def Init(cls):
attrInWorldMatrix = MFnMatrixAttribute()
attrInParentMatrixInv = MFnMatrixAttribute()
attrMirrorAxis = MFnEnumAttribute()
attrMirrorTranslation = MFnEnumAttribute()
attrTargetParentMatrixInv = MFnMatrixAttribute()
targetRotationOrder = MFnNumericAttribute()
attrOutTranslate = MFnNumericAttribute()
attrOutTranslateX = MFnUnitAttribute()
attrOutTranslateY = MFnUnitAttribute()
attrOutTranslateZ = MFnUnitAttribute()
attrOutRotate = MFnNumericAttribute()
attrOutRotateX = MFnUnitAttribute()
attrOutRotateY = MFnUnitAttribute()
attrOutRotateZ = MFnUnitAttribute()
attrTargetJointOrient = MFnNumericAttribute()
attrTargetJointOrientX = MFnUnitAttribute()
attrTargetJointOrientY = MFnUnitAttribute()
attrTargetJointOrientZ = MFnUnitAttribute()
#create the world matrix
cls.inWorldMatrix = attrInWorldMatrix.create("inWorldMatrix", "iwm")
cls.addAttribute(cls.inWorldMatrix)
#create the local matrix
cls.inParentMatrixInv = attrInWorldMatrix.create(
"inParentInverseMatrix", "ipmi")
cls.addAttribute(cls.inParentMatrixInv)
#create the mirror axis
cls.mirrorAxis = attrMirrorAxis.create("mirrorAxis", "m")
attrMirrorAxis.addField('x', 0)
attrMirrorAxis.addField('y', 1)
attrMirrorAxis.addField('z', 2)
attrMirrorAxis.setDefault('x')
attrMirrorAxis.setKeyable(False)
attrMirrorAxis.setChannelBox(True)
cls.addAttribute(cls.mirrorAxis)
#create the mirror axis
cls.mirrorTranslation = attrMirrorTranslation.create(
"mirrorTranslation", "mt")
for modeName, modeIdx in zip(cls.MIRROR_MODE_NAMES, cls.MIRROR_MODES):
attrMirrorTranslation.addField(modeName, modeIdx)
attrMirrorTranslation.setDefault(cls.MIRROR_DEFAULT)
attrMirrorTranslation.setKeyable(False)
attrMirrorTranslation.setChannelBox(True)
cls.addAttribute(cls.mirrorTranslation)
#create the out world matrix inverse
cls.targetParentMatrixInv = attrTargetParentMatrixInv.create(
"targetParentInverseMatrix", "owm")
cls.addAttribute(cls.targetParentMatrixInv)
#create the target rotation order attribute
cls.targetRotationOrder = targetRotationOrder.create(
"targetRotationOrder", "troo", MFnNumericData.kInt)
cls.addAttribute(cls.targetRotationOrder)
#create the joint orient compensation attributes
cls.targetJointOrientX = attrTargetJointOrientX.create(
"targetJointOrientX", "tjox", MFnUnitAttribute.kAngle)
cls.targetJointOrientY = attrTargetJointOrientY.create(
"targetJointOrientY", "tjoy", MFnUnitAttribute.kAngle)
cls.targetJointOrientZ = attrTargetJointOrientZ.create(
"targetJointOrientZ", "tjoz", MFnUnitAttribute.kAngle)
cls.targetJointOrient = attrTargetJointOrient.create(
"targetJointOrient", "tjo", cls.targetJointOrientX,
cls.targetJointOrientY, cls.targetJointOrientZ)
cls.addAttribute(cls.targetJointOrient)
#create the out translate attributes
cls.outTranslateX = attrOutTranslateX.create(
"outTranslateX", "otx", MFnUnitAttribute.kDistance)
cls.outTranslateY = attrOutTranslateY.create(
"outTranslateY", "oty", MFnUnitAttribute.kDistance)
cls.outTranslateZ = attrOutTranslateZ.create(
"outTranslateZ", "otz", MFnUnitAttribute.kDistance)
cls.outTranslate = attrOutTranslate.create("outTranslate", "ot",
cls.outTranslateX,
cls.outTranslateY,
cls.outTranslateZ)
cls.addAttribute(cls.outTranslate)
#create the out rotation attributes
cls.outRotateX = attrOutRotateX.create("outRotateX", "orx",
MFnUnitAttribute.kAngle)
cls.outRotateY = attrOutRotateY.create("outRotateY", "ory",
MFnUnitAttribute.kAngle)
cls.outRotateZ = attrOutRotateZ.create("outRotateZ", "orz",
MFnUnitAttribute.kAngle)
cls.outRotate = attrOutRotate.create("outRotate", "or", cls.outRotateX,
cls.outRotateY, cls.outRotateZ)
cls.addAttribute(cls.outRotate)
#setup attribute dependency relationships
cls.attributeAffects(cls.inWorldMatrix, cls.outTranslate)
cls.attributeAffects(cls.inWorldMatrix, cls.outRotate)
cls.attributeAffects(cls.inParentMatrixInv, cls.outTranslate)
