def add_to(self, area):
area.bg_layer.add(self.bg_sprite)
area.main_layer.add(self.bottom_sprite)
area.main_layer.add(self.top_sprite)
area.fg_layer.add(self.cover_sprite)
for sprite in self.left_sprites:
area.main_layer.add(sprite)
for sprite in self.right_sprites:
area.main_layer.add(sprite)
self.cave_eventbox = EventBox(area)
self.cave_eventbox.object_moved.connect(self.on_cave_eventbox_moved)
self.cave_eventbox.watch_object_moves(area.engine.player)
self.floor_eventbox = EventBox(area)
self.floor_eventbox.object_entered.connect(
lambda x: self.cover_sprite.hide())
self.floor_eventbox.watch_object_moves(area.engine.player)
def add_to(self, area):
area.bg_layer.add(self.bg_sprite)
area.main_layer.add(self.bottom_sprite)
area.main_layer.add(self.top_sprite)
area.fg_layer.add(self.cover_sprite)
for sprite in self.left_sprites:
area.main_layer.add(sprite)
for sprite in self.right_sprites:
area.main_layer.add(sprite)
self.cave_eventbox = EventBox(area)
self.cave_eventbox.object_moved.connect(
self.on_cave_eventbox_moved)
self.cave_eventbox.watch_object_moves(area.engine.player)
self.floor_eventbox = EventBox(area)
self.floor_eventbox.object_entered.connect(
lambda x: self.cover_sprite.hide())
self.floor_eventbox.watch_object_moves(area.engine.player)
class Mountain(object):
LEFT_OFFSETS = [0, 90, 189, 239, 313]
RIGHT_OFFSETS = [1427, 1236, 1208, 1121, 940]
def __init__(self):
self.bg_sprite = Sprite('mountain_bg')
self.cover_sprite = Sprite('mountain_cover')
self.cover_sprite.collidable = False
self.bottom_sprite = Sprite('mountain_bottom')
self.bottom_sprite.use_pixel_collisions = True
self.bottom_sprite.update_image()
self.top_sprite = Sprite('mountain_top')
self.top_sprite.use_pixel_collisions = True
self.top_sprite.update_image()
self.left_sprites = []
self.right_sprites = []
for i in range(1, 6):
sprite = Sprite('mountain_left_%s' % i)
if i != 3:
# Sort of a hack. We need a blocker so you can't
# climb the mountain.
sprite.use_pixel_collisions = True
sprite.update_image()
self.left_sprites.append(sprite)
sprite = Sprite('mountain_right_%s' % i)
sprite.use_pixel_collisions = True
sprite.update_image()
self.right_sprites.append(sprite)
self.rect = pygame.Rect(
0, 0, self.bottom_sprite.rect.width,
sum([sprite.rect.height for sprite in self.right_sprites]) +
self.top_sprite.rect.height + self.bottom_sprite.rect.height)
def add_to(self, area):
area.bg_layer.add(self.bg_sprite)
area.main_layer.add(self.bottom_sprite)
area.main_layer.add(self.top_sprite)
area.fg_layer.add(self.cover_sprite)
for sprite in self.left_sprites:
area.main_layer.add(sprite)
for sprite in self.right_sprites:
area.main_layer.add(sprite)
self.cave_eventbox = EventBox(area)
self.cave_eventbox.object_moved.connect(
self.on_cave_eventbox_moved)
self.cave_eventbox.watch_object_moves(area.engine.player)
self.floor_eventbox = EventBox(area)
self.floor_eventbox.object_entered.connect(
lambda x: self.cover_sprite.hide())
self.floor_eventbox.watch_object_moves(area.engine.player)
def move_to(self, x, y):
self.rect.left = x
self.rect.top = y
self.cover_sprite.move_to(x, y)
self.bg_sprite.move_to(x, y)
self.top_sprite.move_to(x + 485, y)
self.bottom_sprite.move_to(
x, y + self.rect.height - self.bottom_sprite.rect.height)
new_y = self.bottom_sprite.rect.top
for i, sprite in enumerate(self.left_sprites):
new_y = new_y - sprite.rect.height
sprite.move_to(x + self.LEFT_OFFSETS[i], new_y)
new_y = self.bottom_sprite.rect.top
for i, sprite in enumerate(self.right_sprites):
new_y = new_y - sprite.rect.height
sprite.move_to(x + self.RIGHT_OFFSETS[i], new_y)
self.cave_eventbox.rects.append(
pygame.Rect(x + 382, y + 110, 157, 110))
self.floor_eventbox.rects.append(
pygame.Rect(x + 30, self.bottom_sprite.rect.top - 30,
self.rect.width - 60, 30))
def on_cave_eventbox_moved(self, player):
if player.rect.centerx <= self.cave_eventbox.rects[0].centerx:
self.cover_sprite.show()
else:
self.cover_sprite.hide()
