def setup(self, ):
for i in range(4):
for j in range(5):
if i == 0:
pos = {
0: CHARIOT,
1: HORSE,
2: ELEPHANT,
3: ADVISOR,
4: GENERAL
}
elif i == 2:
pos = {1: CANNON}
elif i == 3:
pos = {0: SOLDIER, 2: SOLDIER, 4: SOLDIER}
else:
pos = {0: 0}
try:
p = pos[j]
except:
p = 0
# print (p)
# side == 0 indicate top side
# else bottom side
side = 0
if p != 0:
self.board[i * 9 + j] = chess.chess(side, p, [i, j])
self.board[i * 9 + 8 - j] = chess.chess(
side, p, [i, 8 - j])
self.side0.append(self.board[i * 9 + j])
if i * 9 + j != i * 9 + 8 - j:
self.side0.append(self.board[i * 9 + 8 - j])
side = 1
self.board[(9 - i) * 9 + j] = chess.chess(
side, p, [9 - i, j])
self.board[(9 - i) * 9 + 8 - j] = chess.chess(
side, p, [9 - i, 8 - j])
self.side1.append(self.board[(9 - i) * 9 + j])
if (9 - i) * 9 + 8 - j != (9 - i) * 9 + j:
self.side1.append(self.board[(9 - i) * 9 + 8 - j])
if (i == 0 or i == 9) and j == 4:
self.general0 = self.board[4]
self.general1 = self.board[9 * 9 + 4]
else:
self.board[i * 9 + j] = 0
def __init__(self, color):
#print("Valar Morghulis")
self.chess = chess.chess()
self.name = self.__class__.__name__.lower()
if color == 'black':
self.name = self.name.lower()
elif color == 'white':
self.name = self.name.upper()
self.color = color
def judge():
global board, id0, id1, ai0, ai1, name0, name1, color_ai, steps, Record, init_board
# start working
steps = 0
now_sit = 0
Record = []
init_board = []
board = chess.chess()
# record chess
Record_Chess()
# spawn AI
seed_base = int(time.time() * 1e3) % 10000000000
id0 = seed_base % 2
id1 = 1 - id0
color_ai = [None, None]
color_ai[0] = 0 if id0 == 0 else 1
color_ai[1] = 1 - color_ai[0]
ai0 = spawnAI([sys.argv[1], '%.0f' % (seed_base+0)])
ai1 = spawnAI([sys.argv[2], '%.0f' % (seed_base+1)])
check_both(type(ai0) is not dict, type(ai1) is not dict, ai0, ai1)
# send ID and get name
res0 = send_id(ai0, id0)
res1 = send_id(ai1, id1)
name0 = res0 if type(res0) is not dict else '[Unknown]'
name1 = res1 if type(res1) is not dict else '[Unknown]'
check_both(type(res0) is not dict, type(res1) is not dict, res0, res1)
while steps < 2000:
steps += 1
if now_sit == 0:
res1 = action(ai0)
Record.append(res1)
check_both('err' not in res1, True, res1,'')
work(id0, res1)
message(ai0, id0, res1)
message(ai1, id0, res1)
now_sit = now_sit^1
else:
res2 = action(ai1)
Record.append(res2)
check_both(True, 'err' not in res2, '', res2)
work(id1, res2)
message(ai0, id1, res2)
message(ai1, id1, res2)
now_sit = now_sit^1
# stpes exceeded
finish(2, 'steps exceeded', 'steps exceeded')
def judge():
global board, id0, id1, ai0, ai1, name0, name1, color_ai, steps, Record, init_board
# start working
steps = 0
now_sit = 0
Record = []
init_board = []
board = chess.chess()
# record chess
Record_Chess()
# spawn AI
seed_base = int(time.time() * 1e3) % 10000000000
id0 = seed_base % 2
id1 = 1 - id0
color_ai = [None, None]
color_ai[0] = 0 if id0 == 0 else 1
color_ai[1] = 1 - color_ai[0]
ai0 = spawnAI([sys.argv[1], '%.0f' % (seed_base + 0)])
ai1 = spawnAI([sys.argv[2], '%.0f' % (seed_base + 1)])
check_both(type(ai0) is not dict, type(ai1) is not dict, ai0, ai1)
# send ID and get name
res0 = send_id(ai0, id0)
res1 = send_id(ai1, id1)
name0 = res0 if type(res0) is not dict else '[Unknown]'
name1 = res1 if type(res1) is not dict else '[Unknown]'
check_both(type(res0) is not dict, type(res1) is not dict, res0, res1)
