Just works fine here. try { var doc = app.open(f) } catch (e) { alert(e) } what's the error info? ... View more

It's the same, select one object a time in the cycle. for (var i=0; i < Counter; i++ ) {     // select one object only     app.selection = [obj];     alert(activeDocument.swatches.getSelected()[0].name); } ... View more

More infos please, a sample document is even better. The script is just somewhere, like waters in the deep dark sea. ... View more

So you mean you've saved all your pdf file with "Preserve Illustrator Editing Capabilities" option checked on? You can start from here. // 1) var f = new File('path/to/filename.pdf'); var doc = app.open(f); // 2) doc.swatches.getByName('swatch_1').name = 'new_swatch_1'; doc.swatches.getByName('swatch_2').name = 'new_swatch_2'; // 3) doc.saveAs(new File(f.fsName.replace(/\.pdf$/, '_Z.pdf')), new PDFSaveOptions()); // 4) doc.close(); ... View more

Select the object only and the swatch will also be selected in the Swatches panel, so: alert(activeDocument.swatches.getSelected()[0].name); ... View more

That MenuCommand only open the UI dialog for you, which is useless in the script. I'm using action instead, also CS6+ only. ... View more

It's OK for global swatch, the problem is his swatch just not global I think. And if for this purpose only, instead of script, using "recolor artwork" menu is more easy? function changeSwatch() {     var theSwatch = activeDocument.swatches["colorname1"];     if (theSwatch.color.typename === 'SpotColor' ) {         theSwatch.name = "colorname2";         var swatchColor = new RGBColor();         swatchColor.red = 0;         swatchColor.green = 80;         swatchColor.blue = 200;                 var s = theSwatch.color.spot;         s.color = swatchColor;         s.sportKind = SpotColorKind.SPOTRGB;     }; } changeSwatch(); ... View more

// Main Code [Execution of script begins here]  try {     // uncomment to suppress Illustrator warning dialogs      // app.userInteractionLevel = UserInteractionLevel.DONTDISPLAYALERTS;      if (app.documents.length > 0) {         var options, i, sourceDoc, targetFile, OLtargetFile;         showDlg();         if (!options) {             alert('User aborted')         }     } else {         throw new Error('There are no document open!');     } } catch (e) {     alert(e.message, "Script Alert", true); } /** Returns the options to be used for the generated files.   @return PDFSaveOptions object */ function showDlg() {     var dlg = new Window('dialog', 'Script Information', [90, 50, 300, 175]);     dlg.buildBtn = dlg.add('button', [10, 95, 90, 120], 'Create PDF', {         name: 'ok'     })     dlg.cancelBtn = dlg.add('button', [105, 95, 190, 120], 'Cancel', {         name: 'cancel'     })     dlg.Dbtn = dlg.add('radiobutton', [50, 5, 295, 30], 'PDF 1.3 (Default)');     dlg.Ibtn = dlg.add('radiobutton', [50, 30, 320, 55], 'PDF 1.6 (Advanced)');     dlg.Dbtn.value = true;     dlg.buildBtn.onClick = savePDF;     dlg.center();     dlg.show(); } function savePDF() {     // Create the required options object      // You can tune these by changing the code in the getOptions() function.      this.parent.close();     // See PDFSaveOptions in the JavaScript Reference for available options      // Set the options you want below:      // For example, uncomment to set the compatibility of the generated pdf to Acrobat 7 (PDF 1.6)      // options.compatibility = PDFCompatibility.ACROBAT7;      // For example, uncomment to view the pdfs in Acrobat after conversion      // options.viewAfterSaving = true;      options = new PDFSaveOptions();     if (this.parent.Dbtn.value) {         options.pDFPreset = "Default"     } else {         options.pDFPreset = "Advanced"     }     sourceDoc = app.activeDocument; // returns the document object      var fullName = sourceDoc.fullName;     fullName = fullName.toString();     var destFolder = fullName.slice(0, fullName.lastIndexOf("/"))     // Get the file to save the document as pdf into      targetFile = getTargetFile(sourceDoc.name, '_Live.pdf', destFolder);     OLtargetFile = getTargetFile(sourceDoc.name, '_Outlined.pdf', destFolder);     //sourceDoc.save();     // Save as pdf      sourceDoc.saveAs(targetFile, options);     FlattenOutline();     sourceDoc.saveAs(OLtargetFile, options)     alert('Documents saved as PDF'); } function FlattenOutline() {     var set = 'script action',         action = 'outline text';     createAction();     for (i = 0; i < sourceDoc.layers.length; i++) {         app.selection = null;         sourceDoc.layers.locked = false;         sourceDoc.layers.hasSelectedArtwork = true;         app.doScript(action, set);     }     app.unloadAction(set, ''); } function createAction() {     var actionStr = '/version 3/name [13 73637269707420616374696f6e]/actionCount 1/action-1 {/name [12 6f75746c696e652074657874]/eventCount 1/event-1 {/internalName (ai_plugin_flatten_transparency)/hasDialog 1/showDialog 0/parameterCount 5/parameter-1 {/key 1920169082/type (integer)/value 100}/parameter-2 {/key 1919253100/type (unit real)/value 1200.0/unit 592342629}/parameter-3 {/key 1869902968/type (boolean)/value 1}/parameter-4 {/key 1869902699/type (boolean)/value 0}/parameter-5 {/key 1667463282/type (boolean)/value 0}}}';     f = File('~/tmp.aia');     f.open('w');     f.write(actionStr);     f.close();     app.loadAction(f);     f.remove(); } /** Returns the file to save or export the document into.   @param docName the name of the document   @param ext the extension the file extension to be applied   @param destFolder the output folder   @return File object */ function getTargetFile(docName, ext, destFolder) {     var newName = "";     // if name has no dot (and hence no extension),      // just append the extension      if (docName.indexOf('.') < 0) {         newName = docName + ext;     } else {         var dot = docName.lastIndexOf('.');         newName += docName.substring(0, dot);         newName += ext;     }     // Create the file object to save to      var myFile = new File(destFolder + '/' + newName);     // Preflight access rights      if (myFile.open("w")) {         myFile.close();     } else {         throw new Error('Access is denied');     }     return myFile; } Note that each layer will become one group due to flatten transparency. ... View more

