def getSceneName(self):
if "Nuke" in self.interpreter:
import nuke
root = nuke.toNode("root")
self.scenePath = os.path.dirname(root.name())
self.sceneName, self.ext = os.path.splitext(
os.path.basename(root.name()))
elif "maya" in self.interpreter:
import pymel.core as pm
self.sceneName = pm.Env().sceneName().namebase
self.scenePath = "%s" % pm.Env().sceneName().dirname()
self.ext = pm.Env().sceneName().ext
else:
pass
def startReplaceL2H():
projDic = {
'XFTL': ['_l_', '_h_'],
'SENBA': ['_l_', '_h_'],
'ROCK': ['_l_', '_h_']
}
fromto = []
env = pm.Env()
fileName = env.sceneName().namebase
projMatch = lightRenderData.ProjNameMatch()
projMatch.setFileName(fileName)
projName = projMatch.getPorjName()
if projName and projName in projDic:
fromto = projDic[projName]
replaceL2H(fromto[0], fromto[1])
def saveFile(describe):
#按照描述保存文件
#
#参数describe: 需要输入描述字符串, 如: 'CHRcolor'等, 保存文件时加入到文件名中.
#
pnm = ProjNameMatch()
fileName = pm.Env().sceneName().namebase
dir = pnm.setFileName(fileName)
dir = pm.Path(pnm.getProjDirectorys()[-1] + pnm.getProjDirectorys()[0] +
'/scenes')
project_name = pnm.getResults('project_name')
episode_number = pnm.getResults('episode_number')
session_number = pnm.getResults('session_number')
scene_number = pnm.getResults('scene_number')
scene_describe = LAYER_FILENAME[describe]
process_name = 'lr'
version_number = 'c001'
newFileName = '_'.join([
project_name, episode_number, session_number, scene_number,
scene_describe, process_name, version_number
])
filePrefix = '_'.join([
project_name, episode_number, session_number, scene_number,
scene_describe, process_name
])
versions = []
for f in dir.files():
subpnm = ProjNameMatch()
if filePrefix in f.name:
subpnm.setFileName(f.name)
versions.append(subpnm.getResults('version_number'))
if versions:
versions.sort()
version_number = 'c' + str(int(versions[-1][1:]) + 1).zfill(3)
newFileName = '_'.join([
project_name, episode_number, session_number, scene_number,
scene_describe, process_name, version_number
])
try:
pm.saveAs("{0}/{1}.mb".format(dir, newFileName))
return newFileName
except:
raise "save this file failure!!!"
def get_env():
maya_env = pm.Env()
end_time = maya_env.getAnimEndTime()
start_time = maya_env.getAnimStartTime()
return start_time, end_time
u'Skel_90001_L_rig:spline5_jnt_skin',
u'Skel_90001_L_rig:Lf_clavicle1_jnt_skin',
u'Skel_90001_L_rig:Lf_Arm1_jnt_skin',
u'Skel_90001_L_rig:Lf_Arm6_jnt_skin',
u'Skel_90001_L_rig:Lf_Arm9_jnt_skin',
u'Skel_90001_L_rig:Rt_clavicle1_jnt_skin',
u'Skel_90001_L_rig:Rt_Arm1_jnt_skin',
u'Skel_90001_L_rig:Rt_Arm6_jnt_skin',
u'Skel_90001_L_rig:Rt_Arm9_jnt_skin',
u'Skel_90001_L_rig:neck1_jnt1_skin',
u'Skel_90001_L_rig:head_jnt_skin',
]
# jnt_crv = {jnt:jnt.history(type="animCurve") for jnt in pm.ls(jnt_list)}
# jnt_crv_list = [jnt.history(type="animCurve") for jnt in pm.ls('Skel_90001_L_rig:root',dag=1,type="joint")]
jnt_crv_list = [jnt.history(type="animCurve") for jnt in pm.ls(jnt_list)]
env = pm.Env()
frame_range = env.getTime()
frame_start = env.getMinTime()
range_list = []
for curr_frame in range(int(frame_range)):
next_frame = curr_frame + 1
for crv_list in jnt_crv_list:
for crv in crv_list:
curr_value = crv.getValue(curr_frame)
next_value = crv.getValue(next_frame)
# NOTE 用不等于存在轻微的数值误差
if not -0.001 < (curr_value - next_value) < 0.001:
break
else:
continue