def __init__(self, sprite_groups):
self.sprite_groups = sprite_groups
self.blocks = sprite_groups.blocks
self.last_block = sprite_groups.last_block
self.rows = Rows()
def __init__(self, sprite_groups):
self.sprite_groups = sprite_groups
self.blocks = sprite_groups.blocks
self.last_block = sprite_groups.last_block
self.rows = Rows()
class BlocksController():
def __init__(self, sprite_groups):
self.sprite_groups = sprite_groups
self.blocks = sprite_groups.blocks
self.last_block = sprite_groups.last_block
self.rows = Rows()
def update_blocks(self):
added = False
self.check_collisions()
if self.is_space_for_new_blocks():
self.sprite_groups.level_text.sprites()[0].add()
self.add_blocks_and_spaces()
added = True
self.move_all_blocks()
self.remove_off_screen_blocks()
return added
def check_collisions(self):
blocks_hit = self.sprite_groups.blocks_hit
for block in blocks_hit:
block.image.fill(Color.AQUAFINE)
def is_space_for_new_blocks(self):
last_block_size = self.last_block.sprites()[0].size
last_block_y = self.last_block.sprites()[0].rect.bottom
if last_block_y <= 600:
return True
return False
def add_blocks_and_spaces(self):
filled, unfilled = self.get_new_cells()
spaces = BlocksController.cells_to_rectangles(unfilled)
self.sprite_groups.replace_spaces(spaces)
blocks = BlocksController.cells_to_blocks(filled)
self.sprite_groups.add_blocks(blocks)
def move_all_blocks(self):
for block_sprite in self.blocks:
block_sprite.moveUp()
for space in self.sprite_groups.free_spaces:
space.move_up()
def remove_off_screen_blocks(self):
for block_sprite in self.blocks:
if block_sprite.rect.y <= -BlockSprite.height:
block_sprite.kill()
def get_new_cells(self):
next_rows = self.rows.get_new_rows()
filled_cells, unfilled_cells = BlocksController.get_filled_unfilled_cells(
next_rows)
return filled_cells, unfilled_cells
@staticmethod
def cells_to_rectangles(cells):
rectangles = []
for cell, row_type in cells:
rectangle = RectangleSprite(
(cell.index / 2) * RectangleSprite.width +
(RectangleSprite.width / 2),
600 + (RectangleSprite.height / 2), row_type)
rectangles.append(rectangle)
return rectangles
@staticmethod
def cells_to_blocks(cells):
blocks = []
for cell, row_type in cells:
rectangle_centerx = (cell.index / 2) * RectangleSprite.width + (
RectangleSprite.width / 2)
rectangle_centery = 600 + (RectangleSprite.height / 2)
if row_type == RectangleSprite.BORDER_ROW:
block = Block(rectangle_centerx + 4,
rectangle_centery - (RectangleSprite.height / 2),
row_type)
elif row_type == RectangleSprite.BLOCK_ROW:
block = Block(
rectangle_centerx - (RectangleSprite.width / 2) + 4,
rectangle_centery, row_type)
else:
raise TypeError("No Row Type specified")
blocks.append(block)
return blocks
@staticmethod
def get_filled_unfilled_cells(rows):
filled_cells = []
unfilled_cells = []
for row in rows:
for cell in row:
if cell.is_filled:
filled_cells.append((cell, row.row_type))
elif not cell.is_filled and cell.cell_type == Cell.BORDER:
unfilled_cells.append((cell, row.row_type))
return filled_cells, unfilled_cells
class BlocksController():
def __init__(self, sprite_groups):
self.sprite_groups = sprite_groups
self.blocks = sprite_groups.blocks
self.last_block = sprite_groups.last_block
self.rows = Rows()
def update_blocks(self):
added = False
self.check_collisions()
if self.is_space_for_new_blocks():
self.sprite_groups.level_text.sprites()[0].add()
self.add_blocks_and_spaces()
added = True
self.move_all_blocks()
self.remove_off_screen_blocks()
return added
def check_collisions(self):
blocks_hit = self.sprite_groups.blocks_hit
for block in blocks_hit:
block.image.fill(Color.AQUAFINE)
def is_space_for_new_blocks(self):
last_block_size = self.last_block.sprites()[0].size
last_block_y = self.last_block.sprites()[0].rect.bottom
if last_block_y <= 600:
return True
return False
def add_blocks_and_spaces(self):
filled, unfilled = self.get_new_cells()
spaces = BlocksController.cells_to_rectangles(unfilled)
self.sprite_groups.replace_spaces(spaces)
blocks = BlocksController.cells_to_blocks(filled)
self.sprite_groups.add_blocks(blocks)
def move_all_blocks(self):
for block_sprite in self.blocks:
block_sprite.moveUp()
for space in self.sprite_groups.free_spaces:
space.move_up()
def remove_off_screen_blocks(self):
for block_sprite in self.blocks:
if block_sprite.rect.y <= -BlockSprite.height:
block_sprite.kill()
def get_new_cells(self):
next_rows = self.rows.get_new_rows()
filled_cells, unfilled_cells = BlocksController.get_filled_unfilled_cells(next_rows)
return filled_cells, unfilled_cells
@staticmethod
def cells_to_rectangles(cells):
rectangles = []
for cell, row_type in cells:
rectangle = RectangleSprite((cell.index/2)*RectangleSprite.width + (RectangleSprite.width/2), 600 + (RectangleSprite.height/2), row_type)
rectangles.append(rectangle)
return rectangles
@staticmethod
def cells_to_blocks(cells):
blocks = []
for cell, row_type in cells:
rectangle_centerx = (cell.index/2)*RectangleSprite.width + (RectangleSprite.width/2)
rectangle_centery = 600 + (RectangleSprite.height/2)
if row_type == RectangleSprite.BORDER_ROW:
block = Block(rectangle_centerx + 4, rectangle_centery - (RectangleSprite.height/2), row_type)
elif row_type == RectangleSprite.BLOCK_ROW:
block = Block(rectangle_centerx - (RectangleSprite.width/2) + 4, rectangle_centery, row_type)
else:
raise TypeError("No Row Type specified")
blocks.append(block)
return blocks
@staticmethod
def get_filled_unfilled_cells(rows):
filled_cells = []
unfilled_cells = []
for row in rows:
for cell in row:
if cell.is_filled:
filled_cells.append((cell,row.row_type))
elif not cell.is_filled and cell.cell_type == Cell.BORDER:
unfilled_cells.append((cell,row.row_type))
return filled_cells, unfilled_cells