Hi, here is a workaround: -Open the Symbols panel, make sure there exist at least one static symbol, if not, create one. -Select the static symbol in the panel. -Select the items your want to make symbol. -Run this code. (function() {     var actionStr = '/version 3/name [13 53637269707420416374696f6e]/actionCount 1/action-1 {/name [ 13 5374617469632053796d626f6c]/eventCount 2/event-1 {/internalName (ai_plugin_symbol_palette)/hasDialog 1/showDialog 0/parameterCount 1/parameter-1 {/key 1835363957/type (enumerated)/name [12 e5a48de588b6e7aca6e58fb7]/value 4}}/event-2 {/internalName (ai_plugin_symbol_palette)/hasDialog 0/parameterCount 1/parameter-1 {/key 1835363957/type (enumerated)/name [18 e9878de696b0e5ae9ae4b989e7aca6e58fb7]/value 3}}}',         set = 'Script Action',         action = 'Static Symbol',         sel = app.selection,         i = 0;     createAction(actionStr, set);     for (; i < sel.length; i++) {         app.selection = null;         sel.selected = true;         app.doScript(action, set);     };     app.unloadAction(set, '');     function createAction(str, set) {         var f = File('~/tmp.aia');         f.open('w');         f.write(str);         f.close();         app.loadAction(f);         f.remove();     } })(); ... View more

Yes, always be careful when create outline of texts. It's more safe to using transparency flattener to outline text. With CS6+ version . you can execute a action to outline all text using transparency flattener in your script. I'll show you how if use CS6+ is ok for you. But with CS4, what you can play with script is to set the flattenerOptions of the PDFSaveOptions to outline all text, which limited to PDF 1.3. ... View more

