def matchRot(obj, target, **kwargs):
logMsg(log='all')
bPreserveChild = kwargs.pop('preserveChild', kwargs.pop('pc', False))
bObjSpace = kwargs.get('objectSpace', kwargs.get('os', False))
(oObj, oTarget) = argsToPyNode(obj, target)
sSpace = 'world'
if bObjSpace == True:
sSpace = "object"
objWorldPos = mc.xform(oObj.name(), q=True, ws=True, t=True)
objScale = mc.xform(oObj.name(), q=True, r=True, s=True)
oChildren = None
if bPreserveChild:
oChildren = oObj.getChildren(typ='transform')
oParent = oObj.getParent()
if oChildren:
if oParent:
pm.parent(oChildren, oParent)
else:
pm.parent(oChildren, world=True)
matchTRS(oObj, oTarget, logMsg=False, **kwargs)
logMsg("'%s' rotate %s to %s" % (sSpace, oObj, oTarget), log='all')
if oChildren:
pm.parent(oChildren, oObj)
mc.xform(oObj.name(), ws=True, t=objWorldPos)
mc.xform(oObj.name(), s=objScale)
def matchPos(obj, target, **kwargs):
logMsg(log='all')
bPreserveChild = kwargs.get('preserveChild', kwargs.get('pc', False))
bObjSpace = kwargs.get('objectSpace', kwargs.get('os', False))
(oObj, oTarget) = argsToPyNode(obj, target)
sSpace = 'world'
if bObjSpace == True:
sSpace = "object"
fPosVec = mc.xform(oTarget.name(),
q=True,
ws=not bObjSpace,
os=bObjSpace,
t=True)
oChildren = None
if bPreserveChild:
oChildren = oObj.getChildren(typ='transform')
oParent = oObj.getParent()
if oChildren:
if oParent:
pm.parent(oChildren, oParent)
else:
pm.parent(oChildren, world=True)
mc.xform(oObj.name(), ws=not bObjSpace, os=bObjSpace, t=fPosVec)
logMsg("'%s' translate %s to %s" % (sSpace, oObj, oTarget), log='all')
if oChildren:
pm.parent(oChildren, oObj)
def matchRot(obj, target, **kwargs):
logMsg(log="all")
bPreserveChild = kwargs.pop("preserveChild", kwargs.pop("pc", False))
bObjSpace = kwargs.get("objectSpace", kwargs.get("os", False))
(oObj, oTarget) = argsToPyNode(obj, target)
sSpace = "world"
if bObjSpace == True:
sSpace = "object"
objWorldPos = mc.xform(oObj.name(), q=True, ws=True, t=True)
objScale = mc.xform(oObj.name(), q=True, r=True, s=True)
oChildren = None
if bPreserveChild:
oChildren = oObj.getChildren(typ="transform")
oParent = oObj.getParent()
if oChildren:
if oParent:
pm.parent(oChildren, oParent)
else:
pm.parent(oChildren, world=True)
matchTRS(oObj, oTarget, logMsg=False, **kwargs)
logMsg("'%s' rotate %s to %s" % (sSpace, oObj, oTarget), log="all")
if oChildren:
pm.parent(oChildren, oObj)
mc.xform(oObj.name(), ws=True, t=objWorldPos)
mc.xform(oObj.name(), s=objScale)
def matchScalePivot(obj, target, **kwargs):
logMsg(log='all')
bPreserveChild = kwargs.get('preserveChild', kwargs.get('pc', False))
(oObj, oTarget) = argsToPyNode(obj, target)
fPosVec = mc.xform(oTarget.name(), q=True, ws=True, sp=True)
oChildren = None
if bPreserveChild:
oChildren = oObj.getChildren(typ='transform')
oParent = oObj.getParent()
if oChildren:
if oParent:
pm.parent(oChildren, oParent)
else:
pm.parent(oChildren, world=True)
mc.xform(oObj.name(), ws=True, t=fPosVec)
logMsg("'world' translate %s to %s's scale pivot" % (oObj, oTarget),
log='all')
if oChildren:
pm.parent(oChildren, oObj)
def matchPos(obj, target, **kwargs):
logMsg(log="all")
bPreserveChild = kwargs.get("preserveChild", kwargs.get("pc", False))
bObjSpace = kwargs.get("objectSpace", kwargs.get("os", False))
(oObj, oTarget) = argsToPyNode(obj, target)
sSpace = "world"
if bObjSpace == True:
sSpace = "object"
fPosVec = mc.xform(oTarget.name(), q=True, ws=not bObjSpace, os=bObjSpace, t=True)
oChildren = None
if bPreserveChild:
oChildren = oObj.getChildren(typ="transform")
oParent = oObj.getParent()
if oChildren:
if oParent:
pm.parent(oChildren, oParent)
else:
pm.parent(oChildren, world=True)
mc.xform(oObj.name(), ws=not bObjSpace, os=bObjSpace, t=fPosVec)
logMsg("'%s' translate %s to %s" % (sSpace, oObj, oTarget), log="all")
if oChildren:
pm.parent(oChildren, oObj)
def matchTransform(obj, target, **kwargs):
logMsg(log='all')
