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test.js
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// Generated by Haxe 4.3.0-rc.1+5f599ba
(function ($global) { "use strict";
var $estr = function() { return js_Boot.__string_rec(this,''); },$hxEnums = $hxEnums || {},$_;
function $extend(from, fields) {
var proto = Object.create(from);
for (var name in fields) proto[name] = fields[name];
if( fields.toString !== Object.prototype.toString ) proto.toString = fields.toString;
return proto;
}
Math.__name__ = true;
var Std = function() { };
Std.__name__ = true;
Std.string = function(s) {
return js_Boot.__string_rec(s,"");
};
var cornerContour_Contour = function(pen_,endLine_) {
if(endLine_ == null) {
endLine_ = 0;
}
this.count = 0;
this.pointsAnti = [];
this.pointsClock = [];
this.pen = pen_;
this.endLine = endLine_;
};
cornerContour_Contour.__name__ = true;
cornerContour_Contour.prototype = {
reset: function() {
this.angleA = 0;
this.count = 0;
this.kax = 0;
this.kay = 0;
this.kbx = 0;
this.kby = 0;
this.kcx = 0;
this.kcy = 0;
this.ncx = 0;
this.ncy = 0;
this.ax = 0;
this.ay = 0;
this.bx = 0;
this.by = 0;
this.cx = 0;
this.cy = 0;
this.dx = null;
this.dy = null;
this.ex = null;
this.ey = null;
this.pointsClock.length = 0;
this.pointsAnti.length = 0;
}
,endEdges: function() {
var pC = this.pointsClock.length;
var pA = this.pointsAnti.length;
this.pointsClock[pC++] = this.penultimateCX;
this.pointsClock[pC++] = this.penultimateCY;
this.pointsClock[pC++] = this.lastClockX;
this.pointsClock[pC++] = this.lastClockY;
this.pointsAnti[pA++] = this.penultimateAX;
this.pointsAnti[pA++] = this.penultimateAY;
this.pointsAnti[pA++] = this.lastAntiX;
this.pointsAnti[pA++] = this.lastAntiY;
}
,addQuads: function(clockWise,width_) {
var currQuadIndex = this.pen.get_pos();
var pC = 0;
var pA = 0;
if(clockWise && !this.lastClock) {
if(this.count == 1) {
pA = this.pointsAnti.length;
this.pointsAnti[pA++] = this.kax;
this.pointsAnti[pA++] = this.kay;
this.pointsAnti[pA++] = this.jx;
this.pointsAnti[pA++] = this.jy;
pC = this.pointsClock.length;
this.pointsClock[pC++] = this.kbx;
this.pointsClock[pC++] = this.kby;
this.pointsClock[pC++] = this.ncx;
this.pointsClock[pC++] = this.ncy;
this.pen.set_pos(this.quadIndex + 1);
this.pen.triangle2DFill(this.kax,this.kay,this.kbx,this.kby,this.ncx,this.ncy,-1);
} else {
pA = this.pointsAnti.length;
this.pointsAnti[pA++] = this.kax;
this.pointsAnti[pA++] = this.kay;
this.pointsAnti[pA++] = this.jx;
this.pointsAnti[pA++] = this.jy;
pC = this.pointsClock.length;
this.pointsClock[pC++] = this.jxOld;
this.pointsClock[pC++] = this.jyOld;
this.pointsClock[pC++] = this.kbx;
this.pointsClock[pC++] = this.kby;
this.pen.set_pos(this.quadIndex + 1);
this.pen.triangle2DFill(this.kax,this.kay,this.kbx,this.kby,this.jxOld,this.jyOld,-1);
}
this.pen.set_pos(this.quadIndex);
this.pen.triangle2DFill(this.kax,this.kay,this.kbx,this.kby,this.jx,this.jy,-1);
}
if(clockWise && this.lastClock) {
if(this.count == 1) {
pA = this.pointsAnti.length;
this.pointsAnti[pA++] = this.jx;
this.pointsAnti[pA++] = this.jy;
this.pointsAnti[pA++] = this.kbx;
