/* This notice must be untouched at all times.



wz_jsgraphics.js    v. 2.33

The latest version is available at

http://www.walterzorn.com

or http://www.devira.com

or http://www.walterzorn.de



Copyright (c) 2002-2004 Walter Zorn. All rights reserved.

Created 3. 11. 2002 by Walter Zorn (Web: http://www.walterzorn.com )

Last modified: 24. 10. 2005



Performance optimizations for Internet Explorer

by Thomas Frank and John Holdsworth.

fillPolygon method implemented by Matthieu Haller.



High Performance JavaScript Graphics Library.

Provides methods

- to draw lines, rectangles, ellipses, polygons

	with specifiable line thickness,

- to fill rectangles and ellipses

- to draw text.

NOTE: Operations, functions and branching have rather been optimized

to efficiency and speed than to shortness of source code.



LICENSE: LGPL



This library is free software; you can redistribute it and/or

modify it under the terms of the GNU Lesser General Public

License (LGPL) as published by the Free Software Foundation; either

version 2.1 of the License, or (at your option) any later version.



This library is distributed in the hope that it will be useful,

but WITHOUT ANY WARRANTY; without even the implied warranty of

MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU

Lesser General Public License for more details.



You should have received a copy of the GNU Lesser General Public

License along with this library; if not, write to the Free Software

Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  USA,

or see http://www.gnu.org/copyleft/lesser.html

*/





var jg_ihtm, jg_ie, jg_fast, jg_dom, jg_moz,

jg_n4 = (document.layers && typeof document.classes != "undefined");





function chkDHTM(x, i)

{

	x = document.body || null;

	jg_ie = x && typeof x.insertAdjacentHTML != "undefined";

	jg_dom = (x && !jg_ie &&

		typeof x.appendChild != "undefined" &&

		typeof document.createRange != "undefined" &&

		typeof (i = document.createRange()).setStartBefore != "undefined" &&

		typeof i.createContextualFragment != "undefined");

	jg_ihtm = !jg_ie && !jg_dom && x && typeof x.innerHTML != "undefined";

	jg_fast = jg_ie && document.all && !window.opera;

	jg_moz = jg_dom && typeof x.style.MozOpacity != "undefined";

}





function pntDoc()

{

	this.wnd.document.write(jg_fast? this.htmRpc() : this.htm);

	this.htm = '';

}





function pntCnvDom()

{

	var x = document.createRange();

	x.setStartBefore(this.cnv);

	x = x.createContextualFragment(jg_fast? this.htmRpc() : this.htm);

	this.cnv.appendChild(x);

	this.htm = '';

}





function pntCnvIe()

{

	this.cnv.insertAdjacentHTML("BeforeEnd", jg_fast? this.htmRpc() : this.htm);

	this.htm = '';

}





function pntCnvIhtm()

{

	this.cnv.innerHTML += this.htm;

	this.htm = '';

}





function pntCnv()

{

	this.htm = '';

}





function mkDiv(x, y, w, h)

{

	this.htm += '<div style="position:absolute;'+

		'left:' + x + 'px;'+

		'top:' + y + 'px;'+

		'width:' + w + 'px;'+

		'height:' + h + 'px;'+

		'filter:alpha(opacity=50);-moz-opacity:.50;opacity:.50;' +

		//'clip:rect(0,'+w+'px,'+h+'px,0);'+

		'background-color:' + this.color + ';'+

		//(!jg_moz? ';overflow:hidden' : '')+

		';"><\/div>';

}





function mkDivIe(x, y, w, h)

{

	this.htm += '%%'+this.color+';'+x+';'+y+';'+w+';'+h+';';

}





function mkDivPrt(x, y, w, h)

{

	this.htm += '<div style="position:absolute;'+

		'border-left:' + w + 'px solid ' + this.color + ';'+

		'left:' + x + 'px;'+

		'top:' + y + 'px;'+

		'width:0px;'+

		'height:' + h + 'px;'+

		'clip:rect(0,'+w+'px,'+h+'px,0);'+

		'background-color:' + this.color +

		(!jg_moz? ';overflow:hidden' : '')+

		';"><\/div>';

