def play_against_boring_ai(self):
# if nobody survived the last generation, generate a new population
if len(self.population) == 0:
print('\nCreating new population')
self.strict_breeding = False
self.games = []
self.generation = 0
while len(self.population) < self.population_size:
game = PongGame()
nn_paddle = NNPaddle(PongGame.window_width - 50, PongGame.window_height / 2, game.ball, game)
nn_paddle.generation = self.generation
game.paddle1 = nn_paddle
# ai_2 = NNPaddle(50, PongGame.window_height / 2, ball, game)
self.population.append(nn_paddle)
self.games.append(game)
for game in self.games:
game.paddle2.ball = game.ball
game.speed = self.cur_speed
game.start_game()
print(game.paddle1)
self.cur_speed = game.speed
else:
print('\n=== Generation', self.generation, '===')
for game in self.games:
game.paddle2.ball = game.ball
game.paddle2.score = 0
game.paddle1.score = 0
game.paddle1.reset(PongGame.window_width - 50, PongGame.window_height / 2, game.ball)
game.speed = self.cur_speed
game.start_game()
print(game.paddle1)
self.cur_speed = game.speed
def arena_battle(parent):
game = PongGame(True)
if type(parent) is list:
if len(parent) == 4:
# use these parents to start an arena battle
game.paddle1.load_genomes(parent[0].name)
game.paddle2.load_genomes(parent[1].name)
game.paddle3.load_genomes(parent[2].name)
game.paddle4.load_genomes(parent[3].name)
else:
print('Must supply a list of four names OR a single name')
return
elif type(parent) is NNPaddle:
print(parent)
game.paddle1.load_genomes(parent.name)
game.paddle2.load_genomes(parent.name)
game.paddle3.load_genomes(parent.name)
game.paddle4.load_genomes(parent.name)
game.start_game()