this.pointsAnti[pA++] = this.kby;
pC = this.pointsClock.length;
this.pointsClock[pC++] = this.kax;
this.pointsClock[pC++] = this.kay;
this.pointsClock[pC++] = this.kbx;
this.pointsClock[pC++] = this.kby;
this.pen.set_pos(this.quadIndex);
this.pen.triangle2DFill(this.kax,this.kay,this.kbx,this.kby,this.jx,this.jy,-1);
this.pen.set_pos(this.quadIndex + 1);
this.pen.triangle2DFill(this.kax,this.kay,this.kbx,this.kby,this.ncx,this.ncy,-1);
} else {
pA = this.pointsAnti.length;
this.pointsAnti[pA++] = this.jxOld;
this.pointsAnti[pA++] = this.jyOld;
this.pointsAnti[pA++] = this.jx;
this.pointsAnti[pA++] = this.jy;
pC = this.pointsClock.length;
this.pointsClock[pC++] = this.ncx;
this.pointsClock[pC++] = this.ncy;
this.pointsClock[pC++] = this.kbx;
this.pointsClock[pC++] = this.kby;
this.pen.set_pos(this.quadIndex);
this.pen.triangle2DFill(this.jxOld,this.jyOld,this.kbx,this.kby,this.jx,this.jy,-1);
this.pen.set_pos(this.quadIndex + 1);
this.pen.triangle2DFill(this.jxOld,this.jyOld,this.kbx,this.kby,this.ncx,this.ncy,-1);
}
}
if(!clockWise && !this.lastClock) {
this.pen.set_pos(this.quadIndex);
this.pen.triangle2DFill(this.kax,this.kay,this.jx,this.jy,this.kcx,this.kcy,-1);
if(this.count == 1) {
pA = this.pointsAnti.length;
this.pointsAnti[pA++] = this.kax;
this.pointsAnti[pA++] = this.kay;
this.pointsAnti[pA++] = this.kcx;
this.pointsAnti[pA++] = this.kcy;
pC = this.pointsClock.length;
this.pointsClock[pC++] = this.ncx;
this.pointsClock[pC++] = this.ncy;
this.pointsClock[pC++] = this.jx;
this.pointsClock[pC++] = this.jy;
this.pen.set_pos(this.quadIndex + 1);
this.pen.triangle2DFill(this.kax,this.kay,this.jx,this.jy,this.ncx,this.ncy,-1);
} else {
pA = this.pointsAnti.length;
this.pointsAnti[pA++] = this.kax;
this.pointsAnti[pA++] = this.kay;
this.pointsAnti[pA++] = this.kcx;
this.pointsAnti[pA++] = this.kcy;
pC = this.pointsClock.length;
this.pointsClock[pC++] = this.jxOld;
this.pointsClock[pC++] = this.jyOld;
this.pointsClock[pC++] = this.jx;
this.pointsClock[pC++] = this.jy;
this.pen.set_pos(this.quadIndex + 1);
this.pen.triangle2DFill(this.kax,this.kay,this.jx,this.jy,this.jxOld,this.jyOld,-1);
}
}
if(!clockWise && this.lastClock) {
if(this.count == 1) {
pA = this.pointsAnti.length;
this.pointsAnti[pA++] = this.kay;
this.pointsAnti[pA++] = this.kax;
this.pointsAnti[pA++] = this.kcx;
this.pointsAnti[pA++] = this.kcy;
pC = this.pointsClock.length;
this.pointsClock[pC++] = this.jx;
this.pointsClock[pC++] = this.jy;
this.pointsClock[pC++] = this.ncx;
this.pointsClock[pC++] = this.ncy;
this.pen.set_pos(this.quadIndex);
this.pen.triangle2DFill(this.kax,this.kay,this.jx,this.jy,this.kcx,this.kcy,-1);
this.pen.set_pos(this.quadIndex + 1);
this.pen.triangle2DFill(this.kax,this.kay,this.jx,this.jy,this.ncx,this.ncy,-1);
} else {
pA = this.pointsAnti.length;
this.pointsAnti[pA++] = this.jxOld;
this.pointsAnti[pA++] = this.jyOld;
this.pointsAnti[pA++] = this.kcx;
this.pointsAnti[pA++] = this.kcy;
pC = this.pointsClock.length;
this.pointsClock[pC++] = this.jx;
this.pointsClock[pC++] = this.jy;
this.pointsClock[pC++] = this.ncx;
this.pointsClock[pC++] = this.ncy;
