def pvt_add_finger_driven_keys_bendBase(self, ctrl, prefix, f_name):
finger_prefix = self.cn + '_' + prefix
joint_rot = lambda name, i: finger_prefix + name + str(i) + '.rotateZ'
attr = joint_rot(f_name, 1)
cur_val = cmds.getAttr(attr)
gu.set_driven_key(ctrl + '.bendBase' + f_name, attr, 0, cur_val)
gu.set_driven_key(ctrl + '.bendBase' + f_name, attr, 100,
cur_val + 100)
def pvt_add_finger_driven_keys_spreadBase(self, ctrl, prefix, f_name,
scale):
finger_prefix = self.cn + '_' + prefix
joint_rot = lambda name, i: finger_prefix + name + str(i) + '.rotateY'
attr = joint_rot(f_name, 1)
cur_val = cmds.getAttr(attr)
gu.set_driven_key(ctrl + '.spreadBaseAll', attr, 0, cur_val)
gu.set_driven_key(ctrl + '.spreadBaseAll', attr, 100,
cur_val + (100 * scale))
def pvt_add_finger_driven_keys_curl(self, ctrl, prefix, f_name, all=False):
finger_prefix = self.cn + '_' + prefix
joint_rot_attr_proc = lambda name, i: finger_prefix + name + str(
i) + '.rotateZ'
attr_driver_proc = lambda f_name: ctrl + '.curlAll' if all is True else ctrl + '.curl' + f_name
attr_driver = attr_driver_proc(f_name)
attr_driven = joint_rot_attr_proc(f_name, 1)
cur_val = cmds.getAttr(attr_driven)
gu.set_driven_key(attr_driver, attr_driven, 0, cur_val)
gu.set_driven_key(attr_driver, attr_driven, 100, cur_val + 100)
attr_driven = joint_rot_attr_proc(f_name, 2)
cur_val = cmds.getAttr(attr_driven)
gu.set_driven_key(attr_driver, attr_driven, 0, cur_val)
gu.set_driven_key(attr_driver, attr_driven, 100, cur_val + 100)
attr_driven = joint_rot_attr_proc(f_name, 3)
cur_val = cmds.getAttr(attr_driven)
gu.set_driven_key(attr_driver, attr_driven, 0, cur_val)
gu.set_driven_key(attr_driver, attr_driven, 100, cur_val + 100)
def create_footRoll_driven_keys(self, **p):
cn = self.cn
# Custom attributes and driven keys
n = cn + '_ctrl_RightFoot_FRoll_LocA'
gu.add_attribute(n,
'midRoll',
type='float',
min=0,
max=50,
default=0,
keyable=True)
nC = cn + '_RightFoot_FRoll_LocC.rotateX'
gu.set_driven_key(n + '.midRoll', nC, 0, 0)
gu.set_driven_key(n + '.midRoll', nC, 50, 50)
n = cn + '_ctrl_LeftFoot_FRoll_LocA'
gu.add_attribute(n,
'midRoll',
type='float',
min=0,
max=50,
default=0,
keyable=True)
nC = cn + '_LeftFoot_FRoll_LocC.rotateX'
gu.set_driven_key(n + '.midRoll', nC, 0, 0)
gu.set_driven_key(n + '.midRoll', nC, 50, 50)
n = cn + '_ctrl_RightFoot_FRoll_LocA'
gu.add_attribute(n,
'baseRoll',
type='float',
min=-90,
max=90,
default=0,
keyable=True)
nC = cn + '_RightFoot_FRoll_LocA.rotateX'
gu.set_driven_key(n + '.baseRoll', nC, -90, -90)
gu.set_driven_key(n + '.baseRoll', nC, 90, 90)
n = cn + '_ctrl_LeftFoot_FRoll_LocA'
gu.add_attribute(n,
'baseRoll',
type='float',
min=-90,
max=90,
default=0,
keyable=True)
nC = cn + '_LeftFoot_FRoll_LocA.rotateX'
gu.set_driven_key(n + '.baseRoll', nC, -90, -90)
gu.set_driven_key(n + '.baseRoll', nC, 90, 90)
n = cn + '_ctrl_RightFoot_FRoll_LocA'
gu.add_attribute(n,
'baseRotate',
type='float',
min=-45,
max=45,
default=0,
keyable=True)
nC = cn + '_RightFoot_FRoll_LocA.rotateY'
gu.set_driven_key(n + '.baseRotate', nC, -45, -45)
gu.set_driven_key(n + '.baseRotate', nC, 45, 45)
n = cn + '_ctrl_LeftFoot_FRoll_LocA'
gu.add_attribute(n,
'baseRotate',
type='float',
min=-45,
max=45,
default=0,
keyable=True)
nC = cn + '_LeftFoot_FRoll_LocA.rotateY'
gu.set_driven_key(n + '.baseRotate', nC, -45, -45)
gu.set_driven_key(n + '.baseRotate', nC, 45, 45)
n = cn + '_ctrl_RightFoot_FRoll_LocA'
gu.add_attribute(n,
'toeRaise',
type='float',
min=0,
max=120,
default=0,
keyable=True)
nC = cn + '_RightFoot_FRoll_LocB.rotateX'
gu.set_driven_key(n + '.toeRaise', nC, 0, 0)
gu.set_driven_key(n + '.toeRaise', nC, 120, 120)
n = cn + '_ctrl_LeftFoot_FRoll_LocA'
gu.add_attribute(n,
'toeRaise',
type='float',
min=0,
max=120,
default=0,
keyable=True)
nC = cn + '_LeftFoot_FRoll_LocB.rotateX'
gu.set_driven_key(n + '.toeRaise', nC, 0, 0)
gu.set_driven_key(n + '.toeRaise', nC, 120, 120)