def custom_sets(self, *args):
self.log.clear()
self.log.insertText('Create Custom Sets...\n')
self.log.insertText('\nFind all controls under the groups: \n "Placer", "rig_arc", and "Face_UI|Panels"\n\nGenerate two sets as result : \n "ctrlSet" contains all tagged controls\n "_NON_TAGGED_CURVES" contains all non-tagged controls\n')
ctrlSets = pm.ls("*ctrlSet")
if not ctrlSets:
self.controlSet = pm.sets(empty=True, name = "ctrlSet")
grps = [grp for grp in ['Placer', 'rig_arc'] if pm.objExists(grp)]
pm.select(grps, hi=True)
all_curve = pm.ls(sl=True, type="nurbsCurve")
pm.select(clear=True)
all_ctrl = [ctrl.getParent() for ctrl in all_curve]
if pm.objExists('Panels'):
pm.select('Panels', hi=True)
all_facial_curve = pm.ls(sl=True, type="nurbsCurve")
pm.select(clear=True)
all_ctrl.extend([curve.getParent() for curve in all_facial_curve if curve.getParent().tz.isLocked()])
#pm.sets(all_ctrl, name="_ALL_CURVES")
no_tags = [ctrl for ctrl in all_ctrl if not pm.attributeQuery ('ClientAnimCtrl', node= ctrl, ex=True)]
pm.sets(no_tags, name="_NON_TAGGED_CURVES")
tags = [ctrl for ctrl in all_ctrl if pm.attributeQuery ('ClientAnimCtrl', node= ctrl, ex=True)]
self.controlSet.addMembers(tags)
def test_clusterPlane(self):
fr = FollowRibbon.FollowRibbon(name="blah")
plane = pm.nurbsPlane(axis=[0, 1, 0], patchesU=8, patchesV=1, lengthRatio=0.1, ch=0)[0]
ctrls = []
ctrls.append(pm.circle(n="blah_ctrl_01")[0].name())
ctrls.append(pm.circle(n="blah_ctrl_02")[0].name())
mainGrp = pm.group(em=1, name="main")
result = fr._clusterPlane(plane=plane, controls=ctrls, mainGrp="main")
self.testLib.assertListEqual(result, ["blah_cluster_01Handle", "blah_cluster_02Handle"])
self.assertTrue(pm.objExists("blah_cluster_01"))
self.assertTrue(pm.objExists("blah_cluster_02"))
self.assertTrue(pm.listRelatives(result[0], parent=True), "main")
self.assertTrue(pm.listRelatives(result[1], parent=True), "main")
self.assertTrue(pm.listRelatives(result[0], parent=1)[0], "blah_ctrlsGrp")
self.assertTrue(pm.listRelatives(result[1], parent=1)[0], "blah_ctrlsGrp")
hist = pm.listHistory(plane)
hitA = 0
hitB = 0
for each in hist:
if each.name() == "blah_cluster_01":
hitA = 1
if each.name() == "blah_cluster_02":
hitB = 1
self.assertTrue(hitA)
self.assertTrue(hitB)
self.assertTrue(pm.isConnected("blah_ctrl_01.translate", "blah_cluster_01Handle.translate"))
self.assertTrue(pm.isConnected("blah_ctrl_02.translate", "blah_cluster_02Handle.translate"))
def createObjectSet(setName, objLst = [], exclusiveness = False, partition = None, increment = False):
'''
create an objectSet.
@param setName string : This objectSet's name.
@param objLst list : Objects which belongs this objectSet.
@param exclusiveness bool : Whether is this objectSet mutually exclusive with another objectSet in one partition.
@param partition node or string : When exclusiveness flag is True, partitin should be assigned a partition node. Ignore when exclusiveness flag is False.
@param increment bool : Whether to use the existed one or create an increment one When the named objectSet has been existed.
If the existed objectSet will be used, ignore exclusiveness flag and partition flag.
@result node
'''
useExisted = False
if not pm.objExists(setName):
objSet = pm.sets(em=1, name = setName)
elif pm.objExists(setName) and increment :
setName = name.compileNodeName(setName)
objSet = pm.sets(em=1, name = setName)
else:
objSet = pm.PyNode(setName)
useExisted = True
if not useExisted and exclusiveness :
partition.addMember(objSet)
if objLst:
#objSet.addMembers(objLst)
pm.sets(objSet, e=1, forceElement = objLst)
return objSet
def dictToDatas(self, dict_datas):
"""
!@Brief Get dict datas of skinCluster and push datas to class variables.
This function is for import.
"""
if not dict_datas:
raise RuntimeError("\n\tDict datas is empty or invalid !!!\n")
# Check if skin node exists
# If skin node doesn't exist set variable with string name
if pmc.objExists(dict_datas["SKIN_NODE"]):
self.SKIN_NODE = pmc.PyNode(dict_datas["SKIN_NODE"])
else:
self.SKIN_NODE = dict_datas["SKIN_NODE"]
# Check if shape node exists
# If shape node doesn't exist set variable with string name
if pmc.objExists(dict_datas["SHAPE"]):
self.SHAPE = pmc.PyNode(dict_datas["SHAPE"])
else:
self.SHAPE = dict_datas["SHAPE"]
# Set skin datas
self.INFLUENCES = dict_datas["INFLUENCES"]
self.WEIGHTS = dict_datas["WEIGHTS"]
self.MAX_INFLUENCES = dict_datas["MAX_INFLUENCES"]
self.MAINTAIN_MAX_INFLUENCES = dict_datas["MAINTAIN_MAX_INFLUENCES"]
self.SKINNING_METHOD = dict_datas["SKINNING_METHOD"]
self.USE_COMPONENTS = dict_datas["USE_COMPONENTS"]
self.BIND_PRE_MATRIX = dict_datas["BIND_PRE_MATRIX"]
self.BASE_POINT = dict_datas["BASE_POINT"]
def create_control(control, module):
""" Creates a control for the rig, checking for existing controls or creating
Args:
control (str, pm.nt.Transform): can be anything really, just as long as it exists
Returns:
(pm.nt.Transform): the resulting transform of the control
"""
is_new = False
# Check if default control was created
if pm.objExists('grow_CTRL') and not pm.objExists(control):
control = pm.PyNode('grow_CTRL')
# Create the control if control doesn't exist
elif not pm.objExists(control):
control = pm.circle(n='grow_CTRL')
# Flat control in Y...
control[1].normalY.set(1)
control[1].normalZ.set(0)
control = control[0]
is_new = True
# If it's a string and we weren't passed a PyNode we need to check existing nodes
elif isinstance(control, basestring):
control = pm.PyNode(control)
setup_control_global_attrs(control, module)
return control, is_new
def create_wireframe_rl(name="wireframe"):
"""
Creates wireframe material
Creates wireframe layer
Adds all geometry and rendercam to the renderlayer
@param name: str layername
"""
mat_name = "%s_mat" % name
if not pm.objExists(mat_name):
material_node = pm.shadingNode("lambert", n=mat_name, asShader=True)
material_node.setColor([1, 1, 1])
material_sg_node = pm.sets(renderable=True, noSurfaceShader=True, empty=True, name="%sSG" % mat_name)
material_sg_node.miContourEnable.set(1)
material_sg_node.miContourColor.set([0,0,0])
material_sg_node.miContourWidth.set(1.5)
material_node.outColor >> material_sg_node.surfaceShader
if not pm.objExists(name):
render_layer = pm.createRenderLayer(n=name)
render_layer.setCurrent()
render_layer.addMembers(pm.ls(geometry=True, cameras=True))
material_sg_node.message >> render_layer.shadingGroupOverride
def check(self, *args):
self.log.insertText("Checking Master Node... \n")
if pm.objExists('master'):
master_node = pm.PyNode("master")
else :
self.log.insertText(" Master Node does not exists \n")
return False
attrs = ['objectName',
'arc_file_path',
'arc_file_name',
'arc_asset_name',
'arc_asset_dept',
'arc_asset_version',
'ClientAsset']
status = True
for attr in attrs:
msg = "%s.%s"%(master_node, attr)
self.log.insertText(" %s" %(msg.ljust(40, '.')))
if not pm.objExists('%s.%s'%(master_node, attr)):
self.log.insertText("FAIL \n")
status = False
if master_node not in self.result.getAllItems():
self.result.append(master_node)
else:
self.log.insertText("OK \n")
return status
def _prep(self,args):
basename=self.inputName.getText()
nparticle=pm.ls(sl=True)[0]
if not pm.objExists(self.inputBar.getText()):
pm.error ('GEO plane doesn\'t exist')
geo = pm.PyNode(self.inputBar.getText())
if not isinstance(nparticle.getShape(), pm.nt.NParticle):
pm.error('Your selection is not an nParticle object')
#create an instancer
tempCube=pm.polyCube(n='temp_iinst_GEO',w=.01,h=.01,d=.01,ch=0)
self.instancer=pm.PyNode(pm.particleInstancer(nparticle,name=(nparticle.name().replace('_NPARTICLE','_INSTANCER')),addObject=True,object=tempCube[0],cycleStep=1,cycleStepUnits='Frames',levelOfDetail='Geometry',rotationUnits='Degrees',rotationOrder='XYZ',position='worldPosition',rotation='rotPP',scale='scalePP',objectIndex='indexPP'))
pm.delete(tempCube)
#group the nparticle + instancer
group=pm.group(n=(nparticle.name().replace('_NPATICLE','_lodA_GRP')))
nparticle.setParent(group)
self.instancer.setParent(group)
#nCache itR
if not pm.objExists( nparticle.name().replace('_NPARTICLE','_NUCLEUS') ):
pm.error('Nucleus doesn\'t exist!')
