40 		    		var dx = edgesObj.dx, dy = edgesObj.dy;
44 			    		this.importEdge(edges[j], graph, parent, dx, dy);
86 		        			var dy = pe.y - p0.y
89 		        			var y = p0.y + ratio * dy;
91 		        			var d = Math.sqrt(dx*dx + dy*dy);
93 		        			dy /= d;
95 		        			x -= dist * dy;
503 	var dx = 0, dy = 0;
507 		dy += p.geometry.y;
514 		this.importNode(nodes[i], graph, parent, dx, dy);
521 		dy: dy
578 mxGraphMlCodec.prototype.importNode = function (nodeElement, graph, parent, dx, dy)  argument
606 				this.addNodeGeo(node, dataObj, dx, dy);
664 						this.addNodeGeo(node, shape[mxGraphMlConstants.GEOMETRY], dx, dy);
1856 mxGraphMlCodec.prototype.addNodeGeo = function (node, geoObj, dx, dy)   argument
1878 	geo.y = parseFloat(y) - dy;
1884 mxGraphMlCodec.prototype.importEdge = function (edgeElement, graph, parent, dx, dy)  argument
1910 			this.addEdgeGeo(edge, dataObj, dx, dy);
1924 			var absPoints = this.addEdgePath(edge, desktopEdgeObj["y:Path"], style, dx, dy);
1967 mxGraphMlCodec.prototype.addEdgeGeo = function (edge, geoObj, dx, dy)   argument
1980 				points.push(new mxPoint(parseFloat(xy[0]) - dx, parseFloat(xy[1]) - dy));
1988 mxGraphMlCodec.prototype.addEdgePath = function (edge, pathObj, style, dx, dy)   argument
2001 …nt(srcGeo.x + style["exitX"] * srcGeo.width - dx, srcGeo.y + style["exitY"] * srcGeo.height - dy));
2005 			absPoints.push(new mxPoint(srcGeo.x + srcGeo.width/2 - dx, srcGeo.y + srcGeo.height/2 - dy));
2014 …t(trgGeo.x + style["entryX"] * trgGeo.width - dx, trgGeo.y + style["entryY"] * trgGeo.height - dy);
2018 			endP = new mxPoint(trgGeo.x + trgGeo.width/2 - dx, trgGeo.y + trgGeo.height/2 - dy);
2034 				var p = new mxPoint(parseFloat(list[i].x) - dx, parseFloat(list[i].y) - dy)
2537 					var dy = node.source.geometry.getCenterY() - node.target.geometry.getCenterY();
2567 … == "center"? 0 : distance) + lGeo.height/2 * sign * (Math.abs(dx) > Math.abs(dy)? 1 : -1)) * sign;