def generate_cell_array(game_surface):
cells = [[[] for x in range(0, NUMBER_OF_CELLS_PER_ROW)]
for i in range(0, NUMBER_OF_CELLS_PER_ROW)]
for i in range(0, NUMBER_OF_CELLS_PER_ROW):
for j in range(0, NUMBER_OF_CELLS_PER_ROW):
cells[i][j] = Cell(
bool(random.getrandbits(1)),
pg.__rect_constructor(i * SIZE_OF_CELL, j * SIZE_OF_CELL,
SIZE_OF_CELL, SIZE_OF_CELL),
game_surface, K)
return cells
def draw_game_timer(display):
#Text
font_size = 22
pygame.font.init()
my_font = pygame.font.SysFont('Verdana', font_size)
text_surface = my_font.render('Deadline: ', False, (0, 0, 0))
display.blit(text_surface, (10, 510))
#Box
display.blit(timer_box_image, (125, 510))
#Inner box
inner_box_rect = pygame.__rect_constructor(
126, 511, (648 * (GameLogic.current_timer / GameLogic.start_timer)),
28)
pygame.draw.rect(display, (175, 32, 24), inner_box_rect, 0)
def tela_b():
pygame.init()
maca = pygame.transform.scale(v.cenario.maca, (40, 40))
lareira = pygame.transform.scale(v.cenario.lareira, (400, 300))
moldura = pygame.transform.scale(v.cenario.moldura, (180, 220))
luminaria_a = pygame.transform.scale(v.cenario.luminaria_a, (150, 150))
prateleira = pygame.transform.scale(v.cenario.prateleira, (250, 75))
alavanca_on = v.cenario.alavanca_on
alavanca_off = v.cenario.alavanca_off
porta = pygame.transform.scale(v.cenario.porta, (180, 350))
porta_aberta = pygame.transform.scale(v.cenario.porta_aberta, (180, 350))
base = pygame.__rect_constructor(-10, 738, 1376, 30)
rectAlavanca = alavanca_on.get_rect(topleft=(120, 150))
rectprateleira = pygame.__rect_constructor(460, 310, 470, 30)
rectprateleira_a = pygame.__rect_constructor(70, 185, 240, 30)
rectprateleira_b = pygame.__rect_constructor(1110, 510, 240, 30)
rectAnnie = pygame.__rect_constructor(v.xAnnie + 10, v.yAnnie + 146, 84, 70)
rectporta = porta.get_rect(topleft=(30, 350))
rectmaca = maca.get_rect(topleft=(v.maca, 250))
rectleft = pygame.__rect_constructor(-10, -10, 10, 800)
rectright = pygame.__rect_constructor(1366, -10, 10, 800)
collideleft = rectleft.colliderect(rectAnnie)
collideright = rectright.colliderect(rectAnnie)
collideporta = rectporta.colliderect(rectAnnie)
collideprateleira = rectprateleira.colliderect(rectAnnie)
collideprateleira_a = rectprateleira_a.colliderect(rectAnnie)
collideprateleira_b = rectprateleira_b.colliderect(rectAnnie)
collidealavanca = rectAlavanca.colliderect(rectAnnie)
collidemaca = rectmaca.colliderect(rectAnnie)
basecollide = base.colliderect(rectAnnie)
v.tela.blit(prateleira, (450, 300))
v.tela.blit(prateleira, (700, 300))
v.tela.blit(prateleira, (60, 180))
v.tela.blit(prateleira, (1100, 500))
v.tela.blit(moldura, (300, 100))
v.tela.blit(luminaria_a, (200, 300))
v.tela.blit(luminaria_a, (1000, 300))
v.tela.blit(lareira, (480, 410))
v.tela.blit(maca, (v.maca, 250))
if v.maca == 0:
v.macaVel += 40
if v.maca == 1320:
v.macaVel -= 40
v.maca = v.maca + v.macaVel
if collideleft:
v.xAnnie += 10
if collideright:
v.xAnnie -= 10
if basecollide or collideprateleira or collideprateleira_a or collideprateleira_b:
v.gravidade = 0
if v.bPulo:
v.gravidade = -37
elif not (basecollide or collideprateleira or collideprateleira_a or collideprateleira_b) and not v.bPulo:
v.gravidade = 37
if collidemaca:
v.xAnnie = v.largura / 2
v.yAnnie = 580
if not v.alavanca_off:
v.tela.blit(alavanca_on, (120, 100))
