def createToesRig(self, *args):
"""
Create fk attributes/controls on toe joints
on foot control.
"""
if self.side == 1:
# Left
jntNames = self.sNames.feetJoints.keys()
temp = self.sNames.feetJoints['left_pinkyToe1'].split('_')
leftAttName1 = temp[1]
temp = self.sNames.feetJoints['left_ringToe1'].split('_')
leftAttName2 = temp[1]
temp = self.sNames.feetJoints['left_middleToe1'].split('_')
leftAttName3 = temp[1]
temp = self.sNames.feetJoints['left_indexToe1'].split('_')
leftAttName4 = temp[1]
temp = self.sNames.feetJoints['left_bigToe1'].split('_')
leftAttName5 = temp[1]
leftAttNames = [
leftAttName1, leftAttName2, leftAttName3, leftAttName4,
leftAttName5
]
leftStartJoints = [
self.sNames.feetJoints['left_pinkyToe1'],
self.sNames.feetJoints['left_ringToe1'],
self.sNames.feetJoints['left_middleToe1'],
self.sNames.feetJoints['left_indexToe1'],
self.sNames.feetJoints['left_bigToe1']
]
leftEndJoints = [
self.sNames.feetJoints['left_pinkyToe3'],
self.sNames.feetJoints['left_ringToe3'],
self.sNames.feetJoints['left_middleToe3'],
self.sNames.feetJoints['left_indexToe3'],
self.sNames.feetJoints['left_bigToe3']
]
# Create the controllers @ todo - setup inputs/variables for curl, twist & spread vs constants
createFingersOrToesRig.createFingersOrToesRig(
label='%s_foot' % self.sNames.prefix['left'],
control=self.sNames.controlNames['left_foot'],
attNames=leftAttNames,
startJnts=leftStartJoints,
endJnts=leftEndJoints,
curl='Z',
twist='X',
spread='Y',
fkNormal=self.fkNormal,
radius=self.fkRadius / 2.0)
if self.side == 2:
# Right
temp = self.sNames.feetJoints['right_pinkyToe1'].split('_')
rightAttName1 = temp[1]
temp = self.sNames.feetJoints['right_ringToe1'].split('_')
rightAttName2 = temp[1]
temp = self.sNames.feetJoints['right_middleToe1'].split('_')
rightAttName3 = temp[1]
temp = self.sNames.feetJoints['right_indexToe1'].split('_')
rightAttName4 = temp[1]
temp = self.sNames.feetJoints['right_bigToe1'].split('_')
rightAttName5 = temp[1]
rightAttNames = [
rightAttName1, rightAttName2, rightAttName3, rightAttName4,
rightAttName5
]
rightStartJoints = [
self.sNames.feetJoints['right_pinkyToe1'],
self.sNames.feetJoints['right_ringToe1'],
self.sNames.feetJoints['right_middleToe1'],
self.sNames.feetJoints['right_indexToe1'],
self.sNames.feetJoints['right_bigToe1']
]
rightEndJoints = [
self.sNames.feetJoints['right_pinkyToe3'],
self.sNames.feetJoints['right_ringToe3'],
self.sNames.feetJoints['right_middleToe3'],
self.sNames.feetJoints['right_indexToe3'],
self.sNames.feetJoints['right_bigToe3']
]
createFingersOrToesRig.createFingersOrToesRig(
label='%s_foot' % self.sNames.prefix['right'],
control=self.sNames.controlNames['right_foot'],
attNames=rightAttNames,
startJnts=rightStartJoints,
endJnts=rightEndJoints,
curl='Z',
twist='X',
spread='Y',
fkNormal=self.fkNormal,
radius=self.fkRadius / 2.0)
#--- Call: self.toeCntSetup()
self.toeCntSetup()
def create(self,*args):
"""
Given input, create the hand rig.
