def __init__(self, screen, file_map, platforms_top, platforms_bottom,
left_walls, right_walls, floor_tiles, brick_tiles,
mystery_tiles, pole, clouds, hills, bushes, pipes,
metal_tiles, castle, enemy_gamemaster, mario,
entity_gamemaster):
file = open(file_map, 'r')
lines = file.readlines()
x = 0
y = 0
# give each mystery box created an id for referencing when it is collided with.
mystery_tile_id = 0
for line in lines:
for p in line:
if p == 'f':
# create a 4 sided rectangle, with top collidable with mario's feet
# bottom collidable with mario head
# and left and right wall collidable with mario right or left
# 4 sided rectangle with independent collidable parts - - - - -
# this will serve as a mask for every game object that needs to be collidable
platform_top = Tiles(screen, x, y + 2, 'platform', 0)
# platform_bottom = Tiles(screen, x, y+34, 'platform')
# wall_left = Tiles(screen, x-17, y+28, 'wall')
# wall_right = Tiles(screen, x+18, y+28, 'wall')
# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
# game object representation of floor tile
floor_tile = Tiles(screen, x + 1, y + 32, 'floor', 0)
platforms_top.add(platform_top)
# platforms_bottom.add(platform_bottom)
# left_walls.add(wall_left)
# right_walls.add(wall_right)
floor_tiles.add(floor_tile)
# continue adding if statement for objects you
# want to add in the map.txt file
if p == 'b':
platform_top = Tiles(screen, x + 2, y + 5, 'platform', 0)
platform_bottom = Tiles(screen, x + 2, y + 37, 'platform',
0)
wall_left = Tiles(screen, x - 14, y + 31, 'wall', 0)
wall_right = Tiles(screen, x + 16, y + 31, 'wall', 0)
brick_tile = Tiles(screen, x, y + 34, 'brick', 0)
platforms_top.add(platform_top)
platforms_bottom.add(platform_bottom)
left_walls.add(wall_left)
right_walls.add(wall_right)
brick_tiles.add(brick_tile)
if p == '5':
platform_top = Tiles(screen, x + 2, y + 5, 'platform', 0)
platform_bottom = Tiles(screen, x + 2, y + 35, 'platform',
0)
wall_left = Tiles(screen, x - 14, y + 30, 'wall', 0)
wall_right = Tiles(screen, x + 16, y + 30, 'wall', 0)
mystery_tile = Tiles(screen, x, y + 34, 'brick',
mystery_tile_id)
mystery_tile_id += 1
platforms_top.add(platform_top)
platforms_bottom.add(platform_bottom)
left_walls.add(wall_left)
right_walls.add(wall_right)
mystery_tiles.add(mystery_tile)
if p == 'm':
platform_top = Tiles(screen, x + 2, y + 5, 'platform', 0)
platform_bottom = Tiles(screen, x + 2, y + 37, 'platform',
0)
wall_left = Tiles(screen, x - 14, y + 31, 'wall', 0)
wall_right = Tiles(screen, x + 16, y + 31, 'wall', 0)
mystery_tile = Tiles(screen, x, y + 34, 'mystery',
mystery_tile_id)
mystery_tile_id += 1
platforms_top.add(platform_top)
platforms_bottom.add(platform_bottom)
left_walls.add(wall_left)
right_walls.add(wall_right)
mystery_tiles.add(mystery_tile)
if p == 't':
platform_top = Tiles(screen, x + 18, y + 4, 'platform', 0)
platform_top2 = Tiles(screen, x - 18, y + 4, 'platform', 0)
wall_left = Tiles(screen, x - 32, y + 28, 'wall', 0)
wall_right = Tiles(screen, x + 32, y + 28, 'wall', 0)
pipe_top = Tiles(screen, x, y + 32, 'pipetop', 0)
platforms_top.add(platform_top)
platforms_top.add(platform_top2)
left_walls.add(wall_left)
right_walls.add(wall_right)
pipes.add(pipe_top)
if p == 'x':
platform_top = Tiles(screen, x, y + 4, 'platform', 0)
wall_left = Tiles(screen, x - 31, y + 28, 'wall', 0)
wall_right = Tiles(screen, x + 32, y + 28, 'wall', 0)
pipe_extension = Tiles(screen, x, y + 33, 'pipebottom', 0)
platforms_top.add(platform_top)
left_walls.add(wall_left)
right_walls.add(wall_right)
pipes.add(pipe_extension)
if p == 'l':
platform_top = Tiles(screen, x, y + 1, 'platform', 0)
wall_left = Tiles(screen, x - 15, y + 28, 'wall', 0)
wall_right = Tiles(screen, x + 16, y + 28, 'wall', 0)
metal = Tiles(screen, x, y + 32, 'metal', 0)
platforms_top.add(platform_top)
left_walls.add(wall_left)
right_walls.add(wall_right)
metal_tiles.add(metal)
if p == 'p':
flag_pole = Tiles(screen, x, y + 32, 'pole', 0)
pole.add(flag_pole)
if p == 'g':
flag = Tiles(screen, x - 16, y + 36, 'flag', 0)
pole.add(flag)
if p == 'c':
cloud1 = Tiles(screen, x, y + 32, 'cloud1', 0)
clouds.add(cloud1)
if p == 'v':
cloud2 = Tiles(screen, x, y + 32, 'cloud2', 0)
clouds.add(cloud2)
if p == 'd':
cloud3 = Tiles(screen, x, y + 32, 'cloud3', 0)
clouds.add(cloud3)
if p == 'h':
bighill = Tiles(screen, x, y + 32, 'bighill', 0)
hills.add(bighill)
if p == 'j':
smallhill = Tiles(screen, x, y + 32, 'smallhill', 0)
hills.add(smallhill)
if p == 'y':
bush1 = Tiles(screen, x, y + 32, 'bush1', 0)
bushes.add(bush1)
if p == 'u':
bush2 = Tiles(screen, x, y + 32, 'bush2', 0)
bushes.add(bush2)
if p == 'i':
bush3 = Tiles(screen, x, y + 32, 'bush3', 0)
bushes.add(bush3)
if p == 's':
cast = Tiles(screen, x, y + 32, 'castle', 0)
castle.add(cast)
if p == 'G':
goomba = Goomba(screen, mario, platforms_top, left_walls,
right_walls)
goomba.rect.center = (x, y)
goomba.centerx = goomba.rect.centerx
goomba.centery = goomba.rect.centery
goomba.previous_centery = goomba.centery
enemy_gamemaster.goombas.add(goomba)
if p == 'K':
koopa = Koopa(screen, mario, platforms_top, left_walls,
right_walls)
koopa.rect.center = (x, y)
koopa.centerx = koopa.rect.centerx
koopa.centery = koopa.rect.centery
koopa.previous_centery = koopa.centery
enemy_gamemaster.koopas.add(koopa)
if p == '\n':
y += 32
x += 32
x = 32
file.close()