}





function mkLyr(x, y, w, h)

{

	this.htm += '<layer '+

		'left="' + x + '" '+

		'top="' + y + '" '+

		'width="' + w + '" '+

		'height="' + h + '" '+

		'bgcolor="' + this.color + '"><\/layer>\n';

}





var regex =  /%%([^;]+);([^;]+);([^;]+);([^;]+);([^;]+);/g;

function htmRpc()

{

	return this.htm.replace(

		regex,

		'<div style="overflow:hidden;opacity:.65;filter: alpha(opacity=65); -moz-opacity: 0.65;position:absolute;background-color:'+

		'$1;left:$2;top:$3;width:$4;height:$5"></div>\n');

}





function htmPrtRpc()

{

	return this.htm.replace(

		regex,

		'<div style="overflow:hidden;position:absolute;background-color:'+

		'$1;left:$2;top:$3;width:$4;height:$5;border-left:$4px solid $1"></div>\n');

}





function mkLin(x1, y1, x2, y2)

{

	if (x1 > x2)

	{

		var _x2 = x2;

		var _y2 = y2;

		x2 = x1;

		y2 = y1;

		x1 = _x2;

		y1 = _y2;

	}

	var dx = x2-x1, dy = Math.abs(y2-y1),

	x = x1, y = y1,

	yIncr = (y1 > y2)? -1 : 1;



	if (dx >= dy)

	{

		var pr = dy<<1,

		pru = pr - (dx<<1),

		p = pr-dx,

		ox = x;

		while ((dx--) > 0)

		{

			++x;

			if (p > 0)

			{

				this.mkDiv(ox, y, x-ox, 1);

				y += yIncr;

				p += pru;

				ox = x;

			}

			else p += pr;

		}

		this.mkDiv(ox, y, x2-ox+1, 1);

	}



	else

	{

		var pr = dx<<1,

		pru = pr - (dy<<1),

		p = pr-dy,

		oy = y;

		if (y2 <= y1)

		{

			while ((dy--) > 0)

			{

				if (p > 0)

				{

					this.mkDiv(x++, y, 1, oy-y+1);

					y += yIncr;

					p += pru;

					oy = y;

				}

				else

				{

					y += yIncr;

					p += pr;

				}

			}

			this.mkDiv(x2, y2, 1, oy-y2+1);

		}

		else

		{

			while ((dy--) > 0)

			{

				y += yIncr;

				if (p > 0)

				{

					this.mkDiv(x++, oy, 1, y-oy);

					p += pru;

					oy = y;

				}

				else p += pr;

			}

			this.mkDiv(x2, oy, 1, y2-oy+1);

		}

	}

}





function mkLin2D(x1, y1, x2, y2)

{

	if (x1 > x2)

	{

		var _x2 = x2;

		var _y2 = y2;

		x2 = x1;

		y2 = y1;

		x1 = _x2;

		y1 = _y2;

	}

	var dx = x2-x1, dy = Math.abs(y2-y1),

	x = x1, y = y1,

	yIncr = (y1 > y2)? -1 : 1;



	var s = this.stroke;

	if (dx >= dy)

	{

		if (dx > 0 && s-3 > 0)

		{

			var _s = (s*dx*Math.sqrt(1+dy*dy/(dx*dx))-dx-(s>>1)*dy) / dx;

			_s = (!(s-4)? Math.ceil(_s) : Math.round(_s)) + 1;

		}

		else var _s = s;

		var ad = Math.ceil(s/2);



		var pr = dy<<1,

		pru = pr - (dx<<1),

		p = pr-dx,

		ox = x;

		while ((dx--) > 0)

		{

			++x;

			if (p > 0)

			{

				this.mkDiv(ox, y, x-ox+ad, _s);

				y += yIncr;

				p += pru;

				ox = x;

			}

			else p += pr;

		}

		this.mkDiv(ox, y, x2-ox+ad+1, _s);

	}



	else

	{

		if (s-3 > 0)

		{

			var _s = (s*dy*Math.sqrt(1+dx*dx/(dy*dy))-(s>>1)*dx-dy) / dy;

			_s = (!(s-4)? Math.ceil(_s) : Math.round(_s)) + 1;

