我刚刚开始设计世界，最近在Illustrator CS6中发现了脚本。我目前在Illustrator（jsx）中使用一个名为“指定”的脚本。我已经包含了对此代码实际执行操作的描述。
“选择一个对象并运行脚本，确认测量方向。这将指定对象的宽度或高度。选择两个对象并运行脚本。这将指定两个对象之间的水平或垂直间隙如果您将多个对象分组并运行脚本，您将获得对象组的大小。“
我喜欢这个脚本但是我希望我知道编码和脚本，因为我想调整这个脚本所以不要说“20”我希望它在宽度/高度之后包含“mm”。我希望这里有人可以帮我解决这个问题。我希望有可能这样做，我已经包含了下面的代码。
提前致谢。
我尝试发布代码但没有太多运气。
/*
* Description: An Adobe Illustrator script that automates measurements of objects. This is an early version that has not been sufficiently tested. Use at your own risks.
* Usage: Select 1 to 2 page items in Adobe Illustrator, then run this script by selecting File > Script > Other Scripts > (choose file)
* License: GNU General Public License Version 3. (http://www.gnu.org/licenses/gpl-3.0-standalone.html)
*
* Copyright (c) 2009. William Ngan.
* http://www.metaphorical.net
*/
// Create an empty dialog window near the upper left of the screen
var dlg = new Window('dialog', 'Spec');
dlg.frameLocation = [100,100];
dlg.size = [250,250];
dlg.intro = dlg.add('statictext', [20,20,150,40] );
dlg.intro.text = 'First select 1 or 2 items';
dlg.where = dlg.add('dropdownlist', [20,40,150,60] );
dlg.where.selection = dlg.where.add('item', 'top');
dlg.where.add('item', 'bottom');
dlg.where.add('item', 'left');
dlg.where.add('item', 'right');
dlg.btn = dlg.add('button', [20,70,150,90], 'Specify', 'spec');
// document
var doc = activeDocument;
// spec layer
try {
var speclayer =doc.layers['spec'];
} catch(err) {
var speclayer = doc.layers.add();
speclayer.name = 'spec';
}
// measurement line color
var color = new RGBColor;
color.green = 255;
color.blue = 0;
// gap between measurement lines and object
var gap = 2;
// size of measurement lines.
var size = 10;
// number of decimal places
var decimals = 0;
// pixels per inch
var dpi = 72;
/**
Start the spec
*/
function startSpec() {
if (doc.selection.length==1) {
specSingle( doc.selection[0].geometricBounds, dlg.where.selection.text );
} else if (doc.selection.length==2) {
specDouble( doc.selection[0], doc.selection[1], dlg.where.selection.text );
} else {
alert('please select 1 or 2 items');
}
dlg.close ();
}
/**
Spec the gap between 2 elements
*/
function specDouble( item1, item2, where ) {
var bound = new Array(0,0,0,0);
var a = item1.geometricBounds;
var b = item2.geometricBounds;
if (where=='top' || where=='bottom') {
if (b[0]>a[0]) { // item 2 on right,
if (b[0]>a[2]) { // no overlap
bound[0] =a[2];
bound[2] = b[0];
} else { // overlap
bound[0] =b[0];
bound[2] = a[2];
}
} else if (a[0]>=b[0]){ // item 1 on right
if (a[0]>b[2]) { // no overlap
bound[0] =b[2];
bound[2] = a[0];
} else { // overlap
bound[0] =a[0];
bound[2] = b[2];
}
}
bound[1] = Math.max (a[1], b[1]);
bound[3] = Math.min (a[3], b[3]);
} else {
if (b[3]>a[3]) { // item 2 on top
if (b[3]>a[1]) { // no overlap
bound[3] =a[1];
bound[1] = b[3];
} else { // overlap
bound[3] =b[3];
bound[1] = a[1];
}
} else if (a[3]>=b[3]){ // item 1 on top
if (a[3]>b[1]) { // no overlap
bound[3] =b[1];
bound[1] = a[3];
} else { // overlap
bound[3] =a[3];
bound[1] = b[1];
}
}
bound[0] = Math.min(a[0], b[0]);
bound[2] = Math.max (a[2], b[2]);
}
specSingle(bound, where );
}
/**
spec a single object
@param bound item.geometricBound
@param where 'top', 'bottom', 'left,' 'right'
*/
function specSingle( bound, where ) {
// width and height
var w = bound[2]-bound[0];
var h = bound[1]-bound[3];
// a & b are the horizontal or vertical positions that change
// c is the horizontal or vertical position that doesn't change
var a = bound[0];
var b = bound[2];
var c = bound[1];
// xy='x' (horizontal measurement), xy='y' (vertical measurement)
var xy = 'x';
// a direction flag for placing the measurement lines.
