我正在使用Illustrator CS6遇到一个脚本问题，这个问题一直困扰着我很长一段时间。复合路径内的组。
我有一个脚本设置来提取Illustrator文件中的所有使用的颜色，以及半色调信息，CMYK等。它基本上循环遍历文件中的每个路径并查看其填充颜色（如果有任何颜色） ），描边颜色（如果有的话），渐变停止（如果有的话），等等。如果它正在查看的项目是一个组，它只是潜入该组并通过递归调用相同的函数查看其所有组件。复合路径也是如此。它还设置为处理大多数光栅图像，如果是彩色位图或CMYK图像，则报告回来等。
但是，当脚本失败时，它会遇到包含组的复合路径。现在，通常，这在Illustrator中甚至是不可能的。如果您尝试创建一组两个路径，然后复合它们，Illustrator只会删除分组。但是，有些人使用的程序，当从它们导出到EPS文件时，某些路径最终成为复合路径内的组。除了训练我的所有人来寻找这些问题路径之外，我还能用脚本做些什么吗？这是我目前的脚本：
/**
* The main part of the script that will run in Illustrator, getting the text of the object we're looking for.
*
* @param {File} theFile The file object that will be opened in Illustrator and checked.
*/
function findInfo(theFile)
{
var document = app.open(theFile);
var prodInfo = new Array;
// This first section of the Illustrator script will just get the template name of the current product.
var templateName = new String;
var templateLayer = document.layers[2];
$.writeln(templateLayer.name);
for (var i = templateLayer.pageItems.length - 1; i >= 0; i--)
{
var pName = templateLayer.pageItems[i].name;
if (pName != "")
{
templateName = templateLayer.pageItems[i].name;
}
}
$.writeln("templateName (inside Illustrator Script) is " + templateName);
// This second section of the Illustrator script will gather all of the used colors and store them in an array.
var colorsArray = [];
var bHalftones = false;
var bFourCP = false;
var bReg = false;
colorsInUse(document.layers[0]);
function colorsInUse(currPageItem) {
for (var i = 0; i < currPageItem.pageItems.length; i++) {
// Stepping through each item on the layer.
var currentItem = currPageItem.pageItems[i];
// $.writeln("current item is " + currentItem.typename);
// $.writeln("Does it have a fill color? " + currentItem.fillColor);
if (currentItem.typename === "GroupItem" && !currentItem.guides) {
// If it's a group, dig into the group and start the function over.
colorsInUse(currentItem);
} else if (currentItem.typename == "TextFrame") {
var charAttrib = currentItem.textRange.characterAttributes;
getColors(charAttrib, colorsArray);
} else if (currentItem.typename === "RasterItem") {
if (currentItem.imageColorSpace === ImageColorSpace.CMYK) {
$.writeln("Four-color process image in artwork.");
} else if (currentItem.channels > 1 || currentItem.imageColorSpace === ImageColorSpace.GrayScale) {
if (currentItem.colorants[0] === "Gray") {
if (colorsArray.toString().indexOf("Black") === -1) {
colorsArray.push("Black");
}
alert("When this script is finished, please verify that the Ink/PMS table has the correct colors.");
} else {
if (colorsArray.toString().indexOf(currentItem.colorants[0]) === -1) {
colorsArray.push(currentItem.colorants[0]);
}
}
} else {
alert("The raster image in the art file must be a 1-channel bitmap and, thus, script cannot determine its color.");
}
} else if ((currentItem.fillColor || currentItem.strokeColor) && !currentItem.guides) {
// If the current object has either a fill or a stroke, continue.
if (currentItem.pathPoints.length > 2 || (currentItem.pathPoints == 2 && currentItem.stroked && currentItem..strokeWidth >= 0.1))
{
// If the current object has 2 points and a good stroke, or more than two points, continue.
getColors(currentItem, colorsArray);
}
} else if (currentItem.typename === "CompoundPathItem") {
for (var c = 0; c < currentItem.pathItems.length; c++) {
if (currentItem.pathItems[c].pathPoints.length > 2 || (currentItem.pathItems[c].pathPoints == 2 && currentItem.pathItems[c].stroked && currentItem.pathItems[c].strokeWidth >= 0.1))
{
// If the current object has 2 points and a good stroke, or more than two points, continue.
