def do_execute(self, context):
obj = get_unity_target(context)
action, clip, clip_index = get_unity_action_and_clip(context)
self.bake_action(context, obj, action, clip)
return {"FINISHED"}
def do_execute(self, context):
obj = get_unity_target(context)
scene = context.scene
key_offset = 1
path = bpy.path.abspath(scene.unity_settings.sheet_dir_path)
action, clip, clip_index = get_unity_action_and_clip(context)
UnityClipMetadata.parse_clip_files(context, path, key_offset, action)
return {"FINISHED"}
def get_clips(self, context):
s = context.scene
if s.unity_settings.mode == "SCENE":
return s.all_unity_clips
elif s.unity_settings.mode == "TARGET":
return [
clip for action in bpy.data.actions
for clip in action.unity_clips
]
else:
action, clip, clip_index = get_unity_action_and_clip(context)
return action.unity_clips
def do_execute(self, context):
c, s, armature, original_frame = self.initiate_execute(context)
action, clip, clip_index = get_unity_action_and_clip(context)
self.sync_clip(context, clip)
self.process_clip(c, armature, clip, clip_index)
self.generate_root_motion_curves(context, armature, clip.action)
self.complete_execute(c, original_frame)
return {"FINISHED"}
def do_execute(self, context):
action, clip, clip_index = get_unity_action_and_clip(context)
first = action.frame_range[0]
end = action.frame_range[1]
start_rot = get_rotation_at_key(action, "Root", first)
end_rot = get_rotation_at_key(action, "Root", end)
print(start_rot)
print(end_rot)
return {"FINISHED"}
def get_clips(self, context):
action, clip, clip_index = get_unity_action_and_clip(context)
return action.unity_clips
def do_poll(cls, context):
action, clip, clip_index = get_unity_action_and_clip(context)
return action