def set_position(self, xy, preserve_tween=False):
self._position = xy
layer = self.layer_transform(xy)
xy = self.position_transform(xy)
if self.alive():
instance(Groups).get_group(self._group).change_layer(self, layer)
self.rect.x, self.rect.y = xy[0], xy[1]
if not preserve_tween:
self._position_tween = None
def __init__(self, xy, srcrect=None):
super().__init__()
self.dirty = 2
self.srcrect = srcrect
instance(Groups).get_group(self._group).add(self)
size = self.image.get_size(
) if self.srcrect is None else self.source_rect.size
self.rect = pg.Rect((0, 0), size)
self.set_position(xy)
self._position_tween = None
def __init__(self, xy, scale):
self.__type = ShadowType.DARK
self.group = GroupType.SHADOW
self.scale = scale
self.image = instance(Spritesheet).get_image(
Spritesheet.get_shadow_srcrect(self.__type, scale), scale)
super().__init__(xy)
def __get_all_moves(self, gxy):
logic = instance(Logic)
board = SimpleBoard(self)
moves, challenges = logic.get_move_and_challenge_cells(board, gxy)
special = logic.get_special_manoeuvres(board, gxy)
return {
Controller.MOVE_KEY: moves,
Controller.CHALLENGE_KEY: challenges,
Controller.SPECIAL_KEY: special,
}
def __str__(self):
s = ""
for i in range(self.__height):
for j in range(self.__width):
piece = self.__board[i][j]
if piece is not None:
piece = piece.get_piece()
c = '-' if piece is None else instance(Logic).get_char(piece)
s += c + ' '
s += '\n'
return s
def start(self):
self.__width, self.__height = 0, 0
def side(c):
if c == 'w':
return Side.FRONT
if c == 'b':
return Side.BACK
raise Exception("Incorrect board format.")
data = {}
logic = instance(Logic)
for key, value in instance(FileManager).load_board(
"default.board").items():
if key == "w":
self.__width = int(value)
elif key == "h":
self.__height = int(value)
elif len(key) == 2:
def get_coord(c):
return logic.get_coordinate(c, self.__height)
coords = tuple(map(get_coord, value.split(' ')))
data[(side(key[0]), logic.get_piece(key[1]))] = coords
sw, sh = instance(Globals).get_window_size()
cell_size = Spritesheet.BOARD_WIDTH * self.__board.get_cell_scale()
self.__x_offset = (sw - cell_size * self.__width) / 2
self.__y_offset = (sh - cell_size * self.__height) / 2
self.reset_board()
def colour(side):
return (PieceColour.BLACK,
PieceColour.WHITE)[int(side == Side.FRONT)]
for key, values in data.items():
s, p = key
for (i, j) in values:
self.__cells[i][j].place_piece(colour(s), p, s)
def __init__(self, gxy, xy, colour, _type, scale, child_scale):
self.__colour = colour
self.__type = _type
self.group = GroupType.BOARD
self.scale = scale
self.image = instance(Spritesheet).get_sheet(self._scale)
super().__init__(xy, self.get_srcrect())
self.__grid_position = gxy
self.__selected = False
self.__fallback_type = None
self.__child_scale = child_scale
self.__piece = Piece(self)
def __init__(self, cell):
self.__cell = cell
self.__colour = 0
self.__type = 0
self.__side = 0
self.__tags = set()
self.group = GroupType.PIECE
self.scale = cell.get_child_scale()
self.image = instance(Spritesheet).get_sheet(self._scale)
xy = cell.get_piece_position()
self.__lift = 0
self.__lift_tween = None
self.__shadow = Shadow(xy, self._scale)
self.update_shadow_alpha()
super().__init__(xy, self.get_srcrect())
self.set_active(False)
def __get_collision(self, pos):
for s in reversed(instance(Groups).get_sprites(GroupType.BOARD)):
if s.collidepoint(pos):
return s.get_grid_position()
return None
def __init__(self, text, xy, scale):
self.group = GroupType.UI
self.scale = scale
font = instance(FileManager).load_default_font(8 * scale)
self.image = font.render(text, True, (255, 255, 255))
super().__init__(xy)
def __init__(self):
super().__init__()
self.__sheets = { "1" : instance(FileManager).load_image("sprites.png", True) }