def create_hook(cls, asset="asset", side="c", part="part",
snap_to=None, in_out='in'):
"""
Settings for generating hooks in the autorig.
:parameters:
asset: For naming convention.
side: For naming convention. (l, r, c)
part: For naming convention.
snap_to: Object to snap to.
in_out: default value.
"""
hook_name = NameUtils.get_unique_name(asset, side, part, "loc")
hook = pm.createNode(settings.HOOK_NODE_TYPE, n=hook_name)
if settings.HOOK_NODE_TYPE == "locator":
hook = hook.getParent()
hook.rename(hook_name)
digit_type = 0
if in_out == 'out':
digit_type = 1
hook.addAttr('hookType', at='float', dv=digit_type)
hook.attr('hookType').lock(1)
if snap_to:
pm.xform(hook, ws=1, matrix=snap_to.wm.get())
return hook
def zero(obj, security=50):
"""
This will group and zero out the transforms of an object.
"""
parent = obj.getParent()
name = obj.name()
temp = name.split("_")
# group name
grp_name = NameUtils.get_unique_name(temp[0].split('0')[0],
temp[1],
temp[2].split('0')[0],
"grp",
security)
if not grp_name:
OpenMaya.MGlobal.displayError('ERROR generating name')
return
grp = pm.createNode("transform", n=grp_name)
matrix = obj.wm.get()
grp.setMatrix(matrix)
# rebuild
obj.setParent(grp)
if parent:
grp.setParent(par)
return grp
def create_hook(self,
asset="asset",
side="c",
part="part",
snap_to=None,
in_out='in',
*args):
"""
Settings for generating hooks in the autorig.
:parameters:
asset: For naming convention.
side: For naming convention. (l, r, c)
part: For naming convention.
snap_to: Object to snap to.
in_out: default value.
:args:
Please satisfy all arguements, args = security.
"""
hook_name = NameUtils.get_unique_name(asset, side, part, "loc", args)
hook = pm.createNode(settings.HOOK_NODE_TYPE, n=hook_name)
if settings.HOOK_NODE_TYPE == "locator":
hook = hook.getParent()
hook.rename(hook_name)
digit_type = 0
if in_out == 'out':
digit_type = 1
hook.addAttr('hookType', at='float', dv=digit_type)
hook.attr('hookType').lock(1)
if snap_to:
pm.xform(hook, ws=1, matrix=snap_to.wm.get())
return hook
