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function Vector(x, y){
this.x = x;
this.y = y;
}
Vector.prototype = {
add: function(other){
if( other instanceof Vector){
return new Vector(this.x + other.x, this.y + other.y);
}else{
return new Vector(this.x + parseFloat(other), this.y + parseFloat(other));
}
},
sub: function(other){
if( other instanceof Vector){
return new Vector(this.x - other.x, this.y - other.y);
}else{
return new Vector(this.x - parseFloat(other), this.y - parseFloat(other));
}
},
mul: function(scalar){
return new Vector(this.x * scalar, this.y * scalar);
},
mag: function(){
return (Math.sqrt(this.x*this.x + this.y*this.y));
},
normalize: function(){
vectorLength = this.mag();
return new Vector(this.x/vectorLength, this.y/vectorLength);
},
dot:function (other){
return other.x * this.x + other.y * this.y;
},
angle:function(other){
rr = (Math.atan2((other.x-this.x),(this.y-other.y))) * (360.0/(2.0*Math.PI));
qq = rr;
return qq;
},
rotate:function( angle ){
theta = angle * ((2.0*Math.PI)/360);// to radians
cs = Math.cos(theta);
sn = Math.sin(theta);
px = this.x * cs - this.y * sn;
py = this.x * sn + this.y * cs;
return new Vector(px, py);
},
perpendicular:function(dir){// 1 or -1
if(dir == 1){
return new Vector(this.y, -this.x);
}else{
return new Vector(-this.y, this.x);
}
}
}
function Bezier(a, b, c, d) {
this.a = a;
this.b = b;
this.c = c;
this.d = d;
this.len = 500;//precision
this.arcLengths = new Array(this.len + 1);
this.arcLengths[0] = 0;
var ox = this.x(0);
var oy = this.y(0);
var clen = 0;
for(var i = 1; i <= this.len; i += 1) {
var x = this.x(i/this.len), y = this.y(i/this.len);
var dx = ox - x, dy = oy - y;
clen += Math.sqrt(dx * dx + dy * dy);
this.arcLengths = clen;
ox = x, oy = y;
}
this.length = clen;
}
Bezier.prototype = {
map: function(u) {
var targetLength = u * this.arcLengths[this.len];
var low = 0, high = this.len, index = 0;
while (low < high) {
index = low + (((high - low) / 2) | 0);
if (this.arcLengths[index] < targetLength) {
low = index + 1;
} else {
high = index;
}
}
if (this.arcLengths[index] > targetLength) {
index--;
}
var lengthBefore = this.arcLengths[index];
if (lengthBefore === targetLength) {
return index / this.len;
} else {
return (index + (targetLength - lengthBefore) / (this.arcLengths[index + 1] - lengthBefore)) / this.len;
}
},
mx: function (u) {
return this.x(this.map(u));
// return this.x(u);
},
my: function (u) {
return this.y(this.map(u));
// return this.y(u);
},
x: function (t) {
return ((1 - t) * (1 - t) * (1 - t)) * this.a.x
+ 3 * ((1 - t) * (1 - t)) * t * this.b.x
+ 3 * (1 - t) * (t * t) * this.c.x
+ (t * t * t) * this.d.x;
},
y: function (t) {
return ((1 - t) * (1 - t) * (1 - t)) * this.a.y
+ 3 * ((1 - t) * (1 - t)) * t * this.b.y
+ 3 * (1 - t) * (t * t) * this.c.y
+ (t * t * t) * this.d.y;
},
tan:function(t){
t = this.map(t);
var C1x = ( this.d.x - (3.0 * this.c.x) + (3.0 * this.b.x) - this.a.x );
var C2x = ( (3.0 * this.c.x) - (6.0 * this.b.x) + (3.0 * this.a.x) );
var C3x = ( (3.0 * this.b.x) - (3.0 * this.a.x) );
