def first_generate_platforms():
platformss = []
platformss.append(classes.PlatformFirst(710, 1000))
platformss.append(classes.Platform(1210, 600))
platformss.append(classes.Platform(210, 600))
platformss.append(classes.Platform(710, 200))
return platformss
def create_level(level):
sprite_group = sprite.Group()
platforms = []
#chests = []
x = 0
y = 0
for row in level:
for col in row:
if col == "-":
pf = classes.Platform(x, y)
platforms.append(pf)
sprite_group.add(pf)
if col == "c":
ch = classes.Chest(x, y)
#chests.append (ch)
sprite_group.add(ch)
if col == "m":
mn = classes.Monster(x, y, text.zombitext)
sprite_group.add(mn)
x += 45
x = 0
y += 45
x = 0
y = 0
return platforms, sprite_group
def initPlatforms():
"""Populates the world with plaforms and walls
"""
# Create holes
holes = [0, 0, 300, 500, 900, 1200, 1500, 1900, varbs.stageW]
# Create the floor
res = [
classes.Platform(x=holes[2 * i + 1],
w=holes[2 * i + 2] - holes[2 * i + 1])
for i in range(len(holes) // 2)
]
# Create left wall
res += [classes.Wall()]
# Create right wall
res += [classes.Wall(x=varbs.stageW)]
# Create platforms
res += [classes.Platform(x=200, y=300, openBottom=True)]
return res
screen.fill(CONSTS.GREY)
cl.heros.draw(screen)
cl.plats.draw(screen)
cl.borders.draw(screen)
pg.display.flip()
running = True
pg.init()
width, height = size = [1080, 720]
screen = pg.display.set_mode(size)
hero = cl.Hero([0, 0], cl.heros)
platform = cl.Platform([0, 640], CONSTS.plat, cl.plats)
ADDEVENT = 10
pg.time.set_timer(ADDEVENT, 40)
pg.mouse.set_visible(True)
screen.fill(CONSTS.WHITE)
pg.display.flip()
clock = pg.time.Clock()
speed = 10
def build_level(*args):
"""
build level passed in
:param args:
:return:
"""
# unpackage arguments
current_level, level, enemies, enemy_sprites, platforms, blocks, entities,\
Platform, block_types, collision_blocks,\
collision_block_sprites, indestructibles, coins, coin_sprites = (x for x in args)
# unpackage block_types
Unbreakable1, Unbreakable2, BaigeBlock,\
NeonRedBlock, NeonWhiteBlock, NeonBlueBlock, NeonYellowBlock, NeonOrangeBlock, NeonGreenBlock,\
BlueBlock, GrayBlock, BrightBlueBlock, BrownBlock,\
CollisionBlock, CornerPatrolBlock = (x for x in block_types)
enemy = None
x, y = 0, 0
# build the level
for row in level:
for col in row:
if col != " ":
if col == "F":
p = classes.BlueCoin(x, y)
entities.add(p)
coins.append(p)
coin_sprites.add(p)
elif col == "c":
p = classes.Coin(x, y)
entities.add(p)
coins.append(p)
coin_sprites.add(p)
elif col == "G":
p = classes.GreenCoin(x, y)
entities.add(p)
coins.append(p)
coin_sprites.add(p)
elif col == "p":
p = classes.PurpleCoin(x, y)
entities.add(p)
coins.append(p)
coin_sprites.add(p)
elif col == "E":
which_block = BaigeBlock
p = classes.Platform(x, y, which_block)
platforms, blocks, entities = InsertPlatform(p, platforms, blocks, entities)
elif col == "C":
which_block = BrownBlock
p = classes.Platform(x, y, which_block)
platforms, blocks, entities = InsertPlatform(p, platforms, blocks, entities)
elif col == "A":
which_block = BlueBlock
p = classes.Platform(x, y, which_block)
platforms, blocks, entities = InsertPlatform(p, platforms, blocks, entities)
elif col == "B":
which_block = BrightBlueBlock
p = classes.Platform(x, y, which_block)
platforms, blocks, entities = InsertPlatform(p, platforms, blocks, entities)
elif col == "D":
which_block = GrayBlock
p = classes.Platform(x, y, which_block)
platforms, blocks, entities = InsertPlatform(p, platforms, blocks, entities)
elif col == "r":
which_block = NeonRedBlock
p = classes.Platform(x, y, which_block)
platforms, blocks, entities = InsertPlatform(p, platforms, blocks, entities)
elif col == "w":
which_block = NeonWhiteBlock
p = classes.Platform(x, y, which_block)
