def test_start_visited(self):
maze = Maze(10, 10)
create(maze)
for x in range(0, len(maze[0])):
if maze[0][x].getVisited() == False:
assert maze[0][x].getVisited() == False
def test_starting_position(self):
maze = Maze(10, 10)
create(maze)
for x in range(0, len(maze[0])):
if maze[0][x].getElement() == ' ':
assert maze[0][x].getElement() == ' '
def test_end_visited(self):
maze = Maze(10, 10)
create(maze)
lastrow = len(maze) - 1
for x in range(0, len(maze[lastrow])):
if maze[lastrow][x].getElement() == ' ':
assert maze[lastrow][x].getVisited() == True
def mm_maze_create(size):
w, h = size.split('x')
w, h = int(w), int(h)
if w < 5 or h < 5:
w, h = 5, 5
maze = Maze(w, h)
create(maze)
bank.push(maze)
print(messages("maze_created"))
menu()
def test_cell_get_element_pound(self):
maze = Maze(10, 10)
assert maze[1][1].getElement() == '#'
def test_cell_get_y(self):
maze = Maze(10,10)
assert maze[6][4].getY() == 6
def test_width(self):
maze = Maze(20, 5)
assert maze.getCols() == 20
def test_cell_get_x(self):
maze = Maze(10,10)
assert maze[4][3].getX() == 3
def test_height(self):
maze = Maze(5, 50)
assert maze.getRows() == 50
def test_maze_fill_space(self):
maze = Maze(5, 5)
assert maze[4][4].getElement() != ' '
def test_cell_get_visited_true(self):
maze = Maze(10, 10)
maze[1][1].setVisited(True)
assert maze[1][1].getVisited() == True
def test_maze_set_name(self):
maze = Maze(5, 5)
maze.setName("Testing")
assert maze.getName() == "Testing"
def test_maze_fill_pound(self):
maze = Maze(5, 5)
assert maze[0][0].getElement() == '#'
def test_maze_get(self):
maze = Maze(5, 5)
assert isinstance(maze[0][0], Cell)
def test_maze_name(self):
maze = Maze(5, 5)
assert maze.getName() == "MAZE_5x5"
def test_min_height(self):
maze = Maze(2, 2)
assert maze.getRows() == 5
def test_cell_get_element_space(self):
maze = Maze(10, 10)
maze[1][1].setElement(' ')
assert maze[1][1].getElement() == ' '
def test_maze_image_null(self):
maze = Maze(5, 5)
assert maze.getMazeImage() == []
def test_cell_get_visited_false(self):
maze = Maze(10, 10)
assert maze[1][1].getVisited() == False
def __init__(self):
self.maze = Maze('level/maze.txt')
def test_cell_neighbours(self):
maze = Maze(10,10)
assert maze[1][1].findUnvisited(maze)
def __init__(self):
self.maze = Maze()
self.game_result = 0 # win_game = 1 and lose_game = 2
self._initialisation()
self.play_game() # game management
def test_maze_eimage_null(self):
maze = Maze(5, 5)
assert maze.getMazeEnhancedImage() == []
def test_min_width(self):
maze = Maze(2, 2)
assert maze.getCols() == 5
def test_maze_len(self):
maze = Maze(5, 10)
assert len(maze) == 10
class Game:
"""
This class manages the animation
and the graphics part of the program
"""
def __init__(self):
self.maze = Maze()
self.game_result = 0 # win_game = 1 and lose_game = 2
self._initialisation()
self.play_game() # game management
def display_maze_game(self):
""" displays the items of maze after each movement of MacGyver """
# the sleep mode wil be actived at the end of game
sleep = False
# display the background in the window "fenetre"
self.fenetre.blit(self.fond_pic, (0, 0))
# display MacGyver in the window "fenetre"
self.fenetre.blit(self.macgyver_pic, self.macgyver_pic_position)
# display differents items of the maze in the window "fenetre"
for (coords, element) in self.maze.grid.items():
if element == "w": # "w" is equivalent to a wall
self.fenetre.blit(self.mur_pic,
(coords[0] * 40, coords[1] * 40))
elif element == "G": # "G" is equivalent to the Guardian
# game_result != 0 => "end of game" => no more Guardian
if self.game_result == 0:
self.fenetre.blit(self.guardian_pic,
(coords[0] * 40, coords[1] * 40))
elif element == "needle":
self.fenetre.blit(self.needle_pic,
(coords[0] * 40, coords[1] * 40))
elif element == "tube":
self.fenetre.blit(self.tube_pic,
(coords[0] * 40, coords[1] * 40))
elif element == "ether":
self.fenetre.blit(self.ether_pic,
(coords[0] * 40, coords[1] * 40))
if self.game_result == 1: # if the player win
self.fenetre.blit(self.win_pic, (40, 10))
# actives the sleep mode
sleep = True
elif self.game_result == 2: # if the player lose
self.fenetre.blit(self.game_over_pic, (0, 0))
# actives the sleep mode
sleep = True
display.flip() # Screen refresh
# maintains display for a few seconds after the game ends
if sleep:
time.sleep(DELAY)
def play_game(self):
""" detects pressing the keyboard's arrows,
calculates new coordinates of MacGyver and moves him
"""
# movement when an arrow is held down
key.set_repeat(FAST[0], FAST[1])
# this loop continues while game_result == 0
while self.game_result == 0:
# browses the list of all the events received
for evt in event.get():
if evt.type == QUIT: # if an event is "QUIT"
pygame.quit() # deactivates the Pygame library
exit() # stop the game
if evt.type == KEYDOWN:
self.test_destination_after_keydown(evt.key)
self.display_maze_game()
def test_destination_after_keydown(self, eventkey):
""" tests the destination after "KEYDOWN" """
# corresponding movement in the game
mouvements = {
K_DOWN: (0, STEP_MOV),
K_UP: (0, -STEP_MOV),
K_RIGHT: (STEP_MOV, 0),
K_LEFT: (-STEP_MOV, 0)
}
# corresponding movement in the Maze class
mvt_in_maze = {
K_DOWN: "bottom",
K_UP: "top",
K_RIGHT: "right",
K_LEFT: "left"
}
try:
# calculate new coordinates
# of MacGyver in the Maze class
x_new, y_new = self.maze.macgyver.move_to(mvt_in_maze[eventkey])
# tests if destination is ok
if self.maze.test_destination_is_valid(x_new, y_new):
# assigns news coordinates to MacGyver
# after displacement and collects
# if an object is on the new cell
self.maze.consequences_macgyver_displacement(x_new, y_new)
# tests presence of "Guardian" for news coordinates
if self.maze.test_presence_of_guardian(x_new, y_new):
# tests if MacGyver has collect
# all objects to win
if sorted(self.maze.macgyver.bag) == \
['ether', 'needle', 'tube']:
self.game_result = 1 # it's wined
else:
self.game_result = 2 # it's lost
# calculate new position of Angus
# after "event.key"
self.macgyver_pic_position = \
self.macgyver_pic_position.move(
mouvements[eventkey])
except KeyError:
print("PAS LA BONNE TOUCHE !!!")
def _initialisation(self):
pygame.init()
# path to graphics resources
os.chdir("c:/Users/utilisateur/Desktop/Formation_OpenClassRoom/"
"Projet_3/Projet/Ressources_graphiques")
# creates a window to put in items of the maze
self.fenetre = display.set_mode((600, 600))
# loads the differents pics of the maze
self.fond_pic = image.load("fond_mcg.jpg").convert()
self.mur_pic = image.load("mur.png").convert()
self.macgyver_pic = image.load("macgyver.png").convert_alpha()
self.guardian_pic = image.load("gardien.png").convert_alpha()
self.needle_pic = image.load("seringue.png").convert_alpha()
self.tube_pic = image.load("tube_plastique.png").convert_alpha()
self.ether_pic = image.load("ether.png").convert_alpha()
self.win_pic = image.load("win.png").convert_alpha()
self.game_over_pic = image.load("game_over.png").convert_alpha()
# calculates the coordinates of MacGyver \
# which will change during the play
self.macgyver_pic_position = self.macgyver_pic.get_rect()
self.macgyver_pic_position = self.macgyver_pic_position.move(
self.maze.macgyver.x * 40, self.maze.macgyver.y * 40)
