def duplicateMesh(self):
dupMesh = mc.duplicate(self.mesh, name='{}_temp'.format(self.mesh))[0]
dupMesh_newName = NC.renameBasename(
dupMesh, '{}PolyDelete'.format(NC.getBasename(self.mesh)))
dupMesh = pm.rename(str(dupMesh_newName),
dupMesh_newName.replace('_temp', ''))
return dupMesh
def createPivotGrps(self, joint, name, forceConnection=True):
toeRoll = adb.makeroot_func(joint,
suff='ToeRoll',
forceNameConvention=True)
ballRoll = adb.makeroot_func(joint,
suff='BallRoll',
forceNameConvention=True)
heelRoll = adb.makeroot_func(joint,
suff='HeelRoll',
forceNameConvention=True)
Transform(heelRoll).pivotPoint = Transform(
self.footHeel_joint).worldTrans
Transform(ballRoll).pivotPoint = Transform(
self.footBall_joint).worldTrans
Transform(toeRoll).pivotPoint = Transform(
self.footToes_joint).worldTrans
if self.side == NC.RIGTH_SIDE_PREFIX:
pm.makeIdentity(toeRoll, n=0, r=1, apply=True, pn=1)
if forceConnection:
## connect Attributes
pm.PyNode(self.Foot_MOD.metaData_GRP.heelRoll) >> heelRoll.rx
pm.PyNode(self.Foot_MOD.metaData_GRP.ballRoll) >> ballRoll.rx
pm.PyNode(self.Foot_MOD.metaData_GRP.toeRoll) >> toeRoll.rx
pm.PyNode(self.Foot_MOD.metaData_GRP.heelSide) >> heelRoll.ry
pm.PyNode(self.Foot_MOD.metaData_GRP.heelTwist) >> heelRoll.rz
pm.PyNode(self.Foot_MOD.metaData_GRP.toeSide) >> toeRoll.ry
self.nameStructure['Suffix'] = NC.MULTIPLY_DIVIDE_SUFFIX
mult_node = pm.shadingNode(
'multiplyDivide',
asUtility=1,
n='{Side}__{Basename}_toeNegate__{Suffix}'.format(
**self.nameStructure))
self.nameStructure['Suffix'] = NC.PLUS_MIN_AVER_SUFFIX
pma_node = pm.shadingNode(
'plusMinusAverage',
asUtility=1,
n='{Side}__{Basename}_toeNegate__{Suffix}'.format(
**self.nameStructure))
mult_node.input2X.set(-1)
ballRoll.rx >> mult_node.input1X
mult_node.outputX >> pma_node.input3D[0].input3Dx
pm.PyNode(self.Foot_MOD.metaData_GRP.toeBend
) >> pma_node.input3D[1].input3Dx
pma_node.output3Dx >> self.footBall_joint.rx
footOffsetGrp = adb.makeroot_func(toeRoll,
suff='Offset',
forceNameConvention=True)
NC.renameBasename(footOffsetGrp, name)
return footOffsetGrp
def createFkReverseCTRLS():
self.REVERSE_MOD.getJoints = []
for joint in self.reverse_spine_chain_joints:
rev_ctrl = Control.Control(
name=joint.replace(NC.JOINT, NC.CTRL),
shape=sl.sl[self.config['CONTROLS']['Spine_FK_Rev']
['shape']],
scale=self.config['CONTROLS']['Spine_FK_Rev']['scale'],
matchTransforms=(False, 1, 0),
color=('index', 20),
)
self.REVERSE_MOD.getJoints.append(joint)
pm.parent(rev_ctrl.control.getShape(),
joint,
relative=True,
shape=True)
pm.delete(rev_ctrl.control)
pm.rename(joint, NC.getNameNoSuffix(joint))
adb.AutoSuffix([joint])
adb.lockAttr_func(
joint, ['tx', 'ty', 'tz', 'sx', 'sy', 'sz', 'radius'])
self.nameStructure['Suffix'] = NC.VISRULE
