def selectionSets(self):
"""
:rtype: list[setsitem.SetsItem]
"""
items = []
paths = []
#add the geppetto selection sets
items += [
setsgeppetto.SetsGeppetto('Body', 'ctl body'),
setsgeppetto.SetsGeppetto('Face', 'ctl face'),
setsgeppetto.SetsGeppetto('All', 'ctl'),
]
#first get all the one from the global library if it exists:
myuser = self.item().FolderUserItem()
if myuser and myuser.user() != 'global':
#get the library name and compute the global path
mylib = self.item().FolderLibraryItem()
if mylib:
libids = mylib.libraryId().split('/')
globalpath = os.path.join(
self.item().library().globalUserFolderPath(),
os.path.sep.join(libids)) + '.lib'
#add a dummy folder to the path for the 'walkup' to start by the lib
globalpath = os.path.join(globalpath, 'dummy')
setIterator = studiolibrary.walkup(
globalpath,
match=lambda path: path.endswith(".set"),
depth=10,
)
paths += list(setIterator)
#now add the set from the current folder
setIterator = studiolibrary.walkup(
self.item().path(),
match=lambda path: path.endswith(".set"),
depth=10,
)
paths += list(setIterator)
#convert to items
libraryWindow = self.item().libraryWindow()
for path in paths:
item = setsitem.SetsItem(path)
item.setLibraryWindow(libraryWindow)
items.append(item)
return items
def mirrorTablePaths(self):
"""
Return all mirror table paths for this item.
:rtype: list[str]
"""
paths = list(studiolibrary.walkup(
self.path(),
match=lambda path: path.endswith(".mirror"),
depth=10,
)
)
return paths
def mirrorTablePaths(self):
"""
Return all mirror table paths for this item.
:rtype: list[str]
"""
paths = list(studiolibrary.walkup(
self.path(),
match=lambda path: path.endswith(".mirror"),
depth=10,
)
)
return paths
def mirrorTablePaths(self):
"""
Return all mirror table paths for this item.
:rtype: list[str]
"""
#get the list of mirror in the main folder
paths = list(
studiolibrary.walkup(
self.path(),
match=lambda path: path.endswith(".mirror"),
depth=10,
))
#check if we have also mirrors in the global folder
myuser = self.FolderUserItem()
if myuser and myuser.user() != 'global':
#get the library name and compute the global path
mylib = self.FolderLibraryItem()
if mylib:
libids = mylib.libraryId().split('/')
globalpath = os.path.join(
self.library().globalUserFolderPath(),
os.path.sep.join(libids)) + '.lib'
#add a dummy folder to the path for the 'walkup' to start by the lib
globalpath = os.path.join(globalpath, 'dummy')
setIterator = studiolibrary.walkup(
globalpath,
match=lambda path: path.endswith(".mirror"),
depth=10,
)
paths += list(setIterator)
return paths
def selectionSets(self):
"""
:rtype: list[setsitem.SetsItem]
"""
path = self.item().path()
paths = studiolibrary.walkup(
path,
match=lambda path: path.endswith(".set"),
depth=10,
)
items = []
paths = list(paths)
libraryWindow = self.item().libraryWindow()
for path in paths:
item = setsitem.SetsItem(path)
item.setLibraryWindow(libraryWindow)
items.append(item)
return items
def selectionSets(self):
"""
:rtype: list[setsitem.SetsItem]
"""
path = self.item().path()
paths = studiolibrary.walkup(
path,
match=lambda path: path.endswith(".set"),
depth=10,
)
items = []
paths = list(paths)
libraryWindow = self.item().libraryWindow()
for path in paths:
item = setsitem.SetsItem(path)
item.setLibraryWindow(libraryWindow)
items.append(item)
return items
def mirrorTable(self):
"""
Get the mirror table object for this item.
:rtype: mutils.MirrorTable or None
"""
mirrorTable = None
mirrorTablePaths = list(
studiolibrary.walkup(
self.path(),
match=lambda path: path.endswith(".mirror"),
depth=10,
))
if mirrorTablePaths:
mirrorTablePath = mirrorTablePaths[0]
path = os.path.join(mirrorTablePath, "mirrortable.json")
if path:
mirrorTable = mutils.MirrorTable.fromPath(path)
return mirrorTable