def orient():
"""
Orients shell to closest 90 degree angle on selection.
"""
s = mampy.ordered_selection(fl=True)
if not s:
return logger.warn('Nothing selected.')
if s[0].is_map():
new, current = SelectionList(), list(s)
print current
for pair in grouped(current, 2):
new.append(MeshMap(pair))
s = new
for comp in s.itercomps():
if not comp.is_map():
comp = comp.to_map()
if len(comp) > 2:
logger.warn('Does not support border edges or multiple selections.')
continue
line = Line2D(*comp.points)
shell = comp.get_uv_shell()
shell.translate(a=line.angle, pu=line.center.u, pv=line.center.v)
def bake_pivot():
"""
Bake modified manipulator pivot onto object.
"""
s = mampy.ordered_selection(tr=True, l=True)
dag = s.pop(len(s) - 1)
out_idx = get_outliner_index(dag)
parent = dag.get_parent()
# Get manipulator information
pos = cmds.manipMoveContext('Move', q=True, p=True)
rot = cmds.manipMoveContext('Move', q=True, oa=True)
rot = tuple(math.degrees(i) for i in rot)
# Create dummpy parent
space_locator = cmds.spaceLocator(name='bake_dummy_loc', p=pos)[0]
cmds.xform(space_locator, cp=True)
cmds.xform(space_locator, rotation=rot, ws=True)
dag.set_parent(space_locator)
cmds.makeIdentity(dag.name, rotate=True, translate=True, apply=True)
dag.set_parent(parent)
cmds.delete(space_locator)
cmds.reorder(dag.name, f=True); cmds.reorder(dag.name, r=out_idx)
cmds.select(list(s), r=True); cmds.select(dag.name, add=True)
def slist(self):
if self._slist is None:
if self.add:
self._slist = mampy.ordered_selection(-1)
else:
self._slist = mampy.selected()
if not self._slist:
raise TypeError('Invalid selection, select mesh face.')
return self._slist
def match_pivot_to_object():
"""
Match secondary selection pivots to first object selected.
"""
s, hl = mampy.ordered_selection(tr=True, l=True), mampy.ls(hl=True)
if len(s) == 0:
if len(hl) > 0:
s = hl
else:
return logger.warn('Nothing Selected.')
# check driver information
dag = s.pop(0)
trns = dag.get_transform()
piv = trns.get_scale_pivot()
# set pivot for driven objects
for each in s.iterdags():
print each, type(each)
trns = each.get_transform().set_pivot(piv)