shapes = [x.getShape() for x in self.reverse_spine_chain_joints]
moduleBase.ModuleBase.setupVisRule(
shapes, self.REVERSE_MOD.VISRULE_GRP,
'{Side}__{Basename}_FK_Reverse_CTRL__{Suffix}'.format(
**self.nameStructure), False)
self.setupVisRule(
self.reverse_spine_chain_joints, self.REVERSE_MOD.VISRULE_GRP,
'{Side}__{Basename}_FK_Reverse_JNT__{Suffix}'.format(
**self.nameStructure), False)
return self.REVERSE_MOD.getJoints
def setup_VisibilityGRP(self):
visGrp = adbAttr.NodeAttr([self.RIG.VISIBILITY_GRP])
visGrp.AddSeparator(self.RIG.VISIBILITY_GRP, 'Joints')
visGrp.addAttr(
'{Side}_{Basename}_Clavicule_JNT'.format(**self.nameStructure),
True)
visGrp.addAttr('{Side}_{Basename}_IK_JNT'.format(**self.nameStructure),
False)
visGrp.AddSeparator(self.RIG.VISIBILITY_GRP, 'Controls')
visGrp.addAttr(
'{Side}_{Basename}_Clavicule_CTRL'.format(**self.nameStructure),
True)
for attr in visGrp.allAttrs.keys():
for module in self.BUILD_MODULES:
for grp in module.VISRULE_GRP.getChildren():
shortName = NC.getBasename(grp).split(
'{Basename}_'.format(**self.nameStructure))[-1]
if shortName.lower() in attr.lower():
try:
pm.connectAttr(
'{}.{}'.format(visGrp.subject, attr),
'{}.vis'.format(grp))
except:
pass
def setupVisRule(self,
tansformList,
parent,
name=False,
defaultValue=True):
"""
Edit : for setting up the visrule for Fk shapes ctrl
Original one from ModuleBase
"""
if name:
visRuleGrp = pm.group(n=name, em=1, parent=parent)
else:
visRuleGrp = pm.group(n='{}_{}__{}'.format(
NC.getNameNoSuffix(tansformList[0]),
NC.getSuffix(tansformList[0]), NC.VISRULE),
em=1,
parent=parent)
visRuleGrp.v.set(0)
visRuleAttr = adbAttr.NodeAttr([visRuleGrp])
visRuleAttr.addAttr('vis', 'enum', eName="2:0")
self.nameStructure['Suffix'] = NC.ADDLINEAR_SUFFIX
addDouble = pm.shadingNode(
'addDoubleLinear',
asUtility=1,
n='{Side}__{Basename}_visrule__{Suffix}'.format(
**self.nameStructure))
self.nameStructure['Suffix'] = NC.REVERSE_SUFFIX
reverse = pm.shadingNode(
'reverse',
asUtility=1,
n='{Side}__{Basename}_visrule__{Suffix}'.format(
**self.nameStructure))
addDouble.input2.set(1)
pm.connectAttr('{}.{}'.format(visRuleGrp, visRuleAttr.name),
'{}.inputX'.format(reverse),
f=1)
pm.connectAttr('{}.outputX'.format(reverse),
'{}.input1'.format(addDouble),
f=1)
for transform in tansformList:
pm.connectAttr('{}.output'.format(addDouble),
'{}.drawStyle'.format(transform))
adb.lockAttr_func(
visRuleGrp,
['tx', 'ty', 'tz', 'rx', 'ry', 'rx', 'rz', 'sx', 'sy', 'sz', 'v'])
return visRuleGrp, visRuleAttr.name
def build(self, GUIDES):
"""
"""
super(LimbShoudler, self)._build()
self.RIG = RigBase.RigBase(rigName=self.NAME)
self.starter_Shoulder = GUIDES
self.side = NC.getSideFromPosition(GUIDES[-1])
if self.side == 'L':
self.col_main = indexColor[self.config["COLORS"]['L_col_main']]
