def publish_alembic(*args, **kwargs):
""" 上传模型abc文件
args: entity_type, entity_id, attr_id
"""
_task_id, _output_attr_id = args
_output_attr_handle = zfused_api.attr.Output(_output_attr_id)
_file_format = _output_attr_handle.format()
_suffix = _output_attr_handle.suffix()
_attr_code = _output_attr_handle.code()
_task = zfused_api.task.Task(_task_id)
_production_path = _task.production_path()
_project_entity_production_path = _task.project_entity().production_path()
_temp_path = _task.temp_path()
_file_code = _task.file_code()
if kwargs.get("fix_version"):
_file_index = "{:0>4d}".format(_task.last_version_index(0))
else:
_file_index = "{:0>4d}".format(_task.last_version_index() + 1)
_production_file = "{}/{}/{}.{}{}".format(_production_path, _attr_code,
_file_code, _file_index, _suffix)
_cover_file = "{}/{}/{}{}".format(_production_path, _attr_code, _file_code,
_suffix)
_publish_file = "{}/{}/{}.{}{}".format(_temp_path, _attr_code, _file_code,
_file_index, _suffix)
_publish_file_dir = os.path.dirname(_publish_file)
if not os.path.isdir(_publish_file_dir):
os.makedirs(_publish_file_dir)
try:
# 添加顶点色
# get rendering group
_rendering_group = renderinggroup.nodes()
if _rendering_group:
_job = "-frameRange 1 1 -attr rendering -stripNamespaces -uvWrite -writeColorSets -writeFaceSets -worldSpace -writeVisibility -writeUVSets -root {} -file {}".format(
" ".join(_rendering_group), _publish_file)
cmds.AbcExport(j=[_job])
transfer.send_file_to_server(_publish_file, _production_file)
transfer.send_file_to_server(_publish_file, _cover_file)
# record in file
_file_info = zfile.get_file_info(_publish_file, _production_file)
_cover_file_info = zfile.get_file_info(_cover_file, _cover_file)
zfused_api.task.new_production_file([_file_info, _cover_file_info],
_task_id, _output_attr_id,
int(_file_index))
except Exception as e:
logger.error(e)
return False
return True
def publish_file(files, src, dst):
_file_infos = []
_texture_files = files
for _texture_file in _texture_files:
# backup texture file
# _extend_file = _texture_file.split(src)[-1]
_extend_file = os.path.basename(_texture_file)
while _extend_file.startswith("/"):
_extend_file = _extend_file[1:]
_backup_texture_file = os.path.join(dst, _extend_file)
# upload texture file
logger.info("upload file {} to {}".format(_texture_file, _backup_texture_file))
_result = filefunc.publish_file(_texture_file, _backup_texture_file)
# transfer.send_file_to_server(_texture_file, _backup_texture_file)
# 记录贴图数据
_file_info = zfile.get_file_info(_texture_file, _backup_texture_file)
_file_infos.append(_file_info)
# if has .tx file and will upload
_except_suffix, _ = os.path.splitext(_texture_file)
_tx_texture_file = "{}.tx".format(_except_suffix)
if os.path.isfile(_tx_texture_file):
# _extend_file = _tx_texture_file.split(src)[-1]
_extend_file = os.path.basename(_tx_texture_file)
while _extend_file.startswith("/"):
_extend_file = _extend_file[1:]
_backup_tx_texture_file = os.path.join(dst, _extend_file)
# upload tx file
_result = filefunc.publish_file(_tx_texture_file, _backup_tx_texture_file)
# transfer.send_file_to_server(_tx_texture_file, _backup_tx_texture_file)
return _file_infos
def publish_file(*args, **kwargs):
""" 上传任务模型文件
"""
_task_id, _output_attr_id = args
_output_attr_handle = zfused_api.attr.Output(_output_attr_id)
_file_format = _output_attr_handle.format()
_suffix = _output_attr_handle.suffix()
