def repl():
board = make_board()
player = "X"
opp = "O"
from minmax_ai import AI
ai = AI(ai_piece=opp,
opp=player,
depth=5,
game_over_fun=game_over,
eval_fun=evaluate,
moves_fun=possible_moves,
next_state_fun=next_state)
print "You are X"
print "Enter your moves as a zero-indexed col number"
while(True):
print
print "Your Turn: "
print_board(board)
input = raw_input()
col = int(input)
if board[col][0] != blank:
print "Invalid move!"
continue
board = next_state(board, player, col)
print_board(board)
winner = get_winner(board, player, opp)
if game_over(board, player, opp):
if winner != None:
if winner == player:
print "You win!"
else:
print "You lose!"
else:
print "Draw!"
break
print
print "Their turn..."
score, ai_move = ai.get_move(board)
print ai_move
board = next_state(board, opp, ai_move)
print_board(board)
winner = get_winner(board, player, opp)
if game_over(board, player, opp):
if winner != None:
if winner == player:
print "You win!"
else:
print "You lose!"
else:
print "Draw!"
break
def repl():
board = make_board(3)
player = "X"
opp = "O"
from minmax_ai import AI
ai = AI(ai_piece=opp,
opp=player,
depth=9,
game_over_fun=game_over,
eval_fun=evaluate,
moves_fun=possible_moves,
next_state_fun=next_state)
print "You are X"
print "Enter your moves as: col row"
while(True):
print
print "Your Turn: "
print_board(board)
input = raw_input()
y, x = map(int, input.split())
if board[y][x] != blank:
print "Invalid move!"
continue
board = next_state(board, player, (y,x))
print_board(board)
winner = get_winner(board)
if game_over(board, player, opp):
if winner != None:
if winner == player:
print "You win!"
else:
print "You lose!"
else:
print "Draw!"
break
print
print "Their turn..."
score, ai_move = ai.get_move(board)
print ai_move
board = next_state(board, opp, ai_move)
print_board(board)
winner = get_winner(board)
if game_over(board, player, opp):
if winner != None:
if winner == player:
print "You win!"
else:
print "You lose!"
else:
print "Draw!"
break
def repl():
board = make_board()
player = "X"
opp = "O"
ai = AI(ai_piece=opp,
opp=player,
depth=5,
game_over_fun=game_over,
eval_fun=evaluate,
moves_fun=possible_moves,
next_state_fun=next_state)
print "You are X"
print "Enter your moves as a zero-indexed col number"
while (True):
print
print "Your Turn: "
print_board(board)
input = raw_input()
col = int(input)
if board[col][0] != blank:
print "Invalid move!"
continue
board = next_state(board, player, col)
print_board(board)
winner = get_winner(board, player, opp)
if game_over(board, player, opp):
if winner != None:
if winner == player:
print "You win!"
else:
print "You lose!"
else:
print "Draw!"
break
print
print "Their turn..."
score, ai_move = ai.get_move(board)
print ai_move
board = next_state(board, opp, ai_move)
print_board(board)
winner = get_winner(board, player, opp)
if game_over(board, player, opp):
if winner != None:
if winner == player:
print "You win!"
else:
print "You lose!"
else:
print "Draw!"
break
def repl():
board = make_board(3)
player = "X"
opp = "O"
ai = AI(ai_piece=opp,
opp=player,
depth=9,
game_over_fun=game_over,
eval_fun=evaluate,
moves_fun=possible_moves,
next_state_fun=next_state)
print "You are X"
print "Enter your moves as: col row"
while (True):
print
print "Your Turn: "
print_board(board)
input = raw_input()
y, x = map(int, input.split())
if board[y][x] != blank:
print "Invalid move!"
continue
board = next_state(board, player, (y, x))
print_board(board)
winner = get_winner(board)
if game_over(board, player, opp):
if winner != None:
if winner == player:
print "You win!"
else:
print "You lose!"
else:
print "Draw!"
break
print
print "Their turn..."
score, ai_move = ai.get_move(board)
print ai_move
board = next_state(board, opp, ai_move)
print_board(board)
winner = get_winner(board)
if game_over(board, player, opp):
if winner != None:
if winner == player:
print "You win!"
else:
print "You lose!"
else:
print "Draw!"
break
def repl():
board = make_board(5)
player = PAWN_PLAYER
opp = PAWN_IA
ai = AI(ai_piece=opp,
opp=player,
depth=9,
game_over_fun=game_over,
eval_fun=evaluate,
moves_fun=possible_moves,
next_state_fun=next_state)
turn = 0
board = next_state(board, player, (0,0))
print_board(board)
print "You are X"
while(True):
print
print "Your Turn: "
#input = raw_input()
try:
y = 0
x = int(raw_input())
playerLastMove = x
if x > 4 or x < 0:
print "Invalid move! Must be a number between 0-4."
continue
except IndexError:
print "Invalid move! Out of board cordinates."
continue
except ValueError:
print "Invalid move!"
continue
board = next_state(board, player, (x,y))
print_board(board)
vW,hW,draw = get_winner(board)
if game_over(board, player, opp):
if vW :
print "The real player win!"