self.col_layer1 = indexColor[self.config["COLORS"]['L_col_layer1']]
elif self.side == 'R':
self.col_main = indexColor[self.config["COLORS"]['R_col_main']]
self.col_layer1 = indexColor[self.config["COLORS"]['R_col_layer1']]
self.nameStructure = {
'Side': self.side,
'Basename': 'Shoulder',
'Parts': [
'Clavicule',
'Shoulder',
'Scapula',
],
'Suffix': ''
}
self.BUILD_MODULES = []
self.shoulder_MOD = None
self.AUTO_CLAVICULE_MOD = None
# =================
# BUILD
self.shoulder_MOD = moduleBase.ModuleBase()
self.BUILD_MODULES += [self.shoulder_MOD]
self.shoulder_MOD._start(
'{Side}__Shoulder'.format(**self.nameStructure),
_metaDataNode='transform')
pm.parent(self.shoulder_MOD.metaData_GRP, self.RIG.SETTINGS_GRP)
pm.parent(self.shoulder_MOD.MOD_GRP, self.RIG.MODULES_GRP)
self.createJoints()
self.create_clavicule_ctrl()
self.ikSetup()
self.autoClavicule(
arm_ik_joints=[
'{Side}__Arm_Ik_Shoulder__JNT'.format(**self.nameStructure),
'{Side}__Arm_Ik_Elbow__JNT'.format(**self.nameStructure),
'{Side}__Arm_Ik_Wrist__JNT'.format(**self.nameStructure)
],
poleVector_ctl='{Side}__Arm_PoleVector__CTRL'.format(
**self.nameStructure),
arm_ik_offset_ctrl='{Side}__Arm_IK_offset__CTRL'.format(
**self.nameStructure))
def createloc(sub=pm.selected()):
"""Creates locator at the Pivot of the object selected """
locs = []
for sel in sub:
loc_align = pm.spaceLocator(n='{}_Distance__{}'.format(
NC.getNameNoSuffix(sel), NC.LOC))
locs.append(loc_align)
pm.matchTransform(loc_align, sel, rot=True, pos=True)
pm.select(locs, add=True)
return locs
def CreateCircles():
CurveColl = []
for joint in subject:
myname = '{}'.format(joint)
new_name = '{}{}__{}'.format(NC.getSideFromName(myname),
NC.getBasename(myname), NC.CTRL)
self._curve = pm.circle(nr=self.normalsCtrl, r=self._radius)
pm.matchTransform(self._curve, joint, pos=1, rot=1)
curveShape = pm.PyNode(self._curve[0]).getShape()
CurveColl.extend(self._curve)
tras = pm.xform(joint, ws=True, q=True, t=True)
pivot = pm.xform(joint, ws=True, q=True, rp=True)
pm.xform(self._curve, ws=True, t=tras, rp=pivot)
pm.parent(curveShape, joint, r=True, s=True)
pm.delete(self._curve)
pm.rename(joint, new_name)
pm.setAttr('{}.radius'.format(joint),
keyable=False,
channelBox=False)
return (subject)
def build(self, GUIDES):
"""
# TODO : Add Bank System
# TODO : Automate walking cycle
"""
super(LimbFoot, self)._build()
self.RIG = RigBase.RigBase(rigName=self.NAME)
self.starter_Foot = GUIDES
self.side = NC.getSideFromPosition(GUIDES[0])
if self.side == 'L':
self.col_main = indexColor[self.config["COLORS"]['L_col_main']]
self.col_layer1 = indexColor[self.config["COLORS"]['L_col_layer1']]
self.col_layer2 = indexColor[self.config["COLORS"]['L_col_layer2']]
