def test_addremoveAttr(self):
trans = nt.createNode("trans", "transform")
trans2 = nt.createNode("trans2", "transform")
nattr = api.MFnNumericAttribute()
attr = nattr.create("longnumattr", "sna", api.MFnNumericData.kLong, 5)
trans.addAttribute(attr)
attrplug = trans.longnumattr
attrplug.msetInt(10)
assert attrplug.asInt() == 10
# adding same attribute to several objects - DOES NOT WORK
# CREATE A NEW ONE
attrnew = nattr.create("longnumattr", "sna", api.MFnNumericData.kLong, 5)
trans2.addAttribute(attrnew)
trans2.sna.msetInt(20)
assert trans2.sna.asInt() == 20 and trans.sna.asInt() == 10
# remove the attribute - with Attribute class this time
trans.removeAttribute(attrplug.attribute())
# have to use find plug as our transform has cached the plug which might
# have gone out of scope
self.failUnlessRaises(RuntimeError, trans.findPlug, "sna")
def test_instancesAndParenting(self):
mrvmaya.Scene.open(get_maya_file("instancetest.ma"), force=True)
m = nt.Node("m") # mesh, two direct and two indirect instances
c1 = nt.createNode("|c1", "transform")
assert m.instanceCount(0) == 2
assert m.instanceCount(1) == 4
# test parenting
mci = c1.addInstancedChild(m)
assert m.instanceCount(0) == 3
assert m.instanceCount(1) == 5 # direct + indirect
c1.removeChild(mci)
assert m.instanceCount(0) == 2
assert m.instanceCount(1) == 4 # direct + indirect
# check reparent
d1 = nt.createNode("|d1", "transform")
c1 = c1.reparent(d1)
assert m.instanceCount(0) == 2
assert m.instanceCount(1) == 4
# reparent an instanced transform under d1
a2 = nt.Node("a2")
a2 = a2.reparent(d1, raiseOnInstance=0) # destroys instances
assert m.instanceCount(0) == 2
assert m.instanceCount(1) == 2
def test_addremoveAttr( self ): trans = nt.createNode( "trans", "transform" ) trans2 = nt.createNode( "trans2", "transform" ) nattr = api.MFnNumericAttribute( ) attr = nattr.create( "longnumattr", "sna", api.MFnNumericData.kLong, 5 ) trans.addAttribute( attr ) attrplug = trans.longnumattr attrplug.msetInt( 10 ) assert attrplug.asInt() == 10 # adding same attribute to several objects - DOES NOT WORK # CREATE A NEW ONE attrnew = nattr.create( "longnumattr", "sna", api.MFnNumericData.kLong, 5 ) trans2.addAttribute( attrnew ) trans2.sna.msetInt( 20 ) assert trans2.sna.asInt() == 20 and trans.sna.asInt() == 10 # remove the attribute - with Attribute class this time trans.removeAttribute( attrplug.attribute() ) # have to use find plug as our transform has cached the plug which might # have gone out of scope self.failUnlessRaises( RuntimeError, trans.findPlug, "sna" )
def test_instancesAndParenting( self ): mrvmaya.Scene.open( get_maya_file( "instancetest.ma" ), force=True ) m = nt.Node( "m" ) # mesh, two direct and two indirect instances c1 = nt.createNode( "|c1", "transform" ) assert m.instanceCount( 0 ) == 2 assert m.instanceCount( 1 ) == 4 # test parenting mci = c1.addInstancedChild( m ) assert m.instanceCount( 0 ) == 3 assert m.instanceCount( 1 ) == 5 # direct + indirect c1.removeChild( mci ) assert m.instanceCount( 0 ) == 2 assert m.instanceCount( 1 ) == 4 # direct + indirect # check reparent d1 = nt.createNode( "|d1", "transform" ) c1 = c1.reparent( d1 ) assert m.instanceCount( 0 ) == 2 assert m.instanceCount( 1 ) == 4 # reparent an instanced transform under d1 a2 = nt.Node( "a2" ) a2 = a2.reparent( d1, raiseOnInstance=0 ) # destroys instances assert m.instanceCount( 0 ) == 2 assert m.instanceCount( 1 ) == 2
def test_createAddRemove(self):
set1 = nt.createNode("set1", "objectSet")
set2 = nt.createNode("set2", "objectSet")
set3 = nt.createNode("set3", "objectSet")
prt1 = nt.createNode("partition1", "partition")
prt2 = nt.createNode("partition2", "partition")
# SET PARTITION HANDLING
#########################
assert len(set1.partitions()) == 0
set1.setPartition(prt1, set1.kReplace)
assert len(set1.partitions()) == 1
assert set1.partitions()[0] == prt1
# add same again
set1.setPartition(prt1, set1.kAdd)
assert len(set1.partitions()) == 1
# remove
set1.setPartition(prt1, set1.kRemove)
assert len(set1.partitions()) == 0
# remove again
set1.setPartition(prt1, set1.kRemove)
# PARTITION MEMBER HANDLING
# add multiple sets
prt1.addSets([set1, set2])
assert len(prt1.members()) == 2
# add again
prt1.addSets([set1, set2])
prt1.removeSets([set1, set2])
assert len(prt1.members()) == 0
# remove again
prt1.removeSets([set1, set2])
prt2.addSets([set1, set2])
# replace multiple
prt2.replaceSets([set3])
# set like methods
prt2.add(set1)
assert set1 in prt2
prt2.discard(set1)
assert set1 not in prt2
# test partition protocols
assert len(prt2) == len(prt2.members())
assert [s for s in prt2] == prt2.members()
assert set3 in prt2
assert len(prt2)
assert isinstance(prt2.clear(), nt.Partition)
assert len(prt2) == 0
def test_dagIter( self ):
trans = nt.createNode( "trans", "transform" )
trans2 = nt.createNode( "trans2", "transform" )
transinst = trans.addInstancedChild( trans2 )
mesh = nt.createNode( "parent|mesh", "mesh" )
nurbs = nt.createNode( "parent|nurbs", "nurbsSurface" )
assert len( list( iterDagNodes( dagpath=1 ) ) ) == 16
assert len( list( iterDagNodes( dagpath=0 ) ) ) == 15
# BREADTH FIRST
################
dagiter = iterDagNodes( dagpath=1,depth=0,asNode=1 )
for item in dagiter:
if item != trans:
continue
# now the following ones are known !
assert dagiter.next() == trans2
break
# DEPTH FIRST
##############
dagiter = iterDagNodes( dagpath=1,depth=1,asNode=1 )
for item in dagiter:
if item != trans:
continue
assert dagiter.next() == transinst
break
# ROOT
#########
# MDagpath, DagNode
for rootnode in ( trans2, trans2.dagPath() ):
dagiter = iterDagNodes( root=rootnode,depth=1,asNode=1 )
nextobj = dagiter.next()
assert nextobj == trans2
# END for each root type
# MObject only works for instances it appears
dagiter = iterDagNodes( root=trans.object(),depth=1,asNode=1 )
assert dagiter.next() == trans
assert dagiter.next() == transinst
self.failUnlessRaises(StopIteration, dagiter.next)
# TYPES
# single
dagiter = iterDagNodes(api.MFn.kMesh, asNode=1 )
assert len( list( dagiter ) ) == 1
# multiple
dagiter = iterDagNodes( api.MFn.kMesh,api.MFn.kNurbsSurface, asNode=1 )
assert len( list( dagiter ) ) == 2
def test_dagIter( self ): trans = nt.createNode( "trans", "transform" ) trans2 = nt.createNode( "trans2", "transform" ) transinst = trans.addInstancedChild( trans2 ) mesh = nt.createNode( "parent|mesh", "mesh" ) nurbs = nt.createNode( "parent|nurbs", "nurbsSurface" ) assert len( list( iterDagNodes( dagpath=1 ) ) ) == 16 assert len( list( iterDagNodes( dagpath=0 ) ) ) == 15 # BREADTH FIRST ################ dagiter = iterDagNodes( dagpath=1,depth=0,asNode=1 ) for item in dagiter: if item != trans: continue # now the following ones are known ! assert dagiter.next() == trans2 break # DEPTH FIRST ############## dagiter = iterDagNodes( dagpath=1,depth=1,asNode=1 ) for item in dagiter: if item != trans: continue assert dagiter.next() == transinst break # ROOT ######### # MDagpath, DagNode for rootnode in ( trans2, trans2.dagPath() ): dagiter = iterDagNodes( root=rootnode,depth=1,asNode=1 ) nextobj = dagiter.next() assert nextobj == trans2 # END for each root type # MObject only works for instances it appears dagiter = iterDagNodes( root=trans.object(),depth=1,asNode=1 ) assert dagiter.next() == trans assert dagiter.next() == transinst self.failUnlessRaises(StopIteration, dagiter.next) # TYPES # single dagiter = iterDagNodes(api.MFn.kMesh, asNode=1 ) assert len( list( dagiter ) ) == 1 # multiple dagiter = iterDagNodes( api.MFn.kMesh,api.MFn.kNurbsSurface, asNode=1 ) assert len( list( dagiter ) ) == 2
def test_duplicateInstances(self):
base = nt.createNode("base", "transform")
obase = nt.createNode("obase", "transform")
basemesh = nt.createNode("base|mesh", "mesh")
obasemeshinst = obase.addInstancedChild(basemesh)
duplmesh = obasemeshinst.duplicate("newmeshname") # is a separate copy !
assert duplmesh != obasemeshinst
dupltrans = base.duplicate("duplbase")
baseduplmesh = dupltrans.childrenByType(nt.Mesh)[0]
assert baseduplmesh != basemesh # its a separate copy
def test_duplicateInstances( self ): base = nt.createNode( "base", "transform" ) obase = nt.createNode( "obase", "transform" ) basemesh = nt.createNode( "base|mesh", "mesh" ) obasemeshinst = obase.addInstancedChild( basemesh ) duplmesh = obasemeshinst.duplicate( "newmeshname" ) # is a separate copy ! assert duplmesh != obasemeshinst dupltrans = base.duplicate( "duplbase" ) baseduplmesh = dupltrans.childrenByType( nt.Mesh )[0] assert baseduplmesh != basemesh # its a separate copy
def test_removeChild(self):
base = nt.createNode("base" , "transform")
trans = nt.createNode("base|trans", "transform")
mesh = nt.createNode("base|mesh", "mesh")
for item in [trans, mesh]:
removeditem = base.removeChild(item, allowZeroParents=True)
# PATHS ARE INVALID NOW - object is nowhere to be found
assert not removeditem.isValid() and removeditem.isAlive()
cmds.undo()
assert removeditem.isValid() and removeditem.isAlive()
def test_removeChild( self ): base = nt.createNode( "base" , "transform" ) trans = nt.createNode( "base|trans", "transform" ) mesh = nt.createNode( "base|mesh", "mesh" ) for item in [ trans, mesh ]: removeditem = base.removeChild( item, allowZeroParents=True ) # PATHS ARE INVALID NOW - object is nowhere to be found assert not removeditem.isValid() and removeditem.isAlive() cmds.undo() assert removeditem.isValid() and removeditem.isAlive()
def test_dagPathVSMobjects( self ): node = nt.createNode( "parent|middle|child", "transform" ) nodem = nt.Node( "parent|middle" ) duplnodemiddle = nodem.duplicate( "middle1" ) instnode = duplnodemiddle.addInstancedChild( node ) assert instnode.object() == node.object() # compare mobject assert instnode != node # compare dag paths path = instnode.dagPath( ) childm1 = nt.Node( "parent|middle1|child" ) # if it didnt work, he would have returned a "|parent|middle|child" assert "|parent|middle1|child" == str(childm1) npath = node.dagPath( ) ipath = instnode.dagPath( ) assert npath != ipath assert node.object() == instnode.object() # same object after all # if an MObject is passed in, it should still work assert node == instnode.object() # using an attribute would create a DagNode which corresponds to the first path assert not node != instnode.wm.mwrappedNode() assert node == instnode.wm.mwrappedNode()
def test_displaySettings(self):
mrvmaya.Scene.new(force = 1)
mesh = nt.createNode("a1|b1|c1|d1|mesh", "mesh")
mesh.tmp.msetInt(1)
# TEMPLATE
##########
assert mesh.isTemplate()
cmds.undo()
assert not mesh.isTemplate()
a1 = mesh.root()
a1.v.msetInt(0)
# VISIBLE
#########
assert not mesh.isVisible()
cmds.undo()
assert mesh.isVisible()
# DRAWING OVERRIDES
###################
a1.do.mchildByName('ove').msetInt(1)
a1.do.mchildByName('ovdt').msetInt(2)
assert mesh.displayOverrideValue('ovdt') == 2
cmds.undo()
cmds.undo()
assert mesh.displayOverrideValue('ovdt') == None
def test_dagPathVSMobjects(self):
node = nt.createNode("parent|middle|child", "transform")
nodem = nt.Node("parent|middle")
duplnodemiddle = nodem.duplicate("middle1")
instnode = duplnodemiddle.addInstancedChild(node)
assert instnode.object() == node.object() # compare mobject
assert instnode != node # compare dag paths
path = instnode.dagPath()
childm1 = nt.Node("parent|middle1|child")
# if it didnt work, he would have returned a "|parent|middle|child"
assert "|parent|middle1|child" == str(childm1)
npath = node.dagPath()
ipath = instnode.dagPath()
assert npath != ipath
assert node.object() == instnode.object() # same object after all
# if an MObject is passed in, it should still work
assert node == instnode.object()
# using an attribute would create a DagNode which corresponds to the first path
assert not node != instnode.wm.mwrappedNode()
assert node == instnode.wm.mwrappedNode()
def test_displaySettings( self ):
mrvmaya.Scene.new( force = 1 )
mesh = nt.createNode( "a1|b1|c1|d1|mesh", "mesh" )
mesh.tmp.msetInt( 1 )
# TEMPLATE
##########
assert mesh.isTemplate()
cmds.undo()
assert not mesh.isTemplate()
a1 = mesh.root()
a1.v.msetInt( 0 )
# VISIBLE
#########
assert not mesh.isVisible( )
cmds.undo()
assert mesh.isVisible( )
# DRAWING OVERRIDES
###################
a1.do.mchildByName('ove').msetInt( 1 )
a1.do.mchildByName('ovdt').msetInt( 2 )
assert mesh.displayOverrideValue( 'ovdt' ) == 2
cmds.undo()
cmds.undo()
assert mesh.displayOverrideValue( 'ovdt' ) == None
def test_storageAttributeHanlding(self):
mrvmaya.Scene.new(force=True)
snode = nt.createNode("storage", "storageNode")
# autocreate off
self.failUnlessRaises(AttributeError, snode.pythonData, "test")
data = snode.masterPlug()
val = snode.pythonData("test", autoCreate=True)
oval = snode.pythonData("othertest", autoCreate=True)
