<commit_before>package openfl._internal.renderer.cairo;


import lime.graphics.cairo.Cairo;
import lime.graphics.cairo.CairoExtend;
import lime.graphics.cairo.CairoFillRule;
import lime.graphics.cairo.CairoFilter;
import lime.graphics.cairo.CairoImageSurface;
import lime.graphics.cairo.CairoPattern;
import lime.graphics.cairo.CairoSurface;
import lime.math.Matrix3;
import lime.math.Vector2;
import openfl._internal.renderer.RenderSession;
import openfl.display.BitmapData;
import openfl.display.CapsStyle;
import openfl.display.DisplayObject;
import openfl._internal.renderer.DrawCommandBuffer;
import openfl._internal.renderer.DrawCommandReader;
import openfl._internal.renderer.DrawCommandType;
import openfl.display.GradientType;
import openfl.display.Graphics;
import openfl.display.InterpolationMethod;
import openfl.display.SpreadMethod;
import openfl.geom.Matrix;
import openfl.geom.Point;
import openfl.geom.Rectangle;
import openfl.Lib;
import openfl.Vector;

#if !openfl_debug
@:fileXml('tags="haxe,release"')
@:noDebug
#end

@:access(openfl.display.DisplayObject)
@:access(openfl.display.BitmapData)
@:access(openfl.display.Graphics)
@:access(openfl.geom.Matrix)
@:access(openfl.geom.Point)


class CairoGraphics {
	
	
	private static var SIN45 = 0.70710678118654752440084436210485;
	private static var TAN22 = 0.4142135623730950488016887242097;
	
	private static var allowSmoothing:Bool;
	private static var bitmapFill:BitmapData;
	private static var bitmapRepeat:Bool;
	private static var bounds:Rectangle;
	private static var cairo:Cairo;
	private static var fillCommands:DrawCommandBuffer = new DrawCommandBuffer ();
	private static var fillPattern:CairoPattern;
	private static var fillPatternMatrix:Matrix;
	private static var graphics:Graphics;
	private static var hasFill:Bool;
	private static var hasStroke:Bool;
	private static var hitTesting:Bool;
	private static var inversePendingMatrix:Matrix;
	private static var pendingMatrix:Matrix;
	private static var strokeCommands:DrawCommandBuffer = new DrawCommandBuffer ();
	private static var strokePattern:CairoPattern;
	
	
	private static function closePath (strokeBefore:Bool = false):Void {
		
		if (strokePattern == null) {
			
			return;
			
		}
		
		if (!strokeBefore) {
			
			cairo.closePath ();
			
		}
		
		cairo.source = strokePattern;
		if (!hitTesting) cairo.strokePreserve ();
		
		if (strokeBefore) {
			
			cairo.closePath ();
			
		}
		
		cairo.newPath ();
		
	}
	
	
	private static function createGradientPattern (type:GradientType, colors:Array<Dynamic>, alphas:Array<Dynamic>, ratios:Array<Dynamic>, matrix:Matrix, spreadMethod:SpreadMethod, interpolationMethod:InterpolationMethod, focalPointRatio:Float):CairoPattern {
		
		var pattern:CairoPattern = null, point = null, point2 = null, releaseMatrix = false;
		
		if (matrix == null) {
			
			matrix = Matrix.__pool.get ();
			releaseMatrix = true;
			
		}
		
		switch (type) {
			
			case RADIAL:
				
				point = Point.__pool.get ();
				point.setTo (1638.4, 0);
				matrix.__transformPoint (point);
				
				var x = matrix.tx + graphics.__bounds.x;
				var y = matrix.ty + graphics.__bounds.y;
				
				pattern = CairoPattern.createRadial (x, y, 0, x, y, Math.abs ((point.x - matrix.tx) / 2));
			
			case LINEAR:
				
				point = Point.__pool.get ();
				point.setTo (-819.2, 0);
				matrix.__transformPoint (point);
				
				point2 = Point.__pool.get ();
				point2.setTo (819.2, 0);
				matrix.__transformPoint (point2);
				
				point.x += graphics.__bounds.x;
				point2.x += graphics.__bounds.x;
				point.y += graphics.__bounds.y;
				point2.y += graphics.__bounds.y;
				
				pattern = CairoPattern.createLinear (point.x, point.y, point2.x, point2.y);
			
		}
		
		var rgb, alpha, r, g, b, ratio;
		
		for (i in 0...colors.length) {
			
			rgb = colors[i];
			alpha = alphas[i];
			r = ((rgb & 0xFF0000) >>> 16) / 0xFF;
			g = ((rgb & 0x00FF00) >>> 8) / 0xFF;
			b = (rgb & 0x0000FF) / 0xFF;
			
			ratio = ratios[i] / 0xFF;
			if (ratio < 0) ratio = 0;
			if (ratio > 1) ratio = 1;
			
			pattern.addColorStopRGBA (ratio, r, g, b, alpha);
			
		}
		
		if (point != null) Point.__pool.release (point);
		if (point2 != null) Point.__pool.release (point2);
		if (releaseMatrix) Matrix.__pool.release (matrix);
		
		var mat = pattern.matrix;
		
		mat.tx = bounds.x; 
		mat.ty = bounds.y; 
		
		pattern.matrix = mat;
		
		return pattern;
		
	}
	
	
	private static function createImagePattern (bitmapFill:BitmapData, matrix:Matrix, bitmapRepeat:Bool, smooth:Bool):CairoPattern {
		
		var pattern = CairoPattern.createForSurface (bitmapFill.getSurface ());
		pattern.filter = (smooth && allowSmoothing) ? CairoFilter.GOOD : CairoFilter.NEAREST;
		
		if (bitmapRepeat) {
			
			pattern.extend = CairoExtend.REPEAT;
			
		}
		
		fillPatternMatrix = matrix;
		
		return pattern;
		
	}
	
	
	private static function drawRoundRect (x:Float, y:Float, width:Float, height:Float, ellipseWidth:Float, ellipseHeight:Null<Float>):Void {
		
		if (ellipseHeight == null) ellipseHeight = ellipseWidth;
		
		ellipseWidth *= 0.5;
		ellipseHeight *= 0.5;
		
		if (ellipseWidth > width / 2) ellipseWidth = width / 2;
		if (ellipseHeight > height / 2) ellipseHeight = height / 2;
		
		var xe = x + width,
		ye = y + height,
		cx1 = -ellipseWidth + (ellipseWidth * SIN45),
		cx2 = -ellipseWidth + (ellipseWidth * TAN22),
		cy1 = -ellipseHeight + (ellipseHeight * SIN45),
		cy2 = -ellipseHeight + (ellipseHeight * TAN22);
		
		cairo.moveTo (xe, ye - ellipseHeight);
		quadraticCurveTo (xe, ye + cy2, xe + cx1, ye + cy1);
		quadraticCurveTo (xe + cx2, ye, xe - ellipseWidth, ye);
		cairo.lineTo (x + ellipseWidth, ye);
		quadraticCurveTo (x - cx2, ye, x - cx1, ye + cy1);
		quadraticCurveTo (x, ye + cy2, x, ye - ellipseHeight);
		cairo.lineTo (x, y + ellipseHeight);
		quadraticCurveTo (x, y - cy2, x - cx1, y - cy1);
		quadraticCurveTo (x - cx2, y, x + ellipseWidth, y);
		cairo.lineTo (xe - ellipseWidth, y);
		quadraticCurveTo (xe + cx2, y, xe + cx1, y - cy1);
		quadraticCurveTo (xe, y - cy2, xe, y + ellipseHeight);
		cairo.lineTo (xe, ye - ellipseHeight);
		