var C4x = ( this.a.x );
var C1y = ( this.d.y - (3.0 * this.c.y) + (3.0 * this.b.y) - this.a.y );
var C2y = ( (3.0 * this.c.y) - (6.0 * this.b.y) + (3.0 * this.a.y) );
var C3y = ( (3.0 * this.b.y) - (3.0 * this.a.y) );
var C4y = ( this.a.y );
return new Vector((( 3.0 * C1x * t * t ) + ( 2.0 * C2x * t ) + C3x),(( 3.0 * C1y * t * t ) + ( 2.0 * C2y * t ) + C3y));
},
// http://blog.avangardo.com/2010/10/c-implementation-of-bezier-curvature-calculation/::
getDerivate:function(t){
tSquared = t * t;
s0 = -3 + 6 * t - 3 * tSquared;
s1 = 3 - 12 * t + 9 * tSquared;
s2 = 6 * t - 9 * tSquared;
s3 = 3 * tSquared;
resultX = this.a.x * s0 + this.b.x * s1 + this.c.x * s2 + this.d.x * s3;
resultY = this.a.y * s0 + this.b.y * s1 + this.c.y * s2 + this.d.y * s3;
return new Vector(resultX, resultY);
},
getSecondDerivate:function(t){
s0 = 6 - 6 * t;
s1 = -12 + 18 * t;
s2 = 6 - 18 * t;
s3 = 6 * t;
resultX = this.a.x * s0 + this.b.x * s1 + this.c.x * s2 + this.d.x * s3;
resultY = this.a.y * s0 + this.b.y * s1 + this.c.y * s2 + this.d.y * s3;
return new Vector(resultX, resultY);
},
getCurvatureRadius:function(t){
d1 = this.getDerivate(t);
d2 = this.getSecondDerivate(t);
r1 = Math.sqrt(Math.pow(d1.x * d1.x + d1.y * d1.y, 3));
r2 = Math.abs(d1.x * d2.y - d2.x * d1.y);
return r1 / r2;
},
toPSPath:function( add ){// true or false if I want to add the path
//to psd path
var lineArray3 = new Array()
lineArray3[0] = new PathPointInfo
lineArray3[0].kind = PointKind.CORNERPOINT
lineArray3[0].anchor = Array(this.a.x, this.a.y)
lineArray3[0].leftDirection = Array(this.b.x, this.b.y)
lineArray3[0].rightDirection = Array(this.a.x, this.a.y)
lineArray3[1] = new PathPointInfo
lineArray3[1].kind = PointKind.CORNERPOINT
lineArray3[1].anchor = Array(this.d.x, this.d.y)
lineArray3[1].rightDirection = Array(this.c.x, this.c.y)
lineArray3[1].leftDirection = Array(this.d.x, this.d.y)
var lineSubPathArray = new Array()
lineSubPathArray[0] = new SubPathInfo()
lineSubPathArray[0].operation = ShapeOperation.SHAPEXOR
lineSubPathArray[0].closed = false
lineSubPathArray[0].entireSubPath = lineArray3
if( add == true){
var suffix = 0;
for( var i=0; i<app.activeDocument.pathItems.length; i++){
var pth = app.activeDocument.pathItems.name.toString();
if( pth.search("BCM_Bezier_") != -1 ){
var ss = pth.split("BCM_Bezier_");
suffix = parseInt(ss[1]) + 1;
}
}
var myPathItem = app.activeDocument.pathItems.add(("BCM_Bezier_"+suffix), lineSubPathArray);
kk = app.activeDocument.pathItems.length -1;
if(kk < 1){//no path to add to
alert('no path to add to');
}else{
tcPthN = app.activeDocument.pathItems[kk].name;
ttrgPthN = app.activeDocument.pathItems[kk - 1].name;
// =======================================================select the new path
var desc264 = new ActionDescriptor();
var ref206 = new ActionReference();
ref206.putName( charIDToTypeID( "Path" ), tcPthN );
desc264.putReference( charIDToTypeID( "null" ), ref206 );
executeAction( charIDToTypeID( "slct" ), desc264, DialogModes.NO );
