def remove_object(self, fbx_object):
"""Remove FbxObject or FbxNode to cache
"""
if not isinstance(fbx_object, (fbx.FbxObject)):
raise bfCore.BfError(
"object to remove must be instance of FbxObject or subclass. ({})"
.format(fbx_object))
# get unique id
object_id = fbx_object.GetUniqueID()
# check if this object is in the cached
if object_id not in self.id_data:
raise bfCore.BfError("Object not cached, cannot remove: {}".format(
fbx_object.GetName()))
# destroy property cache
property_cache = self.property_caches.pop(object_id)
# destroy dummy object
dummy_object = self.id_dummy_objects.pop(object_id)
# del dummy_object
# destroy BfIdData object
bf_id_object = self.id_objects.pop(object_id)
# del bf_id_object
# destroy id and cache
fbx_object = self.id_data.pop(object_id)
# self.id_list.pop(object_id)
self.id_list.remove(object_id)
return True
def create_object(self, fbx_cls, name=None):
"""Create fbx object and add to cache
TODO use class id object instead?
ie FbxClassId.Create(...)
TODO create property cache for new object
"""
# check user input
if not issubclass(fbx_cls, fbx.FbxObject):
raise bfCore.BfError(
"Fbx class must be subclass of FbxObject: {}".format(fbx_cls))
# validate name
if name is None:
name = str(fbx_cls.__name__)
name = bfFbxUtils.get_unique_name(name, self._scene)
# create object
fbx_object = fbx_cls.Create(self._fbx_manager, name)
# connect object to scene
self._scene.ConnectSrcObject(fbx_object)
# add object to cache
self.add_object(fbx_object)
return fbx_object
def set_value(self, value):
if self.VALUE_TYPE is not None:
if not isinstance(value, self.VALUE_TYPE):
raise bfCore.BfError("Value must be of type {} not {}".format(
self.VALUE_TYPE, type(value)))
self._value = value
def mapToSource(self, proxy_index):
"""
TODO
"""
if not proxy_index.isValid():
return Qt.QtCore.QModelIndex()
# raise bfCore.BFbxError("Cannot map invalid index to source")
if self.is_scene_index(proxy_index, reject_dummys=False):
proxy_path = bpQtCore.IndexPath(proxy_index)
if proxy_path.key() not in self._proxy_to_source_map:
raise bfCore.BfError(
"Failed to map scene index to source: {}".format(
proxy_index))
source_path = self._proxy_to_source_map[proxy_path.key()]
source_index = source_path.get(self.sourceModel())
return source_index
elif self.is_property_index(proxy_index):
property_key = self.get_property_key(proxy_index)
if property_key not in self._proxy_to_source_property_map:
return Qt.QtCore.QModelIndex()
source_path = self._proxy_to_source_property_map[property_key]
# find source index from property model
property_model = self.get_property_model(proxy_index)
source_index = source_path.get(property_model)
return source_index
else:
raise bfCore.BfError(
"Failed to map to source: {}".format(proxy_index))
def get_root(self):
parent = self._parent
while parent is not None:
# if isinstance(parent, BFbxPropertyRoot):
if parent.is_root():
return parent
parent = parent.getParent()
raise bfCore.BfError("Unable to find property root")
def get_property_key(self, index):
if not self.is_property_index(index):
raise bfCore.BfError(
"Cannot create key for non-property index: {}".format(index))
id_object = index.internalPointer()
key = "{}_{}".format(id_object.fbx_object_id(), id_object.value())
return key
def Set(self, value):
if value in self.ENUM_VALUES:
enum_index = self.ENUM_VALUES.index(value)
elif value in self.ENUM_NAMES:
enum_index = self.ENUM_NAMES.index(value)
else:
raise bfCore.BfError(
"value not recognized, must be either fbx.eEuler enum or name: {}".format(value))
res = self._cast_property.Set(enum_index)
return res
def get_child(self, child_index):
if child_index >= self.child_count():
raise bfCore.BfError(
"Child index out of range: {} ({}.{})".format(
child_index,
self.fbx_object().GetName(),
self.fbx_property().GetName()
)
)
return self._children[child_index]
def mapFromSource(self, source_index):
"""
if source_index belongs to scene model, then return super
else if source index belongs to a property_model, then
get object_id to find corresponding property mappings
TODO checks
"""
if not source_index.isValid():
return Qt.QtCore.QModelIndex()
# raise bfCore.BFbxError("Cannot map invalid index from source")
# return Qt.QtCore.QModelIndex()
if self.is_scene_index(source_index, reject_dummys=False):
source_path = bpQtCore.IndexPath(source_index)
if source_path.key() not in self._source_to_proxy_map:
raise bfCore.BfError(
"Failed to map scene index from source: {}".format(
source_index))
proxy_path = self._source_to_proxy_map[source_path.key()]
proxy_index = proxy_path.get(self)
return proxy_index
elif self.is_property_index(source_index):
property_key = self.get_property_key(source_index)
