def makeCloneObject2( target, replaceName=['SOURCENAME_', 'TARGETNAME_'], **options ):
import sgBModel_dag
import sgBFunction_attribute
import sgBFunction_value
import sgBFunction_connection
op_cloneAttrName = None
op_shapeOn = None
op_connectionOn = None
op_cloneAttrName = sgBFunction_value.getValueFromDict( options, 'cloneAttrName' )
op_shapeOn = sgBFunction_value.getValueFromDict( options, 'shapeOn' )
op_connectionOn = sgBFunction_value.getValueFromDict( options, 'connectionOn' )
if op_cloneAttrName:
attrName = op_cloneAttrName
else:
attrName = sgBModel_dag.cloneTargetAttrName
targets = getParents( target )
targets.append( target )
targetCloneParent = None
for cuTarget in targets:
sgBFunction_attribute.addAttr( cuTarget, ln=attrName, at='message' )
cloneConnection = cmds.listConnections( cuTarget+'.'+attrName, s=1, d=0 )
if not cloneConnection:
print "replaceName : ", cuTarget.split( '|' )[-1].replace( replaceName[0], replaceName[1] )
targetClone = cmds.createNode( 'transform', n= cuTarget.split( '|' )[-1].replace( replaceName[0], replaceName[1] ) )
cmds.connectAttr( targetClone+'.message', cuTarget+'.'+attrName )
if op_shapeOn:
cuTargetShape = getShape( cuTarget )
if cuTargetShape:
duObj = cmds.duplicate( cuTarget, n=targetClone+'_du' )[0]
duShape = cmds.listRelatives( duObj, s=1, f=1 )[0]
duShape = cmds.parent( duShape, targetClone, add=1, shape=1 )[0]
cmds.delete( duObj )
cmds.rename( duShape, targetClone+'Shape' )
if op_connectionOn:
sgBFunction_connection.getSourceConnection( cuTarget, targetClone )
cuTargetShape = getShape( cuTarget )
targetCloneShape = getShape( targetClone )
if cuTargetShape and targetCloneShape:
sgBFunction_connection.getSourceConnection( cuTargetShape, targetCloneShape )
else:
targetClone = cloneConnection[0]
targetCloneParentExpected = getParent( targetClone )
if cmds.ls( targetCloneParentExpected ) != cmds.ls( targetCloneParent ) and targetCloneParent:
targetClone = cmds.parent( targetClone, targetCloneParent )[0]
cuTargetPos = cmds.getAttr( cuTarget+'.m' )
cmds.xform( targetClone, os=1, matrix=cuTargetPos )
targetCloneParent = targetClone
return targetCloneParent
def __init__(self, label, popupLabel='Load Selected', typ='single', addCommend = [], **options ):
self._label = label
self._popup = popupLabel
self._position = sgBFunction_value.getValueFromDict( options, 'position' )
self._textWidth = sgBFunction_value.getValueFromDict( options, 'textWidth' )
self._olnyAddCommand = sgBFunction_value.getValueFromDict( options, 'olnyAddCmd' )
self._addCommand = addCommend
if self._textWidth == None: self._textWidth = 120
self._field =''
self._type = typ
self._cmdPopup = [self.cmdLoadSelected]
def __init__(self, label, **options ):
import sgBFunction_value
popupLabel = sgBFunction_value.getValueFromDict( options, *['popupLabel', 'popLabel'] )
typ = sgBFunction_value.getValueFromDict( options, *['type', 'typ'] )
addCommand = sgBFunction_value.getValueFromDict( options, *['addCommand', 'addCmd'] )
globalForm = sgBFunction_value.getValueFromDict( options, *['globalForm', 'form'] )
globalField = sgBFunction_value.getValueFromDict( options, *['globalField', 'field'] )
if not popupLabel: popupLabel = 'Load Selected'
if not typ : typ = 'single'
if not addCommand: addCommand = []
self._label = label
self._popup = popupLabel
self._position = sgBFunction_value.getValueFromDict( options, 'position' )
self._textWidth = sgBFunction_value.getValueFromDict( options, 'textWidth' )
self._olnyAddCommand = sgBFunction_value.getValueFromDict( options, 'olnyAddCmd' )
self._addCommand = addCommand
if self._textWidth == None: self._textWidth = 120
self._field =''
self._type = typ
self._cmdPopup = [self.cmdLoadSelected]
self._globalForm = globalForm
self._globalField = globalField
def __init__(self, label, **options):
import sgBFunction_value
popupLabel = sgBFunction_value.getValueFromDict(
options, *['popupLabel', 'popLabel'])
typ = sgBFunction_value.getValueFromDict(options, *['type', 'typ'])
addCommand = sgBFunction_value.getValueFromDict(
options, *['addCommand', 'addCmd'])
globalForm = sgBFunction_value.getValueFromDict(
options, *['globalForm', 'form'])
globalField = sgBFunction_value.getValueFromDict(
options, *['globalField', 'field'])
if not popupLabel: popupLabel = 'Load Selected'
