def replace_guides(self):
"""
replaces the guide joints with the actual bound joints.
:return: <tuple> bound joint array.
"""
if self.if_guides_exist():
positions = self.get_guide_positions()
self.finished_joints = ()
for name, jnt_array, pos_array in zip(self.names,
self.guide_joints,
positions):
# remove the existing guides
object_utils.remove_node(jnt_array)
# set the positions gathered from the guide joints
self.finished_joints += joint_utils.create_joint(
name,
num_joints=len(pos_array),
prefix_name=self.prefix_name,
use_position=pos_array,
bound_joint=True,
as_strings=True),
# parent the replaced joints
if len(self.finished_joints) > 1:
object_utils.do_parent(self.finished_joints[-1],
self.finished_joints[-2])
# set the guide joints to zero
self.guide_joints = []
def replace_guides(self):
"""
replaces the guide joints with the actual bound joints.
:return: <tuple> bound joint array.
"""
if self.if_guides_exist():
self.guide_positions = self.get_guide_positions()
self.finished_joints = ()
# create the joints for this module
bind_joints = self.create_joints(self.guide_positions,
suffix="bnd")
fk_joints = self.create_joints(self.guide_positions, suffix="fk")
ik_joints = self.create_joints(self.guide_positions, suffix="ik")
# remove the existing guide joints
object_utils.remove_node(self.guide_joints)
self.finished_joints += bind_joints
self.finished_joints += fk_joints
self.finished_joints += ik_joints
# set the guide joints to zero
self.guide_joints = []
return bind_joints, fk_joints, ik_joints
def replace_guides(self):
"""
replaces the guide joints with the actual bound joints.
:return: <tuple> bound joint array.
"""
if self.if_guides_exist():
positions = self.get_guide_positions()
object_utils.remove_node(self.guide_joints)
self.guide_joints = []
return joint_utils.create_joint(self.name,
prefix_name=self.prefix_name,
num_joints=len(positions),
use_position=positions,
bound_joint=True,
as_strings=True),
def create_pivots(self):
"""
gets the pivot positions.
:return: <bool> True for success.
"""
positions = self.get_pivot_positions()
for pivot_name, position in zip(self.pivot_names, positions):
# sets the position array to this pivot node.
object_utils.create_group(pivot_name, position=position)
# remove the guide pivots
if self.pivot_locators:
for piv_loc in self.pivot_locators:
object_utils.remove_node(piv_loc)
self.pivot_locators = ()
return True
def replace_guides(self):
"""
replaces the guide joints with the actual bound joints.
:return: <tuple> bound joint array.
"""
self.finished_joints = ()
if self.if_guides_exist():
positions = self.get_guide_positions()
object_utils.remove_node(self.guide_joints)
for position in positions:
self.finished_joints += joint_utils.create_joint(
self.name,
prefix_name=self.prefix_name,
use_position=position,
bound_joint=True,
as_strings=True)[0],
self.guide_joints = []
def remove(self):
"""
removes the guide joints from the scene.
:return: <bool> True for success.
"""
if self.guide_joints:
for jnt_array in self.guide_joints:
object_utils.remove_node(jnt_array)
if self.finished_joints:
for jnt_array in self.finished_joints:
object_utils.remove_node(jnt_array)
if self.built_groups:
object_utils.remove_node(self.built_groups[0])
if self.pivot_locators:
for loc in self.pivot_locators:
object_utils.remove_node(loc)
self.finished = False
self.created = False
def remove(self):
"""
removes the guide joints from the scene.
:return: <bool> True for success.
"""
if self.guide_joints:
object_utils.remove_node(self.guide_joints)
if self.built_groups:
object_utils.remove_node(self.built_groups[0])
if self.finished_joints:
object_utils.remove_node(self.finished_joints)
self.finished = False
self.created = False
def remove(self):
"""
removes the guide joints from the scene.
:return: <bool> True for success.
"""
if self.guide_joints:
for jnt_array in self.guide_joints:
object_utils.remove_node(jnt_array)
if self.finished_joints:
for jnt in self.finished_joints:
object_utils.remove_node(jnt)
if self.built_groups:
for k in self.built_groups:
print(k)
if isinstance(k, dict):
object_utils.remove_node(k['group_names'][0])
elif isinstance(k, (str, unicode)):
object_utils.remove_node(k)
elif isinstance(k, (list, tuple)):
object_utils.remove_node(k)
else:
object_utils.remove_node(k)
self.finished = False
self.created = False