self.pol_vector_col = indexColor[self.config["COLORS"]
['L_col_poleVector']]
elif self.side == 'R':
self.col_main = indexColor[self.config["COLORS"]['R_col_main']]
self.col_layer1 = indexColor[self.config["COLORS"]['R_col_layer1']]
self.col_layer2 = indexColor[self.config["COLORS"]['R_col_layer2']]
self.pol_vector_col = indexColor[self.config["COLORS"]
['R_col_poleVector']]
self.nameStructure = {
'Side': self.side,
'Basename': 'Foot',
'Parts': ['Ankle', 'Ball', 'Toe', 'Heel'],
'Suffix': ''
}
self.BUILD_MODULES = []
# =================
# BUILD
self.Foot_MOD = moduleBase.ModuleBase()
self.BUILD_MODULES += [self.Foot_MOD]
self.Foot_MOD._start('{Side}__Foot'.format(**self.nameStructure),
_metaDataNode='transform')
pm.parent(self.Foot_MOD.metaData_GRP, self.RIG.SETTINGS_GRP)
pm.parent(self.Foot_MOD.MOD_GRP, self.RIG.MODULES_GRP)
self.footGroupSetup()
self.create_foot_ctrl()
def setup_VisibilityGRP(self):
visGrp = adbAttr.NodeAttr([self.RIG.VISIBILITY_GRP])
visGrp.AddSeparator(self.RIG.VISIBILITY_GRP, 'Joints')
visGrp.addAttr('{Side}_{Basename}_FK_JNT'.format(**self.nameStructure),
self.config['VISRULES']['FK_Reg_JNT'])
visGrp.addAttr(
'{Side}_{Basename}_FK_Reverse_JNT'.format(**self.nameStructure),
self.config['VISRULES']['FK_Rev_JNT'])
visGrp.addAttr('{Side}_{Basename}_IK_JNT'.format(**self.nameStructure),
self.config['VISRULES']['IK_JNT'])
visGrp.addAttr(
'{Side}_{Basename}_MACRO_JNT'.format(**self.nameStructure),
self.config['VISRULES']['Macro_JNT'])
visGrp.AddSeparator(self.RIG.VISIBILITY_GRP, 'Controls')
visGrp.addAttr(
'{Side}_{Basename}_FK_CTRL'.format(**self.nameStructure),
self.config['VISRULES']['FK_Reg_CTRL'])
visGrp.addAttr(
'{Side}_{Basename}_FK_Reverse_CTRL'.format(**self.nameStructure),
self.config['VISRULES']['FK_Rev_CTRL'])
visGrp.addAttr(
'{Side}_{Basename}_IK_CTRL'.format(**self.nameStructure),
self.config['VISRULES']['IK_CTRL'])
visGrp.addAttr(
'{Side}_{Basename}_CHEST_CTRL'.format(**self.nameStructure),
self.config['VISRULES']['Chest_CTRL'])
visGrp.addAttr(
'{Side}_{Basename}_HIPS_CTRL'.format(**self.nameStructure),
self.config['VISRULES']['Hips_CTRL'])
for attr in visGrp.allAttrs.keys():
for module in self.BUILD_MODULES:
for grp in module.VISRULE_GRP.getChildren():
shortName = NC.getBasename(grp).split(
'{Basename}_'.format(**self.nameStructure))[-1]
if shortName.lower() in attr.lower():
try:
pm.connectAttr(
'{}.{}'.format(visGrp.subject, attr),
'{}.vis'.format(grp))
except:
pass
def setupVisRule(tansformList, parent, name=False, defaultValue=True):
"""
setup VisRule group for a tansform. Connect the tansform visibility to the visRule group
Arguments:
tansform {List} -- Control to connect
parent {transform} -- parent of the VisRule group
"""
if name:
visRuleGrp = pm.group(n=name, em=1, parent=parent)
