def __init__(self):
ompx.MPxCommand.__init__(self)
self.logger = logging_util.SporeLogger(__name__)
self.dag_mod_instancer = om.MDagModifier()
self.dag_mod_spore = om.MDagModifier()
self.dag_mod_transform = om.MDagModifier()
self.spore = om.MObject()
self.instancer = om.MObject()
self.target = om.MObject()
self.source = om.MObjectArray()
self.name = ''
def remove(mo_node, b_force=False):
"""
!@Brief Remove given node
@type mo_node: OpenMaya.MObject
@param mo_node: Maya object node.
@type b_force: bool
@param b_force: Delete locked node.
"""
if isinstance(mo_node, OpenMaya.MObject) is False:
raise TypeError("Argument must be a MObject not {0}".format(type(mo_node)))
if mo_node.hasFn(OpenMaya.MFn.kDagNode) is False and mo_node.hasFn(OpenMaya.MFn.kDependencyNode) is False:
raise TypeError("Object must be a DagNode or DependencyNode not {0}".format(mo_node.apyTypeStr()))
moh_node = OpenMaya.MObjectHandle(mo_node)
if mo_node.isNull() or not moh_node.isValid() or not moh_node.isAlive():
cmds.debug('Node given does not exists !')
return
mfn_node = OpenMaya.MFnDependencyNode(mo_node)
if mfn_node.isLocked() and b_force is False:
raise TypeError('Node "{0}" is locked. Set b_force to True for remove it'.format(name(mo_node)))
if b_force:
mfn_node.setLocked(False)
mdg_mod = OpenMaya.MDagModifier() if mo_node.hasFn(OpenMaya.MFn.kDagNode) else OpenMaya.MDGModifier()
mdg_mod.deleteNode(mo_node)
mdg_mod.doIt()
del mdg_mod
def doIt(self, pArguments):
''' Command Execution. '''
# Parse the passed arguments.
self.parseArgs(pArguments)
# Create an instance of an MDagModifier to keep track of the created objects,
# and to undo their creation in our undoIt() function.
self.dagModifier = OpenMaya.MDagModifier()
# Create the joint MObjects we will be manipulating.
self.jointObjects = []
for i in range(0, self.length):
if i == 0:
# The first joint has no parent.
newJointObj = self.dagModifier.createNode('joint')
else:
# Assign the new joint as a child to the previous joint.
newJointObj = self.dagModifier.createNode(
'joint', self.jointObjects[i - 1])
# Keep track of all the joints created.
self.jointObjects.append(newJointObj)
# Create the inverse kinematic effector MObject. The effector is a child of the last joint object.
# The [-1] index is a Python-specific way of referring to the last item in a list.
self.effectorObj = self.dagModifier.createNode('ikEffector',
self.jointObjects[-1])
# Invoke the command's redoIt() function to actually create and manipulate these objects.
self.redoIt()
def SwitchFromReferenceToAss2(refFile, assFile):
refedNodes = GetReferenceNodes(refFile)
it = om.MItSelectionList(refedNodes)
item = om.MDagPath()
it.getDagPath(item)
(t, r, s) = GetDagTransform(item)
print 'remove reference ', refFile
om.MFileIO.removeReference(refFile)
print 'standin ', assFile
mod = om.MDagModifier()
standin = mod.createNode('aiStandIn')
mod.doIt()
path = om.MDagPath.getAPathTo(standin)
SetTransform(path, t, r, s)
path.extendToShape()
fstandin = om.MFnDependencyNode(path.node())
print 'created ', fstandin.name()
print 'set ', fstandin.findPlug('dso').name()
c = 'setAttr -type "string" "'+ fstandin.findPlug('dso').name() +'" "'+assFile+'"'
om.MGlobal.executeCommand(c)
return True
def __init__(self):
OMMPx.MPxCommand.__init__(self)
self.__isQueryUsed = True # initialize to True so command is not added to queue if argument parsing fails
self.__isEditUsed = False
self.__ribbonNodeFn = OM.MFnDependencyNode(
) # the am_ribbon node selected for edit and query modes
self.__selectedCurves = OM.MSelectionList(
) # selection list containing only nurbs curves in the object list
self.__baseNameArg = '' # base name for the newly created ribbon meshes
self.__widthArg = None # width of the ribbon in centimeters
self.__divisionsArg = None # divisions along the ribbon
self.__divisionsPerUnitArg = None # optional parameter to specify a rate of divisions to get similar-sized faces when multiple curves are selected
self.__taperArg = None # scale at the end of the ribbon
self.__twistBaseArg = None # rotation around the curve at the start of the ribbon
self.__twistLengthArg = None # rotation around the curve at the end of the ribbon
self.__upVectorArg = None # base up-vector at the start of the ribbon
self.__uvScaleArg = None # scale factor of new uvs
self.__uvScaleGroupArg = None # scaling method to apply to the whole group of newly-created ribbons--only in create mode
self.__uvPinArg = None # uv pinning location
self.__dagModify = OM.MDagModifier(
) # Dag modifier used to create new shapes/transforms
self.__dgModify = OM.MDGModifier(
) # DG modifier used to create and modify new ribbon nodes
def undoIt(self):
print 'undo'
MDagMod = OpenMaya.MDagModifier()
#need to delete parent Node
mDagNode = OpenMaya.MFnDagNode(self.mObj_particle)
MDagMod.deleteNode(mDagNode.parent(0))
MDagMod.doIt()
return
def LoaderAddObject(arg):
p = cmds.textScrollList('packages', query=True, selectItem=True)
s = cmds.textScrollList('metascripts', query=True, selectItem=True)
print "Loading script:", s[0], "from package:", p[0]
d = PyClient.assetmanagercommon.runMetaScript(p[0], s[0])
pathFilename = PyClient.assetmanagercommon.appendPathToAssetsIn(
d['t']['mayaRep']).replace('\\', '/')
mFileIO = OpenMaya.MFileIO()
print mFileIO.importFile(pathFilename, None, 0, "PEObject0")
lastTransformAdded = None
maxId = -1
lastPath = None
itDag = OpenMaya.MItDag(OpenMaya.MItDag.kDepthFirst,
OpenMaya.MFn.kTransform)
while not itDag.isDone():
path = OpenMaya.MDagPath()
itDag.getPath(path)
fnTransform = OpenMaya.MFnTransform(path.node())
name = fnTransform.partialPathName()
if name.startswith("PEObject"):
id = int(name[len('PEObject'):name.find(':')])
print "PEObject Detected: ", name, 'ID:', id
if id > maxId:
maxId = id
lastTransformAdded = fnTransform
lastPath = path
itDag.next()
if maxId == -1 or not lastTransformAdded:
print "Error: Could not find PEObject that was added last"
return
print "Adding notes to the last transform"
dagModifier = OpenMaya.MDagModifier()
print dagModifier
#notes = dagModifier.createNode('notes')
if cmds.objExists(name):
print "Dbg: Object exists. Adding attribute metaScript"
cmds.select(name)
cmds.addAttr(shortName='metaScript', dt='string')
cmds.setAttr('%s.%s' % (name, 'metaScript'),
d['t']['callerScript'],
type='string')
script = cmds.getAttr('%s.%s' % (name, 'metaScript'))
print repr(script)
cmds.addAttr(shortName='peuuidStr', dt='string')
peuuidStr = peuuid.conv.regisrtyTo4UInt32()
if peuuidStr.endswith(','):
peuuidStr = peuuidStr[:-1]
cmds.setAttr('%s.%s' % (name, 'peuuidStr'), peuuidStr, type='string')
peuuidStr = cmds.getAttr('%s.%s' % (name, 'peuuidStr'))
print repr(peuuidStr)
else:
print "Error: object %s does not exist" % name
def __init__(self):
super(SplitShape, self).__init__()
self.baseGeo = None
self.targetGeo = None
self.numOfDivision = 2
self.dgMod = OpenMaya.MDGModifier()
self.dagMod = OpenMaya.MDagModifier()
self.createdNodes = OpenMaya.MObjectArray()
def undoIt(self):
print 'undo'
# we have the particle but not the transform node in mFnDagNode
mFnDagNode = OpenMaya.MFnDagNode(self.mObj_particle)
# so we create an object to delete the particle system
mDagMod = OpenMaya.MDagModifier()
# and use the .parent fn to find the transform node
mDagMod.deleteNode(mFnDagNode.parent(0))