if collidealavanca:
if v.alavanca:
v.alavanca_off = True
v.tela_e = True
if v.tela_b:
v.tela.blit(porta_aberta, (30, 350))
if collideporta and v.tela_e:
v.annie_tela = 2
v.maca = 0
v.macaVel = 0
v.alavanca_off = False
v.tela_e = False
if not v.tela_b:
v.tela.blit(porta, (30, 350))
if v.alavanca_off:
v.tela.blit(alavanca_off, (82, 142))
def tela_d():
pygame.init()
grade = pygame.transform.scale(v.gcenario.grade, (75, 230))
guarda_roupa = pygame.transform.scale(v.gcenario.guarda_roupa, (275, 500))
espelho = pygame.transform.scale(v.gcenario.espelho, (250, 300))
cama = pygame.transform.scale(v.gcenario.cama, (400, 300))
luminaria_a = pygame.transform.scale(v.gcenario.luminaria_a, (150, 150))
prateleira = pygame.transform.scale(v.gcenario.prateleira, (250, 75))
chave = pygame.transform.scale(v.gcenario.chave, (120, 60))
alavanca_on = v.gcenario.alavanca_on
alavanca_off = v.gcenario.alavanca_off
porta = pygame.transform.scale(v.gcenario.porta, (180, 350))
porta_aberta = pygame.transform.scale(v.gcenario.porta_aberta, (180, 350))
base = pygame.__rect_constructor(-10, 738, 1376, 30)
rectporta = porta.get_rect(topleft=(760, 350))
rectgrade = grade.get_rect(topleft=(180, 0))
rectAlavanca = alavanca_on.get_rect(topleft=(50, 115))
rectcamal = pygame.__rect_constructor(420, 560, 2, 400)
rectcamar = pygame.__rect_constructor(800, 560, 2, 400)
rectcamat = pygame.__rect_constructor(430, 550, 360, 2)
rectprateleirat = pygame.__rect_constructor(0, 220, 240, 2)
rectprateleirab = pygame.__rect_constructor(0, 250, 240, 2)
rectGuarda_roupal = pygame.__rect_constructor(1030, 230, 2, 500)
rectGuarda_roupar = pygame.__rect_constructor(1260, 230, 2, 500)
rectGuarda_roupat = pygame.__rect_constructor(1040, 210, 190, 2)
rectchave = chave.get_rect(topleft=(1250, 650))
rectGregor = v.gplayer.GregorEntrando[0].get_rect(topleft=(v.xGregor,
v.yGregor))
collideporta = rectporta.colliderect(rectGregor)
collideprateleirat = rectprateleirat.colliderect(rectGregor)
collideprateleirab = rectprateleirab.colliderect(rectGregor)
collidekey = rectchave.colliderect(rectGregor)
collidecamal = rectcamal.colliderect(rectGregor)
collidecamar = rectcamar.colliderect(rectGregor)
collidecamat = rectcamat.colliderect(rectGregor)
collideGuarda_roupal = rectGuarda_roupal.colliderect(rectGregor)
collideGuarda_roupar = rectGuarda_roupar.colliderect(rectGregor)
collideGuarda_roupat = rectGuarda_roupat.colliderect(rectGregor)
collidealavanca = rectAlavanca.colliderect(rectGregor)
collidegrade = rectgrade.colliderect(rectGregor)
basecollide = base.colliderect(rectGregor)
v.tela.blit(prateleira, (0, 200))
v.tela.blit(cama, (400, 450))
v.tela.blit(luminaria_a, (v.largura / 2, 50))
v.tela.blit(espelho, (75, 375))
v.tela.blit(guarda_roupa, (1000, 210))
if collidekey:
v.key = True
elif not v.key:
v.tela.blit(grade, (180, 0))
v.tela.blit(chave, (1250, 650))
elif v.key:
collidegrade = False
if basecollide or collidecamat or collideGuarda_roupat or collideprateleirat:
v.yGregor -= 5
if collidecamal or collideGuarda_roupal:
v.xGregor -= 5
if collidecamar or collideGuarda_roupar or collidegrade:
v.xGregor += 5
if collideprateleirab:
v.yGregor += 5
if not v.alavanca_off:
v.tela.blit(alavanca_on, (50, 115))
if collidealavanca:
if v.alavanca:
v.alavanca_off = True
v.tela_a = True
if v.alavanca_off:
v.tela.blit(alavanca_off, (12, 157))
if v.tela_d:
v.tela.blit(porta_aberta, (830, 350))
if collideporta and v.tela_a:
v.key = False
v.gregor_tela = 1
v.alavanca_off = False
v.tela_a = False
v.maca = 0
if not v.tela_d:
v.tela.blit(porta, (830, 350))
def tela_f():
pygame.init()
maca = pygame.transform.scale(v.gcenario.maca, (40, 40))
moldura = pygame.transform.scale(v.gcenario.moldura, (180, 220))
guarda_roupa = pygame.transform.scale(v.gcenario.guarda_roupa, (275, 500))
cama = pygame.transform.scale(v.gcenario.cama, (400, 300))
luminaria_a = pygame.transform.scale(v.gcenario.luminaria_a, (150, 150))
alavanca_on = v.gcenario.alavanca_on
alavanca_off = v.gcenario.alavanca_off
porta = pygame.transform.scale(v.gcenario.porta, (180, 350))
porta_aberta = pygame.transform.scale(v.gcenario.porta_aberta, (180, 350))
base = pygame.__rect_constructor(-10, 738, 1376, 30)
rectAlavanca = alavanca_on.get_rect(topleft=(1200, 600))
rectcamal = pygame.__rect_constructor(170, 560, 2, 400)
rectcamar = pygame.__rect_constructor(560, 560, 2, 400)
rectcamat = pygame.__rect_constructor(180, 550, 360, 2)
rectGuarda_roupal = pygame.__rect_constructor(550, 230, 2, 500)
rectGuarda_roupar = pygame.__rect_constructor(820, 230, 2, 500)
rectGuarda_roupat = pygame.__rect_constructor(570, 220, 220, 2)
rectGregor = v.gplayer.GregorEntrando[0].get_rect(topleft=(v.xGregor,
v.yGregor))
rectporta = porta.get_rect(topleft=(900, 350))
rectmaca = maca.get_rect(topleft=(v.maca, 250))
rectmaca_a = maca.get_rect(topleft=(850, v.maca_y))
rectmaca_b = maca.get_rect(topleft=(1100, v.maca_y))
collidemaca = rectmaca.colliderect(rectGregor)
collidemaca_a = rectmaca_a.colliderect(rectGregor)
collidemaca_b = rectmaca_b.colliderect(rectGregor)
collideporta = rectporta.colliderect(rectGregor)
collidecamal = rectcamal.colliderect(rectGregor)
collidecamar = rectcamar.colliderect(rectGregor)
collidecamat = rectcamat.colliderect(rectGregor)
collideGuarda_roupal = rectGuarda_roupal.colliderect(rectGregor)
collideGuarda_roupar = rectGuarda_roupar.colliderect(rectGregor)
collideGuarda_roupat = rectGuarda_roupat.colliderect(rectGregor)
collidealavanca = rectAlavanca.colliderect(rectGregor)
basecollide = base.colliderect(rectGregor)
v.tela.blit(cama, (150, 450))
v.tela.blit(luminaria_a, (v.largura / 2, 50))
v.tela.blit(guarda_roupa, (550, 210))
v.tela.blit(moldura, (200, 250))
v.tela.blit(maca, (v.maca, 250))
v.tela.blit(maca, (850, v.maca_y))
v.tela.blit(maca, (1100, v.maca_y))
if v.maca == 0:
v.macaVel += 10
if v.maca == 420:
v.macaVel -= 10
v.maca = v.maca + v.macaVel
if v.maca_y == 0:
v.macaVely += 20
if v.maca_y == 680:
v.macaVely -= 20
v.maca_y = v.maca_y + v.macaVely
if collidemaca or collidemaca_a or collidemaca_b:
v.xGregor = 10
v.yGregor = 560
if basecollide or collidecamat or collideGuarda_roupat:
v.yGregor -= 5
if collidecamal or collideGuarda_roupal:
v.xGregor -= 5
if collidecamar or collideGuarda_roupar:
v.xGregor += 5
if not v.alavanca_off:
v.tela.blit(alavanca_on, (1200, 600))
if collidealavanca:
if v.alavanca:
v.alavanca_off = True
v.tela_c = True
if v.alavanca_off:
v.tela.blit(alavanca_off, (1162, 642))
if v.tela_f:
v.tela.blit(porta_aberta, (900, 350))
if collideporta and v.tela_c:
v.gregor_tela = 3
v.alavanca_off = False
v.tela_c = False
if not v.tela_f:
v.tela.blit(porta, (900, 350))