nucleus = nparticle.name().replace('_NPARTICLE','_NUCLEUS')
#delete everything unnecessary that might cause issues
print geo, nucleus
print 'issue?'
pm.delete(geo, nucleus)
print 'issue?'
pm.select(nparticle)
mm.eval('performCreateNclothCache 1 \"add\";')
pm.confirmDialog(m='WARNING, DO NOT SAVE AFTER THIS STEP',t='DONT SAVE!')
def __restorePosingRIG__(elts):
if elts==None:
# get each objects from rigShapesSet
if pmc.objExists('RIG_bindPose'):
elts = pmc.sets('RIG_bindPose', query=True)
fromSelection=False
else:
fromSelection=True
if elts:
for elt in elts:
if fromSelection:
if pmc.objExists(elt.name()+'_storedPos'):
obj = elt.name()+'_storedPos'
attrs = pmc.listAttr(elt, keyable=True)
for i in range(len(attrs)):
try:
pmc.PyNode(elt+'.'+attrs[i]).set(pmc.PyNode(obj+'.'+attrs[i]+'_stored').get())
except:
vp.vPrint('No data founded from %s in rigPosingSet set' % elt.name(), 1)
else:
vp.vPrint('Object %s doesn\'t exist' % (elt.name()+'_storedPos'), 1)
else:
if pmc.objExists(elt.name().replace('_storedPos', '')):
obj = pmc.PyNode(elt.name().replace('_storedPos', ''))
attrs = pmc.listAttr(obj, keyable=True)
for i in range(len(attrs)):
try:
pmc.PyNode(obj+'.'+attrs[i]).set(pmc.PyNode(elt+'.'+attrs[i]+'_stored').get())
except:
vp.vPrint('No data founded from %s in rigPosingSet set' % elt.name(), 1)
else:
vp.vPrint('Object %s doesn\'t exist' % elt.name().replace('_storedPos', ''), 1)
def loadDeformerWeights(filename=None):
'''
Usage:
loadDeformerWeights(filename='/jobs/mercedesFable_5402587/build/charTortoise/maya/export/WEIGHTS/tortoiseAFacial/extraWeights/deformerWeights/v03/deformerWeights.json')
loadDeformerWeights()
'''
if not filename:
try:
filename = pm.fileDialog2(cap='Select a json file you stored', fm=1, okc='Load', ff='JSON (*.json)')[0]
except:
pm.error('file not found, whatever.')
with open(filename, 'rb') as fp:
data = json.load(fp)
for key in data.keys():
if pm.objExists(key):
deformer = Deformer(pm.PyNode(key))
print 'Loading weights for deformer:\t%s'%deformer
for deformedShape in data[key].keys():
if pm.objExists(deformedShape):
print '\tLoading deformer weights on shape:\t%s'%deformedShape
deformedTransform = pm.PyNode(deformedShape).getParent()
#print data[key][deformedShape]
deformer.setWeights(data[key][deformedShape], deformedTransform)
else:
pm.warning('Object %s does not exist to apply deformer weights to...skipping'%deformedShape)
else:
pm.warning('Deformer %s doesn\'t exist...skipping'%key)
def create_module(name):
""" Creates a top group from an object name
For now, just dummy checking if the suffix is all caps
Args:
name (str): name to parse or use
Returns (pm.nt.Transform): resulting group node
"""
module = {}
if name.split('_')[-1].isupper():
name = '_'.join( name.split('_')[:-1] )
grp_name = '%s_GRP'%name
if pm.objExists(name):
top_group = pm.PyNode(name)
elif pm.objExists(grp_name):
top_group = pm.PyNode(grp_name)
else:
top_group = pm.group(em=True, n='%s_GRP'%name)
module['top_group'] = top_group
for subgroup in ['skeleton','model','parts','controls']:
subgroup_name = '%s_%s_GRP'%(name, subgroup)
if not pm.objExists(subgroup_name):
module[subgroup] = pm.group(em=True, n=subgroup_name)
module[subgroup].setParent(top_group)
top_group.addAttr('%s_vis'%subgroup,
at='long',
k=True,
dv=1, min=0, max=1)
top_group.attr('%s_vis'%subgroup).connect(module[subgroup].visibility)
else:
module[subgroup] = pm.PyNode(subgroup_name)
return module
def __restoreShapes__(elts):
if elts==None:
# get each objects from rigShapesSet
if pmc.objExists('rigShapesSet'):
elts = pmc.sets('rigShapesSet', query=True)
fromSelection=False
else:
fromSelection=True
if elts:
for elt in elts:
if fromSelection:
atoms = various.getAtoms(elt.getShape(), flat=False)
for i in range(len(atoms)):
try:
pmc.move(atoms[i], pmc.PyNode(elt.name()+'_storedShp.cv'+str(i)).get(), absolute=True)
except:
vp.vPrint('No %s in rigShapesSet set' % (elt.name()+'_storedShp'), 1)
else:
if pmc.objExists(elt.name().replace('_storedShp', '')):
obj = pmc.PyNode(elt.name().replace('_storedShp', '')).getShape()
atoms = various.getAtoms(obj, flat=False)
for i in range(len(atoms)):
try:
pmc.move(atoms[i], pmc.PyNode(elt+'.cv'+str(i)).get(), absolute=True)
except:
vp.vPrint('No data founded from %s in rigShapesSet set' % elt.name(), 1)
else:
vp.vPrint('Shape %s doesn\'t exist' % elt.name().replace('_storedShp', ''), 1)
def locInst_locSel(self):
'''
Function: Takes a locator and instances it's target (set as an extra attr)
Then sets the location of the instance.
If the instance already exists it uses that
Returns: None
'''
locs = pm.ls(sl=True)
grp_name = "_".join(locs[0].getParent().split('_')[:-2])+"_INST_GRP"
print grp_name
print pm.objExists(grp_name)
if pm.objExists(grp_name): pm.PyNode(grp_name)
else: grp=pm.group(em=True, n=grp_name)
for loc in locs:
#if the target isn't an instance create it
targetExists = pm.ls(loc.target.get().split('_')[:-1][0]!='GEO', r=True, type='transform')[0]
instanceExists = pm.ls(loc.target.get().split('_')[:-1][0]!='INST', r=True, type='transform')[0]
if not instanceExists and targetExists:
matchObj = pm.ls(loc.target.get(), r=True, type='transform')[0]
instance = pm.instance(matchObj, n=('_'.join(matchObj.split('_')[:-1])+'_INST'))[0]
#set the target to the new instance since it was created
loc.target.set(instance)
elif pm.objExists(loc.target.get()) and pm.objExists('_'.join(target.split('_')[:-1])+'_INST'):
pm.error('Neither a GEO nor an INST object exists with this name')
#otherwise initialize the instance variable
else: instance = pm.PyNode('_'.join(arg.split('_')[:-1])+'_INST')
loc.t.connect( instance.t )
loc.r.connect( instance.r )
loc.s.connect( instance.s )
instance.setParent(grp)
def _create_deformers_(self):
# Setup missing geo shapes dictionary
missing_shapes = {}
# Build in the order of blendshapes
for blendshape in libXml.list_persist(self.import_data["Order"]):
# Check if the blendshapes exists. If so create one.
shapes = libXml.list_persist(self.import_data["Data"][blendshape])
if not pm.objExists(blendshape):
