def type(self):
# Lazy evaluate
if self._type is None:
plug = self.plug
attr = plug.attribute()
if attr.hasFn(OpenMaya.MFn.kMessageAttribute):
self._type = Plug.kMessage
elif plug.isArray:
self._type = Plug.kArray
elif attr.hasFn(OpenMaya.MFn.kCompoundAttribute):
self._type = Plug.kColor if OpenMaya.MFnAttribute(attr).usedAsColor else \
[ child.type for child in self._children() ]
elif attr.hasFn(OpenMaya.MFn.kNumericAttribute):
self._type = Plug._numericToPlugTypes.get(
OpenMaya.MFnNumericAttribute(attr).numericType(),
Plug.kInvalid)
elif attr.hasFn(OpenMaya.MFn.kTypedAttribute):
dataType = OpenMaya.MFnTypedAttribute(attr).attrType()
if dataType == OpenMaya.MFnData.kString:
self._type = Plug.kString
else:
self._type = Plug.kInvalid
elif attr.hasFn(OpenMaya.MFn.kEnumAttribute):
self._type = Plug.kEnum
elif attr.hasFn(OpenMaya.MFn.kUnitAttribute):
self._type = Plug._unitToPlugTypes.get(
OpenMaya.MFnUnitAttribute(attr).unitType(), Plug.kInvalid)
elif attr.hasFn(OpenMaya.MFn.kGenericAttribute):
handle = plug.asMDataHandle()
isGeneric, isGenericNumeric, isGenericNull = handle.isGeneric()
if isGeneric and isGenericNumeric:
# It's a generic simple attribute.
# According to docs there is no method to check the type
# of a generic simple attribute:
# http://help.autodesk.com/view/MAYAUL/2016/ENU/?guid=__cpp_ref_class_m_data_handle_html
# So always return as double here
self._type = Plug.kDouble
elif not isGenericNull:
obj = handle.data()
if obj.hasFn(OpenMaya.MFn.kStringData):
self._type = Plug.kString
else:
# if handle.data() didn't raise an exception,
# plug can be read as MObject
self._type = Plug.kObject
else:
raise RuntimeError(kUnknownType % self.name)
else:
raise RuntimeError(kUnsupportedAttribute % self.name)
return self._type
def api_listAttr(path, shortNames=False):
sel = om.MSelectionList()
try:
sel.add(path)
except RuntimeError:
return []
if not sel.length():
return []
try:
plug = sel.getPlug(0)
except TypeError:
try:
node = om.MFnDependencyNode(sel.getDependNode(0))
except RuntimeWarning:
return []
attrs = [
om.MFnAttribute(node.attribute(i))
for i in xrange(node.attributeCount())
]
if shortNames:
return [x.shortName for x in attrs]
else:
return [x.name for x in attrs]
else:
return [
plug.child(i).partialName(useLongNames=not shortNames)
for i in xrange(plug.numChildren())
]
def _encodeProperties(self, dict):
""" Encode the properties of this plug's attribute into a dictionary. """
fn = OpenMaya.MFnAttribute(self._plug.attribute())
dict['type'] = Plug._typeToString(self.type)
dict['connectable'] = fn.connectable
if fn.keyable:
dict['keyable'] = True
val = self.value
if val is not None:
dict['value'] = val
if self.hasLimits:
limits = self.getAttributeLimits()
# There is no need to save None values
for (key, value) in limits.items():
if value is not None:
dict[key] = value
if self.type == Plug.kEnum:
fn2 = OpenMaya.MFnEnumAttribute(self._plug.attribute())
enum = {}
for val in range(fn2.getMin(), fn2.getMax() + 1):
try:
# Need to catch exception here because all values in
# range min -> max are not always used, but there is no
# way to query the attribute if a value is used or not.
# An exception is raised if a value is not used.
enum[val] = fn2.fieldName(val)
except:
pass
dict['enum'] = enum
def getAddAttrCmd(sNodeAttr, longName=True):
sNode, sAttr = sNodeAttr.split(".")