	}
	
	
	private static function endFill ():Void {
		
		cairo.newPath ();
		playCommands (fillCommands, false);
		fillCommands.clear ();
		
	}
	
	
	private static function endStroke ():Void {
		
		cairo.newPath ();
		playCommands (strokeCommands, true);
		cairo.closePath ();
		strokeCommands.clear ();
		
	}
	
	
	public static function hitTest (graphics:Graphics, x:Float, y:Float):Bool {
		
		#if lime_cairo
		CairoGraphics.graphics = graphics;
		bounds = graphics.__bounds;
		
		if (graphics.__commands.length == 0 || bounds == null || bounds.width == 0 || bounds.height == 0 || !bounds.contains (x, y)) {
			
			return false;
			
		} else {
			
			hitTesting = true;
			
			x -= bounds.x;
			y -= bounds.y;
			
			if (graphics.__cairo == null) {
				
				var bitmap = new BitmapData (Math.floor (bounds.width), Math.floor (bounds.height), true, 0);
				var surface = bitmap.getSurface ();
				graphics.__cairo = new Cairo (surface);
				//graphics.__bitmap = bitmap;
				
			}
			
			cairo = graphics.__cairo;
			
			fillCommands.clear ();
			strokeCommands.clear ();
			
			hasFill = false;
			hasStroke = false;
			
			fillPattern = null;
			strokePattern = null;
			
			cairo.newPath ();
			cairo.fillRule = EVEN_ODD;
			
			var data = new DrawCommandReader (graphics.__commands);
			
			for (type in graphics.__commands.types) {
				
				switch (type) {
					
					case CUBIC_CURVE_TO:
						
						var c = data.readCubicCurveTo ();
						fillCommands.cubicCurveTo (c.controlX1, c.controlY1, c.controlX2, c.controlY2, c.anchorX, c.anchorY);
						strokeCommands.cubicCurveTo (c.controlX1, c.controlY1, c.controlX2, c.controlY2, c.anchorX, c.anchorY);
					
					case CURVE_TO:
						
						var c = data.readCurveTo ();
						fillCommands.curveTo (c.controlX, c.controlY, c.anchorX, c.anchorY);
						strokeCommands.curveTo (c.controlX, c.controlY, c.anchorX, c.anchorY);
					
					case LINE_TO:
						
						var c = data.readLineTo ();
						fillCommands.lineTo (c.x, c.y);
						strokeCommands.lineTo (c.x, c.y);
					
					case MOVE_TO:
						
						var c = data.readMoveTo ();
						fillCommands.moveTo (c.x, c.y);
						strokeCommands.moveTo (c.x, c.y);
					
					case LINE_STYLE:
						
						var c = data.readLineStyle ();
						strokeCommands.lineStyle (c.thickness, c.color, 1, c.pixelHinting, c.scaleMode, c.caps, c.joints, c.miterLimit);
					
					case LINE_GRADIENT_STYLE:
						
						var c = data.readLineGradientStyle ();
						strokeCommands.lineGradientStyle (c.type, c.colors, c.alphas, c.ratios, c.matrix, c.spreadMethod, c.interpolationMethod, c.focalPointRatio);
					
					case LINE_BITMAP_STYLE:
						
						var c = data.readLineBitmapStyle ();
						strokeCommands.lineBitmapStyle (c.bitmap, c.matrix, c.repeat, c.smooth);
					
					case END_FILL:
						
						data.readEndFill ();
						endFill ();
						
						if (hasFill && cairo.inFill (x, y)) {
							
							data.destroy ();
							return true;
							
						}
						
						endStroke ();
						
						if (hasStroke && cairo.inStroke (x, y)) {
							
							data.destroy ();
							return true;
							
						}
						
						hasFill = false;
						bitmapFill = null;
					
					case BEGIN_BITMAP_FILL, BEGIN_FILL, BEGIN_GRADIENT_FILL:
						
						endFill ();
						
						if (hasFill && cairo.inFill (x, y)) {
							
							data.destroy ();
							return true;
							
						}
						
						endStroke ();
						
						if (hasStroke && cairo.inStroke (x, y)) {
							
							data.destroy ();
							return true;
							
						}
						
						if (type == BEGIN_BITMAP_FILL) {
							
							var c = data.readBeginBitmapFill ();
							fillCommands.beginBitmapFill (c.bitmap, c.matrix, c.repeat, c.smooth);
							strokeCommands.beginBitmapFill (c.bitmap, c.matrix, c.repeat, c.smooth);
							
						} else if (type == BEGIN_GRADIENT_FILL) {
							
							var c = data.readBeginGradientFill ();
							fillCommands.beginGradientFill (c.type, c.colors, c.alphas, c.ratios, c.matrix, c.spreadMethod, c.interpolationMethod, c.focalPointRatio);
							strokeCommands.beginGradientFill (c.type, c.colors, c.alphas, c.ratios, c.matrix, c.spreadMethod, c.interpolationMethod, c.focalPointRatio);
							
						} else {
							
							var c = data.readBeginFill ();
							fillCommands.beginFill (c.color, 1);
							strokeCommands.beginFill (c.color, 1);
							
						}
					
					case DRAW_CIRCLE:
						
						var c = data.readDrawCircle ();
						fillCommands.drawCircle (c.x, c.y, c.radius);
						strokeCommands.drawCircle (c.x, c.y, c.radius);
					
					case DRAW_ELLIPSE:
						
						var c = data.readDrawEllipse ();
						fillCommands.drawEllipse (c.x, c.y, c.width, c.height);
						strokeCommands.drawEllipse (c.x, c.y, c.width, c.height);
					
					case DRAW_RECT:
						
						var c = data.readDrawRect ();
						fillCommands.drawRect (c.x, c.y, c.width, c.height);
						strokeCommands.drawRect (c.x, c.y, c.width, c.height);
					
					case DRAW_ROUND_RECT:
						
						var c = data.readDrawRoundRect ();
						fillCommands.drawRoundRect (c.x, c.y, c.width, c.height, c.ellipseWidth, c.ellipseHeight);
						strokeCommands.drawRoundRect (c.x, c.y, c.width, c.height, c.ellipseWidth, c.ellipseHeight);
					
					case WINDING_EVEN_ODD:
						
						data.readWindingEvenOdd ();
						cairo.fillRule = EVEN_ODD;
					
					case WINDING_NON_ZERO:
						
						data.readWindingNonZero ();
						cairo.fillRule = WINDING;
					
					default:
						
						data.skip (type);
					
				}
				
			}
			
			var hitTest = false;
			
			if (fillCommands.length > 0) {
				
				endFill ();
				
			}
			
			if (hasFill && cairo.inFill (x, y)) {
				
				hitTest = true;
				
			}
			
			if (strokeCommands.length > 0) {
				
				endStroke ();
				
			}
			
			if (hasStroke && cairo.inStroke (x, y)) {
				
				hitTest = true;
				
			}
			
			data.destroy ();
			
			return hitTest;
			
		}
		#end
		
		return false;
		
	}
	
	
	private static inline function isCCW (x1:Float, y1:Float, x2:Float, y2:Float, x3:Float, y3:Float) {
		
		return ((x2 - x1) * (y3 - y1) - (y2 - y1) * (x3 - x1)) < 0;
		
