def draw_bricks(self, surface):
"""
Draw all bricks (stacked and dropping) to the passed Pygame Surface.
"""
if self.db:
# Dropping brick
surface.blit(self.b1().image, self.b1().rect)
surface.blit(self.b2().image, self.b2().rect)
# Draw "Next" label
font_obj = pygame.font.Font(self._font_dir + "OpenSans-Regular.ttf",
20)
self.print_surface("Next", surface,
(self.max_pos_x + int(self.bw * 3 / 2),
self.min_pos_y + 3 * self.bh - 10), font_obj)
# Draw next brick
next_db = DoubleBrick(self.next_color, self.next_breaker,
self.next_topleft, self.brick_size)
surface.blit(next_db.brick1.image, next_db.brick1.rect)
surface.blit(next_db.brick2.image, next_db.brick2.rect)
# Draw rectangle around next brick
pygame.draw.rect(
surface, white,
pygame.rect.Rect((self.max_pos_x + int(self.bw * 7 / 4),
self.min_pos_y + int(self.bh * 15 / 4)),
(int(self.bw * 3 / 2), int(self.bh * 5 / 2))), 2)
# Stacked bricks
for col in range(self.num_cols):
for row in range(self.num_rows):
surface.blit(self.stacked_bricks[col][row].image,
self.stacked_bricks[col][row].rect)
def create_brick(self):
"""
Create a new dropping brick.
"""
# Create a dropping brick pair
self.db = DoubleBrick(self.next_color, self.next_breaker,
(self.gen_col * self.bw + self.left, self.top),
self.brick_size)
# Determine next brick colors and breaker status
self.gen_next()
