def test_run():
updated_modules = []
info = open(INFO_LOCATION, 'w+')
info.close()
for module_index in range(len(modules)):
if modules[module_index] == '-d':
assert (module_index + 1) < len(modules), "Got the dir flag with no argument"
module_directory = modules[module_index + 1]
assert os.path.isdir(module_directory), "There is no directory named {}".format(module_directory)
if not (module_directory[-1] == '/'):
module_directory += '/'
add_to_modules = get_list_of_filenames(module_directory)
for module in add_to_modules:
updated_modules.append(module)
elif modules[module_index - 1] == '-d':
continue
else:
add_to_modules = modules[module_index]
updated_modules.append(add_to_modules)
#print("here are the module names in pd: " + str(updated_modules))
teams = load_modules(updated_modules)
play_tournament(teams)
updated_modules = []
def main():
rounds = int(raw_input("Rounds: "))
scores = []
for _ in range(rounds):
scores += [prisoners_dilemma.play_tournament(6, 4)]
summ = 0
for a in scores:
summ += a
print("Average: " + str(summ / rounds) + "\nPoints: " + str(summ))
def main():
rounds = int(raw_input("Rounds: "))
'''scores = []
for _ in range(rounds):
scores += [prisoners_dilemma.play_tournament(6, 4)]
summ = 0
for a in scores:
summ += a
print("Average: " + str(summ / rounds) + "\nPoints: " + str(summ))'''
numberOfPlayers = int(raw_input("Number of Players: "))
statisticsOnWhom = int(raw_input("Who should statistics be reported on?: "))
print("Points for " + str(rounds) + "-ish rounds: " + str(prisoners_dilemma.play_tournament(numberOfPlayers, statisticsOnWhom, rounds)))
def gather_intel():
global game_flag
global best_strat_index
list_test = []
my_modules = modules[:]
if mendoza in my_modules:
my_modules.remove(mendoza)
scores, moves = prisoners_dilemma.play_tournament(my_modules)
epic_list = scores[:]
for index in range(len(my_modules)):
list_test.append(sum(scores[index]))
max_score = max(list_test)
best_strat_index = list_test.index(max_score)
if best_strat_index >= modules.index(mendoza):
best_strat_index += 1
game_flag = 1
def main():
prisoners_dilemma.play_tournament(int(raw_input("Players: ")))
def play_strategy(strategy):
#print("running play_strategy in pd")
info = open(INFO_LOCATION, 'w+')
info.close()
for module_index in range(len(modules)):
if modules[module_index] == '-d':
assert (module_index + 1) < len(modules), "Got the dir flag with no argument"
module_directory = modules[module_index + 1]
assert os.path.isdir(module_directory), "There is no directory named {}".format(module_directory)
if not (module_directory[-1] == '/'):
module_directory += '/'
add_to_modules = get_list_of_filenames(module_directory)
for module in add_to_modules:
updated_modules.append(module)
elif modules[module_index - 1] == '-d':
continue
else:
add_to_modules = modules[module_index]
updated_modules.append(add_to_modules)
if MODULE_LOCATION in updated_modules:
updated_modules.remove(MODULE_LOCATION)
else:
assert False, "module not in updated_modules, MODULE_LOCATION may be incorrect"
def collude_clone():
"""always colludes"""
location = make_file_in_prisoners_dilemma('collude.py')
f = open(location, 'w+')
f.write('team_name = \'?\'\n')
f.write('strategy_name = \'?\'\n')
f.write('strategy_description = \'?\'\n')
f.write('def move(my_history, their_history, my_score, their_score):\n')
f.write(' '*4 + 'return \'c\'\n')
f.close()
updated_modules.append(location)
def betray_clone():
"""always betrays"""
location = make_file_in_prisoners_dilemma('betray.py')
f = open(location, 'w+')
f.write('team_name = \'?\'\n')
f.write('strategy_name = \'?\'\n')
f.write('strategy_description = \'?\'\n')
f.write('def move(my_history, their_history, my_score, their_score):\n')
f.write(' ' * 4 + 'return \'b\'\n')
f.close()
updated_modules.append(location)