assert not oval.isReferenced()
assert data.length() == 2
# have two right now, no prefix
assert len(snode.dataIDs()) == 2
# check flags plug
fplug = snode.storagePlug("test", snode.kFlags)
assert fplug.asInt() == 0
fplug.msetInt(5)
assert fplug.asInt() == 5
# CLEAR EMPTY DATA
######################
snode.clearData("test")
# PREFIXES
############
snode.setDataPrefix("prefix") # must create new one
pval = snode.pythonData("othertest", autoCreate=True)
assert data.length() == 3
assert pval._plug.mparent().mchildByName("id").asString() == "prefixothertest"
# now that we have a prefix, we only see prefixed attributes
assert len(snode.dataIDs()) == 1
# STORAGE PLUGS (MAIN PLUG)
# contains connection plug too
mainplug = snode.findStoragePlug("othertest")
assert mainplug == pval._plug.mparent()
# attribute prefix
assert snode.attributePrefix() == ""
attr_prefix = "attr_prefix_"
snode.addAttribute(createStorageAttribute(PyPickleData.kPluginDataId, name_prefix=attr_prefix))
snode.setAttributePrefix(attr_prefix)
assert snode.masterPlug().length() == 0
snode.setAttributePrefix("")
assert snode.masterPlug().length() == data.length()
# CONNECTION PLUGS
###################
persp = nt.Node("persp")
conarray = mainplug.mchildByName("dmsg")
for c in range(10):
nextplug = conarray.elementByLogicalIndex(c)
persp.message.mconnectTo(nextplug)
assert persp.message.misConnectedTo(nextplug)
assert conarray.length() == 10
assert len(persp.message.moutputs()) == 10
def test_dependnode_getitem(self):
mesh = nt.createNode("p1|p2|mesh", "mesh")
assert len(list(mesh.iterParents())) == 2
p2 = mesh.parent()
p1 = p2.parent()
assert mesh[-1] == p2
assert mesh[-2] == p1
self.failUnlessRaises(IndexError, mesh.__getitem__, -3)
def test_dependnode_getitem( self ): mesh = nt.createNode( "p1|p2|mesh", "mesh" ) assert len( list( mesh.iterParents() ) ) == 2 p2 = mesh.parent() p1 = p2.parent() assert mesh[-1] == p2 assert mesh[-2] == p1 self.failUnlessRaises( IndexError, mesh.__getitem__, -3 )
def test_instanceTraversal(self):
base = nt.createNode("base", "transform")
obase = nt.createNode("obase", "transform")
abase = nt.createNode("abase", "transform")
bases = (base, obase, abase)
trans = nt.createNode("trans", "transform")
shape = nt.createNode("meshtrans|mesh", "mesh")
instances = (trans, shape)
# create instances
for inst in instances:
for b in bases:
b.addInstancedChild(inst)
# INSTANCE TRAVERSAL
for inst in instances:
assert inst.instanceCount(False) == 4
assert inst == inst.instance(inst.instanceNumber())
for instinst in inst.iterInstances(excludeSelf = True):
assert instinst != inst
foundself = False
for instinst in inst.iterInstances(excludeSelf = False):
if instinst == inst:
foundself = True
assert foundself
base.removeChild(inst) # remove one inst
assert inst.instanceCount(False) == 3
base.addInstancedChild(inst) # readd it
# END for each instance path
# END for each instanced node
# TRAVERSE NON-INSTANCED - should have one or 0
assert len(list((base.iterInstances(excludeSelf = True)))) == 0
assert len(list((base.iterInstances(excludeSelf = False)))) == 1
# TEST DIRECT VS INDIRECT INSTANCES
baseinst = base.addParent(obase)
assert base.instanceCount(False) == 2
assert trans.instanceCount(False) != trans.instanceCount(True)
# iteration is always over all instances
assert len(list((trans.iterInstances(excludeSelf=False)))) == trans.instanceCount(True)
def test_instanceTraversal( self ): base = nt.createNode( "base", "transform" ) obase = nt.createNode( "obase", "transform" ) abase = nt.createNode( "abase", "transform" ) bases = ( base, obase, abase ) trans = nt.createNode( "trans", "transform" ) shape = nt.createNode( "meshtrans|mesh", "mesh" ) instances = ( trans, shape ) # create instances for inst in instances: for b in bases: b.addInstancedChild( inst ) # INSTANCE TRAVERSAL for inst in instances: assert inst.instanceCount( False ) == 4 assert inst == inst.instance( inst.instanceNumber( ) ) for instinst in inst.iterInstances( excludeSelf = True ): assert instinst != inst foundself = False for instinst in inst.iterInstances( excludeSelf = False ): if instinst == inst: foundself = True assert foundself base.removeChild( inst ) # remove one inst assert inst.instanceCount( False ) == 3 base.addInstancedChild( inst ) # readd it # END for each instance path # END for each instanced node # TRAVERSE NON-INSTANCED - should have one or 0 assert len( list(( base.iterInstances( excludeSelf = True ) )) ) == 0 assert len( list(( base.iterInstances( excludeSelf = False ) )) ) == 1 # TEST DIRECT VS INDIRECT INSTANCES baseinst = base.addParent( obase ) assert base.instanceCount( False ) == 2 assert trans.instanceCount( False ) != trans.instanceCount( True ) # iteration is always over all instances assert len( list( ( trans.iterInstances(excludeSelf=False))) ) == trans.instanceCount( True )
def _createNodeFromName( self, name ): """:return: newly created maya node named 'name', using the respective type depending on its path ( with pipe or without""" nodetype = None if '|' in name: # name decides whether dag or dep node is created nodetype = random.choice( self.dagtypes ) else: nodetype = random.choice( self.deptypes ) return nt.createNode( name, nodetype, renameOnClash=True )
def _createNodeFromName( self, name ):
""":return: newly created maya node named 'name', using the respective
type depending on its path ( with pipe or without"""
nodetype = None
if '|' in name: # name decides whether dag or dep node is created
nodetype = random.choice( self.dagtypes )
else:
nodetype = random.choice( self.deptypes )
return nt.createNode( name, nodetype, renameOnClash=True )
def create( cls, name="animationHandle", **kwargs ): """:return: New instance of our type providing the ``AnimationHandle`` interface :param kwargs: Passed to ``createNode`` method of mrv""" mynode = nt.createNode(name, "network", **kwargs) # add our custom attribute attr = nt.TypedAttribute.create(cls._l_connection_info_attr, cls._s_connection_info_attr, nt.api.MFnData.kStringArray, nt.StringArrayData.create(list())) mynode.addAttribute(attr) return cls(mynode.object())
def test_objectExistance(self):
depnode = nt.createNode("node", "facade")
assert nt.objExists(str(depnode))
# TEST DUPLICATION
duplnode = depnode.duplicate()
assert duplnode.isValid()
copy2 = depnode.duplicate("name2")
assert str(copy2) == "name2"
# NOTE: currently undo is not opetional
dagnode = nt.createNode("parent|node", "mesh")
assert nt.objExists(str(dagnode))
# must clash with dg node (in maya, dg nodes will block names of dag node leafs !)
self.failUnlessRaises(NameError, nt.createNode, "parent|node|node", "mesh", renameOnClash=False)
# same clash occours if dag node exists first
dagnode = nt.createNode("parent|othernode", "transform")
self.failUnlessRaises(NameError, nt.createNode, "othernode", "facade", renameOnClash=False)
def test_objectExistance( self ): depnode = nt.createNode( "node", "facade" ) assert nt.objExists( str( depnode ) ) # TEST DUPLICATION duplnode = depnode.duplicate( ) assert duplnode.isValid( ) copy2 = depnode.duplicate( "name2" ) assert str( copy2 ) == "name2" # NOTE: currently undo is not opetional dagnode = nt.createNode( "parent|node", "mesh" ) assert nt.objExists( str( dagnode ) ) # must clash with dg node ( in maya, dg nodes will block names of dag node leafs ! ) self.failUnlessRaises( NameError, nt.createNode, "parent|node|node", "mesh", renameOnClash=False ) # same clash occours if dag node exists first dagnode = nt.createNode( "parent|othernode", "transform" ) self.failUnlessRaises( NameError, nt.createNode, "othernode", "facade", renameOnClash=False )
def test_keepWorldSpace( self ): g = nt.createNode( "g", "transform" ) t = nt.createNode( "t", "transform" ) t.setParent( g ) mainattrs = ( "t","s" ) subattrs = ( "x","y","z" ) count = 0.0 for ma in mainattrs: for sa in subattrs: getattr( g, ma ).mchildByName(ma+sa).msetFloat(count) count += 1.0 # END for each sa # END for each ma # REPARENT TO WORLD ################### t = t.reparent( None, keepWorldSpace = 1 ) count = 0.0 for ma in mainattrs: for sa in subattrs: value = t.findPlug(ma+sa).asFloat( ) assert value == count count += 1.0 # END # END # undo - everything should be back to normal cmds.undo() self._checkIdentity( t ) cmds.redo() # REPARENT TO PARENT NODE ########################### t = t.setParent( g, keepWorldSpace = 1 ) self._checkIdentity( t )
def test_keepWorldSpace(self):
g = nt.createNode("g", "transform")
t = nt.createNode("t", "transform")
t.setParent(g)
mainattrs = ("t","s")
subattrs = ("x","y","z")
count = 0.0
for ma in mainattrs:
for sa in subattrs:
getattr(g, ma).mchildByName(ma+sa).msetFloat(count)
count += 1.0
# END for each sa
# END for each ma
# REPARENT TO WORLD
###################
t = t.reparent(None, keepWorldSpace = 1)
count = 0.0
for ma in mainattrs:
for sa in subattrs:
value = t.findPlug(ma+sa).asFloat()
assert value == count
count += 1.0
# END
# END
# undo - everything should be back to normal
cmds.undo()
self._checkIdentity(t)
cmds.redo()
# REPARENT TO PARENT NODE
###########################
t = t.setParent(g, keepWorldSpace = 1)
self._checkIdentity(t)
def test_reparentAndInstances(self):
mesh = nt.createNode("trans|mesh", "mesh")
base = nt.createNode("base|subbase", "transform")
obase = nt.createNode("obase|subbase2", "transform")
rbase = nt.createNode("reparentBase", "transform")
# test basic functions
assert rbase.apiType() == api.MFn.kTransform
assert rbase.hasFn(api.MFn.kTransform)
baseinst = base.addInstancedChild(mesh)
obaseinst = obase.addInstancedChild(mesh)
# try to re-wrap the instanced items
assert nt.Node(str(baseinst)) == baseinst
assert nt.Node(str(obaseinst)) == obaseinst
# use partial name
assert nt.Node("subbase|mesh") == baseinst
assert nt.Node("subbase2|mesh") == obaseinst
assert mesh.isValid() and baseinst.isValid() and obaseinst.isValid()
# assure we catch this possibly damaage
self.failUnlessRaises(RuntimeError, mesh.reparent, rbase, raiseOnInstance=True)
# instances are gone should be gone
mesh = mesh.reparent(rbase, raiseOnInstance=False)
assert mesh.isValid() and not baseinst.isValid() and not obaseinst.isValid()
# try unparent
meshtrans = mesh.transform()
meshtrans.setParent(obase)
assert meshtrans.parent() == obase
meshtrans.unparent()
assert meshtrans.parent() is None
def test_reparentAndInstances( self ): mesh = nt.createNode( "trans|mesh", "mesh" ) base = nt.createNode( "base|subbase", "transform" ) obase = nt.createNode( "obase|subbase2", "transform" ) rbase = nt.createNode( "reparentBase", "transform" ) # test basic functions assert rbase.apiType() == api.MFn.kTransform assert rbase.hasFn( api.MFn.kTransform ) baseinst = base.addInstancedChild( mesh ) obaseinst = obase.addInstancedChild( mesh ) # try to re-wrap the instanced items assert nt.Node( str( baseinst ) ) == baseinst assert nt.Node( str( obaseinst ) ) == obaseinst # use partial name assert nt.Node( "subbase|mesh" ) == baseinst assert nt.Node( "subbase2|mesh" ) == obaseinst assert mesh.isValid() and baseinst.isValid() and obaseinst.isValid() # assure we catch this possibly damaage self.failUnlessRaises( RuntimeError, mesh.reparent, rbase, raiseOnInstance=True ) # instances are gone should be gone mesh = mesh.reparent( rbase, raiseOnInstance=False ) assert mesh.isValid() and not baseinst.isValid() and not obaseinst.isValid() # try unparent meshtrans = mesh.transform() meshtrans.setParent(obase) assert meshtrans.parent() == obase meshtrans.unparent() assert meshtrans.parent() is None
def test_storageAttributeHanlding( self ):
mrvmaya.Scene.new( force = True )
snode = nt.createNode( "storage", "storageNode" )
# autocreate off
self.failUnlessRaises( AttributeError, snode.pythonData, "test" )
data = snode.dta
val = snode.pythonData( "test", autoCreate=True )
oval = snode.pythonData( "othertest", autoCreate=True )
assert len( data ) == 2
# have two right now, no prefix
assert len( snode.dataIDs() ) == 2
# CLEAR EMPTY DATA
######################
snode.clearData( "test" )
# PREFIXES
############
snode._attrprefix = "prefix" # must create new one
pval = snode.pythonData( "othertest", autoCreate=True )
assert len( data ) == 3
assert pval._plug.mparent().mchildByName('id').asString() == "prefixothertest"
# now that we have a prefix, we only see prefixed attributes
assert len( snode.dataIDs() ) == 1
# STORAGE PLUGS ( MAIN PLUG )
# contains connection plug too
mainplug = snode.findStoragePlug( "othertest" )
assert mainplug == pval._plug.mparent()
# CONNECTION PLUGS
###################
persp = nt.Node( "persp" )
conarray = mainplug.mchildByName('dmsg')
for c in range( 10 ):
nextplug = conarray.elementByLogicalIndex( c )
persp.message.mconnectTo(nextplug)