bPreserveChild = kwargs.pop('preserveChild', kwargs.pop('pc', False))
sAttr = kwargs.pop('attributeToMatch', kwargs.pop('atm', 'trs'))
bObjSpace = kwargs.get('objectSpace', kwargs.get('os', False))
(oObj, oTarget) = argsToPyNode(obj, target)
oChildren = None
if bPreserveChild:
oChildren = oObj.getChildren(typ='transform')
oParent = oObj.getParent()
if oChildren:
if oParent:
pm.parent(oChildren, oParent)
else:
pm.parent(oChildren, world=True)
sAttrList = list(sAttr)
if sAttr == "trs":
matchTRS(oObj, oTarget, **kwargs)
elif sAttr == "rpvt":
matchRotatePivot(oObj, oTarget, **kwargs)
elif sAttr == "spvt":
matchScalePivot(oObj, oTarget, **kwargs)
else:
for sAttr in sAttrList:
if sAttr == "t":
matchPos(oObj, oTarget, **kwargs)
elif sAttr == "r":
matchRot(oObj, oTarget, **kwargs)
elif sAttr == "s":
if bObjSpace == True:
matchScl(oObj, oTarget, **kwargs)
else:
logMsg('scale cannot be matched in world space !!',
log='all')
else:
logMsg("'%s' not a valid attribute to match !!" % sAttr,
log='all')
if oChildren:
pm.parent(oChildren, oObj)
def matchTransform(obj, target, **kwargs):
logMsg(log="all")
bPreserveChild = kwargs.pop("preserveChild", kwargs.pop("pc", False))
sAttr = kwargs.pop("attributeToMatch", kwargs.pop("atm", "trs"))
bObjSpace = kwargs.get("objectSpace", kwargs.get("os", False))
(oObj, oTarget) = argsToPyNode(obj, target)
oChildren = None
if bPreserveChild:
oChildren = oObj.getChildren(typ="transform")
oParent = oObj.getParent()
if oChildren:
if oParent:
pm.parent(oChildren, oParent)
else:
pm.parent(oChildren, world=True)
sAttrList = list(sAttr)
if sAttr == "trs":
matchTRS(oObj, oTarget, **kwargs)
elif sAttr == "rpvt":
matchRotatePivot(oObj, oTarget, **kwargs)
elif sAttr == "spvt":
matchScalePivot(oObj, oTarget, **kwargs)
else:
for sAttr in sAttrList:
if sAttr == "t":
matchPos(oObj, oTarget, **kwargs)
elif sAttr == "r":
matchRot(oObj, oTarget, **kwargs)
elif sAttr == "s":
if bObjSpace == True:
matchScl(oObj, oTarget, **kwargs)
else:
logMsg("scale cannot be matched in world space !!", log="all")
else:
logMsg("'%s' not a valid attribute to match !!" % sAttr, log="all")
if oChildren:
pm.parent(oChildren, oObj)
def matchScl(obj, target, **kwargs):
logMsg(log='all')
bPreserveChild = kwargs.get('preserveChild', kwargs.get('pc', False))
(oObj, oTarget) = argsToPyNode(obj, target)
fScaleVec = mc.xform(oTarget.name(), q=True, r=True, s=True)
oChildren = None
if bPreserveChild:
oChildren = oObj.getChildren(typ='transform')
oParent = oObj.getParent()
if oChildren:
if oParent:
pm.parent(oChildren, oParent)
else:
pm.parent(oChildren, world=True)
mc.xform(oObj.name(), s=fScaleVec)
logMsg("'object' scale %s to %s" % (oObj, oTarget), log='all')
if oChildren:
pm.parent(oChildren, oObj)
def matchScalePivot(obj, target, **kwargs):
logMsg(log="all")
bPreserveChild = kwargs.get("preserveChild", kwargs.get("pc", False))
(oObj, oTarget) = argsToPyNode(obj, target)
fPosVec = mc.xform(oTarget.name(), q=True, ws=True, sp=True)
oChildren = None
if bPreserveChild:
oChildren = oObj.getChildren(typ="transform")
oParent = oObj.getParent()
if oChildren:
if oParent:
pm.parent(oChildren, oParent)
else:
pm.parent(oChildren, world=True)
mc.xform(oObj.name(), ws=True, t=fPosVec)
logMsg("'world' translate %s to %s's scale pivot" % (oObj, oTarget), log="all")
if oChildren:
pm.parent(oChildren, oObj)
def matchScl(obj, target, **kwargs):
logMsg(log="all")
bPreserveChild = kwargs.get("preserveChild", kwargs.get("pc", False))
(oObj, oTarget) = argsToPyNode(obj, target)
fScaleVec = mc.xform(oTarget.name(), q=True, r=True, s=True)
oChildren = None
if bPreserveChild:
oChildren = oObj.getChildren(typ="transform")
oParent = oObj.getParent()
if oChildren:
if oParent:
pm.parent(oChildren, oParent)
else:
pm.parent(oChildren, world=True)
mc.xform(oObj.name(), s=fScaleVec)
logMsg("'object' scale %s to %s" % (oObj, oTarget), log="all")
if oChildren:
pm.parent(oChildren, oObj)