def run(options):
game = game_interface.GameInterface(options.plant_bonus,
options.plant_penalty,
options.observation_cost,
options.starting_life,
options.life_per_turn)
player1_view = game.GetPlayer1View()
player2_view = game.GetPlayer2View()
if options.display:
if game_interface.curses_init() < 0:
return
game_interface.curses_draw_board(game)
# Keep running until one player runs out of life.
x = 10000
while x>0:
(mv1, eat1) = get_move(player1_view, player1.mover.get_move, options, 1)
(mv2, eat2) = get_move(player2_view, player2.mover.get_move, options, 2)
game.ExecuteMoves(mv1, eat1, mv2, eat2)
if options.display:
game_interface.curses_draw_board(game)
game_interface.curses_init_round(game)
#else:
#print mv1, eat1, mv2, eat2
#print player1_view.GetLife(), player2_view.GetLife()
# Check whether someone's life is negative.
#l1 = player1_view.GetLife()
#l2 = player2_view.GetLife()
x -= 1
return (player1.mover.move_hist, player2.mover.move_hist)
def run(options):
game = game_interface.GameInterface(options.plant_bonus,
options.plant_penalty,
options.observation_cost,
options.starting_life,
options.life_per_turn)
player1_view = game.GetPlayer1View()
player2_view = game.GetPlayer2View()
if options.display:
if game_interface.curses_init() < 0:
return
game_interface.curses_draw_board(game)
# Keep running until one player runs out of life.
while True:
(mv1, eat1) = get_move(player1_view, player1.player.get_move, options, 1)
(mv2, eat2) = get_move(player2_view, player2.player.get_move, options, 2)
game.ExecuteMoves(mv1, eat1, mv2, eat2)
if options.display:
game_interface.curses_draw_board(game)
game_interface.curses_init_round(game)
#else:
#print mv1, eat1, mv2, eat2
#print player1_view.GetLife(), player2_view.GetLife()
# Check whether someone's life is negative.
l1 = player1_view.GetLife()
l2 = player2_view.GetLife()
if l1 <= 0 or l2 <= 0:
if options.display:
winner = 0
if l1 < l2:
winner = 2
else:
winner = 1
game_interface.curses_declare_winner(winner)
else:
with open('score.txt', 'r') as file:
wins, losses = map(int, file.readline().split()[:2])
if l1 == l2:
print 'Tie, remaining life: %d v. %d' % (l1, l2)
elif l1 < l2:
print 'Player 2 wins: %d v. %d' % (l1, l2)
wins += 1
else:
print 'Player 1 wins: %d v. %d' % (l1, l2)
losses += 1
with open('score.txt', 'w') as file:
file.write(str(wins) + ' ' + str(losses) + ' ' + str(1.0 * wins / (wins + losses)) + '\n')
# Wait for input
#sys.stdin.read(1)
if options.display:
game_interface.curses_close()
break
def run(options):
game = game_interface.GameInterface(options.plant_bonus,
options.plant_penalty,
options.observation_cost,
options.starting_life,
options.life_per_turn)
player1_view = game.GetPlayer1View()
player2_view = game.GetPlayer2View()
if options.display:
if game_interface.curses_init() < 0:
return
game_interface.curses_draw_board(game)
# Keep running until one player runs out of life.
while True:
(mv1, eat1) = get_move(player1_view, player1.player.get_move, options, 1)
(mv2, eat2) = get_move(player2_view, player2.player.get_move, options, 2)
# time.sleep(0.1)
game.ExecuteMoves(mv1, eat1, mv2, eat2)
if options.display:
game_interface.curses_draw_board(game)
game_interface.curses_init_round(game)
else:
pass
print mv1, eat1, mv2, eat2
print 'Life:', player1_view.GetLife(), player2_view.GetLife()