mDagMod.doIt()
def __init__(self):
OMMPx.MPxCommand.__init__(self)
self.__selection = OM.MSelectionList()
self.__prefix = ''
self.__suffix = '_xForm'
self.__scale = OM.MVector(1.0, 1.0, 1.0)
self.__pickedObjects = OM.MDagPathArray() # all valid transform nodes in the selection
self.__newLocators = OM.MDagPathArray() # any new locators created by the command
self.__dagModify = OM.MDagModifier() # modifier to create and modify the new nodes
def redoIt(self):
# clear out the modifier and arrays so they don't store old object names
self.__oldTransformationMatrices = []
self.__newLocators = OM.MDagPathArray()
self.__pickedObjects = OM.MDagPathArray()
self.__dagModify = OM.MDagModifier()
# iterate through the list of selected transform nodes and create a locator for each one
iter = OM.MItSelectionList(self.__selection, OM.MFn.kTransform)
# containers for use inside the iterator
currentObject = OM.MObject()
currentObjectFn = OM.MFnDagNode()
currentDagPath = OM.MDagPath()
currentPlug = OM.MPlug()
currentParent = OM.MObject()
currentObjectFn = OM.MFnTransform()
newLocator = OM.MObject()
newLocFn = OM.MFnTransform()
newLocatorPath = OM.MDagPath()
while not iter.isDone():
# append the current object to the array of picked objects
iter.getDagPath(currentDagPath)
self.__pickedObjects.append(currentDagPath)
# create the new locator
newLocator = self.__dagModify.createNode('locator')
# insert the locator sibling to the object
currentObjectFn.setObject(currentDagPath)
currentParent = currentObjectFn.parent(0)
self.__dagModify.reparentNode(newLocator, currentParent)
# move the new locator to the same location as its corresponding object, parent, and name appropriately
newLocFn.setObject(newLocator)
newLocFn.set(currentObjectFn.transformation()) # align the new locator to the object
self.__dagModify.reparentNode(currentDagPath.node(),
newLocator) # the object is now a child of the new locator
currentObjectFn.set(OM.MTransformationMatrix()) # set the object's local matrix to identity
self.__dagModify.renameNode(newLocator, self.__prefix + currentObjectFn.partialPathName() + self.__suffix)
# append the new locator to the array
newLocFn.getPath(newLocatorPath)
self.__newLocators.append(newLocatorPath)
iter.next()
# WARNING: must tell the MDagModifier to doIt() now in order to let Maya's auto-rename kick in and ensure the names are unique
# otherwise attempts to use setAttr below may end up using some other object
self.__dagModify.doIt()
# now set the attributes and reparent the selected objects
selectionString = '' # the selection list needs to be formatted for MEL
for i in range(0, self.__newLocators.length()):
newLocFn.setObject(self.__newLocators[i])
selectionString += ' %s' % newLocFn.fullPathName()
# resize the new locator
self.__dagModify.commandToExecute('setAttr %s.localScaleX %f' % (newLocFn.fullPathName(), self.__scale.x))
self.__dagModify.commandToExecute('setAttr %s.localScaleY %f' % (newLocFn.fullPathName(), self.__scale.y))
self.__dagModify.commandToExecute('setAttr %s.localScaleZ %f' % (newLocFn.fullPathName(), self.__scale.z))
# select the new locators
self.__dagModify.commandToExecute('select%s' % selectionString)
self.__dagModify.doIt()
def undoIt(self):
print "Undo"
# we can use DAG_NODE_FUNCTION_SET or Dag Path
mFnDagNode = openmaya.MFnDagNode(self.mObj_particle)
mDagMod = openmaya.MDagModifier()
# delete the transform node
mDagMod.deleteNode(mFnDagNode.parent(0))
mDagMod.doIt()
def plugin_loaded(self, pluginName):
"""Retrieve plugin information from a plugin named ``pluginName``, which is
assumed to be loaded.