	}
	
	
	private static function normalizeUVT (uvt:Vector<Float>, skipT:Bool = false):{ max:Float, uvt:Vector<Float> } {
		
		var max:Float = Math.NEGATIVE_INFINITY;
		var tmp = Math.NEGATIVE_INFINITY;
		var len = uvt.length;
		
		for (t in 1...len + 1) {
			
			if (skipT && t % 3 == 0) {
				
				continue;
				
			}
			
			tmp = uvt[t - 1];
			
			if (max < tmp) {
				
				max = tmp;
				
			}
			
		}
		
		if ( !skipT ) {
			
			return { max: max, uvt: uvt };
			
		}
		
		var result = new Vector<Float> ();
		
		for (t in 1...len + 1) {
			
			if (skipT && t % 3 == 0) {
				
				continue;
				
			}
			
			result.push (uvt[t - 1]);
			
		}
		
		return { max: max, uvt: result };
		
	}
	
	
	private static function playCommands (commands:DrawCommandBuffer, stroke:Bool = false):Void {
		
		if (commands.length == 0) return;
		
		bounds = graphics.__bounds;
		
		var offsetX = bounds.x;
		var offsetY = bounds.y;
		
		var positionX = 0.0;
		var positionY = 0.0;
		
		var closeGap = false;
		var startX = 0.0;
		var startY = 0.0;
		var setStart = false;
		
		cairo.fillRule = EVEN_ODD;
		cairo.antialias = SUBPIXEL;
		
		var hasPath:Bool = false;
		
		var data = new DrawCommandReader (commands);
		
		var x, y, width, height, kappa = .5522848, ox, oy, xe, ye, xm, ym, r, g, b;
		
		for (type in commands.types) {
			
			switch (type) {
				
				case CUBIC_CURVE_TO:
					
					var c = data.readCubicCurveTo ();
					hasPath = true;
					cairo.curveTo (c.controlX1 - offsetX, c.controlY1 - offsetY, c.controlX2 - offsetX, c.controlY2 - offsetY, c.anchorX - offsetX, c.anchorY - offsetY);
				
				case CURVE_TO:
					
					var c = data.readCurveTo ();
					hasPath = true;
					quadraticCurveTo (c.controlX - offsetX, c.controlY - offsetY, c.anchorX - offsetX, c.anchorY - offsetY);
				
				case DRAW_CIRCLE:
					
					var c = data.readDrawCircle ();
					hasPath = true;
					cairo.moveTo (c.x - offsetX + c.radius, c.y - offsetY);
					cairo.arc (c.x - offsetX, c.y - offsetY, c.radius, 0, Math.PI * 2);
				
				case DRAW_RECT:
				
					var c = data.readDrawRect ();
					hasPath = true;
					cairo.rectangle (c.x - offsetX, c.y - offsetY, c.width, c.height);
				
				case DRAW_ELLIPSE:
					
					var c = data.readDrawEllipse ();
					hasPath = true;
					
					x = c.x;
					y = c.y;
					width = c.width;
					height = c.height;
					
					x -= offsetX;
					y -= offsetY;
					
					ox = (width / 2) * kappa; // control point offset horizontal
					oy = (height / 2) * kappa; // control point offset vertical
					xe = x + width; // x-end
					ye = y + height; // y-end
					xm = x + width / 2; // x-middle
					ym = y + height / 2; // y-middle
					
					cairo.moveTo (x, ym);
					cairo.curveTo (x, ym - oy, xm - ox, y, xm, y);
					cairo.curveTo (xm + ox, y, xe, ym - oy, xe, ym);
					cairo.curveTo (xe, ym + oy, xm + ox, ye, xm, ye);
					cairo.curveTo (xm - ox, ye, x, ym + oy, x, ym);
				
				case DRAW_ROUND_RECT:
					
					var c = data.readDrawRoundRect ();
					hasPath = true;
					drawRoundRect (c.x - offsetX, c.y - offsetY, c.width, c.height, c.ellipseWidth, c.ellipseHeight);
				
				case LINE_TO:
					
					var c = data.readLineTo ();
					hasPath = true;
					cairo.lineTo (c.x - offsetX, c.y - offsetY);
					
					positionX = c.x;
					positionY = c.y;
					
					if (positionX == startX && positionY == startY) {
						
						closeGap = true;
						
					}
				
				case MOVE_TO:
					
					var c = data.readMoveTo ();
					cairo.moveTo (c.x - offsetX, c.y - offsetY);
					
					positionX = c.x;
					positionY = c.y;
					
					if (setStart) {
						
						closeGap = true;
						
					}
					
					startX = c.x;
					startY = c.y;
					setStart = true;
				
				case LINE_STYLE:
					
					var c = data.readLineStyle ();
					if (stroke && hasStroke) {
						
						closePath (true);
						
					}
					
					cairo.moveTo (positionX - offsetX, positionY - offsetY);
					
					if (c.thickness == null) {
						
						hasStroke = false;
						
					} else {
						
						hasStroke = true;
						
						cairo.lineWidth = (c.thickness > 0 ? c.thickness : 1);
						
						if (c.joints == null) {
							
							cairo.lineJoin = ROUND;
							
						} else {
							
							cairo.lineJoin = switch (c.joints) {
								
								case MITER: MITER;
								case BEVEL: BEVEL;
								default: ROUND;
								
							}
							
						}
						
						if (c.caps == null) {
							
							cairo.lineCap = ROUND;
							
						} else {
							
							cairo.lineCap = switch (c.caps) {
								
								case NONE: BUTT;
								case SQUARE: SQUARE;
								default: ROUND;
								
							}
							
						}
						
						cairo.miterLimit = c.miterLimit;
						
						r = ((c.color & 0xFF0000) >>> 16) / 0xFF;
						g = ((c.color & 0x00FF00) >>> 8) / 0xFF;
						b = (c.color & 0x0000FF) / 0xFF;
						
						if (c.alpha == 1) {
							
							strokePattern = CairoPattern.createRGB (r, g, b);
							
						} else {
							
							strokePattern = CairoPattern.createRGBA (r, g, b, c.alpha);
							
						}
						
					}
				
				case LINE_GRADIENT_STYLE:
					
					var c = data.readLineGradientStyle ();
					if (stroke && hasStroke) {
						
						closePath ();
						
					}
					
					cairo.moveTo (positionX - offsetX, positionY - offsetY);
					strokePattern = createGradientPattern (c.type, c.colors, c.alphas, c.ratios, c.matrix, c.spreadMethod, c.interpolationMethod, c.focalPointRatio);
					
					hasStroke = true;
				
				case LINE_BITMAP_STYLE:
					
					var c = data.readLineBitmapStyle ();
					if (stroke && hasStroke) {
						
						closePath ();
						
					}
					
					cairo.moveTo (positionX - offsetX, positionY - offsetY);
					strokePattern = createImagePattern (c.bitmap, c.matrix, c.repeat, c.smooth);
					
					hasStroke = true;
				
				case BEGIN_BITMAP_FILL:
					
					var c = data.readBeginBitmapFill ();
					fillPattern = createImagePattern (c.bitmap, c.matrix, c.repeat, c.smooth);
					
					bitmapFill = c.bitmap;
					bitmapRepeat = c.repeat;
					
					hasFill = true;
				
				case BEGIN_FILL:
					
					var c = data.readBeginFill ();
					if (c.alpha < 0.005) {
						
						hasFill = false;
						