"""
# Names derived from keys in standard joint names dictionary.
#--- Setup orient switch on hand controls
self.orientConstraintOnHands()
#--- Setup the palm cup / bend on the hand controls.
self.palmSetup()
# Left
jntNames = self.sNames.handJoints.keys()
temp = self.sNames.handJoints['left_pinky1'].split('_')
leftAttName1 = temp[1]
temp = self.sNames.handJoints['left_ring1'].split('_')
leftAttName2 = temp[1]
temp = self.sNames.handJoints['left_middle1'].split('_')
leftAttName3 = temp[1]
temp = self.sNames.handJoints['left_index1'].split('_')
leftAttName4 = temp[1]
temp = self.sNames.handJoints['left_thumb1'].split('_')
leftAttName5 = temp[1]
leftAttNames = [leftAttName1,
leftAttName2,
leftAttName3,
leftAttName4,
leftAttName5 ]
leftStartJoints = [self.sNames.handJoints['left_pinky1'],
self.sNames.handJoints['left_ring1'],
self.sNames.handJoints['left_middle1'],
self.sNames.handJoints['left_index1'],
self.sNames.handJoints['left_thumb1'] ]
leftEndJoints = [self.sNames.handJoints['left_pinky3'],
self.sNames.handJoints['left_ring3'],
self.sNames.handJoints['left_middle3'],
self.sNames.handJoints['left_index3'],
self.sNames.handJoints['left_thumb3'] ]
# Right
temp = self.sNames.handJoints['right_pinky1'].split('_')
rightAttName1 = temp[1]
temp = self.sNames.handJoints['right_ring1'].split('_')
rightAttName2 = temp[1]
temp = self.sNames.handJoints['right_middle1'].split('_')
rightAttName3 = temp[1]
temp = self.sNames.handJoints['right_index1'].split('_')
rightAttName4 = temp[1]
temp = self.sNames.handJoints['right_thumb1'].split('_')
rightAttName5 = temp[1]
rightAttNames = [rightAttName1,
rightAttName2,
rightAttName3,
rightAttName4,
rightAttName5 ]
rightStartJoints = [self.sNames.handJoints['right_pinky1'],
self.sNames.handJoints['right_ring1'],
self.sNames.handJoints['right_middle1'],
self.sNames.handJoints['right_index1'],
self.sNames.handJoints['right_thumb1'] ]
rightEndJoints = [self.sNames.handJoints['right_pinky3'],
self.sNames.handJoints['right_ring3'],
self.sNames.handJoints['right_middle3'],
self.sNames.handJoints['right_index3'],
self.sNames.handJoints['right_thumb3'] ]
#--- Create the controllers and attributes
# Left
createFingersOrToesRig.createFingersOrToesRig( label = '%s_hand'%self.sNames.prefix['left'],
control = self.sNames.controlNames['left_hand'],
attNames = leftAttNames,
startJnts = leftStartJoints,
endJnts = leftEndJoints,
curl = self.curl,
twist = self.twist,
spread = self.spread,
fkNormal = self.fkNormal,
radius = self.radius )
# Right
createFingersOrToesRig.createFingersOrToesRig( label = '%s_hand'%self.sNames.prefix['right'],
control = self.sNames.controlNames['right_hand'],
attNames = rightAttNames,
startJnts = rightStartJoints,
endJnts = rightEndJoints,
curl = self.curl,
twist = self.twist,
spread = self.spread,
fkNormal = self.fkNormal,
radius = self.radius )
#--- Setup All Spread SDK
# Left side
count = 0
for jnt in leftStartJoints:
if count == 0: # Pinky
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['left_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 0,
v = 0 )
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['left_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 10,
v = 50 )
if count == 1: # Ring
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['left_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 0,
v = 0 )
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['left_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 10,
v = 30 )
if count == 2: # middle
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['left_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 0,
v = 0 )
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['left_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 10,
v = -5 )
if count == 3: # index
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['left_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 0,
v = 0 )
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['left_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 10,
v = -40 )
if count == 4: # index
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['left_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 0,
v = 0 )
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['left_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 10,
v = -40 )
count += 1
# Right side
count = 0
for jnt in rightStartJoints:
if count == 0: # Pinky
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['right_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 0,
v = 0 )
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['right_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 10,
v = 50 )
if count == 1: # Ring