		}

		else var _s = s;

		var ad = Math.round(s/2);



		var pr = dx<<1,

		pru = pr - (dy<<1),

		p = pr-dy,

		oy = y;

		if (y2 <= y1)

		{

			++ad;

			while ((dy--) > 0)

			{

				if (p > 0)

				{

					this.mkDiv(x++, y, _s, oy-y+ad);

					y += yIncr;

					p += pru;

					oy = y;

				}

				else

				{

					y += yIncr;

					p += pr;

				}

			}

			this.mkDiv(x2, y2, _s, oy-y2+ad);

		}

		else

		{

			while ((dy--) > 0)

			{

				y += yIncr;

				if (p > 0)

				{

					this.mkDiv(x++, oy, _s, y-oy+ad);

					p += pru;

					oy = y;

				}

				else p += pr;

			}

			this.mkDiv(x2, oy, _s, y2-oy+ad+1);

		}

	}

}





function mkLinDott(x1, y1, x2, y2)

{

	if (x1 > x2)

	{

		var _x2 = x2;

		var _y2 = y2;

		x2 = x1;

		y2 = y1;

		x1 = _x2;

		y1 = _y2;

	}

	var dx = x2-x1, dy = Math.abs(y2-y1),

	x = x1, y = y1,

	yIncr = (y1 > y2)? -1 : 1,

	drw = true;

	if (dx >= dy)

	{

		var pr = dy<<1,

		pru = pr - (dx<<1),

		p = pr-dx;

		while ((dx--) > 0)

		{

			if (drw) this.mkDiv(x, y, 1, 1);

			drw = !drw;

			if (p > 0)

			{

				y += yIncr;

				p += pru;

			}

			else p += pr;

			++x;

		}

		if (drw) this.mkDiv(x, y, 1, 1);

	}



	else

	{

		var pr = dx<<1,

		pru = pr - (dy<<1),

		p = pr-dy;

		while ((dy--) > 0)

		{

			if (drw) this.mkDiv(x, y, 1, 1);

			drw = !drw;

			y += yIncr;

			if (p > 0)

			{

				++x;

				p += pru;

			}

			else p += pr;

		}

		if (drw) this.mkDiv(x, y, 1, 1);

	}

}





function mkOv(left, top, width, height)

{

	var a = width>>1, b = height>>1,

	wod = width&1, hod = (height&1)+1,

	cx = left+a, cy = top+b,

	x = 0, y = b,

	ox = 0, oy = b,

	aa = (a*a)<<1, bb = (b*b)<<1,

	st = (aa>>1)*(1-(b<<1)) + bb,

	tt = (bb>>1) - aa*((b<<1)-1),

	w, h;

	while (y > 0)

	{

		if (st < 0)

		{

			st += bb*((x<<1)+3);

			tt += (bb<<1)*(++x);

		}

		else if (tt < 0)

		{

			st += bb*((x<<1)+3) - (aa<<1)*(y-1);

			tt += (bb<<1)*(++x) - aa*(((y--)<<1)-3);

			w = x-ox;

			h = oy-y;

			if (w&2 && h&2)

			{

				this.mkOvQds(cx, cy, -x+2, ox+wod, -oy, oy-1+hod, 1, 1);

				this.mkOvQds(cx, cy, -x+1, x-1+wod, -y-1, y+hod, 1, 1);

			}

			else this.mkOvQds(cx, cy, -x+1, ox+wod, -oy, oy-h+hod, w, h);

			ox = x;

			oy = y;

		}

		else

		{

			tt -= aa*((y<<1)-3);

			st -= (aa<<1)*(--y);

		}

	}

	this.mkDiv(cx-a, cy-oy, a-ox+1, (oy<<1)+hod);

	this.mkDiv(cx+ox+wod, cy-oy, a-ox+1, (oy<<1)+hod);

}





function mkOv2D(left, top, width, height)

{

	var s = this.stroke;

	width += s-1;

	height += s-1;

	var a = width>>1, b = height>>1,

	wod = width&1, hod = (height&1)+1,

	cx = left+a, cy = top+b,

	x = 0, y = b,

	aa = (a*a)<<1, bb = (b*b)<<1,

	st = (aa>>1)*(1-(b<<1)) + bb,

	tt = (bb>>1) - aa*((b<<1)-1);



	if (s-4 < 0 && (!(s-2) || width-51 > 0 && height-51 > 0))

