$\dfrac {n+1} 2$$.<br><br>
*Quan el nombre de dades és parell la mediana és la mitjana de les dades que ocupen les posicions $$\dfrac n 2$$ i $$ \dfrac n 2 +1 $$
Considerem les següents dades:
{{Nombre de fills per famíllia}}
En d'aquesta taula afegim la freqüència acumulada per tal de poder calcular la mediana.
| Nombre de fills<br>per família | n,,i,, | N,,i,, |h
| 1 | 32 | 32 |
| 2 | 43 | 75 |
| 3 | 33 | 108 |
| 4 | 5 | 113 |
| Total: | 113 | - |h
Com que les dades són senars la mediana es troba a la posició $$\dfrac {n+1}2=\dfrac{113+1}2=57$$
Podem veure que la freqüència acumulada corresponent a 2 fills per família és la dada que conté la posició 57 (ja que va de la posició 33 a la 75).
Per tant M,,e,, = 2.
!!Dades senars
Considerem les dades: 6, 9, 2, 11, 7, 12, 9
Les ordenem de menor a major:
|Posició | 1 | 2 | 3 | !4 | 5 | 6 | 7 |
| x | 2 | 6 | 7 | !9 | 9 | 11 | 12 |
N = 7 per tant, la mediana és la dada que ocupa la posició: $$\dfrac{N+1}{2}=\dfrac{7+1}2=4$$. A la posició 4 tenim un 9, per tan M,,e,, = 9.
!!Dades parells
Considera les dades: 8, 6, 20, 4, 3, 3
Les ordenem de menor a major:
|Posició | 1 | 2 | !3 | !4 | 5 | 6 |
| x | 3 | 3 | !4 | !6 | 8 | 20 |
N = 6
La mediana és la mitjana entre les dades que ocupen les posicions $$ \dfrac N 2$$ i $$\dfrac N 2 +1$$, és a dir entre les posicions 3 i 4. En aquestes posicions tenim 4 i 6, per tant la mitjana és: $$\dfrac {4+6} 2=5$$.
Així doncs M,,e,, = 5
@@float:right;margin:5px;width:50%;
[img[Imatge medicament]]
@@Un medicament s'elimina de l'organisme a través de l'orina. La quantitat d'aquest medicament en el cos, $$t$$ hores després, està donada per:
$$
M(t)=10\cdot 0,8^t
$$
On $$M(t)$$ són els mil·ligrams que queden al cos passades $$t$$ hores.
a) Quina quantitat de medicament hi ha al cos al principi?
b) Quin percentatge del medicament s'elimina cada hora?
c) Quant de temps triga en reduir-se a la meitat el medicament inicial?
d) Quina quantitat de medicament queda al cos passades 5 hores?
<<toc-selective-expandable "etiqueta" sort[orden]>>
Són mesures que ens indiquen valors al voltant varien les dades de la població.
Amb les mesures de centralització podem resumir les dades amb un nombre que representa el centre de les dades.
---
!!Índex de Mesures de centralització
<<toc-selective-expandable "Mesures de centralització" sort[orden]>>
{{Mesures de dispersió (definició)}}
---
!!Índex de Mesures de dispersió
<<toc-selective-expandable "Mesures de dispersió" sort[orden]>>
Les mesures de dispersió ens ofereixen informació del grau de separació de les dades entre si.
Per exemple:
Si considerem les dades $$x= \{0, 5, 10\}$$ i $$y=\{4, 5, 6\}$$, tenen la mateixa mitjana $$ \bar x= \frac {0+5+10} 3 =5 $$, $$ \bar y = \frac {4+5+6} 3 = 5$$. Però les dades de $$x$$ són molt més disperses que les de $$y$$.
{{Mètode de Gauss (definició)}}
---
<<toc-selective-expandable "Mètode de Gauss" sort[orden]>>
@@float:right;margin:5px;width:45%;
[img[Imatge Gauss]]<br><center><small>//Carl Friedrich Gauss. Alemanya 1777-1855//</small></center>
@@El mètode de Gauss consisteix en formar una [[matriu triangular superior|Matriu triangular superior (definició)]], es a dir, un sistema on cada fila té una incògnita menys que l'anterior. Es fan servir [[matrius|Matrius per resoldre sistemes]] per simplificar el procés i per tant el que voldrem aconseguir es ''posar zeros a sota de la diagonal'' de la matriu.
La primera fila no tindrà cap zero al principi, la segona fila tindrà un zero en la primera posició, la tercera fila tindrà dos zeros, la quarta fila tindrà tres zeros, etc.
El mètode de Gauss s'aplica a sobre la [[matriu ampliada|Matriu ampliada]] del sistema.
Després de aplicar Gauss, ens haurà de quedar una matriu similar a aquestes, on els punts representen nombres que canviaran d'una matriu a una altra:
$$
M_{2 \times 3}= \left (
\begin{array}{cc|c}
\cdot & \cdot & \cdot \\
0 & \cdot & \cdot
\end{array}
\right )
$$
$$
M_{3 \times 4}= \left (
\begin{array}{ccc|c}
\cdot & \cdot & \cdot & \cdot \\
0 & \cdot & \cdot & \cdot\\
0 & 0 & \cdot & \cdot
\end{array}
\right )
$$
$$
M_{4 \times 5}= \left (
\begin{array}{cccc|c}
\cdot & \cdot & \cdot & \cdot & \cdot\\
0 & \cdot & \cdot & \cdot & \cdot\\
0 & 0 & \cdot & \cdot & \cdot\\
0 & 0 & 0 & \cdot & \cdot
\end{array}
\right )
$$
Per posar els zeros podem fer les següents operacions amb les files i columnes:
*Sumar i restar files
*Multiplicar i dividir files per un nombre diferent de zero.
*Una combinació de les dues operacions anteriors.
*Canviar unes files amb unes altres (intercanviar la primer amb la tercera, etc.)
*Canviar unes columnes amb unes altres (intercanviar la segona i la tercera columna, etc.). No es pot canviar mai la darrera columna, la dels termes independents.
El que no podem fer:
*La mateixa operació dues vegades en dues files diferents. Per exemple: sumar la primera i segona fila, col·locant el resultat a la primera i després repetir l'operació col·locant el resultat en la segona.
*Multiplicar tota una fila per zero.
*Canviar l'ultima columna amb una altre.
!!Com ho fem
#Anar a la columna de l'extrem esquerre que no estigui formada tota per zeros.
#Si la primera fila té un zero en aquesta columna, intercanviar amb una altra que no ho tingui.
#Després, obtenir zeros sota d'aquest element, sumant o restant múltiples adequats de la fila superior a les línies sota d'ell.
#Cobrir la fila superior i repetir el procés anterior amb la submatriu restant.
#Repetir aquests passos fins que s'acabin les files.
''Advertències'':
Per simplificar els càlculs, si una fila és múltiple d'un nombre, podem dividir tota aquesta fila per aquest nombre.
Si ens queden ''dues files amb el mateix nombre de zeros en la mateixa posició'' i algun nombre que no ho és, ''hem de posar un zero de més''.
Per exemple:
$$
\left ( \begin{array}{rrr|r} 1&2&3 &1\\0&0&1&3\\0&0&4&1 \end{array}\right )
$$
Tot i que a sota la diagonal tenim zeros, les files 2 i 3 tenen zeros a la mateixa posició (en primer i segon lloc) així doncs hem de posar un zero més, a la posició on tenim el 4. Això passarà de vegades, amb els sistemes incompatibles i compatibles indeterminats.
La continuació del mètode de Gauss fins a obtenir una matriu identitat s'anomena [[mètode de Gauss-Jordan|Mètode de Gauss-Jordan (definició)]].
{{Mètode de Gauss-Jordan (definició)}}
El mètode de Gauss-Jordan consisteix en continuar el [[mètode de Gauss|Mètode de Gauss]] fins fer una ''matriu identitat'' (una matriu amb uns a la diagonal principal i zeros a la resta).
$$
M_{2 \times 3}= \left (\begin{array}{cc|c} 1 & 0 & \cdot \\0 & 1 & \cdot\end{array}\right )
$$
$$
M_{3 \times 4}= \left (\begin{array}{ccc|c}1 & 0 & 0 & \cdot \\0 & 1 & 0 & \cdot\\0 & 0 & 1 & \cdot\end{array}\right )
$$
$$
M_{4 \times 5}= \left (\begin{array}{cccc|c}1 & 0 & 0 & 0 & \cdot\\0 & 1 & 0 & 0 & \cdot\\0 & 0 & 1 & 0 & \cdot\\0 & 0 & 0 & 1 & \cdot\end{array}\right )
$$
!!Com ho fem
Els passos 1 a 5 són els mateixos que els del mètode de Gauss.
#Anar a la columna de l'extrem esquerre que no estigui formada tota per zeros.
#Si la primera fila té un zero en aquesta columna, intercanviar amb una altra que no ho tingui.
#Després, obtenir zeros sota d'aquest element, sumant o restant múltiples adequats de la fila superior a les línies sota d'ell.
#Cobrir la fila superior i repetir el procés anterior amb la submatriu restant.
#Repetir aquests passos fins que s'acabin les files.
#Fent servir els nombres de la diagonal, posar zeros a sobra, sumant o restant múltiples adequats.
#Transformar en 1 els nombres de la diagonal, dividint la fila pel nombre que tenen actualment a la diagonal.
{{Mitjana aritmètica}}
!!Exemples
<<toc-selective-expandable Mitjana sort[orden]>>
La mitjana aritmètica, o simplement mitjana, es calcula sumant tots el valors i dividint pel total d'individus de la mostra:
$$
\bar x = \dfrac 1 n {\sum_{i=1}^{n} x_{i}} = \dfrac {x_1+x_2+x_3+...+x_n} n
$$
Si tenim les dades en una taula de freqüències, la fórmula serà:
@@color:blue;$$
\bar x = \dfrac 1 n {\sum_{i=1}^{k} n_i x_{i}}
$$@@
La mitjana de la mostra es representa per $$\bar x$$ i la de la població (que habitualment no es coneix ni es pot calcular) com $$\mu$$.
Nota:
* $$n$$ és el nombre total de dades que tenim (encara que estiguin repetides).
*$$k$$ és el nombre total de dades diferents que tenim.
{{Moda (definició)}}
!!Exemple
Considerem les dades:
{{Nombre de fills per famíllia}}
La dada que més es repeteix és 2 fills per família (n,,2,, = 43), per tant, M,,o,, = 2.
La moda, $$M_o$$, d'un conjunt de dades és la dada que té una major freqüència, $$n_i$$ ( o $$f_i$$), es a dir, la que es repeteix un major nombre de vegades.
Un conjunt de dades pot tenir més d'una moda.
@@color:blue;La monotonia d'una funció està formada pels intervals on una funció creix i decreix.@@
Els punts que separen aquests intervals són els punts màxims i mínims.
{{Imagen monotonía}}
{{Monotonia}}
Per calcular aquests intervals s'utilitza la derivada de la funció.
* Quan $$ f '(x)> 0 $$ la funció és creixent en aquest interval.
* Quan $$ f '(x) <0 $$ la funció és decreixent en aquest interval.
* Quan $$ f '(x) = 0 $$ la funció pot tenir un màxim o un mínim (o cap dels dos) en x. Per saber-ho s'utilitza la monotonia.
[[Exemple del càlcul de la monotonia]]
L'any [[2013|http://www.wolframalpha.com/input/?i=Spain+annual+deaths+2013]] van morir 409026 persones. L'any [[2014|http://www.wolframalpha.com/input/?i=Spain+annual+deaths+2014]] van morir 414511 persones.
a) Suposant que el creixement és de tipus geomètric, calcula la taxa de creixement de la mortalitat.
b) Escriu l'equació del creixement.
c) Quanta gent morirà l'any actual?
La mostra està formada pels [[individus|Individu (estadística)]] d'una [[població|Població (estadística)]] que agafem per fer un estudi. Per tant és un subconjunt de la població.
Per exemple:
*20 persones per fer una enquesta
* 100 plantes per estudiar el seu creixement,
@@float:right;margin:5px;width:50%;
[img[Bebé]]
@@El nombre de [[naixements a Espanya el 2013|http://www.wolframalpha.com/input/?i=births+in+Spain+in+2013]] va ser de 487873.
[[El 2014|http://www.wolframalpha.com/input/?i=births+in+Spain+in+2014]] van nèixer 481086 nens.
a) Calcula la taxa de creixement entre el 2013 i 2014 (com que els nens disminueixen, aquesta taxa serà negativa).
b) Escriu la fórmula de creixement geomètric amb els naixements de 2014 com a dada inicial.
c) Quants naixements es preveuen per l'any actual?
d) En quin any els naixements seran inferiors a 100000?
