def select_function(s_function):
''' input: s_function (string)
output: [optional] usually a GameLog but really completely dynamic
This string choses a way to:
init Game(), param's for play(), possible return value.'''
if s_function == "baseline":
game = Game(s_instructions=ss)
game.play(king_in_check_on=False)
if s_function == "naive_check":
game = Game(s_instructions=ss)
game.play()
if s_function == "test_copy":
game = Game(s_instructions=ss)
game.play(king_in_check_on=False, king_in_check_test_copy=True)
if s_function == "test_copy_apply":
game = Game(s_instructions=ss)
game.play(king_in_check_on=False, king_in_check_test_copy_apply=True)
if s_function == "test_c_apply_2":
game = Game(s_instructions=ss)
game.play(king_in_check_on=False, king_in_check_test_copy_apply_2=True)
if s_function == "test_c_apply_3":
game = Game(s_instructions=ss)
game.play(king_in_check_on=False, king_in_check_test_copy_apply_3=True)
if s_function == "test_c_apply_4":
game = Game(s_instructions=ss)
game.play(king_in_check_on=False, king_in_check_test_copy_apply_4=True)
if s_function == "baseline_tt":
game = Game(s_instructions=ss,
b_log_turn_time=True,
b_log_num_available=True)
game.play(king_in_check_on=False)
return game.get_gamelog()
if s_function == "naive_check_tt":
game = Game(s_instructions=ss,
b_log_turn_time=True,
b_log_num_available=True)
game.play(king_in_check_on=True)
return game.get_gamelog()
if s_function == "baseline_long":
game = Game(s_instructions=ss_long,
b_log_turn_time=True,
b_log_num_available=True)
game.play(king_in_check_on=False)
return game.get_gamelog()
if s_function == "naive_long":
game = Game(s_instructions=ss_long,
b_log_turn_time=True,
b_log_num_available=True)
game.play(king_in_check_on=True)
return game.get_gamelog()
if s_function == "optimal1_long":
game = Game(s_instructions=ss_long,
b_log_turn_time=True,
b_log_num_available=True)
game.play(king_in_check_on=False, king_in_check_optimal=True)
return game.get_gamelog()
if s_function == "optimal2_long":
game = Game(s_instructions=ss_long,
b_log_turn_time=True,
b_log_num_available=True)
game.play(king_in_check_on=False, king_in_check_optimal_2=True)
return game.get_gamelog()
if s_function == "check_optimal":
game = Game(s_instructions=ss)
game.play(king_in_check_on=False, king_in_check_optimal=True)
if s_function == "check_optimal_2":
game = Game(s_instructions=ss)
game.play(king_in_check_on=False, king_in_check_optimal_2=True)
return None #to show that the function is no returning a test exit data
,test_exit_moves = 1000
)
ret = game.play()
if game.i_turn == 1000:
print '1000 turn game'
else:
outcome, board, pieces = ret
print 'Outcome: ', str(outcome)
display.print_board_letters(pieces)
log = game.get_gamelog()
move_log = log.get_log_move()
print 'Game Turn on exit: ', str(game.i_turn)
print 'Len of Log Moves: ', str(len(move_log))
if run_type == '20random':
for t in range(20):
game = Game(manual_control = ()
,b_display_never_print = True
,b_log_move = False
,test_exit_moves = 1000
)
ret = game.play()