	{

		var ox = 0, oy = b,

		w, h,

		pxl, pxr, pxt, pxb, pxw;

		while (y > 0)

		{

			if (st < 0)

			{

				st += bb*((x<<1)+3);

				tt += (bb<<1)*(++x);

			}

			else if (tt < 0)

			{

				st += bb*((x<<1)+3) - (aa<<1)*(y-1);

				tt += (bb<<1)*(++x) - aa*(((y--)<<1)-3);

				w = x-ox;

				h = oy-y;



				if (w-1)

				{

					pxw = w+1+(s&1);

					h = s;

				}

				else if (h-1)

				{

					pxw = s;

					h += 1+(s&1);

				}

				else pxw = h = s;

				this.mkOvQds(cx, cy, -x+1, ox-pxw+w+wod, -oy, -h+oy+hod, pxw, h);

				ox = x;

				oy = y;

			}

			else

			{

				tt -= aa*((y<<1)-3);

				st -= (aa<<1)*(--y);

			}

		}

		this.mkDiv(cx-a, cy-oy, s, (oy<<1)+hod);

		this.mkDiv(cx+a+wod-s+1, cy-oy, s, (oy<<1)+hod);

	}



	else

	{

		var _a = (width-((s-1)<<1))>>1,

		_b = (height-((s-1)<<1))>>1,

		_x = 0, _y = _b,

		_aa = (_a*_a)<<1, _bb = (_b*_b)<<1,

		_st = (_aa>>1)*(1-(_b<<1)) + _bb,

		_tt = (_bb>>1) - _aa*((_b<<1)-1),



		pxl = new Array(),

		pxt = new Array(),

		_pxb = new Array();

		pxl[0] = 0;

		pxt[0] = b;

		_pxb[0] = _b-1;

		while (y > 0)

		{

			if (st < 0)

			{

				st += bb*((x<<1)+3);

				tt += (bb<<1)*(++x);

				pxl[pxl.length] = x;

				pxt[pxt.length] = y;

			}

			else if (tt < 0)

			{

				st += bb*((x<<1)+3) - (aa<<1)*(y-1);

				tt += (bb<<1)*(++x) - aa*(((y--)<<1)-3);

				pxl[pxl.length] = x;

				pxt[pxt.length] = y;

			}

			else

			{

				tt -= aa*((y<<1)-3);

				st -= (aa<<1)*(--y);

			}



			if (_y > 0)

			{

				if (_st < 0)

				{

					_st += _bb*((_x<<1)+3);

					_tt += (_bb<<1)*(++_x);

					_pxb[_pxb.length] = _y-1;

				}

				else if (_tt < 0)

				{

					_st += _bb*((_x<<1)+3) - (_aa<<1)*(_y-1);

					_tt += (_bb<<1)*(++_x) - _aa*(((_y--)<<1)-3);

					_pxb[_pxb.length] = _y-1;

				}

				else

				{

					_tt -= _aa*((_y<<1)-3);

					_st -= (_aa<<1)*(--_y);

					_pxb[_pxb.length-1]--;

				}

			}

		}



		var ox = 0, oy = b,

		_oy = _pxb[0],

		l = pxl.length,

		w, h;

		for (var i = 0; i < l; i++)

		{

			if (typeof _pxb[i] != "undefined")

			{

				if (_pxb[i] < _oy || pxt[i] < oy)

				{

					x = pxl[i];

					this.mkOvQds(cx, cy, -x+1, ox+wod, -oy, _oy+hod, x-ox, oy-_oy);

					ox = x;

					oy = pxt[i];

					_oy = _pxb[i];

				}

			}

			else

			{

				x = pxl[i];

				this.mkDiv(cx-x+1, cy-oy, 1, (oy<<1)+hod);

				this.mkDiv(cx+ox+wod, cy-oy, 1, (oy<<1)+hod);

				ox = x;

				oy = pxt[i];