this.pen.set_pos(this.quadIndex);
this.pen.triangle2DFill(this.jxOld,this.jyOld,this.jx,this.jy,this.kcx,this.kcy,-1);
this.pen.set_pos(this.quadIndex + 1);
this.pen.triangle2DFill(this.jxOld,this.jyOld,this.jx,this.jy,this.ncx,this.ncy,-1);
}
}
this.pen.set_pos(currQuadIndex);
}
};
var cornerContour_Pen2D = function(col) {
var this1 = [];
this1[0] = 0.;
this.arr = this1;
this.currentColor = col;
};
cornerContour_Pen2D.__name__ = true;
cornerContour_Pen2D.prototype = {
get_pos: function() {
return this.arr[0];
}
,set_pos: function(val) {
this.arr[0] = val;
return val;
}
,triangle2DFill: function(ax,ay,bx,by,cx,cy,color) {
if(color == null || color == -1) {
color = this.currentColor;
}
var this1 = this.arr;
cornerContour_io_Array2DTriangles.triangle(this1,ax,ay,bx,by,cx,cy);
if(color == null) {
cornerContour_io_Array2DTriangles.set_colorInt(this1,16711680);
} else {
cornerContour_io_Array2DTriangles.set_colorInt(this1,color);
}
var pos_ = this.arr[0] + 1;
this.arr[0] = pos_;
return 1;
}
};
var cornerContour_Sketcher = function(pen_,sketchForm_,endLine_) {
if(endLine_ == null) {
endLine_ = 0;
}
this.width = 0.01;
this.y = 0.;
this.x = 0.;
this.contour = new cornerContour_Contour(pen_,endLine_);
this.pen = pen_;
this.endLine = endLine_;
this.sketchForm = sketchForm_;
switch(sketchForm_) {
case 0:
this.line = $bind(this,this.tracerLine);
break;
case 1:
this.line = $bind(this,this.baseLine);
break;
case 2:
this.line = $bind(this,this.crudeLine);
break;
case 3:
this.line = $bind(this,this.fillOnlyLine);
break;
case 4:
this.line = $bind(this,this.fineLine);
break;
case 5:
this.line = $bind(this,this.fineOverlapLine);
break;
case 6:
this.line = $bind(this,this.mediumLine);
break;
case 7:
this.line = $bind(this,this.mediumOverlapLine);
break;
case 8:
this.line = $bind(this,this.roundEndLine);
break;
}
this.points = [];
this.pointsClock = [];
this.pointsAnti = [];
this.points[0] = [];
this.dim = [];
};
cornerContour_Sketcher.__name__ = true;
cornerContour_Sketcher.prototype = {
tracerLine: function(x_,y_) {
haxe_Log.trace("lineTo( " + this.x + ", " + this.y + ", " + x_ + ", " + y_ + ", width )",{ fileName : "cornerContour/Sketcher.hx", lineNumber : 29, className : "cornerContour.Sketcher", methodName : "tracerLine"});
}
,fillOnlyLine: function(x_,y_) {
}
,baseLine: function(x_,y_) {
haxe_Log.trace("lineTo( " + this.x + ", " + this.y + ", " + x_ + ", " + y_ + ", width )",{ fileName : "cornerContour/Sketcher.hx", lineNumber : 29, className : "cornerContour.Sketcher", methodName : "tracerLine"});
var _this = this.contour;
var ax_ = this.x;
var ay_ = this.y;
var width_ = this.width;
_this.ax = x_;
_this.ay = y_;
_this.bx = ax_;
_this.by = ay_;
_this.halfA = Math.PI / 2;
_this.beta = Math.PI / 2 - _this.halfA;
_this.r = width_ / 2 * Math.cos(_this.beta);
_this.theta = Math.atan2(_this.ay - _this.by,_this.ax - _this.bx);
if(_this.theta > 0) {
if(_this.halfA < 0) {
_this.angle2 = _this.theta + _this.halfA + Math.PI / 2;
_this.angle1 = _this.theta - _this.halfA;
} else {
_this.angle1 = _this.theta + _this.halfA - Math.PI;
_this.angle2 = _this.theta + _this.halfA;