cls.attributeAffects(cls.inParentMatrixInv, cls.outRotate)
cls.attributeAffects(cls.mirrorAxis, cls.outTranslate)
cls.attributeAffects(cls.mirrorAxis, cls.outRotate)
cls.attributeAffects(cls.mirrorTranslation, cls.outTranslate)
cls.attributeAffects(cls.mirrorTranslation, cls.outRotate)
cls.attributeAffects(cls.targetParentMatrixInv, cls.outTranslate)
cls.attributeAffects(cls.targetParentMatrixInv, cls.outRotate)
cls.attributeAffects(cls.targetRotationOrder, cls.outTranslate)
cls.attributeAffects(cls.targetRotationOrder, cls.outRotate)
cls.attributeAffects(cls.targetJointOrient, cls.outRotate)
def Init( cls ): attrInWorldMatrix = MFnMatrixAttribute() attrInParentMatrixInv = MFnMatrixAttribute() attrMirrorAxis = MFnEnumAttribute() attrMirrorTranslation = MFnEnumAttribute() attrTargetParentMatrixInv = MFnMatrixAttribute() targetRotationOrder = MFnNumericAttribute() attrOutTranslate = MFnNumericAttribute() attrOutTranslateX = MFnUnitAttribute() attrOutTranslateY = MFnUnitAttribute() attrOutTranslateZ = MFnUnitAttribute() attrOutRotate = MFnNumericAttribute() attrOutRotateX = MFnUnitAttribute() attrOutRotateY = MFnUnitAttribute() attrOutRotateZ = MFnUnitAttribute() attrTargetJointOrient = MFnNumericAttribute() attrTargetJointOrientX = MFnUnitAttribute() attrTargetJointOrientY = MFnUnitAttribute() attrTargetJointOrientZ = MFnUnitAttribute() #create the world matrix cls.inWorldMatrix = attrInWorldMatrix.create( "inWorldMatrix", "iwm" ) cls.addAttribute( cls.inWorldMatrix ) #create the local matrix cls.inParentMatrixInv = attrInWorldMatrix.create( "inParentInverseMatrix", "ipmi" ) cls.addAttribute( cls.inParentMatrixInv ) #create the mirror axis cls.mirrorAxis = attrMirrorAxis.create( "mirrorAxis", "m" ) attrMirrorAxis.addField( 'x', 0 ) attrMirrorAxis.addField( 'y', 1 ) attrMirrorAxis.addField( 'z', 2 ) attrMirrorAxis.setDefault( 'x' ) attrMirrorAxis.setKeyable( False ) attrMirrorAxis.setChannelBox( True ) cls.addAttribute( cls.mirrorAxis ) #create the mirror axis cls.mirrorTranslation = attrMirrorTranslation.create( "mirrorTranslation", "mt" ) for modeName, modeIdx in zip( cls.MIRROR_MODE_NAMES, cls.MIRROR_MODES ): attrMirrorTranslation.addField( modeName, modeIdx ) attrMirrorTranslation.setDefault( cls.MIRROR_DEFAULT ) attrMirrorTranslation.setKeyable( False ) attrMirrorTranslation.setChannelBox( True ) cls.addAttribute( cls.mirrorTranslation ) #create the out world matrix inverse cls.targetParentMatrixInv = attrTargetParentMatrixInv.create( "targetParentInverseMatrix", "owm" ) cls.addAttribute( cls.targetParentMatrixInv ) #create the target rotation order attribute cls.targetRotationOrder = targetRotationOrder.create( "targetRotationOrder", "troo", MFnNumericData.kInt ) cls.addAttribute( cls.targetRotationOrder ) #create the joint orient compensation attributes cls.targetJointOrientX = attrTargetJointOrientX.create( "targetJointOrientX", "tjox", MFnUnitAttribute.kAngle ) cls.targetJointOrientY = attrTargetJointOrientY.create( "targetJointOrientY", "tjoy", MFnUnitAttribute.kAngle ) cls.targetJointOrientZ = attrTargetJointOrientZ.create( "targetJointOrientZ", "tjoz", MFnUnitAttribute.kAngle ) cls.targetJointOrient = attrTargetJointOrient.create( "targetJointOrient", "tjo", cls.targetJointOrientX, cls.targetJointOrientY, cls.targetJointOrientZ ) cls.addAttribute( cls.targetJointOrient ) #create the out translate attributes cls.outTranslateX = attrOutTranslateX.create( "outTranslateX", "otx", MFnUnitAttribute.kDistance ) cls.outTranslateY = attrOutTranslateY.create( "outTranslateY", "oty", MFnUnitAttribute.kDistance ) cls.outTranslateZ = attrOutTranslateZ.create( "outTranslateZ", "otz", MFnUnitAttribute.kDistance ) cls.outTranslate = attrOutTranslate.create( "outTranslate", "ot", cls.outTranslateX, cls.outTranslateY, cls.outTranslateZ ) cls.addAttribute( cls.outTranslate ) #create the out rotation attributes cls.outRotateX = attrOutRotateX.create( "outRotateX", "orx", MFnUnitAttribute.kAngle ) cls.outRotateY = attrOutRotateY.create( "outRotateY", "ory", MFnUnitAttribute.kAngle ) cls.outRotateZ = attrOutRotateZ.create( "outRotateZ", "orz", MFnUnitAttribute.kAngle ) cls.outRotate = attrOutRotate.create( "outRotate", "or", cls.outRotateX, cls.outRotateY, cls.outRotateZ ) cls.addAttribute( cls.outRotate ) #setup attribute dependency relationships cls.attributeAffects( cls.inWorldMatrix, cls.outTranslate ) cls.attributeAffects( cls.inWorldMatrix, cls.outRotate ) cls.attributeAffects( cls.inParentMatrixInv, cls.outTranslate ) cls.attributeAffects( cls.inParentMatrixInv, cls.outRotate ) cls.attributeAffects( cls.mirrorAxis, cls.outTranslate ) cls.attributeAffects( cls.mirrorAxis, cls.outRotate ) cls.attributeAffects( cls.mirrorTranslation, cls.outTranslate ) cls.attributeAffects( cls.mirrorTranslation, cls.outRotate ) cls.attributeAffects( cls.targetParentMatrixInv, cls.outTranslate ) cls.attributeAffects( cls.targetParentMatrixInv, cls.outRotate ) cls.attributeAffects( cls.targetRotationOrder, cls.outTranslate ) cls.attributeAffects( cls.targetRotationOrder, cls.outRotate ) cls.attributeAffects( cls.targetJointOrient, cls.outRotate )
def Init(cls):
attrMsg = MFnMessageAttribute()
cls.controlA = attrMsg.create("controlA", "ca")
cls.controlB = attrMsg.create("controlB", "cb")
cls.addAttribute(cls.controlA)
cls.addAttribute(cls.controlB)
attrEnum = MFnEnumAttribute()
cls.axis = attrEnum.create("axis", "ax")
attrEnum.addField('x', 0)
attrEnum.addField('y', 1)
attrEnum.addField('z', 2)
attrEnum.setDefault('x')
attrEnum.setKeyable(False)
attrEnum.setChannelBox(True)
cls.addAttribute(cls.axis)
cls.axis = attrEnum.create("flipAxes", "flax")
for n, thisAxes in enumerate(cls.FLIP_AXES):
if thisAxes:
enumStr = ''.join([ax.asName() for ax in thisAxes])
else:
enumStr = 'none'
attrEnum.addField(enumStr, n)
attrEnum.setKeyable(False)
attrEnum.setChannelBox(True)
cls.addAttribute(cls.axis)
numAttr = MFnNumericAttribute()
cls.neverDoT = numAttr.create("neverDoT", "nvt",
MFnNumericData.kBoolean)
cls.neverDoR = numAttr.create("neverDoR", "nvr",
MFnNumericData.kBoolean)
cls.neverDoOther = numAttr.create("neverDoOther", "nvo",
MFnNumericData.kBoolean)
cls.addAttribute(cls.neverDoT)
cls.addAttribute(cls.neverDoR)
cls.addAttribute(cls.neverDoOther)
cls.worldSpace = numAttr.create("worldSpace", "ws",
MFnNumericData.kBoolean, True)
cls.addAttribute(cls.worldSpace)
def Init( cls ): attrMsg = MFnMessageAttribute() cls.controlA = attrMsg.create( "controlA", "ca" ) cls.controlB = attrMsg.create( "controlB", "cb" ) cls.addAttribute( cls.controlA ) cls.addAttribute( cls.controlB ) attrEnum = MFnEnumAttribute() cls.axis = attrEnum.create( "axis", "ax" ) attrEnum.addField( 'x', 0 ) attrEnum.addField( 'y', 1 ) attrEnum.addField( 'z', 2 ) attrEnum.setDefault( 'x' ) attrEnum.setKeyable( False ) attrEnum.setChannelBox( True ) cls.addAttribute( cls.axis ) cls.axis = attrEnum.create( "flipAxes", "flax" ) for n, thisAxes in enumerate( cls.FLIP_AXES ): if thisAxes: enumStr = ''.join( [ ax.asName() for ax in thisAxes ] ) else: enumStr = 'none' attrEnum.addField( enumStr, n ) attrEnum.setKeyable( False ) attrEnum.setChannelBox( True ) cls.addAttribute( cls.axis ) numAttr = MFnNumericAttribute() cls.neverDoT = numAttr.create( "neverDoT", "nvt", MFnNumericData.kBoolean ) cls.neverDoR = numAttr.create( "neverDoR", "nvr", MFnNumericData.kBoolean ) cls.neverDoOther = numAttr.create( "neverDoOther", "nvo", MFnNumericData.kBoolean ) cls.addAttribute( cls.neverDoT ) cls.addAttribute( cls.neverDoR ) cls.addAttribute( cls.neverDoOther ) cls.worldSpace = numAttr.create( "worldSpace", "ws", MFnNumericData.kBoolean, True ) cls.addAttribute( cls.worldSpace )