# Check whether someone's life is negative.
l1 = player1_view.GetLife()
l2 = player2_view.GetLife()
if l1 <= 0 or l2 <= 0:
player1.player.print_board((player1_view.GetXPos(), player1_view.GetYPos()))
if options.display:
winner = 0
if l1 < l2:
winner = 2
else:
winner = 1
game_interface.curses_declare_winner(winner)
else:
if l1 == l2:
print 'Tie, remaining life: %d v. %d' % (l1, l2)
elif l1 < l2:
print 'Player 2 wins: %d v. %d' % (l1, l2)
else:
print 'Player 1 wins: %d v. %d' % (l1, l2)
# Wait for input
if options.display:
sys.stdin.read(1)
game_interface.curses_close()
break
def run(options):
game = game_interface.GameInterface(options.plant_bonus,
options.plant_penalty,
options.observation_cost,
options.starting_life,
options.life_per_turn)
player1_view = game.GetPlayer1View()
player2_view = game.GetPlayer2View()
if options.display:
if game_interface.curses_init() < 0:
return
game_interface.curses_draw_board(game)
# Keep running until one player runs out of life.
while True:
(mv1, eat1) = get_move(player1_view, player.player.get_move, options,
1)
(mv2, eat2) = get_move(player2_view, player2.player.get_move, options,
2)
# hack to break early
if mv1 == None:
break
game.ExecuteMoves(mv1, eat1, mv2, eat2)
if options.display:
game_interface.curses_draw_board(game)
game_interface.curses_init_round(game)
else:
print mv1, eat1, mv2, eat2
print player1_view.GetLife(), player2_view.GetLife()
# Check whether someone's life is negative.
l1 = player1_view.GetLife()
l2 = player2_view.GetLife()
if l1 <= 0 or l2 <= 0:
if options.display:
winner = 0
if l1 < l2:
winner = 2
else:
winner = 1
game_interface.curses_declare_winner(winner)
else:
if l1 == l2:
print 'Tie, remaining life: %d v. %d' % (l1, l2)
elif l1 < l2:
print 'Player 2 wins: %d v. %d' % (l1, l2)
else:
print 'Player 1 wins: %d v. %d' % (l1, l2)
# Wait for input
# sys.stdin.read(1)
if options.display:
game_interface.curses_close()
break
def run(options):
game = game_interface.GameInterface(
options.plant_bonus,
options.plant_penalty,
options.observation_cost,
options.starting_life,
options.life_per_turn,
)
# Give the players a chance to customize according to the parameters of the
# game.
player1.player.init_point_settings(
options.plant_bonus,
options.plant_penalty,
options.observation_cost,
options.starting_life,
options.life_per_turn,
)
player2.player.init_point_settings(
options.plant_bonus,
options.plant_penalty,
options.observation_cost,
options.starting_life,
options.life_per_turn,
)
player1_view = game.GetPlayer1View()
player2_view = game.GetPlayer2View()
if options.display:
if game_interface.curses_init() < 0:
return
game_interface.curses_draw_board(game)
# Keep running until one player runs out of life.
while True:
(mv1, eat1) = get_move(player1_view, player1.player.get_move, options, 1)
(mv2, eat2) = get_move(player2_view, player2.player.get_move, options, 2)
# Players might have exhausted all of their energy eating.
l1 = player1_view.GetLife()
l2 = player2_view.GetLife()
if check_if_game_over(l1, l2, options, game, player1_view.GetRound()):
break
game.ExecuteMoves(mv1, eat1, mv2, eat2)
if options.display:
if player1_view.GetRound() % DISP == 0:
game_interface.curses_draw_board(game)
game_interface.curses_init_round(game)
else:
pass
# print mv1, eat1, mv2, eat2
# print player1_view.GetLife(), player2_view.GetLife()
if check_if_game_over(l1, l2, options, game, player1_view.GetRound()):
break
def run(options):
game = game_interface.GameInterface(options.plant_bonus,
options.plant_penalty,
options.observation_cost,
options.starting_life,
options.life_per_turn)
# Give the players a chance to customize according to the parameters of the
# game.
player1.player.init_point_settings(options.plant_bonus,
options.plant_penalty,
options.observation_cost,
options.starting_life,
options.life_per_turn)
player2.player.init_point_settings(options.plant_bonus,
options.plant_penalty,
options.observation_cost,
options.starting_life,
options.life_per_turn)
player1_view = game.GetPlayer1View()
player2_view = game.GetPlayer2View()
if options.display:
if game_interface.curses_init() < 0:
return
game_interface.curses_draw_board(game)
# Keep running until one player runs out of life.
while True:
(mv1, eat1) = get_move(player1_view, player1.player.get_move, options,
1)
(mv2, eat2) = get_move(player2_view, player2.player.get_move, options,
2)
