def event_handler(self, event):
print(self.current_player.id)
if self.current_gamestate == "setup":
px, py = event.pos
size = self.current_player.board.cell_size
x = int(px / size)
y = int(py / size)
if (x < self.amount_of_cols) & (y < self.amount_of_cols - 2):
#FUUULT
boat_cells = [
self.current_player.board.cells[x][y],
self.current_player.board.cells[x][y + 1],
self.current_player.board.cells[x][y + 2]
]
boat = Boat(boat_cells, self)
if self.current_player.board.check_cell(event.pos, boat):
boat.place()
self.current_player.boats.append(boat)
else:
hit_not_occupied = self.current_player.board.check_cell(event.pos)
self.current_player.board.render()
has_alive_boats = False
if hit_not_occupied:
print("hit")
for boat in self.current_player.boats:
if boat.alive:
has_alive_boats = True
break
if not has_alive_boats:
self.current_player.board.render_winner_text(
self.current_player)
return
sleep(1)
self.change_current_player()
def test_placingTwoBoats(self):
boat1 = Boat(5)
boat2 = Boat(2)
grid = Grid(10, 10)
boat1.place(grid, 0, 0, Boat.DIR_RIGHT)
# Can't place over an existing boat
self.assertEqual(boat2.place(grid, 0, 0, Boat.DIR_DOWN), False)
# Can place anywhere else
self.assertEqual(boat2.place(grid, 0, 1, Boat.DIR_DOWN), True)
def test_placingBoatRight(self):
boat = Boat(5)
grid = Grid(10, 10)
# Can't
self.assertEqual(boat.place(grid, 9, 2, boat.DIR_RIGHT), False)
self.assertEqual(grid.get(9, 2), Grid.EMPTY)
# Can
self.assertEqual(boat.place(grid, 2, 2, boat.DIR_RIGHT), True)
self.assertEqual(grid.get(2, 2), Grid.BOAT)
self.assertEqual(grid.get(3, 2), Grid.BOAT)
self.assertEqual(grid.get(4, 2), Grid.BOAT)
self.assertEqual(grid.get(5, 2), Grid.BOAT)
self.assertEqual(grid.get(6, 2), Grid.BOAT)
# Can't anymore
self.assertEqual(boat.place(grid, 0, 2, boat.DIR_RIGHT), False)
def test_placingBoatLeft(self):
boat = Boat(5)
grid = Grid(10, 10)
# Can't
self.assertEqual(boat.place(grid, 0, 7, boat.DIR_LEFT), False)
self.assertEqual(grid.get(0, 7), Grid.EMPTY)
# Can
self.assertEqual(boat.place(grid, 7, 7, boat.DIR_LEFT), True)
self.assertEqual(grid.get(7, 7), Grid.BOAT)
self.assertEqual(grid.get(6, 7), Grid.BOAT)
self.assertEqual(grid.get(5, 7), Grid.BOAT)
self.assertEqual(grid.get(4, 7), Grid.BOAT)
self.assertEqual(grid.get(3, 7), Grid.BOAT)
# Can't anymore
self.assertEqual(boat.place(grid, 7, 7, boat.DIR_LEFT), False)
def test_placingBoatUp(self):
boat = Boat(5)
grid = Grid(10, 10)
# Can't
self.assertEqual(boat.place(grid, 0, 0, boat.DIR_UP), False)
self.assertEqual(grid.get(0, 0), Grid.EMPTY)
# Can
self.assertEqual(boat.place(grid, 6, 6, boat.DIR_UP), True)
self.assertEqual(grid.get(6, 6), Grid.BOAT)
self.assertEqual(grid.get(6, 5), Grid.BOAT)
self.assertEqual(grid.get(6, 4), Grid.BOAT)
self.assertEqual(grid.get(6, 3), Grid.BOAT)
self.assertEqual(grid.get(6, 2), Grid.BOAT)
# Can't anymore
self.assertEqual(boat.place(grid, 6, 6, boat.DIR_UP), False)
def test_placingRandomly(self):
boat = Boat(5)
grid = Grid(10, 10)
boat.place(grid)
self.assertEqual(len(boat.pos_x), 5)
self.assertEqual(len(boat.pos_y), 5)
# Trying to hit the boat
while boat.remaining > 0:
remaining = boat.remaining
x = boat.pos_x[0]
y = boat.pos_y[0]
self.assertEqual(boat.hit(x, y), True)
self.assertEqual(boat.remaining, remaining - 1)
self.assertEqual(boat.hit(x, y), False)
self.assertEqual(boat.remaining, remaining - 1)
def test_placingBoatDown(self):
boat = Boat(5)
grid = Grid(10, 10)
# Can't
self.assertEqual(boat.place(grid, 0, 9, boat.DIR_DOWN), False)
self.assertEqual(grid.get(0, 9), Grid.EMPTY)
# Can
self.assertEqual(boat.place(grid, 0, 0, boat.DIR_DOWN), True)
self.assertEqual(grid.get(0, 0), Grid.BOAT)
self.assertEqual(grid.get(0, 1), Grid.BOAT)
self.assertEqual(grid.get(0, 2), Grid.BOAT)
self.assertEqual(grid.get(0, 3), Grid.BOAT)
self.assertEqual(grid.get(0, 4), Grid.BOAT)
# Can't anymore
self.assertEqual(boat.place(grid, 0, 0, boat.DIR_DOWN), False)
def test_hit(self):
boat = Boat(5)
grid = Grid(10, 10)
self.assertEqual(boat.place(grid, 2, 2, boat.DIR_RIGHT), True)
self.assertEqual(boat.remaining, 5)
# Miss
self.assertEqual(boat.hit(1, 2), False)
self.assertEqual(boat.hit(2, 1), False)
self.assertEqual(boat.hit(2, 3), False)
self.assertEqual(boat.hit(7, 2), False)
# Hit
self.assertEqual(boat.hit(2, 2), True)
self.assertEqual(boat.remaining, 4)
# Can't hit a second time at the same pos
self.assertEqual(boat.hit(2, 2), False)
self.assertEqual(boat.remaining, 4)