elif hW:
print "The IA win!"
else:
print "Draw!"
break
print
#IA controls
sys.stdout.write('The IA is thinking and the move is ')
sys.stdout.flush()
if turn == 0 :
print "(0, "+str(4)+")"
board = next_state(board, opp , (0,4))
else:
score, ai_move = ai.get_move(board)
print ai_move
board = next_state(board, opp, ai_move)
#End IA controls
#Player2 controls
'''
while True:
try:
y = int(raw_input())
x = 0
if y > 4 or y < 0:
print "Invalid move! Must be a number between 0-4."
continue
break
except IndexError:
print "Invalid move! Out of board cordinates."
continue
except ValueError:
print "Invalid move!"
continue
board = next_state(board, opp, (x,y))
#'''
#End player2 controls
print_board(board)
vW,hW,draw = get_winner(board)
if game_over(board, player, opp):
if hW :
print "The IA win!"
elif vW:
print "The real player win!"
else:
print "Draw!"
break
turn = turn + 1
def repl():
global GHOST_C, GHOST_R
board = make_board()
from minmax_ai import AI
ai = AI(ai_piece=OPP,
opp=PLAYER,
depth=5,
game_over_fun=game_over,
eval_fun=evaluate,
moves_fun=possible_moves,
next_state_fun=next_state)
print "You are X"
print "The numbers at the bottom-right corner of cells is the col-row number. Seperate the digits when entering you move"
print "Enter your moves as: from_col from_row to_col to_row"
print "NOTE: When jumping a piece, enter the from col-row and the col-row of the FIRST PIECE to jump, NOT the space after it. Chain jumps will automaticlaly be performed for you"
print "Your pieces are in GREEN, your opponenets are RED, and the ghost of where you opponent was is in WHITE"
while(True):
print
print "Your Turn: "
print_board(board)
print possible_moves(board, PLAYER)
input = raw_input()
f_c, f_r, t_c, t_r = map(int, input.split())
if not is_valid_move(board, PLAYER, f_c, f_r, t_c, t_r):
print "Invalid move!"
continue
board = next_state(board, PLAYER, (f_c, f_r, t_c- f_c, t_r - f_r))
winner = get_winner(board)
if game_over(board, PLAYER, OPP):
if winner != None:
if winner == PLAYER:
print "You win!"
else:
print "You lose!"
else:
print "Draw!"
break
print
print "Their turn..."
score, ai_move = ai.get_move(board)
board = next_state(board, OPP, ai_move)
ai_fc, ai_fr, ai_dc, ai_dr = ai_move
GHOST_C, GHOST_R = ai_fc, ai_fr
board[GHOST_C][GHOST_R] = GHOST_OPP
print str((ai_fc, ai_fr)) + " -> " + str((ai_fc + ai_dc, ai_fr + ai_dr))
winner = get_winner(board)
if game_over(board, PLAYER, OPP):
if winner != None:
if winner == PLAYER:
print "You win!"
else:
print "You lose!"
else:
print "Draw!"
break
def repl():
global GHOST_C, GHOST_R
board = make_board()
from minmax_ai import AI
ai = AI(ai_piece=OPP,
opp=PLAYER,
depth=5,
game_over_fun=game_over,
eval_fun=evaluate,
moves_fun=possible_moves,
next_state_fun=next_state)
print "You are X"
print "The numbers at the bottom-right corner of cells is the col-row number. Seperate the digits when entering you move"
print "Enter your moves as: from_col from_row to_col to_row"
print "NOTE: When jumping a piece, enter the from col-row and the col-row of the FIRST PIECE to jump, NOT the space after it. Chain jumps will automaticlaly be performed for you"
print "Your pieces are in GREEN, your opponenets are RED, and the ghost of where you opponent was is in WHITE"
while (True):
print
print "Your Turn: "
print_board(board)
print possible_moves(board, PLAYER)
input = raw_input()
f_c, f_r, t_c, t_r = map(int, input.split())
if not is_valid_move(board, PLAYER, f_c, f_r, t_c, t_r):
print "Invalid move!"
continue
board = next_state(board, PLAYER, (f_c, f_r, t_c - f_c, t_r - f_r))
winner = get_winner(board)
if game_over(board, PLAYER, OPP):
if winner != None:
if winner == PLAYER:
print "You win!"
else:
print "You lose!"
else:
print "Draw!"
break
print
print "Their turn..."
score, ai_move = ai.get_move(board)
board = next_state(board, OPP, ai_move)
ai_fc, ai_fr, ai_dc, ai_dr = ai_move
GHOST_C, GHOST_R = ai_fc, ai_fr
board[GHOST_C][GHOST_R] = GHOST_OPP
print str((ai_fc, ai_fr)) + " -> " + str(
(ai_fc + ai_dc, ai_fr + ai_dr))
winner = get_winner(board)
if game_over(board, PLAYER, OPP):
if winner != None:
if winner == PLAYER:
print "You win!"
else:
print "You lose!"
else:
print "Draw!"
break