def grudge_clone():
"""colludes, but holds a grudge"""
location = make_file_in_prisoners_dilemma('grudge.py')
f = open(location, 'w+')
f.write('team_name = \'?\'\n')
f.write('strategy_name = \'?\'\n')
f.write('strategy_description = \'?\'\n')
f.write('def move(my_history, their_history, my_score, their_score):\n')
f.write(' ' * 4 + 'if \'b\' in their_history:''\n')
f.write(' ' * 8 + 'return \'b\'''\n')
f.write(' ' * 4 + 'else:''\n')
f.write(' ' * 8 + 'return \'c\'''\n')
f.close()
updated_modules.append(location)
def early_history_clone():
""""uses early history, from example4.py"""
location = make_file_in_prisoners_dilemma('early_history.py')
f = open(location, 'w+')
f.write('team_name = \'?\'\n')
f.write('strategy_name = \'?\'\n')
f.write('strategy_description = \'?\'\n')
f.write('def move(my_history, their_history, my_score, their_score):\n')
f.write(' ' * 4 + 'if len(my_history)==0:''\n')
f.write(' ' * 8 + 'return \'c\'''\n')
f.write(' ' * 4 + 'else:''\n')
f.write(' ' * 8 + 'recent_round_them = their_history[-1]''\n')
f.write(' ' * 8 + 'recent_round_me = my_history[-1]''\n')
f.write(' ' * 8 + 'for round in range(len(my_history)-1):''\n')
f.write(' ' * 12 + 'prior_round_them = their_history[round]''\n')
f.write(' ' * 12 + 'prior_round_me = my_history[round]''\n')
f.write(' ' * 12 + 'if (prior_round_me == recent_round_me) and (prior_round_them == recent_round_them):''\n')
f.write(' ' * 16 + 'return their_history[round]''\n')
f.write(' ' * 8 + 'if my_history[-1]==\'c\' and their_history[-1]==\'b\':''\n')
f.write(' ' * 12 + 'return \'b\'''\n')
f.write(' ' * 8 + 'else:''\n')
f.write(' ' * 12 + 'return \'c\'''\n')
f.close()
updated_modules.append(location)
def once_clone():
"""betrays 12 and 13"""
location = make_file_in_prisoners_dilemma('once.py')
f = open(location, 'w+')
f.write('team_name = \'?\'\n')
f.write('strategy_name = \'?\'\n')
f.write('strategy_description = \'?\'\n')
f.write('def move(my_history, their_history, my_score, their_score):\n')
f.write(' ' * 4 + 'if len(my_history) == 12 or 13:''\n')
f.write(' ' * 8 + 'return \'b\'''\n')
f.write(' ' * 4 + 'else: ''\n')
f.write(' ' * 8 + 'return \'c\'''\n')
f.close()
updated_modules.append(location)
def antihistory_clone():
"""counters early history"""
location = make_file_in_prisoners_dilemma('antihistory.py')
f = open(location, 'w+')
f.write('team_name = \'?\'\n')
f.write('strategy_name = \'?\'\n')
f.write('strategy_description = \'?\'\n')
f.write('def move(my_history, their_history, my_score, their_score):\n')
f.write(' ' * 4 + 'if len(my_history) == 0 or 2:''\n')
f.write(' ' * 8 + 'return \'c\'''\n')
f.write(' ' * 4 + 'else: ''\n')
f.write(' ' * 8 + 'return \'b\'''\n')
f.close()
updated_modules.append(location)
def once_2_clone():
"""counters WizalDOG"""
location = make_file_in_prisoners_dilemma('once.py')
f = open(location, 'w+')
f.write('team_name = \'?\'\n')
f.write('strategy_name = \'?\'\n')
f.write('strategy_description = \'?\'\n')
f.write('def move(my_history, their_history, my_score, their_score):\n')
f.write(' ' * 4 + 'if len(my_history) <= 13:''\n')
f.write(' ' * 8 + 'return \'b\'''\n')
f.write(' ' * 4 + 'else: ''\n')
f.write(' ' * 8 + 'return \'c\'''\n')
f.close()
updated_modules.append(location)
def copycat_clone():
"""copies previous round results"""
location = make_file_in_prisoners_dilemma('copycat.py')
f = open(location, 'w+')
f.write('team_name = \'?\'\n')
f.write('strategy_name = \'?\'\n')
f.write('strategy_description = \'?\'\n')
f.write('def move(my_history, their_history, my_score, their_score):\n')
f.write(' ' * 4 + 'if len(my_history) == 0:''\n')
f.write(' ' * 8 + 'return \'c\'''\n')
f.write(' ' * 4 + 'else:''\n')
f.write(' ' * 8 + 'return their_history[-1]''\n')
f.close()
updated_modules.append(location)
def ccb_clone():
