def getAnimationProperty(self, anim_trans, index):
debugPrint("{}".format(anim_trans))
for at in anim_trans:
debugPrint("{}".format(at))
for key in at.keys():
if at[key] == index:
return key
raise ValueError("Cant find the key: {} ".format(index))
def getAnimationProperty(self, anim_trans, index):
debugPrint("{}".format(anim_trans))
for at in anim_trans:
debugPrint("{}".format(at))
for key in at.keys():
if at[key] == index:
return key
raise ValueError("Cant find the key: {} ".format(index))
def setSettings(self, scene, result):
res = {}
result["settings"] = res
for _setting in BLENDER_SETTINGS:
for key in _setting.keys():
debugPrint(key)
prop_value = self.getProperty(_setting[key], scene)
if prop_value != None:
self.addProperty(key, res)
self.setProperty(key, _setting[key], scene, res, False)
def setSettings(self, scene, result):
res = {}
result["settings"] = res
for _setting in BLENDER_SETTINGS:
for key in _setting.keys():
debugPrint(key)
prop_value = self.getProperty(_setting[key], scene)
if prop_value != None:
self.addProperty(key, res)
self.setProperty(key, _setting[key], scene, res, False)
def translate(self, value, isRotation):
if isinstance(value, int) or isinstance(value, float) or isinstance(value, bool) or value == None or isinstance(value, str):
if isRotation == True:
if isinstance(value, int) or isinstance(value, float):
return math.radians(value)
return value
if isRotation == False:
return [f for f in value]
debugPrint("translate : {}".format(value))
list = []
for f in value:
debugPrint("f: {}".format(f))
list.append(math.radians(f))
return list
def translate(self, value, isRotation):
if isinstance(value, int) or isinstance(value, float) or isinstance(
value, bool) or value == None or isinstance(value, str):
if isRotation == True:
if isinstance(value, int) or isinstance(value, float):
return math.radians(value)
return value
if isRotation == False:
return [f for f in value]
debugPrint("translate : {}".format(value))
list = []
for f in value:
debugPrint("f: {}".format(f))
list.append(math.radians(f))
return list
def setPropertyValue(self, key , value, result , isRotation):
debugPrint("key: {}, value: {}, result: {}, isRotation".format(key, value, result, isRotation))
split_key = key.split(".")
temp = result
for sk in split_key:
if sk in temp:
if temp[sk] == None:
if sk in KEYPOINT_OVERRIDE:
temp[sk] = KEYPOINT_OVERRIDE[sk]
else:
temp[sk] = self.translate(value, isRotation)
else:
temp = temp[sk]
else:
raise ValueError("Missing key in dictionary.")
def setPropertyValue(self, key, value, result, isRotation):
debugPrint("key: {}, value: {}, result: {}, isRotation".format(
key, value, result, isRotation))
split_key = key.split(".")
temp = result
for sk in split_key:
if sk in temp:
if temp[sk] == None:
if sk in KEYPOINT_OVERRIDE:
temp[sk] = KEYPOINT_OVERRIDE[sk]
else:
temp[sk] = self.translate(value, isRotation)
else:
temp = temp[sk]
else:
raise ValueError("Missing key in dictionary.")
