def LocatorsChickenHead (*args):
if cmds.objExists ('Spine_ConnectToArms'):
for X in range (0, 3):
cmds.select (clear = True)
cmds.CreateLocator ()
cmds.move (0,2.5*X, 0)
cmds.select (clear = True)
cmds.rename('locator1','Neck_Start_LOC')
cmds.rename('locator2','Head_Start_LOC')
cmds.rename('locator3','Head_End_LOC')
#If the RdMAutoSpine exists
if cmds.objExists ('SpineEnd_JC'):
cmds.parent ('Head_End_LOC','Head_Start_LOC')
cmds.parent ('Head_Start_LOC','Neck_Start_LOC')
cmds.pointConstraint ('SpineEnd_JC', 'Neck_Start_LOC', mo = False)
cmds.delete ('Neck_Start_LOC'+'_pointConstraint1')
cmds.parent ('Head_End_LOC', w = True)
cmds.parent ('Head_Start_LOC', w = True)
cmds.select (cl = True)
else:
cmds.warning ('please create RdMAutoSpine first :D')
def LocatorsBtn(*args):
for X in range (jointsNum):
cmds.select (clear = True)
cmds.CreateLocator ()
cmds.move (2.5*X+1, 0, 0)
cmds.select (clear = True)
cmds.rename ("locator1","L_Clavicule_LOC")
cmds.rename ("locator2","L_Shoulder_LOC")
cmds.rename ("locator3","L_Elbow_LOC")
cmds.rename ("locator4","L_Wrist_LOC")
if cmds.objExists ('SpineEnd_JC'):
cmds.parent ('L_Wrist_LOC','L_Elbow_LOC')
cmds.parent ('L_Elbow_LOC','L_Shoulder_LOC')
cmds.parent ('L_Shoulder_LOC','L_Clavicule_LOC')
cmds.pointConstraint ('SpineEnd_JC','L_Clavicule_LOC')
cmds.delete ('L_Clavicule_LOC_pointConstraint1')
cmds.parent ('L_Shoulder_LOC', 'L_Elbow_LOC ','L_Wrist_LOC', w = True)
cmds.select('L_Elbow_LOC')
cmds.move(0,0,-0.4, r = True)
cmds.select (clear = True)
def defControl():
grp = cmds.group(em=True, name="_ctrl_grp")
ctrl = cmds.circle(name="_ctrl")
loc_name = "_CTRL_LOC"
loc = cmds.CreateLocator()
cmds.rename(loc, loc_name)
cmds.parent(ctrl, loc_name)
cmds.parent(loc_name, grp)
cmds.DeleteHistory(ctrl)
def LocatorsBtn(*args):
jointsNum = cmds.intSliderGrp(locatorNum, q=True, value=5)
for X in range(jointsNum):
cmds.select(clear=True)
cmds.CreateLocator()
cmds.move(0, 2.5 * X, 0)
cmds.select(clear=True)
cmds.rename("locator1", "Spine_0" + str(X + 1) + "_LOC")
cmds.select(clear=True)
def createAimConstraint(elbowJnt, wristJnt, drivers):
# Create locator for our aim constraint's up vector
cmds.select(cl=1)
upVec = cmds.CreateLocator()
upVec = cmds.rename(upVec, "rt_arm1TwistUpVec_loc")
cmds.delete(cmds.parentConstraint(wristJnt, upVec, mo=0))
cmds.setAttr(upVec + ".tz", cmds.getAttr(upVec + ".tz") - 0.25)
cmds.select(upVec)
cmds.scale(.2, .2, .2)
cmds.parentConstraint(wristJnt, upVec, mo=1)
# Create the aim constraint
cmds.aimConstraint(
elbowJnt, drivers[-1], \
u = (0, 1, 0), wut = "object", wuo = upVec, mo=0)
def LocatorsBtn(*args):
for X in range (jointsNum):
cmds.select (clear = True)
cmds.CreateLocator ()
cmds.move (0,2.5*X, 0)
cmds.select (clear = True)
cmds.rename ("locator4","L_Leg_LOC")
cmds.rename ("locator3","L_Knee_LOC")
cmds.rename ("locator2","L_Ankle_LOC")
cmds.rename ("locator1","L_Heel_LOC")
cmds.duplicate ('L_Heel_LOC', n= 'L_EndFoot_LOC')
cmds.duplicate ('L_Heel_LOC', n= 'L_Ball_Loc')
cmds.move (0,0,3, 'L_Ball_Loc' )
cmds.move (0,0,5, 'L_EndFoot_LOC' )
cmds.move (0,5,0.3, 'L_Knee_LOC')
cmds.select (clear = True)