assert persp.message.misConnectedTo(nextplug)
assert len( conarray ) == 10
assert len( persp.message.moutputs() ) == 10
def test_create_nodes(self):
nn = 1000
for node_type in ("network", "transform"):
# CREATE NODES
st = time.time()
node_list = list()
for number in xrange(nn):
n = nt.createNode(node_type, node_type)
node_list.append(n)
# END for each node to created
elapsed = time.time() - st
print >>sys.stderr, "Created %i %s nodes in %f s ( %f nodes / s )" % (nn, node_type, elapsed, nn/elapsed)
# RENAME
st = time.time()
for node in node_list:
node.rename(node.basename()[:-1])
# END for each node to rename
elapsed = time.time() - st
print >>sys.stderr, "Renamed %i %s nodes in %f s ( %f nodes / s )" % (nn, node_type, elapsed, nn/elapsed)
def test_create_nodes(self):
nn = 1000
for node_type in ("network", "transform"):
# CREATE NODES
st = time.time()
node_list = list()
for number in xrange(nn):
n = nt.createNode(node_type, node_type)
node_list.append(n)
# END for each node to created
elapsed = time.time() - st
print >>sys.stderr, "Created %i %s nodes in %f s ( %f nodes / s )" % (nn, node_type, elapsed, nn/elapsed)
# RENAME
st = time.time()
for node in node_list:
node.rename(node.basename()[:-1])
# END for each node to rename
elapsed = time.time() - st
print >>sys.stderr, "Renamed %i %s nodes in %f s ( %f nodes / s )" % (nn, node_type, elapsed, nn/elapsed)
def test_single_vs_multi_connetions(self):
sn = nt.createNode("network1", "network")
tn = nt.createNode("network2", "network")
sn2 = nt.createNode("network3", "network")
tn2 = nt.createNode("network4", "network")
sn3 = nt.createNode("network5", "network")
tn3 = nt.createNode("network6", "network")
def pir(array, range_iter):
for i in range_iter:
yield array.elementByLogicalIndex(i)
# END plugs in range utility
# single connection
r = range(5000)
st = time.time()
for source, dest in zip(pir(sn.a, r), pir(tn.ab, r)):
source.mconnectTo(dest)
# END for whole range
elapsed = time.time() - st
print >> sys.stderr, "Single-Connected %i different multi-plugs in %f s ( %f / s )" % (
len(r), elapsed, len(r) / elapsed)
# multiconnect
st = time.time()
api.MPlug.mconnectMultiToMulti(izip(pir(sn2.a, r), pir(tn2.ab, r)),
force=False)
elapsed = time.time() - st
print >> sys.stderr, "Multi-Connected %i different multi-plugs in %f s ( %f / s )" % (
len(r), elapsed, len(r) / elapsed)
# multiconnect with force worstcase
st = time.time()
api.MPlug.mconnectMultiToMulti(izip(pir(sn.a, r), pir(tn2.ab, r)),
force=True)
elapsed = time.time() - st
print >> sys.stderr, "Multi-Connected %i different multi-plugs with worstcase FORCE in %f s ( %f / s )" % (
len(r), elapsed, len(r) / elapsed)
# multiconnect with force bestcase
r = range(len(r), len(r) + len(r))
st = time.time()
api.MPlug.mconnectMultiToMulti(izip(pir(sn3.a, r), pir(tn3.ab, r)),
force=True)
elapsed = time.time() - st
print >> sys.stderr, "Multi-Connected %i different multi-plugs with bestcase FORCE in %f s ( %f / s )" % (
len(r), elapsed, len(r) / elapsed)
def test_create_nodes(self):
# create all types of nodes, just individual samples, assure createNode
# gets it right
pe = nt.PointEmitter()
assert pe.parent() is None
# a shape with just a shortname works as well
m = nt.createNode("myMesh", "mesh")
mp = m.parent()
assert isinstance(mp, nt.Transform)
cmds.undo()
cmds.undo()
assert pe.isAlive() and not pe.isValid()
assert mp.isAlive() and not mp.isValid()
assert m.isAlive() and not m.isValid()
cmds.redo()
assert pe.isValid()
cmds.redo()
assert m.isValid() and mp.isValid()
def test_create_nodes(self):
# create all types of nodes, just individual samples, assure createNode
# gets it right
pe = nt.PointEmitter()
assert pe.parent() is None
# a shape with just a shortname works as well
m = nt.createNode("myMesh", "mesh")
mp = m.parent()
assert isinstance(mp, nt.Transform)
cmds.undo()
cmds.undo()
assert pe.isAlive() and not pe.isValid()
assert mp.isAlive() and not mp.isValid()
assert m.isAlive() and not m.isValid()
cmds.redo()
assert pe.isValid()
cmds.redo()
assert m.isValid() and mp.isValid()
def test_single_vs_multi_connetions(self):
sn = nt.createNode("network1", "network")
tn = nt.createNode("network2", "network")
sn2 = nt.createNode("network3", "network")
tn2 = nt.createNode("network4", "network")
sn3 = nt.createNode("network5", "network")
tn3 = nt.createNode("network6", "network")
def pir(array, range_iter):
for i in range_iter:
yield array.elementByLogicalIndex(i)
# END plugs in range utility
# single connection
r = range(5000)
st = time.time()
for source, dest in zip(pir(sn.a, r), pir(tn.ab, r)):
source.mconnectTo(dest)
# END for whole range
elapsed = time.time() - st
print >> sys.stderr, "Single-Connected %i different multi-plugs in %f s ( %f / s )" % (len(r), elapsed, len(r) / elapsed)
# multiconnect
st = time.time()
api.MPlug.mconnectMultiToMulti(izip(pir(sn2.a, r), pir(tn2.ab, r)), force=False)
elapsed = time.time() - st
print >> sys.stderr, "Multi-Connected %i different multi-plugs in %f s ( %f / s )" % (len(r), elapsed, len(r) / elapsed)
# multiconnect with force worstcase
st = time.time()
api.MPlug.mconnectMultiToMulti(izip(pir(sn.a, r), pir(tn2.ab, r)), force=True)
elapsed = time.time() - st
print >> sys.stderr, "Multi-Connected %i different multi-plugs with worstcase FORCE in %f s ( %f / s )" % (len(r), elapsed, len(r) / elapsed)
# multiconnect with force bestcase
r = range(len(r), len(r)+len(r))
st = time.time()
api.MPlug.mconnectMultiToMulti(izip(pir(sn3.a, r), pir(tn3.ab, r)), force=True)
elapsed = time.time() - st
print >> sys.stderr, "Multi-Connected %i different multi-plugs with bestcase FORCE in %f s ( %f / s )" % (len(r), elapsed, len(r) / elapsed)
def test_dgiter( self ): trans = nt.createNode( "trans", "transform" ) mesh = nt.createNode( "trans|mesh", "mesh" ) gid = nt.createNode( "gid", "groupId" ) fac = nt.createNode( "fac", "facade" ) fac1 = nt.createNode( "fac1", "facade" ) oset = nt.createNode( "set", "objectSet" ) # one type id assert len( list( iterDgNodes( api.MFn.kFacade ) ) ) == 2 assert oset in iterDgNodes( api.MFn.kSet, asNode=1 ) # multiple type ids filteredNodes = list( iterDgNodes( api.MFn.kSet, api.MFn.kGroupId, asNode=1 ) ) for node in [ gid, oset ]: assert node in filteredNodes # asNode assert isinstance(iterDgNodes(asNode=0).next(), api.MObject) # predicate assert len(list(iterDgNodes(predicate=lambda n: False))) == 0
def test_dgiter( self ):
trans = nt.createNode( "trans", "transform" )
mesh = nt.createNode( "trans|mesh", "mesh" )
gid = nt.createNode( "gid", "groupId" )
fac = nt.createNode( "fac", "facade" )
fac1 = nt.createNode( "fac1", "facade" )
oset = nt.createNode( "set", "objectSet" )
# one type id
assert len( list( iterDgNodes( api.MFn.kFacade ) ) ) == 2
assert oset in iterDgNodes( api.MFn.kSet, asNode=1 )
# multiple type ids
filteredNodes = list( iterDgNodes( api.MFn.kSet, api.MFn.kGroupId, asNode=1 ) )
for node in [ gid, oset ]:
assert node in filteredNodes
# asNode
assert isinstance(iterDgNodes(asNode=0).next(), api.MObject)
# predicate
assert len(list(iterDgNodes(predicate=lambda n: False))) == 0
def test_general( self ):
mrvmaya.Scene.new( force = True )
s1 = nt.createNode( "storage1", "storageNode" )
s2 = nt.createNode( "storage2", "storageNode" )
s1msg = s1.storagePlug( "s1", plugType = 1, autoCreate = True )
s2msg = s1.storagePlug( "s1", plugType = 1, autoCreate = True )
# connect the message attributes respectively
def measurePlugConnection( msg, func, callNumberList ):
"""Call func of named operation msg number of times as in callNumberList"""
for numcons in callNumberList:
undoObj = undo.StartUndo()
starttime = time.time()
for i in xrange( numcons ):
func( i )
elapsed = time.time( ) - starttime
print >> sys.stderr, "%i %s in %f s ( %f / s )" % ( numcons, msg, elapsed, numcons / elapsed )
del( undoObj )
starttime = time.time()
cmds.undo()
undoelapsed = time.time() - starttime
starttime = time.time()
cmds.redo()
redoelapsed = time.time() - starttime
print >> sys.stderr, "UNDO / REDO Time = %f / %f ( %f * faster than initial creation )" % ( undoelapsed, redoelapsed, elapsed / max( redoelapsed, 0.001) )
# END for each amount of plugs to connct
# END measure function
conlist = [ 250, 1000, 2000, 4000 ]
# CONNECT MULTI PLUGS
######################
multifunc = lambda i: s1msg.elementByLogicalIndex( i ).mconnectTo(s2msg.elementByLogicalIndex( i ))
measurePlugConnection( "MULTI PLUG Connected", multifunc, conlist )
# CONNECT SINGLE PLUGS
persp = nt.Node( "persp" )
front = nt.Node( "front" )
def singleFunc( i ):
persp.message.mconnectTo(front.isHistoricallyInteresting)
persp.message.mdisconnectFrom(front.isHistoricallyInteresting)
measurePlugConnection( "SINGLE PLUGS Connected", singleFunc, conlist )
# SET AND GET
##############
persp = nt.Node( "persp" )
perspshape = persp[0]
plugs = [ persp.tx, perspshape.fl ]
num_iterations = 2500
iterations = range( num_iterations )
undoObj = undo.StartUndo()
starttime = time.time()
for plug in plugs:
for i in iterations:
value = plug.asFloat()
plug.msetFloat( value )
# END get set plug
# END for each plug
elapsed = time.time() - starttime
del( undoObj )
total_count = num_iterations * len( plugs )
print >> sys.stderr, "Get/Set %i plugs %i times ( total = %i ) in %f ( %g / s )" % ( len( plugs ), num_iterations, total_count, elapsed, total_count / elapsed )
starttime = time.time()
cmds.undo()
undoelapsed = time.time() - starttime
starttime = time.time()
cmds.redo()
redoelapsed = time.time() - starttime
print >> sys.stderr, "UNDO / REDO Time = %f / %f ( %f * faster than initial set/get )" % ( undoelapsed, redoelapsed, elapsed / max( redoelapsed, 0.001) )
def test_storageSetHandling( self ): mrvmaya.Scene.new( force = True ) snode = nt.createNode( "storage", "storageNode" ) # SIMPLE SET did = "objset" # error checking objset = snode.objectSet( did, 0, autoCreate = True ) assert isinstance( objset, nt.ObjectSet ) assert len(snode.setsByID(did)) == 1 # does not exist anymore cmds.undo() self.failUnlessRaises( AttributeError, snode.objectSet, did, 0, autoCreate = False ) # objset should be valid again cmds.redo() assert objset.isValid() and objset.isAlive() # del set snode.deleteObjectSet( did, 0 ) assert not objset.isValid() and objset.isAlive() self.failUnlessRaises( AttributeError, snode.objectSet, did, 0, False ) cmds.undo() assert objset.isValid() assert snode.objectSet(did, 0, False) == objset cmds.redo() assert not objset.isValid() self.failUnlessRaises( AttributeError, snode.objectSet, did, 0, False ) cmds.undo() # undo deletion after all assert objset.isValid() assert snode.objectSet(did, 0, False) == objset # SIMPLE OBJSET OPERATIONS # MULTIPLE SETS # PARTITION HANDLING ####################### partition = snode.setPartition( did, True ) assert snode.partition( did ) is not None cmds.undo() assert snode.partition( did ) is None cmds.redo() # set is available again # delete the single set we have, partition should be gone as well snode.deleteObjectSet( did, 0 ) assert not partition.isValid() cmds.undo() assert partition.isValid() # disable partition snode.setPartition( did, False ) assert snode.isAlive() and snode.isValid() # recently it would be deleted assert snode.partition( did ) is None snode.setPartition( did, True ) # new set, check partition oset = snode.objectSet( did, 1, autoCreate = 1 ) assert isinstance( oset, nt.ObjectSet ) assert len( oset.partitions() ) == 1 assert oset.partitions()[0] == snode.partition( did ) cmds.undo() assert len( oset.partitions() ) == 0 cmds.redo() # set is in multiple partitions, some from us, some from the user myprt = nt.createNode( "mypartition", "partition" ) myprt.addSets( oset ) assert myprt != snode.partition( did ) snode.setPartition( did, False ) assert myprt.sets( )[0] == oset assert len( oset.partitions() ) == 1 # undo / redo cmds.undo() assert len( oset.partitions() ) == 2 cmds.redo() assert len( oset.partitions() ) == 1
def test_storagePickleData( self ):
tmpdir = make_path( tempfile.gettempdir() )
def setTestValue( mydict ):
mydict['string'] = "hello world"
mydict[1] = 3.0
mydict["list"] = ["this", 2, 45.0]
def checkTestValue( self, mydict ):
sval = mydict.get( "string" )
assert sval == "hello world"
fval = mydict.get( 1 )
assert fval == 3.0
lval = mydict.get( "list" )
assert len( lval ) == 3
def fix_ascii_file(filepath):
"""Unfortunately, on windows and osx and maya2011,
ascii's tend to corrupt themselves by writing ','
into floats which should be a '.'. Could be something
related to the locale too. Nonetheless, we have to
fix it and do a stupid find a replace"""
if filepath.ext() != '.ma':
return
tmpfile = make_path(tempfile.mktemp())
ofh = open(tmpfile, 'wb')
for line in open(filepath):
ofh.write(line.replace(',', '.'))
