def _handle_player_collide_block(self, player: Player, block: Block, data,
arbiter: pymunk.Arbiter) -> bool:
if(block.get_id() == "bounce"): # Propel Mario when collide to BounceBlock
self._player.set_velocity((0, -180))
if(block.get_id()== "flag"):
self.addScore() #to let the player enter his name to add the score on the highscore file
self.level = self.getNextLevel(self.level) #get the nextLevel using the config File
self.reset_world(self.level)
if(get_collision_direction(player, block) == "A"): #increase the player health in case his on top of the flag
player.change_health(1)
if(block.get_id()=="tunnel" and get_collision_direction(player, block) == "A" and self.down_pressed is True): #GO THE NEXT LEVEL IF the player pressed up on top of the tunnel
self.level = self.getNextTunnelLevel(self.level)
self.reset_world(self.level)
#Removing the bricks on the left and on the right of the switch
if block.get_id() == "switch" and get_collision_direction(player, block) == "A":
x,y = block.get_position()
block1 = self._world.get_block(x-GRID_WIDTH,y-block.getCollNum()*GRID_HEIGHT)
block2 = self._world.get_block(x+GRID_WIDTH,y+block.getCollNum()*GRID_HEIGHT)
self._world.remove_block(block1)
self._world.remove_block(block2)
block.incrementcollNum()
block.on_hit(arbiter, (self._world, player))
return True
def setUp(self) -> None:
o = None
block00 = Block.from_int_array([[o, o, o], [1, o, o], [o, o, o]])
block01 = Block.from_int_array([[o, o, o], [0, 1, o], [o, o, o]])
block10 = Block.from_int_array([[1, 0, 1], [1, 1, o], [1, 1, 1]])
block11 = Block.from_int_array([[o, o, o], [1, o, o], [o, 1, o]])
self.test_board = Board([[block00, block01], [block10, block11]])
def test_rotate_block(self):
o = None
tests = [{
'rot': Rotation(Position(0, 0), True),
'new': Block.from_int_array([[1, 1, o], [1, o, o], [o, o, o]])
}, {
'rot': Rotation(Position(0, 1), False),
'new': Block.from_int_array([[o, o, o], [o, 1, o], [o, 0, 1]])
}]
for test in tests:
new_board = self.test_board.rotate_block(test['rot'])
self.assertEqual(new_board.get_block(test['rot'].get_block_pos()),
test['new'])
def add_block(self, block: Block, x: float, y: float, *args, **kwargs):
"""Adds a block to the game world at the grid cell that contains ('x', 'y')
Parameters:
block (Block): The block to add to the grid
x (float): The x-coordinate of the position contained by the cell
y (float): The y-coordinate of the position contained by the cell
- See add_block_to_grid for other parameters
"""
col, row = self.xy_to_grid(x, y)
row -= block.get_cell_size()[1] - 1
return self.add_block_to_grid(block, col, row, *block.get_cell_size(),
*args, **kwargs)
def test_play_marble(self):
o = None
tests = [{
'move': Placement(Position(0, 0), Position(0, 0)),
'new': Block.from_int_array([[1, o, o], [1, o, o], [1, 1, o]]),
'colour': 1
}, {
'move': Placement(Position(0, 1), Position(2, 1)),
'new': Block.from_int_array([[o, o, o], [0, 1, o], [1, 0, o]]),
'colour': 0
}]
for test in tests:
new_board = self.test_board.play_marble(test['move'],
test['colour'])
self.assertEqual(new_board.get_block(test['move'].get_block_pos()),
test['new'])
def _handle_mob_collide_block(self, mob: Mob, block: Block, data,
arbiter: pymunk.Arbiter) -> bool:
if mob.get_id() == "fireball":
if block.get_id() == "brick":
self._world.remove_block(block)
self._world.remove_mob(mob)
return True
def create_block(world: World, block_id: str, x: int, y: int, *args):
"""Create a new block instance and add it to the world based on the block_id.
Parameters:
world (World): The world where the block should be added to.
block_id (str): The block identifier of the block to create.
x (int): The x coordinate of the block.
y (int): The y coordinate of the block.