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['right_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 0,
v = 0 )
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['right_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 10,
v = 30 )
if count == 2: # middle
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['right_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 0,
v = 0 )
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['right_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 10,
v = -5 )
if count == 3: # index
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['right_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 0,
v = 0 )
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['right_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 10,
v = -40 )
if count == 4: # index
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['right_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 0,
v = 0 )
setDrivenKeyframe( jnt,
cd=self.sNames.controlNames['right_hand'] + '.spread_all',
at= "rotate%s"%self.spread,
dv = 10,
v = -40 )
count += 1
#--- Setup left hand
# Lock the translations for the hand
setAttr( '%s.translateX'%self.sNames.armJoints['left_wrist'], lock=True, keyable=False )
setAttr( '%s.translateY'%self.sNames.armJoints['left_wrist'], lock=True, keyable=False )
setAttr( '%s.translateZ'%self.sNames.armJoints['left_wrist'], lock=True, keyable=False )
#--- Setup right hand
# Lock the translations for the hand
setAttr('%s.translateX'%self.sNames.armJoints['right_wrist'], lock=True, keyable=False)
setAttr('%s.translateY'%self.sNames.armJoints['right_wrist'], lock=True, keyable=False)
setAttr('%s.translateZ'%self.sNames.armJoints['right_wrist'], lock=True, keyable=False)
#--- Left / Right Hand Control Setup
# Orient Constrain the follow joints to the Hand Controller
orientConstraint(self.sNames.controlNames['right_hand'],self.r_wristFollowJnt,mo=True)
orientConstraint(self.sNames.controlNames['left_hand'],self.l_wristFollowJnt,mo=True)
# Point constrain Hand cnt buffer nodes to wrist follow joints
pointConstraint( self.sNames.armJoints['left_wrist'],'%s_buffer' % self.sNames.controlNames['left_hand'], mo=True)
pointConstraint( self.sNames.armJoints['right_wrist'],'%s_buffer' % self.sNames.controlNames['right_hand'], mo=True)
# Parent buffer node to the main control
parent('%s_buffer' % self.sNames.controlNames['left_hand'], self.sNames.controlNames['main'])
parent('%s_buffer' % self.sNames.controlNames['right_hand'], self.sNames.controlNames['main'])
def rigTongue(self,*args):
"""
On hold.
"""
# Draw ep curve along locators.
tng1 = xform('tongue_loc_1',q=True,ws=True,t=True)
tng2 = xform('tongue_loc_2',q=True,ws=True,t=True)
tng3 = xform('tongue_loc_3',q=True,ws=True,t=True)
crv = curve( p=[tng1, tng2, tng3], d=2 )
# Rebuild it with 8 cvs
rebuildCurve( crv, s=8)
# Draw joints on the curve
#####Add joints to curves CV's
x = 0
tngJoints = []
while(x<11):
cvPos = xform( 'curve1.cv[' + str(x) + ']', q=True, ws=True,t=True )
tngJoints.append( joint( p = cvPos, radius =.2,
name = 'tongue_%s_%s'%(x,self.sNames.suffix['joint'] ) ))
x = x + 1
# Delete the curve
delete(crv)
# Duplicate and add to bind joints group
newJnts = duplicate(tngJoints[0])
select(newJnts[0],replace=True,hi=True)
newJnts = ls(sl=True)
tngBindJoints = []
for each in newJnts:
newName = each + '_' + self.sNames.suffix['bind']
rename(each,newName)
tngBindJoints.append(newName)
if objExists('bind_joints_grp'):
parent(tngBindJoints[0],'bind_joints_grp')
else:
grp = group(em=True,n='bind_joints_grp')
parent(tngBindJoints[0],'bind_joints_grp')
# @todo - Add curl,twist,spread input
# Create controllers on joints / attributes on jaw
startJnt = []
endJnt = []
startJnt.append(tngJoints[0])
endJnt.append(tngJoints[len(tngJoints)-1])
createFingersOrToesRig.createFingersOrToesRig( label = 'Tongue',
control = self.sNames.controlNames['jaw'],
attNames = '_',
startJnts = startJnt,
endJnts = endJnt,
curl = 'X',
twist = 'Z',
spread = 'Y',
fkNormal = (0,0,1),
radius = self.radius/3.0 )
# Get parent of first joint, which is the new offset joint
tmp = listRelatives(tngJoints[0],parent=True)
tmp = listRelatives(tmp,parent=True)
tmp = listRelatives(tmp,parent=True)
prt = listRelatives(tmp,parent=True)
# Parent tongue base to head
parent(prt,self.sNames.headJoints['jaw'])
# Enable translates on first controller
setAttr('%s.translateX'%tngJoints[0],k=True,lock=False)
setAttr('%s.translateY'%tngJoints[0],k=True,lock=False)
setAttr('%s.translateZ'%tngJoints[0],k=True,lock=False)
def createToesRig(self,*args):
"""
Create fk attributes/controls on toe joints
on foot control.
