def test_basicRigStructure(self):
mRig=r9Meta.getConnectedMetaSystemRoot('L_Wrist_Ctrl')
assert type(mRig)==r9Meta.MetaRig
assert mRig.mNode=='RED_Rig'
assert mRig.CTRL_Main[0]=='|World_Ctrl'
#test the Left Arm wires
assert type(mRig.L_ArmSystem)==r9Meta.MetaRigSubSystem
assert mRig.L_ArmSystem.mNode=='L_ArmSystem'
assert mRig.L_ArmSystem.systemType=='Arm'
assert mRig.L_ArmSystem.mirrorSide==1
assert mRig.L_ArmSystem.CTRL_L_Wrist[0]=='|World_Ctrl|L_Wrist_Ctrl'
assert mRig.L_ArmSystem.CTRL_L_Elbow[0]=='|World_Ctrl|COG__Ctrl|L_Elbow_Ctrl'
ctrl=r9Meta.MetaClass(mRig.L_ArmSystem.CTRL_L_Wrist[0])
assert ctrl.mirrorSide==1 #?????? consistency of attrs on node and metaSubsystems!!!!!!!
assert ctrl.mirrorIndex==1
#test the Right Leg wires
assert type(mRig.R_LegSystem)==r9Meta.MetaRigSubSystem
assert r9Meta.isMetaNode('R_LegSystem')
assert mRig.R_LegSystem.mNode=='R_LegSystem'
assert mRig.R_LegSystem.systemType=='Leg'
assert mRig.R_LegSystem.mirrorSide==2
assert mRig.R_LegSystem.CTRL_R_Foot[0]=='|World_Ctrl|R_Foot_grp|R_Foot_Ctrl'
assert mRig.R_LegSystem.CTRL_R_Knee[0]=='|World_Ctrl|R_Knee_Ctrl'
ctrl=r9Meta.MetaClass(mRig.R_LegSystem.CTRL_R_Foot[0])
assert ctrl.mirrorSide==2 #?????? consistency of attrs on node and metaSubsystems!!!!!!!
assert ctrl.mirrorIndex==4
#test the Left Leg wires
#:NOTE slight difference in the naming as we didn't pass in the attr when making the subSystem
assert type(mRig.L_Leg_System)==r9Meta.MetaRigSubSystem
assert r9Meta.isMetaNode('L_LegSystem')
assert mRig.L_Leg_System.mNode=='L_LegSystem'
assert mRig.L_Leg_System.systemType=='Leg'
assert mRig.L_Leg_System.mirrorSide==1
#test the Spine wires
assert type(mRig.SpineSystem)==r9Meta.MetaRigSubSystem
assert mRig.SpineSystem.mNode=='SpineSystem'
assert mRig.SpineSystem.systemType=='Spine'
assert mRig.SpineSystem.mirrorSide==0
assert mRig.SpineSystem.CTRL_Hips[0]=='|World_Ctrl|COG__Ctrl|Hips_Ctrl'
assert mRig.SpineSystem.CTRL_Chest[0]=='|World_Ctrl|COG__Ctrl|Chest_Ctrl'
ctrl=r9Meta.MetaClass(mRig.SpineSystem.CTRL_Chest[0])
assert ctrl.mirrorSide==0 #?????? consistency of attrs on node and metaSubsystems!!!!!!!
assert ctrl.mirrorIndex==4
#test the MetaRigSupport nodes
assert type(mRig.L_ArmSystem.L_ArmSupport)==r9Meta.MetaRigSupport
assert mRig.L_ArmSystem.L_ArmSupport.mNode=='L_ArmSupport'
assert mRig.L_ArmSystem.L_ArmSupport.SUP_IKHandle[0]=='|World_Ctrl|L_Wrist_Ctrl|ikHandle1'
assert mRig.SpineSystem.SpineSupport.SUP_NeckIK[0]=='|World_Ctrl|COG__Ctrl|Chest_Ctrl|Head_grp|Head_Ctrl|ikHandle3'
assert mRig.SpineSystem.SpineSupport.SUP_SpineIK[0]=='|World_Ctrl|COG__Ctrl|Chest_Ctrl|ikHandle4'
def test_isMetaNode(self):
assert r9Meta.isMetaNode('MetaRig_Test')
assert r9Meta.isMetaNode('MetaRig_Test', mTypes=['MetaRig'])
assert r9Meta.isMetaNode('MetaRig_Test', mTypes='MetaRig')
assert not r9Meta.isMetaNode('MetaRig_Test', mTypes='MonkeyBollox')
assert not r9Meta.isMetaNode('MetaRig_Test', mTypes='MetaFacialRigSupport_Test')
assert r9Meta.isMetaNode('MetaRig_Test', mTypes=[r9Meta.MetaRig])
assert r9Meta.isMetaNode('MetaRig_Test', mTypes=r9Meta.MetaRig)
cube1=cmds.ls(cmds.polyCube()[0],l=True)[0]
assert not r9Meta.isMetaNode(cube1)
def test_metaRigHandlers(self):
'''
main metaRig handlers in the pose setups
'''
self.poseData.metaPose = False
assert not self.poseData.metaRig
self.poseData.setMetaRig('L_Wrist_Ctrl')
assert r9Meta.isMetaNode(self.poseData.metaRig)
assert self.poseData.metaPose == True # this is now part of the metaPose property,
self.poseData.metaPose = True
assert self.poseData.settings.metaRig == True
def test_metaRigHandlers(self):
'''
main metaRig handlers in the pose setups
'''
self.poseData.metaPose=False
assert not self.poseData.metaRig
self.poseData.setMetaRig('L_Wrist_Ctrl')
assert r9Meta.isMetaNode(self.poseData.metaRig)
assert self.poseData.metaPose==False
self.poseData.metaPose=True
assert self.poseData.settings.metaRig==True
end = 'hips_anim_spacePivot_1_anim'
rUtils.create_traceCurve(start,end)
#>>>space Pivot
#=======================================================
str_control = 'neck_2_loliHandle'
rUtils.create_spaceLocatorForObject(str_control)
#>>> Middle constraint obj
#=======================================================
i_obj = cgmMeta.cgmObject('driverMid')
#Create a dup constraint curve
r9Meta.isMetaNodeInherited(i_obj,'cgmObject')
r9Meta.isMetaNode(i_obj,'cgmObject')
#segment curve creation
#=================================================================
jointList = mc.ls(sl=True)
reload(rUtils)
rUtils.createSegmentCurve(jointList,secondaryAxis='zdown')
scaleBuffer = 'test_distanceBuffer'
rUtils.addSquashAndStretchToControlSurfaceSetup(scaleBuffer, jointList ,moduleInstance=False,connectBy='translate')
#Mid group sguff
#=================================================================
segmentCurve = 'testSegment_splineIKCurve'
joints = 'driverMid'