Currently the nodetypes found are added to the node-type tree to make them available.
The plugin author is free to add specialized types to the tree afterwards, overwriting
the default ones.
We loosely determine the inheritance by differentiating them into types suggested
by MFn::kPlugin<Name>Node"""
import base # needs late import, TODO: reorganize modules
self.log.debug("plugin '%s' loaded" % pluginName)
type_names = cmds.pluginInfo(pluginName, q=1, dependNode=1) or list()
self[pluginName] = type_names
# register types in the system if possible
dgmod = api.MDGModifier()
dagmod = api.MDagModifier()
transobj = None
nt = globals()
for tn in type_names:
tnc = capitalize(tn)
if tnc in nt:
self.log.debug("Skipped type %s as it did already exist in module" % tnc)
continue
# END skip existing node types ( probably user created )
# get the type id- first try depend node, then dag node. Never actually
# create the nodes in the scene, created MObjects will be discarded
# once the modifiers go out of scope
apitype = None
try:
apitype = dgmod.createNode(tn).apiType()
except RuntimeError:
try:
# most plugin dag nodes require a transform to be created
# We create a dummy for the dagmod, otherwise it would create
# it for us and return the parent transform instead, which
# has no child officially yet as its not part of the dag
# ( so we cannot query the child from there ).
if transobj is None:
transobj = dagmod.createNode("transform")
# END assure we have parent
apitype = dagmod.createNode(tn, transobj).apiType()
except RuntimeError:
self.log.error("Failed to retrieve apitype of node type %s - skipped" % tnc)
continue
# END dag exception handling
# END dg exception handling
parentclsname = base._plugin_type_to_node_type_name.get(apitype, 'Unknown')
typ._addCustomType( nt, parentclsname, tnc, force_creation=True )
def rayCallback(*args):
callbackType, callbackPlug, _, thisNode = args
dependNode = om.MFnDependencyNode(thisNode.thisMObject())
debugPlug = dependNode.findPlug("debugRay", False)
if callbackPlug != debugPlug:
return
if debugPlug.asBool():
dgMod = om.MDagModifier()
drawVector = dgMod.createNode("drawVector")
dgMod.doIt()
sourcePlug = dependNode.findPlug("sourcePoint", False)
aimPlug = dependNode.findPlug("hitPoint", False)
messagePlug = dependNode.findPlug('message', False)
drawVectorTrnDag = om.MFnDagNode(drawVector)
drawVectorTrnDag.setLocked(True)
drawVectorDepend = om.MFnDependencyNode(drawVectorTrnDag.child(0))
sourceDestPlug = drawVectorDepend.findPlug("sourcePoint", False)
aimDestPlug = drawVectorDepend.findPlug("aimPoint", False)
messageDestPlug = drawVectorDepend.findPlug("drawMessage", False)
dgMod = om.MDGModifier()
dgMod.connect(sourcePlug, sourceDestPlug)
dgMod.connect(aimPlug, aimDestPlug)
dgMod.connect(messagePlug, messageDestPlug)
dgMod.doIt()
else:
#Delete draw vector node connected through message
sourcePlug = dependNode.findPlug("message", False)
plugArray = om.MPlugArray()
sourcePlug.connectedTo(plugArray, False, True)
drawVectorTrn = om.MFnDagNode(plugArray[0].node()).parent(0)
drawVectorTrnDag = om.MFnDagNode(drawVectorTrn)
drawVectorTrnDag.setLocked(0)
dgMod = om.MDagModifier()
dgMod.deleteNode(drawVectorTrn)
dgMod.doIt()
def _createTmpNode(nodetype):
"""Return tuple(mobject, modifier) for the nodetype or raise RuntimeError
doIt has not yet been called on the modifier, hence the mobject is temporary"""
try:
mod = api.MDGModifier()
obj = mod.createNode(nodetype)
return (obj, mod)
except RuntimeError:
mod = api.MDagModifier()
tmpparent = mod.createNode("transform")
obj = mod.createNode(nodetype, tmpparent)
return (obj, mod)
def __init__(self, **kwargs):
"""Constructor.
