def dungeon_game():
"""
Function launch the dungeon game
Returns:
none
"""
size_of_map = int(input("Enter size of map"))
game_map = Map_generator.generate_map([size_of_map] * 2, 0.1, 0.05)
player_position = Map_generator.generate_coordinates(game_map)
direction_map = {'up': [1, 0], 'down': [-1, 0], 'left': [0, -1], 'right': [0, 1]}
game_over = False
player_win = False
while not game_over:
logger.info("Your position:" + str(player_position))
Warning_generator.generate_warning(game_map, player_position, 1)
Warning_generator.generate_warning(game_map, player_position, 2)
game_input = input("Enter direction")
if game_input == "save":
save(game_map, player_position)
logger.info("Game is saved")
continue
elif game_input == "load":
game_map, player_position = load()
logger.info("Game is loaded")
continue
else:
direction = direction_map[game_input]
player_position[0] += direction[0]
player_position[1] += direction[1]
player_position[0] = max(0, min(player_position[0], size_of_map - 1))
player_position[1] = max(0, min(player_position[1], size_of_map - 1))
if game_map[player_position[0]][player_position[1]] == 1:
game_over = True
elif game_map[player_position[0]][player_position[1]] == 2:
game_over = True
player_win = True
if player_win:
print("You won!!!")
else:
print("You lost.")
print(game_map)
def __init__(self,
name,
short_name,
difficalty=0,
map_type='rectangular',
stairs=[]):
self.name = name
self.short_name = short_name
self.width = Config.screen_width
self.height = Config.screen_height
self.difficalty = difficalty
# Двумерный список из символов - заготовка карты
self.titles = Map_generator.get_map()
self.transparent_map = self.get_transparent_map()
self.mob_list = []
self.icons_buffer = self.get_icons_buffer()
def init():
#grille_vide contient juste ce qui ne change pas durant l'exploration de l'étage
dn.grille_vide, dn.grille = mg.creer_etage(dn.width_map, dn.height_map)
#murs est une carte indiquant les murs, il sert à tracer la mini-map
dn.murs = np.zeros((2 * (dn.width_map + 1), 2 * (dn.height_map + 1)))
for i in range(dn.width_map):
for j in range(dn.height_map):
if dn.grille[3 + i, 3 + j]:
if not dn.grille[2 + i, 3 + j]:
dn.murs[2 * i][1 + 2 * j] = 1
if not dn.grille[4 + i, 3 + j]:
dn.murs[2 + 2 * i][1 + 2 * j] = 1
if not dn.grille[3 + i, 2 + j]:
dn.murs[1 + 2 * i][2 * j] = 1
if not dn.grille[3 + i, 4 + j]:
dn.murs[1 + 2 * i][2 + 2 * j] = 1
#vus est une carte des zones entrées au moins une fois dans le champs de vision. Il sert à savoir quelle partie de la mini-map révéler
dn.vus = np.zeros(
(2 * (dn.width_map + 1 + 3), 2 * (dn.height_map + 1 + 3)))
dn.joueur["direction"] = "down"
dn.joueur["etat"] = "still"
import Map_generator
import Game_loop
field_size = 10
while (True):
player_answer = input("Start the Game? y/n \n").lower()
if player_answer == 'y':
game_map = Map_generator.generate_map(field_size)
Game_loop.player_position = Map_generator.init_free_cell(
game_map, Map_generator.player)
Game_loop.loop(game_map)
print(f'at {Game_loop.player_position}')
print(f'Treasures -> {Map_generator.treasure}')
print(f'Traps -> {Map_generator.trap}')
for line in game_map[::-1]:
print(*line, '\n')
else:
break