def preparaTrainingEngines(self, configuration, reg):
reg["DICFENM2"] = self.recalcFenM2()
reg["TIMES"] = [500, 1000, 2000, 4000, 8000]
reg["ENGINES"] = EnginesBunch.bunch(reg["KEY_ENGINE"],
reg["NUM_ENGINES"],
configuration.dic_engines)
def trainNewEngines(self):
training = self.dbop.trainingEngines()
color = "WHITE"
basepv = self.dbop.basePV
mandatory = basepv.count(" ") + 1 if len(basepv) > 0 else 0
control = 10
lost_points = 20
engine_control = self.configuration.tutor.key
engine_time = 5.0
num_engines = 20
key_engine = "alaric"
ext_engines = []
auto_analysis = True
ask_movesdifferent = False
times = [500, 1000, 2000, 4000, 8000]
books = ["", "", "", "", ""]
books_sel = ["", "", "", "", ""]
if training is not None:
color = training["COLOR"]
mandatory = training.get("MANDATORY", mandatory)
control = training.get("CONTROL", control)
lost_points = training.get("LOST_POINTS", lost_points)
engine_control = training.get("ENGINE_CONTROL", engine_control)
engine_time = training.get("ENGINE_TIME", engine_time)
num_engines = training.get("NUM_ENGINES", num_engines)
key_engine = training.get("KEY_ENGINE", key_engine)
ext_engines = training.get("EXT_ENGINES", ext_engines)
auto_analysis = training.get("AUTO_ANALYSIS", auto_analysis)
ask_movesdifferent = training.get("ASK_MOVESDIFFERENT",
ask_movesdifferent)
times = training.get("TIMES", times)
books = training.get("BOOKS", books)
books_sel = training.get("BOOKS_SEL", books_sel)
separador = FormLayout.separador
li_gen = [separador]
liJ = [(_("White"), "WHITE"), (_("Black"), "BLACK")]
config = FormLayout.Combobox(_("Play with"), liJ)
li_gen.append((config, color))
li_gen.append((_("Mandatory moves") + ":", mandatory))
li_gen.append(separador)
li_gen.append((_("Moves until the control") + ":", control))
li_gen.append(separador)
li_gen.append(
(_("Maximum number of lost centipawns to pass control") + ":",
lost_points))
li_gen.append(separador)
dic_engines = self.configuration.dic_engines
li_engines = EnginesBunch.lista(dic_engines)
config = FormLayout.Spinbox(
"%s: %s" % (_("Automatic selection"), _("number of engines")), 0,
len(li_engines), 50)
li_gen.append((config, num_engines))
likeys = [(dic_engines[x].name, x) for x in li_engines
if x in dic_engines]
config = FormLayout.Combobox(
"%s: %s" % (_("Automatic selection"), _("bunch of engines")),
likeys)
li_gen.append((config, key_engine))
li_gen.append(separador)
config = FormLayout.Combobox(_("Engine that does the control"),
self.configuration.comboMotores())
li_gen.append((config, engine_control))
li_gen.append(
(_("Duration of analysis (secs)") + ":", float(engine_time)))
li_gen.append(separador)
li_gen.append((_("Automatic analysis") + ":", auto_analysis))
li_gen.append(separador)
li_gen.append(
(_("Ask when the moves are different from the line") + ":",
ask_movesdifferent))
li = [("--", "")]
for key, cm in self.configuration.dic_engines.items():
li.append((cm.nombre_ext(), key))
li = sorted(li, key=operator.itemgetter(1))
li_ext = []
for x in range(16):
config = FormLayout.Combobox("%s %d" % (_("Engine"), x + 1), li)
key = ext_engines[x] if len(ext_engines) > x else ""
li_ext.append((config, key))
liLevels = [separador]
list_books = Books.ListBooks()
list_books.restore_pickle(self.configuration.file_books)
list_books.check()
libooks = [(bookx.name, bookx) for bookx in list_books.lista]
libooks.insert(0, ("--", None))
li_books_sel = (("", ""), (_("Uniform random"),
"au"), (_("Proportional random"), "ap"),
(_("Always the highest percentage"), "mp"))
for level in range(5):
n = level + 1
title = "%s %d" % (_("Level"), n)
# liLevels.append((None, title))
tm = times[level] / 1000.0 if len(times) > level else 0.0
liLevels.append(
("%s. %s:" % (title, _("Time engines think in seconds")), tm))
bk = books[level] if len(books) > level else ""
book = list_books.buscaLibro(bk) if bk else None
config = FormLayout.Combobox(_("Book"), libooks)
liLevels.append((config, book))
config = FormLayout.Combobox(_("Book selection mode"),
li_books_sel)
liLevels.append((config, books_sel[level]))
lista = []
lista.append((li_gen, _("Basic data"), ""))
lista.append((li_ext, _("Manual engine selection"), ""))
lista.append((liLevels, _("Levels"), ""))
resultado = FormLayout.fedit(lista,
title=_("With engines"),
parent=self,
anchoMinimo=360,
icon=Iconos.Study())
if resultado is None:
return
accion, liResp = resultado
selMotoresExt = []
li_gen, li_ext, liLevels = liResp
for key in li_ext:
if key:
selMotoresExt.append(key)
reg = {}
(
reg["COLOR"],
reg["MANDATORY"],
reg["CONTROL"],
reg["LOST_POINTS"],
reg["NUM_ENGINES"],
reg["KEY_ENGINE"],
reg["ENGINE_CONTROL"],
reg["ENGINE_TIME"],
reg["AUTO_ANALYSIS"],
reg["ASK_MOVESDIFFERENT"],
) = li_gen
reg["EXT_ENGINES"] = selMotoresExt
if (len(selMotoresExt) + reg["NUM_ENGINES"]) == 0:
reg["NUM_ENGINES"] = 1
times = []
books = []
books_sel = []
for x in range(5):
tm = int(liLevels[x * 3] * 1000)
bk = liLevels[x * 3 + 1]
bk_mode = liLevels[x * 3 + 2]
if tm:
times.append(tm)
books.append(bk.name if bk else "")
books_sel.append(bk_mode)
if len(times) == 0:
times.append(500)
books.append(None)
reg["TIMES"] = times
reg["BOOKS"] = books
reg["BOOKS_SEL"] = books_sel
self.dbop.createTrainingEngines(reg, self.procesador)
QTUtil2.message_bold(self, _("Created"))