/////////////////////////////////////////////////////////////////
// All Points v.1.3 -- CS,CS2,CS3,CS4
//>=--------------------------------------
// This script simply draws a line from every point to every other point of your selected pathitem.
// Handy for making Mandalas. Try on polygons, stars or even freehand shapes.
//>=--------------------------------------
// JS code (c) copyright: John Wundes ( john@wundes.com ) www.wundes.com
//copyright full text here: http://www.wundes.com/js4ai/copyright.txt
//////////////////////////////////////////////////////////////////
function Loadbar(x){
this.versionNum= app.version.split(".")[0] ;
if (this.versionNum >= 13){
this.w = new Window('window', "Processing...", undefined, {independent:true});
this.w.frameLocation = [600,400];
this.w.tracker = this.w.add ('statictext' , [15,15,250,35], "processing");
this.w.prog = this.w.add ('progressbar' , [15,15,250,35], 0, x);
//this.w.show();
}
}
Loadbar.prototype.close = function(){
if (this.versionNum >= 13){
this.w.close();
}
}
Loadbar.prototype.hide=function(){
if (this.versionNum >= 13){
this.w.hide();
}
}
Loadbar.prototype.show=function(){
if (this.versionNum >= 13){
this.w.show();
}
}
Loadbar.prototype.update=function(x){
if (this.versionNum >= 13){
this.w.prog.value = x;
}
}
Loadbar.prototype.label=function(x){
if (this.versionNum >= 13){
this.w.tracker.text = x;
}
}
Array.prototype.indexOf = function(i){
var len = this.length;
for (var a=0;a{
if (this[a]==i)
{
return a;
}
return -1;
}
}
Array.prototype.man = function(test, tvars_arr, doThis, dovars_arr) {
var FUN="function";
var OBJ="object";
var UND="undefined";
var a=typeof test;
var b=typeof tvars_arr;
var c=typeof doThis;
var d=typeof dovars_arr;
// if only an array is given, it is assumed we wish to copy to it:
if (a==OBJ && tvars_arr ==undefined && doThis==undefined && dovars_arr==undefined)
{
dovars_arr = test;
test=undefined;
}
//if we just want to process all items without any testing: doThis,[dovars_arr] fun,ob
if (a==FUN && b==OBJ && doThis==undefined && dovars_arr==undefined)
{
//alert("correct");
doThis=test;
test=undefined;
dovars_arr=tvars_arr;
tvars_arr=undefined;
}else if(a==FUN && b==FUN){ // fun,fun OR fun,fun,ob
if (c==OBJ)
{
dovars_arr=doThis;
}
doThis=tvars_arr;
tvars_arr=undefined;
}
// Either case should work as normal: fun,ob,fun OR fun,ob,fun,ob
// Now set defaults if anything is missing:
test= test==undefined?AMT_exists:test;
tvars_arr= tvars_arr==undefined?[0]:tvars_arr;
doThis= doThis==undefined?AMA_exportTo:doThis;
dovars_arr= dovars_arr==undefined?[0]:dovars_arr;
//
var sl = this.length;
for (var ds = 0; ds<(sl-1); ds++) {
//first referenced function call
if (test(this[ds], tvars_arr)) {
// second referenced function call
var ret = doThis(this[ds], dovars_arr);
//change original array item if something is returned
if (ret != undefined) {
this[ds] = ret;
}
}
}
}
//DEFAULT TEST:
function AMT_exists(item, y_arr) {
//filler function for arrayMan
//always true
return 1;
}
//DEFAULT ACTION:
// exports each tested item to exp_arr
function AMA_exportTo(item, exp_arr) {
//alert(item);
exp_arr.unshift(item); //unshift because the array is being processed backwards.
}
function AMA_LinesTo(item, vars_arr) {
var count = vars_arr[0];
var group = vars_arr[1];
var src_arr = vars_arr[2];
var sal = src_arr.length;
// draw a line from this point, to every remaining point in the array
if (count == sal-1)
{
//alert("last one");
return
}
//
for (var p=(count+1);p<sal></sal>{
var myLine = drawLine(item.anchor, src_arr[p].anchor);

/* // uncomment for some fun grayscale action
var col=255/(sal/(count+1));
myLine.strokeColor.red = col;
myLine.strokeColor.green= col;
myLine.strokeColor.blue = col;
*/

b.update(p);
b.label("Item:"+(s+1)+" of "+selLen+". (node "+count+" of "+(sal-1)+")");
//redraw();
//alert("drawing count:"+count+"/nindex of "+item+" in:"+src_arr+":"+src_arr.indexOf(item));
}
vars_arr[0]++; //note: count++ doesnt work
}
function drawLine(anchor1,anchor2) {
//alert(anchor1+" and "+anchor2);
//draw a single line from point a to point b
var linePath = shapeGroup.pathItems.add();
var offset=0; // [anchor1[0]-offset,anchor1[1]-offset]
linePath.setEntirePath( Array(anchor1,anchor2) );
linePath.closed = false;
linePath.stroked = true;
linePath.filled = false;
linePath.strokeWidth = 1;
return linePath;
}
//----------------main
alert0="請打開一個文檔";
alert1="只能對單一對象生效！/n不能是剪切蒙版、復合路徑、復合形狀、群組等！";
if ( app.documents.length == 0 ) {
alert(alert0);
}else if (app.activeDocument.selection.length == 0){
alert(alert1);
}else if (app.activeDocument.selection[0].typename != "PathItem"){
alert(alert1);
}else{
doc=activeDocument;
sel=doc.selection;
selLen=sel.length;
// walk through each selected item
for (var s=0;s<sellen></sellen>{
if (sel[s].typename == "PathItem")
{
var b = new Loadbar(sel[s].selectedPathPoints.length);
b.show();
var obj = sel[s];
var src_arr = obj.selectedPathPoints;
var count = 0;
var shapeGroup = app.activeDocument.groupItems.add();
src_arr.man(AMA_LinesTo,[count,shapeGroup,src_arr]);
b.close();
}
}
}