"""
if self.side == 1:
# Left
jntNames = self.sNames.feetJoints.keys()
temp = self.sNames.feetJoints['left_pinkyToe1'].split('_')
leftAttName1 = temp[1]
temp = self.sNames.feetJoints['left_ringToe1'].split('_')
leftAttName2 = temp[1]
temp = self.sNames.feetJoints['left_middleToe1'].split('_')
leftAttName3 = temp[1]
temp = self.sNames.feetJoints['left_indexToe1'].split('_')
leftAttName4 = temp[1]
temp = self.sNames.feetJoints['left_bigToe1'].split('_')
leftAttName5 = temp[1]
leftAttNames = [leftAttName1,
leftAttName2,
leftAttName3,
leftAttName4,
leftAttName5 ]
leftStartJoints = [self.sNames.feetJoints['left_pinkyToe1'],
self.sNames.feetJoints['left_ringToe1'],
self.sNames.feetJoints['left_middleToe1'],
self.sNames.feetJoints['left_indexToe1'],
self.sNames.feetJoints['left_bigToe1'] ]
leftEndJoints = [self.sNames.feetJoints['left_pinkyToe3'],
self.sNames.feetJoints['left_ringToe3'],
self.sNames.feetJoints['left_middleToe3'],
self.sNames.feetJoints['left_indexToe3'],
self.sNames.feetJoints['left_bigToe3'] ]
# Create the controllers @ todo - setup inputs/variables for curl, twist & spread vs constants
createFingersOrToesRig.createFingersOrToesRig( label = '%s_foot'%self.sNames.prefix['left'],
control = self.sNames.controlNames['left_foot'],
attNames = leftAttNames,
startJnts = leftStartJoints,
endJnts = leftEndJoints,
curl = 'Z',
twist = 'X',
spread = 'Y',
fkNormal = self.fkNormal,
radius = self.fkRadius/2.0 )
if self.side == 2:
# Right
temp = self.sNames.feetJoints['right_pinkyToe1'].split('_')
rightAttName1 = temp[1]
temp = self.sNames.feetJoints['right_ringToe1'].split('_')
rightAttName2 = temp[1]
temp = self.sNames.feetJoints['right_middleToe1'].split('_')
rightAttName3 = temp[1]
temp = self.sNames.feetJoints['right_indexToe1'].split('_')
rightAttName4 = temp[1]
temp = self.sNames.feetJoints['right_bigToe1'].split('_')
rightAttName5 = temp[1]
rightAttNames = [rightAttName1,
rightAttName2,
rightAttName3,
rightAttName4,
rightAttName5 ]
rightStartJoints = [self.sNames.feetJoints['right_pinkyToe1'],
self.sNames.feetJoints['right_ringToe1'],
self.sNames.feetJoints['right_middleToe1'],
self.sNames.feetJoints['right_indexToe1'],
self.sNames.feetJoints['right_bigToe1'] ]
rightEndJoints = [self.sNames.feetJoints['right_pinkyToe3'],
self.sNames.feetJoints['right_ringToe3'],
self.sNames.feetJoints['right_middleToe3'],
self.sNames.feetJoints['right_indexToe3'],
self.sNames.feetJoints['right_bigToe3'] ]
createFingersOrToesRig.createFingersOrToesRig( label = '%s_foot'%self.sNames.prefix['right'],
control = self.sNames.controlNames['right_foot'],
attNames = rightAttNames,
startJnts = rightStartJoints,
endJnts = rightEndJoints,
curl = 'Z',
twist = 'X',
spread = 'Y',
fkNormal = self.fkNormal,
radius = self.fkRadius/2.0 )
#--- Call: self.toeCntSetup()
self.toeCntSetup()
def rigTongue(self, *args):
"""
On hold.