"""goes ccb over and over"""
location = make_file_in_prisoners_dilemma('ccb.py')
f = open(location, 'w+')
f.write('team_name = \'?\'\n')
f.write('strategy_name = \'?\'\n')
f.write('strategy_description = \'?\'\n')
f.write('def move(my_history, their_history, my_score, their_score):\n')
f.write(' ' * 4 + 'if (len(my_history)+1)%3 == 0:''\n')
f.write(' ' * 8 + 'return \'b\'''\n')
f.write(' ' * 4 + 'else: ''\n')
f.write(' ' * 8 + 'return \'c\'''\n')
f.close()
updated_modules.append(location)
def educated_guess_clone():
""""counters educated guess"""
location = make_file_in_prisoners_dilemma('educated_guess.py')
f = open(location, 'w+')
f.write('team_name = \'?\'\n')
f.write('strategy_name = \'?\'\n')
f.write('strategy_description = \'?\'\n')
f.write('def move(my_history, their_history, my_score, their_score):\n')
f.write(' ' * 4 + 'betrays = len(list(filter(lambda x: x == \'b\', my_history))) - len(list(filter(lambda x: x == \'b\', their_history)))''\n')
f.write(' ' * 4 + 'colludes = len(list(filter(lambda x: x == \'c\', my_history))) - len(list(filter(lambda x: x == \'c\', their_history)))''\n')
f.write(' ' * 4 + 'if betrays < colludes:''\n')
f.write(' ' * 8 + 'c = \'b\'''\n')
f.write(' ' * 4 + 'else:''\n')
f.write(' ' * 8 + 'c = \'c\'''\n')
f.write(' ' * 4 + 'return c''\n')
f.close()
updated_modules.append(location)
def wizal_dog_clone():
""""counters WizalBOB and ROB"""
location = make_file_in_prisoners_dilemma('wizal_dog.py')
f = open(location, 'w+')
f.write('team_name = \'?\'\n')
f.write('strategy_name = \'?\'\n')
f.write('strategy_description = \'?\'\n')
f.write('def move(my_history, their_history, my_score, their_score):\n')
f.write(' ' * 4 + 'if len(my_history) < 15:''\n')
f.write(' ' * 8 + 'return \'c\'''\n')
f.write(' ' * 4 + 'elif str(their_history[0] + their_history[1] + their_history[2] + their_history[3]) == \'bccb\':''\n')
f.write(' ' * 8 + 'return \'b\'''\n')
f.write(' ' * 4 + 'else:''\n')
f.write(' ' * 8 + 'return \'b\'''\n')
f.close()
updated_modules.append(location)
assert strategy in STRATEGIES, "Not a valid strategy in play_strategy"
if strategy == 'COLLUDE':
collude_clone()
# print("Running collude_clone")
elif strategy == 'BETRAY':
betray_clone()
# print("Running betray_clone")
elif strategy == 'GRUDGE':
grudge_clone()
# print("Running grudge_clone")
elif strategy == 'EARLY_HISTORY':
early_history_clone()
elif strategy == 'ONCE':
once_clone()
elif strategy == 'COPYCAT':
copycat_clone()
elif strategy == 'CCB':
ccb_clone()
elif strategy == "EDUCATED_GUESS":
educated_guess_clone()
elif strategy == "WIZAL_DOG":
wizal_dog_clone()
elif strategy == "ONCE_2":
once_2_clone()
elif strategy == "ANTIHISTORY":
antihistory_clone()
else:
assert False, "No code for that strategy"
#print("In pd: " + str(updated_modules))
teams = load_modules(updated_modules)
all_scores = play_tournament(teams)[0]
# print("all scores" + str(all_scores))
h = all_scores[::-1]
my_score = h[0]
scores_for_strategy[strategy] = my_score
# print("Scores for " + strategy + ": " + str(scores_for_strategy[strategy]))
their_scores = all_scores[0:len(all_scores) - 1]
their_scores_against_me = []
for score in their_scores:
lst = score[::-1]
their_scores_against_me.append(lst[0])
their_scores_for_strategy[strategy] = their_scores_against_me
# print("Opponent scores for "+ strategy + ": "+ str(their_scores_against_me))
for item in ["collude.py","betray.py", "grudge.py", "early_history.py", "once.py", "copycat.py", "ccb.py", "educated_guess.py", "wizal_dog.py", "once_2.py", "antihistory.py"]:
if os.path.exists(os.path.join(PRISONERS_DILEMMA_LOCATION, item)):
os.remove(os.path.join(PRISONERS_DILEMMA_LOCATION, item))
updated_modules[:] = []
os.remove(INFO_LOCATION)
def main():
prisoners_dilemma.play_tournament(int(raw_input("Players: ")))