EMPTY, BLACK, WHITE, OUTER = '.', '@', 'o', '?'
PIECES = (EMPTY, BLACK, WHITE, OUTER)
PLAYERS = {BLACK: 'Black', WHITE: 'White'}
SILENT = False
# To refer to neighbor squares we can add a direction to a square.
UP, DOWN, LEFT, RIGHT = -10, 10, -1, 1
UP_RIGHT, DOWN_RIGHT, DOWN_LEFT, UP_LEFT = -9, 11, 9, -11
DIRECTIONS = (UP, UP_RIGHT, RIGHT, DOWN_RIGHT, DOWN, DOWN_LEFT, LEFT, UP_LEFT)
game = Strategy()
board = game.initial_board()
player = WHITE
X_STRATEGY = game.alphabeta_search(3)
O_STRATEGY = game.human_strategy(3)
def play(strategy_X, strategy_O, first=WHITE):
"""
Plays strategy_X vs. strategy_O, beginning with first
in one game. Returns X, O or TIE as a result (string)
The functions make_move, next_player and terminal_test are
implemented elsewhere (e.g. in core.py). The current implementation
uses a 9-char string as the state, but that is not exposed at this level.
"""
global board
global player
print(game.print_board(board))
from Othello_Core import *
core = OthelloCore()
import random
import time
#############################################################
# client.py
# a simple othello client
# plays 2 strategies against each other and keeps score
# imports strategies from "strategies.py" as ai
# rest of functionality is stored in core.py
#
# SRINIDHI KRISHNAN
############################################################
B_STRATEGY = ai.human_strategy()
W_STRATEGY = ai.minimax_strategy(6)
ROUNDS = 10
SILENT = False
# see core.py for constants: MAX, MIN, TIE
def play(strategy_b, strategy_w, first=BLACK, silent=True):
"""
Plays strategy_b vs. strategy_w, beginning with first
in one game. Returns score as a result (string)
The functions make_move, next_player and terminal_test are
implemented elsewhere (e.g. in core.py). The current implementation
uses a 9-char string as the state, but that is not exposed at this level.