}
} else if(_this.halfA > 0) {
_this.angle1 = _this.theta + _this.halfA - Math.PI;
_this.angle2 = _this.theta + _this.halfA;
} else {
_this.angle2 = _this.theta + _this.halfA + Math.PI / 2;
_this.angle1 = _this.theta - _this.halfA;
}
if(_this.dxPrev != null) {
_this.dxOld = _this.dxPrev;
}
if(_this.dyPrev != null) {
_this.dyOld = _this.dyPrev;
}
if(_this.exPrev != null) {
_this.exOld = _this.exPrev;
}
if(_this.eyPrev != null) {
_this.eyOld = _this.eyPrev;
}
if(_this.dx != null) {
_this.dxPrev = _this.dx;
}
if(_this.dy != null) {
_this.dyPrev = _this.dy;
}
if(_this.ex != null) {
_this.exPrev = _this.ex;
}
if(_this.ey != null) {
_this.eyPrev = _this.ey;
}
_this.dx = _this.bx + _this.r * Math.cos(_this.angle1);
_this.dy = _this.by + _this.r * Math.sin(_this.angle1);
_this.ex = _this.bx + _this.r * Math.cos(_this.angle2);
_this.ey = _this.by + _this.r * Math.sin(_this.angle2);
var dxPrev_ = _this.dx;
var dyPrev_ = _this.dy;
var exPrev_ = _this.ex;
var eyPrev_ = _this.ey;
_this.ax = ax_;
_this.ay = ay_;
_this.bx = x_;
_this.by = y_;
_this.theta = Math.atan2(_this.ay - _this.by,_this.ax - _this.bx);
if(_this.theta > 0) {
if(_this.halfA < 0) {
_this.angle2 = _this.theta + _this.halfA + Math.PI / 2;
_this.angle1 = _this.theta - _this.halfA;
} else {
_this.angle1 = _this.theta + _this.halfA - Math.PI;
_this.angle2 = _this.theta + _this.halfA;
}
} else if(_this.halfA > 0) {
_this.angle1 = _this.theta + _this.halfA - Math.PI;
_this.angle2 = _this.theta + _this.halfA;
} else {
_this.angle2 = _this.theta + _this.halfA + Math.PI / 2;
_this.angle1 = _this.theta - _this.halfA;
}
if(_this.dxPrev != null) {
_this.dxOld = _this.dxPrev;
}
if(_this.dyPrev != null) {
_this.dyOld = _this.dyPrev;
}
if(_this.exPrev != null) {
_this.exOld = _this.exPrev;
}
if(_this.eyPrev != null) {
_this.eyOld = _this.eyPrev;
}
if(_this.dx != null) {
_this.dxPrev = _this.dx;
}
if(_this.dy != null) {
_this.dyPrev = _this.dy;
}
if(_this.ex != null) {
_this.exPrev = _this.ex;
}
if(_this.ey != null) {
_this.eyPrev = _this.ey;
}
_this.dx = _this.bx + _this.r * Math.cos(_this.angle1);
_this.dy = _this.by + _this.r * Math.sin(_this.angle1);
_this.ex = _this.bx + _this.r * Math.cos(_this.angle2);
_this.ey = _this.by + _this.r * Math.sin(_this.angle2);
_this.pen.triangle2DFill(dxPrev_,dyPrev_,_this.dx,_this.dy,exPrev_,eyPrev_,-1);
_this.pen.triangle2DFill(dxPrev_,dyPrev_,_this.dx,_this.dy,_this.ex,_this.ey,-1);
}
,crudeLine: function(x_,y_) {
var _this = this.contour;
var ax_ = this.x;
var ay_ = this.y;
var width_ = this.width;
_this.ax = x_;
_this.ay = y_;
_this.bx = ax_;
_this.by = ay_;
_this.halfA = Math.PI / 2;
_this.beta = Math.PI / 2 - _this.halfA;
_this.r = width_ / 2 * Math.cos(_this.beta);
_this.theta = Math.atan2(_this.ay - _this.by,_this.ax - _this.bx);
if(_this.theta > 0) {
if(_this.halfA < 0) {
_this.angle2 = _this.theta + _this.halfA + Math.PI / 2;
_this.angle1 = _this.theta - _this.halfA;
} else {
_this.angle1 = _this.theta + _this.halfA - Math.PI;
_this.angle2 = _this.theta + _this.halfA;
}
} else if(_this.halfA > 0) {
_this.angle1 = _this.theta + _this.halfA - Math.PI;
