def get_energy(self, frame: int = None) -> float:
""" Returns the energy of the light.
:param frame: The frame number at which the value should be returned. If None is given, the current frame number is used.
:return: The energy at the specified frame.
"""
with KeyFrame(frame):
return self.light_obj.data.energy
def get_color(self, frame: int = None) -> Color:
""" Returns the RGB color of the light.
:param frame: The frame number at which the value should be returned. If None is given, the current frame number is used.
:return: The color at the specified frame.
"""
with KeyFrame(frame):
return self.light_obj.data.color
def get_location(self, frame: int = None) -> Vector:
""" Returns the location of the light in 3D world coordinates.
:param frame: The frame number at which the value should be returned. If None is given, the current frame number is used.
:return: The location at the specified frame.
"""
with KeyFrame(frame):
return self.light_obj.location
def get_rotation(self, frame: int = None) -> Euler:
""" Returns the rotation of the light in euler angles.
:param frame: The frame number at which the value should be returned. If None is given, the current frame number is used.
:return: The rotation at the specified frame.
"""
with KeyFrame(frame):
return self.light_obj.rotation_euler
def get_type(self, frame: int = None) -> str:
""" Returns the type of the light.
:param frame: The frame number at which the value should be returned. If None is given, the current frame number is used.
:return: The type at the specified frame.
"""
with KeyFrame(frame):
return self.blender_obj.data.type
def get_distance(self, frame: int = None) -> float:
""" Returns the falloff distance of the light (point where light is half the original intensity).
:param frame: The frame number at which the value should be returned. If None is given, the current frame number is used.
:return: The falloff distance at the specified frame.
"""
with KeyFrame(frame):
return self.light_obj.data.distance
def get_scale(self, frame: int = None) -> np.ndarray:
""" Returns the scale of the entity along all three axes.
:param frame: The frame number at which the value should be returned. If None is given, the current frame number is used.
:return: The scale at the specified frame.
"""
with KeyFrame(frame):
return np.array(self.blender_obj.scale)
def get_rotation(self, frame: int = None) -> np.ndarray:
""" Returns the rotation of the entity in euler angles.
:param frame: The frame number at which the value should be returned. If None is given, the current frame number is used.
:return: The rotation at the specified frame.
"""
with KeyFrame(frame):
return np.array(self.blender_obj.rotation_euler)
def get_location(self, frame: int = None) -> np.ndarray:
""" Returns the location of the entity in 3D world coordinates.
:param frame: The frame number at which the value should be returned. If None is given, the current frame number is used.
:return: The location at the specified frame.
"""
with KeyFrame(frame):
return np.array(self.blender_obj.location)
def get_cp(self, key: str, frame: int = None) -> Any:
""" Returns the custom property with the given key.
:param key: The key of the custom property.
:param frame: The frame number at which the value should be returned. If None is given, the current frame number is used.
:return: The value of the custom property.
"""
with KeyFrame(frame):
return self.blender_obj[key]
def get_cp(self, key: str, frame: int = None) -> Any:
""" Returns the custom property with the given key.
:param key: The key of the custom property.
:param frame: The frame number at which the value should be returned. If None is given, the current frame number is used.
:return: The value of the custom property.
"""
with KeyFrame(frame):
value = self.blender_obj[key]
if isinstance(value, (Vector, Euler, Color, Matrix, Quaternion)):
value = np.array(value)
return value