// =======================================================copy
var idcopy = charIDToTypeID( "copy" );
executeAction( idcopy, undefined, DialogModes.NO );
// =======================================================select the targhet path
var desc264 = new ActionDescriptor();
var ref206 = new ActionReference();
ref206.putName( charIDToTypeID( "Path" ), ttrgPthN );
desc264.putReference( charIDToTypeID( "null" ), ref206 );
executeAction( charIDToTypeID( "slct" ), desc264, DialogModes.NO );
// =======================================================paste the paths
var idpast = charIDToTypeID( "past" );
executeAction( idpast, undefined, DialogModes.NO );
// =======================================================delete the new path
var idDlt = charIDToTypeID( "Dlt " );
var desc48 = new ActionDescriptor();
var idnull = charIDToTypeID( "null" );
var ref42 = new ActionReference();
ref42.putName( charIDToTypeID( "Path" ), tcPthN );
desc48.putReference( idnull, ref42 );
executeAction( idDlt, desc48, DialogModes.NO );
}
}else{
var suffix = 0;
for( var i=0; i<app.activeDocument.pathItems.length; i++){
var pth = app.activeDocument.pathItems.name.toString();
if( pth.search("BCM_Bezier_") != -1 ){
var ss = pth.split("BCM_Bezier_");
suffix = parseInt(ss[1]) + 1;
}
}
var myPathItem = app.activeDocument.pathItems.add(("BCM_Bezier_"+suffix), lineSubPathArray);
}
}
};
// http://polymathprogrammer.com/downloads/bezierinterpolation.c
// http://polymathprogrammer.com/2007/06/27/reverse-engineering-bezier-curves/
function getControlPolyPoints( p0x, p0y, u, p1x, p1y, v, p2x, p2y, p3x, p3y){
pos = [{x:0,y:0},{x:0,y:0},{x:0,y:0},{x:0,y:0}];
q1 = {x:0,y:0}
q2 = {x:0,y:0}
if ( (u<=0.0) || (u>=1.0) || (v<=0.0) || (v>=1.0) || (u>=v) ){
return 0; /* failure */
}
a = 3*(1-u)*(1-u)*u;
b = 3*(1-u)*u*u;
c = 3*(1-v)*(1-v)*v;
d = 3*(1-v)*v*v;
det = a*d - b*c;
/* unnecessary, but just in case... */
if (det == 0.0){ return 0;} /* failure */
pos[0].x = p0x; pos[0].y = p0y;
pos[3].x = p3x; pos[3].y = p3y;
q1.x = p1x - ( (1-u)*(1-u)*(1-u)*p0x + u*u*u*p3x );
q1.y = p1y - ( (1-u)*(1-u)*(1-u)*p0y + u*u*u*p3y );
q2.x = p2x - ( (1-v)*(1-v)*(1-v)*p0x + v*v*v*p3x );
q2.y = p2y - ( (1-v)*(1-v)*(1-v)*p0y + v*v*v*p3y );
pos[1].x = d*q1.x - b*q2.x;
pos[1].y = d*q1.y - b*q2.y;
pos[1].x /= det;
pos[1].y /= det;
pos[2].x = (-c)*q1.x + a*q2.x;
pos[2].y = (-c)*q1.y + a*q2.y;
pos[2].x /= det;
pos[2].y /= det;
return pos; /* success */
}
// https://www.particleincell.com/2013/cubic-line-intersection/
function cubicRoots(P)
{
var a=P[0];
var b=P[1];
var c=P[2];
var d=P[3];
var A=b/a;
var B=c/a;
var C=d/a;
var Q, R, D, S, T, Im;
var Q = (3*B - Math.pow(A, 2))/9;
var R = (9*A*B - 27*C - 2*Math.pow(A, 3))/54;
var D = Math.pow(Q, 3) + Math.pow(R, 2); // polynomial discriminant
var t=Array();
if (D >= 0) // complex or duplicate roots
{
var S = sgn(R + Math.sqrt(D))*Math.pow(Math.abs(R + Math.sqrt(D)),(1/3));
var T = sgn(R - Math.sqrt(D))*Math.pow(Math.abs(R - Math.sqrt(D)),(1/3));
t[0] = -A/3 + (S + T); // real root
t[1] = -A/3 - (S + T)/2; // real part of complex root