node = api.getNode(sNode)
fnNode = om.MFnDependencyNode(node)
mAttr = om.MFnAttribute(fnNode.attribute(sAttr))
return mAttr.getAddAttrCmd(longName)
def doIt(self, args):
# gather the values from args
argParser = om.MArgParser(self.syntax(), args)
plugString = argParser.commandArgumentString(0)
sel = om.MSelectionList()
sel.add(plugString)
self.plug = sel.getPlug(0)
attributeMObj = self.plug.attribute()
fnAttr = om.MFnAttribute(attributeMObj)
if fnAttr.affectsWorldSpace:
self.modifier = om.MDGModifier()
# self.modifier = om.MDagModifier()
else:
self.modifier = om.MDGModifier()
if not self.plug.source().isNull:
self.displayError('{} is connected and cannot be set.'.format(
self.plug.name()))
return
if argParser.isFlagSet('double') or argParser.isFlagSet('d'):
self.plugType = 'double'
self.value = argParser.flagArgumentDouble('d', 0)
self.redoIt()
elif argParser.isFlagSet('boolean') or argParser.isFlagSet('b'):
self.plugType = 'boolean'
self.value = argParser.flagArgumentBool('b', 0)
self.redoIt()
elif argParser.isFlagSet('string') or argParser.isFlagSet('s'):
self.plugType = 'string'
self.value = argParser.flagArgumentString('s', 0)
self.redoIt()
elif argParser.isFlagSet('float') or argParser.isFlagSet('f'):
self.plugType = 'float'
self.value = argParser.flagArgumentFloat('f', 0)
self.redoIt()
elif argParser.isFlagSet('int') or argParser.isFlagSet('i'):
self.plugType = 'int'
self.value = argParser.flagArgumentInt('i', 0)
self.redoIt()
elif argParser.isFlagSet('angle') or argParser.isFlagSet('a'):
self.plugType = 'angle'
self.value = argParser.flagArgumentMAngle('a', 0)
self.redoIt()
def doIt(self, args):
# gather the values from args
argParser = om.MArgParser(self.syntax(), args)
sourcePlugStr = argParser.commandArgumentString(0)
destPlugStr = argParser.commandArgumentString(1)
sel = om.MSelectionList()
sel.add(sourcePlugStr)
sel.add(destPlugStr)
self.sourcePlug = sel.getPlug(0)
self.destPlug = sel.getPlug(1)
if argParser.isFlagSet('f') or argParser.isFlagSet('forceConnection'):
self.forceConnection = argParser.flagArgumentBool('f', 0)
else:
self.forceConnection = False
sourceFnAttr = om.MFnAttribute(self.sourcePlug.attribute())
destFnAttr = om.MFnAttribute(self.destPlug.attribute())
if not sourceFnAttr.connectable:
self.displayError('{} is not connectable'.format(
self.sourcePlug.name()))
return
elif not destFnAttr.connectable:
self.displayError('{} is not connectable'.format(
self.destPlug.name()))
return
elif not destFnAttr.writable:
self.displayError('{} is not writable'.format(
self.destPlug.name()))
return
# Create a new MDGModifier for this action
self.modifier = om.MDGModifier()
self.redoIt()
def copyAttrs(srcNode, destNode, *sAttrList, **kwargs):
logMsg(log='all')
if "values" not in kwargs:
kwargs["values"] = True
bDelete = kwargs.pop("delete", False)
bCreate = kwargs.pop("create", False)
sSrcNode = argToStr(srcNode)
sDestNode = argToStr(destNode)
mObj = api.getNode(sSrcNode)
fnNode = om.MFnDependencyNode(mObj)
sCopyAttrList = []
for sAttr in sAttrList:
if not getObject(sDestNode + "." + sAttr):
if bCreate:
mAttr = om.MFnAttribute(fnNode.attribute(sAttr))
sAddAttrCmd = mAttr.getAddAttrCmd(False).replace(";", " {};".format(sDestNode))
logMsg("Copy attr. '{}' from '{}' to '{}'."
.format(sAttr, sSrcNode, sDestNode), log="info")
pm.mel.eval(sAddAttrCmd)
else:
sAttr = ""
else:
if bCreate:
logMsg("Attr. '{}' already exists on '{}'.".format(sAttr, sDestNode), log="info")
if sAttr:
sCopyAttrList.append(sAttr)
mc.copyAttr(sSrcNode, sDestNode, attribute=sCopyAttrList, **kwargs)
#copyAttrState(sSrcNode, sDestNode , *sCopyAttrList)
if bDelete:
for sAttr in sCopyAttrList:
mc.deleteAttr(sSrcNode + "." + sAttr)
return sCopyAttrList
def findPlug(node, attr):
""" Return the MPlug corresponding to attr on argument node or None if not found.
The node argument can be an MObject or a node string name.
The attr argument can be an MObject or a attr string name.
