r = min(r + 1, n - 2)
mat[pac[0]][pac[1]] = ' '
for i, j in ghost:
mat[i][j] = ' '
pac1 = pac
pac = (r, c)
ghost = ghost1
ghost1, time, game, over = eat(pac, time, ghost1)
if game == False:
if epi > num - 5:
visualPac.display(n, m, mat, pac, ghost1, time, f)
lose(over, score)
break
if delay % 2:
if time:
ghost1, dg, df = pacmanBFS.BFS(mat, ghost, n, m, pac, f)
ghost1 = escape.esc(mat, pac, n, m, ghost)
else:
ghost1, dg, df = pacmanBFS.BFS(mat, ghost, n, m, pac, f)
delay = (delay + 1) % 2
ghost1, time, game, over = eat(pac, time, ghost1)
if epi > num - 5:
visualPac.display(n, m, mat, pac, ghost1, time, f)
lose(over, score)
time = max(0, time - 1)
score += 1
if len(f) == 0:
f = forig
move = train.Qlearning(pac, pac1, ghost, ghost1, len(forig), f, over, dg,
df, time)
move = 3 termios.tcflush(sys.stdin, termios.TCIFLUSH) if move == 0 and valid(pac[0],pac[1]-1,n,m,mat): c = max(c-1,1) elif move == 1 and valid(pac[0]-1,pac[1],n,m,mat): r = max(r-1,1) elif move == 2 and valid(pac[0],pac[1]+1,n,m,mat): c = min(c+1,m-2) elif move == 3 and valid(pac[0]+1,pac[1],n,m,mat): r = min(r+1,n-2) mat[pac[0]][pac[1]] = ' ' for i,j in ghost: mat[i][j] = ' ' pac = (r,c) game,time,win = eat(pac,time) if game == False: visualPac.display(n,m,mat,pac,ghost,time,f) lose(win,score) break if delay % 2: if time: ghost = escape.esc(mat,pac,n,m,ghost) else: ghost = pacmanBFS.BFS(mat,ghost,n,m,pac) delay = (delay + 1)%2 visualPac.display(n,m,mat,pac,ghost,time,f) game,time,win = eat(pac,time) lose(win,score) score += 1 time = max(0,time-1)
def main():
G = Game(40)
Win = window(G.row, G.col)
game = True
direct = 0
move = -1
delay = 2
r, c = G.pac
even = 0
Win.screen.blit(Win.store['start'], (0, 0))
pygame.display.flip()
Win.clock.tick(0.5)
while game:
#Win.display(G.matrix, G.time, direct, even, G.pac, G.ghost)
for event in pygame.event.get():
if event.type == pygame.QUIT:
game = False
pressed = pygame.key.get_pressed()
if pressed[pygame.K_UP] and G.valid(G.pac[0] - 1, G.pac[1]):
move = 0
elif pressed[pygame.K_DOWN] and G.valid(G.pac[0] + 1, G.pac[1]):
move = 1
elif pressed[pygame.K_LEFT] and G.valid(G.pac[0], G.pac[1] - 1):
move = 2
direct = 0
elif pressed[pygame.K_RIGHT] and G.valid(G.pac[0], G.pac[1] + 1):
move = 3
direct = 1
if move == 0 and G.valid(G.pac[0] - 1, G.pac[1]):
r = max(r - 1, 1)
elif move == 1 and G.valid(G.pac[0] + 1, G.pac[1]):
r = min(r + 1, G.row - 2)
elif move == 2 and G.valid(G.pac[0], G.pac[1] - 1):
c = max(c - 1, 1)
elif move == 3 and G.valid(G.pac[0], G.pac[1] + 1):
c = min(c + 1, G.col - 2)
G.matrix[G.pac[0]][G.pac[1]] = ' '
for i, j in G.ghost:
G.matrix[i][j] = ' '
G.pac = (r, c)
G.eat()
if G.over == True:
Win.display(G.matrix, G.time, direct, even, G.pac, G.ghost,
G.fruit)
break
if delay % 2:
if G.time:
G.ghost = escape.BFS(G.matrix, G.ghost, G.row, G.col, G.pac)
else:
G.ghost = pacmanBFS.BFS(G.matrix, G.ghost, G.row, G.col, G.pac)
delay = (delay + 1) % 2
even = (even + 1) % 2
Win.display(G.matrix, G.time, direct, even, G.pac, G.ghost, G.fruit)
G.eat()
if G.over == True:
Win.display(G.matrix, G.time, direct, even, G.pac, G.ghost,
G.fruit)
break
if len(G.fruit) == 0:
G.fruit = G.fruitOrg
G.score += 1
G.time = max(0, G.time - 1)
Win.clock.tick(6)
pygame.display.flip()
if G.win == False:
Win.screen.blit(Win.store['game_over'],
((G.col // 2 - 2) * block_size,
(G.row // 2 - 1) * block_size))
else:
Win.screen.blit(Win.store['win'], ((G.col // 2 - 2) * block_size,
(G.row // 2 - 1) * block_size))
pygame.display.flip()
Win.clock.tick(1)