polyhedron_file_path = input("Polyhedron file path (str): ")
with open(polyhedron_file_path, "r") as f:
vertices, faces, initializing_face, start_point_coordinates = \
(np.asarray(json.loads(line)) for line in f.readlines())
vertices *= cel
start_point_coordinates *= cel
polyhedron = Polyhedron(
vertices=vertices,
faces=faces
)
simulator = Simulator(polyhedron, initializing_face,
start_point_coordinates,
int(input("How many particles to create on each step (int): ")),
int(input("particle_random_rotate_probability (int): ")))
visualizer = Visualizer(polyhedron, size=3)
frames_adding_frequency = int(input("Frames frequency adding (int): "))
redraw_frequency = int(input("Redraw frequency (int): "))
while True:
print(simulator.iteration, end=' ')
stdout.flush()
if simulator.iteration % frames_adding_frequency == 0:
visualizer.add_frame(simulator.particles, simulator.simulation_map)
if(simulator.iteration % redraw_frequency == 0) and \
(simulator.iteration != 0):
visualizer.redraw()
simulator.step()
