def set_active_layer(layer):
all = [obj.name() for obj in pm.ls(type='animLayer')]
for item in all:
if item == layer:
pm.animLayer(item, e=1, selected=1, lock=0)
else:
pm.animLayer(item, e=1, selected=0, lock=1)
def buttonPressed(self):
self.selected = self.getControl()
ctrlName = str(self.selected)
pm.animLayer(ctrlName + '_1', selected = True, addSelectedObjects = True)
#gets a list off all layer affecting the current control
self.affectingLayers = pm.animLayer(query = True, afl = True)
#deselects all the affecting layers
for layer in self.affectingLayers:
pm.animLayer(layer, edit = True, selected = False)
self.affectingLayers[0].setSelected(True)
self.textBox.setText(ctrlName)
def __enter__(self):
self.bufferLayers = self._getActiveLayers()
for each in self._getAnimLayers():
if each.name() not in self.layers:
pmc.mel.eval('animLayerMuteCallBack "{0}" "1";'.format(
each.name()))
pmc.animLayer(each, edit=True, mute=True, lock=True)
else:
pmc.mel.eval('animLayerMuteCallBack "{0}" "1";'.format(
each.name()))
pmc.animLayer(each, edit=True, mute=False, lock=False)
pmc.mel.eval('updateEditorFeedbackAnimLayers("AnimLayerTab")')
def set_mute_on_parent_anim_layer(obj, a_mute):
'''
Set lock and mute of the parent animation layer for the given object
Args:
obj (PyNode): Object to query anim layers from
a_mute (bool): Value to set mute and lock to
'''
pm.select(obj)
parentLayers = pm.animLayer(query=True, afl=True)
root_layer = pm.animLayer(query=True, root=True)
if (parentLayers != None and len(parentLayers) > 0):
for layer in parentLayers:
if (layer == root_layer):
continue
pm.animLayer(layer, edit=True, mute=a_mute, lock=a_mute)
pm.select(clear=True)
def update_items(self):
self.clear()
base_layer = pm.animLayer(root=True,
q=1) # type: luna_rig.nt.AnimLayer
if not base_layer:
return
self.addItem(str(base_layer), base_layer)
for child_layer in base_layer.getChildren():
self.addItem(str(child_layer), child_layer)
def _getAnimLayers(self, predicate=None):
baseAnimLayer = self._getBaseAnimLayer()
animLayers = []
if baseAnimLayer:
animLayers.append(baseAnimLayer)
childrenLayers = pmc.animLayer(baseAnimLayer,
query=True,
children=True)
animLayers.extend(childrenLayers)
return animLayers
def __exit__(self, *_):
if self.bufferLayers:
for each in self._getAnimLayers():
if each in self.bufferLayers:
pmc.mel.eval('animLayerMuteCallBack "{0}" "1";'.format(
each.name()))
pmc.animLayer(each.name(), edit=True, lock=True)
pmc.animLayer(each.name(), edit=True, mute=True)
else:
pmc.mel.eval('animLayerMuteCallBack "{0}" "1";'.format(
each.name()))
pmc.animLayer(each.name(), edit=True, lock=False)
pmc.animLayer(each.name(), edit=True, mute=False)
pmc.mel.eval('updateEditorFeedbackAnimLayers("AnimLayerTab")')
print(_)
def CreateLayers(animLayerName, hirarchy, nrOfFrames, rotations, orent, orentInvert, perentMatrixList, perentMatrixListInvers, jointMatrixesList, animLayerList):
animLayer1 = pm.animLayer(animLayerName)
animLayerList.append(animLayer1)
for index, h in enumerate(hirarchy):
pm.select(h, replace=True)
pm.animLayer(animLayerName, edit=True, addSelectedObjects=True)
# Loop through Keys:
for i in range(0, (nrOfFrames + 1)):
# Get Final source rotation at this keyframe:
pm.currentTime(i)
kBiss = orent[index] * perentMatrixList[index] * jointMatrixesList[index][i] * perentMatrixListInvers[index] * orentInvert[index]
# Final rotation:
finalRotation = rotations[index] * kBiss
#=====================================================================
# Get the right format for rotations:
keyRotQ = dt.EulerRotation(finalRotation)
keyRotDegree = dt.degrees(keyRotQ)
#=====================================================================
# Set rotations at current time:
h.setRotation(keyRotDegree)
# Save to keyframe:
pm.setKeyframe(h, time = (i,i), edit = True, animLayer = animLayerName)
#Set weights to 0.0 so they dont influence other layers when baked:
pm.animLayer(animLayerName, edit = True, w=0.0)
sys.stdout.write('Info: Animation layers successfully created.\n')
def import_w3_mimicPoses(poses, mimicSkeleton, actor, mimic_namespace):
# ns = "ciri"
# if not pm.namespace( exists=ns ):
# pm.namespace( add=ns )
# ns = ns+":"
# root_ctrl = None
# try:
# root_ctrl = pm.PyNode('torso3')
# except:
# root_ctrl = pm.PyNode(ns + 'torso3')
##create the layers
for pose in poses:
# if pose.name == 'lips_blow':
# break
if not pm.animLayer(actor + "_" + pose.name, ex=True, q=True):
pm.animation.animLayer(actor + "_" + pose.name, weight=0.0)
for pose in poses:
# if pose.name == 'lips_blow':
# break
animBuffer = pose.animBuffer
select_list = [] #select only the bones moved by the pose.