# Read info for each blendshape
# select select the shapes.
pm.select(cl=1)
for shape in shapes:
# Check the shape exists
if pm.objExists(shape):
# Add to the selection
pm.select(shape, add=1)
else:
# If not then then add to error list dictionary
if missing_shapes.has_key(blendshape):
missing_shapes[blendshape].append(shape)
else:
missing_shapes[blendshape] = [shape]
# Select the target geo and create blendshape
pm.select(self.target, add=1)
pm.blendShape(name=blendshape)
if len(missing_shapes):
print "#######The following blends had missing shapes#######"
for key in missing_shapes.keys():
print key.upper()
libUtilities.print_list(missing_shapes[key])
def createHierarchy():
"""hierarchy construction"""
gp = {}
# create groups
grps = [['TEMPLATES'], ['BDD'], ['PERSO'], ['SKINSKEL'], ['ADDITIVERIG'], ['ANIMATION'], ['TODELETE'], ['SETUP','PERSO|'], ['SCALEOFFSET','PERSO|SETUP|'], ['NOXFORM','PERSO|SETUP|']]
for grp in grps:
# create the absolute path
tmpName = '|'
for i in reversed(range(len(grp))):
tmpName += grp[i]
# check if the object exist
if pmc.objExists(tmpName):
gp[grp[0]] = pmc.PyNode(tmpName)
else:
gp[grp[0]] = pmc.createNode('transform', name=grp[0], skipSelect=True)
if len(grp)==2:
gp[grp[0]].setParent(grp[1])
clean.__lockHideTransform__(gp[grp[0]], channel=['v'])
# uncheck inherits transform
gp['BDD'].inheritsTransform.set(False)
gp['NOXFORM'].inheritsTransform.set(False)
# create scale offset attribut
if gp['SCALEOFFSET'].hasAttr('scaleOffset')==False:
pmc.addAttr(gp['SCALEOFFSET'], longName='scaleOffset', attributeType='float', defaultValue=1.0, keyable=True )
# connect the scale offset attribut into the scale
clean.__lockHideTransform__(gp['SCALEOFFSET'], channel=['s'], lock=False)
if len(gp['SCALEOFFSET'].sx.inputs(plugs=True))==0:
gp['SCALEOFFSET'].scaleOffset >> gp['SCALEOFFSET'].sx
if len(gp['SCALEOFFSET'].sy.inputs(plugs=True))==0:
gp['SCALEOFFSET'].scaleOffset >> gp['SCALEOFFSET'].sy
if len(gp['SCALEOFFSET'].sz.inputs(plugs=True))==0:
gp['SCALEOFFSET'].scaleOffset >> gp['SCALEOFFSET'].sz
# hide and lock attribut
for key in gp.keys():
clean.__lockHideTransform__(gp[key], channel=['t', 'r', 's'])
# create set
pmc.select(clear=True)
sets = ['CONTROLS']
for set in sets:
if pmc.objExists(set)==False:
gp[set] = pmc.sets(name=set)
else:
gp[set] = pmc.nodetypes.ObjectSet('CONTROLS')
return gp
def cameraHasNoiseApplied(self):
if self.control:
if pc.objExists('%s.Seed_T'%self.control) and pc.objExists('%s.Seed_R'%self.control): #check any 2 noise attributes
noise_status = True
else:
noise_status = False
else:
noise_status = False
return noise_status
def test_import_remove_namespace(self):
ref = self.sphereRef1
nsSphere = 'sphere1:pSphere1'
noNsSphere = 'pSphere1'
self.assertTrue(pm.PyNode(nsSphere).isReferenced())
self.assertFalse(pm.objExists(noNsSphere))
ref.importContents(removeNamespace=True)
self.assertFalse(pm.objExists(nsSphere))
self.assertFalse(pm.PyNode(noNsSphere).isReferenced())
def assign_killz():
sel=pm.ls(sl=True)
#load shaders
if not pm.objExists("HELMET"):
cmds.file("/mpc/mayors1/playstationKillzone4_5402105/pantry/bodies/vsa_infantry_shaders.ma",i=True,type='mayaAscii', ignoreVersion=True, rpr="vsa_infantry_shaders", options='v=0',loadReferenceDepth='all')
if not pm.objExists("PLASTIC_LIGHT"):
cmds.file("/mpc/mayors1/playstationKillzone4_5402105/pantry/bodies/hgh_infantry_shaders.ma",i=True,type='mayaAscii', ignoreVersion=True, rpr="hgh_infantry_shaders", options='v=0',loadReferenceDepth='all')
assignments_keys=[chkObjNs('*vsa_security_trooper_helmet*'),
chkObjNs('*vsa_security_trooper_glasses'),
chkObjNs('*vsa_security_trooper_visor'),
chkObjNs('*VSA_Infantry_Body_L*'),
chkObjNs('*VSA_Infantry_Markers_L*'),
chkObjNs('*VSA_Infantry_Marker_Lights_L*'),
chkObjNs('*head*l*'),
chkObjNs('*head_anthony_trooper_l*'),
chkObjNs('*heads_GEO*'),
chkObjNs('HGH_specOps_class_bodies_GRP'),
chkObjNs('HGH_support_class_bodies_GRP'),
chkObjNs('HGH_specOps_*_GRP'),
chkObjNs('HGH_support_*_GRP'),
chkObjNs('first_layer'),
chkObjNs('second_layer'),
chkObjNs('edges'),
chkObjNs('*eyes_glowing*'),
chkObjNs('*screen_back_L*'),
chkObjNs('*single_led_back*'),
chkObjNs('*Light_L*'),
chkObjNs('*round_gridlights*')]
assignments={chkObjNs('*vsa_security_trooper_helmet*'):'HELMET',
chkObjNs('*vsa_security_trooper_glasses'):'VISOR',
chkObjNs('*vsa_security_trooper_visor'):'VISOR',
chkObjNs('*VSA_Infantry_Body_L*'):'BODY',
chkObjNs('*VSA_Infantry_Markers_L*'):'lambert1',
chkObjNs('*VSA_Infantry_Marker_Lights_L*'):'lambert1',
chkObjNs('*head*l*'):'FACE',
chkObjNs('*head_anthony_trooper_l*'):'FACE',
chkObjNs('*heads_GEO*'):'FACE',
chkObjNs('HGH_specOps_class_bodies_GRP'):'HGH_SpecOp_BODY',
chkObjNs('HGH_support_class_bodies_GRP'):'HGH_Engineer_BODY',
chkObjNs('HGH_specOps_*_GRP'):'HGH_SpecOp_BODY',
chkObjNs('HGH_support_*_GRP'):'HGH_Engineer_BODY',
chkObjNs('first_layer'):'HGH_Engineer_BODY',
chkObjNs('second_layer'):'HGH_Engineer_BODY',
chkObjNs('edges'):'HGH_Engineer_BODY',
chkObjNs('*eyes_glowing*'):'PLASTIC_LIGHT',
chkObjNs('*screen_back_L*'):'PLASTIC_LIGHT',
chkObjNs('*single_led_back*'):'PLASTIC_LIGHT',
chkObjNs('*Light_L*'):'PLASTIC_LIGHT',
chkObjNs('*round_gridlights*'):'PLASTIC_LIGHT'}
print assignments
for obj in assignments_keys:
if not obj == "":
print 'Assigning shader %s to object %s' % ( assignments[obj], obj)
objs = pm.ls(obj)
print objs
pm.select(objs,r=True)
pm.hyperShade(obj, a=assignments[obj])
def _targetMatch(self, *args):
args=pm.ls(sl=True)
for arg in args:
if pm.objExists(arg+'.target'):
tgt= pm.PyNode(arg.target.get())
elif pm.objExists(nami.replaceSuffix(arg+'GEO')): tgt = pm.PyNode(arg.target.get())
else:
print 'Couldn\'t find target for object: %s ...skipping' % arg
break
posi.matchPos(arg, [tgt], 1)
def rig_makeBlockGeo(geometry, mpcStyle=False):
'''Uses the MPC block geo script to create automaded block geo out of one selected object which is properly constrained.
Args:
geometry (pm.PyNode): poly mesh to be broken apart
mpcStyle (boolean): replaces the suffix based on JNT and GEO
Returns (list[pm.PyNode]): List of proxies that were generated
Example Usage:
rig_makeBlockGeo()
'''
#convert the list to a mel list as a string to pass
command = 'rig_makeBlockGeo ({{"{MESHES}"}},"");'.format(MESHES=geometry)
print command
proxies = mel.eval(command)
if len(proxies):
#Time to sort them and order them + constrain them
if not pm.objExists('proxy_GRP'):
prx_grp = pm.group(em=True, n='proxy_GRP')
else:
prx_grp = pm.PyNode('proxy_GRP')
if pm.objExists('model_GRP'):
prx_grp.setParent('model_GRP')
if pm.objExists('globalCon_GRP'):
pm.scaleConstraint('globalCon_GRP', prx_grp, mo=True)
final={}
proxy_grp = geometry.replace('GEO','PROXY_GRP')
if not pm.objExists(proxy_grp):
proxy_grp=pm.group(em=True,n=proxy_grp)
else:
proxy_grp=pm.PyNode(proxy_grp)
proxy_grp.setParent(prx_grp)
for proxy in proxies:
if mpcStyle:
proxy=pm.PyNode(proxy)
pm.polySoftEdge(proxy, a=0, ch=0)
jnt = proxy.name().replace('_GEO','')
print proxy.name().replace('_GEO','')
print proxy.name().replace('GEO','JNT')
if pm.objExists(proxy.replace('GEO','JNT')):
jnt = proxy.replace('GEO','JNT')
pm.parentConstraint(jnt, proxy, mo=True)
proxy.setParent(proxy_grp)
proxy.rename(geometry+'_'+proxy.replace('GEO','PROXY'))
print 'adding joint'
final[proxy]=jnt
else:
proxy=pm.PyNode(proxy)
pm.polySoftEdge(proxy, a=0, ch=0)
proxy.rename(proxy.replace('GEO','PROXY'))
final[proxy]=proxy.replace('_PROXY', '')
return final
def _freezeWorldTransform(self, args):
'''This function matches the transform based on world coordinates
:param name: The name to use.