t[2] = -A/3 - (S + T)/2; // real part of complex root
Im = Math.abs(Math.sqrt(3)*(S - T)/2); // complex part of root pair
/*discard complex roots*/
if (Im!=0)
{
t[1]=-1;
t[2]=-1;
}
}
else // distinct real roots
{
var th = Math.acos(R/Math.sqrt(-Math.pow(Q, 3)));
t[0] = 2*Math.sqrt(-Q)*Math.cos(th/3) - A/3;
t[1] = 2*Math.sqrt(-Q)*Math.cos((th + 2*Math.PI)/3) - A/3;
t[2] = 2*Math.sqrt(-Q)*Math.cos((th + 4*Math.PI)/3) - A/3;
Im = 0.0;
}
/*discard out of spec roots*/
for (var i=0;i<3;i++)
if (t<0 || t>1.0) t=-1;
/*sort but place -1 at the end*/
t=sortSpecial(t);
// console.log(t[0]+" "+t[1]+" "+t[2]);
return t;
}
/*computes intersection between a cubic spline and a line segment*/
function computeIntersections(px,py,lx,ly)
// px is array of 4 bezier control points at x
// lx is array of the 2 points of the line at x
{
var X=Array();
var A=ly[1]-ly[0]; //A=y2-y1
var B=lx[0]-lx[1]; //B=x1-x2
var C=lx[0]*(ly[0]-ly[1]) +
ly[0]*(lx[1]-lx[0]); //C=x1*(y1-y2)+y1*(x2-x1)
var bx = bezierCoeffs(px[0],px[1],px[2],px[3]);
var by = bezierCoeffs(py[0],py[1],py[2],py[3]);
var P = Array();
P[0] = A*bx[0]+B*by[0]; /*t^3*/
P[1] = A*bx[1]+B*by[1]; /*t^2*/
P[2] = A*bx[2]+B*by[2]; /*t*/
P[3] = A*bx[3]+B*by[3] + C; /*1*/
var r=cubicRoots(P);
/*verify the roots are in bounds of the linear segment*/
returned = [];
for (var i=0;i<3;i++)
{
t=r;
X[0]=bx[0]*t*t*t+bx[1]*t*t+bx[2]*t+bx[3];
X[1]=by[0]*t*t*t+by[1]*t*t+by[2]*t+by[3];
/*above is intersection point assuming infinitely long line segment,
make sure we are also in bounds of the line*/
var s;
if ((lx[1]-lx[0])!=0) /*if not vertical line*/
s=(X[0]-lx[0])/(lx[1]-lx[0]);
else
s=(X[1]-ly[0])/(ly[1]-ly[0]);
/*in bounds?*/
if (t<0 || t>1.0 || s<0 || s>1.0)
{
X[0]=-100; /*move off screen*/
X[1]=-100;
}
returned.push({x:X[0], y:X[1]});
}
return returned;
}
function sortSpecial(a)
{
var flip;
var temp;
do {
flip=false;
for (var i=0;i<a.length-1;i++)
{
if ((a[i+1]>=0 && a>a[i+1]) ||
(a<0 && a[i+1]>=0))
{
flip=true;
temp=a;
a=a[i+1];
a[i+1]=temp;
}
}
} while (flip);
return a;
}
// sign of number
function sgn( x )
{
if (x < 0.0) return -1;
return 1;
}
function bezierCoeffs(P0,P1,P2,P3)
{
var Z = Array();
Z[0] = -P0 + 3*P1 + -3*P2 + P3;
Z[1] = 3*P0 - 6*P1 + 3*P2;
Z[2] = -3*P0 + 3*P1;
Z[3] = P0;
return Z;
}
function warpUpperArcUntilMM( value ){
theDistnaceInPx = convertFromMMToPx( value );
var strtRulerUnits = app.preferences.rulerUnits;
var strtTypeUnits = app.preferences.typeUnits;
app.preferences.rulerUnits = Units.PIXELS;
W = parseFloat(app.activeDocument.width);
H = parseFloat(app.activeDocument.height);
var a1 = {x:0, y:0};
var m1 = {x:W/2, y:theDistnaceInPx};
var d1 = {x:W, y:0};
resC = getCubicBezierControlPointsWithCenterAt(a1, m1, d1);
var b1 = {x:resC[0][0], y:resC[0][1]};
var c1 = {x:resC[1][0], y:resC[1][1]};
mmBz = new Bezier(a1, b1, c1, d1);
//the Correction curve::
var a2 = {x:W*(1/3), y:0};
var b2 = {x:calculateFromProc(29.8142398589065,W), y:calculateFromProc(43.3226251146384,W/2)};