proxy_index = self._proxy_property_indices[property_key]
return proxy_index
else:
raise bfCore.BfError(
"Failed to map from source: {}".format(source_index))
def add_object(self, fbx_object):
"""Add FbxObject or FbxNode to cache
"""
if not isinstance(fbx_object, (fbx.FbxObject)):
raise bfCore.BfError(
"Cannot add object to cache, must be instance of FbxObject or subclass. ({})"
.format(fbx_object))
# get unique id
object_id = fbx_object.GetUniqueID()
# check if this object is already cached
if object_id in self.id_data:
raise bfCore.BfError("Object already cached: {}".format(
fbx_object.GetName()))
# append id data
self.id_data[object_id] = fbx_object
self.id_list.append(object_id)
# create BfIdData object
id_object = BfIdData(object_id)
self.id_objects[object_id] = id_object
# create dummy object
dummy_object = BfIdDummyData(object_id)
self.id_dummy_objects[object_id] = dummy_object
# create property cache
property_cache = bfPropertyQtCache.BFbxPropertyCache(fbx_object)
self.property_caches[object_id] = property_cache
# create connection id object
id_con_object = BfIdConData(object_id)
self.id_con_objects[object_id] = id_con_object
return True
def get_object(self, object_id):
"""Get cached FbxObject for specified uid
"""
if isinstance(object_id, (BfIdData, BfIdDummyData)):
object_id = object_id.value()
if object_id not in self.id_data:
raise bfCore.BfError("No id found: {}".format(object_id))
# return None
return self.id_data[object_id]
def AddInput(self, input_object):
"""
"""
if input_object is None:
return
if not self.IsValid():
raise Exception("Class is not valid, cannot add input")
if not isinstance(
input_object, self.REFERENCE_TYPES
):
raise bfCore.BfError(
"Input object must be of type: {}, not: {}".format(
self.REFERENCE_TYPES,
type(input_object)
)
)
# self._property.ConnectSrcObject(value)
# check destination is not already connected
if self._property.IsConnectedDstObject(
input_object
):
# TODO is an error neccesary?
raise bfCore.BfError(
"Input object already connected: {}".format(
input_object.GetName())
)
# connect destination to property
self._property.ConnectSrcObject(input_object)
return True
def RemoveInput(self, input_object):
# check destination is not already connected
if not self._property.IsConnectedDstObject(
input_object
):
# TODO format message depending on object type
raise bfCore.BfError(
"Input object is not connected: {}".format(
input_object.GetName())
)
# disconnect
self._property.DisonnectSrcObject(input_object)
return True
def get_fbx_object(self, value):
"""TODO checks
"""
if isinstance(value, Qt.QtCore.QModelIndex):
object_id = self.get_fbx_object_id(value)
else:
object_id = value
if object_id not in self._scene_cache.id_data:
raise bfCore.BfError(
"Object ID not found: {}".format(object_id)
)
fbx_object = self._scene_cache.id_data[object_id]
return fbx_object
def __init__(self, parent=None):
super(BfConnectionWidgetBase, self).__init__(parent=parent)
# self._name_filter_model = bpQtCore.BpSortFilterProxyModel()
if self.CONNECTION_MODEL is None:
raise bfCore.BfError(
"Cannot instance connection widget base class")
else:
self._connection_model = self.CONNECTION_MODEL()
# create widgets
self.create_widgets()
self.create_menus()
self.create_view()
self.connect_menus()
# self.connect_widgets()
self.create_layout()
def Set(self, value):
"""Disconnect old object from property and connect new object.
"""
if not isinstance(
value, self.REFERENCE_TYPES
):
raise bfCore.BfError(
"Input value must be of type: {}, not: {}".format(
self.REFERENCE_TYPES,
type(value)
)
)
# disconnect existing input node
self._property.DisconnectAllSrcObject()
# connect new destination
if value is None:
return
self._property.ConnectSrcObject(value)
def get_fbx_object_pixmap(fbx_object, scale=None, scale_via_icon=True):
"""TODO use brType property to get name key
Note:
scaling via QIcon seems to give nicer results than QPixmap.scaled()
"""
# type_name = brutils.get_br_type_name(
# fbx_object, err=False, verbose=False
# )
if isinstance(fbx_object, fbx.FbxClassId):
type_name = fbx_object.GetName()
elif isinstance(fbx_object, fbx.FbxObject):
type_name = fbx_object.ClassId.GetName()
elif inspect.isclass(fbx_object):
type_name = fbx_object.__name__
else:
raise bfCore.BfError("Object not recognised: {}".format(fbx_object))
if type_name in RESOURCES.keys():
resource = RESOURCES[type_name]
else:
resource = RESOURCES["DEFAULT"]
pixmap = Qt.QtGui.QPixmap(resource)
if scale is not None:
if scale_via_icon:
icon = Qt.QtGui.QIcon(pixmap)
pixmap = icon.pixmap(*scale)
else:
pixmap = pixmap.scaled(*scale)
return pixmap
def log(cls, msg, err=False):
if err:
raise bfCore.BfError(msg)
else:
print msg