getColors(currentItem.pathItems[c], colorsArray);
}
}
}
}
return;
}
function getColors(currentItem, colorsArray)
{
try
{
var fillColorType = currentItem.fillColor.typename;
var strokeColorType = currentItem.strokeColor.typename;
$.writeln("fillColorType is " + fillColorType);
switch (fillColorType) {
case "CMYKColor":
if (currentItem.fillColor.cyan === 0 && currentItem.fillColor.magenta === 0 && currentItem.fillColor.yellow === 0) {
if (currentItem.fillColor.black > 0) {
if (colorsArray.toString().indexOf("Black") === -1) {
colorsArray.push("Black");
}
if (currentItem.fillColor.black < 100) {bHalftones = true;}
}
} else {
// $.writeln("Four color process!");
bFourCP = true;
bHalftones = true;
}
break;
case "GrayColor":
if (currentItem.fillColor.gray > 0) {
if (colorsArray.toString().indexOf("Black") === -1) {
colorsArray.push("Black");
}
if (currentItem.fillColor.gray < 100) {bHalftones = true;}
}
break;
case "SpotColor":
if (colorsArray.toString().indexOf(currentItem.fillColor.spot.name) === -1 && currentItem.fillColor.spot.name.toLowerCase().indexOf("white") === -1) {
colorsArray.push(currentItem.fillColor.spot.name);
}
if (currentItem.fillColor.tint < 100) {bHalftones = true;}
break;
case "GradientColor":
bHalftones = true;
for (var j = 0; j < currentItem.fillColor.gradient.gradientStops.length; j++) {
var gStop = currentItem.fillColor.gradient.gradientStops[j].color;
switch (gStop.typename) {
case "GrayColor":
if (colorsArray.toString().indexOf("Black") === -1) {
colorsArray.push("Black");
}
break;
case "SpotColor":
if (colorsArray.toString().indexOf(gStop.spot.name) === -1) {
colorsArray.push(gStop.spot.name);
}
break;
case "CMYKColor":
if (gStop.cyan === 0 && gStop.magenta === 0 && gStop.yellow === 0 && gStop.black > 0) {
if (colorsArray.toString().indexOf("Black") === -1) {
colorsArray.push("Black");
}
if (gStop.black < 100) {bHalftones = true;}
} else if (gStop.cyan === 0 && gStop.magenta === 0 && gStop.yellow === 0 && gStop.black === 0) {
break;
} else {
// $.writeln("Four color process.");
bFourCP = true;
bHalftones = true;
}
break;
default:
// $.writeln("Four color process?");
bFourCP = true;
bHalftones = true;
}
}
break;
case "NoColor":
break;
default:
// $.writeln("The fill color on object number " + i + " is of type " + fillColorType);
}
switch (strokeColorType) {
case "CMYKColor":
if (currentItem.strokeColor.cyan === 0 && currentItem.strokeColor.magenta === 0 && currentItem.strokeColor.yellow === 0) {
if (currentItem.strokeColor.black > 0) {
if (colorsArray.toString().indexOf("Black") === -1) {
colorsArray.push("Black");
}
if (currentItem.strokeColor.black < 100) {bHalftones = true;}
}
} else {
// $.writeln("Four color process!");
bFourCP = true;
bHalftones = true;
}
break;
case "GrayColor":
if (currentItem.strokeColor.gray > 0) {
if (colorsArray.toString().indexOf("Black") === -1) {
colorsArray.push("Black");
}
if (currentItem.strokeColor.gray < 100) {bHalftones = true;}
}
break;
case "SpotColor":
if (colorsArray.toString().indexOf(currentItem.strokeColor.spot.name) === -1) {
colorsArray.push(currentItem.strokeColor.spot.name);
}
if (currentItem.strokeColor.tint < 100) {bHalftones = true;}
break;
case "GradientColor":
bHalftones = true;
for (var j = 0; j < currentItem.strokeColor.gradient.gradientStops.length; j++) {
var gStop = currentItem.strokeColor.gradient.gradientStops[j].color;
switch (gStop.typename) {
case "GrayColor":
if (colorsArray.toString().indexOf("Black") === -1) {
colorsArray.push("Black");
}
break;
case "SpotColor":
if (colorsArray.toString().indexOf(gStop.spot.name) === -1) {
colorsArray.push(gStop.spot.name);
}
break;
case "CMYKColor":
if (gStop.cyan === 0 && gStop.magenta === 0 && gStop.yellow === 0 && gStop.black > 0) {
if (colorsArray.toString().indexOf("Black") === -1) {
colorsArray.push("Black");
}
if (gStop.black < 100) {bHalftones = true;}
} else if (gStop.cyan === 0 && gStop.magenta === 0 && gStop.yellow === 0 && gStop.black === 0) {
break;
} else {
// $.writeln("Four color process.");
bFourCP = true;
bHalftones = true;
}
break;
default:
// $.writeln("Four color process?");
bFourCP = true;
bHalftones = true;
}
}
break;
case "NoColor":
break;
default:
// $.writeln("The stroke color on object number " + i + " is of type " + strokeColorType);
}
}
catch (e) {/* If an error was found with the fill color and/or stroke color, then just skip this particular path item. */};
return;
}
document.close(SaveOptions.DONOTSAVECHANGES);
// Now we combine the gathered items into a single array and return it.
if ((colorsArray.length > 1 && !/HI/.test(templateName.substring(0, 2))) || bFourCP) {bReg = true;}
prodInfo.push(templateName, colorsArray, bHalftones, bFourCP, bReg);
return prodInfo.toSource();
};
我知道它现在有点混乱，有许多用于调试目的的$.writelns，其中一些甚至被注释掉，因为它们导致了错误。无论如何，对于这个问题的任何帮助，我都非常感激。
如果更改，则您的脚本无法查看所有pathItems因为您的根是图层
colorsInUse(document.layers[0]);
to
colorsInUse(document);
你会看到所有的pathItems，甚至包含在一个复合路径中
通常，在Illustrator中甚至无法创建一组两个路径。
但是，如果您创建一个包含一个路径的组，请选择此组和另一个路径，创建此选择的复合路径，您将在复合路径中获得一个组。