def xmousePressEvent(self, e):
index = self.point2index(e.pos())
if not self.square_empty(index):
return
steps = filter(lambda x: stepstr2to(x) == index, self.marked)
if steps == []:
return
#there might be more steps with same prefix e.g. Eg5w, Eg5w hg4n, etc.
step = steps[0][0:STEPSTR_LEN]
steps = map(lambda x: x.partition(step)[2].strip(), steps)
new_pos = self.pos.do_step(board.parse_move(step))
print new_pos.to_short_str()
new_steps = [ s for s in filter(lambda x: x != '', steps)]
if '' in steps:
new_steps += [ board.steps_to_str(step) for step, _ in new_pos.get_steps()]
self.update_pos_inner(new_pos, new_steps)
def xmousePressEvent(self, e):
index = self.point2index(e.pos())
if not self.square_empty(index):
return
steps = filter(lambda x: stepstr2to(x) == index, self.marked)
if steps == []:
return
#there might be more steps with same prefix e.g. Eg5w, Eg5w hg4n, etc.
step = steps[0][0:STEPSTR_LEN]
steps = map(lambda x: x.partition(step)[2].strip(), steps)
new_pos = self.pos.do_step(board.parse_move(step))
print new_pos.to_short_str()
new_steps = [s for s in filter(lambda x: x != '', steps)]
if '' in steps:
new_steps += [
board.steps_to_str(step) for step, _ in new_pos.get_steps()
]
self.update_pos_inner(new_pos, new_steps)
def process_record(line):
moves = line.split('\\n')
pos = make_empty_pos()
for m in moves:
#print m
#strip off move number
m = m[m.find(' ') + 1:]
try:
steps = board.parse_move(m)
lastpos = pos
pos = pos.do_move(steps)
except ValueError:
break
goal = pos.is_goal()
if goal:
#check not "give opponent" goal
if ((lastpos.color, goal) == (board.COL_GOLD, -1) or (lastpos.color, goal) == (board.COL_SILVER, 1)):
#print lastpos.to_long_str()
#print board.steps_to_str(steps)
return
print lastpos.to_short_str(), "#", board.steps_to_str(steps)
def process_record(line):
moves = line.split('\\n')
pos = make_empty_pos()
for m in moves:
#print m
#strip off move number
m = m[m.find(' ') + 1:]
try:
steps = board.parse_move(m)
lastpos = pos
pos = pos.do_move(steps)
except ValueError:
break
goal = pos.is_goal()
if goal:
#check not "give opponent" goal
if ((lastpos.color, goal) == (board.COL_GOLD, -1)
or (lastpos.color, goal) == (board.COL_SILVER, 1)):
#print lastpos.to_long_str()
#print board.steps_to_str(steps)
return
print lastpos.to_short_str(), "#", board.steps_to_str(steps)
def update_pos(self, pos):
self.mover.stop()
steps = [board.steps_to_str(step) for step, _ in pos.get_steps()]
self.update_pos_inner(pos, steps)
def do_test(self, engine):
lines = self.test.position.strip('\n').split('\n')
movenum, pos = board.parse_long_pos(lines)
engine.newgame()
engine.setoption("tcmove", self.time_per_test)
engine.setposition(pos)
engine.go()
log.debug('\n' + pos.to_long_str())
log.debug("Doing the test %s." % self)
while True:
resp = engine.get_response()
if resp.type == "bestmove":
log.debug("bestmove: %s" % resp.move)
bestmove = resp.move
break
else:
log.debug(resp.message)
if self.test.condition == "score goal":
if pos.do_move(board.parse_move(bestmove)).is_goal():
return 1
return 0
elif self.test.condition == "prevent goal":
new_pos = pos.do_move(board.parse_move(bestmove))
if pos.is_goal():
return 1
for p, move in new_pos.get_moves().items():
if p.is_goal():
print "Opponent's goal by:", board.steps_to_str(move)
return 0
return 1
elif self.test.condition == "piece_position":
new_pos = pos.do_move(board.parse_move(bestmove))
after_pp = self.test.after_piece_position
wpieces, bpieces = new_pos.to_placing_move()
pieces_str = "%s %s" % (wpieces[2:], bpieces[2:])
for item in after_pp.split('|'):
case, sep, reward = item.partition(':')
neg = False
for e in case.split(' '):
if len(e) == 0:
continue
if e[0] == '!':
e = e[1:]
neg = True
#check kills
if is_kill(e) and check_piece_pos(e, bestmove):
continue
#check position
if check_piece_pos(e, pieces_str):
continue
break
else:
try:
return float(reward)
except ValueError:
return 1
def update_pos(self, pos):
self.mover.stop()
steps = [ board.steps_to_str(step) for step, _ in pos.get_steps()]
self.update_pos_inner(pos, steps)
def do_test(self, engine):
lines = self.test.position.strip('\n').split('\n')
movenum, pos = board.parse_long_pos(lines)
engine.newgame()
engine.setoption("tcmove", self.time_per_test)
engine.setposition(pos)
engine.go()
log.debug('\n' + pos.to_long_str())
log.debug("Doing the test %s." % self)
while True:
resp = engine.get_response()
if resp.type == "bestmove":
log.debug("bestmove: %s" % resp.move)
bestmove = resp.move
break
else:
log.debug(resp.message)
if self.test.condition == "score goal":
if pos.do_move(board.parse_move(bestmove)).is_goal():
return 1
return 0
elif self.test.condition == "prevent goal":
new_pos = pos.do_move(board.parse_move(bestmove))
if pos.is_goal():
return 1
for p, move in new_pos.get_moves().items():
if p.is_goal():
print "Opponent's goal by:", board.steps_to_str(move)
return 0
return 1
elif self.test.condition == "piece_position":
new_pos = pos.do_move(board.parse_move(bestmove))
after_pp = self.test.after_piece_position
wpieces, bpieces = new_pos.to_placing_move()
pieces_str = "%s %s" % ( wpieces[2:], bpieces[2:])
for item in after_pp.split('|'):
case, sep, reward = item.partition(':')
neg = False
for e in case.split(' '):
if len(e) == 0:
continue
if e[0] == '!' :
e = e[1:]
neg = True
#check kills
if is_kill(e) and check_piece_pos(e, bestmove):
continue
#check position
if check_piece_pos(e, pieces_str):
continue
break
else:
try:
return float(reward)
except ValueError:
return 1
return 0
raise Exception("Unknown condition.")