_attr_code = _output_attr_handle.code()
_task = zfused_api.task.Task(_task_id)
_production_path = _task.production_path()
_project_entity_production_path = _task.project_entity().production_path()
_temp_path = _task.temp_path()
_file_code = _task.file_code()
if kwargs.get("fix_version"):
_file_index = "{:0>4d}".format(_task.last_version_index(0))
else:
_file_index = "{:0>4d}".format(_task.last_version_index() + 1)
_production_file = "{}/{}/{}.{}{}".format(_production_path, _attr_code,
_file_code, _file_index, _suffix)
_cover_file = "{}/{}/{}{}".format(_production_path, _attr_code, _file_code,
_suffix)
_publish_file = "{}/{}/{}.{}{}".format(_temp_path, _attr_code, _file_code,
_file_index, _suffix)
_publish_file_dir = os.path.dirname(_publish_file)
if not os.path.isdir(_publish_file_dir):
os.makedirs(_publish_file_dir)
try:
# save publish file
cmds.file(rename=_publish_file)
cmds.file(save=True, type=_file_format, f=True, options="v=0;")
# fix mesh name
_is_rendering = renderinggroup.nodes()
fixmeshname.fix_mesh_name("_rendering", _is_rendering)
# recore material
material.record()
# publish texture
_texture_infos = []
_texture_files = texture.files()
if _texture_files:
_path_set = texture.paths(_texture_files)[0]
_intersection_path = max(_path_set)
_texture_infos = texture.publish_file(
_texture_files, _intersection_path,
_project_entity_production_path + "/texture/production")
# change maya texture node path
_file_nodes = texture.nodes()
if _file_nodes:
texture.change_node_path(
_file_nodes, _intersection_path,
_project_entity_production_path + "/texture/production")
# save publish file
cmds.file(save=True, type=_file_format, f=True, options="v=0;")
# publish file
_result = filefunc.publish_file(_publish_file, _production_file)
_result = filefunc.publish_file(_publish_file, _cover_file)
# link files
zfused_api.files.new_file("task", _task_id, _production_file,
int(_file_index))
zfused_api.files.new_file("task", _task_id, _cover_file,
int(_file_index))
# production file
_file_info = zfile.get_file_info(_publish_file, _production_file)
_cover_file_info = zfile.get_file_info(_cover_file, _cover_file)
zfused_api.task.new_production_file([_file_info, _cover_file_info] +
_texture_infos, _task_id,
_output_attr_id, int(_file_index))
except Exception as e:
logger.error(e)
return False
return True
def publish_gpu(*args, **kwargs):
""" 上传模型abc文件
args: entity_type, entity_id, attr_id
"""
_task_id, _output_attr_id = args
_output_attr_handle = zfused_api.attr.Output(_output_attr_id)
_file_format = _output_attr_handle.format()
_suffix = _output_attr_handle.suffix()
_attr_code = _output_attr_handle.code()
_task = zfused_api.task.Task(_task_id)
_production_path = _task.production_path()
_project_entity_production_path = _task.project_entity().production_path()
_temp_path = _task.temp_path()
_file_code = _task.file_code()
if kwargs.get("fix_version"):
_file_index = "{:0>4d}".format(_task.last_version_index(0))
else:
_file_index = "{:0>4d}".format(_task.last_version_index() + 1)
_production_file = "{}/{}/{}.{}{}".format(_production_path, _attr_code,
_file_code, _file_index, _suffix)
_cover_file = "{}/{}/{}{}".format(_production_path, _attr_code, _file_code,
_suffix)
_publish_file = "{}/{}/{}.{}{}".format(_temp_path, _attr_code, _file_code,
_file_index, _suffix)
_publish_file_dir = os.path.dirname(_publish_file)
if not os.path.isdir(_publish_file_dir):
os.makedirs(_publish_file_dir)