					} else {
						
						if (fillPattern != null) {
							
							fillPatternMatrix = null;
							
						}
						
						fillPattern = CairoPattern.createRGBA (((c.color & 0xFF0000) >>> 16) / 0xFF, ((c.color & 0x00FF00) >>> 8) / 0xFF, (c.color & 0x0000FF) / 0xFF, c.alpha);
						hasFill = true;
						
					}
					
					bitmapFill = null;
				
				case BEGIN_GRADIENT_FILL:
					
					var c = data.readBeginGradientFill ();
					if (fillPattern != null) {
						
						fillPatternMatrix = null;
						
					}
					
					fillPattern = createGradientPattern (c.type, c.colors, c.alphas, c.ratios, c.matrix, c.spreadMethod, c.interpolationMethod, c.focalPointRatio);
					
					hasFill = true;
					bitmapFill = null;
				
				case DRAW_TRIANGLES:
					
					var c = data.readDrawTriangles ();
					var v = c.vertices;
					var ind = c.indices;
					var uvt:Vector<Float> = c.uvtData;
					var colorFill = bitmapFill == null;
					
					if (colorFill && uvt != null) {
						
						break;
						
					}
					
					var width = 0;
					var height = 0;
					var currentMatrix = graphics.__renderTransform.__toMatrix3 ();
					
					if (!colorFill) {
						
						//TODO move this to Graphics?
						
						if (uvt == null) {
							
							uvt = new Vector<Float> ();
							
							for (i in 0...(Std.int (v.length / 2))) {
								
								uvt.push (v[i * 2] - offsetX / bitmapFill.width);
								uvt.push (v[i * 2 + 1] - offsetY / bitmapFill.height);
								
							}
							
						}
						
						var skipT = c.uvtData.length != v.length;
						var normalizedUVT = normalizeUVT (uvt, skipT);
						var maxUVT = normalizedUVT.max;
						uvt = normalizedUVT.uvt;
						
						if (maxUVT > 1) {
							width = Std.int (bounds.width);
							height = Std.int (bounds.height);
							
							
						} else {
							
							width = bitmapFill.width;
							height = bitmapFill.height;
							
						}
						
					}
					
					var i = 0;
					var l = ind.length;
					
					var a_:Int, b_:Int, c_:Int;
					var iax:Int, iay:Int, ibx:Int, iby:Int, icx:Int, icy:Int;
					var x1:Float, y1:Float, x2:Float, y2:Float, x3:Float, y3:Float;
					var uvx1:Float, uvy1:Float, uvx2:Float, uvy2:Float, uvx3:Float, uvy3:Float;
					var denom:Float;
					var t1:Float, t2:Float, t3:Float, t4:Float;
					var dx:Float, dy:Float;
					
					var matrix = new Matrix3 ();
					
					cairo.antialias = NONE;
					cairo.source = fillPattern;
					
					while (i < l) {
						
						a_ = i;
						b_ = i + 1;
						c_ = i + 2;
						
						iax = ind[a_] * 2;
						iay = ind[a_] * 2 + 1;
						ibx = ind[b_] * 2;
						iby = ind[b_] * 2 + 1;
						icx = ind[c_] * 2;
						icy = ind[c_] * 2 + 1;
						
						x1 = v[iax] - offsetX;
						y1 = v[iay] - offsetY;
						x2 = v[ibx] - offsetX;
						y2 = v[iby] - offsetY;
						x3 = v[icx] - offsetX;
						y3 = v[icy] - offsetY;
						
						switch (c.culling) {
							
							case POSITIVE:
								
								if (!isCCW (x1, y1, x2, y2, x3, y3)) {
									
									i += 3;
									continue;
									
								}
							
							case NEGATIVE:
								
								if (isCCW (x1, y1, x2, y2, x3, y3)) {
									
									i += 3;
									continue;
									
								}
							
							default:
								
						}
						
						if (colorFill) {
							
							cairo.newPath ();
							cairo.moveTo (x1, y1);
							cairo.lineTo (x2, y2);
							cairo.lineTo (x3, y3);
							cairo.closePath ();
							if (!hitTesting) cairo.fillPreserve ();
							i += 3;
							continue;
							
						} 
						
						cairo.matrix = graphics.__renderTransform.__toMatrix3 ();
						//cairo.identityMatrix();
						//cairo.resetClip();
						
						cairo.newPath ();
						cairo.moveTo (x1, y1);
						cairo.lineTo (x2, y2);
						cairo.lineTo (x3, y3);
						cairo.closePath ();
						//cairo.clip ();
						
						uvx1 = uvt[iax] * width;
						uvx2 = uvt[ibx] * width;
						uvx3 = uvt[icx] * width;
						uvy1 = uvt[iay] * height;
						uvy2 = uvt[iby] * height;
						uvy3 = uvt[icy] * height;
						
						denom = uvx1 * (uvy3 - uvy2) - uvx2 * uvy3 + uvx3 * uvy2 + (uvx2 - uvx3) * uvy1;
						
						if (denom == 0) {
							
							i += 3;
							continue;
							
						}
						
						x1*=currentMatrix.a;
						x2*=currentMatrix.a;
						x3*=currentMatrix.a;
						y1*=currentMatrix.d;
						y2*=currentMatrix.d;
						y3*=currentMatrix.d;
						
						t1 = - (uvy1 * (x3 - x2) - uvy2 * x3 + uvy3 * x2 + (uvy2 - uvy3) * x1) / denom;
						t2 = (uvy2 * y3 + uvy1 * (y2 - y3) - uvy3 * y2 + (uvy3 - uvy2) * y1) / denom;
						t3 = (uvx1 * (x3 - x2) - uvx2 * x3 + uvx3 * x2 + (uvx2 - uvx3) * x1) / denom;
						t4 = - (uvx2 * y3 + uvx1 * (y2 - y3) - uvx3 * y2 + (uvx3 - uvx2) * y1) / denom;
						dx = (uvx1 * (uvy3 * x2 - uvy2 * x3) + uvy1 * (uvx2 * x3 - uvx3 * x2) + (uvx3 * uvy2 - uvx2 * uvy3) * x1) / denom;
						dy = (uvx1 * (uvy3 * y2 - uvy2 * y3) + uvy1 * (uvx2 * y3 - uvx3 * y2) + (uvx3 * uvy2 - uvx2 * uvy3) * y1) / denom;
						
						matrix.setTo (t1, t2, t3, t4, dx, dy);
						cairo.matrix = matrix;
						if (!hitTesting) cairo.fill ();
						
						i += 3;
						
					}
				
				case WINDING_EVEN_ODD:
					
					data.readWindingEvenOdd ();
					cairo.fillRule = EVEN_ODD;
				
				case WINDING_NON_ZERO:
					
					data.readWindingNonZero ();
					cairo.fillRule = WINDING;
				
				default:
					
					data.skip (type);
				
