RANDOM_FACTOR = 0
temp = 0
oldREWSUM = 0
while (1):
clock.tick(10)
for event in pygame.event.get():
#print(event)
if event.type == pygame.QUIT: #for exiting the game
Game.QUITGAME()
#here I model the built in player:------------------------------------------------------------------------
if time_step % 25 == 0:
RANDOM_FACTOR = random.randint(-25, 25)
#print(RANDOM_FACTOR)
if Game.BALL_Y + Game.BALL_DIM / 2 > Game.PADDLE_RIGHT_Y + 25 + RANDOM_FACTOR:
AVR = [0, 0, 1]
else:
AVR = [1, 0, 0]
#----------------------------------------------------------------------------------------------------------
AVL = session.run(Q_L, feed_dict={State_InL: [STATE]})
AVL = MyFunctions.ONE_HOT_ACTIONS(AVL)
L, R, STATE = Game.Run4Frames(AVL, AVR)
LRewSUM = L + LRewSUM
RRewSUM = R + RRewSUM
print(LRewSUM, RRewSUM)
time_step = 0
LRewSUM=0
RRewSUM=0
training_data = list()
RANDOM_FACTOR=0
temp = 0
oldREWSUM = 0
while (1):
#print('playing')
clock.tick(10)
if np.random.binomial(1,EPSILON):
#print (np.shape(STATE))
AVR = session.run(Q_R, feed_dict = {State_InR: [STATE]})
AVR = MyFunctions.ONE_HOT_ACTIONS(AVR)
else:
AVR = MyFunctions.RANDOM_ONE_HOT()
#here I model the built in player:------------------------------------------------------------------------
if time_step%25 ==0:
MyFunctions.RANDOM_FACTOR=random.randint(-35,35)
#print(RANDOM_FACTOR)
if Game.BALL_Y+Game.BALL_DIM/2 > Game.PADDLE_LEFT_Y+35+RANDOM_FACTOR:
AVL=[0,0,1]
else:
AVL=[1,0,0]
#----------------------------------------------------------------------------------------------------------