Raises RuntimeError if plug is ambiguous."""
if isinstance(node, basestring):
attrName = attr if isinstance(
attr, basestring) else OpenMaya.MFnAttribute(attr).name
return nameToPlug(node + "." + attrName)
if isinstance(attr, OpenMaya.MObject):
plg = OpenMaya.MPlug(node, attr)
else:
if attr.find('[') != -1:
# fn.findPlug doesn't work for elements of arrays
# use a selection list to find the plug
return nameToPlug(nodeToLongName(node) + "." + attr)
if attr.find('.') != -1:
# fn.findPlug doesn't work for compound paths
# use last name in compound path as it is unique
attr = attr.split('.')[-1]
fn = OpenMaya.MFnDependencyNode(node)
plg = fn.findPlug(attr, True) if fn.hasAttribute(attr) else None
if not plg or plg.isNull or plg.isArray:
# an array of plug is not a plug
return None
if plg.isChild and plg.parent(
).isElement and plg.parent().logicalIndex() < 0:
# MAYA-66726: Plugs satisfying this should not be valid plugs
# Example: "miDefaultOptions.name" satisfies this and is said to be a valid plug
# its parent is miDefaultOptions.stringOptions[-1] which is an element with invalid logical index...
return None
return plg
# 1. Current input convert to MObject
# currentObject = 'pSphere1'
objSelection = om.MSelectionList()
objSelection.add(currentObject)
objMObject = objSelection.getDependNode(0)
# 2.Find the attributes of current object
mfnDependencyNode = om.MFnDependencyNode(objMObject)
attributeCount = mfnDependencyNode.attributeCount()
nodeAnimInfomationList = {}
for attriIndex in range(attributeCount):
attriMObject = mfnDependencyNode.attribute(attriIndex)
mfnAttribute = om.MFnAttribute(attriMObject)
attriName = mfnAttribute.name.encode()
# 3. Find the Attribute - Animation curve is connected
currentPlug = mfnDependencyNode.findPlug(attriName, 1)
if currentPlug.connectedTo(1, 0):
connectedList = currentPlug.connectedTo(1, 0)
# Find the connected node type
conNodeMObject = connectedList[0].node()
# Check its is a Animation curve
if conNodeMObject.hasFn(om.MFn.kAnimCurve):
# Read Anim Curve Attribute valus
mfnAnimCurve = oma.MFnAnimCurve(conNodeMObject)
def __init__(self, mplug):
if isinstance(mplug, om.MPlug):
self.mobject = mplug.attribute()
elif isinstance(mplug, om.MObject):
self.mobject = mplug
self.attr = om.MFnAttribute(self.mobject)
def parseAttribute(self, jsonInfo):
"""
Create an attribute using the JSON parameters to decode the structure
and values for the attribute. If the attribute is a compound then this
method will be recursively called so as to create the entire attribute
tree below it.
jsonInfo = JSON object containing the attribute's information
Returns the newly created attribute.
"""
if JsonKeys.kKeyName not in jsonInfo:
self.reportError('Missing attribute name')
self.currentAttribute = jsonInfo[JsonKeys.kKeyName]
jsonDebug('parseAttribute(%s)' % str(jsonInfo))
attr = None
# Short name must always be present so find or generate one now
if JsonKeys.kKeyShortName in jsonInfo:
shortName = jsonInfo[JsonKeys.kKeyShortName]
else:
shortName = self.currentAttribute
jsonDebug('...got short name %s' % shortName)