_file_name = "{}.{}".format(_file_code, _file_index)
try:
# 添加顶点色
# change shading color
_engines = shadingengine.get_shading_engines()
#
for _index, _engine in enumerate(_engines):
_color = shadingengine.get_node_shading_color(_engine)
# 可能会出问题
if _color:
shadingengine.set_node_shading_color(_engine, _color)
shadingengine.switch_color_shader(_engines)
# get rendering group
_is_rendering = renderinggroup.nodes()
_rendering_groups = " ".join(_is_rendering)
_alembic_nodes = cmds.ls(type="AlembicNode")
if _alembic_nodes:
_start_time = cmds.playbackOptions(q=True, min=True)
_end_time = cmds.playbackOptions(q=True, max=True)
cmds.gpuCache(_rendering_groups,
useBaseTessellation=True,
startTime=_start_time,
endTime=_end_time,
writeMaterials=True,
directory=_publish_file_dir,
fileName=_file_name) #allDagObjects = True)
else:
# will reduce mesh
# get gpu reduce percentage
_reduce_percentage = _task.project_entity().xattr(
"gpu_reduce_percentage")
if _reduce_percentage == "100":
cmds.gpuCache(_rendering_groups,
useBaseTessellation=True,
startTime=1,
endTime=1,
writeMaterials=True,
directory=_publish_file_dir,
fileName=_file_name) #allDagObjects = True)
else:
reducemesh.reduce_mesh(float(_reduce_percentage),
_publish_file_dir, _file_name)
except Exception as e:
logger.error(e)
return False
# publish file
_result = filefunc.publish_file(_publish_file, _production_file)
_result = filefunc.publish_file(_publish_file, _cover_file)
# record in file
_file_info = zfile.get_file_info(_publish_file, _production_file)
_cover_file_info = zfile.get_file_info(_cover_file, _cover_file)
zfused_api.task.new_production_file([_file_info, _cover_file_info],
_task_id, _output_attr_id,
int(_file_index))
return True
def publish_material(*args, **kwargs):
""" 上传任务模型文件
args: output_entity_type, output_entity_id, output_attr_id
"""
_task_id, _output_attr_id = args
_output_attr_handle = zfused_api.attr.Output(_output_attr_id)
_file_format = _output_attr_handle.format()
_suffix = _output_attr_handle.suffix()
_attr_code = _output_attr_handle.code()
_task = zfused_api.task.Task(_task_id)
_production_path = _task.production_path()
_project_entity_production_path = _task.project_entity().production_path()
_temp_path = _task.temp_path()
_file_code = _task.file_code()
if kwargs.get("fix_version"):
_file_index = "{:0>4d}".format(_task.last_version_index(0))
else:
_file_index = "{:0>4d}".format(_task.last_version_index() + 1)
_production_file = "{}/{}/{}.{}{}".format(_production_path, _attr_code,
_file_code, _file_index, _suffix)
_cover_file = "{}/{}/{}{}".format(_production_path, _attr_code, _file_code,
_suffix)
_publish_file = "{}/{}/{}.{}{}".format(_temp_path, _attr_code, _file_code,
_file_index, _suffix)
_publish_file_dir = os.path.dirname(_publish_file)
if not os.path.isdir(_publish_file_dir):
os.makedirs(_publish_file_dir)
try:
# # save publish file
# cmds.file(rename = _publish_file)
# cmds.file(save = True, type = _file_format, f = True, options = "v=0;")
# # fix mesh name
# _is_rendering = renderinggroup.nodes()
# fixmeshname.fix_mesh_name("_rendering", _is_rendering)
# # recore material
# material.record()
# get all material
_meshs = _get_rendering_mesh()
if not _meshs:
return
# 对大量模型操作时会卡死，弃用
# cmds.select(_meshs, replace = True)
# cmds.hyperShade(shaderNetworksSelectMaterialNodes = True)
_sgs = cmds.listConnections(_meshs, d=1, type="shadingEngine")