"""
# Draw ep curve along locators.
tng1 = xform('tongue_loc_1', q=True, ws=True, t=True)
tng2 = xform('tongue_loc_2', q=True, ws=True, t=True)
tng3 = xform('tongue_loc_3', q=True, ws=True, t=True)
crv = curve(p=[tng1, tng2, tng3], d=2)
# Rebuild it with 8 cvs
rebuildCurve(crv, s=8)
# Draw joints on the curve
#####Add joints to curves CV's
x = 0
tngJoints = []
while (x < 11):
cvPos = xform('curve1.cv[' + str(x) + ']', q=True, ws=True, t=True)
tngJoints.append(
joint(p=cvPos,
radius=.2,
name='tongue_%s_%s' % (x, self.sNames.suffix['joint'])))
x = x + 1
# Delete the curve
delete(crv)
# Duplicate and add to bind joints group
newJnts = duplicate(tngJoints[0])
select(newJnts[0], replace=True, hi=True)
newJnts = ls(sl=True)
tngBindJoints = []
for each in newJnts:
newName = each + '_' + self.sNames.suffix['bind']
rename(each, newName)
tngBindJoints.append(newName)
if objExists('bind_joints_grp'):
parent(tngBindJoints[0], 'bind_joints_grp')
else:
grp = group(em=True, n='bind_joints_grp')
parent(tngBindJoints[0], 'bind_joints_grp')
# @todo - Add curl,twist,spread input
# Create controllers on joints / attributes on jaw
startJnt = []
endJnt = []
startJnt.append(tngJoints[0])
endJnt.append(tngJoints[len(tngJoints) - 1])
createFingersOrToesRig.createFingersOrToesRig(
label='Tongue',
control=self.sNames.controlNames['jaw'],
attNames='_',
startJnts=startJnt,
endJnts=endJnt,
curl='X',
twist='Z',
spread='Y',
fkNormal=(0, 0, 1),
radius=self.radius / 3.0)
# Get parent of first joint, which is the new offset joint
tmp = listRelatives(tngJoints[0], parent=True)
tmp = listRelatives(tmp, parent=True)
tmp = listRelatives(tmp, parent=True)
prt = listRelatives(tmp, parent=True)
# Parent tongue base to head
parent(prt, self.sNames.headJoints['jaw'])
# Enable translates on first controller
setAttr('%s.translateX' % tngJoints[0], k=True, lock=False)
setAttr('%s.translateY' % tngJoints[0], k=True, lock=False)
setAttr('%s.translateZ' % tngJoints[0], k=True, lock=False)
def create(self, *args):
"""
Given input, create the hand rig.
"""
# Names derived from keys in standard joint names dictionary.
# --- Setup orient switch on hand controls
self.orientConstraintOnHands()
# --- Setup the palm cup / bend on the hand controls.
self.palmSetup()
# Left
jntNames = self.sNames.handJoints.keys()
temp = self.sNames.handJoints["left_pinky1"].split("_")
leftAttName1 = temp[1]
temp = self.sNames.handJoints["left_ring1"].split("_")
leftAttName2 = temp[1]
temp = self.sNames.handJoints["left_middle1"].split("_")
leftAttName3 = temp[1]
temp = self.sNames.handJoints["left_index1"].split("_")
leftAttName4 = temp[1]
temp = self.sNames.handJoints["left_thumb1"].split("_")
leftAttName5 = temp[1]
leftAttNames = [leftAttName1, leftAttName2, leftAttName3, leftAttName4, leftAttName5]
leftStartJoints = [
self.sNames.handJoints["left_pinky1"],
self.sNames.handJoints["left_ring1"],
self.sNames.handJoints["left_middle1"],
self.sNames.handJoints["left_index1"],
self.sNames.handJoints["left_thumb1"],
]
leftEndJoints = [
self.sNames.handJoints["left_pinky3"],
self.sNames.handJoints["left_ring3"],
self.sNames.handJoints["left_middle3"],
self.sNames.handJoints["left_index3"],
self.sNames.handJoints["left_thumb3"],
]
# Right
temp = self.sNames.handJoints["right_pinky1"].split("_")
rightAttName1 = temp[1]
temp = self.sNames.handJoints["right_ring1"].split("_")
rightAttName2 = temp[1]
temp = self.sNames.handJoints["right_middle1"].split("_")
rightAttName3 = temp[1]
temp = self.sNames.handJoints["right_index1"].split("_")
rightAttName4 = temp[1]
temp = self.sNames.handJoints["right_thumb1"].split("_")
rightAttName5 = temp[1]
rightAttNames = [rightAttName1, rightAttName2, rightAttName3, rightAttName4, rightAttName5]
rightStartJoints = [
self.sNames.handJoints["right_pinky1"],
self.sNames.handJoints["right_ring1"],
self.sNames.handJoints["right_middle1"],
self.sNames.handJoints["right_index1"],
self.sNames.handJoints["right_thumb1"],
]
rightEndJoints = [
self.sNames.handJoints["right_pinky3"],
self.sNames.handJoints["right_ring3"],
self.sNames.handJoints["right_middle3"],
self.sNames.handJoints["right_index3"],
self.sNames.handJoints["right_thumb3"],
]
# --- Create the controllers and attributes
# Left
createFingersOrToesRig.createFingersOrToesRig(
label="%s_hand" % self.sNames.prefix["left"],
control=self.sNames.controlNames["left_hand"],
attNames=leftAttNames,
startJnts=leftStartJoints,
endJnts=leftEndJoints,
curl=self.curl,
twist=self.twist,
spread=self.spread,
fkNormal=self.fkNormal,
radius=self.radius,
)
# Right
createFingersOrToesRig.createFingersOrToesRig(
label="%s_hand" % self.sNames.prefix["right"],