# Players might have exhausted all of their energy eating.
l1 = player1_view.GetLife()
l2 = player2_view.GetLife()
if check_if_game_over(l1, l2, options, game, player1_view.GetRound()):
break
game.ExecuteMoves(mv1, eat1, mv2, eat2)
if options.display:
if player1_view.GetRound() % DISP == 0:
game_interface.curses_draw_board(game)
game_interface.curses_init_round(game)
else:
pass
# print mv1, eat1, mv2, eat2
# print player1_view.GetLife(), player2_view.GetLife()
if check_if_game_over(l1, l2, options, game, player1_view.GetRound()):
break
def run(options):
game = game_interface.GameInterface(options.plant_bonus,
options.plant_penalty,
options.observation_cost,
options.starting_life,
options.life_per_turn)
player1_view = game.GetPlayer1View()
player2_view = game.GetPlayer2View()
if options.display:
if game_interface.curses_init() < 0:
return
game_interface.curses_draw_board(game)
d = {}
img_file = open('image_map_startlife=100.txt', 'r')
img = pickle.load(img_file)
img_file.close()
# Keep running until one player runs out of life.
while True:
(mv1, eat1) = get_move(player1_view, player1.player.get_move, options, 1)
(mv2, eat2) = get_move(player2_view, player2.player.get_move, options, 2)
# ---------------------------------
# Experiment Code
# Get the coordinates of each run
player1_coords = (player1_view.GetXPos(), player1_view.GetYPos())
player2_coords = (player2_view.GetXPos(), player2_view.GetYPos())
player1_status = player1_view.GetPlantInfo()
player2_status = player2_view.GetPlantInfo()
# d[player1_coords] = player1_status
# d[player2_coords] = player2_status
if (player1_status == game_interface.STATUS_NUTRITIOUS_PLANT) | (player1_status == game_interface.STATUS_POISONOUS_PLANT):
img[player1_view.GetImage()] = player1_status
if (player2_status == game_interface.STATUS_NUTRITIOUS_PLANT) | (player2_status == game_interface.STATUS_POISONOUS_PLANT):
img[player2_view.GetImage()] = player2_status
# ----------------------------------
game.ExecuteMoves(mv1, eat1, mv2, eat2)
if options.display:
game_interface.curses_draw_board(game)
game_interface.curses_init_round(game)
else:
print mv1, eat1, mv2, eat2
print player1_view.GetLife(), player2_view.GetLife()
# Check whether someone's life is negative.
l1 = player1_view.GetLife()
l2 = player2_view.GetLife()
if l1 <= 0 or l2 <= 0:
if options.display:
winner = 0
if l1 < l2:
winner = 2
else:
winner = 1
game_interface.curses_declare_winner(winner)
else:
if l1 == l2:
print 'Tie, remaining life: %d v. %d' % (l1, l2)
elif l1 < l2:
print 'Player 2 wins: %d v. %d' % (l1, l2)
else:
print 'Player 1 wins: %d v. %d' % (l1, l2)
# Wait for input
#sys.stdin.read(1)
if options.display:
game_interface.curses_close()
break
# distri_file = open('plant_distribution_startlife=100.txt', 'w')
image_map_file = open('image_map_startlife=100.txt', 'w')
#print img
# print d
# pickle.dump(d, distri_file)
pickle.dump(img, image_map_file)
# distri_file.close()
image_map_file.close()
def run(options):
game = game_interface.GameInterface(options.plant_bonus,
options.plant_penalty,
options.observation_cost,
options.starting_life,
options.life_per_turn)
player1_view = game.GetPlayer1View()
player2_view = game.GetPlayer2View()
if options.display:
if game_interface.curses_init() < 0:
return
game_interface.curses_draw_board(game)
nlocs1 = [[0 for x in range(100)] for x in range(100)]
#plocs1 = [[0 for x in range(50)] for x in range(50)]
plocs2 = [[0 for x in range(100)] for x in range(100)]
#plocs2 = [[0 for x in range(50)] for x in range(50)]