# END for each line
ofh.close()
filepath.remove()
tmpfile.move(filepath)
did = "test"
for filetype in [ ".ma", ".mb" ]:
mrvmaya.Scene.new( force = True )
# BASIC DATA CREATION AND EDITING
####################################
storagenode = nt.createNode( "storage", "storageNode" )
refcomparator = nt.createNode( "trans", "transform" )
pyval = storagenode.pythonData( did, autoCreate = True )
# adjust the value - will be changed in place
setTestValue( pyval )
# SAVE AND LOAD !
#################
# ascii and binary ( including reference test )
filepath = tmpdir / ( "storagetest" + filetype )
mrvmaya.Scene.save( filepath )
fix_ascii_file(filepath)
# reload
mrvmaya.Scene.open( filepath, force=True )
# get and test data
storagenode = nt.Node( "storage" )
pyvalloaded = storagenode.pythonData( did, autoCreate = False )
checkTestValue( self, pyvalloaded )
# CLEAR NON-EMPTY DATA WITH UNDO
##################################
storagenode.clearData( did )
pydatacleared = storagenode.pythonData( did, autoCreate =False )
assert not pydatacleared.has_key( "string" )
cmds.undo()
pydataundone = storagenode.pythonData( did, autoCreate =False )
assert pydataundone.has_key( "string" )
# CREATE REFERENCE
##################
mrvmaya.Scene.new( force = True )
mrvmaya.ref.createReference( filepath, namespace="referenced" )
refstoragenode = nt.Node( "referenced:storage" )
refcomparator = nt.Node( "referenced:trans" )
pyval = refstoragenode.pythonData( did )
# adjust values
pyval[ "refchange" ] = "changed in reference"
refcomparator.tx.msetFloat( 5.5 )
# save reference
filewithrefpath = tmpdir / ( "refstoragetest" + filetype )
mrvmaya.Scene.save( filewithrefpath )
fix_ascii_file(filewithrefpath)
mrvmaya.Scene.open( filewithrefpath, force = True )
# check test value and the newly written one
refstoragenode = nt.Node( "referenced:storage" )
pyval = refstoragenode.pythonData( did )
checkTestValue( self, pyval )
sval = pyval[ 'refchange' ]
assert sval == "changed in reference"
# DUPLICATION
###############
for is_shallow in range( 2 ):
duplicate = refstoragenode.duplicate( shallow = is_shallow )
ddata = duplicate.pythonData( did )
data = refstoragenode.pythonData( did )
checkTestValue( self, ddata )
# assure that its a real copy , not just something shallow
if not is_shallow:
data[ 'other' ] = 2
assert not ddata.has_key( 'other' )
def test_setOperations( self ): """byroniom.maya.nt.sets: unions, intersections, difference, overloaded ops""" memberlist = self._getMemberList( ) s3 = nt.createNode( "anotherObjectSet", "objectSet" ) s = nt.ObjectSet() s.clear() s.addMembers( memberlist ) side = nt.Node( "side" ) s2 = nt.createNode( "memberSet2", "objectSet" ) s2.addMember( side ) # UNION ######## # with set sellist = s.union( s2 ) assert sellist.length() == len( memberlist ) + 1 # with sellist - will create temp set sellist = s.union( s2.members() ) assert sellist.length() == len( memberlist ) + 1 assert not nt.objExists( "set4" ) # tmp set may not exist # with multiple object sets s.union( [ s2, s3 ] ) list( s.iterUnion( s2 ) ) # INTERSECTION ############### fewmembers = memberlist[:3] s2.addMembers( fewmembers ) # add 0 members s2.addMembers( list() ) # with set sellist = s.intersection( s2 ) assert sellist.length() == len( fewmembers ) # with sellist sellist = s.intersection( fewmembers ) assert sellist.length() == len( fewmembers ) # with multi sets s3.addMembers( fewmembers ) sellist = s.intersection( [ s2, s3 ] ) assert sellist.length() == len( fewmembers ) list( s.iterIntersection( s2 ) ) # DIFFERENCE ############# # with set s2.removeMember( side ) sellist = s.difference( s2 ) assert s.members().length() - s2.members().length() == sellist.length() # with objects sellist = s.difference( list( s2.iterMembers() ) ) assert s.members().length() - s2.members().length() == sellist.length() # with sellist sellist = s.difference( s2.members() ) # with multiple sets s3.clear() s3.addMember( nt.Node( "front" ) ) sellist = s.difference( [ s2, s3 ] ) assert len( list( s.iterDifference( [ s2, s3 ] ) ) ) == s.difference( [ s2, s3 ] ).length() assert s.members().length() - s2.members().length() - s3.members().length() == sellist.length()
def test_wrapDagNode( self ):
mesh = nt.createNode( "parent|mesh", "mesh" )
parent = mesh.parent( )
# simple rename
mesh.rename( "fancymesh" )
# simple dupl test
duplbase = nt.createNode( "parent|this|other|duplbase", "mesh" )
transcopy = duplbase.transform( ).duplicate()
copy = duplbase.duplicate( "parent|this|other|duplcopy" )
assert copy != duplbase
assert str( copy ) != str( duplbase )
assert str( copy ) == "|parent|this|other|duplcopy"
# TEST ADDITIONAL OPTIONS
for i in range( 1,3 ):
ocopy = duplbase.duplicate( )
assert str( ocopy ) == str( duplbase ) + str( i )
ocopy = duplbase.duplicate( newTransform=1 )
assert ocopy.basename( ) == duplbase.basename()
assert str( ocopy.parent() ) == str( duplbase.parent() ) + str( i + 1 )
# undo both duplications and redo
# CRASHES MAYA AFTER REDO
# and if someone tries to access an object already created
#cmds.undo()
#cmds.undo()
#assert duplbase.isValid()
#cmds.redo()
#cmds.redo()
# END for each copy
# simple reparent
otherparent = nt.createNode( "oparent", "transform" )
mesh.reparent( otherparent )
# REPARENT UNDO TEST
cmds.undo()
assert mesh.parent() == parent
cmds.redo()
assert mesh.parent() == otherparent
# REPARENT RENAME CLASH
origmesh = nt.createNode( "parent|fancymesh", "mesh" ) # "|parent|fancymesh"
self.failUnlessRaises( RuntimeError, mesh.reparent, parent , renameOnClash = False )
# RENAME CLASH DAG NODE
othermesh = nt.createNode( "parent|mesh", "mesh" )
self.failUnlessRaises( RuntimeError, origmesh.rename, "mesh", renameOnClash = False )
# now it works
othermesh.rename( "mesh", renameOnClash = True )
assert othermesh.basename( ) == "mesh"
# shape under root
self.failUnlessRaises( RuntimeError, mesh.reparent, None )
# REPARENT AGAIN
# should just work as the endresult is the same
mesh.reparent( otherparent ) # it will also trigger a new undo event, so undo will react as it should
mesh.reparent( otherparent ) # "|otherparent|fancymesh"
# REPARENT UNDER SELF
self.failUnlessRaises( RuntimeError, mesh.reparent, mesh )
# reparent transform to world
wtrans = nt.createNode( "parent2|worldtrans", "transform" )
parent = nt.Node( "parent2" )
oparent = nt.createNode( "oparent2", "transform" )
wtrans = wtrans.reparent( None )
wtransnewparent = wtrans.setParent( parent )
assert wtrans == wtransnewparent
assert wtransnewparent.instanceCount( 1 ) == 1
wtransnewparent.addParent( oparent )
assert wtransnewparent.instanceCount( 1 ) == 2
wtransnewparent.removeParent( oparent )
assert wtrans.instanceCount( 1 ) == 1
# OBJECT NAVIGATION
#######################
# TODO: navigate the object properly
# DUPLICATE ( Dag only )
#########################
newmesh = mesh.duplicate( "|duplparent|duplmesh" )
assert str( newmesh ) == "|duplparent|duplmesh"
self.failUnlessRaises( RuntimeError, mesh.duplicate, "|duplparent2|doesntexistns:duplmesh",
autocreateNamespace = False )
assert newmesh != mesh
instbase = nt.createNode( "|duplparent2|newnamespace:instmesh", "transform" )
meshinst = instbase.addInstancedChild( mesh )
meshinstname = str( meshinst )
# UNDO DUPLICATE
#################
cmds.undo()
# this object will end up pointing to the same object , as it came from, use string test
assert not nt.objExists( meshinstname )
cmds.redo()
cmds.undo()
cmds.redo()
assert meshinst != mesh
assert meshinst.isAlive() and meshinst.isValid() and str( meshinst ) == meshinstname
# Duplicate TRANSFORM ( just a name given )
# dag paths should be different although object is the same
mesh = nt.createNode( "|parent|mybeautifuluniquemeshname", "mesh" )
meshassert = nt.createNode( "|parent|mesh", "mesh" )
meshself = nt.Node( "|parent|mybeautifuluniquemeshname" )
assert mesh == meshself
# connect it, to track the instance by connection
persp = nt.Node( "persp" )
perspplug = persp.t.mchildByName('tx')
triplug = meshself.maxTriangles
perspplug.mconnectTo(triplug)
# target does exist
# this is blocking the target instance name with an incorrect type
nt.createNode( "parent|this|mybeautifuluniquemeshname", "transform" )
self.failUnlessRaises( RuntimeError, mesh.duplicate, "|parent|this" )