			}
			
		}
		<commit_msg>drawTriangles fix (close #1755)<commit_after>package openfl._internal.renderer.cairo;


import lime.graphics.cairo.Cairo;
import lime.graphics.cairo.CairoExtend;
import lime.graphics.cairo.CairoFillRule;
import lime.graphics.cairo.CairoFilter;
import lime.graphics.cairo.CairoImageSurface;
import lime.graphics.cairo.CairoPattern;
import lime.graphics.cairo.CairoSurface;
import lime.math.Matrix3;
import lime.math.Vector2;
import openfl._internal.renderer.RenderSession;
import openfl.display.BitmapData;
import openfl.display.CapsStyle;
import openfl.display.DisplayObject;
import openfl._internal.renderer.DrawCommandBuffer;
import openfl._internal.renderer.DrawCommandReader;
import openfl._internal.renderer.DrawCommandType;
import openfl.display.GradientType;
import openfl.display.Graphics;
import openfl.display.InterpolationMethod;
import openfl.display.SpreadMethod;
import openfl.geom.Matrix;
import openfl.geom.Point;
import openfl.geom.Rectangle;
import openfl.Lib;
import openfl.Vector;

#if !openfl_debug
@:fileXml('tags="haxe,release"')
@:noDebug
#end

@:access(openfl.display.DisplayObject)
@:access(openfl.display.BitmapData)
@:access(openfl.display.Graphics)
@:access(openfl.geom.Matrix)
@:access(openfl.geom.Point)


class CairoGraphics {
	
	
	private static var SIN45 = 0.70710678118654752440084436210485;
	private static var TAN22 = 0.4142135623730950488016887242097;
	
	private static var allowSmoothing:Bool;
	private static var bitmapFill:BitmapData;
	private static var bitmapRepeat:Bool;
	private static var bounds:Rectangle;
	private static var cairo:Cairo;
	private static var fillCommands:DrawCommandBuffer = new DrawCommandBuffer ();
	private static var fillPattern:CairoPattern;
	private static var fillPatternMatrix:Matrix;
	private static var graphics:Graphics;
	private static var hasFill:Bool;
	private static var hasStroke:Bool;
	private static var hitTesting:Bool;
	private static var inversePendingMatrix:Matrix;
	private static var pendingMatrix:Matrix;
	private static var strokeCommands:DrawCommandBuffer = new DrawCommandBuffer ();
	private static var strokePattern:CairoPattern;
	
	
	private static function closePath (strokeBefore:Bool = false):Void {
		
		if (strokePattern == null) {
			
			return;
			
		}
		
		if (!strokeBefore) {
			
			cairo.closePath ();
			
		}
		
		cairo.source = strokePattern;
		if (!hitTesting) cairo.strokePreserve ();
		
		if (strokeBefore) {
			
			cairo.closePath ();
			
		}
		
		cairo.newPath ();
		
	}
	
	
	private static function createGradientPattern (type:GradientType, colors:Array<Dynamic>, alphas:Array<Dynamic>, ratios:Array<Dynamic>, matrix:Matrix, spreadMethod:SpreadMethod, interpolationMethod:InterpolationMethod, focalPointRatio:Float):CairoPattern {
		
		var pattern:CairoPattern = null, point = null, point2 = null, releaseMatrix = false;
		
		if (matrix == null) {
			
			matrix = Matrix.__pool.get ();
			releaseMatrix = true;
			
		}
		
		switch (type) {
			
			case RADIAL:
				
				point = Point.__pool.get ();
				point.setTo (1638.4, 0);
				matrix.__transformPoint (point);
				
				var x = matrix.tx + graphics.__bounds.x;
				var y = matrix.ty + graphics.__bounds.y;
				
				pattern = CairoPattern.createRadial (x, y, 0, x, y, Math.abs ((point.x - matrix.tx) / 2));
			
			case LINEAR:
				
				point = Point.__pool.get ();
				point.setTo (-819.2, 0);
				matrix.__transformPoint (point);
				
				point2 = Point.__pool.get ();
				point2.setTo (819.2, 0);
				matrix.__transformPoint (point2);
				
				point.x += graphics.__bounds.x;
				point2.x += graphics.__bounds.x;
				point.y += graphics.__bounds.y;
				point2.y += graphics.__bounds.y;
				
				pattern = CairoPattern.createLinear (point.x, point.y, point2.x, point2.y);
			
		}
		
		var rgb, alpha, r, g, b, ratio;
		
		for (i in 0...colors.length) {
			
			rgb = colors[i];
			alpha = alphas[i];
			r = ((rgb & 0xFF0000) >>> 16) / 0xFF;
			g = ((rgb & 0x00FF00) >>> 8) / 0xFF;
			b = (rgb & 0x0000FF) / 0xFF;
			
			ratio = ratios[i] / 0xFF;
			if (ratio < 0) ratio = 0;
			if (ratio > 1) ratio = 1;
			
			pattern.addColorStopRGBA (ratio, r, g, b, alpha);
			
		}
		
		if (point != null) Point.__pool.release (point);
		if (point2 != null) Point.__pool.release (point2);
		if (releaseMatrix) Matrix.__pool.release (matrix);
		
		var mat = pattern.matrix;
		
		mat.tx = bounds.x; 
		mat.ty = bounds.y; 
		
		pattern.matrix = mat;
		
		return pattern;
		
	}
	
	
	private static function createImagePattern (bitmapFill:BitmapData, matrix:Matrix, bitmapRepeat:Bool, smooth:Bool):CairoPattern {
		
		var pattern = CairoPattern.createForSurface (bitmapFill.getSurface ());
		pattern.filter = (smooth && allowSmoothing) ? CairoFilter.GOOD : CairoFilter.NEAREST;
		
		if (bitmapRepeat) {
			
			pattern.extend = CairoExtend.REPEAT;
			
		}
		
		fillPatternMatrix = matrix;
		
		return pattern;
		
	}
	
	
	private static function drawRoundRect (x:Float, y:Float, width:Float, height:Float, ellipseWidth:Float, ellipseHeight:Null<Float>):Void {
		
		if (ellipseHeight == null) ellipseHeight = ellipseWidth;
		
		ellipseWidth *= 0.5;
		ellipseHeight *= 0.5;
		
		if (ellipseWidth > width / 2) ellipseWidth = width / 2;
		if (ellipseHeight > height / 2) ellipseHeight = height / 2;
		
		var xe = x + width,
		ye = y + height,
		cx1 = -ellipseWidth + (ellipseWidth * SIN45),
		cx2 = -ellipseWidth + (ellipseWidth * TAN22),
		cy1 = -ellipseHeight + (ellipseHeight * SIN45),
		cy2 = -ellipseHeight + (ellipseHeight * TAN22);
		
		cairo.moveTo (xe, ye - ellipseHeight);
		quadraticCurveTo (xe, ye + cy2, xe + cx1, ye + cy1);
		quadraticCurveTo (xe + cx2, ye, xe - ellipseWidth, ye);
		cairo.lineTo (x + ellipseWidth, ye);
		quadraticCurveTo (x - cx2, ye, x - cx1, ye + cy1);
		quadraticCurveTo (x, ye + cy2, x, ye - ellipseHeight);
		cairo.lineTo (x, y + ellipseHeight);
		quadraticCurveTo (x, y - cy2, x - cx1, y - cy1);
		quadraticCurveTo (x - cx2, y, x + ellipseWidth, y);
		cairo.lineTo (xe - ellipseWidth, y);
		quadraticCurveTo (xe + cx2, y, xe + cx1, y - cy1);
		quadraticCurveTo (xe, y - cy2, xe, y + ellipseHeight);
		cairo.lineTo (xe, ye - ellipseHeight);
		
	}
	
	
	private static function endFill ():Void {
		
		cairo.newPath ();
		playCommands (fillCommands, false);
		fillCommands.clear ();
		