var c2 = {x:calculateFromProc(20.8158404938272,W), y:calculateFromProc(81.7067695238095, W/2)};
var d2 = {x:calculateFromProc(0.00000232804233,W), y:calculateFromProc(133.333328606702, W/2)};
sb2 = getControlPolyPoints( a2.x, a2.y, 0.433778236216, b2.x, b2.y, 0.7, c2.x, c2.y, d2.x, d2.y);
mmBz2Ref = new Bezier(sb2[0], sb2[1], sb2[2], sb2[3]);
// for the intersections:::
bmmBzPx = [mmBz2Ref.a.x,mmBz2Ref.b.x,mmBz2Ref.c.x, mmBz2Ref.d.x];
bmmBzPy = [mmBz2Ref.a.y,mmBz2Ref.b.y,mmBz2Ref.c.y, mmBz2Ref.d.y];
lPx = [0, mmBz.b.x];
lPy = [mmBz.b.y, mmBz.b.y];
inters = computeIntersections(bmmBzPx,bmmBzPy,lPx,lPy);
for( var a = 0; a<inters.length; a++){
if( inters.x != -100){
// addCountAt( inters.x, inters.y);
mmBz.b = {x:inters.x, y:inters.y};
mmBz.c = {x:W - inters.x, y:inters.y};
}
}
// the vertical lines:
var al0 = {x:mmBz.b.x, y:mmBz.b.y};
var bl0 = {x:mmBz.b.x, y:mmBz.b.y};
var cl0 = {x:W*(1/3), y:H};
var dl0 = {x:W*(1/3), y:H};
var mmBzLine0 = new Bezier(al0, bl0, cl0, dl0);
var al1 = {x:mmBz.c.x, y:mmBz.c.y};
var bl1 = {x:mmBz.c.x, y:mmBz.c.y};
var cl1 = {x:W*(2/3), y:H};
var dl1 = {x:W*(2/3), y:H};
var mmBzLine1 = new Bezier(al1, bl1, cl1, dl1);
// the other 2 lines:
var a3 = {x:0,y:H*(1/3)};
var b3 = {x:mmBzLine0.mx(1/3),y:mmBzLine0.my(1/3)};
var c3 = {x:mmBzLine1.mx(1/3),y:mmBzLine1.my(1/3)};
var d3 = {x:W,y:H*(1/3)};
var mmBz1 = new Bezier(a3, b3,c3, d3);
var a4 = {x:0,y:H*(2/3)};
var b4 = {x:mmBzLine0.mx(2/3),y:mmBzLine0.my(2/3)};
var c4 = {x:mmBzLine1.mx(2/3),y:mmBzLine1.my(2/3)};
var d4 = {x:W,y:H*(2/3)};
var mmBz2 = new Bezier(a4, b4,c4, d4);
var a5 = {x:0,y:H};
var b5 = {x:W*(1/3),y:H};
var c5 = {x:W*(2/3),y:H};
var d5 = {x:W,y:H};
var mmBz3 = new Bezier(a5, b5,c5, d5);
bnds = {top:0, left:0, bottom:H, right:W};
points = [ mmBz.a, mmBz.b, mmBz.c, mmBz.d,
mmBz1.a, mmBz1.b, mmBz1.c, mmBz1.d,
mmBz2.a, mmBz2.b, mmBz2.c, mmBz2.d,
mmBz3.a, mmBz3.b, mmBz3.c, mmBz3.d
];
warpTransf(bnds, points);
app.preferences.rulerUnits = strtRulerUnits;
app.preferences.typeUnits = strtTypeUnits;
}
function calculateFromProc(val, relTo){
return (relTo*val)/100;
}
function calculateToProc(val, relTo){
return (100*val)/relTo;
}
function getCubicBezierControlPointsWithCenterAt( a, m, d ){
bx = (m.x - (1 - .75)* d.x) / .75;
by = (m.y - (1 - .75)* d.y) / .75;
cx = (m.x - (1 - .75)* a.x) / .75;
cy = (m.y - (1 - .75)* a.y) / .75;
pos = []
pos.push([bx, by]);
pos.push([cx, cy]);
return pos;
}
function convertFromMMToPx( mm ){
var doc = app.activeDocument;
var strtRulerUnits = app.preferences.rulerUnits;
var strtTypeUnits = app.preferences.typeUnits;
app.preferences.rulerUnits = Units.MM;
app.activeDocument.guides.add(Direction.HORIZONTAL, mm);
app.preferences.rulerUnits = Units.PIXELS;
var PxVal = app.activeDocument.guides[app.activeDocument.guides.length -1 ].coordinate;
app.activeDocument.guides[app.activeDocument.guides.length -1 ].remove();
app.preferences.rulerUnits = strtRulerUnits;
app.preferences.typeUnits = strtTypeUnits;
return parseFloat(PxVal);
}
function warpTransf(bounds, points){
// =======================================================