"""
block_id = BLOCKS[block_id]
if block_id == "mystery_empty":
block = MysteryBlock()
elif block_id == "mystery_coin":
block = MysteryBlock(drop="coin", drop_range=(3, 6))
elif block_id == "bounce_block": # Adding bounce, tunnel and flag to the game world
block = BounceBlock()
elif block_id == "flag":
block = FlagpoleBlock()
elif block_id == "tunnel":
block = TunnelBlock()
elif block_id == "switch" :
block = switch()
else:
block = Block(block_id)
world.add_block(block, x * BLOCK_SIZE, y * BLOCK_SIZE)
def setUp(self) -> None:
o = None
self.test_block = Block.from_int_array([
[o, o, o],
[1, 1, 1],
[0, 1, 0],
])
def _draw_block(self, instance: Block, shape: pymunk.Shape,
view: tk.Canvas, offset: Tuple[int, int]) -> List[int]:
image = self.load_image(self._block_images[instance.get_id()])
return [
view.create_image(shape.bb.center().x + offset[0],
shape.bb.center().y,
image=image,
tags="block")
]
def _handle_mob_collide_block(self, mob: Mob, block: Block, data,
arbiter: pymunk.Arbiter) -> bool:
if mob.get_id() == "fireball":
if block.get_id() == "brick":
self._world.remove_block(block)
self._world.remove_mob(mob)
if mob.get_id() == "mushroom":
if get_collision_direction(block, mob) in ("L", "R"):
mob.direction *= -1
return True
def _handle_player_collide_block(self, player: Player, block: Block, data,
arbiter: pymunk.Arbiter) -> bool :
''' handle when the player hit some blocks, when they are colliding, the on_hit function will run'''
if block.get_id() == "switch":
block.on_hit(arbiter, (self._world, player))
return False
if block.get_id() == "flag":
if get_collision_direction(player, block) == "L" or get_collision_direction(player, block) == "R":
self.reset_world(new_level=block.get_filename())
if get_collision_direction(player, block) == "A" :
block.on_hit(arbiter, (self._world, player))
if block.get_id() == "tunnel":
if get_collision_direction(player, block) == "A":
#
self._master.bind("s", lambda a : self._tunnel(block))
self._master.bind("<Down>", lambda a : self._tunnel(block))
else:
block.on_hit(arbiter, (self._world, player))
return True
def _handle_mob_collide_block(self, mob: Mob, block: Block, data,
arbiter: pymunk.Arbiter) -> bool:
if(mob.get_id() == "mushroom"): #to change the mob direction when he touch a block
if get_collision_direction(block, mob) == "L" or get_collision_direction(block, mob) == "R":
mob.set_tempo(-1 * mob.get_tempo())
if mob.get_id() == "fireball":
if block.get_id() == "brick":
self._world.remove_block(block)
self._world.remove_mob(mob)
return True
def _handle_player_collide_block(self, player: Player, block: Block, data,
arbiter: pymunk.Arbiter) -> bool:
if get_collision_direction(player, block) == "A":
self._can_jump = True
if block._id == "bouncy":
if get_collision_direction(player, block) == "A":
self._renderer.activate_bouncy(block.get_shape())
elif block._id == "switch":
if block.activated():
return False
elif block._id == "flagpole":
name = self._ask_name()
score_name = self._current_level.replace(".txt", "_score.txt")
self._scores.load_scores(score_name)
self._scores.add_score(name, self._player.get_score())
self._scores.save_scores(score_name)
self.reset_world(block._next_level)
block.on_hit(arbiter, (self._world, player))
return True
def _handle_player_collide_block(self, player: Player, block: Block, data,
arbiter: pymunk.Arbiter) -> bool:
if get_collision_direction(
player, block
) == "A": # when player touch the blocks, set jumping to false
self._player.set_jumping(False)
if block.get_id() == "flag":
if get_collision_direction(player, block) == "A":
block.on_hit(arbiter, data)
else:
# tell the player to input their name and see if the score records need to be updated
self.update_score()
if self.get_next_level(
) == 'END': # if there's no further level, ask if start over
ans = messagebox.askokcancel(
'Good job, you finish the game', 'Start Over?')
