94 |
Object obj = iter.next(); |
Object obj = iter.next(); |
95 |
Object plane = fen.constgraph.find1_X11(CANVAS2D.contains, obj); |
Object plane = fen.constgraph.find1_X11(CANVAS2D.contains, obj); |
96 |
if (container == plane) continue; |
if (container == plane) continue; |
97 |
Pair anchor = new Pair(plane, new Pair(getRect(obj), obj)); |
Object anchor = new Triple(plane, getRect(obj), obj); |
98 |
if (dbg) pa("rect:"+getRect(obj)); |
if (dbg) pa("rect:"+getRect(obj)); |
99 |
l.link(1, cs, nodeType, new Pair(node, obj), anchor, shift); |
l.link(1, cs, nodeType, new Pair(node, obj), anchor, shift); |
100 |
shift++; |
shift++; |
107 |
Object obj = iter.next(); |
Object obj = iter.next(); |
108 |
Object plane = fen.constgraph.find1_X11(CANVAS2D.contains, obj); |
Object plane = fen.constgraph.find1_X11(CANVAS2D.contains, obj); |
109 |
if (container == plane) continue; |
if (container == plane) continue; |
110 |
Pair anchor = new Pair(plane, new Pair(getRect(obj), obj)); |
Object anchor = new Triple(plane, getRect(obj), obj); |
111 |
if (dbg) pa("rect:"+getRect(obj)); |
if (dbg) pa("rect:"+getRect(obj)); |
112 |
l.link(-1, cs, nodeType, new Pair(obj, node), anchor, shift); |
l.link(-1, cs, nodeType, new Pair(obj, node), anchor, shift); |
113 |
shift++; |
shift++; |