# _mat = [cmds.listConnections("{}.surfaceShader".format(i),d = 1)[0] for i in set(_sgs)]
# cmds.select(_mat,r =1)
cmds.select(cl=True)
cmds.select(_sgs, r=True, ne=True)
cmds.file(_publish_file,
op="v=0;",
type="mayaBinary",
pr=True,
es=True,
f=True)
# publish file
_result = filefunc.publish_file(_publish_file, _production_file)
_result = filefunc.publish_file(_publish_file, _cover_file)
# link files
zfused_api.files.new_file("task", _task_id, _production_file,
int(_file_index))
zfused_api.files.new_file("task", _task_id, _cover_file,
int(_file_index))
# production file
_file_info = zfile.get_file_info(_publish_file, _production_file)
_cover_file_info = zfile.get_file_info(_cover_file, _cover_file)
zfused_api.task.new_production_file([_file_info, _cover_file_info],
_task_id, _output_attr_id,
int(_file_index))
except Exception as e:
logger.error(e)
return False
return True
def publish_file(*args, **kwargs):
""" 上传绑定文件
"""
_task_id, _output_attr_id = args
_output_attr_handle = zfused_api.attr.Output(_output_attr_id)
_file_format = _output_attr_handle.format()
_suffix = _output_attr_handle.suffix()
_attr_code = _output_attr_handle.code()
_task = zfused_api.task.Task(_task_id)
_production_path = _task.production_path()
_project_entity_production_path = _task.project_entity().production_path()
_temp_path = _task.temp_path()
_file_code = _task.file_code()
if kwargs.get("fix_version"):
_file_index = "{:0>4d}".format(_task.last_version_index( 0 ))
else:
_file_index = "{:0>4d}".format(_task.last_version_index() + 1)
_production_file = "{}/{}/{}.{}{}".format( _production_path, _attr_code, _file_code, _file_index, _suffix )
_cover_file = "{}/{}/{}{}".format(_production_path, _attr_code, _file_code, _suffix)
_publish_file = "{}/{}/{}.{}{}".format( _temp_path, _attr_code, _file_code, _file_index, _suffix )
_publish_file_dir = os.path.dirname(_publish_file)
if not os.path.isdir(_publish_file_dir):
os.makedirs(_publish_file_dir)
try:
# save publish file
cmds.file(rename = _publish_file)
cmds.file(save = True, type = _file_format, f = True)
# publish texture
_texture_infos = []
_texture_files = texture.files()
if _texture_files:
_path_set = texture.paths(_texture_files)[0]
_intersection_path = max(_path_set)
_texture_infos = texture.publish_file(_texture_files, _intersection_path, _project_entity_production_path + "/texture/production")
# change maya texture node path
_file_nodes = texture.nodes()
if _file_nodes:
texture.change_node_path(_file_nodes, _intersection_path, _project_entity_production_path + "/texture/production")
# publish yeti node texture
_yeti_texture_dict = yeti._get_yeti_attr("texture","file_name")
if _yeti_texture_dict:
_path_set = yeti.paths([i.replace("\\","/") for i in _yeti_texture_dict.values()])[0]
_intersection_path = max(_path_set)
yeti.publish_file(_yeti_texture_dict.values(), _intersection_path, _project_entity_production_path + "/texture/yeti")
yeti.change_node_path(_yeti_texture_dict,_intersection_path, _project_entity_production_path + "/texture/yeti")
# publish alembic cache
_alembic_files = alembiccache.files()
if _alembic_files:
_path_set = alembiccache.paths(_alembic_files)[0]
_intersection_path = max(_path_set)
alembiccache.publish_file(_alembic_files, _intersection_path, _project_entity_production_path + "/cache/alembic")
_file_nodes = alembiccache.nodes()
if _file_nodes:
alembiccache.change_node_path(_file_nodes, _intersection_path, _project_entity_production_path + "/cache/alembic")