# if the path is too short ...
self.failUnlessRaises( NameError, mesh.duplicate, str( mesh.transform() ) )
self.failUnlessRaises( NameError, mesh.parent().duplicate, '|' )
meshinstname = mesh.transform().fullChildName( "newns:meshinst" )
assert isinstance( meshinst, nt.Mesh )
def test_memberHandling( self ): s = nt.createNode( "memberSet", "objectSet" ) # ADD/REMOVE SINGLE MEMBER #################### # add Node ( dgnode ) memberlist = self._getMemberList( ) for i,member in enumerate( memberlist ): s.addMember( member ) assert s.members( ).length() == i+1 assert s.isMember( member ) cmds.undo() assert s.members( ).length() == i cmds.redo() # end for each member # clear the set by undoing it all for i in range( len( memberlist ) ): cmds.undo() assert s.members().length() == 0 # get it back for i in range( len( memberlist ) ): cmds.redo() assert s.members().length() == len( memberlist ) # MULTI-MEMBER UNDO/REDO ########################## s.removeMembers( memberlist ) assert s.members().length() == 0 cmds.undo() assert s.members().length() == len( memberlist ) cmds.redo() assert s.members().length() == 0 # add members again s.addMembers( memberlist ) assert s.members().length() == len( memberlist ) cmds.undo() assert s.members().length() == 0 cmds.redo() assert s.members().length() == len( memberlist ) # remove all members for i,member in enumerate( memberlist ): s.removeMember( member ) assert s.members().length() == 0 # ADD/REMOVE MULTIPLE MEMBER ###################### # add node list s.addMembers( memberlist ) assert s.members().length() == len( memberlist ) s.clear() assert s.members().length() == 0 # Add selection listx sellist = nt.toSelectionList( memberlist ) s.addMembers( sellist ) assert s.members().length() == sellist.length() # remove members from sellist s.removeMembers( sellist ) assert s.members().length() == 0 cmds.undo() assert s.members().length() == sellist.length() cmds.redo() assert s.members().length() == 0 # test smart add s.add(sellist) assert len(s) == len(sellist) single_item = sellist.mtoIter().next() s.add(single_item) assert len(s) == len(sellist) s.discard(single_item) assert single_item not in s s.discard(sellist.mtoList()) assert len(s) == 0 # TEST CLEAR ############# s.addMembers( sellist ) assert s.members().length() == sellist.length() s.clear() assert s.members().length() == 0 cmds.undo() assert s.members().length() == sellist.length() # USING SETMEMBERS ######################## members = self._getMemberList() # replace s.setMembers( members[0:2], 0 ) assert s.members().length() == 2 # add s.setMembers( members[-2:-1], 1 ) assert s.members().length() == 3 # remove s.setMembers( members[0:2], 2 ) assert s.members().length() == 1 cmds.undo() assert s.members().length() == 3 # TEST SET PROTOCOLS #################### assert len(s) == 3 assert [ m for m in s ] == s.members().mtoList() assert iter(s).next() in s
def test_childEditing(self):
base = nt.createNode("basenode", "transform")
obase = nt.createNode("otherbasenode", "transform")
trans = nt.createNode("trans", "transform")
otrans = nt.createNode("parent|trans", "transform")
mesh = nt.createNode("meshparent|meshshape", "mesh")
curve = nt.createNode("nurbsparent|ncurve", "nurbsCurve")
itemlist = [trans, mesh, curve]
instlist = list()
# MULTIPLE ADDS
####################
# Returns the same instance - its what the user wants
for item in itemlist:
assert item.instanceCount(0) == 1
inst = base.addInstancedChild(item)
assert base.addInstancedChild(item) == inst
assert item.instanceCount(0) == 2
assert item != inst and inst.isValid() and item.isValid()
instlist.append(inst)
# UNDO TEST
# undo basemesh
cmds.undo()
assert not inst.isValid() and inst.isAlive()
cmds.redo()
assert inst.isValid() and inst.isAlive()
# END for each object including undo/redo
# KEEP PARENT FALSE - USE INSTANCES
# TODO: this test needs a redo - the original purpose got lost when
# the addChild method has been changed, additionally it needs to be
# better documented as this instancing stuff is not easily understood if
# one just sees the code
for orig,inst in zip(itemlist, instlist):
assert orig.object() == inst.object() and orig != inst
ninst = obase.addChild(inst, keepExistingParent=False)
# # duplicate adds are not problem, but it can't be tested as the inst is already invalid
# assert obase.addChild(inst, keepExistingParent=False) == ninst
assert not inst.isValid()
assert ninst.isValid() and ninst.isAlive()
assert orig.isValid() # original may not be influenced by that operation
# undo / redo
cmds.undo()
assert orig.isValid()
assert not ninst.isValid()
assert inst.isValid()
cmds.redo()
assert not inst.isValid() and orig.isValid() and ninst.isValid()
# END for each instance
# RENAME ON CLASH = False
self.failUnlessRaises(RuntimeError, obase.addChild, otrans, renameOnClash = False)
# RENAME ON CLASH = True
otransname = str(otrans)
renamedtrans = obase.addChild(otrans, renameOnClash = True)
assert renamedtrans.isValid()
renamedname = str(renamedtrans)
assert renamedname != otransname
cmds.undo()
assert nt.objExists(otransname) and not nt.objExists(renamedname)
cmds.redo()
def test_general(self):
mrvmaya.Scene.new(force=True)
s1 = nt.createNode("storage1", "storageNode")
s2 = nt.createNode("storage2", "storageNode")
s1msg = s1.storagePlug("s1", plugType=1, autoCreate=True)
s2msg = s1.storagePlug("s1", plugType=1, autoCreate=True)
# connect the message attributes respectively
def measurePlugConnection(msg, func, callNumberList):
"""Call func of named operation msg number of times as in callNumberList"""
for numcons in callNumberList:
undoObj = undo.StartUndo()
starttime = time.time()
for i in xrange(numcons):
func(i)
elapsed = time.time() - starttime
print >> sys.stderr, "%i %s in %f s ( %f / s )" % (
numcons, msg, elapsed, numcons / elapsed)
del (undoObj)
starttime = time.time()
cmds.undo()
undoelapsed = time.time() - starttime
starttime = time.time()
cmds.redo()
redoelapsed = time.time() - starttime
print >> sys.stderr, "UNDO / REDO Time = %f / %f ( %f * faster than initial creation )" % (
undoelapsed, redoelapsed,
elapsed / max(redoelapsed, 0.001))
# END for each amount of plugs to connct
# END measure function
conlist = [250, 1000, 2000, 4000]
# CONNECT MULTI PLUGS
######################
multifunc = lambda i: s1msg.elementByLogicalIndex(i).mconnectTo(
s2msg.elementByLogicalIndex(i))
measurePlugConnection("MULTI PLUG Connected", multifunc, conlist)
# CONNECT SINGLE PLUGS
persp = nt.Node("persp")
front = nt.Node("front")
def singleFunc(i):
persp.message.mconnectTo(front.isHistoricallyInteresting)
persp.message.mdisconnectFrom(front.isHistoricallyInteresting)
measurePlugConnection("SINGLE PLUGS Connected", singleFunc, conlist)
# SET AND GET
##############
persp = nt.Node("persp")
perspshape = persp[0]
plugs = [persp.tx, perspshape.fl]
num_iterations = 2500
iterations = range(num_iterations)
undoObj = undo.StartUndo()
starttime = time.time()
for plug in plugs:
for i in iterations:
value = plug.asFloat()
plug.msetFloat(value)
# END get set plug
# END for each plug
elapsed = time.time() - starttime
del (undoObj)
total_count = num_iterations * len(plugs)
print >> sys.stderr, "Get/Set %i plugs %i times ( total = %i ) in %f ( %g / s )" % (
len(plugs), num_iterations, total_count, elapsed,
total_count / elapsed)
starttime = time.time()
cmds.undo()
undoelapsed = time.time() - starttime
starttime = time.time()
cmds.redo()
redoelapsed = time.time() - starttime
print >> sys.stderr, "UNDO / REDO Time = %f / %f ( %f * faster than initial set/get )" % (
undoelapsed, redoelapsed, elapsed / max(redoelapsed, 0.001))
def test_wrapDagNode(self):
mesh = nt.createNode("parent|mesh", "mesh")
parent = mesh.parent()
# simple rename
mesh.rename("fancymesh")
# simple dupl test
duplbase = nt.createNode("parent|this|other|duplbase", "mesh")
transcopy = duplbase.transform().duplicate()
copy = duplbase.duplicate("parent|this|other|duplcopy")
assert copy != duplbase
assert str(copy) != str(duplbase)
assert str(copy) == "|parent|this|other|duplcopy"
# TEST ADDITIONAL OPTIONS
for i in range(1,3):
ocopy = duplbase.duplicate()
assert str(ocopy) == str(duplbase) + str(i)
ocopy = duplbase.duplicate(newTransform=1)
assert ocopy.basename() == duplbase.basename()
assert str(ocopy.parent()) == str(duplbase.parent()) + str(i + 1)
# undo both duplications and redo
# CRASHES MAYA AFTER REDO
# and if someone tries to access an object already created
#cmds.undo()
#cmds.undo()
#assert duplbase.isValid()
#cmds.redo()
#cmds.redo()
# END for each copy
# simple reparent
otherparent = nt.createNode("oparent", "transform")
mesh.reparent(otherparent)
# REPARENT UNDO TEST
cmds.undo()
assert mesh.parent() == parent
cmds.redo()
assert mesh.parent() == otherparent
# REPARENT RENAME CLASH
origmesh = nt.createNode("parent|fancymesh", "mesh") # "|parent|fancymesh"
self.failUnlessRaises(RuntimeError, mesh.reparent, parent , renameOnClash = False)
# RENAME CLASH DAG NODE
othermesh = nt.createNode("parent|mesh", "mesh")
self.failUnlessRaises(RuntimeError, origmesh.rename, "mesh", renameOnClash = False)
# now it works
othermesh.rename("mesh", renameOnClash = True)
assert othermesh.basename() == "mesh"
# shape under root
self.failUnlessRaises(RuntimeError, mesh.reparent, None)
# REPARENT AGAIN
# should just work as the endresult is the same
mesh.reparent(otherparent) # it will also trigger a new undo event, so undo will react as it should
mesh.reparent(otherparent) # "|otherparent|fancymesh"
# REPARENT UNDER SELF
self.failUnlessRaises(RuntimeError, mesh.reparent, mesh)
# reparent transform to world
wtrans = nt.createNode("parent2|worldtrans", "transform")
parent = nt.Node("parent2")
oparent = nt.createNode("oparent2", "transform")
wtrans = wtrans.reparent(None)
wtransnewparent = wtrans.setParent(parent)
assert wtrans == wtransnewparent
assert wtransnewparent.instanceCount(1) == 1
wtransnewparent.addParent(oparent)
assert wtransnewparent.instanceCount(1) == 2
wtransnewparent.removeParent(oparent)
assert wtrans.instanceCount(1) == 1
# OBJECT NAVIGATION
#######################
# TODO: navigate the object properly
# DUPLICATE (Dag only)
#########################
newmesh = mesh.duplicate("|duplparent|duplmesh")
assert str(newmesh) == "|duplparent|duplmesh"
self.failUnlessRaises(RuntimeError, mesh.duplicate, "|duplparent2|doesntexistns:duplmesh",
autocreateNamespace = False)
assert newmesh != mesh
instbase = nt.createNode("|duplparent2|newnamespace:instmesh", "transform")
meshinst = instbase.addInstancedChild(mesh)
meshinstname = str(meshinst)
# UNDO DUPLICATE
#################
cmds.undo()
# this object will end up pointing to the same object , as it came from, use string test
assert not nt.objExists(meshinstname)
cmds.redo()
cmds.undo()
cmds.redo()
assert meshinst != mesh
assert meshinst.isAlive() and meshinst.isValid() and str(meshinst) == meshinstname
# Duplicate TRANSFORM (just a name given)
# dag paths should be different although object is the same
mesh = nt.createNode("|parent|mybeautifuluniquemeshname", "mesh")
meshassert = nt.createNode("|parent|mesh", "mesh")
meshself = nt.Node("|parent|mybeautifuluniquemeshname")
assert mesh == meshself
# connect it, to track the instance by connection
persp = nt.Node("persp")
perspplug = persp.t.mchildByName('tx')
triplug = meshself.maxTriangles
perspplug.mconnectTo(triplug)
# target does exist
# this is blocking the target instance name with an incorrect type
nt.createNode("parent|this|mybeautifuluniquemeshname", "transform")
self.failUnlessRaises(RuntimeError, mesh.duplicate, "|parent|this")
