def getReferencePath(self, node):
filepath = ''
if isinstance(node, type('')):
try:
node = pm.PyNode(node)
except:
pm.warning('Can not figure out what '+str(node)+' is, ignored!')
return filepath
if pm.referenceQuery(node, isNodeReferenced=True):
filepath = pm.referenceQuery(node, filename=True, wcn=True).replace('\\', '/')
elif node.nodeType() == 'assemblyReference':
l_rep_names = pm.assembly(node, query = True, listRepresentations= True)
if not l_rep_names:
return ''
rep_name = pm.assembly(node, query = True, active = True)
if rep_name in l_rep_names:
if not rep_name.endswith('.locator'):
i = l_rep_names.index(rep_name)
filepath = pm.getAttr(node.name() + '.rep['+str(i)+'].rda')
else:
# Choose locator
filepath = node.getAttr('definition')
else:
# Choose None
if self.checkLeveL(node):
filepath = node.getAttr('definition')
return filepath
def get_angle(self, cam, l_frames):
self.d_angles = {}
for m in self.l_masters + self.l_unload_ar + self.l_asset_ar:
self.d_angles[m.fullPath()] = {'angle':[], 'distance':[]}
for frame in l_frames:
pm.currentTime(frame)
for master in self.l_masters:
if pm.objExists(master.name()[:-7] + ':hi'):
a, d = self.get_angle_on_cam(master.name()[:-7] + ':hi', cam)
else:
a, d = self.get_angle_on_cam(master, cam)
self.d_angles[master.fullPath()]['angle'].append(a)
self.d_angles[master.fullPath()]['distance'].append(d)
for ar in self.l_asset_ar + self.l_unload_ar:
n = ar
active = pm.assembly(ar, query = True, active = True)
if active.endswith('.ma'):
l_ar_nodes = pm.listRelatives(ar, c=True)
for c in l_ar_nodes:
if c.name().endswith(':master') and pm.objExists(c.name()[:-7] + ':hi'):
n = c.name()[:-7] + ':hi'
a, d = self.get_angle_on_cam(n, cam)
self.d_angles[ar.fullPath()]['angle'].append(a)
self.d_angles[ar.fullPath()]['distance'].append(d)
return
# -*- coding: utf-8 -*-
"""
"""
from __future__ import division
from __future__ import print_function
from __future__ import absolute_import
__author__ = 'timmyliang'
__email__ = '*****@*****.**'
__date__ = '2020-09-27 22:20:18'
import os
from pymel import core as pm
path = pm.sceneName()
DIR = os.path.dirname(path)
for f in os.listdir(DIR):
if not f.endswith(".ma") and not f.endswith(".mb"):
continue
elif f == os.path.basename(path):
continue
assembly = pm.ls(sl=1, type="assemblyDefinition")
pm.assembly(assembly,
edit=True,
createRepresentation='Scene',
input=f.replace('\\', '/'))
def get_current_representation(self, assembly_name):
'''
'''
return pm.assembly(assembly_name, query=True, active=True)