platforms, blocks, entities = InsertPlatform(p, platforms, blocks, entities)
elif col == "b":
which_block = NeonBlueBlock
p = classes.Platform(x, y, which_block)
platforms, blocks, entities = InsertPlatform(p, platforms, blocks, entities)
elif col == "y":
which_block = NeonYellowBlock
p = classes.Platform(x, y, which_block)
platforms, blocks, entities = InsertPlatform(p, platforms, blocks, entities)
elif col == "o":
which_block = NeonOrangeBlock
p = classes.Platform(x, y, which_block)
platforms, blocks, entities = InsertPlatform(p, platforms, blocks, entities)
elif col == "g":
which_block = NeonGreenBlock
p = classes.Platform(x, y, which_block)
platforms, blocks, entities = InsertPlatform(p, platforms, blocks, entities)
elif col == "n":
which_block = Unbreakable1
# add indestructible manually to sprite lists
p = classes.Platform(x, y, which_block)
indestructibles.add(p)
entities.add(p)
platforms.append(p)
elif col == "m":
which_block = Unbreakable2
# add indestructible manually to sprite lists
p = classes.Platform(x, y, which_block)
indestructibles.add(p)
entities.add(p)
platforms.append(p)
elif col == "O":
which_block = CollisionBlock
# add collision block manually to sprite lists
p = classes.BlankPlatform(x, y, which_block, False)
collision_blocks.append(p)
collision_block_sprites.add(p)
entities.add(p)
elif col == "Q":
which_block = CornerPatrolBlock
p = classes.BlankPlatform(x, y, which_block, True)
collision_blocks.append(p)
collision_block_sprites.add(p)
entities.add(p)
elif col == "X" or col == "Y":
# add exit block manually to sprite lists
p = classes.ExitBlock(x, y, col)
collision_blocks.append(p)
collision_block_sprites.add(p)
entities.add(p)
# spawn enemies
elif col in list('12345678'):
if col == "1":
enemy = classes.GarbageCollector(x-32, y-64)
elif col == "2":
enemy = classes.GreenPysnake(x-32, y-64)
elif col == "3":
enemy = classes.RedPysnake(x-32, y-64)
elif col == "4":
enemy = classes.BluePysnake(x-32, y-64)
elif col == "5":
enemy = classes.PurplePysnake(x-32, y-64)
elif col == "6":
enemy = classes.RedGhost(x, y)
elif col == "7":
enemy = classes.WhiteGhost(x, y)
elif col == "8":
enemy = classes.Dragon(x-32, y-64)
entities.add(enemy)
enemies.append(enemy)
enemy_sprites.add(enemy)
x += 32 # index by 32 bits
y += 32
x = 0
#for enemy in get_enemies(current_level):
# # re-calls enemy's constructor
# enemy = type(enemy)(enemy.rect.x, enemy.rect.y)
# entities.add(enemy)
# enemy_sprites.add(enemy)
# enemies.append(enemy)
return platforms, blocks, entities, enemies,\
enemy_sprites, collision_block_sprites, indestructibles, collision_blocks,\
coins, coin_sprites
def add_plat():
a = get_rand_plat()
x = a[0]
w = a[1]
platforms.append(cl.Platform(x, 150, "platform.png", 0, w, 25))
pygame.display.set_caption("THE GAME")
font = pygame.font.Font('freesansbold.ttf', 32)
### OBJECTS #########################################################################################
y = 150
x = 0
for i in range(3):
w = random.randrange(min_width,max_width,rand_step)
x = random.randrange(x-300,x+300,rand_step)
if x < 0:
x = 0
if x > screen_width-w:
x = screen_width-w
platforms.append(cl.Platform(x, y, "platform.png", 0, w, 25))
y += space_between
player1 = cl.Player(x, y-30, "bola.png", False, False, -1*speed)
player1.resize_image(60, 60)
player1.count_plat = 3
player1.last_plat = x
### FUNCTIONS ########################################################################################
def get_pressed_keys(event, end):
if event.type == pygame.QUIT:
end = True
elif event.type == pygame.KEYDOWN:
pressed = pygame.key.get_pressed()
def create_addition_wall(self, i, addition, image):
wall_up = (classes.Platform(i.rect.x, i.rect.y - 45))
wall_up.image = image
addition.append(wall_up)