else:
visRuleGrp = pm.group(n='{}_{}__{}'.format(NC.getNameNoSuffix(tansformList[0]), NC.getSuffix(tansformList[0]), NC.VISRULE), em=1, parent=parent)
visRuleGrp.v.set(0)
visRuleAttr = adbAttr.NodeAttr([visRuleGrp])
visRuleAttr.addAttr('vis', defaultValue)
for transform in tansformList:
pm.connectAttr('{}.{}'.format(visRuleGrp, visRuleAttr.name), '{}.v'.format(transform))
adb.lockAttr_func(visRuleGrp, ['tx', 'ty', 'tz', 'rx', 'ry', 'rx', 'rz', 'sx', 'sy', 'sz','v'])
return visRuleGrp, visRuleAttr.name
def createFkRegularCTRLS(self):
self.RESULT_MOD.getJoints = []
for joint in self.spine_chain_joints:
ctrl = Control.Control(
name=joint.replace(NC.JOINT, NC.CTRL),
shape=sl.sl[self.config['CONTROLS']['Spine_FK_Reg']['shape']],
scale=self.config['CONTROLS']['Spine_FK_Reg']['scale'],
matchTransforms=(False, 1, 0),
color=('index', 21))
for att in ['tx', 'ty', 'tz', 'sx', 'sy', 'sz', 'radius']:
pm.PyNode(joint).setAttr(att,
lock=True,
channelBox=False,
keyable=False)
self.RESULT_MOD.getJoints.append(joint)
pm.parent(ctrl.control.getShape(),
joint,
relative=True,
shape=True)
pm.delete(ctrl.control)
pm.rename(joint, NC.getNameNoSuffix(joint))
adb.AutoSuffix([joint])
self.nameStructure['Suffix'] = NC.VISRULE
shapes = [x.getShape() for x in self.spine_chain_joints]
moduleBase.ModuleBase.setupVisRule(
shapes, self.RESULT_MOD.VISRULE_GRP,
'{Side}__{Basename}_FK_CTRL__{Suffix}'.format(
**self.nameStructure), False)
self.setupVisRule(
self.spine_chain_joints, self.RESULT_MOD.VISRULE_GRP,
'{Side}__{Basename}_FK_JNT__{Suffix}'.format(**self.nameStructure),
False)
return self.RESULT_MOD.getJoints
def add_folli(self, add_value, radius=0.2):
"""
add follicules to an already existing system
@param add_value: (int) Number of follicules to add
@param mesh: (str) Mesh having the follicules
"""
mesh = self.subject
for index in xrange(add_value):
mesh_shape = pm.PyNode(mesh).getShape()
plugs = pm.listConnections(str(mesh_shape) + '.outMesh',
d=True,
sh=True)
current_numb_foll = len(
[x for x in plugs if x.type() == 'follicle'])
oFoll = self.create_follicle(pm.PyNode(mesh),
(current_numb_foll + 1), 1)
pName = '{}{}'.format(NC.getSideFromName(mesh),
NC.getBasename(mesh))
oRoot = [x for x in plugs
if x.type() == 'follicle'][0].getParent().getParent()
pm.rename(
oFoll.getParent(),
'{}_0{}__{}'.format(pName, current_numb_foll + 1,
NC.FOLL_SUFFIX))
pm.rename(oFoll,
'{}_{}__foll__Shape'.format(pName, current_numb_foll))
oGrp = pm.group(em=True,
n='{}_0{}__{}'.format(pName, index, NC.GRP))
oGrp.setTranslation(
oFoll.getParent().getTranslation(space='world'), space='world')
oJoint = pm.joint(rad=radius)
self.all_joints_list.append(oJoint)
oJoint.setTranslation(
oFoll.getParent().getTranslation(space='world'), space='world')