def setScenes(self, scenes, result):
_scenes = []
result["scenes"] = _scenes
for scene in scenes:
_scene = {}
for scene_setting in SCENE_SETTINGS:
for key in scene_setting.keys():
self.addProperty(key, _scene)
self.setProperty(key, scene_setting[key], scene, _scene, False)
objects = []
keyframes = []
_scene["objects"] = objects
debugPrint("read cameras")
self.readCameras(scene, objects, keyframes)
self.readSelectedObjects(scene, objects, keyframes)
_scene["keyframes"] = keyframes
_scenes.append(_scene)
def setScenes(self, scenes, result):
_scenes = []
result["scenes"] = _scenes
for scene in scenes:
_scene = {}
for scene_setting in SCENE_SETTINGS:
for key in scene_setting.keys():
self.addProperty(key, _scene)
self.setProperty(key, scene_setting[key], scene, _scene,
False)
objects = []
keyframes = []
_scene["objects"] = objects
debugPrint("read cameras")
self.readCameras(scene, objects, keyframes)
self.readSelectedObjects(scene, objects, keyframes)
_scene["keyframes"] = keyframes
_scenes.append(_scene)
def readKeyFrames(self, obj, keyframes):
if hasattr(obj.animation_data, "action"):
for f in obj.animation_data.action.fcurves:
for k in f.keyframe_points:
fr = k.co[0]
bpy.context.scene.frame_set(fr)
frame = {}
frame["frame"] = fr
keyframes.append(frame)
objects = []
frame["objects"] = objects
object = {}
debugPrint("get name")
object["name"] = obj.name
objects.append(object)
self.setObjectKeyFrame(object, k, f, obj)
debugPrint("set object key frame")
else:
debugPrint("no actions")
def readKeyFrames(self, obj, keyframes):
if hasattr(obj.animation_data, "action"):
for f in obj.animation_data.action.fcurves:
for k in f.keyframe_points:
fr = k.co[0]
bpy.context.scene.frame_set(fr)
frame = {}
frame["frame"] = fr
keyframes.append(frame)
objects = []
frame["objects"] = objects
object = { }
debugPrint("get name")
object["name"] = obj.name
objects.append(object)
self.setObjectKeyFrame(object, k, f, obj)
debugPrint("set object key frame")
else:
debugPrint("no actions")
def setProperty(self, key, settings_key, scene, result, isRotation):
prop_value = self.getProperty(settings_key, scene)
debugPrint("getProperty")
self.setPropertyValue(key, prop_value, result, isRotation)
debugPrint("setPropertyValue")
def setObjectKeyFrame(self, object, keyframe_point, fcurve, scene_obj):
debugPrint("get animation translation")
animation_trans = self.getAnimationTranslation(fcurve.data_path)
debugPrint("get animation prop")
anim_property = self.getAnimationProp(fcurve.data_path)
debugPrint("get animation property")
prop = self.getAnimationProperty(animation_trans, fcurve.array_index)
debugPrint("animation_trans {} anim_property {} prop {}".format(
animation_trans, anim_property, prop))
if anim_property not in object:
object[anim_property] = {}
value = self.getProperty(fcurve.data_path + "." + prop, scene_obj)
if fcurve.data_path == "rotation_euler":
debugPrint("value : {}".format(value))
value = value * 360 / (math.pi * 2)
object[anim_property][prop] = value
_keyframe_point = {"co": [f for f in keyframe_point.co]}
object[anim_property][prop + "_keyframe_point"] = _keyframe_point
for kfp in KEYPOINT_SETTINGS:
debugPrint("{}".format(kfp))
for key in kfp.keys():
self.addProperty(key, _keyframe_point)
debugPrint("add property")
self.setProperty(key, kfp[key], keyframe_point,
_keyframe_point, False)
debugPrint("set property")
def setProperty(self, key, settings_key, scene, result, isRotation):
prop_value = self.getProperty(settings_key, scene)
debugPrint("getProperty")
self.setPropertyValue(key, prop_value, result, isRotation)
debugPrint("setPropertyValue")
def setObjectKeyFrame(self, object, keyframe_point, fcurve, scene_obj):
debugPrint("get animation translation")
animation_trans = self.getAnimationTranslation(fcurve.data_path)
debugPrint("get animation prop")
anim_property = self.getAnimationProp(fcurve.data_path)
debugPrint("get animation property")
prop = self.getAnimationProperty(animation_trans, fcurve.array_index)
debugPrint("animation_trans {} anim_property {} prop {}".format(animation_trans, anim_property, prop))
if anim_property not in object:
object[anim_property] = {}
value = self.getProperty(fcurve.data_path + "." + prop, scene_obj)
if fcurve.data_path == "rotation_euler":
debugPrint("value : {}".format(value))
value = value * 360 / (math.pi*2)
object[anim_property][prop] = value
_keyframe_point = { "co": [f for f in keyframe_point.co] }
object[anim_property][prop+"_keyframe_point"] = _keyframe_point
for kfp in KEYPOINT_SETTINGS:
debugPrint("{}".format(kfp))
for key in kfp.keys():
self.addProperty(key, _keyframe_point)
debugPrint("add property")
self.setProperty(key, kfp[key], keyframe_point, _keyframe_point, False)
debugPrint("set property")