def load(self) -> None: if self.file_obj is None: return if self.tracer is None: return for face in self.file_obj.face_list: # get vertex vertex_0: Tuple[float, float, float] = self.file_obj.geometric_vertex_list[face[0] - 1] vertex_1: Tuple[float, float, float] = self.file_obj.geometric_vertex_list[face[1] - 1] vertex_2: Tuple[float, float, float] = self.file_obj.geometric_vertex_list[face[2] - 1] # create hitable hitable: Hitable_Trimesh = self.tracer.Hitable_Trimesh() hitable.setPoint_0( Vec3f(vertex_0[0] * self.scale[0], vertex_0[1] * self.scale[1], vertex_0[2] * self.scale[2])) hitable.setPoint_1( Vec3f(vertex_1[0] * self.scale[0], vertex_1[1] * self.scale[1], vertex_1[2] * self.scale[2])) hitable.setPoint_2( Vec3f(vertex_2[0] * self.scale[0], vertex_2[1] * self.scale[1], vertex_2[2] * self.scale[2])) # add to self list self.hitable_list.append(hitable)
def setAttenuation(self, coeff: Vec3f) -> None: assert self._ops_tracer is not None data: bytes = coeff.convertToBytes() result: int = self._ops_tracer.Light_config(self.object_index, 0, data)
def setOrientation(self, orientation: Vec3f) -> None: assert self._ops_tracer is not None data: bytes = orientation.convertToBytes() result: int = self._ops_tracer.Light_config(self.object_index, 0, data)
def setBoardSize(self, size: Vec3f) -> None:
data: bytes = size.convertToBytes()
result: int = self._ops_tracer.Texture_config(self._object_index, 0,
data)
def setMultiplier(self, value: Vec3f) -> None:
data: bytes = value.convertToBytes()
result: int = self._ops_tracer.Texture_config(self.object_index, 0,
data)
def setPoint_2(self, point: Vec3f) -> None:
data: bytes = point.convertToBytes()
result: int = self._ops_tracer.Hitable_config(self.object_index, 2,
data)
def setCenter(self, center: Vec3f) -> None:
data: bytes = center.convertToBytes()
result: int = self._ops_tracer.Hitable_config(self.object_index, 0,
data)