def LoadSprites(self):
"""Load all of the sprites that we need"""
"""calculate the center point offset"""
x_offset = (BLOCK_SIZE / 2)
y_offset = (BLOCK_SIZE / 2)
"""Load the level"""
level1 = level001.level()
layout = level1.getLayout()
img_list = level1.getSprites()
"""Create the Pellet group"""
self.pellet_sprites = pygame.sprite.Group()
"""Create the block group"""
self.block_sprites = pygame.sprite.Group()
for y in xrange(len(layout)):
for x in xrange(len(layout[y])):
"""Get the center point for the rects"""
centerPoint = [(x * BLOCK_SIZE) + x_offset,
(y * BLOCK_SIZE + y_offset)]
if layout[y][x] == level1.BLOCK:
block = basicSprite.Sprite(centerPoint,
img_list[level1.BLOCK])
self.block_sprites.add(block)
elif layout[y][x] == level1.SNAKE:
self.snake = Snake(centerPoint, img_list[level1.SNAKE])
elif layout[y][x] == level1.PELLET:
pellet = basicSprite.Sprite(centerPoint,
img_list[level1.PELLET])
self.pellet_sprites.add(pellet)
"""Create the Snake group"""
self.snake_sprites = pygame.sprite.RenderPlain((self.snake))
def LoadSprites(self):
"""Load all of the sprites that we need"""
"""calculate the center point offset"""
x_offset = (BLOCK_SIZE / 2)
y_offset = (BLOCK_SIZE / 2)
"""Load the level"""
level1 = level001.level()
layout = level1.getLayout()
img_list = level1.getSprites()
# > The pellet sprites are grouped
# > The block sprites are grouped
# > The Wall sprites are grouped
# > This is an example of a style of Object Oriented Programming, assigning
# > The groups of items as a bluprint of one object to save typing the
# > same code over and over.
self.pellet_sprites = pygame.sprite.Group()
self.block_sprites = pygame.sprite.Group()
self.gwall_sprites = pygame.sprite.Group()
for y in xrange(len(layout)):
for x in xrange(len(layout[y])):
"""Get the center point for the rects"""
centerPoint = [(x * BLOCK_SIZE) + x_offset,
(y * BLOCK_SIZE + y_offset)]
if layout[y][x] == level1.BLOCK:
self.block_sprites.add(
basicSprite.Sprite(centerPoint,
img_list[level1.BLOCK]))
elif layout[y][x] == level1.GWALL:
self.gwall_sprites.add(
basicSprite.Sprite(centerPoint,
img_list[level1.GWALL]))
elif layout[y][x] == level1.SNAKE:
self.snake = Snake(centerPoint, img_list[level1.SNAKE])
elif layout[y][x] == level1.PELLET:
self.pellet_sprites.add(
basicSprite.Sprite(centerPoint,
img_list[level1.PELLET]))
elif layout[y][x] == level1.GHOST:
self.ghost = Ghost(centerPoint, img_list[level1.GHOST])
elif layout[y][x] == level1.GHOST2:
self.ghost2 = Ghost(centerPoint, img_list[level1.GHOST2])
elif layout[y][x] == level1.GHOST3:
self.ghost3 = Ghost(centerPoint, img_list[level1.GHOST3])
elif layout[y][x] == level1.GHOST4:
self.ghost4 = Ghost(centerPoint, img_list[level1.GHOST4])
"""Create the Snake group"""
self.snake_sprites = pygame.sprite.RenderPlain((self.snake))
self.ghost_sprites = pygame.sprite.RenderPlain((self.ghost))
self.ghost2_sprites = pygame.sprite.RenderPlain((self.ghost2))
self.ghost3_sprites = pygame.sprite.RenderPlain((self.ghost3))
self.ghost4_sprites = pygame.sprite.RenderPlain((self.ghost4))
def LoadSprites(self):
"""Load all of the sprites that we need"""
"""calculate the center point offset"""
x_offset = (BLOCK_SIZE / 2)
y_offset = (BLOCK_SIZE / 2)
"""Load the level"""
level1 = level001.level()
layout = level1.getLayout()
img_list = level1.getSprites()
self.pellet_sprites = pygame.sprite.Group()
self.block_sprites = pygame.sprite.Group()
self.gwall_sprites = pygame.sprite.Group()
for y in xrange(len(layout)):
for x in xrange(len(layout[y])):
"""Get the center point for the rects"""
centerPoint = [(x * BLOCK_SIZE) + x_offset,
(y * BLOCK_SIZE + y_offset)]
if layout[y][x] == level1.BLOCK:
self.block_sprites.add(
basicSprite.Sprite(centerPoint,