#----------------------------------------
# Create the specific type of attribute requested and handle the
# type-specific parameters.
#
if JsonKeys.kKeyAttrType not in jsonInfo:
self.reportError('Required keyword "%s" missing' %
JsonKeys.kKeyAttrType)
elif jsonInfo[JsonKeys.kKeyAttrType] in JsonKeys.kNumericTypes:
attr = self.parseNumericAttribute(self.currentAttribute, shortName,
jsonInfo[JsonKeys.kKeyAttrType],
jsonInfo)
elif jsonInfo[JsonKeys.kKeyAttrType] == JsonKeys.kTypeCompound:
attr = self.parseCompoundAttribute(self.currentAttribute,
shortName, jsonInfo)
elif jsonInfo[JsonKeys.kKeyAttrType] == JsonKeys.kTypeEnum:
attr = self.parseEnumAttribute(self.currentAttribute, shortName,
jsonInfo)
elif jsonInfo[JsonKeys.kKeyAttrType] == JsonKeys.kTypeString:
attr = self.parseStringAttribute(self.currentAttribute, shortName,
jsonInfo)
elif jsonInfo[JsonKeys.kKeyAttrType] in JsonKeys.kTypeMatrix:
attr = self.parseMatrixAttribute(self.currentAttribute, shortName,
jsonInfo)
elif jsonInfo[JsonKeys.kKeyAttrType] == JsonKeys.kTypeTyped:
attr = self.parseTypedAttribute(self.currentAttribute, shortName,
jsonInfo)
elif jsonInfo[JsonKeys.kKeyAttrType] == JsonKeys.kTypeLightData:
attr = self.parseLightDataAttribute(self.currentAttribute,
shortName, jsonInfo)
elif jsonInfo[JsonKeys.kKeyAttrType] == JsonKeys.kTypeMessage:
attr = self.parseMessageAttribute(self.currentAttribute, shortName,
jsonInfo)
else:
self.reportError('Unknown attribute type "%s"' %
jsonInfo[JsonKeys.kKeyAttrType])
return None
jsonDebug(
'Done creating attribute "%s", now setting shared parameters' %
str(attr))
#----------------------------------------
# Handle the parameters common to all attribute types
#
aBase = omAPI.MFnAttribute(attr)
jsonDebug('...handling common attribute flags for "%s"' % str(aBase))
# Handle the standard flags
if JsonKeys.kKeyFlags in jsonInfo:
self.parseStandardFlags(aBase, jsonInfo[JsonKeys.kKeyFlags])
# Look for a nice name override
if JsonKeys.kKeyNiceName in jsonInfo:
jsonDebug('...Overriding nice name with "%s"' %
jsonInfo[JsonKeys.kKeyNiceName])
aBase.setNiceNameOverride(jsonInfo[JsonKeys.kKeyNiceName])
# See if the attribute has been added to any categories
if JsonKeys.kKeyCategories in jsonInfo:
for category in jsonInfo[JsonKeys.kKeyCategories]:
jsonDebug('...Adding category "%s"' % category)
aBase.addToCategory(category)
jsonDebug('...Done on category "%s"' % category)
jsonDebug('...Done the categories')
# See if there is any special disconnection behaviour
if JsonKeys.kKeyDisconnect in jsonInfo:
behavior = jsonInfo[JsonKeys.kKeyDisconnect]
jsonDebug('...Setting disconnect behaviour to "%s"' % behavior)
if behavior in JsonKeys.kDisconnectBehaviors:
aBase.disconnectBehavior = JsonKeys.kDisconnectBehaviors[
behavior]
else:
self.reportError('Unknown behavior type "%s"' % behavior)
return attr
def attribute(self):
"""Returns the attribute (MFnAttribute) of the plug """
return OpenMaya.MFnAttribute(self.plug.attribute())
def setDependentsDirty(self, plug, plugArray):
if plug.attribute() == MntLocatorNode.iconType:
iconMainAxisAttr = OpenMaya.MFnAttribute(MntLocatorNode.iconMainAxis)
def get_anim_curves_from_objects(nodes):
""" Gets the animation curves connected to nodes.
:param nodes: List with MFnDependencyNode
:type nodes: list of om.MFnDependencyNode
:return: Tuple of curves and plugs
:rtype: (list of om.MFnDependencyNode, list of om.MPlug)
"""
curves = []
plugs = []
channelbox_attr = get_channelbox_attributes()
animlayers.cache.reset(
) # always reset cache before querying for animation layers!
has_anim_layers = animlayers.has_anim_layers()
if has_anim_layers and animlayers.all_layers_locked():
cmds.warning('All animation layers are locked!')