			}

		}

		this.mkDiv(cx-a, cy-oy, 1, (oy<<1)+hod);

		this.mkDiv(cx+ox+wod, cy-oy, 1, (oy<<1)+hod);

	}

}





function mkOvDott(left, top, width, height)

{

	var a = width>>1, b = height>>1,

	wod = width&1, hod = height&1,

	cx = left+a, cy = top+b,

	x = 0, y = b,

	aa2 = (a*a)<<1, aa4 = aa2<<1, bb = (b*b)<<1,

	st = (aa2>>1)*(1-(b<<1)) + bb,

	tt = (bb>>1) - aa2*((b<<1)-1),

	drw = true;

	while (y > 0)

	{

		if (st < 0)

		{

			st += bb*((x<<1)+3);

			tt += (bb<<1)*(++x);

		}

		else if (tt < 0)

		{

			st += bb*((x<<1)+3) - aa4*(y-1);

			tt += (bb<<1)*(++x) - aa2*(((y--)<<1)-3);

		}

		else

		{

			tt -= aa2*((y<<1)-3);

			st -= aa4*(--y);

		}

		if (drw) this.mkOvQds(cx, cy, -x, x+wod, -y, y+hod, 1, 1);

		drw = !drw;

	}

}





function mkRect(x, y, w, h)

{

	var s = this.stroke;

	this.mkDiv(x, y, w, s);

	this.mkDiv(x+w, y, s, h);

	this.mkDiv(x, y+h, w+s, s);

	this.mkDiv(x, y+s, s, h-s);

}





function mkRectDott(x, y, w, h)

{

	this.drawLine(x, y, x+w, y);

	this.drawLine(x+w, y, x+w, y+h);

	this.drawLine(x, y+h, x+w, y+h);

	this.drawLine(x, y, x, y+h);

}





function jsgFont()

{

	this.PLAIN = 'font-weight:normal;';

	this.BOLD = 'font-weight:bold;';

	this.ITALIC = 'font-style:italic;';

	this.ITALIC_BOLD = this.ITALIC + this.BOLD;

	this.BOLD_ITALIC = this.ITALIC_BOLD;

}

var Font = new jsgFont();





function jsgStroke()

{

	this.DOTTED = -1;

}

var Stroke = new jsgStroke();





function jsGraphics(id, wnd)

{

	this.setColor = new Function('arg', 'this.color = arg.toLowerCase();');



	this.setStroke = function(x)

	{

		this.stroke = x;

		if (!(x+1))

		{

			this.drawLine = mkLinDott;

			this.mkOv = mkOvDott;

			this.drawRect = mkRectDott;

		}

		else if (x-1 > 0)

		{

			this.drawLine = mkLin2D;

			this.mkOv = mkOv2D;

			this.drawRect = mkRect;

		}

		else

		{

			this.drawLine = mkLin;

			this.mkOv = mkOv;

			this.drawRect = mkRect;

		}

	};





	this.setPrintable = function(arg)

	{

		this.printable = arg;

		if (jg_fast)

		{

			this.mkDiv = mkDivIe;

			this.htmRpc = arg? htmPrtRpc : htmRpc;

		}

		else this.mkDiv = jg_n4? mkLyr : arg? mkDivPrt : mkDiv;

	};





	this.setFont = function(fam, sz, sty)

	{

		this.ftFam = fam;

		this.ftSz = sz;

		this.ftSty = sty || Font.PLAIN;

	};





	this.drawPolyline = this.drawPolyLine = function(x, y, s)

	{

		for (var i=0 ; i<x.length-1 ; i++ )

			this.drawLine(x[i], y[i], x[i+1], y[i+1]);

	};





	this.fillRect = function(x, y, w, h)

	{

		this.mkDiv(x, y, w, h);

	};





	this.drawPolygon = function(x, y)

	{

		this.drawPolyline(x, y);

		this.drawLine(x[x.length-1], y[x.length-1], x[0], y[0]);

	};





	this.drawEllipse = this.drawOval = function(x, y, w, h)

	{

		this.mkOv(x, y, w, h);

	};





	this.fillEllipse = this.fillOval = function(left, top, w, h)