	}
	
	
	private static function endStroke ():Void {
		
		cairo.newPath ();
		playCommands (strokeCommands, true);
		cairo.closePath ();
		strokeCommands.clear ();
		
	}
	
	
	public static function hitTest (graphics:Graphics, x:Float, y:Float):Bool {
		
		#if lime_cairo
		CairoGraphics.graphics = graphics;
		bounds = graphics.__bounds;
		
		if (graphics.__commands.length == 0 || bounds == null || bounds.width == 0 || bounds.height == 0 || !bounds.contains (x, y)) {
			
			return false;
			
		} else {
			
			hitTesting = true;
			
			x -= bounds.x;
			y -= bounds.y;
			
			if (graphics.__cairo == null) {
				
				var bitmap = new BitmapData (Math.floor (bounds.width), Math.floor (bounds.height), true, 0);
				var surface = bitmap.getSurface ();
				graphics.__cairo = new Cairo (surface);
				//graphics.__bitmap = bitmap;
				
			}
			
			cairo = graphics.__cairo;
			
			fillCommands.clear ();
			strokeCommands.clear ();
			
			hasFill = false;
			hasStroke = false;
			
			fillPattern = null;
			strokePattern = null;
			
			cairo.newPath ();
			cairo.fillRule = EVEN_ODD;
			
			var data = new DrawCommandReader (graphics.__commands);
			
			for (type in graphics.__commands.types) {
				
				switch (type) {
					
					case CUBIC_CURVE_TO:
						
						var c = data.readCubicCurveTo ();
						fillCommands.cubicCurveTo (c.controlX1, c.controlY1, c.controlX2, c.controlY2, c.anchorX, c.anchorY);
						strokeCommands.cubicCurveTo (c.controlX1, c.controlY1, c.controlX2, c.controlY2, c.anchorX, c.anchorY);
					
					case CURVE_TO:
						
						var c = data.readCurveTo ();
						fillCommands.curveTo (c.controlX, c.controlY, c.anchorX, c.anchorY);
						strokeCommands.curveTo (c.controlX, c.controlY, c.anchorX, c.anchorY);
					
					case LINE_TO:
						
						var c = data.readLineTo ();
						fillCommands.lineTo (c.x, c.y);
						strokeCommands.lineTo (c.x, c.y);
					
					case MOVE_TO:
						
						var c = data.readMoveTo ();
						fillCommands.moveTo (c.x, c.y);
						strokeCommands.moveTo (c.x, c.y);
					
					case LINE_STYLE:
						
						var c = data.readLineStyle ();
						strokeCommands.lineStyle (c.thickness, c.color, 1, c.pixelHinting, c.scaleMode, c.caps, c.joints, c.miterLimit);
					
					case LINE_GRADIENT_STYLE:
						
						var c = data.readLineGradientStyle ();
						strokeCommands.lineGradientStyle (c.type, c.colors, c.alphas, c.ratios, c.matrix, c.spreadMethod, c.interpolationMethod, c.focalPointRatio);
					
					case LINE_BITMAP_STYLE:
						
						var c = data.readLineBitmapStyle ();
						strokeCommands.lineBitmapStyle (c.bitmap, c.matrix, c.repeat, c.smooth);
					
					case END_FILL:
						
						data.readEndFill ();
						endFill ();
						
						if (hasFill && cairo.inFill (x, y)) {
							
							data.destroy ();
							return true;
							
						}
						
						endStroke ();
						
						if (hasStroke && cairo.inStroke (x, y)) {
							
							data.destroy ();
							return true;
							
						}
						
						hasFill = false;
						bitmapFill = null;
					
					case BEGIN_BITMAP_FILL, BEGIN_FILL, BEGIN_GRADIENT_FILL:
						
						endFill ();
						
						if (hasFill && cairo.inFill (x, y)) {
							
							data.destroy ();
							return true;
							
						}
						
						endStroke ();
						
						if (hasStroke && cairo.inStroke (x, y)) {
							
							data.destroy ();
							return true;
							
						}
						
						if (type == BEGIN_BITMAP_FILL) {
							
							var c = data.readBeginBitmapFill ();
							fillCommands.beginBitmapFill (c.bitmap, c.matrix, c.repeat, c.smooth);
							strokeCommands.beginBitmapFill (c.bitmap, c.matrix, c.repeat, c.smooth);
							
						} else if (type == BEGIN_GRADIENT_FILL) {
							
							var c = data.readBeginGradientFill ();
							fillCommands.beginGradientFill (c.type, c.colors, c.alphas, c.ratios, c.matrix, c.spreadMethod, c.interpolationMethod, c.focalPointRatio);
							strokeCommands.beginGradientFill (c.type, c.colors, c.alphas, c.ratios, c.matrix, c.spreadMethod, c.interpolationMethod, c.focalPointRatio);
							
						} else {
							
							var c = data.readBeginFill ();
							fillCommands.beginFill (c.color, 1);
							strokeCommands.beginFill (c.color, 1);
							
						}
					
					case DRAW_CIRCLE:
						
						var c = data.readDrawCircle ();
						fillCommands.drawCircle (c.x, c.y, c.radius);
						strokeCommands.drawCircle (c.x, c.y, c.radius);
					
					case DRAW_ELLIPSE:
						
						var c = data.readDrawEllipse ();
						fillCommands.drawEllipse (c.x, c.y, c.width, c.height);
						strokeCommands.drawEllipse (c.x, c.y, c.width, c.height);
					
					case DRAW_RECT:
						
						var c = data.readDrawRect ();
						fillCommands.drawRect (c.x, c.y, c.width, c.height);
						strokeCommands.drawRect (c.x, c.y, c.width, c.height);
					
					case DRAW_ROUND_RECT:
						
						var c = data.readDrawRoundRect ();
						fillCommands.drawRoundRect (c.x, c.y, c.width, c.height, c.ellipseWidth, c.ellipseHeight);
						strokeCommands.drawRoundRect (c.x, c.y, c.width, c.height, c.ellipseWidth, c.ellipseHeight);
					
					case WINDING_EVEN_ODD:
						
						data.readWindingEvenOdd ();
						cairo.fillRule = EVEN_ODD;
					
					case WINDING_NON_ZERO:
						
						data.readWindingNonZero ();
						cairo.fillRule = WINDING;
					
					default:
						
						data.skip (type);
					
				}
				
			}
			
			var hitTest = false;
			
			if (fillCommands.length > 0) {
				
				endFill ();
				
			}
			
			if (hasFill && cairo.inFill (x, y)) {
				
				hitTest = true;
				
			}
			
			if (strokeCommands.length > 0) {
				
				endStroke ();
				
			}
			
			if (hasStroke && cairo.inStroke (x, y)) {
				
				hitTest = true;
				
			}
			
			data.destroy ();
			
			return hitTest;
			
		}
		#end
		
		return false;
		
	}
	
	
	private static inline function isCCW (x1:Float, y1:Float, x2:Float, y2:Float, x3:Float, y3:Float) {
		
		return ((x2 - x1) * (y3 - y1) - (y2 - y1) * (x3 - x1)) < 0;
		
	}
	
	
	private static function normalizeUVT (uvt:Vector<Float>, skipT:Bool = false):{ max:Float, uvt:Vector<Float> } {
		
		var max:Float = Math.NEGATIVE_INFINITY;
		var tmp = Math.NEGATIVE_INFINITY;
		var len = uvt.length;
		
		for (t in 1...len + 1) {
			
			if (skipT && t % 3 == 0) {
				
				continue;
				
