Пример #1
0
def main():
    sceneName = pm.sceneName().basename()
    part = sceneName.split("_")
    if part[0].endswith('.ma') or part[0].endswith('.mb'):
        scene = part[0][:-3]
    elif part[0] == '':
        scene = 'scene'
    else:
        scene = part[0]

    num = '1'.zfill(3)
    selFace = pm.selected()
    shape = pm.listRelatives(selFace, p=True)
    obj = pm.listRelatives(shape, p=True)
    part = obj[0].split("_")
    pm.polyChipOff(selFace, dup=False)
    pm.polySeparate(obj)
    pm.delete(ch=True)
    childs = pm.listRelatives(obj, c=True)
    for child in childs:
        print len(part)
        if len(part) == 1:
            pm.rename(child, '_'.join(['geo', part[0], scene, num]))
        else:
            pm.rename(child, '_'.join(['geo', part[1], scene, num]))

        if pm.objExists('_'.join(['grp', 'geo', scene])):
            pm.parent(child, '_'.join(['grp', 'geo', scene]))
        else:
            pm.parent(child, w=True)
    pm.delete(obj)
Пример #2
0
def smartExtract():
    transforms = pm.ls(selection=True)
    if 0 == len(transforms):
        print("You need to select an object first.")
        return

    for node in transforms:
        node_type = repr(node)
        if 'nt.Transform' in node_type:
            pm.polyChipOff(node)[0].setKeepFacesTogether(val=False)
            pieces = pm.polySeparate(node)
            pm.delete(pieces[0])

    pm.delete(ch=True)
Пример #3
0
    def ec_face_mirror(self, **kwargs):
        attr = kwargs.setdefault('axis', 'sx')
        if self.gui is True:
            obj = py.textField('nameText', q=True, tx=True)
        else:
            obj = kwargs.setdefault('obj')
        sel = py.ls(sl=True)
        py.polyChipOff(sel, dup=True)
        temp_obj = py.polySeparate(obj, n='tempObj')

        py.setAttr('%s.%s' % (temp_obj[1], attr), -1)
        py.select(temp_obj)
        temp_obj[0] = py.polyUnite(temp_obj, ch=False)
        py.rename(temp_obj[0], obj)
        mel.eval('ConvertSelectionToVertices;')
        py.polyMergeVertex()
Пример #4
0
def setSplit():
	sel = pm.ls(sl=True)
	for obj in sel:
		chipNames=[]
		if obj.getShape():
			sets=obj.getShape().listConnections(d=False,s=True,type='objectSet')
			print sets
			for setM in sets:
				
				faces=[face for face in pm.ls (setM.members(), flatten=True) if pm.objectType(face) == 'mesh']
				chip=pm.polyChipOff(faces,dup=False, ch=True, n=setM+'_CO', xft=True)
				chipNames.append(setM)
		print chipNames
		#chipNames.reverse()

		#separated=
		'''
Пример #5
0
# Copyright (c) 2015 Cesar A. Rodriguez

#from pymel.core import *
import pymel.core as pm

#pm.createNode('transform', name='ecoliTransform')
#pm.createNode('mesh', name='ecoliMesh', parent='ecoliTransform')
#pm.createNode('Ecoli', name='ecoliNode')
#
#pm.connectAttr('time1.outTime', 'ecoliNode.time')
#pm.connectAttr('ecoliNode.outputMesh', 'ecoliMesh.inMesh')
#
#sets -add initialShadingGroup ecoliMesh;
#pm.sets('ecoliMesh', add='initialShadingGroup')


pm.polyExtrudeFacet('ecoliTransform.f[2]', ch=True, pvz=3, ltz=3.0, twist=0, taper=1, tk=0)
pm.polyChipOff('ecoliTransform.f[2]', 'ecoliTransform.f[6:9]', dup=False, tz=1)
pm.polySeparate('ecoliMesh')
pm.select(clear=True)