# Keep running until one player runs out of life.
fp = open('locs1.txt', 'a')
fn = open('locs2.txt', 'a')
f0 = open('locationsvisited.txt', 'a')
count = 0
while count < 5000:
(mv1, eat1) = get_move(player1_view, player1.player.get_move, options, 1)
(mv2, eat2) = get_move(player2_view, player2.player.get_move, options, 2)
loc1x = player1_view.GetXPos()
loc1y = player1_view.GetYPos()
loc2x = player2_view.GetXPos()
loc2y = player2_view.GetYPos()
o1 = player1_view.GetLife()
o2 = player2_view.GetLife()
game.ExecuteMoves(mv1, eat1, mv2, eat2)
if options.display:
game_interface.curses_draw_board(game)
game_interface.curses_init_round(game)
else:
print mv1, eat1, mv2, eat2
print player1_view.GetLife(), player2_view.GetLife()
# Check whether someone's life is negative.
l1 = player1_view.GetLife()
l2 = player2_view.GetLife()
#image1 = player1.player.image1
#image2 = player2.player.image2
# print image1
# print image2
if eat1:
if l1 == o1 + 19:
locs1[loc1x+50][loc1y+50] += 1
#f0.write('n')
#f0.write(str(loc1x)+str(loc1y))
else:
locs1[loc1x+50][loc1y+50] -= 1
#f0.write('p')
#f0.write(str(loc1x) + str(loc1y))
if eat2:
if l2 == o2 + 19:
locs2[loc2x+50][loc2y+50] += 1
#f0.write('n')
#f0.write(str(loc2x) + str(loc2y))
else:
locs2[loc2x+50][loc2y+50] -= 1
#f0.write('p')
#f0.write(str(loc2x) + str(loc2y))
count += 1
fn.write(str(locs1))
fp.write(str(locs2))
def run(options):
game = game_interface.GameInterface(options.plant_bonus,
options.plant_penalty,
options.observation_cost,
options.starting_life,
options.life_per_turn)
player1_view = game.GetPlayer1View()
player2_view = game.GetPlayer2View()
# '''BEGIN NEURAL NETWORK ADDITIONS'''
# # Load in the training data.
# images = DataReader.GetImages('nutritious_test.txt', -1)
# #print images0
# images1 = DataReader.GetImages('poisnous_test.txt', -1)
# # images.extend(images1)
# #print 'training', len(images)
# images=images[:500]+images1[:500]
# # Load the validation set.
# validation = DataReader.GetImages('nutritious_valid.txt', -1)
# validation2 = DataReader.GetImages('poisnous_valid.txt', -1)
# # validation.extend(validation2)
# validation=validation[:500]+validation[:500]
# #print 'validation', len(validation)
# # Load the test data.
# test = DataReader.GetImages('nutritious.txt', -1)
# test2 = DataReader.GetImages('poisnous.txt', -1)
# # test.extend(test2)
# test=test[:500]+test2[:500]
# #print 'test', len(test)
# # Initializing network
# rate = .1
# epochs = 10
# network = SimpleNetwork()
# # Hooks user-implemented functions to network
# network.FeedForwardFn = FeedForward
# network.TrainFn = Train
# # Initialize network weights
# network.InitializeWeights()
# '''# Displays information
# print '* * * * * * * * *'
# print 'Parameters => Epochs: %d, Learning Rate: %f' % (epochs, rate)
# print 'Type of network used: %s' % network.__class__.__name__
# print ('Input Nodes: %d, Hidden Nodes: %d, Output Nodes: %d' %
# (len(network.network.inputs), len(network.network.hidden_nodes),
# len(network.network.outputs)))
# print '* * * * * * * * *'''
# # Train the network.
# network.Train(images, validation, test, rate, epochs)
# print 'length', len(network.network.weights)
# # for i in network.network.weights:
# # print i.value
# '''END OF NEURAL NETWORK ADDITIONS'''
if options.display:
if game_interface.curses_init() < 0:
return
game_interface.curses_draw_board(game)
# Keep running until one player runs out of life.
count = 0
fp = open('poisnous.txt', 'a')
fn = open('nutritious.txt', 'a')
while count < 5000:
(mv1, eat1) = get_move(player1_view, player1.player.get_move, options, 1, network)
(mv2, eat2) = get_move(player2_view, player2.player.get_move, options, 2, network)
o1 = player1_view.GetLife()
o2 = player2_view.GetLife()
game.ExecuteMoves(mv1, eat1, mv2, eat2)
if options.display:
game_interface.curses_draw_board(game)
game_interface.curses_init_round(game)
else:
print mv1, eat1, mv2, eat2
print player1_view.GetLife(), player2_view.GetLife()
