Macro JointWire/it

=Macro JointWire - Congiungi Polilinea=

def findWires(edges): def verts(shape): return [shape.Vertexes[0].Point,shape.Vertexes[-1].Point] def group(shapes): shapesIn = shapes[:] pointTst = [] pointOut =[] for s in shapesIn : pointTst=pointTst+[s.Vertexes[0].Point] pointTst=pointTst+[s.Vertexes[-1].Point] print pointTst changed = False for s in shapesIn: if len(s.Vertexes) < 2: print "one vertex, its a circle, just add" else: for v in verts(s): twoDot=0 for vv in pointTst: if v == vv: twoDot=twoDot+1 if v==vv and twoDot==2 : changed = True print "found matching vert" break if twoDot<2: print "didn't find any matching vert..." pointOut.append(v) print "Dots non connected", pointOut return(changed,pointOut) def joint(point): for p in range(len(point)/2) : print point deltI=Part.Vertex(100,100,100).Point pos=1 for pp in range(len(point)-1) : print "position:",pp+1 if len(point)-1>1: deltN=(point[0]-point[pp+1]) if deltN.Length<deltI.Length: deltI=deltN pos=pp+1 print "changement",pos else: pos=1 print "points a joindre",point[0],point[pos] if point[0]!=point[pos]: Part.show(Part.makePolygon([point[0],point[pos]])) else: print "WARNING les points ont la meme valeurs " point.pop(0) point.pop(pos-1) point=0 #to have a return normally void return(point) working = True edgeSet = edges result = group(edgeSet) working = result[0] edgeSet = result[1] joint(result[1]) return result[1]