def wall(wall_type: WallType):
entity = create_wall(wall_type, (0, 0)).world_entity
e = MapEditorWorldEntity(
entity.sprite,
(entity.pygame_collision_rect.w, entity.pygame_collision_rect.h))
e.wall_type = wall_type
return e
def _add_wall(game_state, snapped_mouse_world_position: Tuple[int, int],
wall_type: WallType):
if len(
game_state.walls_state.get_walls_at_position(
snapped_mouse_world_position)) == 0:
wall = create_wall(wall_type, snapped_mouse_world_position)
game_state.walls_state.add_wall(wall)
def _set_wall(self, world_pos: Tuple[int, int], wall_type: WallType):
existing_walls = self.game_state.game_world.walls_state.get_walls_at_position(
world_pos)
if len(existing_walls) > 0:
if existing_walls[0].wall_type == wall_type:
return
for w in existing_walls:
self.game_state.game_world.walls_state.remove_wall(w)
wall = create_wall(wall_type, world_pos)
self.game_state.game_world.walls_state.add_wall(wall)
self._notify_ui_of_new_wall_positions()
def _create_floor_tiles_and_walls_from_grid(self, grid: Grid, xrange: Tuple[int, int], yrange: Tuple[int, int]) -> \
Tuple[List[DecorationEntity], List[Wall]]:
decorations: List[DecorationEntity] = []
walls: List[Wall] = []
for y in range(yrange[0], yrange[1]):
for x in range(xrange[0], xrange[1]):
position = (x * CELL_SIZE, y * CELL_SIZE)
is_even_cell = x % 2 == 0 and y % 2 == 0 # ground sprite covers 4 cells, so we only need them on even cells
if is_even_cell and any([grid.is_floor(c) for c in [(x, y), (x + 1, y), (x, y + 1), (x + 1, y + 1)]]):
decorations.append(create_decoration_entity(position, Sprite.DECORATION_GROUND_STONE))
if grid.is_wall((x, y)):
wall_type = self.determine_wall_type(grid, (x, y))
walls.append(create_wall(wall_type, position))
return decorations, walls
def deserialize(data) -> Wall:
return create_wall(WallType[data["wall_type"]], data["position"])