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
| Nombre de fills<br>per família | n,,i,, |h
| 1 | 32 |
| 2 | 43 |
| 3 | 33 |
| 4 | 5 |
| Total: | 113 |h
Dades de [[Cabo, 2012|Cabo, 2012]]
Un nombre primer és un nombre natural més gran que 1 que té únicament dos divisors diferents: ell mateix i l'1.
Els nombres primers més petits de 100 són: 2, 3, 5, 7, 11, 13, 17, 19, 23, 29, 31, 37, 41, 43, 47, 53, 59, 61, 67, 71, 73, 79, 83, 89 i 97.
<<toc-selective-expandable 'Operacions amb funcions' sort[title]>>
@@float:right;[img width=150px [infinito.png]]@@
| Sumes i restes |h
* $$\infty + \infty = \infty $$
* $$-\infty-\infty=-\infty$$
* $$\infty \pm k =\infty$$
* $$-\infty \pm k = -\infty$$
* $$ \infty-\infty =$$ @@color:red;Indeterminació@@. [[Com es resolen|Límits de polinomis quan x tendeix a infinit]].
---
| Productes |h
* $$\infty \cdot \infty=\infty $$
* $$ -\infty \cdot \infty = -\infty$$
* $$ -\infty \cdot (-\infty)=\infty$$
* $$ k \cdot \infty = \left \{\begin{array}{lr} +\infty & \text{si} \ k>0 \\ -\infty & \text{si} \ k<0 \end{array} \right .$$
* $$0 \cdot (\pm \infty)=$$ @@color:red;Indeterminació@@
---
| Quocients |h
* $$ \dfrac \infty k = \left \{ \begin{array}{lr} +\infty & \text{si} \ k>0 \\ -\infty & \text{si} \ k<0 \end{array} \right . $$ <br><br>
* $$ \dfrac k \infty =0 $$<br><br>
* $$\dfrac 0 \infty =0$$<br><br>
* $$ \dfrac k 0 = \pm \infty $$ @@color:red;Indeterminació@@ pel signe. [[Com es resolen|Indeterminacions del tipus k / 0]]. <br><br>
* $$ \dfrac \infty 0 = \pm \infty $$ @@color:red;Indeterminació@@ pel signe. <br><br>
* $$ \dfrac \infty \infty= $$ @@color:red;Indeterminació@@. [[Com es resolen|Límits quan x tendeix a infinit de funcions racionals]].<br><br>
* $$ \dfrac 0 0= $$ @@color:red;Indeterminació@@. [[Com es resolen|Indeterminacions del tipus 0 / 0]].<br><br>
---
| Potències |h
* $$ \infty^k =\left \{ \begin{array}{lr} \infty & \text{si} \ k>0 \\ 0 & \text{si} \ k<0 \end{array} \right . $$ <br><br>
* $$ k^\infty =\left \{ \begin{array}{lr} \infty & \text{si} \ k>1 \\ 0 & \text{si} \ 0 \leqslant k<1 \end{array} \right . $$ <br><br>
* $$ 0^{\pm \infty} = 0 $$ <br><br>
* $$ 1^\infty = $$ @@color:red;Indeterminació@@ <br><br>
* $$ \infty^0= $$ @@color:red;Indeterminació@@
<<toc-selective-expandable "Operacions amb Wolfram Alpha" sort[orden]>>
Segona de les coordenades d'un punt. Si anomenem // x // i // y // a les coordenades, P (x, y), correspon a la // y //
Vegeu també [[Eix d'ordenades]]
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
# Posar un logaritme en cada costat de l'igual (TOTAL = 2 logaritmes)
# Convertir:
## els productes en sumes de logaritmes
## les divisions en restes de logaritmes
## les potències en productes.
# Treure els parèntesis
# Passar totes les x a un costat i el que no té x, a l'altra.
# Treure factor comú
# Aïllar la x (passar el parèntesi a la dreta dividint).
Amb 450 grams de medicament es van fabricar 60 pastilles de 3 tipus: grans, mitjanes i petites. Les pastilles grans pesen 20 grams, les mitjanes 10 grams i les petites 5 grams. Si el total de pastilles grans i mitjanes és la meitat del nombre de pastilles petites, quantes es van fabricar de cada tipus?
Solució: 5 grans, 15 mitjanes i 40 petites.
Es defineix el període de semidesintegració o constant de semidesintegració, també anomenat semivida, com el ''temps necessari perquè es desintegrin la meitat dels nuclis'' d'una mostra inicial d'un radioisòtop.
61, 60, 61, 78, 72, 84, 45, 53, 59, 66, 62, 53, 66, 73, 80, 55, 44, 43, 63, 99, 59, 66
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
Calcula els límits
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to } \\ \\
\text{2)} & \lim_{x \to } \\\\
\text{3)} & \lim_{x \to } \\\\
\text{4)} & \lim_{x \to } \\\\
\text{5)} & \lim_{x \to }
\end{array} $$
És el conjunt total d'objectes que volem estudiar.
Per exemple;
*Persones d'un país.
*Peixos d'un llac.
*Persones malaltes d'una ciutat.
*Plantes d'un bosc.
@@float:right;margin:5px;width:50%;
[img[Imatge poble]]
@@La població d'un poble era de 25 000 habitants l'any 2000 (t = 0) i en el 2010, era de 52 000 habitants.
a) Calcula $$ r $$ i escriu la fórmula de creixement exponencial.
b) Pots predir la població del poble l'any 2030?.
c) En quin moment la població serà el triple de la població inicial?
Un polinomi és una expressió algebraica formada per la suma de diversos monomis, anomenats termes del polinomi.
$$ P (x) _ {} ^ {} = a_0 + a_1x + a_2x ^ 2 + \cdots + a_nx ^ n $$
Coeficients: $$ a_0, a_1, \cdots, a_n \in \mathbb{R}$$
Exponents: $$ 0, 1,2, \cdots, n \in \mathbb{N} $$
*Les constants $$ \color{blue}{a_0, a_1, \cdots, a_n}$$ són els ''coeficients'' del polinomi.
*$$\color{blue}{a_0}$$ s'anomena '' coeficient constant '' o ''terme independent''
*$$\color{blue}{a_n}$$ és el ''coeficient principal''.
Per exemple, les expressions següents són polinomis:
*$$2$$
*$$6x-1$$
*$$3x^2+4x+1$$
*$$x^4-1$$
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
{{Probabilitat (definició)}}
---
!!Índex de probabilitat
<<toc-selective-expandable Probabilitat sort[orden]>>
La probabilitat mesura el grau d'incertesa d'un esdeveniment dintre d'un experiment aleatori.
La teoria de la probabilitat s'usa extensament en àrees com l'estadística, la matemàtica, la ciència i la filosofia per a treure conclusions sobre la probabilitat de successos potencials i la mecànica subjacent de sistemes complexos ([[Probabilitat, 2016]]).
<<toc-selective-expandable "Probabilitat i estadística" sort[orden]>>
@@float:right;margin:5px;width:45%;
[img[Pierre-Simon Laplace]]<br><small><center>//Pierre-Simon Laplace. Frància 1749-1827.//</center></small>
@@La definició clàssica de probabilitat es deu a Laplace i part de la base de que tots els resultats de l'experiment aleatori tenen la mateixa probabilitat d'aparèixer.
La definició s'anomena ''Regla de Laplace'':
$$
P(A)=\dfrac{\text{Nombre de resultats de A}}{\text{Nombre de resultats possibles}}
$$
!!Exemple
Considerem els nombres naturals de l'1 al 10. $$\Omega=\{1,2,3,4,5,6,7,8,9,10 \}$$ i l'esdeveniment A, ser múltiple de 3: $$ \{ 3,6,9 \} $$
$$
P(A)=\frac 3 {10}=0.3
$$
---
!!Índex de probabilitat simple
<<toc-selective-expandable "Probabilitat simple" sort[orden]>>
Probabilitat. (2016, 21 de maig). //Viquipèdia, l'Enciclopèdia Lliure//. Data de consulta: 12:43, maig 21, 2016 de http://ca.wikipedia.org/w/index.php?title=Probabilitat&oldid=17001052.
---
Esmentat a:
<<list-links filter:"[all[current]backlinks[]]">>
Les equacions exponencials apareixen de forma natural a la natura, especialment en la forma de créixer poblacions d'éssers vius.
Estudiarem el creixement exponencial i el logístic.
<<toc-selective-expandable "Problemes amb equacions exponencials" sort[orden]>>
<<toc-selective-expandable 'Problemes amb sistemes' sort[title]>>
```
# Gràfics de regressió
dades <- read.table("http://pastebin.com/raw/NdFi2WPP", h=T)
print(dades)
plot(dades$x,dades$y,pch=19, xlab="X",ylab = "Y",main = "Gràfic de dispersió")
par(ask=TRUE)
plot(dades$x,dades$y,pch=19, xlab="X",ylab = "Y",main = "Regressió")
abline(lm(dades$y~dades$x),col="red")
```
<<toc-selective-expandable Programes sort[title]>>
#La probabilitat de qualsevol esdeveniment està entre 0 i 1.
#La probabilitat d'ocurrència de tot [[l'espai mostral|Espai mostral (definició)]] és 1. $$P(\Omega)=1$$.
#$$ P(\bar A)=1-P(A) $$.
#Si A i B són esdeveniments incompatibles: $$ P(A \cup B)=P(A)+P(B) $$.
#Si A i B són esdeveniments compatibles: $$ P(A \cup B)=$$ $$P(A)+P(B) -P(A \cap B)$$.
| Propietat | Exemple |h
| $$a^0=1$$ (per $$ a \neq 0 $$) | $$7^0 = 1$$ |
| $$ a^{-1}= \dfrac 1 a $$ | $$ 2^{-1}= \dfrac 1 2$$ |
| $$ (a^m)^n=a^{mn} $$ | $$ (2^3)^4=2^{12} $$ |
| $$ a^{-n}=\dfrac 1 {a^n} $$ | $$ 2^{-3}=\dfrac 1 {2^3} $$ |
| $$ a^{\frac 1 n}=\sqrt[n] a $$ | $$ 3^{\frac 1 2}= \sqrt 3 $$ |
| $$ a^{\frac m n}=\sqrt[n] {a^m} $$ | $$ 2^{\frac 3 5}= \sqrt[5] {2^{3}} $$ |
| $$ a^n \cdot a^m=a^{n+m} $$ | $$ 2^3 \cdot 2^4=2^7 $$ |
| $$ \dfrac {a^m}{a^n}=a^{m-n} $$ | $$ \dfrac {3^4}{3^6}=3^{-2} $$ |
| $$ a^n \cdot b^n = (a \cdot b)^n$$ | $$ 2^3 \cdot 4^3=(2 \cdot 4)^3=8^3 $$ |
| $$ \dfrac {a^n}{b^n}=\left ( \dfrac a b \right )^n $$ | $$ \dfrac {8^3}{2^3}= \left ( \dfrac {8}{2} \right )^3 = 4^3$$ |
Un logaritme del tipus @@color:brown;$$\log_ax$$@@ té les següents propietats:
*La base "a" no pot ser negativa, ni 1, es a dir: @@color:blue;$$a>0$$@@ i @@color:blue;$$a \neq 1$$@@
*No existeixen logaritmes de nombres negatius, ni de 0, es a dir: @@color:blue;$$x > 0$$@@
*El logaritme d'1 és 0: @@color:blue;$$\log_a 1=0$$@@. Perquè qualsevol nombre elevat a 0 és igual a 1: $$a^0=1$$.
*El logaritme de la base és sempre 1: @@color:blue;$$\log_a a=1$$@@. Perquè $$a^1=a$$.
!!Operacions:
1) Logaritme d'un producte $$\to$$ Suma de logaritmes
@@color:blue;$$
\log_a(p \cdot q) = \log_a p + \log_a q$$@@
Per exemple:
*$$\log_2(2x)= \log_2 2 + \log_2 x= 1 + \log_2 x$$
*$$\log_3(9 \cdot 27)= \log_3 9 + \log_3 27= 2+3=5$$
*$$\log (100 \cdot 1000)=\log 100 + \log 1000=2+3=5$$
2) Logaritme d'una divisió $$\to$$ Diferència de logaritmes
@@color:blue;$$
\log_a \dfrac p q = \log_a p - \log_a q$$@@
Per exemple:
*$$\log_5 \dfrac 1 5 = \log_5 1 - \log_5 5= 0-1=-1$$<br><br>
*$$\log_2 \dfrac 2 8= \log_2 2 - \log_2 8= 1-3=-2$$
3) Logaritme d'una potència $$\to$$ Producte pel logaritme
@@color:blue;$$
\log_a p^q = q \cdot \log_a p
$$@@
Per exemple:
*$$\log_4 16^2= 2 \cdot \log_4 16 = 2 \cdot 2=4$$
* $$\log \sqrt[3] {10}=\log 10^{\frac 1 3}= \dfrac 1 3 \cdot \log 10=\dfrac 1 3 \cdot 1= \dfrac 1 3 $$
Per aquest darrer exemple has de recordar que: $$\sqrt[n] x = x^{\frac 1 n}$$
!!Exercicis
<<toc "Propietats dels logaritmes" sort[title]>>
Els quantils divideixen les dades d'una mostra en espais regulars.