# Check whether someone's life is negative.
l1 = player1_view.GetLife()
l2 = player2_view.GetLife()
image1 = player1.player.image1
image2 = player2.player.image2
# print image1
# print image2
if image1 != []:
print image1
if l1 == o1 + 19:
for image in image1:
fn.write(str(image) + '\n')
fn.write('\n')
else:
for image in image1:
fp.write(str(image) + '\n')
fp.write('\n')
if image2 != []:
print image2
if l2 == o2 + 19:
for image in image2:
fn.write(str(image) + '\n')
fn.write('\n')
else:
for image in image2:
fp.write(str(image) + '\n')
fp.write('\n')
# if l1 <= 0 or l2 <= 0:
# if options.display:
# winner = 0
# if l1 < l2:
# winner = 2
# else:
# winner = 1
# game_interface.curses_declare_winner(winner)
# else:
# if l1 == l2:
# print 'Tie, remaining life: %d v. %d' % (l1, l2)
# elif l1 < l2:
# print 'Player 2 wins: %d v. %d' % (l1, l2)
# else:
# print 'Player 1 wins: %d v. %d' % (l1, l2)
# # Wait for input
# sys.stdin.read(1)
# if options.display:
# game_interface.curses_close()
# break
count += 1
def run(options):
game = game_interface.GameInterface(options.plant_bonus,
options.plant_penalty,
options.observation_cost,
options.starting_life,
options.life_per_turn)
player1_view = game.GetPlayer1View()
player2_view = game.GetPlayer2View()
if options.display:
if game_interface.curses_init() < 0:
return
game_interface.curses_draw_board(game)
# Keep running until one player runs out of life.
while True:
(mv1, eat1) = get_move(player1_view, player1.player.get_move, options, 1)
if options.train != 0:
(mv2, eat2) = get_move(player2_view, player2.player.get_move, options, 2)
else:
(mv2, eat2) = get_move(player2_view, common.get_move, options, 2)
game.ExecuteMoves(mv1, eat1, mv2, eat2)
# No longer new game
options.new_game = False
if options.display == 1:
game_interface.curses_draw_board(game)
game_interface.curses_init_round(game)
elif options.display == 2:
print mv1, eat1, mv2, eat2
print player1_view.GetLife(), player2_view.GetLife()
# Check whether someone's life is negative.
l1 = player1_view.GetLife()
l2 = player2_view.GetLife()
if l1 <= 0 or l2 <= 0:
# # Export Q
# if options.q_out != None:
# # print "Exporting Q to", options.q_out
# f = open(options.q_out, "w")
# cPickle.dump(player1.player.Q, f)
# f.close()
# f = open(options.t_out, "w")
# cPickle.dump(player1.player.t_count, f)
# f.close()
# # Export neural network weights
# if options.train == 1:
# # print "Exporting weights to", options.out_file
# player2.player.network.ExportWeights(options.out_file)
# elif options.train == 2:
# print player2.player.correct / player2.player.instances
# elif options.train == 3:
# # print "Exporting plants to", options.out_file
# player2.player.ExportPlants(options.out_file)
if options.display:
winner = 0
if l1 < l2:
winner = 2
else:
winner = 1
game_interface.curses_declare_winner(winner)
else:
if l1 == l2:
print 'Tie, remaining life: %d v. %d' % (l1, l2)
elif l1 < l2:
print 'Player 2 wins: %d v. %d' % (l1, l2)
else:
print 'Player 1 wins: %d v. %d' % (l1, l2)
if options.display:
# Wait for input
sys.stdin.read(1)
game_interface.curses_close()
break
def run(options):
game = game_interface.GameInterface(options.plant_bonus,
options.plant_penalty,
options.observation_cost,
options.starting_life,
options.life_per_turn)
player1_view = game.GetPlayer1View()
player2_view = game.GetPlayer2View()
if options.display:
if game_interface.curses_init() < 0:
return
game_interface.curses_draw_board(game)