'''
#NEED TO ADD FOR RELATIVE TO PARENT FREEZING
#if pm.radioCollection( self.hierSel_rc, q=1, selected=True ) == 2:
# args = self.get_objectHierarchy_transform(args[0], 'up')
#if pm.radioCollection( self.hierSel_rc, q=1, selected=True ) == 3:
args = self._get_objectHierarchy_transform(args[0], 'down')
top=pm.ls(sl=True)[0]
args.insert(0,top)
for arg in args:
#parent a locator -> parent of arg
loc = (arg+"_LOC")
if (not pm.objExists(loc)):
loc = pm.spaceLocator(p=(0,0,0), n=arg+"_LOC")
arg_parent = pm.listRelatives(arg, p=True)
if arg_parent==[]:
pm.parent( loc, arg )
else:
print loc, arg, arg_parent[0]
pm.parent( loc, arg_parent[0])
arg_pos = pm.xform(arg, query=True, r=True, t=True)
arg_rot = pm.xform(arg, query=True, r=True, ro=True)
arg_scl = pm.xform(arg, query=True, r=True, s=True)
pm.xform(loc, a=True, ro=arg_rot, s=arg_scl, t=arg_pos)
#remove the locator from the parent in order to get the world coordinates/scale
pm.parent(loc, w=True)
#store the transform of the locator then delete it
ot_data = pm.xform(loc,q=True,r=True,t=True) + pm.xform(loc,q=True,r=True,ro=True) + pm.xform(loc,q=True,r=True,s=True)
pm.delete(loc)
#detect if the object has a origTrans attr
if (not pm.objExists(arg+'.origTrans')):
#if not create it
pm.addAttr(arg, ln='origTrans', dt="string")
else:
#if it does throw a prompt asking if you'd like to add onto the previous transform freeze
prompt_result = pm.confirmDialog (title='Orig Trans Detected!',
message='This object was already frozen,\nUpdate of new position for original transform?',
button=["Update", "Reset and Freeze"],
defaultButton="Update", dismissString="Reset and Freeze")
print "Need to modify ot_data in this situation...not sure how."
#record the transform data to a string variable on the arg
pm.setAttr (arg+'.origTrans', ' '.join(map(str,ot_data)))
def _freezeLocalTransform( self ):
args = pm.ls(sl=True)
for arg in args:
arg.t.get()
arg.r.get()
arg.s.get()
' '.join(map(str,ot_data))
def checkNeck(ogoat, ygoat, troll):
ogoat = 'Main_Neck_jnt1_OldGoat'
ygoat = 'Main_Neck_jnt1_YoungGoat'
troll = 'Troll_neck_jnt'
if pm.objExists(ogoat):
return True
elif pm.objExists(troll):
return True
elif pm.objExists(ygoat):
return True
else:
return False
def setExpression(self):
if pm.objExists('olp_intervalsPerOrbits_expression'):
pm.delete('olp_intervalsPerOrbits_expression')
if pm.objExists('olp_orbits_expression'):
pm.delete('olp_orbits_expression')
interv_int = self.interv_int.value()
orbit_int = self.orbit_int.value()
intervExpression = pm.expression(o=rigInterv, n='olp_intervalsPerOrbits_expression', s='rx = frame * (360/{0}.000);'.format(interv_int))
if_block = 'rz = (frame/{0}) * ((360/{1}.000)/2.000);'.format(interv_int, orbit_int)
orbitExpression = pm.expression(o=rigOrbit, n='olp_orbits_expression', s='if (frame%{0} == 0) {1}'.format(interv_int, if_block))
def check_file( file, skeleton = 0 ):
contents = open( file, 'r')
missing_objects = []
for line in contents.read().splitlines():
split = line.split('/')
if len(split)>1 and line[0] is not '#':
if split[0] is not ' ' and split[2] is not ' ':
if skeleton and not pm.objExists( split[0] ):
missing_objects.append( split[0] )
elif not skeleton and not pm.objExists( split[-1] ):
missing_objects.append( split[-1] )
contents.close()
return missing_objects
def qClothCmd(*args, **kwargs):
'''
create qCloth
step 1: Select an anim geo
step 2: Duplicate a cloth geo and a output geo from the anim geo
step 3: Do blendshape both anim geo and cloth geo with output geo
step 4: Create QCloth on cloth geo
'''
try:
pm.loadPlugin("qualoth-2014-x64.mll")
except:
pass
sel = pm.ls(sl=1)
outputGrpName = 'output_Grp'
clothGrpName = 'cloth_Grp'
if pm.objExists(outputGrpName):
outputGrp = pm.PyNode(outputGrpName)
else :
outputGrp = pm.createNode('transform', name = outputGrpName)
outputGrp.v.set(0)
if pm.objExists(clothGrpName):
clothGrp = pm.PyNode(clothGrpName)
else :
clothGrp = pm.createNode('transform', name = clothGrpName)
outputGeos = [pm.duplicate(i, name = i.name().replace("_anim", "_output"))[0] for i in sel]
[outputGeo.setParent(outputGrp) for outputGeo in outputGeos]
[i.v.set(0) for i in sel]
clothShape = []
for i in sel:
pm.select(i)
clothShape.append(pm.mel.qlCreateCloth())
clothGeos = [pm.PyNode(i).outputMesh.outputs(p=0)[0] for i in clothShape]
[clothGeo.setParent(clothGrp) for clothGeo in clothGeos]
blendNodes = [pm.blendShape(sel[i], clothGeos[i], outputGeos[i], w = [(0,0), (1,1)]) for i in range(len(sel))]
def rig_connectDynCtrl(dynObj, dynCtrl): '''Takes a dynamic pm.PyNode connects it to the dynCtrl pm.PyNode.spaceLocator Args: dynObj (pm.PyNode): the dynamic object to be attached dynCtrl (pm.PyNode): the dynamic control to drive Returns: (pm.PyNode) - controlled object ''' if pm.objectType(dynObj.getShape()) == 'follicle': dynCtrl.pointLock.connect(dynObj.pointLock) else: for attr in ['simulationMethod','collide','selfCollide','drag','damp','friction','iterations', 'stiffness','startFrame','turbulenceStrength','turbulenceFrequency','turbulenceSpeed']: if pm.objExists(dynObj.name()+'.'+attr) and pm.objExists(dynCtrl.name()+'.'+attr): dynCtrl.attr(attr).connect(dynObj.attr(attr)) return dynObj
def attr_insertMultiplierOffset(target, source, attrNameA, attrNameB, type='double', min=None, max=None, k=True, cb=False, dv=0):
'''if the source control's named attribute is not equal(or other operation listed) to compare value, then use it other wise use the other
Args:
targetAttr (pm.PyNode):
sourceCtrl (pm.PyNode):
attrName (string):
type (string):
min (float):
max (float):
k (boolean):
cb (boolean):
dv (float):
Returns:
pm.nt.Condition: condition node that we're using now to connect to that attribute
attr_insertMultiplier(pm.PyNode('pSphere1.translateZ'), pm.PyNode('pSphere2'), 'multiplyTZ', min=0)
'''
mudl = pm.shadingNode('multDoubleLinear', n='%s_%s_to_%s_MUDL'%(source.name(), attrNameA, target.name().replace('.','_')),asUtility=True)
if not pm.objExists(source.name()+'.'+attrNameA):
source.addAttr(attrNameA, at=type, dv=dv)
source.attr(attrNameA).set(k=k)
if cb:
source.attr(attrNameA).set(cb=cb)
source.attr(attrNameA).setMin(min)
source.attr(attrNameA).setMax(max)
if not pm.objExists(source.name()+'.'+attrNameB):
source.addAttr(attrNameB, at=type, dv=dv)
source.attr(attrNameB).set(k=k)
if cb:
source.attr(attrNameB).set(cb=cb)
source.attr(attrNameB).setMin(min)
source.attr(attrNameB).setMax(max)
sourceCtrlAttrA = source.attr(attrNameA)
sourceCtrlAttrA.connect( mudl.input1 )
targetAttrBConnect=False
if source.attr(attrNameB).isConnected():
connections = source.attr(attrNameB).listConnections(p=True)
if len(connections)>1:
pm.error('not sure what\'s going on but this attribute is connected to more than 1 thing somehow...sorry')
targetAttrBConnect = connections[0]
if targetAttrBConnect:
targetAttrBConnect.connect( mudl.input2 )
else:
source.attr(attrNameB).connect( mudl.input2 )
mudl.output.connect( target.attr(attrNameA),f=True )
return mudl
def update(self):
if self.nodeName is None or not pm.objExists(self.nodeName) \
or self.networkCol is None or not pm.layout(self.networkCol, exists=True):
return
nodeAttr = pm.Attribute(self.nodeAttr('aiCustomAOVs'))
self.updateAOVFrame(nodeAttr)
def setup_control_global_attrs(control, module, prefix=""):
""" Responsible for setting up global attributes on the control
Args:
control (str, pm.nt.Transform): can be anything really, just as long as it exists
module (pm.nt.Transform): module group to parent controls into
Returns: None
"""
for attr in ['global_radius']:
if not pm.objExists('%s.%s'%(control.name(), attr)):
control.addAttr('global_radius', at='double', dv=0, k=True)
attrs = ['tx','ty','tz','rx','ry','rz','sx','sy','sz', 'visibility']
