def toggleInfinityCycle():
"""Toggle infinite cycle with offset for curves on selected object(s)"""
try:
if "constant" not in pm.setInfinity(query=True, poi=True):
pm.setInfinity(poi="constant", pri="constant")
else:
pm.setInfinity(poi="cycleRelative", pri="cycleRelative")
except:
pm.mel.warning("Select object(s) with animation curves.")
pm.animCurveEditor("graphEditor1GraphEd", edit=True, displayInfinities="on")
def toggleInfinityCycle():
"""Toggle infinite cycle with offset for curves on selected object(s)"""
try:
if 'constant' not in pm.setInfinity( query=True, poi=True ):
pm.setInfinity( poi='constant', pri='constant' )
else:
pm.setInfinity( poi='cycleRelative', pri='cycleRelative' )
except:
mel.warning( 'Select object(s) with animation curves.' )
pm.animCurveEditor( 'graphEditor1GraphEd', edit=True, displayInfinities='on' )
def __get_curves():
# type: () -> List[pmc.nodetypes.AnimCurve]
available_curves = \
pmc.keyframe(q=True, sl=True, name=True) or \
pmc.animCurveEditor("graphEditor1GraphEd", q=True, curvesShown=True) or \
[]
return [pmc.nodetypes.AnimCurve(crv) for crv in available_curves]
def infinity_toggle():
"""toggle graph editor infinity display on/off"""
if pm.animCurveEditor('graphEditor1GraphEd', exists=True):
ge = 'graphEditor1GraphEd'
if pm.animCurveEditor(ge, q=True, displayInfinities=True):
pm.animCurveEditor(ge, edit=True, displayInfinities='off')
else:
pm.animCurveEditor(ge, edit=True, displayInfinities='on')
def get_curves(direction=None):
curves = pmc.animCurveEditor("graphEditor1GraphEd", q=True, curvesShown=True)
log.debug(curves)
if not curves:
return []
displayed_curves = [
("_".join(x.split("_")[:-1]), x.split("_")[-1])
for x in curves
]
log.debug(displayed_curves)
keys = list(set(pmc.findKeyframe(x[0], attribute=x[1], which=direction) for x in displayed_curves))
keys.sort()
log.debug(keys)
return keys
def copyTangents():
"""nevermind, this is useless.
just copy and paste the key in the graph editor
and paste while at desired frame"""
attrs = pmc.animCurveEditor("graphEditor1GraphEd",
q=True,
curvesShown=True)
for attr in attrs:
frames = pmc.keyframe(attrs, q=True, sl=True)
if len(frames) != 2:
pmc.error("Select a source key and a destination key")
# must do angles BEFORE weights or there's weird behavior
ia, oa = pmc.keyTangent(attr, q=True, t=frames[0], ia=True, oa=True)
pmc.keyTangent(attr, e=True, t=frames[1], ia=ia, oa=oa)
iw, ow = pmc.keyTangent(attr, q=True, t=frames[0], iw=True, ow=True)
pmc.keyTangent(attr, e=True, t=frames[1], iw=iw, ow=ow)