def test_to_string():
wall = Cell('X')
ground = Cell('_')
cell_array = np.array([[wall, wall, wall], [ground, ground, ground],
[wall, wall, wall]])
maze = Maze(cell_array=cell_array)
maze_string = maze.to_string()
assert maze_string == "X-X-X\n_-_-_\nX-X-X"
def test_constructing_with_cellarray():
wall = Cell('X')
ground = Cell('_')
cell_array = np.array([[wall, wall, wall], [ground, ground, ground],
[wall, wall, wall]])
maze = Maze(cell_array=cell_array)
assert maze.grid.all() == cell_array.all()
def test_to_string2():
maze = Maze()
maze_string = maze.to_string()
assert maze_string == (("X-" * 9 + "X\n") * 10)[:-1]
def test_constructing_with_wrong_gridshape3():
with pytest.raises(AssertionError):
Maze(grid_shape=(5, ))
def test_constructing_with_wrong_gridshape2():
with pytest.raises(TypeError):
Maze(grid_shape=5)
def test_empty_constructor():
maze = Maze()
assert np.shape(maze.grid) == (
10, 10) # decided on (10, 10) to be standard maze size
from src.view.tui import Tui
from src.view.tui import Gui
from src.model.maze.Maze import Maze
from src.model.agent.Agent import Agent
from src.controller.environment import Environment
import logging
from threading import Thread
logging.basicConfig(level=logging.DEBUG, format='%(name)s - %(levelname)s - %(message)s')
logger = logging.getLogger(str(__name__).split(".")[-1].upper().strip("_"))
if __name__ == '__main__':
# tui_thread = Thread(target=Tui, args=(logging.INFO,))
# tui_thread.start()
tui = Tui()
gui = Gui()
agent = Agent()
maze = Maze()
controller = Environment()
tui.add_controller(controller)
gui.add_controller(controller)
agent.add_view(tui, gui)
controller.add_model(agent, maze)
controller.add_view(tui, gui)
while 1:
pass