for attr in attrs:
control.attr(attr).lock()
control.attr(attr).setKeyable(False)
# Setup subgroup connections to main control
"""
for subgroup in ['skeleton','model','parts','controls']:
attr_name = '%s_vis'%subgroup
if not pm.objExists('%s.%s'%(control.name(), attr_name)):
control.addAttr(attr_name,
at='long',
k=True,
dv=1, min=0, max=1)
control.attr(attr_name).connect(module['top_group'].attr(attr_name))
"""
to_parent = control.getParent() or control
to_parent.setParent(module['controls'])
def create(selection=[], options={}):
# Check if correct
elements = {}
print(options)
for i in selection:
if type(i) == pc.system.FileReference:
placer = i.namespace+':PLACER_CTL'
print("Refed!", i)
# Collect data
if pc.objExists(placer):
if str(i.path) not in elements:
elements[str(i.path)]={}
elements[str(i.path)][i.namespace] = getPlacerValues(placer)
else:
print('Not supported',i , type(i), pc.system.FileReference)
# Format json dict
comp_path = os.path.join(os.path.abspath(os.getenv('PROJECT')),
'assets',
'compound',
options['compoundname']+'.cpa',
)
# Write out to file
with open(comp_path, 'w') as al:
json.dump(elements, al, sort_keys=True, indent=4)
return(True)
def __init__(self, prefix='new', baseObj=None):
"""
:param prefix: str, prefix to name new objects
:param baseObj: instance of base.module.Base class
:return: None
"""
self.topGrp = pm.group(n=prefix + 'Module_GRP', em=1)
self.controlsGrp = pm.group(n=prefix + 'Controls_GRP',
em=1,
p=self.topGrp)
self.secControlsGrp = pm.group(n=prefix + 'secondaryControls_GRP',
em=1,
p=self.topGrp)
self.jointsGrp = pm.group(n=prefix + 'Joints_GRP', em=1, p=self.topGrp)
self.partsGrp = pm.group(n=prefix + 'Parts_GRP', em=1, p=self.topGrp)
self.partsNoTransGrp = pm.group(n=prefix + 'PartsNoTrans_GRP',
em=1,
p=self.topGrp)
pm.hide(self.partsGrp, self.partsNoTransGrp)
pm.setAttr(self.partsNoTransGrp + '.it', 0, l=1)
if (pm.objExists('display_CTRL')):
displayCtrl = pm.ls('display_CTRL')[0]
levelGrp = [self.controlsGrp, self.secControlsGrp]
pm.addAttr(displayCtrl,
ln=prefix,
at='enum',
enumName='none:block:all',
k=1,
dv=1)
pm.setAttr(displayCtrl + '.' + prefix, cb=1)
common.setDrivenKey(displayCtrl + '.' + prefix, [0, 1, 2],
levelGrp[0] + '.v', [0, 1, 1])
common.setDrivenKey(displayCtrl + '.' + prefix, [0, 1, 2],
levelGrp[1] + '.v', [0, 0, 1])
# parent module
if baseObj:
pm.parent(self.topGrp, baseObj.modulesGrp)
def getInfoFromSelection(geo=None, pos=None):
if not geo:
lssl = pm.selected()
geo = lssl[0]
else:
if pm.objExists(geo):
geo = pm.PyNode(geo)
if geo.type() == "mesh":
#mesh = geo
geo = mesh.getParent()
if not pos:
pos = [0, 0, 0]
if lssl.__len__() > 1:
inf = lssl[1]
#print geo, pos
return geo, inf
def mainGroup(nodes=None):
'''
Returns the main group containing the rig.
'''
if nodes:
for n in nodes:
if simpleName(n) == 'main':
return n
if objExists('|main'):
return PyNode('|main')
else:
# A pymel bug is sometimes returning duplicate nodes
main = list(set([ obj for obj in ls( 'main', r=True) if not obj.getParent() ]))
if len(main) == 1:
return main[0]
return None
def RenderLayerFx():
if not pm.objExists('Fx_RL'):
rs = renderSetup.instance()
# Extract Name from Transform
GetName = 'Fx'
# Extract Name LigtRig
SelectionLights = pm.listRelatives(type='transform')
for selection in SelectionLights:
if selection.endswith('LIGHTRIG'):
pass
# Create and append the render layer
RsRenderLayer = rs.createRenderLayer(GetName + '_' + 'RL')
ColectionEnvironment = RsRenderLayer.createCollection('Env' + '_' +
GetName + '_' +
'COL')
ColectionLightRig = RsRenderLayer.createCollection('LightRig' + '_' +
GetName + '_' +
'COL')
ColectionGeoMesh = RsRenderLayer.createCollection('Characters' + '_' +
GetName + '_' +
'COL')
ColectionFx = RsRenderLayer.createCollection('Fx' + '_' + GetName +
'_' + 'COL')
##Append Colection
# ColectionGeoMesh.getSelector().staticSelection.add(cmds.ls(Selection, long =True))
# ColectionLightRig.getSelector().setPattern(GetName + '_' + 'LIGHTRIG*')
##Switch Create RenderLayer
rs.switchToLayer(RsRenderLayer)
##Build Message Done
pm.inViewMessage(amg='<hl>Fx_RL_Done!!</hl>.',
pos='midCenter',
fade=True)
else:
pm.select('Fx_RL')
pm.inViewMessage(amg='<hl>Fx_RL_Exist!!</hl>.',
pos='midCenter',
fade=True)
def check(self):
"""@brief Check if all the meshes in the scene are referenced.
"""
nonReferencedMesh = list()
for mesh in pm.ls(type="mesh"):
if not pm.objExists(mesh.name() + ".grid_noCheck"):
if not mesh.isReferenced():
nonReferencedMesh.append(mesh)
if not nonReferencedMesh:
self.status = "OK"
else:
self.status = self.errorMode
self.errorNodes = nonReferencedMesh
for mesh in nonReferencedMesh:
self.addError("%s is not referenced" % mesh.name())
self.errorMessage = "%s non referenced mesh(es)" % (
len(nonReferencedMesh))
def setup_bank(self):
"""Using the existing bank controls create an attribute driven setup"""
if not pm.objExists('%s.bankInOut' % self.ctrl_rotation):
self.ctrl_rotation.srt.addAttr('bankInOut',
at='float',
dv=0,
k=True,
min=-25.0,
max=25.0)
cnd_in = pm.createNode('condition', n='%s_bankIn_dg' % self.name)
cnd_out = pm.createNode('condition', n='%s_bankOut_dg' % self.name)
self.ctrl_rotation.srt.bankInOut.connect(cnd_in.firstTerm)
self.ctrl_rotation.srt.bankInOut.connect(cnd_in.colorIfTrueR)
cnd_in.outColorR.connect(self.ctrl_bank_in.buffers[0].rz)
cnd_in.operation.set(2)
self.ctrl_rotation.srt.bankInOut.connect(cnd_out.firstTerm)
self.ctrl_rotation.srt.bankInOut.connect(cnd_out.colorIfTrueR)
cnd_out.outColorR.connect(self.ctrl_bank_out.buffers[0].rz)
cnd_out.operation.set(4)
def tag_nodes(self):
"""Tag the nodes by reading the currentIO."""
selection = pm.ls(sl=True)
for s in selection:
nodetype = pm.nodeType(s)
if nodetype == 'transform':
child = pm.listRelatives(s, c=True)
if child:
s = child[0]
nodetype = pm.nodeType(s)
# end if override nodetype with child shape
# end if selection is a transform
if (nodetype not in self.valid_nodetype()):
msg = 'Type of selection "%s" not valid with %s' % (s, self)
return logging.error(msg)
# end if invalid nodetype selected
if not pm.objExists('%s.%s' % (s, self)):
s.addAttr(self, at='bool', dv=1)
def doRename(template, lssl=None):
if not lssl:
lssl = pm.selected()
sz = len(lssl)
print "Renaming by template: {}".format(template)
ls_padding = [x for x in template.split("_") if x.startswith("#")]
padding = 1
if not ls_padding:
ls_padding = [x for x in template.split("_") if x.endswith("#")]
if not ls_padding:
print " Index paddings not found, use: ## if one of the field"
return
padding = ls_padding[0].count("#")
print "Given padding: ", padding
# check if padding can store selection size
cur_pad = len(repr(sz))
# if padding is greater than one and number of item is exceeds
# padding will conform that items count
if padding > 1 and cur_pad > padding:
print " Extending currentPadding to: ", cur_pad
padding = cur_pad
idx_part = "1"
pad_stt = template.find("#")
pad_cnt = template.count("#")
repl = template[pad_stt:pad_stt + pad_cnt]
for i, sel in enumerate(lssl):
setCurrentName(sel)
idx = int(idx_part)
idx_part = findNextIndex(template, idx)
# idx_part = "{}".format(idx).zfill(padding)
# new_name = template.replace(ls_padding[0], idx_part)
print "repl: " + repl
new_name = template.replace(repl, idx_part)
if sel.nodeName() == new_name:
continue
print "newn: " + new_name
print "Renaming: {} to: {}".format(sel, new_name)
if pm.objExists(new_name):
print " ! Already exists {}".format(new_name)
new_name += "#"
print " adding number at the end {}".format(new_name)
sel.rename(new_name)
sel.isRenamed.set(1)
def findDeformer(self, deformerType='wrap'):
"""
Find the blendShape from a string
@param _tranformToCheck: Needs to be a String!!