while steps < 600:
steps += 1
if now_sit == 0:
res1 = action(ai0)
Record.append(res1)
check_both('err' not in res1, True, res1, '')
work(id0, res1)
message(ai0, id0, res1)
message(ai1, id0, res1)
now_sit = now_sit ^ 1
else:
res2 = action(ai1)
Record.append(res2)
check_both(True, 'err' not in res2, '', res2)
work(id1, res2)
message(ai0, id1, res2)
message(ai1, id1, res2)
now_sit = now_sit ^ 1
# stpes exceeded
finish(2, 'steps exceeded', 'steps exceeded')
def __init__(self,window):
self.all_squares_to_be_highlighted = None
self.chess=chess.chess()
self.images={}
self.selected_piece_position = None
self.window=window
self.BOARD_COLOR_1 = BOARD_COLOR_1
self.BOARD_COLOR_2 = BOARD_COLOR_2
self.create_chess_base()
self.canvas.bind("<Button-1>", self.on_square_clicked)
self.start_new_game()
# -*- coding: utf-8 -*- """ Created on Wed Oct 01 22:43:57 2014 @author: Juda @email: [email protected] """ import network import record import chess log=record.record() server=network.server(log) board=chess.chess(log) log.logging("Game Begin",'SHOWALL') now_player=1 player_limit=[3,3] steps=0 while True: steps+=1 now_player=1-now_player; server.send(server.AI[now_player],'action') log.logging("Send to player %d [name: %s] a signal: ACTION"%(now_player,server.AIname[now_player])) try: message=server.recieve(server.AI[now_player]) except socket.timeout: log.logging("Recieve message form player %d [name: %s]: TIME EXCEEDED LIMIT"%(now_player,server.AIname[now_player]),'SHOWALL')
def judge():
global board, id0, id1, ai0, ai1, name0, name1, color_ai, steps, empty_steps, init_board, init0, init1, Record, first_sit
# spawn AI
seed_base = int(time.time() * 1e3) % 10000000000
id0 = 0
id1 = 1 - id0
color_ai = [0, 0]
color_ai[0] = 0
color_ai[1] = 1
ai0 = spawnAI([sys.argv[1], '%.0f' % (seed_base + 0)], 'ai0_stdin.log',
'ai0_stdout.log', 'ai0_stderr.log')
ai1 = spawnAI([sys.argv[2], '%.0f' % (seed_base + 1)], 'ai1_stdin.log',
'ai1_stdout.log', 'ai1_stderr.log')
check_both(type(ai0) is not dict, type(ai1) is not dict, ai0, ai1)
# send ID and get name
res0 = send_id(ai0, 0)
res1 = send_id(ai1, 1)
name0 = res0 if type(res0) is not dict else '[Unknown]'
name1 = res1 if type(res1) is not dict else '[Unknown]'
check_both(type(res0) is not dict, type(res1) is not dict, res0, res1)
# start working
steps = 0
empty_steps = 0
first_sit = 0
now_sit = 0
Record = []
init_board = []
init0 = get_init(ai0)
init1 = get_init(ai1)
check_both(type(init0) is not dict, type(init1) is not dict, init0, init1)
board = chess.chess(init0, init1)
show_init(ai0)
show_init(ai1)
# record chess
Record_Chess()
eat_occurs = False
while empty_steps < 50:
steps += 1
eat_occurs = False
print("now it's the %d-th step" % steps)
if now_sit == 0:
res1 = action(ai0)
Record.append(res1)
check_both('err' not in res1, True, res1, '')
eat_occurs = work(id0, res1)
message(ai0, id0, res1)
message(ai1, id0, res1)
if eat_occurs:
empty_steps = 0
else:
empty_steps += 1
now_sit = now_sit ^ 1
else:
res2 = action(ai1)
Record.append(res2)
check_both(True, 'err' not in res2, '', res2)
eat_occurs = work(id1, res2)
message(ai0, id1, res2)
message(ai1, id1, res2)
if eat_occurs:
empty_steps = 0
else:
empty_steps += 1
now_sit = now_sit ^ 1
# steps exceeded
finish(2, 'steps exceeded', 'steps exceeded')
# Tests the chess function # Mostly saves a lot of time. import chess game = chess.chess()