for bone in animBuffer.bones:
all_zeros = bone.positionFrames[0].count(0.0)
all_zerosQ = bone.rotationFrames[0].count(0.0)
if bone.positionFrames[0].count(
0.0) is 3 and bone.rotationFrames[0].count(0.0) is 3:
pass
else:
select_list.append(mimic_namespace + ":" + bone.BoneName)
pm.select(select_list)
pm.animation.animLayer(actor + "_" + pose.name,
edit=True,
addSelectedObjects=True)
anims.import_w3_animation2(pose, mimic_namespace, "face",
actor + "_" + pose.name)
def fix_solo_keyframe_layers():
'''
Find all animation layers with a single keyframe and place a second keyframe 1 frame after the first for all objects in the layer.
'''
for anim_layer in pm.ls(type='animLayer'):
anim_curve_list = pm.animLayer(anim_layer, query=True, animCurves=True)
# Ignore anim layers with no animation
single_keyframe = True if anim_curve_list else False
keyed_frame = None
for anim_curve in anim_curve_list:
if anim_curve.numKeyframes() > 1:
single_keyframe = False
break
else:
keyed_frame = anim_curve.getTime(0)
if single_keyframe:
layer_obj_list = list(
set(anim_layer.dagSetMembers.listConnections()))
if layer_obj_list:
pm.copyKey(layer_obj_list, animLayer=anim_layer, t=keyed_frame)
pm.pasteKey(layer_obj_list,
animLayer=anim_layer,
t=keyed_frame + 1)
def addAnimation(animData, scene_actor, start, end, firstFrame, type, al):
global_weight = 1.0 #0.66
#
face_animation = False
if (animData.tracks):
face_animation = True
#CODE TO CREATE AND NEW LAYER FOR THIS ANIMATION
# pm.animation.animLayer(scene_actor+"_addLayer", weight=1.0)
# al = scene_actor+"_addLayer"
for fi in range(int(start), int(end)):
time_index = firstFrame + fi
#if not animData.tracks:
for bone in animData.bones:
## NEED TO CHECK DT AND SKIP PROPER FRAMES
boneName = bone.BoneName + ""
if scene_actor:
boneName = scene_actor + ":" + bone.BoneName
#CODE TO CREATE AND NEW LAYER FOR THIS ANIMATION
# pm.select(boneName)
# pm.animation.animLayer(scene_actor+"_addLayer", edit=True, addSelectedObjects=True)
if cmds.objExists(boneName):
cmds.select(boneName)
sel_list = om.MSelectionList()
sel_list.add(boneName)
obj = sel_list.getDependNode(0)
xform = om.MFnTransform(obj)
orig_rotation = xform.rotation(om.MSpace.kObject,
asQuaternion=True)
try:
bone_frames = len(bone.positionFrames)
if bone_frames is 1 and bone.positionFrames[0].count(
0.0
) == 3: #for face animations that pass in 0s that are not used, might cause issues?