Els quantils més habituals són:
*[[Quartils|Quartils (definició)]]
*[[Percentils|Percentils (definició)]]
Els quartils divideixen una mostra en 4 parts iguals:
*$$Q_1$$: primer quartil (25%)
*$$Q_2$$: segon quartil (50%, és la mediana)
*$$Q_3$$: tercer quartil (75%)
Hi ha més d'un mètode per calcular els quartils $$Q_1$$ i $$Q_3$$ ($$Q_2$$ és la mediana i es calcula sempre igual). Farem servir el mètode 2 que trobem a [[Wikipedia|https://en.wikipedia.org/wiki/Quartile#Method_2]] que és el mateix que fa servir el software estadístic [[R|http://www.r-project.org/]]:
#Es fa servir la mediana per dividir la mostra en dues meitats iguals.
## Si hi ha un nombre senar de dades s'inclourà la mediana a les dues meitats.
##Si hi ha un nombre parell de dades, dividir la mostra en dues meitats exactes.
#El primer quartil serà la mediana de la primera meitat. El tercer quartil serà la mediana de la segona meitat.
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
@@float:right;margin:5px;width:25%;
[img[Radioactivitats]]
@@El radi (Ra) es desintegra a un ritme del 50% de la seva massa cada 1600 anys.
a) Escriu l'equació de creixement geomètric si tenim 50g inicial de Ra.
b) Quant radi tindrem passats 5000 anys?
c) Quant de temps passarà fins que es desintegri la quarta part del radi?
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
''rank'' matriu
!!Exemple
$$
A=\left ( \begin{array}{cc} 1&2 \\ 2&4 \end{array}\right )
$$
[[rank {{1,2},{2,4}}|https://www.wolframalpha.com/input/?i=rank+%7B%7B1,2%7D,%7B2,4%7D%7D]]
(Definició adaptada a les necessitats i ús d'aquest curs)
El rang d'una matriu és el nombre de files que no tenen tots els seus elements iguals a zero, després d'aplicar el mètode de Gauss.
Per exemple, si després d'aplicar Gauss obtenim aquesta matriu:
$$
M=\left (
\begin{array}{ccc|c}
1 & 2 & 3 & 0 \\
0 & 0 & 0 & 2\\
0 & 0 & 0 & 0
\end{array}
\right )
$$
El seu rang és 2, ja que les dues primeres files tenen nombres diferents de zero. Es a dir: rang(M) = 2.
{{Rang estadístic (definició)}}
El rang és la diferència entre el valor màxim i el mínim d'un conjunt de dades.
Per exemple, si $$x_i=\{ 3, 6, 2, 4, 1, 8, 1, 0, 11\}$$
El rang és 11-0=''11''
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
@@float:right;width:40%;[img[rata.jpg]]@@En una ciutat el nombre de rates que hi ha en un moment determinat t (en anys) és:
$$P (t) = 2000 \cdot e ^ {\frac {t} {2}}$$
$$P (t)$$ és el nombre de rates a l'any "t"
a) Quantes rates hi ha en el moment inicial $$t = 0$$?
b) Quantes rates hi ha al cap de 10 anys?
c) Quants anys trigaran les rates a tenir una població de 10 000 individus?
d) Quants anys trigaran les rates a tenir una població de 1 000 000 individus?
@@color:blue;El recorregut d'una funció són els valors que pren la variable dependent $$y=f(x)$$ al donar valors a la variable independent $$x$$. @@
Per exemple, si $$f(x)= \dfrac 1 x$$ i $$x=2$$, el valor $$y=f(2)= \dfrac 1 2 = 0.5$$ pertany al recorregut de la funció.
{{Recorregut}}
Per calcular el recorregut es calcula en primer lloc la funció inversa, $$f^{-1}(x)$$, i després es calcula el domini d'aquesta funció. Es a dir: $$R(f(x))=D(f^{-1}(x))$$.
Dues rectes són paral·leles quan la seva pendent és la mateixa i el seus termes independents són diferents.
$$y=mx+n_1$$ i $$y=mx+n_2$$ són paral·leles perque tenen la mateixa pendent, $$m$$, i els seus termes independents són diferents, $$n_1 \neq n_2$$.
!!Exemple:
Les rectes:
$$y=3x-1
$$
$$y=3x+10
$$
són paral·leles porque les seves pendents són iguals $$m = 3$$ i els termes independents són diferents, $$-1 \neq 10$$
@@color:blue;Una recta tangent a una corba en un punt, és una recta que en passar per aquest punt té la mateixa pendent de la corba en aquest punt.@@
Exemple:
$$y=3x-1$$ és la recta tangent a la corba de $$f(x)=x^2+x$$ en el punt A(1,2)
<center>{{Imagen ejemplo recta tangente}}</center>
@@float:right;margin:5px;width:50%;
[img[Gràfic rectes]]
@@Una de les [[equacions|Equacions de la recta]] més utilitzades per representar rectes és l'equació explícita de la recta:
$$
y = mx + n
$$.
On // m // és el pendent de la recta i // n // el seu terme independent.
Quan se'ns demana l'equació explícita d'una recta, el que se'ns demana és que trobem la // m // i la // n //.
Exemples de rectes:
* $$ y = -2x + 5 $$
* $$ y = \dfrac x 7 + 8 $$
* $$ y = x + 1 $$
; Veure:
: [[Equacions de la recta]]
: [[Exemple de dibuix d'una recta]]
!! Pendent, m
// m // és el pendent de la recta i ens indica la seva inclinació:
* Si m> 0, la recta creix (mirat d'esquerra a dreta), és a dir, va cap amunt.
* Si m = 0, la recta és horitzontal.
* Si m <0, la recta decreix (va cap avall).
!! Terme independent, n
// n // és el terme independent i ens indica el punt on la recta talla l'eix vertical Y.
Continua amb:
<<toc-selective-expandable Rectes sort[orden] >>
{{Recta paral·lela}}
<<toc-selective-expandable 'Rectes paral·leles' sort[orden]>>
{{Recta tangent}}
El pendent d'una recta tangent a una funció en un punt és el valor de la derivada de la funció en aquest punt.
Si @@color:blue;$$ y = mx + n $$@@ és la recta tangent, el seu pendent és // m //. Si $$ f (x) $$ és una funció, llavors el pendent de la recta en el punt d'abscissa $$ x_0 $$ és
@@color:blue;$$
m=f'(x_0)
$$@@
Per trovar l'equació de la recta tangent podem fer servir l'equació punt-pendent:
$$
y-f(x_0)=f'(x_0)(x-x_0)
$$
Aïllant la $$y$$ tindrem l'equació desitjada:
@@color:blue;$$
y=f'(x_0)(x-x_0) + f(x_0)
$$@@
---
<<toc-selective-expandable 'Rectes tangents' sort[orden]>>
{{Regressió lineal (definició)}}
---
!!Índex
<<toc-selective-expandable "Regressió lineal" sort[orden]>>
La regressió consisteix en calcular la recta que relaciona dues variables X i Y.
D'aquesta forma podrem predir (calcular) valors de Y, donats valors de X.
L'[[equació punt-pendent|Equació punt-pendent de la recta]] de la recta de regressió de Y (variable dependent) sobre X (variable independent) és:
$$
y- \bar y= \dfrac {s_{xy}}{s_{x}^2}(x- \bar x)
$$
Si la variable independent és la Y i la dependent és la X, llavors la fórmula és:
$$
x- \bar x= \dfrac {s_{xy}}{s_{y}^2}(y- \bar y)
$$
*$$s_{xy}$$ és la [[covariància|Covariància]].
*$$s_x$$ i $$s_y$$ són les [[desviacions típiques|Desviació típica o estàndard]].
*$$ \bar x $$ i $$ \bar y $$ són les [[mitjanes|Mitjana]].
Aquesta recta només té sentit calcular-la si la [[correlació|Correlació]] és propera a +1 o -1. Si és propera a 0 no té sentit ja que les variables no estan relacionades.
Els sistemes es poden resoldre pel ''mètode de Gauss'' fent una [[matriu triangular superior|Matriu triangular superior (definició)]] (una matriu amb zeros sota la diagonal principal) o pel ''mètode de Gauss-Jordan'' que consisteix en continuar el mètode de Gauss fins fer una [[matriu identitat|Matriu identitat (definició)]] (una matriu amb uns a la diagonal principal i zeros a la resta). El mètode de Gauss sembla més curt ja que es queda just a la meitat de la resolució que si el fem pel mètode de la matriu identitat, però desprès encara hem d'aïllar les incògnites, cosa que no succeeix si fem una matriu identitat.
En general el mètode de Gauss-Jordan és preferible ja que els càlculs són més senzills, especialment si apareixen fraccions.
En tots dos casos es segueixen els passos:
#Escrivim la [[matriu ampliada|Matriu ampliada]] del sistema.
#Apliquem el [[mètode de Gauss|Mètode de Gauss]] per fer una matriu triangular superior.
#Fem la [[discussió del sistema|Discussió de sistemes]].
#Si és compatible (determinat o indeterminat) es resol (aïllant les incògnites o continuant Gauss fins aconseguir una matriu identitat).
!!Índex de la resolució de sistemes
<<toc-selective-expandable "Resolució de sistemes" sort[orden]>>
A continuació trobaràs la descripció del mètode de Gauss així com sistemes resolts mitjançant aquest mètode.
!!Índex de resolució de sistemes per Gauss
<<toc-selective-expandable "Resolució de sistemes pel mètode de Gauss" sort[orden]>>
!!Índex
<<toc-selective-expandable "Resolució de sistemes pel mètode de Gauss-Jordan" sort[orden]>>
Quan un sistema és incompatible no es resol, així doncs es fa exactament igual pel mètode de Gauss o el de Gauss-Jordan.
Considerem aquest sistema:
$$
\left \{
\begin{array}{r}
x+y+z=1 \\
2x-y+4z=6 \\
3x+5z=1
\end{array}
\right .
$$
Anomenarem ''M'' a la [[matriu associada|Matriu associada]] i ''M*'' a la [[matriu ampliada|Matriu ampliada]].
La matriu ampliada és:
$$
M^*=\left (
\begin{array}{rrr|r}
1 & 1 & 1 & 1 \\
2 & -1 & 4 & 6 \\
3 & 0 & 5 &1
\end{array}
\right )
$$
Apliquem Gauss:
$$
F_2 \rightarrow F_2-2F_1
$$
$$
\left (
\begin{array}{rrr|r}
1 & 1 & 1 & 1 \\
0 & -3 & 2 & 4 \\
3 & 0 & 5 &1
\end{array}
\right )
$$
$$
F_3 \rightarrow F_3-3F_1
$$
$$
\left (
\begin{array}{rrr|r}
1 & 1 & 1 & 1 \\
0 & -3 & 2 & 4 \\
0 & -3 & 2 & -2
\end{array}
\right )
$$
$$
F_3 \rightarrow F_3-F_2
$$
$$
\left (
\begin{array}{rrr|r}
1 & 1 & 1 & 1 \\
0 & -3 & 2 & 4 \\
0 & 0 & 0 & -6
\end{array}
\right )
$$
''Discussió:''
Hem obtingut les matrius:
$$
M=\left (
\begin{array}{rrr}
1 & 1 & 1 \\
0 & -3 & 2 \\
0 & 0 & 0
\end{array}
\right )
$$
$$
M^*=\left (
\begin{array}{rrr|r}
1 & 1 & 1 & 1 \\
0 & -3 & 2 & 4 \\
0 & 0 & 0 & -6
\end{array}
\right )
$$
rang(M) = 2 i rang(M*) = 3. Com que no coincideixen el sistema es incompatible i no té solució.
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=solve+x%2By%2Bz%3D1,+2x-y%2B4z%3D6,+3x%2B5z%3D1%20]]
En una reunió hi ha 22 persones, entre homes, dones i nens. El doble del nombre de dones més el triple del nombre de nens, és igual al doble del nombre d'homes.
a) Amb aquestes dades, es pot saber el nombre d'homes que hi ha?
b) Si, a més, se sap que el nombre d'homes és el doble del de dones, quants homes, dones i nens hi ha?
'' Solució: '' Hi ha 12 homes, 6 dones i 4 nens.
És un sistema amb ''solució''.
Aquestes solucions poden ser infinites (sistema compatible indeterminat) o única (sistema compatible determinat).
Els sistemes compatibles tenen el [[rang|Rang d'una matriu]] de la [[matriu ampliada|Matriu ampliada]] i la [[matriu associada|Matriu associada]] ''iguals''.
Vegeu aquí [[exemples|Resolució de sistemes]].
