# This file should not be posted on any public server, or made available to any party not
# enrolled in CMPT 317.
# This implementation is provided on an as-is basis, suitable for educational purposes only.
from A4Q4 import Game
import Players
import MinimaxData as Searcher
# create the game, and the initial state
game = Game()
state = game.initial_state()
# set up the players
current_player = Players.VerboseComputer(game, Searcher.MinimaxData(game))
# current_player = Players.HumanMenu(game)
other_player = Players.VerboseComputer(game, Searcher.MinimaxData(game))
# other_player = Players.HumanMenu(game)
# play the game
while not game.is_terminal(state):
#show the board out of courtesy
state.display()
# ask the current player for a move
choice = current_player.ask_move(state)
# check the move
assert choice in game.actions(
state = game.initial_state()
# game.rebel_direction_constraint(state)
# game.sith_direction_constraint(state)
# game.jedi_direction_constraints(state)
# print(game.actions(state))
# game.result(state,['REBEL', [2, 5], 'UP', 1, [1, 5]])
# state.display()
# game1 = TicTacToe(depthlimit=4)
# set up the players
# current_player = Players.VerboseComputer(game, Searcher.MinimaxData(game))
# current_player = Players.HumanMenu(game)
current_player = Players.VerboseComputer(game, DL.AlphaBetaDL(game))
other_player = Players.VerboseComputer(game, DL.AlphaBetaDL(game))
# other_player = Players.HumanMenu(game)
# play the game
while not game.is_terminal(state):
#show the board out of courtesy
state.display()
# ask the current player for a move
choice = current_player.ask_move(state)
print(game.actions(state))
# check the move
state = game.initial_state()
# game.rebel_direction_constraint(state)
# game.sith_direction_constraint(state)
# game.jedi_direction_constraints(state)
# print(game.actions(state))
# game.result(state,['REBEL', [2, 5], 'UP', 1, [1, 5]])
# state.display()
# game1 = TicTacToe(depthlimit=4)
# set up the players
# current_player = Players.VerboseComputer(game, Searcher.MinimaxData(game))
# current_player = Players.HumanMenu(game)
current_player = Players.VerboseComputer(game, a4q6.AlphaBetaTR(game))
other_player = Players.VerboseComputer(game, a4q6.AlphaBetaTR(game))
# other_player = Players.HumanMenu(game)
# play the game
while not game.is_terminal(state):
#show the board out of courtesy
state.display()
# ask the current player for a move
choice = current_player.ask_move(state)
print(game.actions(state))
# check the move
# create the game, and the initial state
all = []
for i in range(1, 9):
if i < 7:
game = Game.Game(5, i)
game1 = Game.Game(5, i)
if i == 7:
game = Game.Game(5, i - 1)
game1 = Game.Game(5, 2)
if i == 8:
game = Game.Game(5, 2)
game1 = Game.Game(5, 6)
state = game.initial_state()
# set up the players
current_player = Players.VerboseComputer(game, A4Q3.AlphaBeta(game))
#current_player = Players.HumanMenu(game)
other_player = Players.VerboseComputer(game, A4Q3.AlphaBeta(game1))
#other_player = Players.HumanMenu(game)
# play the game
while not game.is_terminal(state):
#show the board out of courtesy
#state.display()
# ask the current player for a move
choice = current_player.ask_move(state)
# check the move
if (choice == None):
state.turn = 40