pass
else:
total_frames = animData.numFrames
frame_skip = round(
float(total_frames) / float(bone_frames))
frame_array = [
frame_skip * n for n in range(0, bone_frames)
]
if float(fi) in frame_array:
cmds.xform(t=(
bone.positionFrames[frame_array.index(fi)][0],
bone.positionFrames[frame_array.index(fi)][1],
bone.positionFrames[frame_array.index(fi)][2]))
if al:
pm.setKeyframe(boneName,
t=time_index,
at='translate',
al=al)
else:
pm.setKeyframe(boneName,
t=time_index,
at='translate')
#cmds.setKeyframe( at='translate', itt='spline', ott='spline', al=al )
except IndexError:
print(IndexError.message)
try:
bone_frames = len(bone.rotationFrames)
total_frames = animData.numFrames
frame_skip = round(
float(total_frames) / float(bone_frames))
frame_array = [
frame_skip * n for n in range(0, bone_frames)
]
frame_quat_prev = False
if float(fi) in frame_array:
frame_quat = bone.rotationFramesQuat[frame_array.index(
fi)]
#MIMIC POSES DON'T GET INVERTED
if type is "face":
# cmds.xform( ro=(-bone.rotationFrames[frame_array.index(fi)][0],
# -bone.rotationFrames[frame_array.index(fi)][1],
# -bone.rotationFrames[frame_array.index(fi)][2]))
xform.setRotation(frame_quat.invertIt(),
om.MSpace.kObject)
else:
## temp solution to blend face animations on top of current animations
## maybe create a new animLayer if this is the case
## could get messy without a bind pose
## an animLayer based off the bind pose could work so there is something to export.
## exports of face animation will be borken in-game if exported as-is.
if face_animation:
xform.rotateBy(frame_quat, om.MSpace.kObject)
else:
xform.setRotation(frame_quat,
om.MSpace.kObject)
# if type is "face":
# cmds.xform( ro=(bone.rotationFrames[frame_array.index(fi)][0],
# bone.rotationFrames[frame_array.index(fi)][1],
# bone.rotationFrames[frame_array.index(fi)][2]))
# else:
# cmds.xform( ro=(-bone.rotationFrames[frame_array.index(fi)][0],
# -bone.rotationFrames[frame_array.index(fi)][1],
# -bone.rotationFrames[frame_array.index(fi)][2]))
#cmds.setKeyframe( at='rotate', itt='auto', ott='auto', al=al )
if al:
pm.setKeyframe(boneName,
t=time_index,
at='rotate',
al=al,
minimizeRotation=True,
itt='linear',
ott='linear')
else:
pm.setKeyframe(boneName,
t=time_index,
at='rotate',
minimizeRotation=True,
itt='linear',
ott='linear')
## temp solution to blend face animations
## restore the orignal frame after every rotateBy keyframe
if face_animation:
xform.setRotation(orig_rotation, om.MSpace.kObject)
except IndexError:
print(IndexError.message)
if animData.tracks:
for track in animData.tracks:
trackname = scene_actor + "_" + track.trackName
if pm.animLayer(trackname, query=True, ex=True):
try:
track_frames = len(track.trackFrames)
total_frames = animData.numFrames
frame_skip = round(
float(total_frames) / float(track_frames))
frame_array = [
frame_skip * n for n in range(0, track_frames)
]
if float(fi) in frame_array:
weight = round(
track.trackFrames[frame_array.index(fi)], 5)
pm.select(trackname)
pm.animLayer(trackname,
edit=True,
weight=weight * global_weight)
pm.setKeyframe(trackname,
attribute='weight',
t=time_index)
#cmds.setKeyframe( at='translate', itt='spline', ott='spline', al=al )
except IndexError:
pass
def Slider4Moved():
newValue = bakeAnimUI.WeightSlider4.value()
newValue = float(newValue) / 100.0
pm.animLayer(pathsList4[1], edit=True, w=newValue)
def _isMuted(self, layer):
return pmc.animLayer(layer, query=True, mute=True)
def _getBaseAnimLayer(self):
return pmc.animLayer(query=True, root=True)
def import_w3_animation_OLD(w3Data, SkeletalAnimation, type, al=False):