És un sistema amb ''una única solució''.
Els sistemes compatibles determinats tenen el [[rang|Rang d'una matriu]] de la [[matriu ampliada|Matriu ampliada]] i la [[matriu associada|Matriu associada]] ''igual'' al nombre d'incògnites.
Vegeu aquí [[exemples|Resolució de sistemes]].
$$
\begin{cases}
x+y=3\\
x-y=1
\end{cases}
$$
Anomenarem ''M'' a la [[matriu associada|Matriu associada]] i ''M*'' a la [[matriu ampliada|Matriu ampliada]].
Matriu ampliada del sistema:
$$
M^*= \left (
\begin{array}{rr|r}
1 & 1 & 3 \\
1 & -1 & 1
\end{array}
\right )
$$
Apliquem el mètode de Gauss:
$$
F_2 \rightarrow F_2-F_1
$$
$$
\left (
\begin{array}{rr|r}
1 & 1 & 3 \\
0 & -2 & -2
\end{array}
\right )
$$
Discussió:
Els rangs de la matriu ampliada i la matriu associada són, respectivament, rang(M*) = 2 i rang(M) = 2. Per tant els sistema és compatible determinat i té una única solució.
Solució:
$$
-2y=-2
$$
$$
y=\dfrac {-2}{-2}=1
$$
$$
x+1=3
$$
$$
x=3-1=2
$$
La solució és:
$$
(x,y)=(2,1)$$
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=x%2By%3D3,+x-y%3D1%20]]
{{Exemple del mètode de Gauss 1}}
Discussió:
El rang de la matriu associada és rang(M) = 3 i el rang de la matriu del sistema és rang(M*) = 3. Per tant el sistema és compatible determinat i té una única solució.
Solució:
$$
12z=36
$$
@@color:blue;$$
z= \dfrac {36} {12}=3
$$@@
$$
-4y+7z=13
$$
$$
-4y+7 \cdot 3 = 13
$$
$$
-4y+21=13
$$
@@color:blue;$$
y= \dfrac {13-21}{-4}=2
$$@@
$$
3x+y+2z=11
$$
$$
3x+2 +2 \cdot 3=11
$$
$$
3x+8=11
$$
@@color:blue;$$
x= \dfrac {11-8}{3}=1
$$@@
Per tant, la solució és:
$$
(x,y,z)=(1,2,3)
$$
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=3x%2By%2B2z%3D11,+2x%2B2y-z%3D3,+x-y-z%3D-4%20]]
$$
\begin{cases}
x+y=3\\
x-y=1
\end{cases}
$$
Anomenarem ''M'' a la [[matriu associada|Matriu associada]] i ''M*'' a la [[matriu ampliada|Matriu ampliada]].
Matriu ampliada del sistema:
$$
M^*= \left (
\begin{array}{rr|r}
1 & 1 & 3 \\
1 & -1 & 1
\end{array}
\right )
$$
Apliquem el mètode de Gauss:
$$
F_2 \rightarrow F_2-F_1
$$
$$
\left (
\begin{array}{rr|r}
1 & 1 & 3 \\
0 & -2 & -2
\end{array}
\right )
$$
Discussió:
Els rangs de la matriu ampliada i la matriu associada són, respectivament, rang(M*) = 2 i rang(M) = 2. Per tant els sistema és compatible determinat i té una única solució.
Continuació:
$$
F_1 \rightarrow 2F_1+F_2
$$
$$
\left (
\begin{array}{rr|r}
2 & 0 & 4 \\
0 & -2 & -2
\end{array}
\right )
$$
Per posar 1 a la diagonal principal dividim cada fila pel número que tenen ara.
$$
F_1=\frac {F_1}{2}
$$
$$
F_2= \frac {F_2}{-2}
$$
$$
\left (
\begin{array}{rr|r}
1 & 0 & 2 \\
0 & 1 & 1
\end{array}
\right )
$$
Solució:
Tenim $$(x,y)=(2,1)$$
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=row+reduce+%7B%7B1,1,3%7D,%7B1,-1,1%7D%7D%20]]
Apliquem el mètode de Gauss al sistema:
$$
\begin{cases} 3x+y+2z =11 \\ 2x+2y-z = 3 \\ x-y-z =-4 \end{cases}
$$
Anomenarem ''M'' a la [[matriu associada|Matriu associada]] i ''M*'' a la [[matriu ampliada|Matriu ampliada]].
En primer lloc escrivim la matriu ampliada:
$$
M^*=
\left (
\begin{array}{rrr|r}
3 & 1& 2 & 11 \\
2 & 2 & -1 & 3 \\
1 & -1 & -1 & -4
\end{array}
\right )
$$
Posarem un zero sota el 3 de la primera columna. Per fer-ho multipliquem la primera fila per 2, la segona fila por -3 i les sumem.
Es a dir:
$$
F_2 \rightarrow 2F_1-3F_2 $$
$$
\left (
\begin{array}{rrr|r}
3 & 1& 2 & 11 \\
0 & -4 & 7 & 13 \\
1 & -1 & -1 & -4
\end{array}
\right )
$$
Posarem el segon zero de la primera columna, multiplicant la tercera fila per -3 i sumant-li la primera.
$$
F_3 \rightarrow -3F_3+F_1 $$
$$
\left (
\begin{array}{rrr|r}
3 & 1& 2 & 11 \\
0 & -4 & 7 & 13 \\
0 & 4 & 5 & 23
\end{array}
\right )
$$
L'últim pas abans de fer la discussió del sistema és posar un zero a la tercera fila, segona columna. Per fer-ho sumem la segona i tercera fila:
$$
F_3 \rightarrow F_2+F_3
$$
$$
\left (\begin{array}{rrr|r}3 & 1& 2 & 11 \\ 0 & -4 & 7 & 13 \\ 0 & 0 & 12 & 36\end{array}
\right )
$$
Discussió:
El rang de la matriu associada és rang(M) = 3 i el rang de la matriu del sistema és rang(M*) = 3. Per tant el sistema és compatible determinat i té una única solució.
Solució:
Continuem aplicant Gauss fins a obtenir una matriu del sistema amb uns a la diagonal i zeros a la resta.
$$
F_1 \rightarrow 4F_1+F_2
$$
$$
\left (\begin{array}{rrr|r}12 & 0& 15 & 57 \\ 0 & -4 & 7 & 13 \\ 0 & 0 & 12 & 36\end{array}
\right )
$$
Abans de continuar, simplifiquem les files 1 i 3
$$
F_1 \rightarrow \frac {F_1}{3},\ F_3 \rightarrow \frac {F_3}{12}
$$
$$
\left (\begin{array}{rrr|r}4 & 0& 5 & 19 \\ 0 & -4 & 7 & 13 \\ 0 & 0 & 1 & 3\end{array}
\right )
$$
$$
F_1 \rightarrow F_1-5F_3
$$
$$
F_2 \rightarrow F_2-7F_3
$$
$$
\left (\begin{array}{rrr|r}4 & 0& 0 & 4 \\ 0 & -4 & 0 & -8 \\ 0 & 0 & 1 & 3\end{array}
\right )
$$
Transformem en 1 els nombres de la diagonal.
$$
F_1 \rightarrow \frac {F_1} {4},\ F_2 \rightarrow \frac {F_2} {-4}
$$
$$
\left (\begin{array}{rrr|r}1 & 0& 0 & 1 \\ 0 & 1 & 0 & 2 \\ 0 & 0 & 1 & 3\end{array}
\right )
$$
Amb lo qual el resultat és: $$(x,y,z)=(1,2,3)
$$
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=row+reduce+%7B%7B3,1,2,11%7D,+%7B2,2,-1,3%7D,+%7B1,-1,-1,-4%7D%20]]
És un sistema amb ''infinites solucions''.
Els sistemes compatibles indeterminats tenen el [[rang|Rang d'una matriu]] de la [[matriu ampliada|Matriu ampliada]] i la [[matriu associada|Matriu associada]] iguals però ''menor'' que el nombre d'incògnites.
Vegeu aquí [[exemples|Resolució de sistemes]].
$$
\begin{cases}
x+y=3\\
-x-y=-3
\end{cases}
$$
Anomenarem ''M'' a la [[matriu associada|Matriu associada]] i ''M*'' a la [[matriu ampliada|Matriu ampliada]].
Matriu ampliada del sistema:
$$
M^*=\left (
\begin{array}{rr|r}
1 & 1 & 3 \\
-1 & -1 & -3
\end{array}
\right )
$$
Apliquem el mètode de Gauss:
$$
F_2 \rightarrow F_2+F_1
$$
$$
\left (
\begin{array}{rr|r}
1 & 1 & 3 \\
0 & 0 & 0
\end{array}
\right )
$$
Discussió:
El rang de la matriu associada és rang(M) = 1 i el rang de la matriu ampliada és rang(M*) = 1. Són iguals i menors que el número d'incògnites, per tant és compatible indeterminat i té infinites solucions.
Tenim una fila sencera amb zeros, per tant ens quedarà una incògnita sense determinar.
''Solució 1'': En funció de $$y$$
La $$y$$ es tractarà com si fos un nombre i aïllarem la $$x$$ de la primera equació.
$$
x+y=3
$$
@@color:blue;$$
x= 3-y
$$@@
Per tant la solució és:
$$
(x,y)=(3-y,y)
$$
---
''Solució 2'': En funció d'un paràmetre $$\lambda$$ (lambda).
A la $$y$$ l'anomenem $$\lambda$$ ($$ \lambda \in \mathbb{R} $$):
@@color:blue;$$
y= \lambda
$$@@
Substituïm lambda a la primera equació:
$$
x+\lambda=3
$$
@@color:blue;$$
x= 3-\lambda
$$@@
Per tant la solució és:
$$
(x,y)=(3-\lambda,\lambda)
$$
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=x%2By%3D3,+-x-y%3D-3+for+x%20]]
{{Exemple del mètode de Gauss 2}}
Discussió:
El rang de la matriu associada és rang(M) = 2 i el de la matriu ampliada, rang(M*) = 2. Per tant es tracta d'un sistema compatible indeterminat amb infinites solucions.
Tenim una fila sencera amb zeros, per tant ens quedarà una incògnita sense determinar.
''Solució 1''. En funció de $$z$$.
Aïllem $$y$$ a la segona equació, la $$z$$ es tracta com si fos un nombre:
$$
3y + 0 \cdot z=0
$$
$$
3y=0
$$
@@color:blue;$$
y= \dfrac 0 3 = 0
$$@@
Substituïm $$y=0$$ i $$z$$ a la primer equació:
$$
x+y+z=0
$$
$$
x+0+z=0
$$
@@color:blue;$$
x=-z
$$@@
La solució serà:
$$
(x,y,z)=(-z,0,z)
$$
---
''Solució 2''. En funció d'un paràmetre $$\lambda$$.
Fem @@color:blue;$$z=\lambda$$@@, on $$ \lambda \in \mathbb{R} $$
Aïllem $$y$$ a la segona equació, la $$\lambda$$ es tracta com si fos un nombre:
$$
3y + 0 \cdot \lambda=0
$$
$$
3y=0
$$
@@color:blue;$$
y= \dfrac 0 3 = 0
$$@@
Substituïm $$y=0$$ i $$\lambda$$ a la primer equació:
$$
x+y+z=0
$$
$$
x+0+\lambda=0
$$
@@color:blue;$$
x=-\lambda
$$@@
La solució serà:
$$
(x,y,z)=(-\lambda,0,\lambda)
$$
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=x%2By%2Bz%3D0,+-x%2B2y-z%3D0,+2x-y%2B2z%3D0,+for+x,y%20]]
$$
\left \{
\begin{array}{rr}
2x-y+3z=&1 \\
-2x+y-3z=&-1 \\
4x-2y+6z=&2
\end{array}
\right .
$$
Anomenarem ''M'' a la [[matriu associada|Matriu associada]] i ''M*'' a la [[matriu ampliada|Matriu ampliada]].
Matriu ampliada del sistema:
$$
M^*=\left (
\begin{array}{rrr|r}
2 & -1 & 3 & 1 \\
-2 & 1 & -3 & -1 \\
4 & -2 & 6 & 2
\end{array}
\right )
$$
Apliquem Gauss:
$$
F_2 \rightarrow F_1+F_2
$$
$$
\left (
\begin{array}{rrr|r}
2 & -1 & 3 & 1 \\
0 & 0 & 0 & 0 \\
4 & -2 & 6 & 2
\end{array}
\right )
$$
$$
F_3 \rightarrow 2F_1-F_3
$$
$$
\left (
\begin{array}{rrr|r}
2 & -1 & 3 & 1 \\
0 & 0 & 0 & 0 \\
0 & 0 & 0 & 0
\end{array}
\right )
$$
Discussió:
Rang de la matriu associada rang(M) = 1, rang de la matriu ampliada rang(M*) = 1. Es tracta, doncs, d'un sistema compatible indeterminat amb infinites solucions.