"""
result = []
if not (pm.objExists(self.transform)):
return result
validList = mel.eval('findRelatedDeformer("' + str(self.transform) +
'")')
if validList is None:
return result
for elem in validList:
if pm.nodeType(elem) == deformerType:
result.append(elem)
return result
def create_shadow_shader_mentalray():
if not pm.objExists('shadow_SG_hs_mentalray'):
shadow_shader = pm.shadingNode('useBackground',
asShader=1,
name='shadow_shader_hs_mentalray')
shadow_sg = pm.sets(renderable=1,
noSurfaceShader=1,
empty=1,
name='shadow_SG_hs_mentalray')
shadow_shader.specularColor.set(0, 0, 0)
shadow_shader.reflectivity.set(0)
shadow_shader.reflectionLimit.set(0)
shadow_shader.outColor >> shadow_sg.surfaceShader
return [shadow_shader, shadow_sg]
else:
return [
pm.PyNode('shadow_shader_hs_mentalray'),
pm.PyNode('shadow_SG_hs_mentalray')
]
def create_local_spaces(self):
spaces_names = []
space_locs = []
for space in self.model.space_list:
name = str(space).replace("_OUTPUT", "")
if "local_ctrl" in name:
name = "world"
spaces_names.append(name)
if pmc.objExists("{0}_{1}_SPACELOC".format(self.model.module_name,
name)):
pmc.delete("{0}_{1}_SPACELOC".format(self.model.module_name,
name))
space_loc = pmc.spaceLocator(p=(0, 0, 0),
n="{0}_{1}_SPACELOC".format(
self.model.module_name, name))
space_locs.append(space_loc)
spaces_names.append("local")
fk_ctrls = self.created_spine_ctrl
fk_ctrls[0].addAttr("space",
attributeType="enum",
enumName=spaces_names,
hidden=0,
keyable=1)
for i, space in enumerate(self.model.space_list):
space_locs[i].setAttr(
"translate",
pmc.xform(self.created_spine_jnts[0], q=1, ws=1,
translation=1))
pmc.parent(space_locs[i], space)
fk_space_const = pmc.parentConstraint(space_locs[i],
fk_ctrls[0].getParent(),
maintainOffset=1)
rig_lib.connect_condition_to_constraint(
"{0}.{1}W{2}".format(fk_space_const, space_locs[i],
i), fk_ctrls[0].space, i,
"{0}_{1}_COND".format(fk_ctrls[0], spaces_names[i]))
def interface(ui_object, attr_name, spaces):
attr_name = '{}'.format(attr_name)
if len(spaces) != 1:
enum_names = ":".join(spaces)
else:
enum_names = spaces
_logger.debug(ui_object)
_logger.debug(attr_name)
string_ui = "{}.{}".format(ui_object.name(), attr_name)
if pmc.objExists(string_ui):
current_enums = ui_object.attr(attr_name).getEnums()
match_result = set(spaces) & set(current_enums)
if len(match_result) == 0:
recompile = []
for i in range(0, len(current_enums)):
recompile.append(current_enums[i])
enum_names = ":".join(recompile + spaces)
pmc.addAttr(string_ui,
e=True,
enumName=enum_names,
r=True,
w=True,
k=True,
dv=0)
else:
_logger.debug(enum_names)
pmc.addAttr(ui_object,
longName=attr_name,
attributeType='enum',
enumName=enum_names,
r=True,
w=True,
k=True,
dv=0)
return ui_object.attr(attr_name)
def show(): #check modifyed
if not sceneName():
PopupError('Save scene before continue')
return
if cmds.file(q=True, modified=True) and not objExists(submitter_variables.root_group_name):
if confirmDialog( title='Continue ?',
message='Scene have unsaved changes\n\nContinue without saving?',
button=['Yes','No'],
defaultButton='Yes',
cancelButton='No',
dismissString='No' ) == 'No':
return
def showUI():
from . import submitter_window
reload(submitter_window)
w = submitter_window.SubmitterWindowClass()
w.show()
load_ai()
QTimer.singleShot(1000, showUI)
def execute(self):
self.prebuild()
for obj in self.selection:
if pmc.objExists("{0}_ctrl_OFS".format(obj)):
pmc.delete("{0}_ctrl_OFS".format(obj))
pmc.select(cl=1)
ctrl_shape = pmc.circle(c=(0, 0, 0),
nr=self.orientation,
sw=360,
r=self.model.size,
d=3,
s=8,
n="{0}_CTRLShape".format(obj),
ch=0)[0]
ctrl = rig_lib.create_jnttype_ctrl("{0}_CTRL".format(obj),
ctrl_shape,
drawstyle=2,
rotateorder=self.rotate_order)
pmc.select(cl=1)
ctrl_ofs = pmc.joint(p=(0, 0, 0), n="{0}_ctrl_OFS".format(obj))
ctrl_ofs.setAttr("rotateOrder", self.rotate_order)
ctrl_ofs.setAttr("drawStyle", 2)
pmc.parent(ctrl, ctrl_ofs)
if pmc.objectType(obj) == "joint" or pmc.xform(
obj, q=1, rotatePivot=1) == [0, 0, 0]:
pmc.xform(ctrl_ofs,
ws=1,
matrix=pmc.xform(obj, q=1, ws=1, matrix=1))
else:
pmc.xform(ctrl_ofs,
ws=1,
translation=pmc.xform(obj, q=1, ws=1, rotatePivot=1))
pmc.xform(ctrl_ofs,
ws=1,
rotation=pmc.xform(obj, q=1, ws=1, rotation=1))
pmc.select(self.selection)
def rp_Twist():
"""..............................................................................................//"""
ncj = int(pm.intField('NCJ', q=1, v=1))
# > control joints
# > selection list
s = pm.ls(sl=1)
rp_check(s)
cj = pm.ls((s[0] + "_ctj_*"), typ="joint")
# > twist and roll
if pm.checkBoxGrp('MRL', q=1, v1=1):
if pm.getAttr(s[0] + "_tw_hl.dtce") == 1:
pm.setAttr((s[0] + "_tw_hl.dtce"), 0)
pm.disconnectAttr((cj[0] + ".wm[0]"), (s[0] + "_tw_hl.dwum"))
pm.disconnectAttr((cj[(ncj - 1)] + ".wm[0]"),
(s[0] + "_tw_hl.dwue"))
rl = str(pm.createNode('multiplyDivide', n=(s[0] + "_roll")))
pm.connectAttr((cj[0] + ".rx"), (rl + ".i1x"), f=1)
pm.setAttr((rl + ".i2x"), (-1))
pm.connectAttr((cj[0] + ".rx"), (s[0] + "_tw_hl" + ".rol"), f=1)
tw = str(pm.createNode('plusMinusAverage', n=(s[0] + "_twist")))
pm.connectAttr((rl + ".ox"), (tw + ".i1[0]"), f=1)
pm.connectAttr((cj[(ncj - 1)] + ".rx"), (tw + ".i1[1]"), f=1)
pm.connectAttr((tw + ".o1"), (s[0] + "_tw_hl" + ".twi"), f=1)
# > advanced twist
elif pm.objExists(s[0] + "_twist"):
pm.delete((s[0] + "_twist"), (s[0] + "_roll"))
pm.disconnectAttr((cj[0] + ".rx"), (s[0] + "_tw_hl" + ".rol"))
pm.setAttr((s[0] + "_tw_hl.dtce"), 1)
pm.setAttr((s[0] + "_tw_hl.dwut"), 4)
pm.setAttr((s[0] + "_tw_hl.dwua"), 0)
pm.connectAttr((cj[0] + ".wm[0]"), (s[0] + "_tw_hl.dwum"))
pm.connectAttr((cj[(ncj - 1)] + ".wm[0]"), (s[0] + "_tw_hl.dwue"))
pm.setAttr((s[0] + "_tw_hl.dwuy"), 1)
pm.setAttr((s[0] + "_tw_hl.dwvy"), 1)
pm.setAttr((s[0] + "_tw_hl.dwuz"), 0)
pm.setAttr((s[0] + "_tw_hl.dwvz"), 0)
pm.setAttr((s[0] + "_tw_hl" + ".rol"), 0)
pm.setAttr((s[0] + "_tw_hl" + ".twi"), 0)
pm.select(s[0])
def rad_load_associations():
someFailures = False
targetFile = ""
files = cmds.fileDialog2(dialogStyle=2,
fileFilter="*.radpw",
fileMode=1,
caption="Load Pickwalk Configuration",
okCaption="Load")
if files:
if len(files) > 0:
targetFile = files[0]
if not targetFile:
return
allNodes = cmds.ls(recursive=True)
with open(targetFile) as f:
for line in f:
if not line.startswith("This"):
infoArray = line.split()
# node-name dir dir dir dir
nodeName = infoArray[0]
if pm.objExists(nodeName):
infoIndex = 1
for direction in DIRECTIONS:
dirNode = infoArray[infoIndex]
infoIndex += 1
if dirNode != "null":
try:
if not pm.attributeQuery(
dir_to_attr(direction),
node=nodeName,
exists=True):
pm.addAttr(nodeName,
longName=dir_to_attr(direction),
attributeType="message")
make_pick_walk(nodeName, dirNode, direction)
except:
print "Error during load of " + nodeName + " -> " + direction + " -> " + dirNode
someFailures = True
if someFailures:
pm.warning(
"Some relationships failed to load (possibly due to different set of nodes)"
)
def unhideAllPieces(self, namespaceString):
#check if namespace is root
if (namespaceString == 'root'): namespaceString = ''
#check if namespace is root
if not (namespaceString):
if (self.verbose):
print('Please select namespace different from root')
return None
#grpList
grpList = ['innerHull_grp', 'outerHull_grp', 'intermediary_grp']
#Iterate grpLIst and unhide pieces
for groupName in grpList:
try:
#Check if topGrp exists
if not (pm.objExists(namespaceString + ':' + groupName)):
if (self.verbose):
print('Object ' + namespaceString + ':' + groupName +
' does not exists. Continuing')
continue
#get piecesTopGrp
piecesTopGrp = pm.PyNode(namespaceString + ':' + groupName)
#get piece_grp and unhide it
for pieceGrp in piecesTopGrp.getChildren():
pieceGrp.visibility.set(True)
#success msg
if (self.verbose):
print('Succesfully unhid all pieces in ' +
piecesTopGrp.name() + '. Continuing...')