control=self.sNames.controlNames["right_hand"],
attNames=rightAttNames,
startJnts=rightStartJoints,
endJnts=rightEndJoints,
curl=self.curl,
twist=self.twist,
spread=self.spread,
fkNormal=self.fkNormal,
radius=self.radius,
)
# --- Setup All Spread SDK
# Left side
count = 0
for jnt in leftStartJoints:
if count == 0: # Pinky
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["left_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=0,
v=0,
)
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["left_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=10,
v=50,
)
if count == 1: # Ring
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["left_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=0,
v=0,
)
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["left_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=10,
v=30,
)
if count == 2: # middle
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["left_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=0,
v=0,
)
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["left_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=10,
v=-5,
)
if count == 3: # index
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["left_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=0,
v=0,
)
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["left_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=10,
v=-40,
)
if count == 4: # index
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["left_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=0,
v=0,
)
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["left_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=10,
v=-40,
)
count += 1
# Right side
count = 0
for jnt in rightStartJoints:
if count == 0: # Pinky
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["right_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=0,
v=0,
)
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["right_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=10,
v=50,
)
if count == 1: # Ring
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["right_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=0,
v=0,
)
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["right_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=10,
v=30,
)
if count == 2: # middle
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["right_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=0,
v=0,
)
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["right_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=10,
v=-5,
)
if count == 3: # index
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["right_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=0,
v=0,
)
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["right_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=10,
v=-40,
)
if count == 4: # index
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["right_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=0,
v=0,
)
setDrivenKeyframe(
jnt,
cd=self.sNames.controlNames["right_hand"] + ".spread_all",
at="rotate%s" % self.spread,
dv=10,
v=-40,
)
count += 1
# --- Setup left hand
# Lock the translations for the hand
setAttr("%s.translateX" % self.sNames.armJoints["left_wrist"], lock=True, keyable=False)
setAttr("%s.translateY" % self.sNames.armJoints["left_wrist"], lock=True, keyable=False)
setAttr("%s.translateZ" % self.sNames.armJoints["left_wrist"], lock=True, keyable=False)
# --- Setup right hand
# Lock the translations for the hand
setAttr("%s.translateX" % self.sNames.armJoints["right_wrist"], lock=True, keyable=False)
setAttr("%s.translateY" % self.sNames.armJoints["right_wrist"], lock=True, keyable=False)
setAttr("%s.translateZ" % self.sNames.armJoints["right_wrist"], lock=True, keyable=False)
# --- Left / Right Hand Control Setup
# Orient Constrain the follow joints to the Hand Controller
orientConstraint(self.sNames.controlNames["right_hand"], self.r_wristFollowJnt, mo=True)
orientConstraint(self.sNames.controlNames["left_hand"], self.l_wristFollowJnt, mo=True)
# Point constrain Hand cnt buffer nodes to wrist follow joints
pointConstraint(
self.sNames.armJoints["left_wrist"], "%s_buffer" % self.sNames.controlNames["left_hand"], mo=True
)
pointConstraint(
self.sNames.armJoints["right_wrist"], "%s_buffer" % self.sNames.controlNames["right_hand"], mo=True
)
# Parent buffer node to the main control
parent("%s_buffer" % self.sNames.controlNames["left_hand"], self.sNames.controlNames["main"])
parent("%s_buffer" % self.sNames.controlNames["right_hand"], self.sNames.controlNames["main"])