Dues files són zero, per tant ens quedaran dues incògnites sense determinar.
''Solució 1''. En funció de $$y$$ i $$z$$
Aïllem $$x$$ de la primera equació. La $$y$$ i la $$z$$ es tracten com si fossin nombres.:
$$
2x-y+3z=1
$$
$$
2x=1+y-3z
$$
@@color:blue;$$
x= \dfrac {1+y-3z}{2}
$$@@
La solució final és:
$$
(x,y,z)=\left (\dfrac {1+y-3z}{2}, y, z \right )
$$
''Solució 2''. En funció de $$\lambda$$ (lambda) i $$\mu$$ (mu).
@@color:blue;$$
y=\mu, \ \mu \in \mathbb{R}
$$
$$
z=\lambda,\ \lambda \in \mathbb{R}
$$@@
Com abans, aïllem $$x$$ a la primera equació:
$$
2x-\lambda+3\mu=1
$$
$$
2x=1+\lambda -3\mu
$$
@@color:blue;$$
x= \dfrac {1+\lambda-3\mu}{2}
$$@@
La solució és:
$$
(x,y,z)=\left (\dfrac {1+\lambda-3\mu}{2}, \lambda, \mu \right )
$$
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=2x-y%2B3z%3D1,+-2x%2By-3z%3D-1,+4x-2y%2B6z%3D2+for+x%20]]
{{Exemple del mètode de Gauss 2}}
Discussió:
El rang de la matriu associada és rang(M) = 2 i el de la matriu ampliada, rang(M*) = 2. Per tant es tracta d'un sistema compatible indeterminat amb infinites solucions.
Tenim una fila sencera amb zeros, per tant ens quedarà una incògnita sense determinar.
Solució:
Podem el·liminar l'última fila
$$
\left (
\begin{array}{rrr|c}
1 & 1 & 1 & 0 \\
0 & 3 & 0 & 0
\end{array}
\right )
$$
Al a fila 1 només podem posar un zero a la posició (1,2)
$$
F_! \rightarrow 3F_1-F_2
$$
$$
\left (
\begin{array}{rrr|c}
3 & 0 & 3 & 0 \\
0 & 3 & 0 & 0
\end{array}
\right )
$$
Posem 1 a la diagonal principal
$$
F_1 \rightarrow \frac {F_1} 3,\ F_2 \rightarrow \frac {F_2} 3
$$
$$
\left (
\begin{array}{rrr|c}
1 & 0 & 1 & 0 \\
0 & 1 & 0 & 0
\end{array}
\right )
$$
La incògnita $$z$$ queda sense determinar.
De la segona equació: $$y=0$$.
de la primera equació: $$x+z=0;\ x=-z$$
La solució queda: $$(x,y,z)=(-z,0,z)$$
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=row+reduce+%7B%7B1,1,1,0%7D,+%7B-1,2,-1,0%7D,+%7B2,-1,2,0%7D%7D%20]]
$$\left \{ \begin{array}{r} -x+2y+3z=1 \\2x+y+z=-1 \\x+3y+4z=0 \end{array}\right .
$$
Escrivim la matriu ampliada del sistema:
$$
M^*=\left ( \begin{array}{rrr|r} -1&2&3&1 \\ 2&1&1&-1 \\ 1&3&4&0 \end{array}\right )
$$
En primer lloc farem una matriu triangular superior, començant per posar zeros a sota el primer element $$m_{1,1}$$
$$
F_2 \rightarrow 2F_1+F_2,\quad F_3\rightarrow F_1+F_3
$$
$$
\left ( \begin{array}{rrr|r} -1&2&3&1 \\ 0&5&7&1 \\ 0&5&7&1 \end{array}\right )
$$
$$
F_3 \rightarrow F_2-F_3
$$
$$
\left ( \begin{array}{rrr|r} -1&2&3&1 \\ 0&5&7&1 \\ 0&0&0&0 \end{array}\right )
$$
Discussió:
Anomenem M a la matriu associada, rang(M)=rang(M*)=2. El sistema és per tant ''compatible indeterminat'' ja que els rangs són iguals però més petits que el nombre d'incògnites.
Solució:
Eliminem la fila de zeros i continuem Gauss.
$$
\left ( \begin{array}{rrr|r} -1&2&3&1 \\ 0&5&7&1 \end{array}\right )
$$
Podem posar un zero a la y o la z de la primera fila. Ho farem a la y (el resultat ens quedarà en funció de z).
$$
F_1 \rightarrow 5F_1-2F_2
$$
$$
\left ( \begin{array}{rrr|r} -5&0&1&3 \\ 0&5&7&1 \end{array}\right )
$$
Posem uns a la diagonal principal:
$$
F_1 \rightarrow -\frac {F_1} {5},\quad F_1 \rightarrow \frac {F_2} {5}
$$
$$
\left ( \begin{array}{rrr|r} 1&0&\phantom{\dfrac 1 2}-\tfrac 1 {5}&-\tfrac 3 {5} \\ 0&1&\tfrac 7 5&\tfrac 1 5 \end{array}\right )
$$
De la segona fila:
$$
y+\dfrac 7 5 z= \dfrac 1 5
$$
$$
y= \dfrac 1 5 - \dfrac {7z} 5 =\color{blue}{\frac{1-7z}{5}}
$$
De la primera fila:
$$
x-\frac 1 5 z=-\frac 3 5
$$
$$
x=\frac z 5 - \frac 3 5= \color{blue}{\frac {z-3}{5}}
$$
La solució queda com a:
@@color:blue;$$
(x,y,z)=\left ( \frac {z-3}{5}, \frac{1-7z}{5},z \right )
$$@@
[[Solució amb WolframAlpha|http://www.wolframalpha.com/input/?x=0&y=0&i=row+reduce+%7B%7B-1,2,3,1%7D,+%7B2,1,1,-1%7D,+%7B1,3,4,0%7D%7D%20]]
Es un sistema ''sense solució''.
Els sistemes incompatibles tenen el [[rang|Rang d'una matriu]] de la [[matriu ampliada|Matriu ampliada]] i la [[matriu associada|Matriu associada]] ''diferents''.
Vegeu aquí [[exemples|Resolució de sistemes]].
<<toc-selective-expandable "Sistemes amb WolframAlpha" sort[orden]>>
Només hem de colocar les equacions separades per comes.
Si el sistema és compatible indeterminat es pot seleccionar en funció de quina incògnita volem la solució (normalment ho fem en funció de z). Si no indiquem res la solució estarà en funció de x. Haurem de fer servir ''for''
*En funció de z: ''for x, y''
*En funció de y: ''for x,z''
*En funció de x: ''for y, z''
!!Exemple compatible determinat
$$
\left \{ \begin{array}{r} 2x+3y+4z=1 \\ x-y-2z=-1 \\ 3x+2y+z=0 \end{array}\right .
$$
[[2x+3y+4z=1, x-y-2z=-1, 3x+2y+z=0|http://www.wolframalpha.com/input/?x=0&y=0&i=2x%2B3y%2B4z%3D1,+x-y-2z%3D-1,+3x%2B2y%2Bz%3D0]]
:[[Enllaç per a mòbil|http://m.wolframalpha.com/input/?x=0&y=0&i=2x%2B3y%2B4z%3D1,+x-y-2z%3D-1,+3x%2B2y%2Bz%3D0]]
!!Exemple compatible indeterminat
$$
\left \{ \begin{array}{r} x+2y+z=1 \\ -x+y+z=0 \\ 3y+2z=1 \end{array}\right .
$$
[[x+2y+z=1,-x+y+z=0, 3y+2z=1 for x,y|http://www.wolframalpha.com/input/?x=0&y=0&i=x%2B2y%2Bz%3D1,-x%2By%2Bz%3D0,+3y%2B2z%3D1+for+x,y]]
:[[Enllaç per a mòbil|http://m.wolframalpha.com/input/?x=0&y=0&i=x%2B2y%2Bz%3D1,-x%2By%2Bz%3D0,+3y%2B2z%3D1+for+x,y]]
@@float:right;margin:5px;width:50%;
[img[Gràfic sistemes]]
@@Els sistemes d'equacions lineals es resolen mitjançant l'ús de ''matrius'' amb el ''mètode de Gauss'' i el ''mètode de Gauss-Jordan''.
Per saber si un sistema es pot resoldre o no, i si es pot, quantes solucions té, es fa la ''discussió'' del sistema.
---
!!Índex de sistemes
<<toc-selective-expandable "Sistemes equacions lineals" sort[orden]>>
[[Enunciat|Composició 1]]
#$$ f[g(x)]= \dfrac 2 {2x+1} $$<br><br>
#$$ (h\circ g)(x)=4x^2+6x+5 $$<br><br>
#$$ f[f(x)]=x $$ <br><br>
#$$ (g \circ f)(x)= \dfrac 4 x + 1
#$$ (f \circ g)(x)=x $$<br><br>
# $$ h(f(x))=\dfrac{x}{x-1}$$<br><br>
# $$ (f \circ f)(x) =x-2$$<br><br>
# $$f(h(x))=\dfrac{1}{x}$$<br><br>
# $$ (g \circ h)(x) =\dfrac{2x+1}{x}$$
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to \infty} e^{x+1} =\infty\\ \\
\text{2)} & \lim_{x \to -\infty} 2^{1-x}=\infty\\\\
\text{3)} & \lim_{x \to 0} 10^{2x}=1 \\\\{
}\text{4)} & \left .
\begin{array}{r}
\lim_{x \to 1^-} f(x)=0 \\
\lim_{x \to 1^+} f(x)=\infty
\end{array}
\right \}
\lim_{x \to 0} f(x)=\nexists
\\\\
\text{5)} & \lim_{x \to 0} 2^{\frac 1 {x^2}}=\infty
\end{array} $$
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to \infty } 5^{\frac 1 x}=1 \\ \\
\text{2)} & \lim_{x \to -\infty } 5^{\frac 1 x} =1\\\\
\text{3)} & \lim_{x \to \infty } 2^{-x-1} =0 \\\\
\text{4)} & \lim_{x \to \infty} x \cdot e^x =\infty\\\\
\text{5)} & \lim_{x \to -\infty}-e^{-x}=-\infty
\end{array} $$
S'indiquen tots els resultats en primer lloc.
