def handle_newhandevent(self, event):
self.oldhand = self.hand
self.hand = event.hand
self.hand.sort(key=lambda e: e.name)
self.hand.sort(key=lambda e: e.cost)
self.hand.sort(key=lambda e: e.cardtype)
x = HAND_DRAW_X
y = HAND_DRAW_Y
for (idx, card) in enumerate(self.hand):
self.known_cards.add(card)
try:
old_card = (c for c in self.oldhand if c.id == card.id).next()
card_rect = old_card.get_rect()
except (StopIteration, TypeError):
card_rect = None
if card_rect:
x_gen = move_linear(card_rect[0], x)
y_gen = move_linear(card_rect[1], y)
else:
x_gen = move_linear(x, x)
y_gen = move_linear(1100 + idx * 20, y)
card.get_rect = lambda x_gen=x_gen, y_gen=y_gen: pygame.Rect(x_gen.next(),
y_gen.next(), PREV_WIDTH, PREV_HEIGHT)
self.played_cards.add(card)
x += PREV_WIDTH + 5
def handle_newboardevent(self, event):
newboard = event.board
self.oldboard = self.board
self.board = newboard
x = BOARD_DRAW_X
y = BOARD_DRAW_Y
for card in self.board:
try:
nc = (c for c in self.known_cards if c.id == card.id).next()
(ox, oy, _, _) = nc.get_rect()
x_gen = move_linear(ox, x, speed=35)
y_gen = move_linear(oy, y, speed=35)
except StopIteration:
x_gen = move_linear(-500, x, speed=35)
y_gen = move_linear(y, y, speed=35)
card.get_rect = lambda x_gen=x_gen, y_gen=y_gen: pygame.Rect(x_gen.next(),
y_gen.next(), PREV_WIDTH, PREV_HEIGHT)
self.known_cards.add(card)
if self.oldboard:
try:
old_card = (c for c in self.oldboard if c.id == card.id).next()
old_rect = old_card.get_rect()
x_gen = move_linear(old_rect[0], x, speed=35)
y_gen = move_linear(old_rect[1], y, speed=35)
card.get_rect = lambda x_gen=x_gen, y_gen=y_gen: \
pygame.Rect(x_gen.next(), y_gen.next(),
PREV_WIDTH, PREV_HEIGHT)
except StopIteration:
pass
x += PREV_WIDTH + 5