def tela_e():
pygame.init()
maca = pygame.transform.scale(v.gcenario.maca, (40, 40))
g = pygame.transform.scale(v.gcenario.grade, (75, 230))
moldura = pygame.transform.scale(v.gcenario.moldura, (180, 220))
grade = pygame.transform.rotate(g, 270)
guarda_roupa = pygame.transform.scale(v.gcenario.guarda_roupa, (275, 500))
cama = pygame.transform.scale(v.gcenario.cama, (400, 300))
luminaria_a = pygame.transform.scale(v.gcenario.luminaria_a, (150, 150))
prateleira = pygame.transform.scale(v.gcenario.prateleira, (250, 75))
chave = pygame.transform.scale(v.gcenario.chave, (120, 60))
alavanca_on = v.gcenario.alavanca_on
alavanca_off = v.gcenario.alavanca_off
porta = pygame.transform.scale(v.gcenario.porta, (180, 350))
porta_aberta = pygame.transform.scale(v.gcenario.porta_aberta, (180, 350))
base = pygame.__rect_constructor(-10, 738, 1376, 30)
rectgrade = grade.get_rect(topleft=(1140, 220))
rectAlavanca = alavanca_on.get_rect(topleft=(1200, 600))
rectcamal = pygame.__rect_constructor(170, 560, 2, 400)
rectcamar = pygame.__rect_constructor(560, 560, 2, 400)
rectcamat = pygame.__rect_constructor(180, 550, 360, 2)
rectprateleirat = pygame.__rect_constructor(0, 220, 240, 2)
rectprateleirab = pygame.__rect_constructor(0, 250, 240, 2)
rectGuarda_roupal = pygame.__rect_constructor(920, 230, 2, 500)
rectGuarda_roupar = pygame.__rect_constructor(1160, 230, 2, 500)
rectGuarda_roupat = pygame.__rect_constructor(930, 220, 220, 2)
rectchave = chave.get_rect(topleft=(50, 150))
rectGregor = v.gplayer.GregorEntrando[0].get_rect(topleft=(v.xGregor,
v.yGregor))
rectporta = porta.get_rect(topleft=(700, 350))
rectmaca = maca.get_rect(topleft=(v.maca, 250))
collidemaca = rectmaca.colliderect(rectGregor)
collideporta = rectporta.colliderect(rectGregor)
collideprateleirat = rectprateleirat.colliderect(rectGregor)
collideprateleirab = rectprateleirab.colliderect(rectGregor)
collidekey = rectchave.colliderect(rectGregor)
collidecamal = rectcamal.colliderect(rectGregor)
collidecamar = rectcamar.colliderect(rectGregor)
collidecamat = rectcamat.colliderect(rectGregor)
collideGuarda_roupal = rectGuarda_roupal.colliderect(rectGregor)
collideGuarda_roupar = rectGuarda_roupar.colliderect(rectGregor)
collideGuarda_roupat = rectGuarda_roupat.colliderect(rectGregor)
collidealavanca = rectAlavanca.colliderect(rectGregor)
collidegrade = rectgrade.colliderect(rectGregor)
basecollide = base.colliderect(rectGregor)
v.tela.blit(prateleira, (0, 200))
v.tela.blit(cama, (150, 450))
v.tela.blit(luminaria_a, (v.largura / 2, 50))
v.tela.blit(guarda_roupa, (900, 210))
v.tela.blit(moldura, (300, 250))
v.tela.blit(maca, (v.maca, 250))
if v.maca == 0:
v.macaVel += 20
if v.maca == 840:
v.macaVel -= 20
v.maca = v.maca + v.macaVel
if collidemaca:
v.xGregor = 10
v.yGregor = 560
if collidekey:
v.key = True
elif not v.key:
v.tela.blit(grade, (1140, 200))
v.tela.blit(chave, (50, 150))
elif v.key:
collidegrade = False
if basecollide or collidecamat or collideGuarda_roupat or collideprateleirat or collidegrade:
v.yGregor -= 5
if collidecamal or collideGuarda_roupal:
v.xGregor -= 5
if collidecamar or collideGuarda_roupar:
v.xGregor += 5
if collideprateleirab:
v.yGregor += 5
if not v.alavanca_off:
v.tela.blit(alavanca_on, (1200, 600))
if collidealavanca:
if v.alavanca:
v.alavanca_off = True
v.tela_b = True