var dir = 1;
switch( where ) {
case 'top':
a = bound[0];
b = bound[2];
c = bound[1];
xy = 'x';
dir = 1;
break;
case 'bottom':
a = bound[0];
b = bound[2];
c = bound[3];
xy = 'x';
dir = -1;
break;
case 'left':
a = bound[1];
b = bound[3];
c = bound[0];
xy = 'y';
dir = -1;
break;
case 'right':
a = bound[1];
b = bound[3];
c = bound[2];
xy = 'y';
dir = 1;
break;
}
// create the measurement lines
var lines = new Array();
// horizontal measurement
if (xy=='x') {
// 2 vertical lines
lines[0]= new Array( new Array(a, c+(gap)*dir) );
lines[0].push ( new Array(a, c+(gap+size)*dir) );
lines[1]= new Array( new Array(b, c+(gap)*dir) );
lines[1].push( new Array(b, c+(gap+size)*dir) );
// 1 horizontal line
lines[2]= new Array( new Array(a, c+(gap+size/2)*dir ) );
lines[2].push( new Array(b, c+(gap+size/2)*dir ) );
// create text label
if (where=='top') {
var t = specLabel( w, (a+b)/2, lines[0][1][1] );
t.top += t.height;
} else {
var t = specLabel( w, (a+b)/2, lines[0][0][1] );
t.top -= t.height;
}
t.left -= t.width/2;
// vertical measurement
} else {
// 2 horizontal lines
lines[0]= new Array( new Array( c+(gap)*dir, a) );
lines[0].push ( new Array( c+(gap+size)*dir, a) );
lines[1]= new Array( new Array( c+(gap)*dir, b) );
lines[1].push( new Array( c+(gap+size)*dir, b) );
//1 vertical line
lines[2]= new Array( new Array(c+(gap+size/2)*dir, a) );
lines[2].push( new Array(c+(gap+size/2)*dir, b) );
// create text label
if (where=='left') {
var t = specLabel( h, lines[0][1][0], (a+b)/2 );
t.left -= t.width;
} else {
var t = specLabel( h, lines[0][0][0], (a+b)/2 );
t.left += size;
}
t.top += t.height/2;
}
// draw the lines
var specgroup = new Array(t);
for (var i=0; i<lines.length; i++) {
var p = doc.pathItems.add();
p.setEntirePath ( lines[i] );
setLineStyle( p, color );
specgroup.push( p );
}
group(speclayer, specgroup );
}
/**
Create a text label that specify the dimension
*/
function specLabel( val, x, y) {
var t = doc.textFrames.add();
t.textRange.characterAttributes.size = 8;
t.textRange.characterAttributes.alignment = StyleRunAlignmentType.center;
var v = val;
switch (doc.rulerUnits) {
case RulerUnits.Inches:
v = val/dpi;
v = v.toFixed (decimals);
break;
case RulerUnits.Centimeters:
v = val/(dpi/2.54);
v = v.toFixed (decimals);
break;
case RulerUnits.Millimeters:
v = val/(dpi/25.4);
v = v.toFixed (decimals);
break;
case RulerUnits.Picas:
v = val/(dpi/6);
var vd = v - Math.floor (v);
vd = 12*vd;
v = Math.floor(v)+'p'+vd.toFixed (decimals);
break;
default:
v = v.toFixed (decimals);
}
t.contents = v;
t.top = y;
t.left = x;
return t;
}
function setLineStyle(path, color) {
path.filled = false;
path.stroked = true;
path.strokeColor = color;
path.strokeWidth = 0.5;
return path;
}
/**
* Group items in a layer
*/
function group( layer, items, isDuplicate) {
// create new group
var gg = layer.groupItems.add();
// add to group
// reverse count, because items length is reduced as items are moved to new group
for(var i=items.length-1; i>=0; i--) {
if (items[i]!=gg) { // don't group the group itself
if (isDuplicate) {
newItem = items[i].duplicate (gg, ElementPlacement.PLACEATBEGINNING);
} else {
items[i].move( gg, ElementPlacement.PLACEATBEGINNING );
}
}
}
return gg;
}
// ----------------------------------------------------------------------------------------------------------------------------------------
dlg.btn.addEventListener ('click', startSpec );
dlg.show();
答案 0 :(得分：0)
这可能就是
的地方/**
Create a text label that specify the dimension
*/
function specLabel( val, x, y) {
var t = doc.textFrames.add();
t.textRange.characterAttributes.size = 8;
t.textRange.characterAttributes.alignment = StyleRunAlignmentType.center;
var v = val;
switch (doc.rulerUnits) {
case RulerUnits.Inches:
v = val/dpi;
v = v.toFixed (decimals);
break;
case RulerUnits.Centimeters:
v = val/(dpi/2.54);
v = v.toFixed (decimals);
break;
case RulerUnits.Millimeters:
v = val/(dpi/25.4);
v = v.toFixed (decimals);
break;
case RulerUnits.Picas:
v = val/(dpi/6);
var vd = v - Math.floor (v);
vd = 12*vd;
v = Math.floor(v)+'p'+vd.toFixed (decimals);
break;
default:
v = v.toFixed (decimals);
}
t.contents = v;
t.top = y;
t.left = x;
return t;
}
检查它是否可行只是将最后一部分更改为
t.contents = v+"mm";
t.top = y+"mm";
t.left = x+"mm";
return t;
如果是这样，你可以检查标尺设置开关，它可以切换盒子，你的＆＃34; mm＆＃34;应该只适用于RulerUnits.Millimeters
的情况