A work version with no bar. make sure the "Default" and "Advanced" presets exist in your PDFSaveOptions presets list, and name are correct. // Main Code [Execution of script begins here]  try {     // uncomment to suppress Illustrator warning dialogs      // app.userInteractionLevel = UserInteractionLevel.DONTDISPLAYALERTS;      if (app.documents.length > 0) {         var options, i, sourceDoc, targetFile, OLtargetFile;                 showDlg();         if (!options) {             alert('User aborted')         }     } else {         throw new Error('There are no document open!');     } } catch (e) {     alert(e.message, "Script Alert", true); } /** Returns the options to be used for the generated files.   @return PDFSaveOptions object */ function showDlg() {     var dlg = new Window('dialog', 'Script Information', [90, 50, 300, 175]);     dlg.buildBtn = dlg.add('button', [10, 95, 90, 120], 'Create PDF', {name: 'ok'})     dlg.cancelBtn = dlg.add('button', [105, 95, 190, 120], 'Cancel', {name: 'cancel'})     dlg.Dbtn = dlg.add('radiobutton', [50, 5, 295, 30], 'PDF 1.3 (Default)');     dlg.Ibtn = dlg.add('radiobutton', [50, 30, 320, 55], 'PDF 1.6 (Advanced)');     dlg.Dbtn.value = true;     dlg.buildBtn.onClick = savePDF;     dlg.center();     dlg.show(); } function savePDF() {     // Create the required options object      // You can tune these by changing the code in the getOptions() function.      this.parent.close();     // See PDFSaveOptions in the JavaScript Reference for available options      // Set the options you want below:      // For example, uncomment to set the compatibility of the generated pdf to Acrobat 7 (PDF 1.6)      // options.compatibility = PDFCompatibility.ACROBAT7;      // For example, uncomment to view the pdfs in Acrobat after conversion      // options.viewAfterSaving = true;      options = new PDFSaveOptions();     if (this.parent.Dbtn.value) {         options.pDFPreset = "Default"     } else {         options.pDFPreset = "Advanced"     }     sourceDoc = app.activeDocument; // returns the document object      var fullName = sourceDoc.fullName;     fullName = fullName.toString();     var destFolder = fullName.slice(0, fullName.lastIndexOf("/"))     // Get the file to save the document as pdf into      targetFile = getTargetFile(sourceDoc.name, '_Live.pdf', destFolder);     OLtargetFile = getTargetFile(sourceDoc.name, '_Outlined.pdf', destFolder);     //sourceDoc.save();     // Save as pdf      sourceDoc.saveAs(targetFile, options);     for (i = 0; i < sourceDoc.layers.length; i++) {         sourceDoc.layers.locked = false     }     for (i = 0; i < sourceDoc.pageItems.length; i++) {         try {             sourceDoc.pageItems.createOutline();         } catch (e) {}     }     sourceDoc.saveAs(OLtargetFile, options)     alert('Documents saved as PDF'); } /** Returns the file to save or export the document into.   @param docName the name of the document   @param ext the extension the file extension to be applied   @param destFolder the output folder   @return File object */ function getTargetFile(docName, ext, destFolder) {     var newName = "";     // if name has no dot (and hence no extension),      // just append the extension      if (docName.indexOf('.') < 0) {         newName = docName + ext;     } else {         var dot = docName.lastIndexOf('.');         newName += docName.substring(0, dot);         newName += ext;     }     // Create the file object to save to      var myFile = new File(destFolder + '/' + newName);     // Preflight access rights      if (myFile.open("w")) {         myFile.close();     } else {         throw new Error('Access is denied');     }     return myFile; } ... View more

Why not duplicate the text item and delete it when finish? ... View more

Hi, when record your action, please make sure use "insert menu item" in the fly out menu of the action panel to insert the "object > Artboards > fit to artboard bounds" menu. I think then the action will works well for you. ... View more

Sorry to say, that means your need to quit and relaunch Illustrator. ... View more

Well, this application method should be there. If not, I think you can use do javascript in you applescript. like this(not tested): set js to "app.executeMenuCommand('paste');" tell application "Adobe Illustrator"   do javascript js end tell ... View more

Carlos, will glad to see your version if your have finish, regardless of the time. ... View more

So, does set the minimize font size to 4 pt fit your requirement? if size is too small, will be hard to recognize isn't it? Above link has been updated, and big thanks to Hiroyuki Sato (@shspage) for his talent modify which lead to a more precise result. As I have set the TIMES to 100, and other settings adjusted, It will use more time. The same document, this time 2'14''. ... View more

You are welcome! And nice code. ... View more

Always like JET's detailed explanation . A dirty workaround can be like this: var activeDoc = app.activeDocument; var selectedItem = activeDoc.selection[0]; var gb = selectedItem.geometricBounds; var cx = gb[0] + (gb[2] - gb[0]) / 2; var cy = gb[1] + (gb[3] - gb[1]) / 2; activeDoc.views[0].centerPoint = [cx, cy]; app.cut(); activeDoc.views[0].centerPoint = [cx - 10, cy - 10]; app.paste(); ... View more