# import all reference
referencefile.import_all_references()
# remove all namesapce
referencefile.remove_all_namespaces()
# delete unused material
material.delete_unused()
# delete ngskin nodes
try:
_nodes = cmds.ls(type = ["ngSkinLayerData", "ngSkinLayerDisplay"])
if _nodes:
for _node in _nodes:
cmds.lockNode(_node, l = False)
cmds.delete(_node)
except:
pass
# fix mesh name
_is_rendering = renderinggroup.nodes()
shader_dict = fixmeshname.fix_mesh_name("_rendering", _is_rendering, True)
# # repair shader
# cmds.file(save = True, type = _file_format, f = True)
# if shader_dict:
# for k2,v2 in shader_dict.items():
# cmds.select(v2)
# cmds.hyperShade(assign = "lambert1")
# cmds.hyperShade(assign = k2)
# repair arnold id
_meshs = cmds.ls(type = "mesh", ap = True)
for _mesh in _meshs:
_attrs = cmds.listAttr(_mesh, st = "mtoa_constant*")
if not _attrs:
continue
if not len(_attrs) == 4:
continue
if not _mesh.endswith("_orig"):
continue
_parent = cmds.listRelatives(_mesh, p = True, f = True)
# #print(_parent)
if not _parent:
continue
_parent = _parent[0]
_fix_mesh = cmds.listRelatives(_parent, f = True, children=True, shapes=True, noIntermediate=True, type="mesh")[0]
_id_attr_name = _attrs[0]
_id_attr_number = [
cmds.getAttr("{}.{}".format(_mesh, _attrs[1])),
cmds.getAttr("{}.{}".format(_mesh, _attrs[2])),
cmds.getAttr("{}.{}".format(_mesh, _attrs[3]))
]
if cmds.objExists("{}.{}".format(_fix_mesh, _id_attr_name)):
cmds.deleteAttr( "{}.{}".format(_fix_mesh, _id_attr_name) )
_attr_name = _id_attr_name
cmds.addAttr(_fix_mesh, ln = _attr_name, at = "double3");
cmds.addAttr(_fix_mesh, ln = "{}X".format(_attr_name), at = "double", p = _attr_name)
cmds.addAttr(_fix_mesh, ln = "{}Y".format(_attr_name), at = "double", p = _attr_name)
cmds.addAttr(_fix_mesh, ln = "{}Z".format(_attr_name), at = "double", p = _attr_name)
cmds.setAttr("{}.{}X".format(_fix_mesh, _attr_name), e = True, k = True )
cmds.setAttr("{}.{}Y".format(_fix_mesh, _attr_name), e = True, k = True )
cmds.setAttr("{}.{}Z".format(_fix_mesh, _attr_name), e = True, k = True )
cmds.setAttr("{}.{}X".format(_fix_mesh, _attr_name), _id_attr_number[0] )
cmds.setAttr("{}.{}Y".format(_fix_mesh, _attr_name), _id_attr_number[1] )
cmds.setAttr("{}.{}Z".format(_fix_mesh, _attr_name), _id_attr_number[2] )
cmds.file(save = True, type = _file_format, f = True)
# publish file
_result = filefunc.publish_file(_publish_file, _production_file)
_result = filefunc.publish_file(_publish_file, _cover_file)
# link files
zfused_api.files.new_file("task", _task_id, _production_file, int(_file_index))
zfused_api.files.new_file("task", _task_id, _cover_file, int(_file_index))
# record to database
_file_info = zfile.get_file_info(_publish_file, _production_file)
_cover_file_info = zfile.get_file_info(_cover_file, _cover_file)
zfused_api.task.new_production_file([_file_info, _cover_file_info] + _texture_infos, _task_id, _output_attr_id, int(_file_index) )
except Exception as e:
logger.error(e)
return False
return True
def publish_file(*args, **kwargs):
""" 上传任务模型文件
"""
_task_id, _output_attr_id = args
_output_attr_handle = zfused_api.attr.Output(_output_attr_id)
_file_format = _output_attr_handle.format()
_suffix = _output_attr_handle.suffix()
_attr_code = _output_attr_handle.code()
_task = zfused_api.task.Task(_task_id)
_production_path = _task.production_path()