if v.alavanca_off:
v.tela.blit(alavanca_off, (1162, 642))
if v.tela_e:
v.tela.blit(porta_aberta, (700, 350))
if collideporta and v.tela_b:
v.gregor_tela = 2
v.alavanca_off = False
v.tela_b = False
v.maca = 0
v.macaVel = 0
v.xGregor = 50
v.yGregor = 650
if not v.tela_e:
v.tela.blit(porta, (700, 350))
def tela_a():
pygame.init()
guarda_roupa = pygame.transform.scale(v.cenario.guarda_roupa, (275, 500))
cama = pygame.transform.scale(v.cenario.cama, (400, 300))
luminaria_a = pygame.transform.scale(v.cenario.luminaria_a, (150, 150))
prateleira = pygame.transform.scale(v.cenario.prateleira, (250, 75))
alavanca_on = v.cenario.alavanca_on
alavanca_off = v.cenario.alavanca_off
porta = pygame.transform.scale(v.cenario.porta, (180, 350))
porta_aberta = pygame.transform.scale(v.cenario.porta_aberta, (180, 350))
base = pygame.__rect_constructor(-10, 738, 1376, 30)
rectAlavanca = alavanca_on.get_rect(topleft=(120, 150))
rectcama = pygame.__rect_constructor(990, 600, 350, 50)
rectprateleira = pygame.__rect_constructor(570, 340, 200, 30)
rectGuarda_roupa = pygame.__rect_constructor(50, 260, 275, 30)
rectAnnie = pygame.__rect_constructor(v.xAnnie, v.yAnnie + 186, 110, 35)
rectporta = porta.get_rect(topleft=(760, 350))
rectleft = pygame.__rect_constructor(-10, -10, 10, 800)
rectright = pygame.__rect_constructor(1366, -10, 10, 800)
collideleft = rectleft.colliderect(rectAnnie)
collideright = rectright.colliderect(rectAnnie)
collideporta = rectporta.colliderect(rectAnnie)
collideGuarda_roupa = rectGuarda_roupa.colliderect(rectAnnie)
collideprateleira = rectprateleira.colliderect(rectAnnie)
collidecama = rectcama.colliderect(rectAnnie)
collidealavanca = rectAlavanca.colliderect(rectAnnie)
basecollide = base.colliderect(rectAnnie)
v.tela.blit(prateleira, (550, 330))
v.tela.blit(cama, (950, 450))
v.tela.blit(luminaria_a, (300, 300))
v.tela.blit(luminaria_a, (1000, 300))
if collideleft:
v.xAnnie += 10
if collideright:
v.xAnnie -= 10
if basecollide or collidecama or collideprateleira or collideGuarda_roupa:
v.gravidade = 0
if v.bPulo:
v.gravidade = -37
elif not (basecollide or collidecama or collideprateleira
or collideGuarda_roupa) and not v.bPulo:
v.gravidade = 37
if not v.alavanca_off:
v.tela.blit(alavanca_on, (120, 150))
if collidealavanca:
if v.alavanca:
v.alavanca_off = True
v.tela_d = True
if v.alavanca_off:
v.tela.blit(alavanca_off, (82, 192))
if v.tela_a:
v.tela.blit(porta_aberta, (760, 350))
if collideporta and v.tela_d:
v.annie_tela = 1
v.alavanca_off = False
v.tela_d = False
if not v.tela_a:
v.tela.blit(porta, (760, 350))
v.tela.blit(guarda_roupa, (50, 210))
def tela_c():
pygame.init()
maca = pygame.transform.scale(v.cenario.maca, (40, 40))
piano = pygame.transform.scale(v.cenario.piano, (500, 400))
grade = pygame.transform.scale(v.cenario.grade, (75, 230))
moldura = pygame.transform.scale(v.cenario.moldura, (180, 220))
chave = pygame.transform.scale(v.cenario.chave, (120, 60))
luminaria_a = pygame.transform.scale(v.cenario.luminaria_a, (150, 150))
prateleira = pygame.transform.scale(v.cenario.prateleira, (250, 75))
alavanca_on = v.cenario.alavanca_on
alavanca_off = v.cenario.alavanca_off
porta = pygame.transform.scale(v.cenario.porta, (180, 350))
porta_aberta = pygame.transform.scale(v.cenario.porta_aberta, (180, 350))
base = pygame.__rect_constructor(-10, 738, 1376, 30)