Parameters
----------
kwargs
Keyword arguments to define additional attributes.
"""
self.dg = OpenMaya.MDGModifier()
self.dag = OpenMaya.MDagModifier()
self.transforms = []
self.__dict__.update(kwargs)
def rename(self, new_name, force=False):
if self.dependency_node.isLocked() and force:
self.dependency_node.setLocked(False)
try:
dagMod = om.MDagModifier()
dagMod.renameNode(self.mobject, new_name)
dagMod.doIt()
finally:
self.dependency_node.setLocked(True)
else:
cmds.rename(self.name, new_name)
def getAllExtraAttributes(obj):
m_result = []
m_obj = get_mObject(obj)
m_workMFnDep = OpenMaya.MFnDependencyNode()
m_workMDagMod = OpenMaya.MDagModifier()
m_objFn = OpenMaya.MFnDependencyNode()
m_objFn.setObject(m_obj) # get function set from MObject
m_objRef = m_workMFnDep.create(
m_objFn.typeName()) # Create reference MObject of the given type
# -- get the list --
m_result = getAttrListDifference(m_obj, m_objRef)
# --
m_workMDagMod.deleteNode(m_objRef) # set node to delete
m_workMDagMod.doIt() # execute delete operation
return m_result
def __processUpstreamNode(data, meshDagPath, dgModifier):
if __hasHistory(meshDagPath):
# Just swap the connections around
tempPlugArray = OpenMaya.MPlugArray()
data.meshNodeDestPlug.connectedTo(tempPlugArray, True, False)
assert (tempPlugArray.length() == 1)
data.upstreamNodeSrcPlug = OpenMaya.MPlug(tempPlugArray[0])
data.upstreamNodeShape = data.upstreamNodeSrcPlug.node()
data.upstreamNodeSrcAttr = data.upstreamNodeSrcPlug.attribute()
dgModifier.disconnect(data.upstreamNodeSrcPlug, data.meshNodeDestPlug)
dgModifier.doIt()
else:
# Duplicate mesh, mark as "intermediate", and reconnect in the DAG
dagNodeFn = OpenMaya.MFnDagNode(data.meshNodeShape)
meshNodeShapeName = dagNodeFn.name()
data.upstreamNodeTransform = dagNodeFn.duplicate(False, False)
dagNodeFn.setObject(data.upstreamNodeTransform)
fDagModifier = OpenMaya.MDagModifier()
if dagNodeFn.childCount() < 1:
raise RuntimeError("Duplicated mesh has no shape")
data.upstreamNodeShape = dagNodeFn.child(0)
fDagModifier.reparentNode(data.upstreamNodeShape,
data.meshNodeTransform)
fDagModifier.renameNode(data.upstreamNodeShape,
meshNodeShapeName + "Orig")
fDagModifier.doIt()
dagNodeFn.setObject(data.upstreamNodeShape)
dagNodeFn.setIntermediateObject(True)
data.upstreamNodeSrcAttr = dagNodeFn.attribute("outMesh")
data.upstreamNodeSrcPlug = dagNodeFn.findPlug("outMesh")
fDagModifier.deleteNode(data.upstreamNodeTransform)
fDagModifier.doIt()
def connect_to_instancer(transform_node, spore_node):
""" connect a transform's matrix attribute to a instancer node
that is connected to the given spore node """
# get instancer's inputHierarchy plug
instancer_node = get_instancer(spore_node, False)
dg_fn = om.MFnDependencyNode(instancer_node)
in_plug = dg_fn.findPlug('inputHierarchy')
# get transform's matrix plug
transform_node = get_mobject_from_name(transform_node)
dag_fn = om.MFnDagNode(transform_node)
matrix_plug = dag_fn.findPlug('matrix')
# get first free plug and connect
plug_id = in_plug.numElements() + 1
dag_mod = om.MDagModifier()
dag_mod.connect(matrix_plug, in_plug.elementByLogicalIndex(plug_id))
dag_mod.doIt()
def __init__(self):