# if the path is too short ...
self.failUnlessRaises(NameError, mesh.duplicate, str(mesh.transform()))
self.failUnlessRaises(NameError, mesh.parent().duplicate, '|')
meshinstname = mesh.transform().fullChildName("newns:meshinst")
assert isinstance(meshinst, nt.Mesh)
def test_createNodes( self ): names = ["hello","bla|world","this|world|here","that|this|world|here" ] nsnames = ["a:hello","blab|b:world","c:this|b:world","d:that|c:this|b:world|a:b:c:d:here"] types = [ "facade", "nurbsCurve", "nurbsSurface", "subdiv" ] # SIMPLE CREATION: Paths + nested namespaces for i in range( len( names ) ): ntype = types[i] newnode = nt.createNode( names[i], ntype ) assert isinstance( newnode, getattr( nt, capitalize( ntype ) ) ) assert newnode.isValid() and newnode.isAlive() # test undo cmds.undo() assert not newnode.isValid() and newnode.isAlive() cmds.redo() assert newnode.isValid() and newnode.isAlive() newnsnode = nt.createNode( nsnames[i], ntype ) assert isinstance( newnsnode, getattr( nt, capitalize( ntype ) ) ) assert newnsnode.isValid() and newnsnode.isAlive() # test undo cmds.undo() assert not newnsnode.isValid() and newnsnode.isAlive() cmds.redo() assert newnsnode.isValid() and newnsnode.isAlive() # END for each created object # EMPTY NAME and ROOT self.failUnlessRaises( RuntimeError, nt.createNode, '|', "facade" ) self.failUnlessRaises( RuntimeError, nt.createNode, '', "facade" ) # CHECK DIFFERENT ROOT TYPES depnode = nt.createNode( "blablub", "facade" ) self.failUnlessRaises( NameError, nt.createNode, "|blablub|:this", "transform", renameOnClash = False ) # DIFFERENT TYPES AT END OF PATH nt.createNode( "this|mesh", "mesh" ) self.failUnlessRaises( NameError, nt.createNode, "this|mesh", "nurbsSurface", forceNewLeaf = False ) # renameOnClash - it fails if the dep node exists first nt.createNode( "node", "facade" ) self.failUnlessRaises( NameError, nt.createNode, "this|that|node", "mesh", renameOnClash = False ) # obj exists should match dg nodes with dag node like path ( as they occupy the same # namespace after all assert nt.objExists( "|node" ) # it also clashes if the dg node is created after a dag node with the same name nt.createNode( "that|nodename", "mesh" ) self.failUnlessRaises( NameError, nt.createNode, "nodename", "facade", renameOnClash = False ) # it should be fine to have the same name in several dag levels though ! newmesh = nt.createNode( "parent|nodename", "transform" ) newmesh1 = nt.createNode( "parent|nodename|nodename", "mesh" ) newmesh2 = nt.createNode( "otherparent|nodename|nodename", "mesh" ) assert newmesh != newmesh1 assert newmesh1 != newmesh2 # FORCE NEW ############## oset = nt.createNode( "objset", "objectSet", forceNewLeaf = False ) newoset = nt.createNode( "objset", "objectSet", forceNewLeaf = True ) assert oset != newoset # would expect same set to be returned sameoset = nt.createNode( "objset", "objectSet", forceNewLeaf = False ) assert sameoset == oset # force new and dag paths newmesh3 = nt.createNode( "otherparent|nodename|nodename", "mesh", forceNewLeaf = True ) assert newmesh3 != newmesh2
def test_partitions(self):
# one transform, two sets, one partition
s1 = nt.createNode("ms1", "objectSet")
s2 = nt.createNode("ms2", "objectSet")
p = nt.createNode("p1", "partition")
s3 = nt.createNode("ms3", "objectSet")
s4 = nt.createNode("ms4", "objectSet")
t = nt.createNode("my_trans", "transform")
t2 = nt.createNode("my_trans2", "transform")
p.addSets([s1, s2])
# Also adding sets
################
# Internally the check for added objects can use intersection operations
# to see whether objects are actually in there - if there would not be
# some notion of 'sets_are_members', it would take the members of sets as items for
# intersection
for o1, o2 in [(t, t2), (s3, s4)]:
# SINGLE OBJECT
###############
multiobj = [o1, o2]
s1.addMember(o1)
self.failUnlessRaises(nt.ConstraintError, s2.addMember,
o1) # failure, as errors are not ignored
s2.addMember(o1, ignore_failure=1) # ignore failure
# FORCE
s2.addMember(o1, force=1)
assert s2.isMember(o1)
# MULTIPLE OBJECTS
###################
self.failUnlessRaises(nt.ConstraintError, s1.addMembers,
multiobj) # fails as t is in s2
s1.addMembers([o2]) # works as t2 is not in any set yet
assert s1.isMember(o2)
# FORCE all objects into s1
s1.addMembers(multiobj, force=1)
assert s1.intersection(multiobj, sets_are_members=1).length() == 2
# and once more
assert isinstance(s1.clear(), nt.ObjectSet)
s2.clear()
for s in s1, s2:
assert s.members().length() == 0
s1.addMembers(multiobj)
self.failUnlessRaises(nt.ConstraintError,
s2.addMembers,
multiobj,
force=False,
ignore_failure=False)
assert s2.members().length() == 0
s2.addMembers(multiobj, force=False, ignore_failure=1)
assert s2.members().length() == 0
# now force it
s2.addMembers(multiobj, force=1)
assert s2.members().length() == 2
# END for each object
# SHADER ASSIGNMENTS
######################
sphere = nt.Node(cmds.polySphere()[0])[0]
cube = nt.Node(cmds.polyCube()[0])[0]
multi = (sphere, cube)
all_sets = sphere.connectedSets(setFilter=sphere.fSets)
isg = all_sets[0] # initial shading group
rp = isg.partitions()[0] # render partition
assert str(isg).startswith("initial")
snode = nt.createNode("mysg", "shadingEngine")
snode.setPartition(rp, 1)
self.failUnlessRaises(nt.ConstraintError, snode.addMember, sphere)
self.failUnlessRaises(nt.ConstraintError, snode.addMembers, multi)
# now force it in
snode.addMembers(multi, force=1, ignore_failure=0)
assert snode.members().length() == 2
assert snode.intersection(multi).length() == 2
def test_setOperations(self):
"""byroniom.maya.nt.sets: unions, intersections, difference, overloaded ops"""
memberlist = self._getMemberList()
s3 = nt.createNode("anotherObjectSet", "objectSet")
s = nt.ObjectSet()
s.clear()
s.addMembers(memberlist)
side = nt.Node("side")
s2 = nt.createNode("memberSet2", "objectSet")
s2.addMember(side)
# UNION
########
# with set
sellist = s.union(s2)
assert sellist.length() == len(memberlist) + 1
# with sellist - will create temp set
sellist = s.union(s2.members())
assert sellist.length() == len(memberlist) + 1
assert not nt.objExists("set4") # tmp set may not exist
# with multiple object sets
s.union([s2, s3])
list(s.iterUnion(s2))
# INTERSECTION
###############
fewmembers = memberlist[:3]
s2.addMembers(fewmembers)
# add 0 members
s2.addMembers(list())
# with set
sellist = s.intersection(s2)
assert sellist.length() == len(fewmembers)
# with sellist
sellist = s.intersection(fewmembers)
assert sellist.length() == len(fewmembers)
# with multi sets
s3.addMembers(fewmembers)
sellist = s.intersection([s2, s3])
assert sellist.length() == len(fewmembers)
list(s.iterIntersection(s2))
# DIFFERENCE
#############
# with set
s2.removeMember(side)
sellist = s.difference(s2)
assert s.members().length() - s2.members().length() == sellist.length()
# with objects
sellist = s.difference(list(s2.iterMembers()))
assert s.members().length() - s2.members().length() == sellist.length()
# with sellist
sellist = s.difference(s2.members())
# with multiple sets
s3.clear()
s3.addMember(nt.Node("front"))
sellist = s.difference([s2, s3])
assert len(list(s.iterDifference([s2,
s3]))) == s.difference([s2, s3
]).length()
assert s.members().length() - s2.members().length() - s3.members(
).length() == sellist.length()
def test_memberHandling(self):
s = nt.createNode("memberSet", "objectSet")
# ADD/REMOVE SINGLE MEMBER
####################
# add Node ( dgnode )
memberlist = self._getMemberList()
for i, member in enumerate(memberlist):
s.addMember(member)
assert s.members().length() == i + 1
assert s.isMember(member)
cmds.undo()
assert s.members().length() == i
cmds.redo()
# end for each member
# clear the set by undoing it all
for i in range(len(memberlist)):
cmds.undo()
assert s.members().length() == 0
# get it back
for i in range(len(memberlist)):
cmds.redo()
assert s.members().length() == len(memberlist)
# MULTI-MEMBER UNDO/REDO
##########################
s.removeMembers(memberlist)
assert s.members().length() == 0
cmds.undo()
assert s.members().length() == len(memberlist)
cmds.redo()
assert s.members().length() == 0
# add members again
s.addMembers(memberlist)
assert s.members().length() == len(memberlist)
cmds.undo()
assert s.members().length() == 0
cmds.redo()
assert s.members().length() == len(memberlist)
# remove all members
for i, member in enumerate(memberlist):
s.removeMember(member)
assert s.members().length() == 0
# ADD/REMOVE MULTIPLE MEMBER
######################
# add node list
s.addMembers(memberlist)
assert s.members().length() == len(memberlist)
s.clear()
assert s.members().length() == 0
# Add selection listx
sellist = nt.toSelectionList(memberlist)
s.addMembers(sellist)
assert s.members().length() == sellist.length()
# remove members from sellist
s.removeMembers(sellist)
assert s.members().length() == 0
cmds.undo()
assert s.members().length() == sellist.length()
cmds.redo()
assert s.members().length() == 0
# test smart add
s.add(sellist)
assert len(s) == len(sellist)
single_item = sellist.mtoIter().next()
s.add(single_item)
assert len(s) == len(sellist)
s.discard(single_item)
assert single_item not in s
s.discard(sellist.mtoList())
assert len(s) == 0
# TEST CLEAR
#############
s.addMembers(sellist)
assert s.members().length() == sellist.length()
s.clear()
assert s.members().length() == 0
cmds.undo()
assert s.members().length() == sellist.length()
# USING SETMEMBERS
########################
members = self._getMemberList()
# replace
s.setMembers(members[0:2], 0)
assert s.members().length() == 2
# add
s.setMembers(members[-2:-1], 1)
assert s.members().length() == 3
# remove
s.setMembers(members[0:2], 2)
assert s.members().length() == 1
cmds.undo()
assert s.members().length() == 3
# TEST SET PROTOCOLS
####################
assert len(s) == 3
assert [m for m in s] == s.members().mtoList()
assert iter(s).next() in s
def test_createAddRemove( self ): set1 = nt.createNode( "set1", "objectSet" ) set2 = nt.createNode( "set2", "objectSet" ) set3 = nt.createNode( "set3", "objectSet" ) prt1 = nt.createNode( "partition1", "partition" ) prt2 = nt.createNode( "partition2", "partition" ) # SET PARTITION HANDLING ######################### assert len( set1.partitions( ) ) == 0 set1.setPartition( prt1, set1.kReplace ) assert len( set1.partitions() ) == 1 assert set1.partitions()[0] == prt1 # add same again set1.setPartition( prt1, set1.kAdd ) assert len( set1.partitions() ) == 1 # remove set1.setPartition( prt1, set1.kRemove ) assert len( set1.partitions( ) ) == 0 # remove again set1.setPartition( prt1, set1.kRemove ) # PARTITION MEMBER HANDLING # add multiple sets prt1.addSets( [ set1, set2 ] ) assert len( prt1.members() ) == 2 # add again prt1.addSets( [ set1, set2 ] ) prt1.removeSets( [ set1, set2] ) assert len( prt1.members() ) == 0 # remove again prt1.removeSets( [ set1, set2] ) prt2.addSets( [ set1, set2] ) # replace multiple prt2.replaceSets( [ set3 ] ) # set like methods prt2.add(set1) assert set1 in prt2 prt2.discard(set1) assert set1 not in prt2 # test partition protocols assert len(prt2) == len(prt2.members()) assert [ s for s in prt2 ] == prt2.members() assert set3 in prt2 assert len(prt2) assert isinstance(prt2.clear(), nt.Partition) assert len(prt2) == 0
def test_MPlug(self):
persp = nt.Node("persp")
front = nt.Node("front")
side = nt.Node("side")
matworld = persp.worldMatrix
assert isinstance(matworld.mfullyQualifiedName(), basestring)
str(matworld)
repr(matworld)
# CONNECTIONS
#######################
# CHECK COMPOUND ACCESS
tx = persp.translate.mchildByName('tx')
# can access attributes twice
persp.translate
# DO CONNECTIONS ( test undo/redo )
persp.translate.mconnectTo(front.translate, force=True)
assert persp.translate.misConnectedTo(
front.translate) # misConnectedTo
assert persp.translate.minput().isNull()
cmds.undo()
assert not persp.translate.misConnectedTo(front.translate)
cmds.redo()
assert front.translate in persp.translate.moutputs()
# check moutput
assert persp.translate.moutput() == front.translate
assert persp.rotate.moutput().isNull(
) # unconnected return nullPlus as minput does
# CHECK CONNECTION FORCING
persp.translate.mconnectTo(front.translate,
force=False) # already connected
self.failUnlessRaises(RuntimeError,
persp.s.mconnectTo,
front.translate,
force=False)
# overwrite connection
side.translate.mconnectTo(front.translate) # force default True
assert side.translate.misConnectedTo(front.translate)
# undo - old connection should be back
cmds.undo()
assert persp.translate.misConnectedTo(front.translate)
# disconnect input
front.translate.mdisconnectInput()
assert not persp.translate.misConnectedTo(front.translate)
cmds.undo()
# disconnect output
persp.t.mdisconnectOutputs()
assert len(persp.translate.moutputs()) == 0
cmds.undo()
assert persp.t.misConnectedTo(front.translate)
# disconnect from
persp.t.mdisconnectFrom(front.translate)
assert not persp.t.misConnectedTo(front.t)
cmds.undo()
assert persp.t.misConnectedTo(front.t)
# COMPARISONS
assert persp.t != front.t
assert persp.t.mchildByName('tx') != persp.t.mchildByName('ty')
# affected plugs
affectedPlugs = persp.t.maffects()
assert len(affectedPlugs) > 1
affectedPlugs = persp.t.maffected()
assert len(affectedPlugs) > 1
# test multi connections
sn = nt.createNode("network1", "network")
sn2 = nt.createNode("network2", "network")
tn = nt.createNode("network3", "network")
def pir(array_plug, range_iter):
for index in range_iter:
yield array_plug.elementByLogicalIndex(index)
# END for each item in range
# END plugs-in-range
# connect 10 to 10
r = range(10)
api.MPlug.mconnectMultiToMulti(izip(pir(sn.a, r),
pir(tn.affectedBy, r)),
force=False)
for i in r:
assert sn.a.elementByLogicalIndex(i).misConnectedTo(
tn.affectedBy.elementByLogicalIndex(i))
# END make connection assertion
# connection of overlapping range fails without force
r = range(5, 15)
self.failUnlessRaises(RuntimeError,
api.MPlug.mconnectMultiToMulti,
izip(pir(sn2.a, r), pir(tn.affectedBy, r)),
force=False)
# there no connection should have worked ( its atomic )
# hence slot 10 is free
persp.tx > tn.affectedBy.elementByLogicalIndex(10)
# force connection works
api.MPlug.mconnectMultiToMulti(izip(pir(sn2.a, r),
pir(tn.affectedBy, r)),
force=True)
for i in r:
assert sn2.a.elementByLogicalIndex(i).misConnectedTo(
tn.affectedBy.elementByLogicalIndex(i))
# END make connection assertion
# ATTRIBUTES AND UNDO
#######################
funcs = (("isLocked", "msetLocked"), ("isKeyable", "msetKeyable"),
("isCachingFlagSet", "msetCaching"), ("isChannelBoxFlagSet",
"msetChannelBox"))
plugnames = ("t", "tx", "r", "rx", "s", "sy")
for p in plugnames:
plug = persp.findPlug(p)
for (getname, setname) in funcs:
fget = getattr(plug, getname)
fset = getattr(plug, setname)
curval = fget()
oval = bool(1 - curval)
fset(oval)
# SPECIAL HANDLING as things cannot be uncached
if setname == "msetCaching":
continue
assert fget() == oval
cmds.undo()
assert fget() == curval
cmds.redo()
assert fget() == oval
fset(curval) # reset
# END for each function
# END for each plugname
# QUERY
############################
# ELEMENT ITERATION
matworld.evaluateNumElements()
for elm in matworld:
assert elm.mparent() == matworld
translate = persp.translate
assert len(translate.mchildren()) == translate.numChildren()
# CHILD ITERATION
for child in translate.mchildren():
assert child.mparent() == translate
assert len(translate.mchildren()) == 3
# SUB PLUGS GENERAL METHOD
assert len(matworld) == len(matworld.msubPlugs())
assert translate.numChildren() == len(translate.msubPlugs())
assert len(translate.msubPlugs()) == 3
# ARRAY CONNECTIONS
###################
objset = nt.createNode("set1", "objectSet")
partition = nt.createNode("partition1", "partition")
pma = nt.createNode("plusMinusAverage1", "plusMinusAverage")
destplug = persp.translate.mconnectToArray(pma.input3D,
exclusive_connection=True)
assert persp.translate.misConnectedTo(destplug)
# exclusive connection should return exisiting plug
assert persp.translate.mconnectToArray(
pma.input3D, exclusive_connection=True) == destplug
# but newones can also be created
assert persp.translate.mconnectToArray(
pma.input3D, exclusive_connection=False) != destplug
#assert objset.partition.mconnectToArray( partition.sets, exclusive_connection = False ) != destplug
# assure the standin classes are there - otherwise my list there would
# bind to the standins as the classes have not been created yet
plugs = [matworld, translate]
for plug in plugs:
plug.mwrappedAttribute()
# CHECK ATTRIBUTES and NODES
for plug, attrtype in zip(plugs,
[nt.TypedAttribute, nt.CompoundAttribute]):
attr = plug.mwrappedAttribute()
assert isinstance(attr, nt.Attribute)
assert isinstance(attr, attrtype)
node = plug.mwrappedNode()
assert isinstance(node, nt.Node)
assert node == persp
# UNDO / REDO
##############
cam = nt.createNode("myTrans", "transform")
testdb = [(cam.visibility, "Bool", True, False),
(cam.tx, "Double", 0.0, 2.0)]