# Keep running until one player runs out of life.
roundNum = 0
while True:
(mv1, eat1) = get_move(player1_view, player1.player.get_move, options, 1)
(mv2, eat2) = get_move(player2_view, player2.player.get_move, options, 2)
old_life1 = player1_view.GetLife()
old_life2 = player2_view.GetLife()
old_xpos1 = player1_view.GetXPos()
old_xpos2 = player2_view.GetXPos()
old_ypos1 = player1_view.GetYPos()
old_ypos2 = player2_view.GetYPos()
game.ExecuteMoves(mv1, eat1, mv2, eat2)
if options.display:
game_interface.curses_draw_board(game)
game_interface.curses_init_round(game)
else:
#print mv1, eat1, mv2, eat2
#print player1_view.GetLife(), player2_view.GetLife()
#print "Location1: (" + str(player1_view.GetXPos()) + ", " + str(player1_view.GetYPos()) + ")\n"
#print "Location2: (" + str(player2_view.GetXPos()) + ", " + str(player2_view.GetYPos()) + ")\n"
#print "RoundNum: " + str(player1_view.GetRound()) + " Coords: (" + str(player1_view.GetXPos()) + ", " + str(player1_view.GetYPos()) + ")"
# if eat1:
# if player1_view.GetLife() - old_life1 > 0:
# #print "Location1: (" + str(player1_view.GetXPos()) + ", " + str(player1_view.GetYPos()) + "): Nutritious" + "\n"
# print "1 " + str(player1_view.GetXPos()) + " " + str(player1_view.GetYPos()) + " N" + "\n"
# else:
# #print "Location1: (" + str(player1_view.GetXPos()) + ", " + str(player1_view.GetYPos()) + "): Poisonous" + "\n"
# print "1 " + str(player1_view.GetXPos()) + " " + str(player1_view.GetYPos()) + " P" + "\n"
# if eat2:
# if player2_view.GetLife() - old_life2 > 0:
# #print "Location2: (" + str(player2_view.GetXPos()) + ", " + str(player2_view.GetYPos()) + "): Nutritious" + "\n"
# print "2 " + str(player2_view.GetXPos()) + " " + str(player2_view.GetYPos()) + " N" + "\n"
# else:
# #print "Location2: (" + str(player2_view.GetXPos()) + ", " + str(player2_view.GetYPos()) + "): Poisonous" + "\n"
# print "2 " + str(player2_view.GetXPos()) + " " + str(player2_view.GetYPos()) + " P" + "\n"
if eat1:
if player1_view.GetLife() - old_life1 > 0:
#print "Location1: (" + str(player1_view.GetXPos()) + ", " + str(player1_view.GetYPos()) + "): Nutritious" + "\n"
print "N 1 " + str(old_xpos1) + " " + str(old_ypos1) + " N" + "\n"
else:
#print "Location1: (" + str(player1_view.GetXPos()) + ", " + str(player1_view.GetYPos()) + "): Poisonous" + "\n"
print "P 1 " + str(old_xpos1) + " " + str(old_ypos1) + " P" + "\n"
#else:
# print "1 " + str(old_xpos1) + " " + str(old_ypos1) + "\n"
if eat2:
if player2_view.GetLife() - old_life2 > 0:
#print "Location2: (" + str(player2_view.GetXPos()) + ", " + str(player2_view.GetYPos()) + "): Nutritious" + "\n"
print "N 2 " + str(old_xpos2) + " " + str(old_ypos2) + " N" + "\n"
else:
#print "Location2: (" + str(player2_view.GetXPos()) + ", " + str(player2_view.GetYPos()) + "): Poisonous" + "\n"
print "P 2 " + str(old_xpos2) + " " + str(old_ypos2) + " P" + "\n"
#else:
# print "2 " + str(old_xpos2) + " " + str(old_ypos2) + "\n"
# Check whether someone's life is negative.
l1 = player1_view.GetLife()
l2 = player2_view.GetLife()
if l1 <= 0 or l2 <= 0:
if options.display:
winner = 0
if l1 < l2:
winner = 2
else:
winner = 1
game_interface.curses_declare_winner(winner)
else:
if l1 == l2:
print 'Tie, remaining life: %d v. %d' % (l1, l2)
elif l1 < l2:
print 'Player 2 wins: %d v. %d' % (l1, l2)
else:
print 'Player 1 wins: %d v. %d' % (l1, l2)
# Wait for input
sys.stdin.read(1)
if options.display:
game_interface.curses_close()
break