			}
			
			tmp = uvt[t - 1];
			
			if (max < tmp) {
				
				max = tmp;
				
			}
			
		}
		
		if ( !skipT ) {
			
			return { max: max, uvt: uvt };
			
		}
		
		var result = new Vector<Float> ();
		
		for (t in 1...len + 1) {
			
			if (skipT && t % 3 == 0) {
				
				continue;
				
			}
			
			result.push (uvt[t - 1]);
			
		}
		
		return { max: max, uvt: result };
		
	}
	
	
	private static function playCommands (commands:DrawCommandBuffer, stroke:Bool = false):Void {
		
		if (commands.length == 0) return;
		
		bounds = graphics.__bounds;
		
		var offsetX = bounds.x;
		var offsetY = bounds.y;
		
		var positionX = 0.0;
		var positionY = 0.0;
		
		var closeGap = false;
		var startX = 0.0;
		var startY = 0.0;
		var setStart = false;
		
		cairo.fillRule = EVEN_ODD;
		cairo.antialias = SUBPIXEL;
		
		var hasPath:Bool = false;
		
		var data = new DrawCommandReader (commands);
		
		var x, y, width, height, kappa = .5522848, ox, oy, xe, ye, xm, ym, r, g, b;
		
		for (type in commands.types) {
			
			switch (type) {
				
				case CUBIC_CURVE_TO:
					
					var c = data.readCubicCurveTo ();
					hasPath = true;
					cairo.curveTo (c.controlX1 - offsetX, c.controlY1 - offsetY, c.controlX2 - offsetX, c.controlY2 - offsetY, c.anchorX - offsetX, c.anchorY - offsetY);
				
				case CURVE_TO:
					
					var c = data.readCurveTo ();
					hasPath = true;
					quadraticCurveTo (c.controlX - offsetX, c.controlY - offsetY, c.anchorX - offsetX, c.anchorY - offsetY);
				
				case DRAW_CIRCLE:
					
					var c = data.readDrawCircle ();
					hasPath = true;
					cairo.moveTo (c.x - offsetX + c.radius, c.y - offsetY);
					cairo.arc (c.x - offsetX, c.y - offsetY, c.radius, 0, Math.PI * 2);
				
				case DRAW_RECT:
				
					var c = data.readDrawRect ();
					hasPath = true;
					cairo.rectangle (c.x - offsetX, c.y - offsetY, c.width, c.height);
				
				case DRAW_ELLIPSE:
					
					var c = data.readDrawEllipse ();
					hasPath = true;
					
					x = c.x;
					y = c.y;
					width = c.width;
					height = c.height;
					
					x -= offsetX;
					y -= offsetY;
					
					ox = (width / 2) * kappa; // control point offset horizontal
					oy = (height / 2) * kappa; // control point offset vertical
					xe = x + width; // x-end
					ye = y + height; // y-end
					xm = x + width / 2; // x-middle
					ym = y + height / 2; // y-middle
					
					cairo.moveTo (x, ym);
					cairo.curveTo (x, ym - oy, xm - ox, y, xm, y);
					cairo.curveTo (xm + ox, y, xe, ym - oy, xe, ym);
					cairo.curveTo (xe, ym + oy, xm + ox, ye, xm, ye);
					cairo.curveTo (xm - ox, ye, x, ym + oy, x, ym);
				
				case DRAW_ROUND_RECT:
					
					var c = data.readDrawRoundRect ();
					hasPath = true;
					drawRoundRect (c.x - offsetX, c.y - offsetY, c.width, c.height, c.ellipseWidth, c.ellipseHeight);
				
				case LINE_TO:
					
					var c = data.readLineTo ();
					hasPath = true;
					cairo.lineTo (c.x - offsetX, c.y - offsetY);
					
					positionX = c.x;
					positionY = c.y;
					
					if (positionX == startX && positionY == startY) {
						
						closeGap = true;
						
					}
				
				case MOVE_TO:
					
					var c = data.readMoveTo ();
					cairo.moveTo (c.x - offsetX, c.y - offsetY);
					
					positionX = c.x;
					positionY = c.y;
					
					if (setStart) {
						
						closeGap = true;
						
					}
					
					startX = c.x;
					startY = c.y;
					setStart = true;
				
				case LINE_STYLE:
					
					var c = data.readLineStyle ();
					if (stroke && hasStroke) {
						
						closePath (true);
						
					}
					
					cairo.moveTo (positionX - offsetX, positionY - offsetY);
					
					if (c.thickness == null) {
						
						hasStroke = false;
						
					} else {
						
						hasStroke = true;
						
						cairo.lineWidth = (c.thickness > 0 ? c.thickness : 1);
						
						if (c.joints == null) {
							
							cairo.lineJoin = ROUND;
							
						} else {
							
							cairo.lineJoin = switch (c.joints) {
								
								case MITER: MITER;
								case BEVEL: BEVEL;
								default: ROUND;
								
							}
							
						}
						
						if (c.caps == null) {
							
							cairo.lineCap = ROUND;
							
						} else {
							
							cairo.lineCap = switch (c.caps) {
								
								case NONE: BUTT;
								case SQUARE: SQUARE;
								default: ROUND;
								
							}
							
						}
						
						cairo.miterLimit = c.miterLimit;
						
						r = ((c.color & 0xFF0000) >>> 16) / 0xFF;
						g = ((c.color & 0x00FF00) >>> 8) / 0xFF;
						b = (c.color & 0x0000FF) / 0xFF;
						
						if (c.alpha == 1) {
							
							strokePattern = CairoPattern.createRGB (r, g, b);
							
						} else {
							
							strokePattern = CairoPattern.createRGBA (r, g, b, c.alpha);
							
						}
						
					}
				
				case LINE_GRADIENT_STYLE:
					
					var c = data.readLineGradientStyle ();
					if (stroke && hasStroke) {
						
						closePath ();
						
					}
					
					cairo.moveTo (positionX - offsetX, positionY - offsetY);
					strokePattern = createGradientPattern (c.type, c.colors, c.alphas, c.ratios, c.matrix, c.spreadMethod, c.interpolationMethod, c.focalPointRatio);
					
					hasStroke = true;
				
				case LINE_BITMAP_STYLE:
					
					var c = data.readLineBitmapStyle ();
					if (stroke && hasStroke) {
						
						closePath ();
						
					}
					
					cairo.moveTo (positionX - offsetX, positionY - offsetY);
					strokePattern = createImagePattern (c.bitmap, c.matrix, c.repeat, c.smooth);
					
					hasStroke = true;
				
				case BEGIN_BITMAP_FILL:
					
					var c = data.readBeginBitmapFill ();
					fillPattern = createImagePattern (c.bitmap, c.matrix, c.repeat, c.smooth);
					
					bitmapFill = c.bitmap;
					bitmapRepeat = c.repeat;
					
					hasFill = true;
				
				case BEGIN_FILL:
					
					var c = data.readBeginFill ();
					if (c.alpha < 0.005) {
						
						hasFill = false;
						
					} else {
						
						if (fillPattern != null) {
							
							fillPatternMatrix = null;
							