	{

		var a = (w -= 1)>>1, b = (h -= 1)>>1,

		wod = (w&1)+1, hod = (h&1)+1,

		cx = left+a, cy = top+b,

		x = 0, y = b,

		ox = 0, oy = b,

		aa2 = (a*a)<<1, aa4 = aa2<<1, bb = (b*b)<<1,

		st = (aa2>>1)*(1-(b<<1)) + bb,

		tt = (bb>>1) - aa2*((b<<1)-1),

		pxl, dw, dh;

		if (w+1) while (y > 0)

		{

			if (st < 0)

			{

				st += bb*((x<<1)+3);

				tt += (bb<<1)*(++x);

			}

			else if (tt < 0)

			{

				st += bb*((x<<1)+3) - aa4*(y-1);

				pxl = cx-x;

				dw = (x<<1)+wod;

				tt += (bb<<1)*(++x) - aa2*(((y--)<<1)-3);

				dh = oy-y;

				this.mkDiv(pxl, cy-oy, dw, dh);

				this.mkDiv(pxl, cy+y+hod, dw, dh);

				ox = x;

				oy = y;

			}

			else

			{

				tt -= aa2*((y<<1)-3);

				st -= aa4*(--y);

			}

		}

		this.mkDiv(cx-a, cy-oy, w+1, (oy<<1)+hod);

	};





/* fillPolygon method, implemented by Matthieu Haller.

This javascript function is an adaptation of the gdImageFilledPolygon for Walter Zorn lib.

C source of GD 1.8.4 found at http://www.boutell.com/gd/



THANKS to Kirsten Schulz for the polygon fixes!



The intersection finding technique of this code could be improved

by remembering the previous intertersection, and by using the slope.

That could help to adjust intersections to produce a nice

interior_extrema. */

	this.fillPolygon = function(array_x, array_y)

	{

		var i;

		var y;

		var miny, maxy;

		var x1, y1;

		var x2, y2;

		var ind1, ind2;

		var ints;



		var n = array_x.length;



		if (!n) return;





		miny = array_y[0];

		maxy = array_y[0];

		for (i = 1; i < n; i++)

		{

			if (array_y[i] < miny)

				miny = array_y[i];



			if (array_y[i] > maxy)

				maxy = array_y[i];

		}

		for (y = miny; y <= maxy; y++)

		{

			var polyInts = new Array();

			ints = 0;

			for (i = 0; i < n; i++)

			{

				if (!i)

				{

					ind1 = n-1;

					ind2 = 0;

				}

				else

				{

					ind1 = i-1;

					ind2 = i;

				}

				y1 = array_y[ind1];

				y2 = array_y[ind2];

				if (y1 < y2)

				{

					x1 = array_x[ind1];

					x2 = array_x[ind2];

				}

				else if (y1 > y2)

				{

					y2 = array_y[ind1];

					y1 = array_y[ind2];

					x2 = array_x[ind1];

					x1 = array_x[ind2];

				}

				else continue;



				 // modified 11. 2. 2004 Walter Zorn

				if ((y >= y1) && (y < y2))

					polyInts[ints++] = Math.round((y-y1) * (x2-x1) / (y2-y1) + x1);



				else if ((y == maxy) && (y > y1) && (y <= y2))

					polyInts[ints++] = Math.round((y-y1) * (x2-x1) / (y2-y1) + x1);

			}

			polyInts.sort(integer_compare);

			for (i = 0; i < ints; i+=2)

				this.mkDiv(polyInts[i], y, polyInts[i+1]-polyInts[i]+1, 1);

		}

	};





	this.drawString = function(txt, x, y)

	{

		this.htm += '<div style="position:absolute;white-space:nowrap;'+

			'left:' + x + 'px;'+

			'top:' + y + 'px;'+

			'font-family:' +  this.ftFam + ';'+

			'font-size:' + this.ftSz + ';'+

			'color:' + this.color + ';' + this.ftSty + '">'+

			txt +

			'<\/div>';

	};





/* drawStringRect() added by Rick Blommers.

