def project_curves_onto_mesh(mesh, curves_grp, direction):
# projected_curves = []
mesh = mesh
old_meshes = []
for i, curve in enumerate(curves_grp.getChildren()):
try:
if (not type(curve.getShape()) is pm.NurbsCurve):
continue
except:
continue
while True:
nv = len(mesh.vtx)
mesh = delete_vertex(mesh)
if (len(mesh.vtx) == nv): break
projected_curves = pm.polyProjectCurve(mesh,
curve,
direction=direction)[0]
pm.delete(projected_curves.getChildren()[1:])
projected_curve = projected_curves.getChildren()[0]
split_mesh = pm.polySplit(mesh,
detachEdges=0,
projectedCurve=projected_curve)
# print projected_curve
split_mesh = split_mesh[0]
pm.delete(split_mesh, ch=True)
old_meshes.append(mesh)
mesh = split_mesh
if (projected_curves):
pm.delete(projected_curves)
# if( i == 10 ) : return
for old_mesh in old_meshes:
try:
pm.delete(old_mesh)
except:
pm.warning('Could not delete %s' % (old_mesh))
pm.polyTriangulate(mesh)
# pm.polyQuad( mesh )
# -ver 1 -trm 0 -p 50 -vct 0 -tct 0 -shp 0.5326 -keepBorder 1 -keepMapBorder 1 -keepColorBorder 1 -keepFaceGroupBorder 1 -keepHardEdge 1 -keepCreaseEdge 1 -keepBorderWeight 0.5 -keepMapBorderWeight 0.5 -keepColorBorderWeight 0.5 -keepFaceGroupBorderWeight 0.5 -keepHardEdgeWeight 0.5 -keepCreaseEdgeWeight 0.5 -useVirtualSymmetry 0 -symmetryTolerance 0.01 -sx 0 -sy 1 -sz 0 -sw 0 -preserveTopology 1 -keepQuadsWeight 1 -vertexMapName "" -replaceOriginal 1 -cachingReduce 1 -ch 1
# pm.polyReduce( mesh, ver=True, trm=False, p=50, replaceOriginal=True, kb=True, kbw=1.0, kmb=True, kmw=1.0, kfb=True, kfw=1.0, kqw=1.0 )
pm.polySoftEdge(mesh, a=180, ch=True)
pm.delete(mesh, ch=True)
def project_curves_onto_mesh( mesh, curves_grp, direction ) : # projected_curves = [] mesh = mesh old_meshes = [] for i, curve in enumerate( curves_grp.getChildren( ) ) : try : if( not type(curve.getShape()) is pm.NurbsCurve ) : continue except : continue while True : nv = len(mesh.vtx) mesh = delete_vertex(mesh) if( len(mesh.vtx) == nv ) : break projected_curves = pm.polyProjectCurve( mesh, curve, direction=direction )[0] pm.delete( projected_curves.getChildren()[1:] ) projected_curve = projected_curves.getChildren()[0] split_mesh = pm.polySplit( mesh, detachEdges=0, projectedCurve=projected_curve ) # print projected_curve split_mesh = split_mesh[0] pm.delete( split_mesh, ch=True ) old_meshes.append( mesh ) mesh = split_mesh if( projected_curves ) : pm.delete( projected_curves ) # if( i == 10 ) : return for old_mesh in old_meshes : try : pm.delete( old_mesh ) except : pm.warning( 'Could not delete %s' % (old_mesh) ) pm.polyTriangulate( mesh ) # pm.polyQuad( mesh ) # -ver 1 -trm 0 -p 50 -vct 0 -tct 0 -shp 0.5326 -keepBorder 1 -keepMapBorder 1 -keepColorBorder 1 -keepFaceGroupBorder 1 -keepHardEdge 1 -keepCreaseEdge 1 -keepBorderWeight 0.5 -keepMapBorderWeight 0.5 -keepColorBorderWeight 0.5 -keepFaceGroupBorderWeight 0.5 -keepHardEdgeWeight 0.5 -keepCreaseEdgeWeight 0.5 -useVirtualSymmetry 0 -symmetryTolerance 0.01 -sx 0 -sy 1 -sz 0 -sw 0 -preserveTopology 1 -keepQuadsWeight 1 -vertexMapName "" -replaceOriginal 1 -cachingReduce 1 -ch 1 # pm.polyReduce( mesh, ver=True, trm=False, p=50, replaceOriginal=True, kb=True, kbw=1.0, kmb=True, kmw=1.0, kfb=True, kfw=1.0, kqw=1.0 ) pm.polySoftEdge( mesh, a=180, ch=True ) pm.delete( mesh, ch=True )
def menuModelerUncreaseAndSoftenSelectedEdges(self, state=None):
self.mmmmTools.modeler.uncreaseSelectedEdges()
pm.polySoftEdge(angle=180.0)
def menuModelerCreaseAndHardenSelectedEdges(self, state=None):
self.mmmmTools.modeler.creaseSelectedEdges()
pm.polySoftEdge(angle=0.0)
pm.polySoftEdge( angle=0.0 )
def menuModelerUncreaseAndSoftenSelectedEdges(self, state=None):
self.mmmmTools.modeler.uncreaseSelectedEdges()
self.mmmmTools.modeler.uncreaseSelectedEdges()
def menuModelerCreaseAndHardenSelectedEdges(self, state=None):
self.mmmmTools.modeler.creaseSelectedEdges()