def select_rival_move(self):
select = self.resp_rival
if select == "su":
resp = WindowBooks.eligeJugadaBooks(
self.main_window, self.list_moves,
self.game.last_position.is_white)
elif select == "mp":
resp = self.list_moves[0][0], self.list_moves[0][
1], self.list_moves[0][2]
nmax = self.list_moves[0][4]
for xfrom, xto, promotion, pgn, peso in self.list_moves:
if peso > nmax:
resp = xfrom, xto, promotion
nmax = peso
elif select == "au":
pos = random.randint(0, len(self.list_moves) - 1)
resp = self.list_moves[pos][0], self.list_moves[pos][
1], self.list_moves[pos][2]
else:
li = [int(x[4] * 100000) for x in self.list_moves]
t = sum(li)
num = random.randint(1, t)
pos = 0
t = 0
for n, x in enumerate(li):
t += x
if num <= t:
pos = n
break
resp = self.list_moves[pos][0], self.list_moves[pos][
1], self.list_moves[pos][2]
return resp
def eligeJugadaBookBase(self, book, book_select):
fen = self.last_fen()
if book_select == "su":
listaJugadas = book.get_list_moves(fen)
if listaJugadas:
resp = WindowBooks.eligeJugadaBooks(self.main_window, listaJugadas, self.game.last_position.is_white)
return True, resp[0], resp[1], resp[2]
else:
pv = book.eligeJugadaTipo(fen, book_select)
if pv:
return True, pv[:2], pv[2:4], pv[4:]
return False, None, None, None
def ayuda(self):
if self.human_is_playing:
self.paraHumano()
else:
return
self.board.set_position(self.game.last_position)
main = self.list_moves[0][4]
saux = False
paux = 0
for n, jug in enumerate(self.list_moves):
opacity = p = jug[4]
simain = p == main
if not simain:
if not saux:
paux = p
saux = True
opacity = 1.0 if p == paux else max(p, 0.25)
self.board.creaFlechaMulti(jug[0] + jug[1],
siMain=simain,
opacity=opacity)
resp = WindowBooks.eligeJugadaBooks(self.main_window,
self.list_moves,
self.human_side,
siSelectSiempre=False)
self.board.remove_arrows()
if resp is None:
self.sumar_aciertos = False
self.sigueHumano()
return
xfrom, xto, promotion = resp
ok, mens, jg = Move.get_game_move(self.game, self.game.last_position,
xfrom, xto, promotion)
self.movimientos += 1
self.set_label3("<b>%s</b>" % self.txt_matches())
self.move_the_pieces(jg.liMovs)
self.masJugada(jg, True)
self.error = ""
self.sumar_aciertos = True
self.siguienteJugada()
def play_human(self, xfrom, xto, promotion=None):
jg = self.check_human_move(xfrom, xto, promotion)
if not jg:
return False
found = False
actpeso = 0
for jdesde, jhasta, jpromotion, jpgn, peso in self.list_moves:
if xfrom == jdesde and xto == jhasta and jg.promotion == jpromotion:
found = True
actpeso = peso
break
if found and self.player_highest: # si el jugador busca elegir el maximo
maxpeso = 0.0
for jdesde, jhasta, jpromotion, jpgn, peso in self.list_moves:
if peso > maxpeso:
maxpeso = peso
if actpeso < maxpeso:
found = False
if not found:
self.board.set_position(self.game.last_position)
main = self.list_moves[0][4]
saux = False
paux = 0
for n, jug in enumerate(self.list_moves):
opacity = p = jug[4]
simain = p == main
if not simain:
if not saux:
paux = p
saux = True
opacity = 1.0 if p == paux else max(p, 0.25)
self.board.creaFlechaMulti(jug[0] + jug[1],
siMain=simain,
opacity=opacity)
if self.show_menu:
resp = WindowBooks.eligeJugadaBooks(self.main_window,
self.list_moves,
self.human_side,
siSelectSiempre=False)
self.board.remove_arrows()
else:
resp = None
if resp is None:
self.sumar_aciertos = False
self.sigueHumano()
return False
xfrom, xto, promotion = resp
ok, mens, jg = Move.get_game_move(self.game,
self.game.last_position, xfrom,
xto, promotion)
else:
if self.sumar_aciertos:
self.aciertos += actpeso
self.movimientos += 1
self.set_label3("<b>%s</b>" % self.txt_matches())
self.move_the_pieces(jg.liMovs)
self.masJugada(jg, True)
self.error = ""
self.sumar_aciertos = True
self.siguienteJugada()
return True