Hi, I have write 3 scripts for collect ai document fonts years ago. 2 of them need Indesign(same as @Ten A) ExtendScripts4AI-ID/AI_Package Fonts of Document with ID.jsx at master · moluapple/ExtendScripts4AI-ID · GitHub ExtendScripts4AI-ID/AI_ID_Package Fonts of File with ID.jsx at master · moluapple/ExtendScripts4AI-ID · GitHub (This script do not need to open ai file) and 1 need Illustrator only: ExtendScripts4AI-ID/AI_PackageFonts v2.0.jsx at master · moluapple/ExtendScripts4AI-ID · GitHub (When run first time it will create a file which contains fonts info, and restart Illustrator.) Hope this can be helpful to you. ... View more

Ok, finally success to deal with Compound Path, using "stroke inside & compare area" method. Qwertyfly...​ Select one Compound Path item and run the code, will draw a circle in the "fat center". Make sure the "stroke inside" graphic style exists. var doc = app.activeDocument,     pth = app.selection[0],     Count = 0,     per = 1, // take average betwenn hight and width and multiplies it by this to get starting stroke weight - 1 = 100%      increment = .2, // base amount to add to percentage on each iteration      TIMES = 20, // when error, try more higher value,     AREA_PER = 0.02, // 2% of origin path's area, the lower the better, but more slow     workLay,     areaArr = logAreas(pth); try {     workLay = doc.layers.getByName('workLay'); } catch (e) {     workLay = doc.layers.add();     workLay.name = 'workLay'; } FatPart(pth); function FatPart(pth) {     var success = false;     while (!success) {         success = process();         // if recursive function runs too many times give option to exit          Count++;         if (Count % TIMES === 0) {             return 'error';         }     } } function process() {     var item, scale, result;     doc.selection = null;     // make a copy of the shape to work on      item = pth.duplicate(workLay, ElementPlacement.PLACEATBEGINNING);     // make sure the path is closed as we want the aligh stroke to inside     closeAllPath(item);     item = app.selection[0];     // apply the "aligh stroke to inside" graphicStyle  by name     doc.graphicStyles.getByName('stroke inside').applyTo(item);     // scale works out how thick the stroke shold be      scale = Math.min(item.height, item.width) / 10 * per;     // this function is needed as CompoundPath can not be stroked with script!!！     strokeComPath(item, scale);     //$.writeln("scale: " + scale + ' ' + per);     app.executeMenuCommand('OffsetPath v22'); // = Outline Stroke      item = doc.selection[0];     if (item.typename === "CompoundPathItem") {         // if a CompoundPathItem selected, this will always be true         result = compareArea(item);         if (result != false) {             addCenterCircle(result);             item.remove();             return true         } else {             return false         }     } else {         // shape filled completely, reduced stroke and retry          item.remove();         return false;     } } function compareArea(compoundPath) {     var pi = compoundPath.pathItems,         l = pi.length,         i,         totalArea = 0,         tmpArr = [],         pthArea;     for (i = l - 1; i >= 0; i--) {         pthArea = Math.abs(Math.round(pi.area));         // hack of array.indexOf, should be replaced with real         var isOrigen = areaArr.toString().indexOf('' + pthArea);         //$.writeln ('path ' + i +' : ' + pthArea + ' ' + isOrigen)         if (isOrigen === -1) { // new path             totalArea = totalArea + pthArea;             tmpArr.push(pi);         }     }     $.writeln(totalArea)     if (totalArea < areaArr[0] * AREA_PER && totalArea > 0) { // the size is ok         tmpArr.sort(function(a, b) {             return Math.abs(b.area) - Math.abs(a.area)         })         return tmpArr[0]     } else if (totalArea === 0) { //stroke width is too big         compoundPath.remove();         per = per - increment / 10;         return false;     } else { // totalArea >= AREA_PER, stroke width is too small         compoundPath.remove();         per = per + increment / 2;         return false;     } } function closeAllPath(compoundPath) {     var pi = compoundPath.pathItems,         l = pi.length,         i;     compoundPath.selected = true;     app.executeMenuCommand('noCompoundPath');     for (i = 0; i < l; i++) {         app.selection.closed = 1;     };     app.executeMenuCommand('compoundPath'); } function strokeComPath(compoundPath, weight) {     var pi = compoundPath.pathItems,         l = pi.length,         i = 0;     for (; i < l; i++) {         pi.strokeWidth = weight;     }; } function logAreas(compoundPath) {     var pi = compoundPath.pathItems,         l = pi.length,         i,         totalArea = 0,         areaArr = [],         pthArea;     for (i = l - 1; i >= 0; i--) {         pthArea = pi.area;         totalArea = totalArea + pthArea;         // log 3 value as the outline stroke path may differ with origin         areaArr.push(Math.abs(Math.round(pthArea)));         areaArr.push(Math.abs(Math.round(pthArea)) - 1);         areaArr.push(Math.abs(Math.round(pthArea)) + 1);     }     areaArr.unshift(Math.abs(totalArea));     $.writeln(Math.abs(totalArea));     return areaArr } function addCenterCircle(pth) {     var gb = pth.position,         radius = 5;     center = [gb[0] + pth.width / 2 - radius, gb[1] - pth.height / 2 + radius];     doc.pathItems.ellipse(center[1], center[0], 10, 10); } ... View more