except:
if (self.verbose):
print('Error unhiding pieces in ' + namespaceString + ':' +
groupName + '. Continuing...')
def arnoldspshmaker(path, meshName, texSets, fileType, autocbvalue, mattype):
pm.arnoldFlushCache(textures=True)
udimvial = [
"1001", "1002", "1003", "1004", "1005", "1006", "1007", "1008", "1009",
"1011", "1012", "1013", "1014", "1015", "1016", "1017", "1018", "1019"
]
udimlists = list(set(texSets) & set(udimvial))
if udimlists == []:
for texSet in texSets:
if pm.objExists(texSet) == True:
shader = pm.listConnections(texSet + ".aiSurfaceShader", d=0)
if shader == []:
shader = pm.listConnections(texSet + ".surfaceShader", d=0)
pm.hyperShade(o=shader[0])
mesh = pm.ls(sl=1, r=1)
if mattype.find("ARNOLD4(aistandard)") != -1:
Aishaderfunc(path, meshName, texSet, "." + fileType,
autocbvalue, mesh)
elif mattype.find("Arnold4(AlSurface)") != -1:
Alshaderfunc(path, meshName, texSet, "." + fileType,
autocbvalue, mesh)
else:
mesh = []
if mattype.find("ARNOLD4(aistandard)") != -1:
Aishaderfunc(path, meshName, texSet, "." + fileType,
autocbvalue, mesh)
elif mattype.find("Arnold4(AlSurface)") != -1:
Alshaderfunc(path, meshName, texSet, "." + fileType,
autocbvalue, mesh)
else:
sel = pm.ls(sl=1, type="transform")
if sel != []:
mesh = [a for a in sel if pm.nodeType(a.getShape()) == "mesh"]
if mesh != []:
if mattype.find("ARNOLD4(aistandard)") != -1:
Aishaderfunc(path, meshName, texSets[0], "." + fileType,
autocbvalue, mesh)
elif mattype.find("Arnold4(AlSurface)") != -1:
Alshaderfunc(path, meshName, texSets[0], "." + fileType,
autocbvalue, mesh)
else:
pm.warning("请选择模型！！")
def resolution_init():
"""
Sets the resolution on first launch.
Extracting a "width" and "height" custom attributes,
on the parent entity of the task.
Adds a "ftrackResolutionSet" attribute to the defaultResolution node,
which indicates whether to set the resolution on startup.
"""
defaultResolution = pm.PyNode("defaultResolution")
task = ftrack.Task(os.environ["FTRACK_TASKID"])
# Adding/Checking ftrack resolution attribute
resolution_set = False
if hasattr(defaultResolution, "ftrackResolutionSet"):
attr = pm.Attribute("defaultResolution.ftrackResolutionSet")
resolution_set = attr.get()
else:
pm.addAttr(
defaultResolution,
longName="ftrackResolutionSet",
defaultValue=True,
attributeType="bool"
)
if not resolution_set:
width = task.getParent().get("width")
defaultResolution.width.set(width)
pm.warning("Changed resolution width to: {0}".format(width))
height = task.getParent().get("height")
defaultResolution.height.set(height)
pm.warning("Changed resolution height to: {0}".format(height))
# Vray specific resolution
if pm.objExists("vraySettings"):
vray_settings = pm.PyNode("vraySettings")
vray_settings.width.set(width)
pm.warning("Changed vray resolution width to: {0}".format(width))
vray_settings.height.set(height)
pm.warning("Changed vray resolution height to: {0}".format(height))
def cmd_txsnm_chk_bt(self): #check 贴图命名
u"""
>>check 贴图命名 : 项目缩写为 前缀， 使用 数字 0-9 字母a-zA-Z 下划线 _ 点.
贴图文件命名及路径中 回避 中文
贴图文件命名及路径中 不能有 空格 - () 等 特殊字符
"""
chk_labels = {
'noExists': u'贴图不存在',
'iffyName': u'贴图命名 应由 (字母/数字/_/.) 组成',
'seqIffyName': u'序列贴图序号存在异常 正常为 ***.0001.jpg',
'prefIffyName': u'贴图前缀与当前任务不匹配'
}
res = self.chk_txf_name()
if not res: return
olnps = [
ea for ea in pm.lsUI(panels=True) if ea.type() == 'ToutlinerEditor'
]
if olnps:
mc.outlinerEditor(olnps[0].name(), showSetMembers=True, e=True)
res_str = u'>>>请检查列出的file节点 贴图命名 所描述的错误{}'.format(os.linesep)
ck_cnt = 0
res_total_sets = None
if pm.objExists('Check_Error_information_Sets'):
res_total_sets = pm.PyNode('Check_Error_information_Sets')
[
pm.delete(ea_sets)
for ea_sets in res_total_sets.listConnections()
]
res_total_sets = pm.sets(name='Check_Error_information_Sets', em=True)
for ea_ck_lb in chk_labels:
if res[ea_ck_lb]:
res_sets = pm.sets(name="CheckRes_{}".format(ea_ck_lb))
res_total_sets.add(res_sets.name())
res_str += u'\t{}{}'.format(chk_labels[ea_ck_lb], os.linesep)
for ea_fn in res[ea_ck_lb]:
res_sets.add(ea_fn.name())
res_str += u"\t\t>>>File Node >> {:<32}\t>>>Texture File>> {:<120}\t 异常部分: {}{}".format(
ea_fn.name(), res[ea_ck_lb][ea_fn].keys()[0],
res[ea_ck_lb][ea_fn].values()[0], os.linesep)
ck_cnt += 1
if ck_cnt: print res_str
else: print(u">>>没有贴图节点被check")
def NoseBuild():
noseLocHier = pm.listRelatives("NoseSetup",c=True)
NosejntGrp = pm.group(n="NoseJnt_Grp")
for i in range(len(noseLocHier)):
name = noseLocHier[i].split("Loc")
jnt = pm.joint(n=name[0]+"Jnt"+name[1])
pm.delete(pm.parentConstraint(noseLocHier[i],jnt))
pm.parent(jnt,jntGrp)
pm.select(cl=True)
### Nose Ctrl Created on Joints ###
noseJntGrpHier = pm.listRelatives(NosejntGrp,c=True)
pm.select(cl=True)
noseCtrlGrp = pm.group(n="NoseCtrl_Grp")
for i in range(len(noseJntGrpHier)):
pm.select(cl=True)
jntCtrlName = noseJntGrpHier[i].split("Jnt")
offsetJnt = pm.joint(n="FKOffset"+jntCtrlName[0]+jntCtrlName[1])
pm.setAttr(offsetJnt+".drawStyle",2)
pm.select(cl=True)
extraGrp = pm.group(n="FKExtra"+jntCtrlName[0]+jntCtrlName[1])
pm.parent(extraGrp,offsetJnt)
pm.select(cl=True)
ctrl = pm.circle(n="FK"+jntCtrlName[0]+jntCtrlName[1]+"_CTRL",r=.2,ch=False)
fkxJnt = pm.joint(n="FKX"+jntCtrlName[0]+jntCtrlName[1])
pm.setAttr(fkxJnt+".drawStyle",2)
pm.parent(ctrl[0],extraGrp)
pm.parent(offsetJnt,noseCtrlGrp)
pm.delete(pm.parentConstraint(noseJntGrpHier[i],offsetJnt))
pm.parentConstraint(fkxJnt,noseJntGrpHier[i])
pm.parent(["FKOffsetSneer_L","FKOffsetSneer_R"],"FKXMuzzle")
pm.select(cl=True)
noseGrp = pm.group(n="NoseGrp")
pm.parent([NosejntGrp,noseCtrlGrp],noseGrp)
pm.delete("NoseSetup")
if not pm.objExists("FacialGroup"):
pm.group(n="FacialGroup")
pm.parent(noseGrp,"FacialGroup")
print ("Sneer Build"),
def buildSet(self):
selDelete = pm.ls('*_vehicleDelete')
deleteETC = pm.delete(selDelete)
dmtList = [
'frontWheel_R_distance_MULT', 'frontWheel_L_distance_MULT',
'backWheel_R_distance_MULT', 'backWheel_L_distance_MULT'
]
dmtCtlList = [
'frontWheel_R_CTL', 'frontWheel_L_CTL', 'backWheel_R_CTL',
'backWheel_L_CTL'
]
for i in range(len(dmtList)):
diameter = pm.getAttr(dmtList[i] + '.outputX')
pm.setAttr(dmtCtlList[i] + '.diameter', diameter)
pm.parentConstraint('body_M_pivTarget_GRP',
'body_M_control_conGRP',
mo=1)
parList = [
'sky_M_CTL', 'body_M_CTL', 'frontDoor_L_CTL', 'backDoor_L_CTL',