#$$x = \{1,2,3 \}$$
#$$x = \{1,2,2\}=\{1,2\}$$
#$$x = \{- 2, - 2,2\}=\{\pm 2\}$$
#$$x = \{- 1,0,1 \}= \{0,\pm1 \}$$
#$$x = \{- 2,1,3\}$$
[[Enunciats|Funció inversa 1]]
# $$ y^{-1}= \sqrt{\dfrac {x+5} 3}$$<br><br>
# $$ y^{-1}= \dfrac 3 x $$<br><br>
# $$ y^{-1}= \dfrac 1 {x-1}$$<br><br>
# $$ y^{-1}= \dfrac 2 {3x-1}$$<br><br>
# $$ y^{-1}= \dfrac {x-1} {2x-4}$$
La composició $$ y \circ y^{-1} $$ ha de donar en tots els casos: $$x$$
Sí perquè el sistema és incompatible
1. El pendent és $$ m = \ tan 45 ^ \circ = 1 $$
---
2. El pendent és $$ m = \tan 100 ^ \circ \approx 5671 $$
---
3. $$ \alpha = \arctan 4 \approx 75 ^ \circ 57 '50' '$$
---
4. Si anomenem // m // al pendent que busquem, llavors $$ m = \arctan \dfrac 1 2 \approx 26 ^ \circ 33 '54' '$$
---
5. La dada $$ x_0 = 3 $$ no serveix per resoldre el problema. Només el pendent de la recta:
$$
\alpha = \arctan 2 \approx 63 ^ \circ 26 '6' '
$$
# $$ y' = 6x+4 $$<br><br>
# $$ y' = 9+ \dfrac 1 {2\sqrt x} $$<br><br>
# $$ y' = 5^x \cdot \ln 5 - \dfrac 3 x $$<br><br>
# $$ y' = -\sin x - 6x^2 $$<br><br>
# $$ y' = \dfrac 1 {\cos^2 x} + \dfrac 1 {x\ln 3} $$<br><br>
# $$ y' = \cos x + \dfrac {77}{5 \sqrt [5] x} $$<br><br>
# $$ y' = e^x $$<br><br>
# $$ y' = 1 $$<br><br>
# $$ y' = -1 - \cos x
# $$ y' = \sin x + x \cos x $$<br><br>
# $$ y' = \ln x + 1 $$<br><br>
# $$ y' = \dfrac 3 {x^2} $$<br><br>
# $$ y' = 7x^6 \cdot \tan x + \dfrac {x^7}{\cos^2 x} $$<br><br>
# $$ y' = \dfrac {1-x \ln x} {(\ln x)^2} $$<br><br>
# $$ y' = \cos^2 x - \sin^2 x $$<br><br>
# $$ y' = x^2 \cdot 2^x \cdot \ln 2 + 2x \cdot 2^x = x \cdot 2^x (x \cdot \ln 2 +2) $$<br><br>
# $$ y' = \dfrac {21}{(2x+5)^2} $$<br><br>
# $$ y' = 8x+8 $$<br><br>
# $$ y' = \ln x \cdot e^x + \left ( \dfrac {e^x} x + e^x \cdot \ln x \right ) \cdot x
#$$x = \{1,1,2,2 \}= \{1,2 \}$$
#$$x = \{- 2, - 1,1,2\}$$
#$$x = \{- 1,0,1,3\}$$
#$$x = \{- 4, - 2, - 1,2\}$$
#$$x =\{ - 3, - 1,0,1\}$$
#$$x = \{- 3, - 1,1,1,2 \}= \{- 3, - 1, 1, 2 \}$$
#$$x =\{ 1,1,1,1,1 \}= 1 $$
#$$x =\{ - 1, - 1,1,1,2 \}=\{ - 1, 1, 2 \}$$
#$$x =\{ - 1, - 1,1,2,3 \}=\{ - 1, 1,2,3 \}$$
#$$x = \{- 1, - 1,1,1,1 \}= \{- 1,1 \}$$
# $$ y' = 2x+1 $$<br><br>
# $$ y' = -3 $$<br><br>
# $$ y' = 2x+2 $$<br><br>
# $$ y' = \dfrac {-3} {x^2} $$<br><br>
# $$y' = \dfrac {2} {x^2} $$<br><br>
# $$ y' = 16x $$<br><br>
# $$y' = 0 $$<br><br>
# $$y' = 6 $$<br><br>
# $$y' = -18x+4 $$<br><br>
# $$y' = \dfrac {-8} {x^2}
# $$ y' = 1 $$<br><br>
# $$ y' = \dfrac 1 {\sqrt{2x-2}} $$<br><br>
# $$ y' = \dfrac {-\sin x}{\cos x \cdot \ln 9} = \dfrac {-\tan x}{\ln9}$$<br><br>
# $$ y' = 4(x+3)^3 \cdot (2x)^8 +16 (2x)^7 \cdot (x+3)^4 $$<br><br>
# $$ y' = 3 \cdot \cos x \cdot \sin^2 x $$<br><br>
# $$ y' = \dfrac 2 {3 \sqrt [3] {(2x+2)^2}} $$<br><br>
# $$ y' = (6x+2) \cdot e^{3x^2+2x} $$<br><br>
# $$ y' = 5x^4 \cdot \tan x^3 $$<br><br>
# $$ y' = \dfrac {5\tan^4 x} {\cos^2 x} $$<br><br>
# $$ y' = 0
# $$ y' = \dfrac {-3}{(x-3)^2} $$<br><br>
# $$ y' = 7^{2x} \cdot (4x+12) + 2 \cdot 7^{2x} = 7^{2x}(4x+14) $$<br><br>
# $$ y' = \dfrac {\cos 2x}{\sqrt {\cos 2x}} = \sqrt {\cos 2x}$$<br><br>
# $$ y' = 10(2x)^4 \cdot e^{(2x)^5} $$<br><br>
# $$ y' = \dfrac {(12x^2+6x)(x^2+x)^2-3(x^2+x)^2}{(3x)^2} $$ $$=\dfrac{9x^4+12x^3+3x^2}{9x^2}$$ $$=\dfrac{3x^2+4x+1}{3}$$<br><br>
# $$ y' = \dfrac {7x}{\sqrt{7x^2}} \cos {\sqrt{7x^2}} $$<br><br>
# $$ y' = \dfrac {4^{\ln x}}{x}\ln 4 $$<br><br>
# $$ y' = (768x-192) (6x^2-3x+2)^7 $$<br><br>
# $$ y' = \dfrac {-2(x+1)}{(x+1)^4} = \dfrac {-2}{(x+1)^3} $$<br><br>
# $$ y' = 3(x+4)^2(2x)^4+ 8(2x)^3(x+4)^3$$<br>$$ y' = (x+4)^2 \cdot (2x)^3 \cdot (14x + 32)
# $$ y' = 40(3x-1)^5-600x(3x-1)^4$$<br>$$y'=(3x-1)^4(-480x-40) $$<br><br>
# $$y' = \dfrac {x^2}{22 \sqrt {x^3}} \cos \sqrt {x^3} $$<br><br>
# $$y' = \dfrac{5}{4 \sqrt [4] {(5x+3)^3}} $$<br><br>
# $$y' = \dfrac{16x+1}{(x^2+x) \ln 2} $$<br><br>
# $$y' = \dfrac 6 {x^2} $$<br><br>
# $$y' = \dfrac {10 \cdot \tan x \cdot \ln 10}{\cos^2 x} $$<br><br>
# $$y' = 30(6x-9)^4 $$<br><br>
# $$y' = 5^{x+1} \ln 5 (x+1)^5 + 5(x+1)^4 5^{x+1} $$<br><br>
# $$y' = \dfrac {1}{x \cos^2 {\ln x}} $$<br><br>
# $$y' = \dfrac {-1}{2x \sqrt{x}}
[[Enunciats|Derivades amb límits 1]]
# y' = 6
# y' = 1
# y' = 3
# y' = -5
# y' = 4x
# y' = 2x - 3
# y' = 14x - 4
# y' = -2x + 6
# y' = -3 - 6x
# y' = 32x
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to 0} \ln[x^2)=-\infty \\ \\
\text{2)} & \lim_{x \to 2} \log_2(x) =1\\\\
\text{3)} & \lim_{x \to -1} \log(2x+2)=\nexists \\\\
\text{4)} & \lim_{x \to 1} \log_3(1-x)= \nexists \\\\
\text{5)} & \lim_{x \to 3} \ln(3-x)=\nexists
\end{array} $$
$$
\begin{array}{ll}
\text{1)} &\displaystyle \lim_{x \to \infty} 5x^3+4x^2+5x-1=\infty \\ \\
\text{2)} &\displaystyle \lim_{x \to -\infty} -x+2=\infty \\\\
\text{3)} &\displaystyle \lim_{x \to \infty} -8x+4 =-\infty \\\\
\text{4)} &\displaystyle \lim_{x \to -\infty} 6x^2+x=\infty \\\\
\text{5)} &\displaystyle \lim_{x \to \infty} 9x^2-x^3=-\infty
\end{array} $$
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to -\infty} -3x^4+2x^3+2x+6 -7x^2+8x=-\infty \\ \\
\text{2)} & \lim_{x \to \infty}-3x =-\infty\\\\
\text{3)} & \lim_{x \to -\infty} 6x^5+4x^2=-\infty \\\\
\text{4)} & \lim_{x \to \infty} 1-x^2 =-\infty\\\\
\text{5)} & \lim_{x \to -\infty} -2x^5+x^3+2x=\infty
\end{array} $$
1)
$$
\left .
\begin{array}{r}
\lim_{x \to 1^-} f(x)=-\infty \\
\lim_{x \to 1^+} f(x)=\infty
\end{array}
\right \}
\lim_{x \to 1} f(x)=\nexists
$$
2)
$$
\lim_{x \to -1}f(x)=-1
$$
3)
$$
\lim_{x \to -1}f(x)=-2
$$
4)
$$
\lim_{x \to 0}f(x)=\infty
$$
5)
$$
\lim_{x \to -4}f(x)=\infty
$$
1)
$$
\lim_{x \to 1}f(x)=\frac 9 5
$$
2)
$$
\lim_{x \to -2}f(x)=\infty
$$
3)
$$
\left .
\begin{array}{r}
\lim_{x \to \frac 1 2^-} f(x)=\infty \\
\lim_{x \to \frac 1 2^+} f(x)=-\infty
\end{array}
\right \}
\lim_{x \to \frac 1 2} f(x)=\nexists
$$
4)
$$
\lim_{x \to -1}f(x)=0
$$
5)
$$
\lim_{x \to 0}f(x)=-1
$$
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to \infty}\dfrac {x^3+x^2-x-1}{-3x^2-x-1}=-\infty \\ \\
\text{2)} & \lim_{x \to -\infty}\dfrac {x^3+x^2-x-1}{-3x^2-x-1}=\infty \\\\
\text{3)} & \lim_{x \to \infty} \dfrac {4x^2+5x-9}{2x^2+3x+6} =2\\\\
\text{4)} & \lim_{x \to \infty} \dfrac {8x^2-5x+1}{7x^4+2x^2+1}=0 \\\\
\text{5)} & \lim_{x \to -\infty} \dfrac {7x^3+2x^2}{2x^2+4}=-\infty
\end{array} $$
$$
\begin{array}{ll}
\text{1)} & \lim_{x \to -\infty}\dfrac{-1}{x^3+6}=0 \\ \\
\text{2)} & \lim_{x \to -\infty} \dfrac{1+x+x^2+x^3}{x^3-x-1} =1\\\\
\text{3)} & \lim_{x \to -\infty} {8x^3+x}=-\infty \\\\
\text{4)} & \lim_{x \to \infty} \dfrac{4x^2+x+3}{-2}=-\infty \\\\
\text{5)} & \lim_{x \to -\infty} \dfrac{4x^2+x+3}{-2}=-\infty
\end{array} $$
1)
$$
\lim_{x \to 1}f(x)=2
$$
2)
$$
\lim_{x \to 0}f(x)=1
$$
3)
$$
\lim_{x \to -2}f(x)= \frac 2 3
$$
4)
$$
\left .
\begin{array}{r}
\lim_{x \to 5^-} f(x)=-\infty \\
\lim_{x \to 5^+} f(x)=\infty
\end{array}
\right \}
\lim_{x \to 5} f(x)=\nexists
$$
5)
$$
\lim_{x \to -1}f(x)=0
$$
1)
$$
\lim_{x \to -3}f(x)=-11
$$
2)
$$
\lim_{x \to 1}f(x)=1
$$
3)
$$
\lim_{x \to 2}f(x)=\infty
$$
4)
$$
\lim_{x \to -3}f(x)=\frac 1 {10}
$$
5)
$$
\lim_{x \to 0}f(x)=-\frac 1 2
$$
1)
$$
\lim_{x \to 1}f(x)=4
$$
2)
$$
\lim_{x \to 2}f(x)=-\infty
$$
3)
$$
\left .
\begin{array}{r}
\lim_{x \to -1^-} f(x)=\infty \\
\lim_{x \to -1^+} f(x)=-\infty
\end{array}
\right \}
\lim_{x \to -1} f(x)=\nexists
$$
4)
$$
\left .
\begin{array}{r}
\lim_{x \to -2^-} f(x)=\infty \\
\lim_{x \to -2^+} f(x)=-\infty
\end{array}
\right \}
\lim_{x \to -2} f(x)=\nexists
$$
5)
$$
\lim_{x \to 0}f(x)=-\infty
$$
1)
$$
\left .
\begin{array}{r}
\lim_{x \to -2^-} f(x)=-\infty \\
\lim_{x \to -2^+} f(x)=\infty
\end{array}
\right \}
\lim_{x \to -2} f(x)=\nexists
$$
2)
$$
\lim_{x \to 1}f(x)=\infty
$$
3)
$$
\left .
\begin{array}{r}
\lim_{x \to -1^-} f(x)=\infty \\
\lim_{x \to -1^+} f(x)=-\infty
\end{array}
\right \}
\lim_{x \to -1} f(x)=\nexists
$$
4)
$$
\left .
\begin{array}{r}
\lim_{x \to -1^-} f(x)=\infty \\
\lim_{x \to -1^+} f(x)=-\infty
\end{array}
\right \}
\lim_{x \to -1} f(x)=\nexists
$$
5)
$$
\lim_{x \to -2}f(x)=\infty
$$
#$$D= (-2,\infty) $$
#$$D= (-\infty,-7) \cup (0,\infty)$$
#$$D= (-0.481,\infty) $$
#$$D= (-\infty,-6) \cup (-\frac 1 2,\infty) $$
#$$D= \mathbb{R} - \{\pm 1 \} $$
#$$D= (-7,\infty) $$
#$$D= \nexists $$
#$$D= (-\infty,0) $$
#$$D= \mathbb{R} - \{ 0\} $$
#$$D= (-2,1) \cup (3,\infty) $$
#$$D= (-\infty,-2.414) \cup (0.414,\infty) $$
#$$D= (-\frac{10}9,\infty) $$
#$$D= \mathbb{R} $$
#$$D= (1,2) \cup (3,\infty) $$
#$$D= \nexists $$
#$$D= \mathbb{R} - \{\frac 1 2 \} $$<br><br>
#$$D= \mathbb{R} - \{0,1 \} $$<br><br>
#$$D= \mathbb{R} - \{-5,\pm 2 \} $$<br><br>
#$$D= \mathbb{R} - \{-3, \pm 2, \pm 1 \} $$<br><br>
#$$D= \mathbb{R} - \{-1, -\frac 1 2, -\frac 1 3 \} $$
#$$D= \mathbb{R} - \{0\} $$<br><br>
#$$D= \mathbb{R} $$<br><br>
#$$D= \mathbb{R} -\{-\frac 1 {10}, 1, 3\}$$<br><br>
#$$D= \mathbb{R} - \{\frac1 5,0,2 \} $$<br><br>
#$$D= \mathbb{R} $$
#$$D= \mathbb{R} - \{-3,0 \} $$<br><br>
#$$D= \mathbb{R} - \{ 1\} $$<br><br>
#$$D= \mathbb{R} - \{\frac 1 5,\frac 1 4,1,2,3 \} $$<br><br>
#$$D= \mathbb{R} - \{-3,2 \} $$<br><br>
#$$D= \mathbb{R} $$
#$$D= (-6,-1) \cup (-1,\infty) $$
#$$D= (-\infty,-\frac 1 5] \cup [0,\infty) $$
#$$D= \mathbb{R} $$
#$$D= [-2,1) \cup (1,\infty) $$
#$$D= \mathbb{R} - \{-4,-2,1,9 \} $$
#$$D= (1,\infty) $$
#$$D= \mathbb{R} - \{-1,0 \} $$
#$$D= \mathbb{R} - \{-1 \} $$
#$$D= (-3,3) $$
#$$D= \mathbb{R} - \{ 0\} $$
#$$D= \nexists $$
#$$D= \mathbb{R} - \{ -4\} $$
#$$D= [1,3) $$
#$$D= (-\infty,0) $$
#$$D= \nexists $$
Anomenarem ''M'' a la matriu associada i ''M*'' a la matriu ampliada del sistema.
