def resolve_get_maze(root,
info,
layerApprox=1,
color=False,
size=4,
seed=""):
if seed != "":
maze = mz.Maze(0, 0, seed)
else:
maze = mz.Maze(layerApprox, size)
maze_package = {
"points": maze.points,
"solution": maze.solution,
"layers": maze.layers,
"size": maze.size,
"seed": maze.seed,
"color": maze.color
}
return maze_package
def __init__(self,
file_name="temp",
show_solution=False,
size=1,
layers_approx=3,
seed=""):
self.maze = mz.Maze(layers_approx, size, seed)
self.file_name = file_name
self.show_solution = show_solution
self.create_svg()
def main():
tt.reset()
tt.pensize(3)
tt.speed(0)
new_maze = mz.Maze(20, 3)
drawseg(new_maze.points)
tt.pensize(1)
tt.pencolor(0.7, 0, 0)
time.sleep(1.5)
tt.speed(2)
drawseg(new_maze.solution)
print("points: ", new_maze.points)
print("solution: ", new_maze.solution)
print("layer-app: ", new_maze.layer_approx)
print("layers: ", new_maze.layers)
print("size: ", new_maze.size)
print("seed: ", new_maze.seed)
tt.exitonclick()
def test_layer_break():
sample = mz.Maze(10, 10, "AAA")
sample.generate()
assert sample.seed == "AAA"
def test_draw_layer():
sample = mz.Maze()
output = sample.draw_layer("A")
layer = output[2]
assert layer == "A"
def test_draw_random_check_maize_part():
sample = mz.Maze()
output = sample.draw_random()
assert isinstance(output[0], list)
def test_generate_maze_seed():
sample = mz.Maze(0, 0, "AAA")
sample.generate()
assert sample.seed == "AAA"
def test_generate_maze():
sample = mz.Maze(4, 4)
sample.generate()
assert sample.size > 0
def test_draw_random_solution_validity_check():
sample = mz.Maze()
output = sample.draw_random()
solution = output[4]
assert len(solution) > 1
def test_draw_random_maze_validity_check():
sample = mz.Maze()
output = sample.draw_random()
points = output[0]
assert len(points) > 1
def test_draw_random_check_maize_solution():
sample = mz.Maze()
output = sample.draw_random()
assert isinstance(output[4], list)