rectAlavanca = alavanca_on.get_rect(topleft=(120, 150))
rectprateleira = pygame.__rect_constructor(360, 310, 460, 30)
rectprateleira_a = pygame.__rect_constructor(0, 170, 240, 30)
rectprateleira_b = pygame.__rect_constructor(1100, 170, 240, 30)
rectpiano = pygame.__rect_constructor(980, 560, 500, 30)
rectAnnie = pygame.__rect_constructor(v.xAnnie + 10, v.yAnnie + 146, 74,
70)
rectmaca = maca.get_rect(topleft=(v.maca, 250))
rectmaca_a = maca.get_rect(topleft=(v.maca_a, 250))
rectgrade = grade.get_rect(topleft=(180, -10))
rectgrade_a = grade.get_rect(topleft=(1086, -10))
rectkey = chave.get_rect(topleft=(560, 260))
rectkey_a = chave.get_rect(topleft=(1175, 140))
rectporta = porta.get_rect(topleft=(30, 350))
rectleft = pygame.__rect_constructor(-10, -10, 10, 800)
rectright = pygame.__rect_constructor(1366, -10, 10, 800)
collideleft = rectleft.colliderect(rectAnnie)
collideright = rectright.colliderect(rectAnnie)
collideporta = rectporta.colliderect(rectAnnie)
collidegrade = rectgrade.colliderect(rectAnnie)
collidegrade_a = rectgrade_a.colliderect(rectAnnie)
collidekey = rectkey.colliderect(rectAnnie)
collidekey_a = rectkey_a.colliderect(rectAnnie)
collideprateleira = rectprateleira.colliderect(rectAnnie)
collideprateleira_a = rectprateleira_a.colliderect(rectAnnie)
collideprateleira_b = rectprateleira_b.colliderect(rectAnnie)
collidealavanca = rectAlavanca.colliderect(rectAnnie)
basecollide = base.colliderect(rectAnnie)
collidemaca = rectmaca.colliderect(rectAnnie)
collidemaca_a = rectmaca_a.colliderect(rectAnnie)
collidepiano = rectpiano.colliderect(rectAnnie)
v.tela.blit(prateleira, (350, 300))
v.tela.blit(prateleira, (600, 300))
v.tela.blit(prateleira, (0, 180))
v.tela.blit(prateleira, (1100, 180))
v.tela.blit(moldura, (500, 400))
v.tela.blit(luminaria_a, (200, 300))
v.tela.blit(luminaria_a, (1000, 300))
v.tela.blit(maca, (v.maca, 250))
v.tela.blit(maca, (v.maca_a, 250))
v.tela.blit(piano, (900, 400))
if collideleft:
v.xAnnie += 10
if collideright:
v.xAnnie -= 10
if v.maca == 0:
v.macaVel += 15
if v.maca == 630:
v.macaVel -= 15
v.maca = v.maca + v.macaVel
if v.maca_a == 660:
v.macaVel_a += 15
if v.maca_a == 1290:
v.macaVel_a -= 15
v.maca_a = v.maca_a + v.macaVel_a
if collidekey:
v.key = True
elif not v.key:
v.tela.blit(grade, (1086, -10))
v.tela.blit(chave, (560, 260))
elif v.key:
collidegrade_a = False
if collidegrade_a:
v.xAnnie -= 10
if collidekey_a:
v.key_a = True
elif not v.key_a:
v.tela.blit(grade, (180, -10))
v.tela.blit(chave, (1175, 140))
elif v.key_a:
collidegrade = False
if collidegrade:
v.xAnnie += 10
if basecollide or collideprateleira or collideprateleira_a or collideprateleira_b or collidepiano:
v.gravidade = 0
if v.bPulo:
v.gravidade = -37
elif not (basecollide or collideprateleira or collideprateleira_a
or collideprateleira_b or collidepiano) and not v.bPulo:
v.gravidade = 37
if collidemaca or collidemaca_a:
v.xAnnie = v.largura / 2
v.yAnnie = 580
if not v.alavanca_off:
v.tela.blit(alavanca_on, (80, 100))
if collidealavanca:
if v.alavanca:
v.alavanca_off = True
v.tela_f = True
if v.tela_c:
v.tela.blit(porta_aberta, (30, 350))
if collideporta and v.tela_f:
v.annie_tela = 3
v.alavanca_off = False
v.tela_f = False
if not v.tela_c:
v.tela.blit(porta, (30, 350))
if v.alavanca_off:
v.tela.blit(alavanca_off, (42, 142))