if not typ: typ = 'single'
if not addCommand: addCommand = []
self._label = label
self._popup = popupLabel
self._position = sgBFunction_value.getValueFromDict(
options, 'position')
self._textWidth = sgBFunction_value.getValueFromDict(
options, 'textWidth')
self._olnyAddCommand = sgBFunction_value.getValueFromDict(
options, 'olnyAddCmd')
self._addCommand = addCommand
if self._textWidth == None: self._textWidth = 120
self._field = ''
self._type = typ
self._cmdPopup = [self.cmdLoadSelected]
self._globalForm = globalForm
self._globalField = globalField
def __init__(self,
label,
popupLabel='Load Selected',
typ='single',
addCommend=[],
**options):
self._label = label
self._popup = popupLabel
self._position = sgBFunction_value.getValueFromDict(
options, 'position')
self._textWidth = sgBFunction_value.getValueFromDict(
options, 'textWidth')
self._olnyAddCommand = sgBFunction_value.getValueFromDict(
options, 'olnyAddCmd')
self._addCommand = addCommend
if self._textWidth == None: self._textWidth = 120
self._field = ''
self._type = typ
self._cmdPopup = [self.cmdLoadSelected]
def curve_onJoint( topJoint, **options ):
jntsH = cmds.listRelatives( topJoint, c=1, ad=1 )
jntsH.append( topJoint )
points = []
for jnt in jntsH:
point = cmds.xform( jnt, q=1, ws=1, t=1 )
points.append( point )
epCurve = sgBFunction_value.getValueFromDict( options, 'editPoint', 'ep' )
degrees = sgBFunction_value.getValueFromDict( options, 'degrees', 'd' )
if not degrees:
if len( points ) == 2: degrees = 1
elif len( points ) == 3: degrees = 2
else: degrees = 3
if epCurve:
cmds.curve( ep=points, d=degrees )
else:
cmds.curve( p=points, d=degrees )
def curve_onJoint(topJoint, **options):
jntsH = cmds.listRelatives(topJoint, c=1, ad=1)
jntsH.append(topJoint)
points = []
for jnt in jntsH:
point = cmds.xform(jnt, q=1, ws=1, t=1)
points.append(point)
epCurve = sgBFunction_value.getValueFromDict(options, 'editPoint', 'ep')
degrees = sgBFunction_value.getValueFromDict(options, 'degrees', 'd')
if not degrees:
if len(points) == 2: degrees = 1
elif len(points) == 3: degrees = 2
else: degrees = 3
if epCurve:
cmds.curve(ep=points, d=degrees)
else:
cmds.curve(p=points, d=degrees)
def makeCloneObject2(target,
replaceName=['SOURCENAME_', 'TARGETNAME_'],
**options):
import sgBModel_dag
import sgBFunction_attribute
import sgBFunction_value
import sgBFunction_connection
op_cloneAttrName = None
op_shapeOn = None
op_connectionOn = None
op_cloneAttrName = sgBFunction_value.getValueFromDict(
options, 'cloneAttrName')
op_shapeOn = sgBFunction_value.getValueFromDict(options, 'shapeOn')
op_connectionOn = sgBFunction_value.getValueFromDict(
options, 'connectionOn')
if op_cloneAttrName:
attrName = op_cloneAttrName
else:
attrName = sgBModel_dag.cloneTargetAttrName
targets = getParents(target)
targets.append(target)
targetCloneParent = None
for cuTarget in targets:
sgBFunction_attribute.addAttr(cuTarget, ln=attrName, at='message')
cloneConnection = cmds.listConnections(cuTarget + '.' + attrName,
s=1,
d=0)
if not cloneConnection:
print "replaceName : ", cuTarget.split('|')[-1].replace(
replaceName[0], replaceName[1])
targetClone = cmds.createNode('transform',
n=cuTarget.split('|')[-1].replace(
replaceName[0], replaceName[1]))
cmds.connectAttr(targetClone + '.message',
cuTarget + '.' + attrName)
if op_shapeOn:
cuTargetShape = getShape(cuTarget)
if cuTargetShape:
duObj = cmds.duplicate(cuTarget, n=targetClone + '_du')[0]
duShape = cmds.listRelatives(duObj, s=1, f=1)[0]
duShape = cmds.parent(duShape, targetClone, add=1,
shape=1)[0]
cmds.delete(duObj)
cmds.rename(duShape, targetClone + 'Shape')
if op_connectionOn:
sgBFunction_connection.getSourceConnection(
cuTarget, targetClone)
cuTargetShape = getShape(cuTarget)
targetCloneShape = getShape(targetClone)
if cuTargetShape and targetCloneShape:
sgBFunction_connection.getSourceConnection(
cuTargetShape, targetCloneShape)
else:
targetClone = cloneConnection[0]
targetCloneParentExpected = getParent(targetClone)
if cmds.ls(targetCloneParentExpected) != cmds.ls(
targetCloneParent) and targetCloneParent:
targetClone = cmds.parent(targetClone, targetCloneParent)[0]
cuTargetPos = cmds.getAttr(cuTarget + '.m')
cmds.xform(targetClone, os=1, matrix=cuTargetPos)
targetCloneParent = targetClone
return targetCloneParent