# connect the UV params to the joint so you can move the follicle by selecting the joint directly.
uParam = self.add_keyable_attribute(oJoint,
'double',
'u_param',
oMin=-100,
oMax=100,
oDefault=0)
vParam = self.add_keyable_attribute(oJoint,
'double',
'v_param',
oMin=-100,
oMax=100,
oDefault=0)
uParam.set(oFoll.getParent().u_param.get())
vParam.set(oFoll.getParent().v_param.get())
uParam.connect(oFoll.getParent().u_param)
vParam.connect(oFoll.getParent().v_param)
pm.rename(oJoint, '{}_0{}__{}'.format(pName, index, NC.JOINT))
pm.rename(
oJoint.getParent(),
'{}_0{}__{}'.format(pName, current_numb_foll + 1, NC.GRP))
pm.parent(oGrp, oFoll.getParent())
pm.parent(oFoll.getParent(), oRoot)
oGrp.rx.set(0.0)
oGrp.ry.set(0.0)
oGrp.rz.set(0.0)
Transform(oFoll.getTransform().getChildren(
type='transform')[0]).matrixConstraint(oJoint,
channels='trh',
mo=True)
pm.parent(oJoint, self.OUTPUT_GRP)
pm.select(None)
def many_follicles(self, myObject, countU, countV, vDir='U'):
self.countU = countU
self.countV = countV
self.vDir = vDir
obj = self.subject
pm.select(obj, r=True)
pName = '{}{}'.format(NC.getSideFromName(obj), NC.getBasename(obj))
self._MODEL.getFolliGrp = pm.spaceLocator(n='{}{}_FOLLI_{}__{}'.format(
NC.getSideFromName(obj), NC.getBasename(obj), NC.SYSTEM, NC.GRP))
pm.delete(self._MODEL.getFolliGrp.getShape())
currentFollNumber = 0
for i in range(countU):
for j in range(countV):
currentFollNumber += 1
pm.select(None)
if countU == 1:
uPos = 50.0
else:
uPos = (
i / (countU - 1.00)
) * 100.0 # NOTE: I recently changed this to have a range of 0-10
if countV == 1:
vPos = 50.0
else:
vPos = (
j / (countV - 1.00)
) * 100.0 # NOTE: I recently changed this to have a range of 0-10
if vDir == 'U':
oFoll = self.create_follicle(myObject, currentFollNumber,
vPos, uPos)
self._MODEL.getFollicules.append(oFoll)
else:
# reverse the direction of the follicles
oFoll = self.create_follicle(myObject, currentFollNumber,
uPos, vPos)
self._MODEL.getFollicules.append(oFoll)
pm.rename(
oFoll.getParent(),
'{}_0{}__{}'.format(pName, currentFollNumber,
NC.FOLL_SUFFIX))
pm.rename(
oFoll, '{}_{}__foll__Shape'.format(pName,
currentFollNumber))
oGrp = pm.group(em=True,
n='{}_0{}__{}'.format(pName, currentFollNumber,
NC.GRP))
self._MODEL.getResetJoints.append(oGrp)
oGrp.setTranslation(
oFoll.getParent().getTranslation(space='world'),
space='world')
oJoint = pm.joint(n='{}_0{}__{}'.format(
pName, currentFollNumber, NC.JOINT),
rad=self.radius)
self._MODEL.getJoints.append(oJoint)
oJoint.setTranslation(
oFoll.getParent().getTranslation(space='world'),
space='world')
pm.matchTransform(oJoint, oGrp, rot=1)
