def exportAlembicCache(out_path='', asset_list=[], in_frame=101, out_frame=201, step=1):
""" exports the alembic cache to a preconfigured location """
job_strings = []
print asset_list
for a in asset_list:
cache_set = (a+':CACHEset')
try:
obj_list = cmds.sets(str(cache_set),q=1)
except:
obj_list = ()
obj_str= ','.join(obj_list)
out_filename = os.path.basename(out_path)+'_'+a+'.abc'
asset_out_path = os.path.join(out_path,out_filename)
try:
os.makedirs(os.path.join(out_path))
except OSError:
if not os.path.isdir(os.path.join(out_path)):
raise
job_str = ('filename='+asset_out_path+';')
job_str += ('objects='+obj_str+';')
job_str += ('uvs=0;')
job_str += ('globalspace=1;')
job_str += ('withouthierarchy=1;')
job_str += ('in='+in_frame+';')
job_str += ('out='+out_frame+';')
job_str += ('step='+step+';')
job_str += ('ogawa=1')
job_strings.append(job_str)
cmds.ExocortexAlembic_export(j=job_strings)
writeAssetDetails(out_path)
def doIt(filename,
exInframe,
exOutframe,
exObjects=None,
exStepframe=1,
exSubstepframe=1,
exTopology=3,
exUVs=True,
exFaceSets=True,
exDynTopo=False,
exGlobSpace=False,
exWithoutHierarchy=False,
exXformCache=False,
exUseInitShadGrp=False,
exUseOgawa=False):
"""
Set up the string parameter for ExocortexAlembic_export
"""
def doIt_listExportObjects(exObjects):
objs = str(exObjects[0])
for obj in exObjects[1:]:
objs = objs + "," + str(obj)
return objs
cmds.ExocortexAlembic_profileBegin(
f="Python.ExocortexAlembic._export.doIt")
if exObjects == None:
exObjects = cmds.ls(sl=True)
job = "in=" + str(exInframe) + ";out=" + str(exOutframe) + ";step=" + str(
exStepframe) + ";substep=" + str(
exSubstepframe) + ";filename=" + filename + ";objects=" + (
doIt_listExportObjects(exObjects)) + ";ogawa=" + str(
int(exUseOgawa))
if exTopology == 1:
job += ";purepointcache=1;dynamictopology=0;normals=0;uvs=0;facesets=0"
else:
job += ";purepointcache=0;uvs=" + str(int(exUVs))
job += ";facesets=" #+str(int(exFaceSets)) # move this in the if/else just below
if exFaceSets:
job += "1;useInitShadGrp=" + str(int(exUseInitShadGrp))
else:
job += "0"
if exTopology == 2:
job += ";normals=0;dynamictopology=0"
else:
job += ";normals=1;dynamictopology=" + str(int(exDynTopo))
job += ";globalspace=" + str(int(exGlobSpace))
job += ";withouthierarchy=" + str(int(exWithoutHierarchy))
job += ";transformcache=" + str(int(exXformCache))
cmds.ExocortexAlembic_export(j=job)
cmds.ExocortexAlembic_profileEnd(f="Python.ExocortexAlembic._export.doIt")
def export_exocortex_abc(filename,
start,
end,
objects,
uvs=1,
facesets=0,
purepointcache=0,
ogawa=1):
"""
:param filename: abc path
:param start: start frame
:param end: end frame
:param objects: transform list, must transform node, not shape node
:param uvs: whether export uv
:param facesets: whether export facesets
:return:
"""
if isinstance(object, basestring):
objects = [objects]
file_dir = os.path.dirname(filename)
if not os.path.isdir(file_dir):
os.makedirs(file_dir)
file_name_str = "filename=%s" % filename
in_str = "in=%s" % start
out_str = "out=%s" % end
uvs_str = "uvs=%s" % uvs
facesets_str = "facesets=%s" % facesets
purepointcache_str = "purepointcache=%s" % purepointcache
ogawa_str = "ogawa=%s" % ogawa
objects_str = "objects=%s" % ",".join(objects)
j_list = [
file_name_str, in_str, out_str, uvs_str, facesets_str,
purepointcache_str, ogawa_str, objects_str
]
j_str = ";".join(j_list)
print j_str
mc.ExocortexAlembic_export(j=[j_str])