def toggleRelativeKeyframeDisplay(self):
sender = self.sender()
onionCore.viewRenderOverrideInstance.setRelativeKeyDisplay(self.sender().isChecked())
futureKeys = []
pastKeys = []
nextKey = pm.findKeyframe(ts=True, w="next")
pastKey = pm.findKeyframe(ts=True, w="previous")
# add next keys to list
bufferKey = pm.getCurrentTime()
for i in range(self.mRelativeFrameAmount/2):
if nextKey <= bufferKey:
break
futureKeys.append(nextKey)
bufferKey = nextKey
nextKey = pm.findKeyframe(t=bufferKey, ts=True, w="next")
# add prev keys to list
bufferKey = pm.getCurrentTime()
for i in range(self.mRelativeFrameAmount/2):
if pastKey >= bufferKey:
break
pastKeys.append(pastKey)
bufferKey = pastKey
pastKey = pm.findKeyframe(t=bufferKey, ts=True, w="previous")
def toggleRelativeKeyframeDisplay(self):
sender = self.sender()
onionCore.viewRenderOverrideInstance.setRelativeKeyDisplay(
self.sender().isChecked())
futureKeys = []
pastKeys = []
nextKey = pm.findKeyframe(ts=True, w="next")
pastKey = pm.findKeyframe(ts=True, w="previous")
# add next keys to list
bufferKey = pm.getCurrentTime()
for i in range(self.mRelativeFrameAmount / 2):
if nextKey <= bufferKey:
break
futureKeys.append(nextKey)
bufferKey = nextKey
nextKey = pm.findKeyframe(t=bufferKey, ts=True, w="next")
# add prev keys to list
bufferKey = pm.getCurrentTime()
for i in range(self.mRelativeFrameAmount / 2):
if pastKey >= bufferKey:
break
pastKeys.append(pastKey)
bufferKey = pastKey
pastKey = pm.findKeyframe(t=bufferKey, ts=True, w="previous")
def key_delete(all_keys=True, only_before=False):
"""Delete all keys before, after, or both, except the current one which has an insert key set"""
current_frame = pm.getCurrentTime()
curves = pm.findKeyframe(curve=True)
first_key = 0.0
last_key = 0.0
for curve in curves:
key = pm.findKeyframe(curve, which='first')
if key < first_key:
first_key = key
key = pm.findKeyframe(curve, which='last')
if key > last_key:
last_key = key
pm.setKeyframe(insert=True)
if not all_keys:
if only_before:
pm.cutKey(clear=True, time=(first_key, current_frame - 1))
else:
pm.cutKey(clear=True, time=(current_frame + 1, last_key))
else:
pm.cutKey(clear=True, time=(first_key, current_frame - 1))
pm.cutKey(clear=True, time=(current_frame + 1, last_key))
def setRelativeFrames(self, value):
if not self.mRelativeKeyDisplay:
return
nextKeys = []
pastKeys = []
nextKey = pm.findKeyframe(ts=True, w="next")
pastKey = pm.findKeyframe(ts=True, w="previous")
# add next keys to list
bufferKey = pm.getCurrentTime()
for i in range(4):
if nextKey <= bufferKey:
break
nextKeys.append(nextKey)
bufferKey = nextKey
nextKey = pm.findKeyframe(t=bufferKey, ts=True, w="next")
# add prev keys to list
bufferKey = pm.getCurrentTime()
for i in range(4):
if pastKey >= bufferKey:
break
pastKeys.append(pastKey)
bufferKey = pastKey
pastKey = pm.findKeyframe(t=bufferKey, ts=True, w="previous")
pastKeys = list(reversed(pastKeys))
for frameIndex in self.mRelativeOnions:
blendPass = self.mRelativeOnions[frameIndex]
if frameIndex < 0:
# past
if pastKeys and len(pastKeys) >= frameIndex*-1:
blendPass.setActive(True)
blendPass.setFrame(pastKeys[frameIndex])
else:
blendPass.setActive(False)
else:
# future
if nextKeys and len(nextKeys) >= frameIndex:
blendPass.setActive(True)
blendPass.setFrame(nextKeys[frameIndex-1])
else:
blendPass.setActive(False)
def paste_keys_merge():
"""paste keys merge at current frame"""
current_frame = pm.getCurrentTime()
pm.pasteKey(option='merge', time=(current_frame,))
def paste_keys_insert():
"""paste keys insert at current frame"""
current_frame = pm.getCurrentTime()
pm.pasteKey(option='insert', connect=True, time=(current_frame,))
def __enter__(self):
self.oldt = pmc.getCurrentTime()
pmc.setCurrentTime(self.t)
def __enter__(self):
self.oldt = pmc.getCurrentTime()
pmc.setCurrentTime(self.t)
def testAtTime(self):
pmc.setCurrentTime(1)
with at_time(2):
self.assertEqual(pmc.getCurrentTime(), 2)
self.assertEqual(pmc.getCurrentTime(), 1)
def testAtTime(self):
pmc.setCurrentTime(1)
with at_time(2):
self.assertEqual(pmc.getCurrentTime(), 2)
self.assertEqual(pmc.getCurrentTime(), 1)
def testAtTime(self):
pmc.setCurrentTime(1)
with utils.atTime(2):
print(type(pmc.getCurrentTime()))
self.assertEqual(pmc.getCurrentTime(), 2)
self.assertEqual(pmc.getCurrentTime(), 1)