var idTrnf = charIDToTypeID( "Trnf" );
var desc259 = new ActionDescriptor();
var idFTcs = charIDToTypeID( "FTcs" );
var idQCSt = charIDToTypeID( "QCSt" );
var idQcsa = charIDToTypeID( "Qcsa" );
desc259.putEnumerated( idFTcs, idQCSt, idQcsa );
var idwarp = stringIDToTypeID( "warp" );
var desc261 = new ActionDescriptor();
var idwarpStyle = stringIDToTypeID( "warpStyle" );
var idwarpStyle = stringIDToTypeID( "warpStyle" );
var idwarpCustom = stringIDToTypeID( "warpCustom" );
desc261.putEnumerated( idwarpStyle, idwarpStyle, idwarpCustom );
var idwarpValue = stringIDToTypeID( "warpValue" );
desc261.putDouble( idwarpValue, 0.000000 );
var idwarpPerspective = stringIDToTypeID( "warpPerspective" );
desc261.putDouble( idwarpPerspective, 0.000000 );
var idwarpPerspectiveOther = stringIDToTypeID( "warpPerspectiveOther" );
desc261.putDouble( idwarpPerspectiveOther, 0.000000 );
var idwarpRotate = stringIDToTypeID( "warpRotate" );
var idOrnt = charIDToTypeID( "Ornt" );
var idHrzn = charIDToTypeID( "Hrzn" );
desc261.putEnumerated( idwarpRotate, idOrnt, idHrzn );
var idbounds = stringIDToTypeID( "bounds" );
var desc262 = new ActionDescriptor();
var idTop = charIDToTypeID( "Top " );
var idPxl = charIDToTypeID( "#Pxl" );
desc262.putUnitDouble( idTop, idPxl, bounds.top );
var idLeft = charIDToTypeID( "Left" );
var idPxl = charIDToTypeID( "#Pxl" );
desc262.putUnitDouble( idLeft, idPxl, bounds.left );
var idBtom = charIDToTypeID( "Btom" );
var idPxl = charIDToTypeID( "#Pxl" );
desc262.putUnitDouble( idBtom, idPxl, bounds.bottom );
var idRght = charIDToTypeID( "Rght" );
var idPxl = charIDToTypeID( "#Pxl" );
desc262.putUnitDouble( idRght, idPxl, bounds.right );
var idRctn = charIDToTypeID( "Rctn" );
desc261.putObject( idbounds, idRctn, desc262 );
var iduOrder = stringIDToTypeID( "uOrder" );
desc261.putInteger( iduOrder, 4 );
var idvOrder = stringIDToTypeID( "vOrder" );
desc261.putInteger( idvOrder, 4 );
var idcustomEnvelopeWarp = stringIDToTypeID( "customEnvelopeWarp" );
var desc263 = new ActionDescriptor();
var idmeshPoints = stringIDToTypeID( "meshPoints" );
var list81 = new ActionList();
var desc264 = new ActionDescriptor();
var idHrzn = charIDToTypeID( "Hrzn" );
var idPxl = charIDToTypeID( "#Pxl" );
desc264.putUnitDouble( idHrzn, idPxl, points[0].x );
var idVrtc = charIDToTypeID( "Vrtc" );
var idPxl = charIDToTypeID( "#Pxl" );
desc264.putUnitDouble( idVrtc, idPxl, points[0].y );
var idrationalPoint = stringIDToTypeID( "rationalPoint" );
list81.putObject( idrationalPoint, desc264 );
var desc265 = new ActionDescriptor();
var idHrzn = charIDToTypeID( "Hrzn" );
var idPxl = charIDToTypeID( "#Pxl" );
desc265.putUnitDouble( idHrzn, idPxl, points[4].x );
var idVrtc = charIDToTypeID( "Vrtc" );
var idPxl = charIDToTypeID( "#Pxl" );
desc265.putUnitDouble( idVrtc, idPxl, points[4].y );
var idrationalPoint = stringIDToTypeID( "rationalPoint" );
list81.putObject( idrationalPoint, desc265 );
var desc266 = new ActionDescriptor();
var idHrzn = charIDToTypeID( "Hrzn" );