_this.angle2 = _this.theta + _this.halfA;
} else {
_this.angle2 = _this.theta + _this.halfA + Math.PI / 2;
_this.angle1 = _this.theta - _this.halfA;
}
if(_this.dxPrev != null) {
_this.dxOld = _this.dxPrev;
}
if(_this.dyPrev != null) {
_this.dyOld = _this.dyPrev;
}
if(_this.exPrev != null) {
_this.exOld = _this.exPrev;
}
if(_this.eyPrev != null) {
_this.eyOld = _this.eyPrev;
}
if(_this.dx != null) {
_this.dxPrev = _this.dx;
}
if(_this.dy != null) {
_this.dyPrev = _this.dy;
}
if(_this.ex != null) {
_this.exPrev = _this.ex;
}
if(_this.ey != null) {
_this.eyPrev = _this.ey;
}
_this.dx = _this.bx + _this.r * Math.cos(_this.angle1);
_this.dy = _this.by + _this.r * Math.sin(_this.angle1);
_this.ex = _this.bx + _this.r * Math.cos(_this.angle2);
_this.ey = _this.by + _this.r * Math.sin(_this.angle2);
var dxPrev_ = _this.dx;
var dyPrev_ = _this.dy;
var exPrev_ = _this.ex;
var eyPrev_ = _this.ey;
_this.ax = ax_;
_this.ay = ay_;
_this.bx = x_;
_this.by = y_;
_this.theta = Math.atan2(_this.ay - _this.by,_this.ax - _this.bx);
if(_this.theta > 0) {
if(_this.halfA < 0) {
_this.angle2 = _this.theta + _this.halfA + Math.PI / 2;
_this.angle1 = _this.theta - _this.halfA;
} else {
_this.angle1 = _this.theta + _this.halfA - Math.PI;
_this.angle2 = _this.theta + _this.halfA;
}
} else if(_this.halfA > 0) {
_this.angle1 = _this.theta + _this.halfA - Math.PI;
_this.angle2 = _this.theta + _this.halfA;
} else {
_this.angle2 = _this.theta + _this.halfA + Math.PI / 2;
_this.angle1 = _this.theta - _this.halfA;
}
if(_this.dxPrev != null) {
_this.dxOld = _this.dxPrev;
}
if(_this.dyPrev != null) {
_this.dyOld = _this.dyPrev;
}
if(_this.exPrev != null) {
_this.exOld = _this.exPrev;
}
if(_this.eyPrev != null) {
_this.eyOld = _this.eyPrev;
}
if(_this.dx != null) {
_this.dxPrev = _this.dx;
}
if(_this.dy != null) {
_this.dyPrev = _this.dy;
}
if(_this.ex != null) {
_this.exPrev = _this.ex;
}
if(_this.ey != null) {
_this.eyPrev = _this.ey;
}
_this.dx = _this.bx + _this.r * Math.cos(_this.angle1);
_this.dy = _this.by + _this.r * Math.sin(_this.angle1);
_this.ex = _this.bx + _this.r * Math.cos(_this.angle2);
_this.ey = _this.by + _this.r * Math.sin(_this.angle2);
_this.pen.triangle2DFill(dxPrev_,dyPrev_,_this.dx,_this.dy,exPrev_,eyPrev_,-1);
_this.pen.triangle2DFill(dxPrev_,dyPrev_,_this.dx,_this.dy,_this.ex,_this.ey,-1);
}
,roundEndLine: function(x_,y_) {
var _this = this.contour;
var ax_ = this.x;
var ay_ = this.y;
var width_ = this.width;
var endLineCurve = 3;
if(endLineCurve == null) {
endLineCurve = 0;
}
_this.ax = x_;
_this.ay = y_;
_this.bx = ax_;
_this.by = ay_;
_this.halfA = Math.PI / 2;
_this.beta = Math.PI / 2 - _this.halfA;
_this.r = width_ / 2 * Math.cos(_this.beta);
_this.theta = Math.atan2(_this.ay - _this.by,_this.ax - _this.bx);
if(_this.theta > 0) {
if(_this.halfA < 0) {
_this.angle2 = _this.theta + _this.halfA + Math.PI / 2;
_this.angle1 = _this.theta - _this.halfA;
} else {
_this.angle1 = _this.theta + _this.halfA - Math.PI;
_this.angle2 = _this.theta + _this.halfA;
}
} else if(_this.halfA > 0) {
_this.angle1 = _this.theta + _this.halfA - Math.PI;
_this.angle2 = _this.theta + _this.halfA;
