# Human vs. AlphaBeta
#
'''
g = game.Game(7, # width
6, # height
4, # tokens in a row to win
agent.InteractiveAgent("human"), # player 1
aba.AlphaBetaAgent("alphabeta", 4)) # player 2
'''
g = game.Game(7, # width
6, # height
4, # tokens in a row to win
aba.AlphaBetaAgent("alphabeta", 4),
agent.InteractiveAgent("human"))
#
# Human vs. Human
#
# g = game.Game(7, # width
# 6, # height
# 4, # tokens in a row to win
# agent.InteractiveAgent("human1"), # player 1
# agent.InteractiveAgent("human2")) # player 2
# Jacked AI vs. Jacked AI
'''
# Random vs. AlphaBeta
#g = game.Game(7, # width
# 6, # height
# 4, # tokens in a row to win
# aba.AlphaBetaAgent("Andrew's", 4,2),
# aba.AlphaBetaAgent("Evan's",4,1)) # player 2) # player 2
#
# Human vs. AlphaBeta
#
g = game.Game(
7, # width
6, # height
4, # tokens in a row to win
agent.InteractiveAgent("human"), # player 1
aba.AlphaBetaAgent("alphabeta", 4, 1)) # player 2
#
# Human vs. Human
#
# g = game.Game(7, # width
# 6, # height
# 4, # tokens in a row to win
# agent.InteractiveAgent("human1"), # player 1
# agent.InteractiveAgent("human2")) # player 2
# Execute the game
outcome = g.go()
import random
import game
import agent
import alpha_beta_agent as aba
# Set random seed for reproducibility
# random.seed(1)
games = []
games.append(
game.Game(7, 6, 4, agent.InteractiveAgent("random"),
aba.AlphaBetaAgent("alphabeta")))
# games.append(game.Game(7, 6, 5, aba.AlphaBetaAgent("alphabeta"), agent.RandomAgent("random")))
# games.append(game.Game(10, 8, 4, aba.AlphaBetaAgent("alphabeta"), agent.RandomAgent("random")))
# games.append(game.Game(10, 8, 5, aba.AlphaBetaAgent("alphabeta"), agent.RandomAgent("random")))
# for i in range(96):
# width = random.randint(7, 10)
# height = random.randint(6, 8)
# token = random.randint(4, 5)
# randomPlayer = random.randint(1, 2)
# if randomPlayer == 1:
# games.append(game.Game(width, height, token, agent.RandomAgent("random"), aba.AlphaBetaAgent("alphabeta")))
# else:
# games.append(game.Game(width, height, token, aba.AlphaBetaAgent("alphabeta"), agent.RandomAgent("random")))
# Execute the game
wins = 0
ties = 0
game_num = 0
max_times = []
for game in games:
game_num += 1