def setup(self):
self.exploding = False
self.exploded = False
ground = TiledSprite("ground", self.size[0] / 32, 1)
self.main_layer.add(ground)
ground.move_to(0, self.size[1] - ground.rect.height)
hills = Sprite("65000000bc/hills_1")
self.bg_layer.add(hills)
hills.move_to(0, ground.rect.top - hills.rect.height)
# Volcano
self.volcano = Volcano()
self.volcano.add_to(self)
self.volcano.move_to(1400, ground.rect.top - self.volcano.rect.height + 1)
blocker = Box(150, self.size[1] - self.volcano.rect.height - 20, (0, 0, 0, 0))
self.main_layer.add(blocker)
blocker.move_to(self.volcano.lava_pool.rect.right - 100, 0)
# Left-side lava pool
lava_pool = TiledSprite("65000000bc/lava_pool", 5, 1)
lava_pool.lethal = True
self.main_layer.add(lava_pool)
lava_pool.move_to(self.volcano.rect.left - lava_pool.rect.width - 100, ground.rect.top - 18)
# Platforms
platform = FloatingSprite("65000000bc/platform")
self.main_layer.add(platform)
platform.move_to(lava_pool.rect.left + 250, lava_pool.rect.top - 10)
platform = FloatingSprite("65000000bc/platform")
self.main_layer.add(platform)
platform.move_to(lava_pool.rect.left + 500, lava_pool.rect.top - 8)
platform = FloatingSprite("65000000bc/platform")
self.main_layer.add(platform)
platform.move_to(lava_pool.rect.left + 750, lava_pool.rect.top - 12)
# Right-side lava pool
lava_pool = TiledSprite("65000000bc/lava_pool", 3, 1)
lava_pool.lethal = True
self.main_layer.add(lava_pool)
lava_pool.move_to(self.volcano.rect.right + 200, ground.rect.top - 18)
# Dynamite explosion trigger
explosion_box = EventBox(self)
explosion_box.rects.append(
pygame.Rect(
self.volcano.lava_puddle.rect.x,
self.volcano.lava_puddle.rect.bottom - 5,
self.volcano.lava_puddle.rect.width,
5,
)
)
explosion_box.watch_object_moves(self.level.dynamite)
explosion_box.object_entered.connect(self.on_dynamite_placed)
# Artifact
self.level.add_artifact(self, lava_pool.rect.right + 200, ground.rect.top)
class Mountain(object):
LEFT_OFFSETS = [0, 90, 189, 239, 313]
RIGHT_OFFSETS = [1427, 1236, 1208, 1121, 940]
def __init__(self):
self.bg_sprite = Sprite('mountain_bg')
self.cover_sprite = Sprite('mountain_cover')
self.cover_sprite.collidable = False
self.bottom_sprite = Sprite('mountain_bottom')
self.bottom_sprite.use_pixel_collisions = True
self.bottom_sprite.update_image()
self.top_sprite = Sprite('mountain_top')
self.top_sprite.use_pixel_collisions = True
self.top_sprite.update_image()
self.left_sprites = []
self.right_sprites = []
for i in range(1, 6):
sprite = Sprite('mountain_left_%s' % i)
if i != 3:
# Sort of a hack. We need a blocker so you can't
# climb the mountain.
sprite.use_pixel_collisions = True
sprite.update_image()
self.left_sprites.append(sprite)
sprite = Sprite('mountain_right_%s' % i)
sprite.use_pixel_collisions = True
sprite.update_image()
self.right_sprites.append(sprite)
self.rect = pygame.Rect(
0, 0, self.bottom_sprite.rect.width,
sum([sprite.rect.height for sprite in self.right_sprites]) +
self.top_sprite.rect.height + self.bottom_sprite.rect.height)
def add_to(self, area):
area.bg_layer.add(self.bg_sprite)
area.main_layer.add(self.bottom_sprite)
area.main_layer.add(self.top_sprite)
area.fg_layer.add(self.cover_sprite)
for sprite in self.left_sprites:
area.main_layer.add(sprite)
for sprite in self.right_sprites:
area.main_layer.add(sprite)
self.cave_eventbox = EventBox(area)
self.cave_eventbox.object_moved.connect(self.on_cave_eventbox_moved)
self.cave_eventbox.watch_object_moves(area.engine.player)
self.floor_eventbox = EventBox(area)
self.floor_eventbox.object_entered.connect(
lambda x: self.cover_sprite.hide())
self.floor_eventbox.watch_object_moves(area.engine.player)
def move_to(self, x, y):
self.rect.left = x
self.rect.top = y
self.cover_sprite.move_to(x, y)
self.bg_sprite.move_to(x, y)
self.top_sprite.move_to(x + 485, y)
self.bottom_sprite.move_to(
x, y + self.rect.height - self.bottom_sprite.rect.height)