# TODO: Add all missing types !
for plug, typename, initialval, targetval in testdb:
getattrfunc = getattr(plug, "as" + typename)
setattrfunc = getattr(plug, "mset" + typename)
assert getattrfunc() == initialval
setattrfunc(targetval)
assert getattrfunc() == targetval
cmds.undo()
assert getattrfunc() == initialval
cmds.redo()
assert getattrfunc() == targetval
# END for each tuple in testdb
# TEST EVERYTHING
#################
# This part has been written to be very sure every customized method gets
# called at least once. I don't trust my 'old' tests, although they do
# something and are valuable to the testing framework.
nwnode = nt.Network()
persp.msg.mct(nwnode.affectedBy.elementByLogicalIndex(0))
front.msg.mct(nwnode.affectedBy.elementByLogicalIndex(1))
t = persp.translate
tx = persp.tx
wm = persp.wm
a = nwnode.affectedBy
a.evaluateNumElements()
assert len(wm) == 1 and len(a) == 2
assert isinstance(iter(wm).next(), api.MPlug)
assert len(list(a)) == 2
# test str/repr
assert str(wm) != str(a)
assert repr(wm) != str(wm)
assert wm != a
# is it really necessary to apply custom handling here ? Check __eq__ method
# test comparison
assert a[0] == a[0]
assert a[0] != a[1]
# mparent
assert tx.mparent() == t
assert a[0].mparent() == a
# mchildren
assert len(a[0].mchildren()) == 0
assert len(t.mchildren()) == 3
# mchildByName
assert t.mchildByName('tx') == tx
self.failUnlessRaises(TypeError, tx.mchildByName, 'something')
self.failUnlessRaises(AttributeError, t.mchildByName, 'doesntexist')
# msubPlugs
assert len(t.msubPlugs()) == 3
assert len(a.msubPlugs()) == 2
assert len(tx.msubPlugs()) == 0
# msetLocked
tx.msetLocked(1)
assert tx.isLocked()
tx.msetLocked(0)
assert not tx.isLocked()
# msetKeyable
tx.msetKeyable(0)
assert not tx.isKeyable()
tx.msetKeyable(1)
assert tx.isKeyable()
# msetCaching
tx.msetCaching(0)
#assert not tx.isCachingFlagSet() # for some reason, the caching cannot be changed here
tx.msetCaching(1)
assert tx.isCachingFlagSet() == 1
# msetChannelBox
tx.msetChannelBox(0)
assert not tx.isChannelBoxFlagSet()
tx.msetChannelBox(1)
assert tx.isChannelBoxFlagSet() == 1
# mconnectMultiToMulti
# is tested elsewhere
# connectTo
self.failUnlessRaises(RuntimeError,
persp.msg.mconnectTo,
a[1],
force=False) # already connected
front.msg.mconnectTo(a[1], force=False) # already connected
front.msg.mconnectTo(a[0], force=True) # force breaks connections
persp.msg.mconnectTo(a[0]) # default is force
# mconnectToArray
# sufficiently tested ( -> st )
# mdisconnect
# st
# mdisconnectInput
# st
# mdisconnectOutputs
# st
# mdisconnectFrom
# st
# mdisconnectNode
# st
# mhaveConnection
assert api.MPlug.mhaveConnection(
front.msg, a[1]) and api.MPlug.mhaveConnection(a[1], front.msg)
assert not api.MPlug.mhaveConnection(
persp.msg, a[1]) and not api.MPlug.mhaveConnection(
a[1], persp.msg)
# misConnectedTo
# st
# moutputs
assert len(
front.msg.moutputs()) == 1 and front.msg.moutputs()[0] == a[1]
assert len(a[0].moutputs()) == 0
# moutput
# st
# minputs
assert len(a.minputs()) == 2
assert len(a[1].minputs()) == 1
# miterGraph
# st
# miterInputGraph
# st
# miterOutputGraph
# st
# minput
# st
# mconnections
assert len(front.msg.mconnections()) == 2
assert len(a[1].mconnections()) == 2
# mdependencyInfo
m = nt.Mesh()
assert len(m.outMesh.maffected())
assert isinstance(m.outMesh.maffected()[0], api.MPlug)
assert m.outMesh.maffected() == m.outMesh.mdependencyInfo(by=True)
assert isinstance(m.inMesh.maffects(),
list) # no affected items for some reason
assert m.inMesh.maffects() == m.inMesh.mdependencyInfo(by=False)
# mnextLogicalIndex|plug
assert a.mnextLogicalIndex() == 2
assert a.mnextLogicalPlug().logicalIndex()
# mwrappedAttribute
assert isinstance(a.mwrappedAttribute(), nt.Attribute)
# mwrappedNode
assert isinstance(a.mwrappedNode(), nt.Node)
# masData
nt.PolyCube().output.mconnectTo(m.inMesh) # need data here
assert isinstance(m.outMesh.masData(), nt.Data)
# mfullyQualifiedName
assert a.mfullyQualifiedName() != a.partialName()
def test_partitions( self ): # one transform, two sets, one partition s1 = nt.createNode( "ms1", "objectSet" ) s2 = nt.createNode( "ms2", "objectSet" ) p = nt.createNode( "p1", "partition" ) s3 = nt.createNode( "ms3", "objectSet" ) s4 = nt.createNode( "ms4", "objectSet" ) t = nt.createNode( "my_trans", "transform" ) t2 = nt.createNode( "my_trans2", "transform" ) p.addSets( [ s1, s2 ] ) # Also adding sets ################ # Internally the check for added objects can use intersection operations # to see whether objects are actually in there - if there would not be # some notion of 'sets_are_members', it would take the members of sets as items for # intersection for o1, o2 in [ (t,t2), (s3,s4) ]: # SINGLE OBJECT ############### multiobj = [ o1, o2 ] s1.addMember( o1 ) self.failUnlessRaises( nt.ConstraintError, s2.addMember, o1 ) # failure, as errors are not ignored s2.addMember( o1, ignore_failure = 1 ) # ignore failure # FORCE s2.addMember( o1, force = 1 ) assert s2.isMember( o1 ) # MULTIPLE OBJECTS ################### self.failUnlessRaises( nt.ConstraintError, s1.addMembers, multiobj ) # fails as t is in s2 s1.addMembers( [ o2 ] ) # works as t2 is not in any set yet assert s1.isMember( o2 ) # FORCE all objects into s1 s1.addMembers( multiobj, force = 1 ) assert s1.intersection( multiobj, sets_are_members = 1 ).length() == 2 # and once more assert isinstance(s1.clear(), nt.ObjectSet) s2.clear() for s in s1,s2: assert s.members().length() == 0 s1.addMembers( multiobj ) self.failUnlessRaises( nt.ConstraintError, s2.addMembers, multiobj, force = False, ignore_failure = False ) assert s2.members().length() == 0 s2.addMembers( multiobj, force = False, ignore_failure = 1 ) assert s2.members().length() == 0 # now force it s2.addMembers( multiobj, force = 1 ) assert s2.members().length() == 2 # END for each object # SHADER ASSIGNMENTS ###################### sphere = nt.Node( cmds.polySphere( )[0] )[0] cube = nt.Node( cmds.polyCube()[0] )[0] multi = ( sphere, cube ) all_sets = sphere.connectedSets( setFilter = sphere.fSets ) isg = all_sets[0] # initial shading group rp = isg.partitions()[0]# render partition assert str( isg ).startswith( "initial" ) snode = nt.createNode( "mysg", "shadingEngine" ) snode.setPartition( rp, 1 ) self.failUnlessRaises( nt.ConstraintError, snode.addMember, sphere ) self.failUnlessRaises( nt.ConstraintError, snode.addMembers, multi ) # now force it in snode.addMembers( multi, force = 1, ignore_failure = 0 ) assert snode.members().length() == 2 assert snode.intersection( multi ).length() == 2
def test_wrapDepNode( self ): node = nt.Node( "defaultRenderGlobals" ) # SKIP CHECKS TEST self.failUnlessRaises( ValueError, nt.Node, "this" ) # does not exist # results inconsitent between maya 8.5 and 2008, thus we skip it as it is not of much value # self.failUnlessRaises( TypeError, nt.Node, "this", 1 ) # skip check , maya throws # string should be name assert str( node ) == node.name( ) repr( node ) # must not have methods that require undo try: node.create( "this" ) node.setName( "this" ) except AttributeError: pass except: raise # could fail, but raise is better # get simple attributes for attr in [ "preMel", "postMel" ]: plug = getattr( node, attr ) assert plug == getattr( node, attr ) assert plug == node.findPlug(attr) assert not plug.isNull() # check connection methods cons = node.connections( ) assert len( cons ) # DEPENDENCY INFO persp = nt.Node( "persp" ) affected_attrs = persp.dependencyInfo( "t", by=0 ) assert len( affected_attrs ) > 1 affected_attrs = persp.dependencyInfo( "t", by=1 ) assert len( affected_attrs ) > 1 assert isinstance(affected_attrs[0], nt.Attribute) # CHECK LAZY WRAPPING # get mfn lazy wrapped attributes t = node.attributeCount() for state in [1,0]: node.setLocked( state ) assert node.isLocked() == state # ATTRIBUTES attr = node.attribute( 0 ) attr.name( ) assert not attr.isNull() for i in xrange( node.attributeCount() ): attr = node.attribute( i ) assert not attr.isNull() and attr.name() # CHECK namespaces - should be root namespace ns = node.namespace( ) assert ns == nt.Namespace.rootpath # RENAME DEP NODES ###################### node = nt.createNode( "mynode", "facade" ) renamed = node.rename( "myrenamednode" ) assert renamed.name() == "myrenamednode" assert node == renamed # undo - redo cmds.undo() assert node.name() == "mynode" cmds.redo() assert node.name() == "myrenamednode" # trigger namespace error self.failUnlessRaises( RuntimeError, node.rename, "nsdoesnotexist:othername", autocreateNamespace = False ) # now it should work node.rename( "nsdoesnotexist:othername", autocreateNamespace=True ) # multi undo - namespace is one operation in this one cmds.undo() assert not nsm.existsNamespace( "nsdoesnotexist" ) cmds.redo() assert node.isValid() # rename to same name renamed = node.rename( "nsdoesnotexist" ) # should be fine assert renamed == node # othernode with different type exists othernode = nt.createNode( "othernode", "groupId" ) self.failUnlessRaises( RuntimeError, node.rename, "othernode", renameOnClash = False ) # locking othernode.setLocked( 1 ) assert othernode.isLocked() cmds.undo( ) assert not othernode.isLocked() cmds.redo() assert othernode.isLocked() othernode.setLocked( 0 ) assert not othernode.isLocked() # works if rename enabeld though node.rename( "othernode" )
def test_MPlug( self ):
persp = nt.Node( "persp" )
front = nt.Node( "front" )
side = nt.Node( "side" )
matworld = persp.worldMatrix
assert isinstance(matworld.mfullyQualifiedName(), basestring)
str( matworld )
repr( matworld )
# CONNECTIONS
#######################
# CHECK COMPOUND ACCESS
tx = persp.translate.mchildByName('tx')
# can access attributes twice
persp.translate
# DO CONNECTIONS ( test undo/redo )
persp.translate.mconnectTo(front.translate, force=True)
assert persp.translate.misConnectedTo(front.translate) # misConnectedTo
assert persp.translate.minput().isNull( )
cmds.undo( )
assert not persp.translate.misConnectedTo( front.translate )
cmds.redo( )
assert front.translate in persp.translate.moutputs()
# check moutput
assert persp.translate.moutput() == front.translate
assert persp.rotate.moutput().isNull() # unconnected return nullPlus as minput does
# CHECK CONNECTION FORCING
persp.translate.mconnectTo(front.translate, force=False) # already connected
self.failUnlessRaises( RuntimeError, persp.s.mconnectTo, front.translate, force=False )
# overwrite connection
side.translate.mconnectTo(front.translate) # force default True
assert side.translate.misConnectedTo(front.translate)
# undo - old connection should be back
cmds.undo()