# connect the UV params to the joint so you can move the follicle by selecting the joint directly.
uParam = self.add_keyable_attribute(oJoint,
'double',
'u_param',
oMin=-100,
oMax=100,
oDefault=0)
vParam = self.add_keyable_attribute(oJoint,
'double',
'v_param',
oMin=-100,
oMax=100,
oDefault=0)
uParam.set(oFoll.getParent().u_param.get())
vParam.set(oFoll.getParent().v_param.get())
uParam.connect(oFoll.getParent().u_param)
vParam.connect(oFoll.getParent().v_param)
pm.parent(oGrp, oFoll.getParent())
pm.parent(oFoll.getParent(), self._MODEL.getFolliGrp)
oGrp.rotate.set(0.0, 0.0, 0.0)
pm.select(None)
return self._MODEL.getFollicules
def maximumSetup(self):
# DUPLICATED IK JOINT CHAIN
self.ik_NonStretch_joint = [
pm.duplicate(joint, parentOnly=True)[0] for joint in self.ikJnts
]
pm.parent(self.ik_NonStretch_joint[-1], self.ik_NonStretch_joint[-2])
pm.parent(self.ik_NonStretch_joint[-2], self.ik_NonStretch_joint[0])
[
pm.PyNode(jnt).rename('{}_NonStetch__{}'.format(
NC.getNameNoSuffix(jnt), NC.JOINT))
for jnt in self.ik_NonStretch_joint
]
nonStretch_IkHandle, nonStretch_IkHandle_effector = pm.ikHandle(
n='{}_NonStetch__{}'.format(self.NAME, NC.IKHANDLE_SUFFIX),
sj=self.ik_NonStretch_joint[0],
ee=self.ik_NonStretch_joint[-1])
nonStretch_IkHandle.v.set(0)
self.nonStretch_IkHandle = nonStretch_IkHandle
adb.makeroot_func(self.nonStretch_IkHandle)
pm.poleVectorConstraint(self.poleVector_ctrl,
nonStretch_IkHandle,
weight=1)
adb.matrixConstraint(self.ik_ctrl,
self.nonStretch_IkHandle.getParent())
self.setFinalHiearchy(RIG_GRP_LIST=[
self.nonStretch_IkHandle.getParent(), self.ik_NonStretch_joint[0]
])
# MAXIMUM NODES
self.decompStart_node = pm.shadingNode('decomposeMatrix',
asUtility=1,
n='{}_startVec__{}'.format(
self.NAME,
NC.DECOMPOSEMAT_SUFFIX))
self.decompEnd_node = pm.shadingNode('decomposeMatrix',
asUtility=1,
n='{}_endVec__{}'.format(
self.NAME,
NC.DECOMPOSEMAT_SUFFIX))
self.md_max_node = pm.shadingNode('multiplyDivide',
asUtility=1,
n='{}_maxFactor__{}'.format(
self.NAME,
NC.MULTIPLY_DIVIDE_SUFFIX))
self.clam_node = pm.shadingNode('clamp',
asUtility=1,
n='{}_max__{}'.format(
self.NAME, NC.CLAMP_SUFFIX))
self.initialVec_node = pm.shadingNode('plusMinusAverage',
asUtility=1,
n='{}_initalVec__{}'.format(
self.NAME,
NC.PLUS_MIN_AVER_SUFFIX))
self.initialVec_node.operation.set(2)
self.addVec_node = pm.shadingNode('plusMinusAverage',
asUtility=1,
n='{}_addVect__{}'.format(
self.NAME,
NC.PLUS_MIN_AVER_SUFFIX))
self.maximumToggle_node = pm.shadingNode(
'blendColors',
asUtility=1,
n='{}_maximumToggle__{}'.format(self.NAME,
NC.PLUS_MIN_AVER_SUFFIX))
# connections maximum system
self.ik_NonStretch_joint[-1].worldMatrix[
0] >> self.decompStart_node.inputMatrix
self.ik_ctrl.worldMatrix[0] >> self.decompEnd_node.inputMatrix
self.decompStart_node.outputTranslate >> self.md_max_node.input1
self.decompEnd_node.outputTranslate >> self.initialVec_node.input3D[0]
self.decompStart_node.outputTranslate >> self.initialVec_node.input3D[1]
self.initialVec_node.output3D >> self.addVec_node.input3D[0]
self.decompStart_node.outputTranslate >> self.addVec_node.input3D[1]
self.addVec_node.output3D >> self.clam_node.input
self.md_max_node.output >> self.clam_node.max
self.clam_node.output >> self.maximumToggle_node.color1
self.decompEnd_node.outputTranslate >> self.maximumToggle_node.color2
self.outputLoc = pm.spaceLocator(
n='{}_Ouput__{}'.format(self.NAME, NC.LOC))
self.maximumToggle_node.output >> self.outputLoc.translate
self.outputLoc.inheritsTransform.set(0)
self.outputLoc.v.set(0)
pm.parentConstraint(self.outputLoc, self.posLoc[1].getParent(), mo=1)