img_list[level1.BLOCK]))
elif layout[y][x] == level1.GWALL:
self.gwall_sprites.add(
basicSprite.Sprite(centerPoint,
img_list[level1.GWALL]))
elif layout[y][x] == level1.SNAKE:
self.snake = Snake(centerPoint, img_list[level1.SNAKE])
elif layout[y][x] == level1.PELLET:
self.pellet_sprites.add(
basicSprite.Sprite(centerPoint,
img_list[level1.PELLET]))
elif layout[y][x] == level1.GHOST:
self.ghost = Ghost(centerPoint, img_list[level1.GHOST])
elif layout[y][x] == level1.GHOST2:
self.ghost2 = Ghost(centerPoint, img_list[level1.GHOST2])
elif layout[y][x] == level1.GHOST3:
self.ghost3 = Ghost(centerPoint, img_list[level1.GHOST3])
elif layout[y][x] == level1.GHOST4:
self.ghost4 = Ghost(centerPoint, img_list[level1.GHOST4])
"""Create the Snake group"""
self.snake_sprites = pygame.sprite.RenderPlain((self.snake))
self.ghost_sprites = pygame.sprite.RenderPlain((self.ghost))
self.ghost2_sprites = pygame.sprite.RenderPlain((self.ghost2))
self.ghost3_sprites = pygame.sprite.RenderPlain((self.ghost3))
self.ghost4_sprites = pygame.sprite.RenderPlain((self.ghost4))
def LoadSprites(self):
'''Load the sprites that we need'''
x_offset = BLOCK_SIZE / 2
y_offset = BLOCK_SIZE / 2
level1 = level001.level()
layout = level1.getLayout()
img_list = level1.getImages()
self.pellet_sprites = pygame.sprite.RenderUpdates()
self.block_sprites = pygame.sprite.RenderUpdates()
self.super_pellet_sprites = pygame.sprite.RenderUpdates()
self.monster_sprites = pygame.sprite.RenderUpdates()
for y in range(len(layout)):
for x in range(len(layout[y])):
centerPoint = [(x * BLOCK_SIZE) + x_offset,
(y * BLOCK_SIZE) + y_offset]
if layout[y][x] == level1.block:
block = basicSprite.Sprite(centerPoint,
img_list[level1.block])
self.block_sprites.add(block)
elif layout[y][x] == level1.pellet:
pellet = basicSprite.Sprite(centerPoint,
img_list[level1.pellet])
self.pellet_sprites.add(pellet)
elif layout[y][x] == level1.snake:
self.snake = Snake(centerPoint, img_list[level1.snake])
elif layout[y][x] == level1.monster:
monster = Monster(centerPoint, img_list[level1.monster],
img_list[level1.scared_monster])
self.monster_sprites.add(monster)
elif layout[y][x] == level1.super_pellet:
super_pellet = basicSprite.Sprite(
centerPoint, img_list[level1.super_pellet])
self.super_pellet_sprites.add(super_pellet)
self.snake_sprites = pygame.sprite.RenderUpdates((self.snake))
def LoadSprites(self): """Load all of the sprites that we need""" """Load textures""" img_list = self.level.getSprites() """Create the group of block sprites""" self.sprites_block = pygame.sprite.Group() """Create the group of pellet sprites""" self.sprites_pellet = pygame.sprite.Group() """Create the group of super-pellet sprites""" self.sprites_spellet = pygame.sprite.Group() """Create the group of npc sprites""" self.sprites_npc = pygame.sprite.Group() for y in range(len(self.layout)): for x in range(len(self.layout[y])): if self.layout[y][x][1] == self.level.BLOCK: block = basicSprite.Sprite(self.layout[y][x][0], img_list[self.level.BLOCK]) self.sprites_block.add(block) elif self.layout[y][x][1] == self.level.CHARACTER: self.character = Character(self.layout[y][x][0], img_list[self.level.CHARACTER]) elif self.layout[y][x][1] == self.level.PELLET: pellet = basicSprite.Sprite(self.layout[y][x][0], img_list[self.level.PELLET]) self.sprites_pellet.add(pellet) elif self.layout[y][x][1] == self.level.SPELLET: spellet = basicSprite.Sprite(self.layout[y][x][0], img_list[self.level.SPELLET]) self.sprites_spellet.add(spellet) elif self.layout[y][x][1] == self.level.NPC: self.npc = npc.NPC(self.layout[y][x][0], img_list[self.level.NPC]) self.sprites_npc.add(self.npc) """Create the Snake group""" self.sprites_character = pygame.sprite.RenderPlain(self.character)