if ans:
self.reset_world('level1.txt')
self._level = 'level1.txt'
self._player.clear_score()
self._player.change_health(
self._player.get_max_health())
self.redraw_status()
else:
self._master.destroy()
else:
self.reset_world(self.get_next_level())
self._level = self.get_next_level()
elif block.get_id() == "tunnel":
if get_collision_direction(
player, block) == "A" and self._player.is_duck() is True:
self._player.set_duck(False)
self.reset_world(self.get_next_level())
elif block.get_id() == 'switches':
if block.is_active():
block.on_hit(arbiter, (self._world, player))
block.on_hit(arbiter, (self._world, player))
return True
def init(self):
self.allSprites = pygame.sprite.Group()
self.walls = pygame.sprite.Group()
self.event = pygame.sprite.Group()
self.passing = pygame.sprite.Group()
self.projectile = pygame.sprite.Group()
Block(self, 20, 15, (255, 255, 255), collision=False, event=True)
for wall in self.data["blocks"]:
for i in range(wall["w"]):
for j in range(wall["h"]):
breakable = True if "breakable" in wall.keys() else False
Block(self,
wall["x"] + i,
wall["y"] + j,
wall["color"],
breakable=breakable)
self.player = Player(self, self.playerSpawn[0], self.playerSpawn[1])
self.camera = Camera(self.width, self.height)
def test_clockwise_rotate(self):
o = None
rotated_block = Block.from_int_array([
[0, 1, o],
[1, 1, o],
[0, 1, o],
])
msg = 'rotate anticlockwise not performing as expected'
self.assertEqual(self.test_block.rotate_clockwise(), rotated_block,
msg)
self.assertEqual(
rotated_block.rotate_anticlockwise().rotate_clockwise(),
rotated_block)
def _handle_mob_collide_block(self, mob: Mob, block: Block, data,
arbiter: pymunk.Arbiter) -> bool :
'''
handle when the mob hit other block
when the mob is fireball and hit a brick, the block will be destroyed
when the mob is mushroom and hit a brick, it will change its direction
'''
if mob.get_id() == "fireball" :
if block.get_id() == "brick" :
self._world.remove_block(block)
self._world.remove_mob(mob)
if mob.get_id() == "mushroom":
if get_collision_direction(mob, block) == "L" or get_collision_direction(mob, block) == "R" :
mob.set_tempo(-mob.get_tempo())
return True
def _handle_mob_collide_block(self, mob: Mob, block: Block, data,
arbiter: pymunk.Arbiter) -> bool:
if mob.get_id() == "fireball" or mob.get_id(
) == 'bullet_l' or mob.get_id() == 'bullet_r':
if block.get_id() == "brick":
self._world.remove_block(block)
self._world.remove_mob(mob)
else:
self._world.remove_mob(mob)
elif mob.get_id(
) == "mushroom": # mushroom bounces back a little when encountering blocks
if get_collision_direction(
mob, block) == "R" or get_collision_direction(
mob, block) == "L":
mob.set_tempo(-mob.get_tempo())
elif mob.get_id(
) == 'gang': # gang jumps over the blocks when encountering them
if get_collision_direction(mob, block) == "R":
mob.set_velocity((50, -350))
elif get_collision_direction(mob, block) == "L":
mob.set_velocity((-50, -350))
return True
def _tunnel(self, block: Block):
'''when the player stand on a tunnel and press the <down> or s, this function will bring him to a new level'''
self.reset_world(new_level=block.get_filename())
def blank(board_size, block_size) -> 'Board':
return Board([[Block.blank(block_size) for _ in range(board_size)]
for _ in range(board_size)])
def _handle_player_collide_block(self, player: Player, block: Block, data,
arbiter: pymunk.Arbiter) -> bool:
block.on_hit(arbiter, (self._world, player))
return True
def test_get_size(self):
for i in range(1, 10):
self.assertEqual(Block.blank(i).get_size(), i)