OpenMayaMPx.MPxCommand.__init__(self)
# Asignando un nombre unico a la instancia
self.instanceName = commandName + str(Plug1Command.instanceId)
Plug1Command.instanceId += 1
# Instanciando variables al sistema de particulas
self.particleSystemName = self.instanceName + '_Particles'
self.numParticles = Plug1Command.default_numParticles
self.particlesPositions = OpenMaya.MPointArray()
# Instanciando variables al campo de turbulencia
self.turbulenceFieldName = self.instanceName + '_Turbulence'
self.size_x = Plug1Command.default_dimmensions[0]
self.size_y = Plug1Command.default_dimmensions[1]
self.size_z = Plug1Command.default_dimmensions[2]
self.dagModifier = OpenMaya.MDagModifier()
def get_dynamic_attributes(mObject):
""" return all dynamic attributes of a node """
result = []
mFnDep = om.MFnDependencyNode()
objFn = om.MFnDependencyNode(mObject)
refObj = mFnDep.create(objFn.typeName())
refFn = om.MFnDependencyNode(refObj)
if (objFn.attributeCount() > refFn.attributeCount()):
for i in range(refFn.attributeCount(), objFn.attributeCount()):
attr = objFn.attribute(i)
attrFn = om.MFnAttribute(attr)
result.append(attrFn.name())
mDagMod = om.MDagModifier()
mDagMod.deleteNode(refObj)
return result
def __init__(self):
#constructor
OpenMayaMPx.MPxCommand.__init__(self)
#give a unique name to this command instance.
self.instancename = cmd + str(
swarm_cmd.instanceid) #if more tha one exist!!
swarm_cmd.instanceid += 1
#particle system instance variables
self.particle_system_name = self.instancename + '_Particles'
self.numParticles = 50
self.particlePositions = OpenMaya.MPointArray()
#turbulence field instance variables
self.tur_field_name = self.instancename + '_Turbulence'
self.size_x = 5
self.size_y = 5
self.size_z = 5
self.dagModifier = OpenMaya.MDagModifier()
self.volShapeNum = 1 #TEST!
def __init__(self):
''' Constructor. '''
OpenMayaMPx.MPxCommand.__init__(self)
# Give a unique name to this command instance.
self.instanceName = commandName + str(SwarmCommand.instanceId)
SwarmCommand.instanceId += 1
# Particle system instance variables
self.particleSystemName = self.instanceName + '_Particles'
self.numParticles = SwarmCommand.default_numParticles
self.particlePositions = OpenMaya.MPointArray()
# Turbulence field instance variables
self.turbulenceFieldName = self.instanceName + '_Turbulence'
self.size_x = SwarmCommand.default_dimensions[0]
self.size_y = SwarmCommand.default_dimensions[1]
self.size_z = SwarmCommand.default_dimensions[2]
self.dagModifier = OpenMaya.MDagModifier()
def doIt(self, args):
''' doIt() is called once when the command is first executed. '''
# This MDagModifier object will allow us to undo and redo the creation
# of DAG nodes in our command.
self.dagModifier = OpenMaya.MDagModifier()
# Create the camera transform node.
self.cameraTransformObj = self.dagModifier.createNode('transform')
self.dagModifier.renameNode(self.cameraTransformObj,
'myCameraTransform')
# Create the camera shape node as a child of the camera transform node.
self.cameraShapeObj = self.dagModifier.createNode(
'camera', self.cameraTransformObj)
self.dagModifier.renameNode(self.cameraShapeObj, 'myCameraShape')