new_y = self.bottom_sprite.rect.top
for i, sprite in enumerate(self.left_sprites):
new_y = new_y - sprite.rect.height
sprite.move_to(x + self.LEFT_OFFSETS[i], new_y)
new_y = self.bottom_sprite.rect.top
for i, sprite in enumerate(self.right_sprites):
new_y = new_y - sprite.rect.height
sprite.move_to(x + self.RIGHT_OFFSETS[i], new_y)
self.cave_eventbox.rects.append(pygame.Rect(x + 382, y + 110, 157,
110))
self.floor_eventbox.rects.append(
pygame.Rect(x + 30, self.bottom_sprite.rect.top - 30,
self.rect.width - 60, 30))
def on_cave_eventbox_moved(self, player):
if player.rect.centerx <= self.cave_eventbox.rects[0].centerx:
self.cover_sprite.show()
else:
self.cover_sprite.hide()
def setup(self):
area_width, area_height = self.size
ground = Box(area_width, 60, (83, 107, 143))
self.main_layer.add(ground)
ground.move_to(0, area_height - ground.rect.height)
ceiling = Box(area_width, 60, (83, 107, 143))
self.main_layer.add(ceiling)
ceiling.move_to(0, 0)
wall_height = area_height - ground.rect.height - ceiling.rect.height + 2
wall_y = ceiling.rect.bottom - 1
left_wall = Box(60, wall_height, (83, 107, 143))
self.main_layer.add(left_wall)
left_wall.move_to(0, wall_y)
right_wall = Box(60, wall_height, (83, 107, 143))
self.main_layer.add(right_wall)
right_wall.move_to(area_width - right_wall.rect.width, wall_y)
self.main_layer.add(self.door)
self.door.move_to(left_wall.rect.right + 100,
ground.rect.top - self.door.rect.height)
self.door.destination = self.time_period.areas['default'].bluebox
# Reverse gravity background
reverse_grav_bg = Sprite('300ne/bluebox_reverse_gravity_bg')
self.bg_layer.add(reverse_grav_bg)
reverse_grav_bg.move_to(left_wall.rect.right, ceiling.rect.bottom)
# Reverse gravity area
gravity_eventbox = EventBox(self)
gravity_eventbox.rects.append(reverse_grav_bg.rect)
gravity_eventbox.watch_object_moves(self.level.engine.player)
gravity_eventbox.object_entered.connect(
lambda obj: obj.set_reverse_gravity(True))
gravity_eventbox.object_exited.connect(
lambda obj: obj.set_reverse_gravity(False))
gravity_eventbox.object_moved.connect(
lambda obj: obj.set_reverse_gravity(True))
teleporter1 = BlueBoxTeleporter()
self.main_layer.add(teleporter1)
teleporter1.move_to(right_wall.rect.left - teleporter1.rect.width - 20,
ground.rect.top - teleporter1.rect.height)
teleporter2 = BlueBoxTeleporter()
teleporter2.reverse_gravity = True
self.main_layer.add(teleporter2)
teleporter2.move_to(left_wall.rect.right + 20, ceiling.rect.bottom)
teleporter1.destination = teleporter2
teleporter2.destination = teleporter1
self.main_layer.add(self.level.triangle_key)
self.level.triangle_key.move_to(
right_wall.rect.left - self.level.triangle_key.rect.width - 40,
ceiling.rect.bottom)
self.level.triangle_key.set_reverse_gravity(True)
def setup(self):
self.in_end_sequence = False
level_width, level_height = self.size
base_platforms_y = \
self.start_pos[1] + self.engine.player.rect.height + 3
# Left platforms
platform = FloatingPlatform1NE()
self.main_layer.add(platform)
platform.move_to(233, base_platforms_y)
platform = FloatingPlatform1NE()
self.main_layer.add(platform)
platform.move_to(0, 255)
# Ceiling
ceiling = Sprite('300ne/ceiling')
self.main_layer.add(ceiling)
ceiling.move_to(platform.rect.right + 80, 0)
# Spikes
spikes = Sprite('300ne/ceiling_spikes')
spikes.lethal = True
self.main_layer.add(spikes)
spikes.move_to(ceiling.rect.left, ceiling.rect.bottom)
# Reverse-gravity platforms
for x, y in self.PLATFORM_POS:
platform = FloatingSprite('300ne/small_platform')
platform.set_reverse_gravity(True)
self.main_layer.add(platform)
platform.move_to(ceiling.rect.left + x,
ceiling.rect.top + y)
# Reverse gravity background
reverse_grav_bg = Sprite('300ne/reverse_gravity_bg')
self.bg_layer.add(reverse_grav_bg)
reverse_grav_bg.move_to(ceiling.rect.left, ceiling.rect.bottom)
# Reverse gravity area
gravity_eventbox = EventBox(self)
gravity_eventbox.rects.append(reverse_grav_bg.rect)