} else {
_this.angle2 = _this.theta + _this.halfA + Math.PI / 2;
_this.angle1 = _this.theta - _this.halfA;
}
if(_this.dxPrev != null) {
_this.dxOld = _this.dxPrev;
}
if(_this.dyPrev != null) {
_this.dyOld = _this.dyPrev;
}
if(_this.exPrev != null) {
_this.exOld = _this.exPrev;
}
if(_this.eyPrev != null) {
_this.eyOld = _this.eyPrev;
}
if(_this.dx != null) {
_this.dxPrev = _this.dx;
}
if(_this.dy != null) {
_this.dyPrev = _this.dy;
}
if(_this.ex != null) {
_this.exPrev = _this.ex;
}
if(_this.ey != null) {
_this.eyPrev = _this.ey;
}
_this.dx = _this.bx + _this.r * Math.cos(_this.angle1);
_this.dy = _this.by + _this.r * Math.sin(_this.angle1);
_this.ex = _this.bx + _this.r * Math.cos(_this.angle2);
_this.ey = _this.by + _this.r * Math.sin(_this.angle2);
var dxPrev_ = _this.dx;
var dyPrev_ = _this.dy;
var exPrev_ = _this.ex;
var eyPrev_ = _this.ey;
_this.ax = ax_;
_this.ay = ay_;
_this.bx = x_;
_this.by = y_;
_this.theta = Math.atan2(_this.ay - _this.by,_this.ax - _this.bx);
if(_this.theta > 0) {
if(_this.halfA < 0) {
_this.angle2 = _this.theta + _this.halfA + Math.PI / 2;
_this.angle1 = _this.theta - _this.halfA;
} else {
_this.angle1 = _this.theta + _this.halfA - Math.PI;
_this.angle2 = _this.theta + _this.halfA;
}
} else if(_this.halfA > 0) {
_this.angle1 = _this.theta + _this.halfA - Math.PI;
_this.angle2 = _this.theta + _this.halfA;
} else {
_this.angle2 = _this.theta + _this.halfA + Math.PI / 2;
_this.angle1 = _this.theta - _this.halfA;
}
if(_this.dxPrev != null) {
_this.dxOld = _this.dxPrev;
}
if(_this.dyPrev != null) {
_this.dyOld = _this.dyPrev;
}
if(_this.exPrev != null) {
_this.exOld = _this.exPrev;
}
if(_this.eyPrev != null) {
_this.eyOld = _this.eyPrev;
}
if(_this.dx != null) {
_this.dxPrev = _this.dx;
}
if(_this.dy != null) {
_this.dyPrev = _this.dy;
}
if(_this.ex != null) {
_this.exPrev = _this.ex;
}
if(_this.ey != null) {
_this.eyPrev = _this.ey;
}
_this.dx = _this.bx + _this.r * Math.cos(_this.angle1);
_this.dy = _this.by + _this.r * Math.sin(_this.angle1);
_this.ex = _this.bx + _this.r * Math.cos(_this.angle2);
_this.ey = _this.by + _this.r * Math.sin(_this.angle2);
switch(endLineCurve) {
case 0:
break;
case 1:
var radius = width_ / 2;
var beta = -_this.angle1 - Math.PI / 2;
var gamma = -_this.angle1 - Math.PI / 2 + Math.PI;
var color = 0;
var sides = 36;
if(sides == null) {
sides = 36;
}
if(color == null) {
color = -1;
}
var pi = Math.PI;
var step = pi * 2 / sides;
var dif;
switch(fracs_DifferencePreference.SMALL._hx_index) {
case 0:
var f;
if(beta >= 0 && beta > Math.PI) {
f = beta;
} else {
var a = beta % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var za = this1;
var f;
if(gamma >= 0 && gamma > Math.PI) {
f = gamma;
} else {
var a = gamma % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var zb = this1;
var fa = za;
var fb = zb;
var theta = Math.abs(fa - fb);
var clockwise = fa < fb;
var dif1 = clockwise ? theta : -theta;
dif = dif1 > 0 ? dif1 : 2 * Math.PI + dif1;
break;
case 1:
var f;
if(beta >= 0 && beta > Math.PI) {
f = beta;
} else {
var a = beta % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var za = this1;