As I think "How about aligh stroke to inside?", i finally get this. Before run the script, you need create a graphic style named "stroke inside", which set the path: none fill, 1pt stroke width, and make sure aligh stroke to inside. function add_nums() {     // fiddle with these values to adjust speed vs accuracy      var percentage = 1; // take average betwenn hight and width and multiplies it by this to get starting stroke weight - 1 = 100%      var increment = .4; // amount to add to percentage on each iteration      var failure = 0; // log failured path     var doc = app.activeDocument;     var lays = doc.layers;     var layNames = [];     for (var i = 0; i < lays.length; i++) {         layNames.push(lays.name);     }     // new layers      var WORK_LAY = doc.layers.add();     WORK_LAY.name = "Working Layer";     var NUM_LAY = doc.layers.add();     NUM_LAY.name = "Numbers";     // main working loop      for (var i = 0; i < layNames.length; i++) {         //process each layer          var lay = lays.getByName(layNames);         lay.name = lay.name + " Num:" + (i + 1);         for (var j = 0; j < lay.pathItems.length; j++) {             // process each pathItem              var pth = lay.pathItems ;             var per = percentage; // reset the path percentage for each shape              var cent = [];             var Count = 0;             if (FatPart(pth) !== 'error') {                 pth.filled = false;                 pth.stroked = true;             }             // Create the text frame             var txt = NUM_LAY.textFrames.add();             txt.contents = i + 1;             txt.textRange.justification = Justification.CENTER;             txt.position = [cent[0] - txt.width / 2, cent[1] + txt.height / 2];         }     }     //clean up      WORK_LAY.remove();     $.writeln(failure);     // find fat section of a shape      function FatPart(pth) {         var success = false;         while (!success) {             success = process();             // if recursive function runs too many times give option to exit              Count++;             if (Count % 40 === 0) {                 //$.writeln("Process function has run " + Count + " times on current object.\nWould you like to continue trying?");                 failure++;                 return 'error';             }         }         function process() {             // make sure we start with nothing selected              doc.selection = null;             // make a copy of the shape to work on              var item = pth.duplicate(WORK_LAY, ElementPlacement.PLACEATBEGINNING);             // make sure the path is closed as we want the aligh stroke to inside             item.closed = true;             // apply the "aligh stroke to inside" graphicStyle  by name             doc.graphicStyles.getByName('stroke inside').applyTo(item);             // scale works out how thick the stroke shold be              var scale = Math.min(item.height, item.width) / 10 * per;             item.strokeWidth = scale;             //$.writeln("scale:" + scale);             // select the items and outline the stroke              item.selected = true;             app.executeMenuCommand('OffsetPath v22'); // = Outline Stroke              var sel = doc.selection;             if (sel[0].typename === "CompoundPathItem") {                 if (sel[0].pathItems.length > 2) {                     // too many paths, increase stroke and retry                      sel[0].remove()                     per = per + increment;                     return false;                 } else {                     // Remove the larger of the 2 shapes in the compoundPath                      if (Math.abs(sel[0].pathItems[0].area) > Math.abs(sel[0].pathItems[1].area)) {                         sel[0].pathItems[0].remove();                     } else {                         sel[0].pathItems[1].remove();                     }                     // compare size against original - Aiming for under 10%                      if (Math.abs(sel[0].pathItems[0].area) > Math.abs(item.area) / 10) { // the 10 is ten percent of original size                          sel[0].pathItems[0].remove();                         per = per + increment;                         return false;                     } else {                         // now we should have correct size to center text to                          // return X,Y of shapes Center                          var B = sel[0].geometricBounds;                         cent.push(B[0] + (B[2] - B[0]) / 2);                         cent.push(B[1] + (B[3] - B[1]) / 2);                         sel[0].remove()                         //$.writeln('ok')                         return true;                     }                 }             } else {                 // shape filled completely, reduced stroke and retry                  sel[0].remove()                 per = per - 0.02;                 return false;             }         }     } } var timer = Date.now(); // 7'20'' with 7 failures add_nums(); var x = (Date.now() - timer); alert('conversion completed in:\n' +     Math.floor(x / 1000 / 60) + ' Minutes, ' +     Math.floor(x / 1000 % 60) + ' Seconds, and ' +     x % 1000 + ' Milliseconds'); Result: tested the same document as you, time used was 7'20'' ,with 7 path failures. And also I have yet another thought: since the stroke is inside, we can compare area directly. Will give it a try. ... View more