var idPxl = charIDToTypeID( "#Pxl" );
desc266.putUnitDouble( idHrzn, idPxl, points[8].x );
var idVrtc = charIDToTypeID( "Vrtc" );
var idPxl = charIDToTypeID( "#Pxl" );
desc266.putUnitDouble( idVrtc, idPxl, points[8].y );
var idrationalPoint = stringIDToTypeID( "rationalPoint" );
list81.putObject( idrationalPoint, desc266 );
var desc267 = new ActionDescriptor();
var idHrzn = charIDToTypeID( "Hrzn" );
var idPxl = charIDToTypeID( "#Pxl" );
desc267.putUnitDouble( idHrzn, idPxl, points[12].x );
var idVrtc = charIDToTypeID( "Vrtc" );
var idPxl = charIDToTypeID( "#Pxl" );
desc267.putUnitDouble( idVrtc, idPxl, points[12].y );
var idrationalPoint = stringIDToTypeID( "rationalPoint" );
list81.putObject( idrationalPoint, desc267 );
var desc268 = new ActionDescriptor();
var idHrzn = charIDToTypeID( "Hrzn" );
var idPxl = charIDToTypeID( "#Pxl" );
desc268.putUnitDouble( idHrzn, idPxl, points[1].x );
var idVrtc = charIDToTypeID( "Vrtc" );
var idPxl = charIDToTypeID( "#Pxl" );
desc268.putUnitDouble( idVrtc, idPxl, points[1].y );
var idrationalPoint = stringIDToTypeID( "rationalPoint" );
list81.putObject( idrationalPoint, desc268 );
var desc269 = new ActionDescriptor();
var idHrzn = charIDToTypeID( "Hrzn" );
var idPxl = charIDToTypeID( "#Pxl" );
desc269.putUnitDouble( idHrzn, idPxl, points[5].x );
var idVrtc = charIDToTypeID( "Vrtc" );
var idPxl = charIDToTypeID( "#Pxl" );
desc269.putUnitDouble( idVrtc, idPxl, points[5].y );
var idrationalPoint = stringIDToTypeID( "rationalPoint" );
list81.putObject( idrationalPoint, desc269 );
var desc270 = new ActionDescriptor();
var idHrzn = charIDToTypeID( "Hrzn" );
var idPxl = charIDToTypeID( "#Pxl" );
desc270.putUnitDouble( idHrzn, idPxl, points[9].x );
var idVrtc = charIDToTypeID( "Vrtc" );
var idPxl = charIDToTypeID( "#Pxl" );
desc270.putUnitDouble( idVrtc, idPxl, points[9].y );
var idrationalPoint = stringIDToTypeID( "rationalPoint" );
list81.putObject( idrationalPoint, desc270 );
var desc271 = new ActionDescriptor();
var idHrzn = charIDToTypeID( "Hrzn" );
var idPxl = charIDToTypeID( "#Pxl" );
desc271.putUnitDouble( idHrzn, idPxl, points[13].x );
var idVrtc = charIDToTypeID( "Vrtc" );
var idPxl = charIDToTypeID( "#Pxl" );
desc271.putUnitDouble( idVrtc, idPxl, points[13].y );
var idrationalPoint = stringIDToTypeID( "rationalPoint" );
list81.putObject( idrationalPoint, desc271 );
var desc272 = new ActionDescriptor();
var idHrzn = charIDToTypeID( "Hrzn" );
var idPxl = charIDToTypeID( "#Pxl" );
desc272.putUnitDouble( idHrzn, idPxl, points[2].x );
var idVrtc = charIDToTypeID( "Vrtc" );
var idPxl = charIDToTypeID( "#Pxl" );
desc272.putUnitDouble( idVrtc, idPxl, points[2].y );
var idrationalPoint = stringIDToTypeID( "rationalPoint" );
list81.putObject( idrationalPoint, desc272 );
var desc273 = new ActionDescriptor();
var idHrzn = charIDToTypeID( "Hrzn" );
var idPxl = charIDToTypeID( "#Pxl" );
desc273.putUnitDouble( idHrzn, idPxl, points[6].x );
var idVrtc = charIDToTypeID( "Vrtc" );
var idPxl = charIDToTypeID( "#Pxl" );
desc273.putUnitDouble( idVrtc, idPxl, points[6].y );