assert persp.translate.misConnectedTo(front.translate)
# disconnect input
front.translate.mdisconnectInput()
assert not persp.translate.misConnectedTo(front.translate)
cmds.undo()
# disconnect output
persp.t.mdisconnectOutputs( )
assert len( persp.translate.moutputs() ) == 0
cmds.undo()
assert persp.t.misConnectedTo( front.translate )
# disconnect from
persp.t.mdisconnectFrom(front.translate)
assert not persp.t.misConnectedTo(front.t)
cmds.undo()
assert persp.t.misConnectedTo(front.t)
# COMPARISONS
assert persp.t != front.t
assert persp.t.mchildByName('tx') != persp.t.mchildByName('ty')
# affected plugs
affectedPlugs = persp.t.maffects( )
assert len( affectedPlugs ) > 1
affectedPlugs = persp.t.maffected( )
assert len( affectedPlugs ) > 1
# test multi connections
sn = nt.createNode("network1", "network")
sn2 = nt.createNode("network2", "network")
tn = nt.createNode("network3", "network")
def pir(array_plug, range_iter):
for index in range_iter:
yield array_plug.elementByLogicalIndex(index)
# END for each item in range
# END plugs-in-range
# connect 10 to 10
r = range(10)
api.MPlug.mconnectMultiToMulti( izip(pir(sn.a, r), pir(tn.affectedBy, r)), force=False)
for i in r:
assert sn.a.elementByLogicalIndex(i).misConnectedTo(tn.affectedBy.elementByLogicalIndex(i))
# END make connection assertion
# connection of overlapping range fails without force
r = range(5, 15)
self.failUnlessRaises(RuntimeError, api.MPlug.mconnectMultiToMulti, izip(pir(sn2.a, r), pir(tn.affectedBy, r)), force=False)
# there no connection should have worked ( its atomic )
# hence slot 10 is free
persp.tx > tn.affectedBy.elementByLogicalIndex(10)
# force connection works
api.MPlug.mconnectMultiToMulti(izip(pir(sn2.a, r), pir(tn.affectedBy, r)), force=True)
for i in r:
assert sn2.a.elementByLogicalIndex(i).misConnectedTo(tn.affectedBy.elementByLogicalIndex(i))
# END make connection assertion
# ATTRIBUTES AND UNDO
#######################
funcs = ( ( "isLocked", "msetLocked" ), ( "isKeyable", "msetKeyable" ),
( "isCachingFlagSet", "msetCaching" ), ( "isChannelBoxFlagSet", "msetChannelBox" ) )
plugnames =( "t", "tx", "r","rx", "s", "sy" )
for p in plugnames:
plug = persp.findPlug(p)
for ( getname, setname ) in funcs:
fget = getattr( plug, getname )
fset = getattr( plug, setname )
curval = fget()
oval = bool( 1 - curval )
fset( oval )
# SPECIAL HANDLING as things cannot be uncached
if setname == "msetCaching":
continue
assert fget() == oval
cmds.undo()
assert fget() == curval
cmds.redo()
assert fget() == oval
fset( curval ) # reset
# END for each function
# END for each plugname
# QUERY
############################
# ELEMENT ITERATION
matworld.evaluateNumElements( )
for elm in matworld:
assert elm.mparent( ) == matworld
translate = persp.translate
assert len( translate.mchildren() ) == translate.numChildren()
# CHILD ITERATION
for child in translate.mchildren( ):
assert child.mparent( ) == translate
assert len( translate.mchildren() ) == 3
# SUB PLUGS GENERAL METHOD
assert len( matworld ) == len( matworld.msubPlugs() )
assert translate.numChildren() == len( translate.msubPlugs() )
assert len( translate.msubPlugs() ) == 3
# ARRAY CONNECTIONS
###################
objset = nt.createNode( "set1", "objectSet" )
partition = nt.createNode( "partition1", "partition" )
pma = nt.createNode( "plusMinusAverage1", "plusMinusAverage" )
destplug = persp.translate.mconnectToArray( pma.input3D, exclusive_connection = True )
assert persp.translate.misConnectedTo(destplug)
# exclusive connection should return exisiting plug
assert persp.translate.mconnectToArray( pma.input3D, exclusive_connection = True ) == destplug
# but newones can also be created
assert persp.translate.mconnectToArray( pma.input3D, exclusive_connection = False ) != destplug
#assert objset.partition.mconnectToArray( partition.sets, exclusive_connection = False ) != destplug
# assure the standin classes are there - otherwise my list there would
# bind to the standins as the classes have not been created yet
plugs = [ matworld, translate ]
for plug in plugs: plug.mwrappedAttribute()
# CHECK ATTRIBUTES and NODES
for plug, attrtype in zip( plugs, [ nt.TypedAttribute, nt.CompoundAttribute ] ):
attr = plug.mwrappedAttribute( )
assert isinstance( attr, nt.Attribute )
assert isinstance( attr, attrtype )
node = plug.mwrappedNode()
assert isinstance( node, nt.Node )
assert node == persp
# UNDO / REDO
##############
cam = nt.createNode( "myTrans", "transform" )
testdb = [ ( cam.visibility, "Bool", True, False ),
( cam.tx, "Double", 0.0, 2.0 ) ]
# TODO: Add all missing types !
for plug, typename, initialval, targetval in testdb:
getattrfunc = getattr( plug, "as"+typename )
setattrfunc = getattr( plug, "mset"+typename )
assert getattrfunc() == initialval
setattrfunc( targetval )
assert getattrfunc() == targetval
cmds.undo()
assert getattrfunc() == initialval
cmds.redo()
assert getattrfunc() == targetval
# END for each tuple in testdb
# TEST EVERYTHING
#################
# This part has been written to be very sure every customized method gets
# called at least once. I don't trust my 'old' tests, although they do
# something and are valuable to the testing framework.
nwnode = nt.Network()
persp.msg.mct(nwnode.affectedBy.elementByLogicalIndex(0))
front.msg.mct(nwnode.affectedBy.elementByLogicalIndex(1))
t = persp.translate
tx = persp.tx
wm = persp.wm
a = nwnode.affectedBy
a.evaluateNumElements()
assert len(wm) == 1 and len(a) == 2
assert isinstance(iter(wm).next(), api.MPlug)
assert len(list(a)) == 2
# test str/repr
assert str(wm) != str(a)
assert repr(wm) != str(wm)
assert wm != a
# is it really necessary to apply custom handling here ? Check __eq__ method
# test comparison
assert a[0] == a[0]
assert a[0] != a[1]
# mparent
assert tx.mparent() == t
assert a[0].mparent() == a
# mchildren
assert len(a[0].mchildren()) == 0
assert len(t.mchildren()) == 3
# mchildByName
assert t.mchildByName('tx') == tx
self.failUnlessRaises(TypeError, tx.mchildByName, 'something')
self.failUnlessRaises(AttributeError, t.mchildByName, 'doesntexist')
# msubPlugs
assert len(t.msubPlugs()) == 3
assert len(a.msubPlugs()) == 2
assert len(tx.msubPlugs()) == 0
# msetLocked
tx.msetLocked(1)
assert tx.isLocked()
tx.msetLocked(0)
assert not tx.isLocked()
# msetKeyable
tx.msetKeyable(0)
assert not tx.isKeyable()
tx.msetKeyable(1)
assert tx.isKeyable()
# msetCaching
tx.msetCaching(0)
#assert not tx.isCachingFlagSet() # for some reason, the caching cannot be changed here
tx.msetCaching(1)
assert tx.isCachingFlagSet() == 1
# msetChannelBox
tx.msetChannelBox(0)
assert not tx.isChannelBoxFlagSet()
tx.msetChannelBox(1)
assert tx.isChannelBoxFlagSet() == 1
# mconnectMultiToMulti
# is tested elsewhere
# connectTo
self.failUnlessRaises(RuntimeError, persp.msg.mconnectTo, a[1], force=False) # already connected
front.msg.mconnectTo(a[1], force=False) # already connected
front.msg.mconnectTo(a[0], force=True) # force breaks connections
persp.msg.mconnectTo(a[0]) # default is force
# mconnectToArray
# sufficiently tested ( -> st )
# mdisconnect
# st
# mdisconnectInput
# st
# mdisconnectOutputs
# st
# mdisconnectFrom
# st
# mdisconnectNode
# st
# mhaveConnection
assert api.MPlug.mhaveConnection(front.msg, a[1]) and api.MPlug.mhaveConnection(a[1], front.msg)
assert not api.MPlug.mhaveConnection(persp.msg, a[1]) and not api.MPlug.mhaveConnection(a[1], persp.msg)
# misConnectedTo
# st
# moutputs
assert len(front.msg.moutputs()) == 1 and front.msg.moutputs()[0] == a[1]
assert len(a[0].moutputs()) == 0
# moutput
# st
# minputs
assert len(a.minputs()) == 2
assert len(a[1].minputs()) == 1
# miterGraph
# st
# miterInputGraph
# st
# miterOutputGraph
# st
# minput
# st
# mconnections
assert len(front.msg.mconnections()) == 2
assert len(a[1].mconnections()) == 2
# mdependencyInfo
m = nt.Mesh()
assert len(m.outMesh.maffected())
assert isinstance(m.outMesh.maffected()[0], api.MPlug)
assert m.outMesh.maffected() == m.outMesh.mdependencyInfo(by=True)
assert isinstance(m.inMesh.maffects(), list) # no affected items for some reason
assert m.inMesh.maffects() == m.inMesh.mdependencyInfo(by=False)
# mnextLogicalIndex|plug
assert a.mnextLogicalIndex() == 2
assert a.mnextLogicalPlug().logicalIndex()
# mwrappedAttribute
assert isinstance(a.mwrappedAttribute(), nt.Attribute)
# mwrappedNode
assert isinstance(a.mwrappedNode(), nt.Node)
# masData
nt.PolyCube().output.mconnectTo(m.inMesh) # need data here
assert isinstance(m.outMesh.masData(), nt.Data)
# mfullyQualifiedName
assert a.mfullyQualifiedName() != a.partialName()
def test_childEditing( self ): base = nt.createNode( "basenode", "transform" ) obase = nt.createNode( "otherbasenode", "transform" ) trans = nt.createNode( "trans", "transform" ) otrans = nt.createNode( "parent|trans", "transform" ) mesh = nt.createNode( "meshparent|meshshape", "mesh" ) curve = nt.createNode( "nurbsparent|ncurve", "nurbsCurve" ) itemlist = [ trans, mesh, curve ] instlist = [] # MULTIPLE ADDS #################### # Returns the same instance - its what the user wants for item in itemlist: baseiteminst = base.addInstancedChild( item ) base.addInstancedChild( item ) assert item != baseiteminst and baseiteminst.isValid() and item.isValid() instlist.append( baseiteminst ) # UNDO TEST # undo basemesh cmds.undo() cmds.undo() assert not baseiteminst.isValid() and baseiteminst.isAlive() cmds.redo() assert baseiteminst.isValid() and baseiteminst.isAlive() # END for each object including undo/redo # KEEP PARENT FALSE - USE INSTANCES # TODO: this test needs a redo - the original purpose got lost when # the addChild method has been changed, additionally it needs to be # better documented as this instancing stuff is not easily understood if # one just sees the code for orig,inst in zip( itemlist, instlist ): inst = obase.addChild( inst, keepExistingParent=False ) obase.addChild( inst, keepExistingParent=False ) # duplicate adds are not problem assert inst.isValid() and inst.isAlive() assert orig.isValid() # original may not be influenced by that operation # undo / redo cmds.undo() #cmds.undo() # just one undo counts assert inst.isValid() and orig.isValid() cmds.redo() # END for each instance # RENAME ON CLASH = False self.failUnlessRaises( RuntimeError, obase.addChild, otrans, renameOnClash = False ) # RENAME ON CLASH = True otransname = str( otrans ) renamedtrans = obase.addChild( otrans, renameOnClash = True ) assert renamedtrans.isValid() renamedname = str( renamedtrans ) assert renamedname != otransname cmds.undo( ) assert nt.objExists( otransname ) and not nt.objExists( renamedname ) cmds.redo()