var f;
if(gamma >= 0 && gamma > Math.PI) {
f = gamma;
} else {
var a = gamma % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var zb = this1;
var fa = za;
var fb = zb;
var theta = Math.abs(fa - fb);
var clockwise = fa < fb;
var dif1 = clockwise ? theta : -theta;
dif = dif1 < 0 ? dif1 : -2 * Math.PI + dif1;
break;
case 2:
var f;
if(beta >= 0 && beta > Math.PI) {
f = beta;
} else {
var a = beta % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var za = this1;
var f;
if(gamma >= 0 && gamma > Math.PI) {
f = gamma;
} else {
var a = gamma % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var zb = this1;
var fa = za;
var fb = zb;
var theta = Math.abs(fa - fb);
var smallest = theta <= Math.PI;
var clockwise = fa < fb;
var dif1 = clockwise ? theta : -theta;
dif = smallest ? dif1 : clockwise ? -(2 * Math.PI - theta) : 2 * Math.PI - theta;
break;
case 3:
var f;
if(beta >= 0 && beta > Math.PI) {
f = beta;
} else {
var a = beta % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var za = this1;
var f;
if(gamma >= 0 && gamma > Math.PI) {
f = gamma;
} else {
var a = gamma % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var zb = this1;
var fa = za;
var fb = zb;
var theta = Math.abs(fa - fb);
var largest = theta > Math.PI;
var clockwise = fa < fb;
var dif1 = clockwise ? theta : -theta;
dif = largest ? dif1 : clockwise ? -(2 * Math.PI - theta) : 2 * Math.PI - theta;
break;
}
var positive = dif >= 0;
var totalSteps = Math.ceil(Math.abs(dif) / step);
var step = dif / totalSteps;
var angle = beta;
var cx;
var cy;
var bx = 0;
var by = 0;
var _g = 0;
var _g1 = totalSteps + 1;
while(_g < _g1) {
var i = _g++;
cx = ax_ + radius * Math.sin(angle);
cy = ay_ + radius * Math.cos(angle);
if(i != 0) {
var color_ = color;
if(color_ == null) {
color_ = -1;
}
_this.pen.triangle2DFill(ax_,ay_,bx,by,cx,cy,color_);
}
angle += step;
bx = cx;
by = cy;
}
break;
case 2:
var radius = width_ / 2;
var beta = -_this.angle1 - Math.PI / 2;
var gamma = -_this.angle1 - Math.PI / 2 - Math.PI;
var color = 0;
var sides = 36;
if(sides == null) {
sides = 36;
}
if(color == null) {
color = -1;
}
var pi = Math.PI;
var step = pi * 2 / sides;
var dif;
switch(fracs_DifferencePreference.SMALL._hx_index) {
case 0:
var f;
if(beta >= 0 && beta > Math.PI) {
f = beta;
} else {
var a = beta % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var za = this1;
var f;
if(gamma >= 0 && gamma > Math.PI) {
f = gamma;
} else {
var a = gamma % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var zb = this1;
var fa = za;
var fb = zb;
var theta = Math.abs(fa - fb);
var clockwise = fa < fb;
var dif1 = clockwise ? theta : -theta;
dif = dif1 > 0 ? dif1 : 2 * Math.PI + dif1;
break;
case 1:
var f;
if(beta >= 0 && beta > Math.PI) {
f = beta;
} else {
var a = beta % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var za = this1;
var f;
if(gamma >= 0 && gamma > Math.PI) {
f = gamma;
} else {
var a = gamma % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var zb = this1;
var fa = za;
var fb = zb;
var theta = Math.abs(fa - fb);
var clockwise = fa < fb;
var dif1 = clockwise ? theta : -theta;