var idrationalPoint = stringIDToTypeID( "rationalPoint" );
list81.putObject( idrationalPoint, desc273 );
var desc274 = new ActionDescriptor();
var idHrzn = charIDToTypeID( "Hrzn" );
var idPxl = charIDToTypeID( "#Pxl" );
desc274.putUnitDouble( idHrzn, idPxl, points[10].x );
var idVrtc = charIDToTypeID( "Vrtc" );
var idPxl = charIDToTypeID( "#Pxl" );
desc274.putUnitDouble( idVrtc, idPxl, points[10].y );
var idrationalPoint = stringIDToTypeID( "rationalPoint" );
list81.putObject( idrationalPoint, desc274 );
var desc275 = new ActionDescriptor();
var idHrzn = charIDToTypeID( "Hrzn" );
var idPxl = charIDToTypeID( "#Pxl" );
desc275.putUnitDouble( idHrzn, idPxl, points[14].x );
var idVrtc = charIDToTypeID( "Vrtc" );
var idPxl = charIDToTypeID( "#Pxl" );
desc275.putUnitDouble( idVrtc, idPxl, points[14].y );
var idrationalPoint = stringIDToTypeID( "rationalPoint" );
list81.putObject( idrationalPoint, desc275 );
var desc276 = new ActionDescriptor();
var idHrzn = charIDToTypeID( "Hrzn" );
var idPxl = charIDToTypeID( "#Pxl" );
desc276.putUnitDouble( idHrzn, idPxl, points[3].x );
var idVrtc = charIDToTypeID( "Vrtc" );
var idPxl = charIDToTypeID( "#Pxl" );
desc276.putUnitDouble( idVrtc, idPxl, points[3].y );
var idrationalPoint = stringIDToTypeID( "rationalPoint" );
list81.putObject( idrationalPoint, desc276 );
var desc277 = new ActionDescriptor();
var idHrzn = charIDToTypeID( "Hrzn" );
var idPxl = charIDToTypeID( "#Pxl" );
desc277.putUnitDouble( idHrzn, idPxl, points[7].x );
var idVrtc = charIDToTypeID( "Vrtc" );
var idPxl = charIDToTypeID( "#Pxl" );
desc277.putUnitDouble( idVrtc, idPxl, points[7].y );
var idrationalPoint = stringIDToTypeID( "rationalPoint" );
list81.putObject( idrationalPoint, desc277 );
var desc278 = new ActionDescriptor();
var idHrzn = charIDToTypeID( "Hrzn" );
var idPxl = charIDToTypeID( "#Pxl" );
desc278.putUnitDouble( idHrzn, idPxl, points[11].x );
var idVrtc = charIDToTypeID( "Vrtc" );
var idPxl = charIDToTypeID( "#Pxl" );
desc278.putUnitDouble( idVrtc, idPxl, points[11].y );
var idrationalPoint = stringIDToTypeID( "rationalPoint" );
list81.putObject( idrationalPoint, desc278 );
var desc279 = new ActionDescriptor();
var idHrzn = charIDToTypeID( "Hrzn" );
var idPxl = charIDToTypeID( "#Pxl" );
desc279.putUnitDouble( idHrzn, idPxl, points[15].x );
var idVrtc = charIDToTypeID( "Vrtc" );
var idPxl = charIDToTypeID( "#Pxl" );
desc279.putUnitDouble( idVrtc, idPxl, points[15].y );
var idrationalPoint = stringIDToTypeID( "rationalPoint" );
list81.putObject( idrationalPoint, desc279 );
desc263.putList( idmeshPoints, list81 );
var idcustomEnvelopeWarp = stringIDToTypeID( "customEnvelopeWarp" );
desc261.putObject( idcustomEnvelopeWarp, idcustomEnvelopeWarp, desc263 );
var idwarp = stringIDToTypeID( "warp" );
desc259.putObject( idwarp, idwarp, desc261 );
executeAction( idTrnf, desc259, DialogModes.NO );
}
app.activeDocument.suspendHistory("bcmWarpCustomUpperArc", "warpUpperArcUntilMM( 1.8 )");
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