---
# rang(M) = rang(M*)= 2 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y)=(1,1 ) $$<br><br>
# rang(M) = rang(M*)= 2 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y)=(0,1 ) $$<br><br>
# rang(M) = rang(M*)= 2 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y)=(3,4 ) $$<br><br>
# rang(M) = rang(M*)= 2 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y)=( -1,-1) $$<br><br>
# rang(M) = rang(M*)= 2 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y)=\left (\dfrac 1 2,0 \right ) $$<br><br>
Anomenarem ''M'' a la matriu associada i ''M*'' a la matriu ampliada del sistema.
---
# rang(M) = rang(M*)= 2 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y)=(5,-7 ) $$<br><br>
# rang(M) = rang(M*)= 2 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y)=\left (\dfrac 9 {13}, \dfrac 3 {13} \right ) $$<br><br>
# rang(M) = rang(M*)= 2 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y)=\left ( \dfrac 3 2, \dfrac 1 2 \right ) $$<br><br>
# rang(M) = rang(M*)= 2 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y)=( 0,5) $$<br><br>
# rang(M) = rang(M*)= 2 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y)=\left ( \dfrac 1 {12}, \dfrac 7 {12} \right ) $$<br><br>
Anomenarem ''M'' a la matriu associada i ''M*'' a la matriu ampliada del sistema.
---
# rang(M) = rang(M*)= 3 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y,z)=(3,2,1) $$<br><br>
# rang(M) = rang(M*)= 3 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y,z)=(1,-1,1) $$<br><br>
# rang(M) = rang(M*)= 3 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y,z)=(-1,-2,3) $$<br><br>
# rang(M) = rang(M*)= 3 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y,z)=(-1,-2,3) $$<br><br>
# rang(M) = rang(M*)= 3 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y,z)=(2,2,2) $$<br><br>
Anomenarem ''M'' a la matriu associada i ''M*'' a la matriu ampliada del sistema.
---
# rang(M) = rang(M*)= 3 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y,z)=(3,1,-2) $$<br><br>
# rang(M) = rang(M*)= 3 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y,z)=(0,1,2) $$<br><br>
# rang(M) = rang(M*)= 3 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y,z)=(1,0,1) $$<br><br>
# rang(M) = rang(M*)= 3 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y,z)=(-1/7,1/7,1) $$<br><br>
# rang(M) = rang(M*)= 3 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y,z)=(-1,1,2) $$<br><br>
*La solució s'ha posat en funció de $$y$$
*En els dos últims sistemes s'han fet servir paràmetres.
Anomenarem ''M'' a la matriu associada i ''M*'' a la matriu ampliada del sistema.
---
# rang(M) = rang(M*) = 1 $$\Rightarrow$$ El sistema és compatible indeterminat.<br>$$ (x,y)=(1-y,y) $$<br><br>
# rang(M) = rang(M*) = 1 $$\Rightarrow$$ El sistema és compatible indeterminat.<br>$$ (x,y)= \left (\dfrac {3y+3} 2,y \right) $$<br><br>
#rang(M) = rang(M*) = 1 $$\Rightarrow$$ El sistema és compatible indeterminat.<br>$$ (x,y)=(3y-1,y) $$<br><br>
#rang(M) = rang(M*) = 1 $$\Rightarrow$$ El sistema és compatible indeterminat.<br>$$ (x,y)= \left(\lambda-\dfrac {1} 3,\lambda \right ) $$<br>$$ \lambda \in \mathbb{R} $$<br><br>
# rang(M) = rang(M*) = 1 $$\Rightarrow$$ El sistema és compatible indeterminat.<br>$$ (x,y)=(3-2\lambda,\lambda) $$<br>$$ \lambda \in \mathbb{R} $$
*Anomenarem ''M'' a la matriu associada i ''M*'' a la matriu ampliada del sistema.
*Els resultats es presenten sempre en funció de les últimes incògnites.
*Als dos últims sistemes fem servir paràmetres.
---
#rang(M) = rang(M*) = 2 $$\Rightarrow$$ El sistema és compatible indeterminat. <br>$$ (x,y,z)= \left (\dfrac {12z}{7}, \dfrac 3 2 - \dfrac {13z}{14},z \right ) $$<br><br>
# rang(M) = rang(M*) = 2 $$\Rightarrow$$ El sistema és compatible indeterminat.<br>$$ (x,y,z)= \left (\dfrac {5z} 7,-\dfrac {3z} 7,z \right ) $$<br><br>
# rang(M) = rang(M*) = 1 $$\Rightarrow$$ El sistema és compatible indeterminat i queden dos incògnites sense determinar.<br>$$ (x,y,z)=(y+z-1,y,z) $$<br><br>
# rang(M) = rang(M*)= 2 $$\Rightarrow$$ El sistema és compatible indeterminat i dues incògnites queden sense determinar.<br>$$ (x,y,z)=\left ( \dfrac {3\lambda+6}{13}, \dfrac {7\lambda+1}{13}, \lambda \right ) $$<br>$$\lambda \in \mathbb{R}$$<br><br>
# rang(M) = rang(M*)= 1 $$\Rightarrow$$ El sistema és compatible indeterminat i dues incògnites queden sense determinar.<br>$$ (x,y,z)=\left ( \dfrac {2\mu-\lambda +1}{4}, \mu, \lambda \right ) $$<br>$$\lambda, \mu \in \mathbb{R}$$
Anomenarem ''M'' a la matriu associada i ''M*'' a la matriu ampliada del sistema.
---
La solució és la mateixa per tots els sistemes:
rang(M) = 1 $$\neq$$ rang(M*) = 2 $$\Rightarrow$$ El sistema és incompatible i no té solució. <br><br>
Anomenarem ''M'' a la matriu associada i ''M*'' a la matriu ampliada del sistema.
---
# rang(M) = 1 $$\neq$$ rang(M*) = 2$$\Rightarrow$$ El sistema és incompatible i no té solució. <br><br>
# rang(M) = 2 $$\neq$$ rang(M*) = 3 $$\Rightarrow$$ El sistema és incompatible i no té solució. <br><br>
# rang(M) = 2 $$\neq$$ rang(M*) = 3 $$\Rightarrow$$ El sistema és incompatible i no té solució. <br><br>
# rang(M) = 1 $$\neq$$ rang(M*) = 3 $$\Rightarrow$$ El sistema és incompatible i no té solució. <br><br>
# rang(M) = 1 $$\neq$$ rang(M*) = 2 $$\Rightarrow$$ El sistema és incompatible i no té solució. <br><br>
Anomenarem ''M'' a la matriu associada i ''M*'' a la matriu ampliada del sistema.
---
# rang(M) = rang(M*)= 3 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y,z)=(-1,-1,-2) $$<br><br>
#rang(M) = rang(M*) = 2 $$\Rightarrow$$ El sistema és compatible indeterminat, té infinites solucions i una incògnita sense determinar. <br>$$ (x,y,z)= \left (-\lambda-2,-2\lambda - 1, \lambda \right ) $$<br>$$\lambda \in \mathbb{R}$$<br><br>
#rang(M) = 1 rang(M*) = 1 $$\Rightarrow$$ El sistema és compatible indeterminat, té infinites solucions i dues incògnites sense determinar.. <br>$$ (x,y,z)= \left ( \dfrac{y+z-2}{3},y,z \right ) $$<br><br>
#rang(M) = rang(M*) = 1 $$\Rightarrow$$ El sistema és compatible indeterminat, té infinites solucions i una variable sense determinar. <br>$$ (x,y,z)= \left ( \mu-\lambda-1,\mu,\lambda \right ) $$<br>$$\lambda, \mu \in \mathbb{R}$$<br><br>
# rang(M) = 2 $$\neq$$ rang(M*) = 3 $$\Rightarrow$$ El sistema és incompatible i no té solució.
Anomenarem ''M'' a la matriu associada i ''M*'' a la matriu ampliada del sistema.
---
# rang(M) = rang(M*)= 2 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y)=(0,0,0) $$<br><br>
#rang(M) = rang(M*) = 1 $$\Rightarrow$$ El sistema és compatible indeterminat, té infinites solucions i una variable sense determinar. <br>$$ (x,y)= \left ( 2-y,y \right ) $$<br>$$\lambda \in \mathbb{R}$$<br><br>
# rang(M) = 1 $$\neq$$ rang(M*) = 2 $$\Rightarrow$$ El sistema és incompatible i no té solució. <br><br>
# rang(M) = rang(M*)= 3 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y,z)= \left ( \dfrac {-25}{37 }, \dfrac {43}{37 }, \dfrac {29}{37 } \right ) $$<br><br>
# rang(M) = rang(M*)= 3 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y,z)=(-2,8,-11) $$
Anomenarem ''M'' a la matriu associada i ''M*'' a la matriu ampliada del sistema.
---
# rang(M) = rang(M*)= 4 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y,z,t)=(1,0,1,0) $$<br><br>
#rang(M) = rang(M*) = 1 $$\Rightarrow$$ El sistema és compatible indeterminat, té infinites solucions. <br>$$ (x,y,z)= \left ( \dfrac {2y-z+1} 3,y,z \right ) $$<br><br>
# rang(M) = 2 $$\neq$$ rang(M*) = 3 $$\Rightarrow$$ El sistema és incompatible i no té solució. <br><br>
# rang(M) = rang(M*)= 3 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y,z)=(0,0,0) $$<br><br>
# rang(M) = rang(M*)= 3 $$\Rightarrow$$ El sistema és compatible determinat i té una única solució. <br> $$ (x,y,z)=\left ( \dfrac{-1}{2}, \dfrac 7 6 , \dfrac {-5}{6} \right ) $$
\rules only filteredtranscludeinline transcludeinline
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
Les taules de contingència o de doble entrada es fan servir per registrar i analitzar la relació entre dues variables. Pertanyen, per tant, a [[l'estadística bidimensional|Distribucions bidimensionals]].