						}
						
						fillPattern = CairoPattern.createRGBA (((c.color & 0xFF0000) >>> 16) / 0xFF, ((c.color & 0x00FF00) >>> 8) / 0xFF, (c.color & 0x0000FF) / 0xFF, c.alpha);
						hasFill = true;
						
					}
					
					bitmapFill = null;
				
				case BEGIN_GRADIENT_FILL:
					
					var c = data.readBeginGradientFill ();
					if (fillPattern != null) {
						
						fillPatternMatrix = null;
						
					}
					
					fillPattern = createGradientPattern (c.type, c.colors, c.alphas, c.ratios, c.matrix, c.spreadMethod, c.interpolationMethod, c.focalPointRatio);
					
					hasFill = true;
					bitmapFill = null;
				
				case DRAW_TRIANGLES:
					
					var c = data.readDrawTriangles ();
					var v = c.vertices;
					var ind = c.indices;
					var uvt:Vector<Float> = c.uvtData;
					var colorFill = bitmapFill == null;
					
					if (colorFill && uvt != null) {
						
						break;
						
					}
					
					var width = 0;
					var height = 0;
					var currentMatrix = graphics.__renderTransform.__toMatrix3 ();
					
					if (!colorFill) {
						
						//TODO move this to Graphics?
						
						if (uvt == null) {
							
							uvt = new Vector<Float> ();
							
							for (i in 0...(Std.int (v.length / 2))) {
								
								uvt.push (v[i * 2] - offsetX / bitmapFill.width);
								uvt.push (v[i * 2 + 1] - offsetY / bitmapFill.height);
								
							}
							
						}
						
						var skipT = c.uvtData.length != v.length;
						var normalizedUVT = normalizeUVT (uvt, skipT);
						var maxUVT = normalizedUVT.max;
						uvt = normalizedUVT.uvt;
						
						if (maxUVT > 1) {
							width = Std.int (bounds.width);
							height = Std.int (bounds.height);
							
							
						} else {
							
							width = bitmapFill.width;
							height = bitmapFill.height;
							
						}
						
					}
					
					var i = 0;
					var l = ind.length;
					
					var a_:Int, b_:Int, c_:Int;
					var iax:Int, iay:Int, ibx:Int, iby:Int, icx:Int, icy:Int;
					var x1:Float, y1:Float, x2:Float, y2:Float, x3:Float, y3:Float;
					var uvx1:Float, uvy1:Float, uvx2:Float, uvy2:Float, uvx3:Float, uvy3:Float;
					var denom:Float;
					var t1:Float, t2:Float, t3:Float, t4:Float;
					var dx:Float, dy:Float;
					
					var matrix = new Matrix3 ();
					
					cairo.antialias = NONE;
					
					while (i < l) {
						
						a_ = i;
						b_ = i + 1;
						c_ = i + 2;
						
						iax = ind[a_] * 2;
						iay = ind[a_] * 2 + 1;
						ibx = ind[b_] * 2;
						iby = ind[b_] * 2 + 1;
						icx = ind[c_] * 2;
						icy = ind[c_] * 2 + 1;
						
						x1 = v[iax] - offsetX;
						y1 = v[iay] - offsetY;
						x2 = v[ibx] - offsetX;
						y2 = v[iby] - offsetY;
						x3 = v[icx] - offsetX;
						y3 = v[icy] - offsetY;
						
						switch (c.culling) {
							
							case POSITIVE:
								
								if (!isCCW (x1, y1, x2, y2, x3, y3)) {
									
									i += 3;
									continue;
									
								}
							
							case NEGATIVE:
								
								if (isCCW (x1, y1, x2, y2, x3, y3)) {
									
									i += 3;
									continue;
									
								}
							
							default:
								
						}
						
						if (colorFill) {
							
							cairo.newPath ();
							cairo.moveTo (x1, y1);
							cairo.lineTo (x2, y2);
							cairo.lineTo (x3, y3);
							cairo.closePath ();
							if (!hitTesting) cairo.fillPreserve ();
							i += 3;
							continue;
							
						} 
						
						cairo.matrix = graphics.__renderTransform.__toMatrix3 ();
						//cairo.identityMatrix();
						//cairo.resetClip();
						
						cairo.newPath ();
						cairo.moveTo (x1, y1);
						cairo.lineTo (x2, y2);
						cairo.lineTo (x3, y3);
						cairo.closePath ();
						//cairo.clip ();
						
						uvx1 = uvt[iax] * width;
						uvx2 = uvt[ibx] * width;
						uvx3 = uvt[icx] * width;
						uvy1 = uvt[iay] * height;
						uvy2 = uvt[iby] * height;
						uvy3 = uvt[icy] * height;
						
						denom = uvx1 * (uvy3 - uvy2) - uvx2 * uvy3 + uvx3 * uvy2 + (uvx2 - uvx3) * uvy1;
						
						if (denom == 0) {
							
							i += 3;
							continue;
							
						}
						
						x1*=currentMatrix.a;
						x2*=currentMatrix.a;
						x3*=currentMatrix.a;
						y1*=currentMatrix.d;
						y2*=currentMatrix.d;
						y3*=currentMatrix.d;
						
						t1 = - (uvy1 * (x3 - x2) - uvy2 * x3 + uvy3 * x2 + (uvy2 - uvy3) * x1) / denom;
						t2 = (uvy2 * y3 + uvy1 * (y2 - y3) - uvy3 * y2 + (uvy3 - uvy2) * y1) / denom;
						t3 = (uvx1 * (x3 - x2) - uvx2 * x3 + uvx3 * x2 + (uvx2 - uvx3) * x1) / denom;
						t4 = - (uvx2 * y3 + uvx1 * (y2 - y3) - uvx3 * y2 + (uvx3 - uvx2) * y1) / denom;
						dx = (uvx1 * (uvy3 * x2 - uvy2 * x3) + uvy1 * (uvx2 * x3 - uvx3 * x2) + (uvx3 * uvy2 - uvx2 * uvy3) * x1) / denom;
						dy = (uvx1 * (uvy3 * y2 - uvy2 * y3) + uvy1 * (uvx2 * y3 - uvx3 * y2) + (uvx3 * uvy2 - uvx2 * uvy3) * y1) / denom;
						
						matrix.setTo (t1, t2, t3, t4, dx, dy);
						cairo.matrix = matrix;
						cairo.source = fillPattern;
						if (!hitTesting) cairo.fill ();
						
						i += 3;
						
					}
				
				case WINDING_EVEN_ODD:
					
					data.readWindingEvenOdd ();
					cairo.fillRule = EVEN_ODD;
				
				case WINDING_NON_ZERO:
					
					data.readWindingNonZero ();
					cairo.fillRule = WINDING;
				
				default:
					
					data.skip (type);
				
			}
			
		}
		
{'fraction_non_alphanumeric': 0.12631379404764412, 'fraction_numerical': 0.019209301345914864, 'mean_word_length': 1.9892337719574387, 'pattern_counts': {'":': 0, '<': 31, '<?xml version=': 0, '>': 71, 'https://': 0, 'lorem ipsum': 0, 'www.': 0, 'xml': 0}, 'pii_count': 0, 'substrings_counts': 0, 'word_list_counts': {'cursed_substrings.json': 8, 'profanity_word_list.json': 0, 'sexual_word_list.json': 0, 'zh_pornsignals.json': 0}}
{'dir': 'git-commits-cleaned', 'id': '4816402', 'n_tokens_mistral': 24627, 'n_tokens_neox': 16799, 'n_words': 3787}