'frontDoor_R_CTL', 'backDoor_R_CTL', 'frontWheel_R_tgetJNT',
'backWheel_R_tgetJNT', 'frontWheel_L_tgetJNT',
'backWheel_L_tgetJNT'
]
chiList = [
'root_M_skinJNT', 'body_M_skinJNT', 'frontDoor_L_skinJNT',
'backDoor_L_skinJNT', 'frontDoor_R_skinJNT', 'backDoor_R_skinJNT',
'frontWheel_R_skinJNT', 'backWheel_R_skinJNT',
'frontWheel_L_skinJNT', 'backWheel_L_skinJNT'
]
for i in range(len(parList)):
if pm.objExists(chiList[i]):
pm.parentConstraint(parList[i], chiList[i], mo=1)
pm.scaleConstraint(parList[i], chiList[i], mo=1)
else:
delName = chiList[i].split('_skinJNT')[0]
pm.delete(delName + '*')
pm.setAttr('main_M_CTL_GRP.visibility', 1)
pm.setAttr('poser_GRP.visibility', 0)
selDeleteEnd = pm.ls('*_endVehicleDelete')
deleteETCEnd = pm.delete(selDeleteEnd)
def file_control(self, scene_object, **kwargs):
scale = kwargs.pop('scale', 1.0)
name = kwargs.pop('name', None)
control_type = kwargs.pop('control_type', 'Move')
scene_object = dataValidators.as_pymel_nodes(scene_object)
MoversTypeDic = {
"move": {"filename": "ControlMover.mb", "object": "MoverControl"},
"v": {"filename": "ControlV.mb", "object": "VControl"},
"head": {"filename": "ControlHead.mb", "object": "HeadControl"},
"circleDeform": {"filename": "ControlCircularDeform.mb", "object": "CircularDeform"}
}
path = os.path.dirname(RMRigTools.__file__)
RMPYPATH = os.path.split(path)
FinalPath = os.path.join(RMPYPATH[0], "RMPY\AutoRig\RigShapes", MoversTypeDic[control_type]["filename"])
if os.path.isfile(FinalPath):
pm.importFile(FinalPath, i=True, type="mayaBinary", ignoreVersion=True, mergeNamespacesOnClash=False,
rpr="ControlMover", pr=False)
else:
print "archivo no encontrado %s , %s, %s "% (path, RMPYPATH, FinalPath)
return None
control = pm.ls(MoversTypeDic[control_type]["object"])[0]
if pm.objExists(control):
if name:
control = pm.rename(control, name)
pm.setAttr(control + ".scale", scale, scale, scale)
pm.makeIdentity(control, apply=True, t=1, r=1, s=1)
self.name_convention.rename_name_in_format(control, objectType='control')
transform.align(scene_object, control)
reset_group = self.rigTools.RMCreateGroupOnObj(control)
self.scale_controls(reset_group)
return reset_group, control
else:
print "Error importing Shape File"
return None
def on_delete_btn(self, *args):
# Delete image plane handler
confirm = pm.confirmDialog(title='Delete',
message='Deleting image plane %s ?' %
(self.currentImgPlane),
button=['Yes', 'No'],
defaultButton='Yes',
cancelButton='No',
dismissString='No')
if confirm == 'Yes':
print('ipm: deleting %s' % self.currentImgPlane)
if pm.objExists('%s_mover' % self.currentImgPlane[0]):
pm.delete('%s_mover' % self.currentImgPlane[0])
pm.delete('%s_moveroffset' % self.currentImgPlane[0])
pm.delete(pm.listRelatives(self.currentImgPlane, p=1))
self.imp_option_list()
self.create()
def run(self, nodes=None):
current_selection = nodes or pm.selected()
nodes_to_select = list()
for node in current_selection:
side = crab.config.get_side(node.name())
opp = crab.config.MIDDLE
if side == crab.config.RIGHT:
opp = crab.config.LEFT
elif side == crab.config.LEFT:
opp = crab.config.RIGHT
opp_name = node.name().replace(side, opp)
if pm.objExists(opp_name):
nodes_to_select.append(opp_name)
pm.select(nodes_to_select)
def assignMaterial(self, node, shader='surfaceShader'):
_logger.debug('Creating shader %s'%node)
pm.delete(self.name + '_templateShader')
if pm.objExists(self.name + '_templateShader') == False:
shaderNode = pm.shadingNode(shader, asShader=True, name=self.name + '_templateShader')
pm.sets(renderable=True, noSurfaceShader=True, empty=True, name=shaderNode + 'SG')
_logger.debug(Template.COLOR_PRESETS[self.color])
pm.setAttr(shaderNode + '.outColor',
Template.COLOR_PRESETS[self.color][0],
Template.COLOR_PRESETS[self.color][1],
Template.COLOR_PRESETS[self.color][2], type='double3')
pm.setAttr(shaderNode + '.outTransparency', [.5, .5, .5] )
pm.connectAttr(shaderNode + '.outColor', shaderNode + 'SG.surfaceShader')
else:
shaderNode = pm.PyNode(self.name + '_templateShader')
_logger.debug('Assigning color schader %s'% shaderNode )
pm.sets(shaderNode + 'SG', edit=True, forceElement=node)
def add_a_keyable_attribute(myObj,
oDataType,
oParamName,
oMin=None,
oMax=None,
oDefault=0.0):
"""adds an attribute that shows up in the channel box; returns the newly created attribute"""
oFullName = '.'.join([str(myObj), oParamName])
if pm.objExists(oFullName):
return pm.PyNode(oFullName)
else:
myObj.addAttr(oParamName, at=oDataType, keyable=True, dv=oDefault)
myAttr = pm.PyNode(myObj + '.' + oParamName)
if oMin != None:
myAttr.setMin(oMin)
if oMax != None:
myAttr.setMax(oMax)
pm.setAttr(myAttr, e=True, channelBox=True)
pm.setAttr(myAttr, e=True, keyable=True)
return myAttr
def parent_by_name(obj):
name = obj.nodeName()
parents = name.split('___')
first_parent = parents[0]
obj_path = '|'
if obj.getParent():
obj_path = obj.getParent().longName()
first_parent_path = obj_path + '|' + first_parent
if pm.objExists(first_parent_path):
pm.parent(obj, first_parent_path)
pm.rename(obj, '___'.join(parents[1:]))
else:
pm.group(n=first_parent)
pm.rename(obj, '___'.join(parents[1:]))
pm.select(obj)
if '___' in obj.nodeName():
parent_by_name(obj)
def storeAllControls(allControls=None):
if not allControls:
allControls = pymel.ls(selection=True)
if pymel.objExists(CONTROLS_SET_NAME):
result = cmds.confirmDialog(title='Overwrite existing controls set?',
message='Overwrite existing controls set?',
button=['OK', 'Cancel'],
defaultButton='Cancel',
cancelButton='Cancel',
dismissString='Cancel')
if result == 'OK':
pymel.delete(CONTROLS_SET_NAME)
else:
return None
controlSet = pymel.sets(allControls)
controlSet.rename(CONTROLS_SET_NAME)
controlSet.addAttr(CURRENT_ANIMATION_FRAME_SET_ATTR_NAME, at='message')
def pre_build(self):
"""
Pre build routine before the rig is build
:return:
"""
super(RigUnreal, self).pre_build(create_master_grp=True,
create_layer_jnt=True)
#
# Create scalar joint to flip export from maya to unreal
#
# Build the scene root
if pymel.objExists(self.nomenclature.scalar_root_name):
self.scene_root = pymel.PyNode(self.nomenclature.scalar_root_name)
else:
self.scene_root = pymel.joint(
name=self.nomenclature.scalar_root_name)
self.scene_root.attr("jointOrientX").set(-90)