gravity_eventbox.watch_object_moves(self.level.engine.player)
gravity_eventbox.object_entered.connect(
lambda obj: obj.set_reverse_gravity(True))
gravity_eventbox.object_exited.connect(
lambda obj: obj.set_reverse_gravity(False))
gravity_eventbox.object_moved.connect(
lambda obj: obj.set_reverse_gravity(True))
# Right-side floor
floor = Sprite('300ne/floor')
self.main_layer.add(floor)
floor.move_to(level_width - floor.rect.width,
level_height - floor.rect.height)
step = FloatingSprite('300ne/step')
self.main_layer.add(step)
step.move_to(floor.rect.left + 20,
floor.rect.top - step.rect.height - 40)
monolith = Monolith300NE()
self.main_layer.add(monolith)
monolith.move_to(floor.rect.left + 200,
floor.rect.top - monolith.rect.height)
# Container
self.container_base = Sprite('300ne/container_base')
self.main_layer.add(self.container_base)
self.container_base.move_to(
floor.rect.right - self.container_base.rect.width - 400,
floor.rect.top - self.container_base.rect.height)
self.container_bg = Sprite('300ne/container_bg')
self.bg_layer.add(self.container_bg)
self.container_bg.move_to(
self.container_base.rect.left +
(self.container_base.rect.width - self.container_bg.rect.width) / 2,
self.container_base.rect.top - self.container_bg.rect.height)
self.level.add_artifact(self, self.container_base.rect.centerx,
self.container_base.rect.top)
self.container = Sprite('300ne/container')
self.main_layer.add(self.container)
self.container.move_to(self.container_bg.rect.left,
self.container_bg.rect.top)
self.keyhole = Sprite('300ne/keyhole')
self.main_layer.add(self.keyhole)
self.keyhole.move_to(
self.container.rect.right - self.keyhole.rect.width - 10,
self.container.rect.bottom - self.keyhole.rect.height - 10)
keyhole_eventbox = EventBox(self)
keyhole_eventbox.rects.append(
pygame.Rect(self.container.rect.right,
self.keyhole.rect.top,
40,
self.keyhole.rect.height))
keyhole_eventbox.watch_object_moves(self.level.triangle_key)
keyhole_eventbox.object_entered.connect(self.start_end_sequence)
def setup(self):
self.exploding = False
self.exploded = False
ground = TiledSprite('ground', self.size[0] / 32, 1)
self.main_layer.add(ground)
ground.move_to(0, self.size[1] - ground.rect.height)
hills = Sprite('65000000bc/hills_1')
self.bg_layer.add(hills)
hills.move_to(0, ground.rect.top - hills.rect.height)
# Volcano
self.volcano = Volcano()
self.volcano.add_to(self)
self.volcano.move_to(
1400, ground.rect.top - self.volcano.rect.height + 1)
blocker = Box(150, self.size[1] - self.volcano.rect.height - 20,
(0, 0, 0, 0))
self.main_layer.add(blocker)
blocker.move_to(self.volcano.lava_pool.rect.right - 100, 0)
# Left-side lava pool
lava_pool = TiledSprite('65000000bc/lava_pool', 5, 1)
lava_pool.lethal = True
self.main_layer.add(lava_pool)
lava_pool.move_to(self.volcano.rect.left - lava_pool.rect.width - 100,
ground.rect.top - 18)
# Platforms
platform = FloatingSprite('65000000bc/platform')
self.main_layer.add(platform)
platform.move_to(lava_pool.rect.left + 250, lava_pool.rect.top - 10)
platform = FloatingSprite('65000000bc/platform')
self.main_layer.add(platform)
platform.move_to(lava_pool.rect.left + 500, lava_pool.rect.top - 8)
platform = FloatingSprite('65000000bc/platform')
self.main_layer.add(platform)
platform.move_to(lava_pool.rect.left + 750, lava_pool.rect.top - 12)
# Right-side lava pool
lava_pool = TiledSprite('65000000bc/lava_pool', 3, 1)
lava_pool.lethal = True
self.main_layer.add(lava_pool)
lava_pool.move_to(self.volcano.rect.right + 200,
ground.rect.top - 18)
# Dynamite explosion trigger
explosion_box = EventBox(self)
explosion_box.rects.append(
pygame.Rect(self.volcano.lava_puddle.rect.x,
self.volcano.lava_puddle.rect.bottom - 5,
self.volcano.lava_puddle.rect.width,
5))
explosion_box.watch_object_moves(self.level.dynamite)
explosion_box.object_entered.connect(self.on_dynamite_placed)
# Artifact
self.level.add_artifact(self, lava_pool.rect.right + 200,
ground.rect.top)