# get curves
for node in nodes:
# get all attributes
attr_count = node.attributeCount()
for index in range(attr_count):
attr = node.attribute(index)
plug = node.findPlug(attr, True)
if plug.isLocked or not plug.isKeyable:
continue
connections = plug.connectedTo(True, False)
# if the attribute has a connection
if connections:
conn_node = connections[0].node()
api = conn_node.apiType()
if api in ANIM_CURVE_TYPES:
# filter out attributes not selected in channelbox
if channelbox_attr:
attr_name = om.MFnAttribute(attr).shortName
if attr_name not in channelbox_attr:
continue
# add the node if it matches one of the types we want
curves.append(om.MFnDependencyNode(conn_node))
plugs.append(plug)
# find curve in animation layer
elif has_anim_layers and api in animlayers.BLEND_NODE_TYPES:
# filter out attributes not selected in channelbox
if channelbox_attr:
attr_name = om.MFnAttribute(attr).shortName
if attr_name not in channelbox_attr:
continue
# for testing purposes
# print('Attribute: %s' % plug)
# benchmark_start = time.clock()
best_layer = animlayers.get_best_layer(plug)
if not best_layer:
continue
# for testing purposes
# try:
# print('-> Best layer is %s' % (om.MFnDependencyNode(best_layer).name()))
# except Exception as e:
# pass
curve_node = animlayers.get_anim_curve(plug, best_layer)
# animlayers.cache.benchmark += time.clock() - benchmark_start
if curve_node:
curves.append(om.MFnDependencyNode(curve_node))
plugs.append(plug)
# sys.stdout.write('# Retrieved %d curves in %.4f sec\n' % (len(curve_list), animlayers.cache.benchmark))
return curves, plugs
def exportAnimCurve(selectionList,
animPath,
animName,
animGIFPath,
iconPath):
animDataDict = {}
for currentObject in selectionList:
objMSL = om.MSelectionList()
objMSL.add(currentObject)
objMObject = objMSL.getDependNode(0)
# find the attribute of current object
objMFnDPNode = om.MFnDependencyNode(objMObject)
attributeCount = objMFnDPNode.attributeCount()
nodeAnimInformationDict = {}
for attributeIndex in range(attributeCount):
attributeMObject = objMFnDPNode.attribute(attributeIndex)
MFnAttribute = om.MFnAttribute(attributeMObject)
attributeName = MFnAttribute.name
# find the attribute that anim curve connected
currentPlug = objMFnDPNode.findPlug(attributeName, 1)
if currentPlug.connectedTo(1, 0):
currentConnectedList = currentPlug.connectedTo(1, 0)
# find the connected node type
currentConnectNodeMObject = currentConnectedList[0].node()
# check it is an anim curve
if currentConnectNodeMObject.hasFn(om.MFn.kAnimCurve):
# get anim curve
MFnAnimCurve = oma.MFnAnimCurve(currentConnectNodeMObject)
# get attribute
animCurveType = MFnAnimCurve.animCurveType
preInfinity = MFnAnimCurve.preInfinityType
postInfinity = MFnAnimCurve.postInfinityType
weightedTangents = int(MFnAnimCurve.isWeighted)
# get value of each key
numKeys = MFnAnimCurve.numKeys
timeList = []
valueList = []
inTangentTypeList = []
inTangentAngleList = []
inTangentAngleWeightList = []
outTangentTypeList = []
outTangentAngleList = []
outTangentAngleWeightList = []
for index in range(numKeys):
# time
input = MFnAnimCurve.input(index)
mTime = om.MTime(input)
currentTime = mTime.value
timeList.append(currentTime)
# value
value = MFnAnimCurve.value(index)
valueList.append(value)
# inTangent
inTangentType = MFnAnimCurve.inTangentType(index)
inTangentTypeList.append(inTangentType)
inTangentAngleWeight = MFnAnimCurve.getTangentAngleWeight(index, 1)
inTangentAngleMAngle = om.MAngle(inTangentAngleWeight[0])
inTangentValue = inTangentAngleMAngle.value
inTangentAngleList.append(inTangentValue)
inTangentAngleWeightList.append(inTangentAngleWeight[1])
# outTangent
outTangentType = MFnAnimCurve.outTangentType(index)
outTangentTypeList.append(outTangentType)
outTangentAngleWeight = MFnAnimCurve.getTangentAngleWeight(index, 0)
outTangentAngleMAngle = om.MAngle(outTangentAngleWeight[0])
outTangetValue = outTangentAngleMAngle.value
outTangentAngleList.append(outTangetValue)
outTangentAngleWeightList.append(outTangentAngleWeight[1])
attributeDataDict = {'animCurveType': animCurveType,
'preInfinity': preInfinity,
'postInfinity': postInfinity,
'weightedTangents': weightedTangents,
'numKeys': numKeys,
'timeList': timeList,
'valueList': valueList,
'inTangentTypeList': inTangentTypeList,
'inTangentAngleList': inTangentAngleList,
'inTangentAngleWeightList': inTangentAngleWeightList,
'outTangentAngleList': outTangentAngleList,
'outTangentTypeList': outTangentTypeList,
'outTangentAngleWeightList': outTangentAngleWeightList}
nodeAnimInformationDict.setdefault(attributeName, attributeDataDict)
animDataDict.setdefault(currentObject.encode(), nodeAnimInformationDict)
# Data History
owner = os.getenv('USERNAME')
time = datetime.datetime.now().strftime("%A, %B, %d, %Y %H:%M %p")
mayaVersion = cmds.about(q=1, v=1)
version = '0.1'
dataList = {'animCurve': animDataDict, 'history': [owner, time, mayaVersion, version]}
dataPath = '%s/%s.anim' % (animPath, animName)
if os.path.isfile(dataPath):
try:
os.chmod(dataPath, 0777)
os.remove(dataPath)
except Exception, result:
print result