_project_entity_production_path = _task.project_entity().production_path()
_temp_path = _task.temp_path()
_file_code = _task.file_code()
if kwargs.get("fix_version"):
_file_index = "{:0>4d}".format(_task.last_version_index(0))
else:
_file_index = "{:0>4d}".format(_task.last_version_index() + 1)
_production_file = "{}/{}/{}.{}{}".format(_production_path, _attr_code,
_file_code, _file_index, _suffix)
_cover_file = "{}/{}/{}{}".format(_production_path, _attr_code, _file_code,
_suffix)
_publish_file = "{}/{}/{}.{}{}".format(_temp_path, _attr_code, _file_code,
_file_index, _suffix)
_publish_file_dir = os.path.dirname(_publish_file)
if not os.path.isdir(_publish_file_dir):
os.makedirs(_publish_file_dir)
# _xgen_list = xgen.xgenfile()
# if _xgen_list:
# xgen.publishxgen()
try:
# save publish file
cmds.file(rename=_publish_file)
cmds.file(save=True, type=_file_format, f=True, options="v=0;")
# _xgen_list = xgen.xgenfile()
# if _xgen_list:
# xgen.publishxgen()
# # 暂时取消 后面通过检测判定错误 不直接修复问题
# # fix camera aspect ratio
# _cameras = cmds.ls("{}*".format(_file_code), type="camera")
# if _cameras:
# for _camera in _cameras:
# # get
# if cmds.getAttr("{}.filmFit".format(_camera)) == 3:
# _v_f = cmds.getAttr("{}.verticalFilmAperture".format(_camera))
# cmds.setAttr("{}.horizontalFilmAperture".format(_camera), _v_f * 2.503)
# publish texture
_texture_infos = []
_texture_files = texture.files()
if _texture_files:
_path_set = texture.paths(_texture_files)[0]
_intersection_path = max(_path_set)
_texture_infos = texture.publish_file(
_texture_files, _intersection_path,
_project_entity_production_path + "/texture/preview")
# change maya texture node path
_file_nodes = texture.nodes()
if _file_nodes:
texture.change_node_path(
_file_nodes, _intersection_path,
_project_entity_production_path + "/texture/preview")
# publish alembic
_alembic_files = alembiccache.files()
if _alembic_files:
_path_set = alembiccache.paths(_alembic_files)[0]
_intersection_path = max(_path_set)
alembiccache.publish_file(_alembic_files, _intersection_path,
_production_path + "/cache/alembic")
_file_nodes = alembiccache.nodes()
if _file_nodes:
alembiccache.change_node_path(
_file_nodes, _intersection_path,
_production_path + "/cache/alembic")
# save publish file
cmds.file(save=True, type=_file_format, f=True, options="v=0;")
# publish file
_result = filefunc.publish_file(_publish_file, _production_file)
_result = filefunc.publish_file(_publish_file, _cover_file)
# link files
zfused_api.files.new_file("task", _task_id, _production_file,
int(_file_index))
zfused_api.files.new_file("task", _task_id, _cover_file,
int(_file_index))
# production file
_file_info = zfile.get_file_info(_publish_file, _production_file)
_cover_file_info = zfile.get_file_info(_cover_file, _cover_file)
zfused_api.task.new_production_file([_file_info, _cover_file_info],
_task_id, _output_attr_id,
int(_file_index))
# if _xgen_list:
# for _xgen_node in _xgen_list:
# _xgen_name = xgen._getxgenfilename(_xgen_node)
# _xgen_path = xgen._getxgenfile(_xgen_node)
# _cover_xgen_file = "{}/{}/{}/{}/{}".format(_production_path, _step_code, _software_code, _attr_code,
# _xgen_name)
# _backup_xgenfile = "{}/{}".format(_backup_path, _xgen_name)
# if os.path.exists(_xgen_path):
# filefunc.publish_file(_xgen_path, _cover_xgen_file)
# filefunc.publish_file(_xgen_path, _backup_xgenfile)
except Exception as e:
logger.error(e)
return False
return True