# Call self.redoIt() to perform the command's actual work. This function call flow
# is useful for code re-use.
self.redoIt()
def __init__(self):
super(polyModifierCmd, self).__init__()
# polymesh
self._fDagPathInitialized = False
self._fDagPath = om.MDagPath()
self._fDuplicateDagPath = om.MDagPath()
# modifier node type
self._fModifierNodeTypeInitialized = False
self._fModifierNodeNameInitialized = False
self._fModifierNodeType = om.MTypeId()
self._fModifierNodeName = ""
# node state
self._fHasHistory = False
self._fHasTweaks = False
self._fHasRecordHistory = False
# cached tweak data
self._fTweakIndexArray = om.MIntArray()
self._fTweakVectorArray = om.MFloatVectorArray()
# cached mesh data
self._fMeshData = om.MObject()
# dg and dag modifier
self._fDGModifier = om.MDGModifier()
self._fDagModifier = om.MDagModifier()
# manual shape management
self._manual_redo_queue = []
numDataFn = om.MFnNumericData()
numDataFn.create(om.MFnNumericData.k3Float)
numDataFn.setData3Float(0.0, 0.0, 0.0)
self.__class__.NULL_VECTOR = numDataFn.object()
def __init__(self):
OpenMayaMPx.MPxCommand.__init__(self)
# Asignando un nombre unico a la instancia
self.instanceName = commandName + str(Waterfall.instanceId)
Waterfall.instanceId += 1
# Nombres de sistema de particulas de gotas, espuma y agua
self.dewSystemName = self.instanceName + '_Dew'
self.spumeSystemName = self.instanceName + '_Spume'
self.waterSystemName = self.instanceName + '_water'
self.dewSystemShapeName = self.dewSystemName + 'Shape'
self.spumeSystemShapeName = self.spumeSystemName + 'Shape'
self.waterSystemShapeName = self.waterSystemName + 'Shape'
# Nombres de emisores de particulas de gotas, espuma y agua
self.dewEmitterName = self.instanceName + '_DewEmiter'
self.spumeEmitterName = self.instanceName + '_SpumeEmiter'
self.waterEmitterName = self.instanceName + '_WaterEmiter'
# Campos de fuerzas
self.gravityName = self.instanceName + '_Gravity'
self.turbulenceLowName = self.instanceName + '_TurbulenceLow'
self.turbulenceHighName = self.instanceName + '_TurbulenceHigh'
# Values
self.numTurbulence = Waterfall.default_numTurbulence
self.dewRate = Waterfall.default_dewRate
self.spumeRate = Waterfall.default_spumeRate
self.waterRate = Waterfall.default_waterRate
self.floor = Waterfall.default_floor
self.turbulenceLow = Waterfall.default_turbulence_low
self.turbulenceHigh = Waterfall.default_turbulence_high
self.gravity = Waterfall.default_gravity
# Control
self.controllerName = self.instanceName + '_Control'
self.dagModifier = OpenMaya.MDagModifier()
def __init__(self):
super(polyModifierCmd, self).__init__()
# polymesh
self._fDagPathInitialized = False
self._fDagPath = om.MDagPath()
self._fDuplicateDagPath = om.MDagPath()
# modifier node type
self._fModifierNodeTypeInitialized = False
self._fModifierNodeNameInitialized = False
self._fModifierNodeType = om.MTypeId()
self._fModifierNodeName = ""
# node state
self._fHasHistory = False
self._fHasTweaks = False
self._fHasRecordHistory = False
# cached tweak data
self._fTweakIndexArray = om.MIntArray()
self._fTweakVectorArray = om.MFloatVectorArray()
# cached mesh data
self._fMeshData = om.MObject()
# dg and dag modifier
self._fDGModifier = om.MDGModifier()
self._fDagModifier = om.MDagModifier()
# manual shape management
self._manual_redo_queue = []
def redoIt(self):
print "redoIt()"
self.dagModifier = OpenMaya.MDagModifier()
selectionList = OpenMaya.MSelectionList()
OpenMaya.MGlobal.getActiveSelectionList(selectionList)
dagPath = OpenMaya.MDagPath()
selectionList.getDagPath(0, dagPath)
m = MayaMesh(dag=dagPath,
vertices=1,
faces=1,
edges=1,
normals=1,
build=1)
edgeIt = OpenMaya.MItMeshEdge(dagPath)
selection = []
while not edgeIt.isDone():
if selectionList.hasItem(dagPath, edgeIt.currentItem()):
selection += [edgeIt.index()]
edgeIt.next()
m.selectionType = kGeotype.edge
m.flowLoop(selection)
def __init__(self):
ompx.MPxCommand.__init__(self)
self.__fDGMod = om.MDGModifier()
self.__dagMod = om.MDagModifier()
self.__dagFn = om.MFnDagNode()
self.__dpFn = om.MFnDependencyNode()