bone_frames = {}
for rig_bone in w3Data.bones:
bone_frames[rig_bone.name] = {
"positionFrames": [],
"rotationFrames": [],
"scaleFrames": []
}
animData = SkeletalAnimation.animBuffer
multipart = False
if animData.parts:
multipart = True
# start time of playback
#cmds.playbackOptions(q= 1, min= 1)
# end time of playback
#cmds.playbackOptions(q= 1, max= animData.numFrames, aet=animData.numFrames)
cmds.playbackOptions(min='1',
max=str(animData.numFrames),
ast='1',
aet=str(animData.numFrames))
# start time of playback
start = 1 #cmds.playbackOptions(q= 1, min= 1)
# end time of playback
end = animData.numFrames + 1 #cmds.playbackOptions(q= 1, max= 1)
for fi in range(int(start), int(end)):
time_index = fi
fi = fi - 1
# move frame
#cmds.currentTime(i, e= 1)
# for bone in animData.bones:
# ## NEED TO CHECK DT AND SKIP PROPER FRAMES
# if cmds.objExists(bone.BoneName):
# cmds.select(bone.BoneName);
# sel_list = om.MSelectionList()
# sel_list.add(bone.BoneName)
# obj = sel_list.getDependNode(0)
# xform = om.MFnTransform(obj)
# try:
# bone_frames = len(bone.positionFrames)
# total_frames = animData.numFrames
# frame_skip = round(float(total_frames)/float(bone_frames))
# frame_array = [frame_skip*n for n in range(0,bone_frames)]
# if float(fi) in frame_array:
# cmds.xform( t=(bone.positionFrames[frame_array.index(fi)][0],
# bone.positionFrames[frame_array.index(fi)][1],
# bone.positionFrames[frame_array.index(fi)][2]))
# if al:
# pm.setKeyframe(bone.BoneName, t=time_index, at='translate', al=al)
# else:
# pm.setKeyframe(bone.BoneName, t=time_index, at='translate')
# #cmds.setKeyframe( at='translate', itt='spline', ott='spline', al=al )
# except IndexError:
# pass
# # handle this
# try:
# bone_frames = len(bone.rotationFrames)
# total_frames = animData.numFrames
# frame_skip = round(float(total_frames)/float(bone_frames))
# frame_array = [frame_skip*n for n in range(0,bone_frames)]
# if float(fi) in frame_array:
# #MIMIC POSES DON'T GET INVERTED
# if type is "face":
# cmds.xform( ro=(-bone.rotationFrames[frame_array.index(fi)][0],
# -bone.rotationFrames[frame_array.index(fi)][1],
# -bone.rotationFrames[frame_array.index(fi)][2]))
# else:
# xform.setRotation(bone.rotationFramesQuat[frame_array.index(fi)], om.MSpace.kObject)
# # if type is "face":
# # cmds.xform( ro=(bone.rotationFrames[frame_array.index(fi)][0],
# # bone.rotationFrames[frame_array.index(fi)][1],
# # bone.rotationFrames[frame_array.index(fi)][2]))
# # else:
# # cmds.xform( ro=(-bone.rotationFrames[frame_array.index(fi)][0],
# # -bone.rotationFrames[frame_array.index(fi)][1],
# # -bone.rotationFrames[frame_array.index(fi)][2]))
# #cmds.setKeyframe( at='rotate', itt='auto', ott='auto', al=al )
# if al:
# pm.setKeyframe(bone.BoneName, t=time_index, at='rotate', al=al)
# else:
# pm.setKeyframe(bone.BoneName, t=time_index, at='rotate')
# except IndexError:
# pass
for track in animData.tracks:
ns = "ciri_"
trackname = ns + track.trackName
if pm.animLayer(trackname, query=True, ex=True):
try:
track_frames = len(track.trackFrames)
total_frames = animData.numFrames
frame_skip = round(
float(total_frames) / float(track_frames))
frame_array = [
frame_skip * n for n in range(0, track_frames)
]
if float(fi) in frame_array:
weight = round(
track.trackFrames[frame_array.index(fi)], 5)
pm.select(trackname)
pm.animLayer(trackname, edit=True, weight=weight)
pm.setKeyframe(trackname,
attribute='weight',
t=time_index)
#cmds.setKeyframe( at='translate', itt='spline', ott='spline', al=al )
except IndexError:
pass
# handle this
return SkeletalAnimation