Allows to specify the size of the text rectangle and to align the

text both horizontally (e.g. right) and vertically within that rectangle */

	this.drawStringRect = function(txt, x, y, width, halign)

	{

		this.htm += '<div style="position:absolute;overflow:hidden;'+

			'left:' + x + 'px;'+

			'top:' + y + 'px;'+

			'width:'+width +'px;'+

			'text-align:'+halign+';'+

			'font-family:' +  this.ftFam + ';'+

			'font-size:' + this.ftSz + ';'+

			'color:' + this.color + ';' + this.ftSty + '">'+

			txt +

			'<\/div>';

	};





	this.drawImage = function(imgSrc, x, y, w, h, a)

	{

		this.htm += '<div style="position:absolute;'+

			'left:' + x + 'px;'+

			'top:' + y + 'px;'+

			'width:' +  w + ';'+

			'height:' + h + ';">'+

			'<img src="' + imgSrc + '" width="' + w + '" height="' + h + '"' + (a? (' '+a) : '') + '>'+

			'<\/div>';

	};





	this.clear = function()

	{

		this.htm = "";

		if (this.cnv) this.cnv.innerHTML = this.defhtm;

	};





	this.mkOvQds = function(cx, cy, xl, xr, yt, yb, w, h)

	{

		this.mkDiv(xr+cx, yt+cy, w, h);

		this.mkDiv(xr+cx, yb+cy, w, h);

		this.mkDiv(xl+cx, yb+cy, w, h);

		this.mkDiv(xl+cx, yt+cy, w, h);

	};



	this.setStroke(1);

	this.setFont('verdana,geneva,helvetica,sans-serif', String.fromCharCode(0x31, 0x32, 0x70, 0x78), Font.PLAIN);

	this.color = '#000000';

	this.htm = '';

	this.wnd = wnd || window;



	if (!(jg_ie || jg_dom || jg_ihtm)) chkDHTM();

	if (typeof id != 'string' || !id) this.paint = pntDoc;

	else

	{

		this.cnv = document.all? (this.wnd.document.all[id] || null)

			: document.getElementById? (this.wnd.document.getElementById(id) || null)

			: null;

		this.defhtm = (this.cnv && this.cnv.innerHTML)? this.cnv.innerHTML : '';

		this.paint = jg_dom? pntCnvDom : jg_ie? pntCnvIe : jg_ihtm? pntCnvIhtm : pntCnv;

	}



	this.setPrintable(false);

}







function integer_compare(x,y)

{

	return (x < y) ? -1 : ((x > y)*1);

}



function deg2rad(degree)

{

	return (degree * 2 * Math.PI) / 360;

}



function myDrawFunction(cX,cY,rot,angle,jg)

{

	var CenterX = cX;

	var CenterY = cY;

	var Rotation = deg2rad(180 - rot);

	var Angle = deg2rad(angle);

	var AngleOnTwo = Angle / 2;

	var AngleOnFour = Angle / 4;

	var Distance = 60;

	var LeftX = CenterX + (Math.sin(Rotation - AngleOnTwo) * Distance);

	var LeftY = CenterY + (Math.cos(Rotation - AngleOnTwo) * Distance);

	var LeftX2 = CenterX + (Math.sin(Rotation - AngleOnFour) * Distance);

	var LeftY2 = CenterY + (Math.cos(Rotation - AngleOnFour) * Distance);

	var CenterX2 = CenterX + (Math.sin(Rotation) * Distance);

	var CenterY2 = CenterY + (Math.cos(Rotation) * Distance);

	var RightX = CenterX + (Math.sin(Rotation + AngleOnTwo) * Distance);

	var RightY = CenterY + (Math.cos(Rotation + AngleOnTwo) * Distance);

	var RightX2 = CenterX + (Math.sin(Rotation + AngleOnFour) * Distance);

	var RightY2 = CenterY + (Math.cos(Rotation + AngleOnFour) * Distance);

	var Xpoints = new Array(CenterX, LeftX, LeftX2, CenterX2, RightX2, RightX);

	var Ypoints = new Array(CenterY, LeftY, LeftY2, CenterY2, RightY2, RightY);



	jg.clear();

	jg.setColor("#666666");

	jg.fillPolygon(Xpoints, Ypoints);

	if(jg.cnv!=null) jg.paint();

}