dif = dif1 < 0 ? dif1 : -2 * Math.PI + dif1;
break;
case 2:
var f;
if(beta >= 0 && beta > Math.PI) {
f = beta;
} else {
var a = beta % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var za = this1;
var f;
if(gamma >= 0 && gamma > Math.PI) {
f = gamma;
} else {
var a = gamma % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var zb = this1;
var fa = za;
var fb = zb;
var theta = Math.abs(fa - fb);
var smallest = theta <= Math.PI;
var clockwise = fa < fb;
var dif1 = clockwise ? theta : -theta;
dif = smallest ? dif1 : clockwise ? -(2 * Math.PI - theta) : 2 * Math.PI - theta;
break;
case 3:
var f;
if(beta >= 0 && beta > Math.PI) {
f = beta;
} else {
var a = beta % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var za = this1;
var f;
if(gamma >= 0 && gamma > Math.PI) {
f = gamma;
} else {
var a = gamma % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var zb = this1;
var fa = za;
var fb = zb;
var theta = Math.abs(fa - fb);
var largest = theta > Math.PI;
var clockwise = fa < fb;
var dif1 = clockwise ? theta : -theta;
dif = largest ? dif1 : clockwise ? -(2 * Math.PI - theta) : 2 * Math.PI - theta;
break;
}
var positive = dif >= 0;
var totalSteps = Math.ceil(Math.abs(dif) / step);
var step = dif / totalSteps;
var angle = beta;
var cx;
var cy;
var bx = 0;
var by = 0;
var _g = 0;
var _g1 = totalSteps + 1;
while(_g < _g1) {
var i = _g++;
cx = x_ + radius * Math.sin(angle);
cy = y_ + radius * Math.cos(angle);
if(i != 0) {
var color_ = color;
if(color_ == null) {
color_ = -1;
}
_this.pen.triangle2DFill(x_,y_,bx,by,cx,cy,color_);
}
angle += step;
bx = cx;
by = cy;
}
break;
case 3:
var radius = width_ / 2;
var beta = -_this.angle1 - Math.PI / 2;
var gamma = -_this.angle1 - Math.PI / 2 + Math.PI;
var color = 0;
var sides = 36;
if(sides == null) {
sides = 36;
}
if(color == null) {
color = -1;
}
var pi = Math.PI;
var step = pi * 2 / sides;
var dif;
switch(fracs_DifferencePreference.SMALL._hx_index) {
case 0:
var f;
if(beta >= 0 && beta > Math.PI) {
f = beta;
} else {
var a = beta % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var za = this1;
var f;
if(gamma >= 0 && gamma > Math.PI) {
f = gamma;
} else {
var a = gamma % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var zb = this1;
var fa = za;
var fb = zb;
var theta = Math.abs(fa - fb);
var clockwise = fa < fb;
var dif1 = clockwise ? theta : -theta;
dif = dif1 > 0 ? dif1 : 2 * Math.PI + dif1;
break;
case 1:
var f;
if(beta >= 0 && beta > Math.PI) {
f = beta;
} else {
var a = beta % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var za = this1;
var f;
if(gamma >= 0 && gamma > Math.PI) {
f = gamma;
} else {
var a = gamma % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var zb = this1;
var fa = za;
var fb = zb;
var theta = Math.abs(fa - fb);
var clockwise = fa < fb;
var dif1 = clockwise ? theta : -theta;
dif = dif1 < 0 ? dif1 : -2 * Math.PI + dif1;
break;
case 2:
var f;
if(beta >= 0 && beta > Math.PI) {
f = beta;
} else {
var a = beta % (2 * Math.PI);
f = a >= 0 ? a : a + 2 * Math.PI;
}
var this1 = f;
var za = this1;
var f;
if(gamma >= 0 && gamma > Math.PI) {
f = gamma;
} else {