Hi Qwerty, follow your point I get another way, the result is not so good, but anyway here it is. var doc = activeDocument,     oPath = app.selection[0],     per = 0.48, // can be adjusted     radius = Math.min(oPath.width, oPath.height) * per,     times = 0,     maxTimes = 5 , // may be more times is better     i = 0,     rasterOpts = new RasterizeOptions,     xmlstring, oTrace, options, countOld; // apply feather effect xmlstring = '<LiveEffect name="Adobe Fuzzy Mask"><Dict data="R Radius #rad"/></LiveEffect>'         .replace('#rad', '' + radius); oPath.applyEffect(xmlstring); // rasterize and trace rasterOpts.resolution = 72; oTrace = doc.rasterize(oPath, oPath.geometricBounds, rasterOpts).trace(); options = oTrace.tracing.tracingOptions; options.tracingMode = TracingModeType.TRACINGMODEBLACKANDWHITE; options.tracingColorTypeValue = TracingColorType.TRACINGFULLCOLOR; options.threshold = 255; options.grayLevels = 50; options.pathFidelity = 90; options.cornerFidelity = 80; options.noiseFidelity = 20; options.tracingMethod = TracingMethodType.TRACINGMETHODABUTTING; options.fills = true; options.maxStrokeWeight = 10; options.snapCurveToLines = true; options.ignoreWhite = true; app.redraw(); // loop until the result path small and clean enough for (var i = 0; i < 50; i++) {     countOld = oTrace.tracing.anchorCount;     if (oTrace.tracing.anchorCount === 4) {         oTrace.tracing.tracingOptions.threshold--;         app.redraw();         if (check(maxTimes)) {             break         }     } else if (oTrace.tracing.anchorCount > 10) {         oTrace.tracing.tracingOptions.threshold--;         app.redraw();         //$.writeln (oTrace.tracing.anchorCount);         if (check(maxTimes)) {             break         }         $.writeln(oTrace.tracing.anchorCount);     } else if (oTrace.tracing.pathCount > 1) {         oTrace.tracing.tracingOptions.threshold--;         if (check(maxTimes)) {             break         }         app.redraw();     } else {         break;     } } function check(maxTimes) {     if (oTrace.tracing.anchorCount === countOld) {         times++;         return times > maxTimes ? true : false;     } } Select one path before fun, and the result as picture. ... View more

Maybe no bother using the FXGSaveOptions(it turned out to be just ai file, not FXG at all), just save ai file without compression, open it with text editer such as SublimeText, using regex mode to search and replace the data. Get the name: (?<=/BasicFilter :\n\()[^)]*(?=\) 1 0 /Filter) Get and format the dict data: find ^([\d.]*) /(\w)[^(\n]*\((\w+)\).+ replace with '\2 \3 \1' + So this is another code strings: '<LiveEffect name="Adobe Zigzag">' + '<Dict data="' + 'R roundness 1' + 'R amount 10' + 'R ridges 3' + 'R relAmount 0' + 'R absoluteness 1' + '"/>' + '</LiveEffect>'; And now its easy to get all these LiveEffectXML, also we can write functions for reuse. ... View more

Please delete this line and try again: pdfSaveOptions.SaveMultipleArtboards = true; ... View more

Just a little update: https://raw.github.com/moluapple/ExtendScripts4AI-ID/master/AI_Package%20Fonts%20of%20Document%20with%20ID.jsx ... View more

As Mark said, that snippet only tells you what fonts been used in the document. To collect fonts to a folder is more complex, since you can not get the fonts location property from within Illustrator scripting DOM. If you also have Indesign installed, you can have a look with [this script](http://pastebin.com/raw.php?i=EEPNWxCS), which can use to package fonts for .ai/.indd files. If you don't have Indesign, I have another solution which is more complex. BTW: You can package fonts with Illustrator CC directly now. ... View more