| $$X/Y$$ | $$y_1$$ | $$ y_2 $$ | $$\cdots $$ | $$ y_m $$ |h
| !$$ x_1 $$ | $$n_{11} $$ | $$ n_{12} $$ | $$\cdots $$ | $$ n_{1m} $$ |
| !$$ x_2 $$ | $$n_{21} $$ | $$ n_{22} $$ | $$\cdots $$ | $$ n_{2m} $$ |
| !$$\cdots $$ | $$\cdots $$ | $$\cdots $$ | $$\cdots $$ | $$ \cdots $$ |
| !$$ x_n $$ | $$n_{n1} $$ | $$ n_{n2} $$ | $$\cdots $$ | $$ n_{nm} $$ |
Exemple:
|| Dones | Homes | Total |h
| !Solters| 5798.5 | 6930.9 | 12729.4 |
| !Casats| 10182.5 | 10216.9 | 20399.4 |
| !Vidus| 2421.5 | 586.4 | 3007.9 |
| !Separats o divorciats| 1341.9 | 1019.0 | 2360.9 |
| Total| 19744.4 | 18753.2 | 38497.6 |h
|<small>Població de 16 i més anys segons estat civil a Espanya, l'any 2015, en milers de persones. Font: [[Instituto de la Mujer|http://www.inmujer.gob.es/estadisticas/demografia/poblacion/2013/w3.xls]]</small>|c
| 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 |h
| $$ x_i $$ | $$ y_i $$ | $$ n_i $$ | $$ x_i n_i $$ | $$ y_i n_i$$ | $$x_i^2 n_i$$ | $$y_i^2 n_i$$ |$$ x_i y_i n_i $$ |h
| 1 | 1 | 1 | 1 | 1 | 1 | 1 | 1 |
| 2 | 1 | 1 | 2 | 1 | 4 | 1 | 2 |
| 3 | 4 | 2 | 6 | 8 | 18 | 32 | 24 |
| 3 | 8 | 2 | 6 | 16 | 18 | 128 | 48 |
| 4 | 10 | 1 | 4 | 10 | 16 | 100 | 40 |
| 6 | 12 | 2 | 12 | 24 | 72 | 288 | 144 |
| 8 | 13 | 1 | 8 | 13 | 64 | 169 | 104 |
| 8 | 14 | 1 | 8 | 14 | 64 | 196 | 112 |
| 10 | 15 | 1 | 10 | 15 | 100 | 225 | 150 |
| $$\sum $$ |<| 12 | 57 | 102 | 357 | 1140 | 625 |h
Les derivades de funcions compostes fa referència a la composició de funcions. La derivació d'aquest tipus de funcions és el que s'anomena la ''regla de la cadena''. Que consisteix en:
$$
g(f(x))'=f'(x)\cdot g'(f(x))
$$
$$k \in\mathbb{R}$$<br>
$$a,n \in\mathbb{N}$$
| !$$y$$ | !$$y'$$ |
|$$f^n$$|$$f' \cdot n \cdot f^{n-1}$$|
|$$\sqrt{f}$$|$$\dfrac {f'} {2 \sqrt{f}}$$|
|$$\sqrt[n]{f}$$|$$\dfrac {f'} {n \cdot \sqrt[n]{f^{n-1}}}$$|
|$$e^f$$|$$f' \cdot e^f$$|
|$$a^f$$|$$f'\cdot a^f \cdot \ln a$$|
|$$\ln f$$|$$\dfrac {f'} f$$|
|$$\log_a f$$|$$\dfrac {f'} {f \cdot \ln a}$$|
|$$\sin f$$|$$f' \cdot \cos f$$|
|$$\cos f$$|$$- f' \cdot \sin f$$|
|$$\tan f$$|$$\dfrac {f'} {\cos^2 f}$$|
$$k \in\mathbb{R}$$<br>
$$a,n \in\mathbb{N}$$
|! $$f(x)$$ |! $$f'(x)$$ |
|$$k$$|$$0$$|
|$$x$$|$$1$$|
|$$kx$$|$$k$$|
|$$x^n$$|$$nx^{n-1}$$|
|$$\sqrt{x}$$|$$\dfrac 1 {2 \sqrt{x}}$$|
|$$\sqrt[n]{x}$$|$$\dfrac 1 {n \sqrt[n]{x^{n-1}}}$$|
|$$e^x$$|$$e^x$$|
|$$a^x$$|$$a^x \cdot \ln a$$|
|$$\ln x$$|$$\dfrac 1 x$$|
|$$\log_a x$$|$$\dfrac 1 {x \ln a}$$|
|$$\sin x$$|$$\cos x$$|
|$$\cos x$$|$$-\sin x$$|
|$$\tan x$$|$$\dfrac 1 {\cos^2 x}$$|
Per poder organitzar les dades s'agrupen en una ''taula de freqüències''.
| Dades | Freqüència absoluta | Freqüència relativa | Freqüència absoluta acumulada | Freqüència relativa acumulada |h
| $$x_i$$ | $$n_i$$ | $$f_i=\dfrac {n_i}{n}$$ | $$N_i =\sum_{j=1}^i n_j$$ | $$F_i=\sum_{j=1}^i f_j$$ |h
| $$x_1$$ | $$n_1 $$ | $$f_1$$ | $$n_1$$ | $$f_1 $$ |
| $$x_2$$ | $$n_2 $$ | $$f_2$$ | $$n_1+n_2$$ | $$f_1+f_2 $$ |
| $$x_3$$ | $$n_3 $$ | $$f_3$$ | $$n_1+n_2+n_3$$ | $$f_1+f_2+f_3 $$ |
| ... | ... | ... | ... | ... |
| $$x_i$$ | $$n_i $$ | $$f_i$$ | $$n_1+n_2+n_3+...+n_i$$ | $$f_1+f_2+f_3+...+f_i $$ |
| ... | ... | ... | ... | ... |
| $$x_k$$ | $$n_k$$ | $$f_k$$ | n | 1 |
| !$$\sum$$ | !$$n$$ | !$$1$$ | - | - |
Modificat de [[Distribuzione, 2016]].
{{Taula de contingència o de doble entrada}}
{{Taula de freqüències}}
---
!!Índex de taules de freqüències
<<toc-selective-expandable "Taules de freqüències" sort[orden]>>
@@float:right;margin:5px;width:50%;
[img[Paraigües]]
@@Existeixen molts tipus de funcions que, a més a més, poden combinar-se unes amb les altres. Veurem les funcions:
#Polinòmiques
#Racionals
#Irracionals
#Exponencials
#Logarítmiques
Les dues primeres seran les més habituals
---
!!Funcions polinòmiques
{{Funció polinòmica}}
---
!!Funcions racionals
{{Funció racional}}
---
!!Funcions irracionals
{{Funció irracional}}
---
!!Funcions exponencials
{{Funció exponencial}}
---
!!Funcions logarítmiques
{{Funció logarítmica}}
Aquest treball és ''obligatori'' pels alumnes ''suspesos'' i haurà de ser lliurat el dia de l'examen.
Els alumnes aprovats el poden fer de forma ''voluntària'' i es podrà lliurar el primer dia de classe per pujar nota.
@@color:red;Sota cada títol s'inclouen enllaços a la teoria i exemples resolts per si vols recordar com es fa.@@
---
!!Equacions exponencials
([[Teoria|Equacions exponencials]], [[exemples|Exemples de resolució d`equacions exponencials]])
<<<
#[[Exercicis d'equacions exponencials|Exercicis d'equacions exponencials 1]]
#Fes 3 problemes dels que trobaràs aquí: [[Problemes de creixement exponencial|Creixement exponencial]].
<<<
!!Sistemes d'equacions
([[Teoria i exemples|Resolució de sistemes pel mètode de Gauss]])
<<<
# Fes 3 sistemes dels que trobaràs aquí: [[Exercicis de sistemes|Exercicis de sistemes: Miscel·lània 3]].
# Fes 3 problemes dels que trobaràs aquí: [[Problemes amb sistemes]].
<<<
!!Límits
([[Teoria i exemples del tipus|Indeterminacions del tipus k / 0]] $$k / 0)$$<br>
([[Teoria i exemples del tipus|Límits quan x tendeix a infinit de funcions racionals]] $$ \infty / \infty$$)<br>
([[Teoria i exemples pel tipus|Indeterminacions del tipus 0 / 0]] $$ 0 / 0)$$
<<<
#[[Exercicis de límits I|Exercicis: Límits en un punt 1]].
#[[Exercicis de límits II|Exercicis: Límits quan x tendeix a infinit de funcions racionals (1)]].
<<<
!!Derivades
([[Taula de derivades simples]], [[Taula de derivades compostes]])
<<<
#Fes 3: [[Derivades amb límits|Derivades amb límits 1]].
#[[Derivades|Derivades compostes 5]].
<<<
La suma de les tres xifres d'un nombre és 12, la diferència entre aquest nombre i el que resulta en invertir l'ordre de les seves xifres és 198 i la xifra de les desenes és la mitjana aritmètica de les altres dues xifres. Troba el nombre demanat.
Solució: El nombre és el 543.
@@float:right;margin:5px;width:50%;
[img[Tardor]]
@@!!Programació del trimestre
<<toc-selective-expandable 'Trimestre 1' sort[orden]>>
<br><br><br><br>
<<toc-selective-expandable "Trimestre 1 (15-16)" sort[orden]>>
@@float:right;margin:5px;width:50%;
[img[Hivern]]
@@!!Programació del trimestre
<<toc-selective-expandable 'Trimestre 2' sort[orden]>>
<br><br><br><br><br>
<<toc-selective-expandable "Trimestre 2 (15-16)" sort[orden]>>
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[img[Primavera]]
@@!!Programació del trimestre
<<toc-selective-expandable 'Trimestre 3' sort[orden]>>
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<<toc-selective-expandable "Trimestre 3 (15-16)" sort[orden]>>
Entre tu i jo tenim 12.600 €. Si el que tinc jo augmentés en un 14%, llavors tindria el 75% del que tens tu. Quant tenim cada un?
Solució: Jo: 5000 €, tu: 7.600 €
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[img[Bacteri]]
@@Els bacteris es dupliquen aproximadament cada hora.
a) Escriu l'equació de creixement geomètric suposant que al principi hi ha només un bacteri.
b) Quants bacteris hi haurà passades 24 hores?
c) Calcula les hores i minuts que trigaran en arribar al milió de bacteris.
La població, P, d'una ciutat està donada per:
$$ P (t) = 150000 \cdot e ^ {0,04t} $$
on t és el nombre d'anys després de 1998.
a) Calcula la població de l'any 2019.
b) Troba l'any en què la població inicial s'haurà quadruplicat.
{{Població (estadística)}}
Són els valors que pren la mesura d'un [[caràcter|Caràcter (estadística)]].
Per exemple:
*Mesures de l'altura de persones.
* Mesures del creixement de plantes.
* Mesures de la pressió sanguínia.
{{Variància (definició)}}
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!!Índex de variància
<<toc-selective-expandable "Variància" sort[orden]>>
És una mesura de dispersió que representa la mitjana de les desviacions de cada dada a la mitjana mostral al quadrat, les seves unitats són les mateixes que les de $$x$$ però al quadrat.
La variància d'una mostra es representa per $$s^2$$ i la de la població per $$\sigma ^2$$.
Aquestes dues fórmules, que mostrem a continuació, són equivalents i podem fer servir una o l'altre:
$$
s^2=\dfrac 1 n {\sum_{i=1}^{n} (x_i- \bar x)^2}
$$
$$
s^2=\dfrac 1 n {\sum_{i=1}^{n} \left (x_i^2 \right )} - \bar x^2
$$
Si tenim les dades en una taula de freqüències, les fórmules són:
$$
s^2=\dfrac 1 n {\sum_{i=1}^{k} \left [ (x_i- \bar x)^2 \cdot n_i \right ]}
$$
@@color:blue;$$
s^2=\dfrac 1 n {\sum_{i=1}^{k} (x_i^2 \cdot n_i)} - \bar x^2
$$@@
Nota:
* $$n$$ és el nombre total de dades que tenim (encara que estiguin repetides). Per exemple si $$x=\{1,1,1,2,2,3 \}$$, $$n=6$$.
*$$k$$ és el nombre total de dades diferents que tenim. Per exemple si $$x=\{1,1,1,2,2,3 \}$$, $$k=3$$
Un home contaminat amb un virus mortal, arriba a una ciutat d'un milió i mig d'habitants.
El virus és molt contagiós i se sap que cada dia que passa el nombre d'afectats augmenta un 7%.
Escriu l'equació de creixement geomètric i fes-la servir per calcular quants dies trigaran a estar contaminats tots el habitants.
Un web té una taxa de creixement de visitants del 0.5% diari i en aquest moments te 6000 visites diàries.
a) Troba la fórmula de creixement.
b) Fes servir aquesta fórmula per calcular el nombre de visitats d'aquí a un any.
Pràcticament la totalitat de les tècniques que fem servir a matemàtiques es poden fer amb la web de [[WolframAlpha|http://www.wolframalpha.com/]] ([[versió per a mòbil i tauleta|http://m.wolframalpha.com]]) i pot ser de gran ajuda comprovar si les operacions que fas les tens bé o no.
Fem servir aquesta web en lloc de [[Geogebra|http://geogebra.org]] o [[Wiris|http://www.wiris.net/demo/wiris/es/]] perquè és l'única que recull en un sol lloc totes les matemàtiques que fem servir i funciona tant a Windows com a Linux.
A continuació trobarà exemples de tot el temari del curs. La millor forma de aprendre a fer servir ~WolframAlpha és clicar a sobre els exemples, mirar com estan fets i modificar les dades amb les teves pròpies. Gairebé tots els exemples tenen dos enllaços, un per ordenador i altre per mòbil o tauleta.
<<toc-selective-expandable "WolframAlpha" sort[orden]>>
Troba un nombre del qual se sap que la suma de les tres primeres xifres és 27. La xifra de les unitats és la mitjana de les centenes i les desenes. Si invertim el nombre i el sumem a l'original s'obté 1998.
''Solució'': El nombre és el 999