def rawPGN(pgn):
g = PGNreader.read1Game(pgn)
p = Partida.Partida(fen=g.fen)
p.leerPV(g.pv())
txt = ""
for k,v in g.labels.iteritems():
txt += "[%s \"%s\"]\n"%(k,v)
txt += "\n\n"
txt += p.pgnBase()
return txt
def rawPGN(pgn):
g = PGNreader.read1Game(pgn)
p = Partida.Partida(fen=g.fen)
p.leerPV(g.pv())
txt = ""
for k, v in g.labels.iteritems():
txt += "[%s \"%s\"]\n" % (k, v)
txt += "\n\n"
txt += p.pgnBase()
return txt
def read_line(self, line):
li = line.strip().split("|")
self.fen, self.label, pgn_moves = li[0], li[1], li[2]
self.pgn = '[FEN "%s"]\n\n%s' % (self.fen, pgn_moves)
g = PGNreader.read1Game(self.pgn)
self.pv = g.pv()
self.limoves = self.pv.split(" ")
nmoves = len(self.limoves)
self.num_moves = int(len(self.limoves) / 2)
if nmoves % 2 == 1:
self.num_moves += 1
return self
def leeTexto(self, texto):
game = PGNreader.read1Game(texto)
if game.erroneo:
return False
cp = ControlPosicion.ControlPosicion()
cp.leeFen(game.fen)
p = Partida.Partida(cp)
p.firstComment = game.moves.firstComment
for mv in game.moves.liMoves:
cpBase = ControlPosicion.ControlPosicion()
cpBase.leeFen(mv.fenPrev)
cpActual = ControlPosicion.ControlPosicion()
cpActual.leeFen(mv.fen)
jg = Jugada.Jugada()
jg.ponDatos(cpBase, cpActual, mv.desde, mv.hasta, mv.coronacion)
if mv.criticas:
li = []
for una in mv.criticas:
if una:
if una.isdigit():
li.append(una)
elif una[0] == "$":
una = una[1:]
if una:
li.append(una)
elif una[0] in "?!":
jg.criticaDirecta = una
jg.critica = " ".join(li)
if mv.comentarios:
jg.comentario = "\n".join(mv.comentarios)
if mv.variantes:
li = []
for una in mv.variantes:
li.append(una.toPGN())
jg.variantes = "\n\n".join(li)
p.append_jg(jg)
if game.moves:
p.ultPosicion = cpActual if game.moves.liMoves else cp.copia()
self.partida = p
self.dic = game.labels
self.siError = False
self.texto = texto
return True
def leeTexto(self, texto):
game = PGNreader.read1Game(unicode(texto))
cp = ControlPosicion.ControlPosicion()
cp.leeFen(game.fen)
p = Partida.Partida(cp)
p.firstComment = game.moves.firstComment
for mv in game.moves.liMoves:
cpBase = ControlPosicion.ControlPosicion()
cpBase.leeFen(mv.fenPrev)
cpActual = ControlPosicion.ControlPosicion()
cpActual.leeFen(mv.fen)
jg = Jugada.Jugada()
jg.ponDatos(cpBase, cpActual, mv.desde, mv.hasta, mv.coronacion)
if mv.criticas:
li = []
for una in mv.criticas:
if una:
if una.isdigit():
li.append(una)
elif una[0] == "$":
una = una[1:]
if una:
li.append(una)
elif una[0] in "?!":
jg.criticaDirecta = una
jg.critica = " ".join(li)
if mv.comentarios:
jg.comentario = "\n".join(mv.comentarios)
if mv.variantes:
li = []
for una in mv.variantes:
li.append(una.toPGN())
jg.variantes = "\n\n".join(li)
p.liJugadas.append(jg)
if game.moves:
p.ultPosicion = cpActual if game.moves.liMoves else cp.copia()
self.partida = p
self.dic = game.labels
self.siError = False
self.texto = texto
def numPlies(self, jugadas):
game = PGNreader.read1Game(jugadas)
return game.plies()
def numPlies(self, jugadas):
game = PGNreader.read1Game(jugadas)
return game.plies()
def mas(self):
path = QTVarios.select_pgn(self)
if not path:
return
fpgn = PGN.PGN()
dicDB = fpgn.leeFichero(self, path)
if dicDB is None:
return
bd = SQLBase.DBBase(dicDB["PATHDB"])
dClavesTam = dicDB["DCLAVES"]
dbf = bd.dbf("GAMES", ",".join(dClavesTam.keys()))
dbf.leer()
nreccount = dbf.reccount()
plant = ""
shuffle = False
reverse = False
todos = range(1, nreccount + 1)
li_regs = None
while True:
sep = FormLayout.separador
liGen = []
liGen.append((None, "%s: %d" % (_("Total games"), nreccount)))
liGen.append(sep)
config = FormLayout.Editbox(_("Select games") + "<br>" +
_("By example:") + " -5,7-9,14,19-" +
"<br>" + _("Empty means all games"),
rx="[0-9,\-,\,]*")
liGen.append((config, plant))
liGen.append(sep)
liGen.append((_("Shuffle") + ":", shuffle))
liGen.append(sep)
liGen.append((_("Reverse") + ":", reverse))
liGen.append(sep)
config = FormLayout.Spinbox(_("Max moves"), 0, 999, 50)
liGen.append((config, 0))
resultado = FormLayout.fedit(liGen,
title=_("Select games"),
parent=self,
anchoMinimo=200,
icon=Iconos.Opciones())
if resultado:
accion, liResp = resultado
plant, shuffle, reverse, max_moves = liResp
if plant:
ln = Util.ListaNumerosImpresion(plant)
li_regs = ln.selected(todos)
else:
li_regs = todos
nregs = len(li_regs)
if 12 <= nregs <= 500:
break
else:
QTUtil2.mensError(
self, "%s (%d)" %
(_("Number of games must be in range 12-500"), nregs))
li_regs = None
else:
break
if li_regs:
if shuffle:
random.shuffle(li_regs)
if reverse:
li_regs.sort(reverse=True)
li_regs = [x - 1 for x in li_regs] # 0 init
dic = {}
dic["TOURNEY"] = os.path.basename(path)[:-4]
games = dic["GAMES"] = []
for recno in li_regs:
pgn = dbf.leeOtroCampo(recno, "PGN")
g = PGNReader.read1Game(pgn)
pv = g.pv()
if max_moves:
lipv = pv.strip().split(" ")
if len(lipv) > max_moves:
pv = " ".join(lipv[:max_moves])
dt = {
"LABELS": [(k, v) for k, v in g.labels.items()],
"XPV": LCEngine.pv2xpv(pv)
}
games.append(dt)
self.litourneys.append(dic)
li = [("%s (%d)" % (tourney["TOURNEY"], len(tourney["GAMES"])),
tourney) for tourney in self.litourneys]
self.cbtourney.rehacer(li, dic)
dbf.cerrar()
bd.cerrar()