def test_combinations():
"""Tests reading and updating the combinations txt file"""
assert "temp.txt" not in os.listdir(".")
assert not generator.check(filename="temp.txt", combination=OUTPUT)
generator.update(filename="temp.txt", combination=OUTPUT)
assert generator.check(filename="temp.txt", combination=OUTPUT)
os.remove("temp.txt")
def update():
if state != STATE_IN_GAME:
return
global score
score += gfw.delta_time
gfw.world.update()
generator.update(score)
check_collision()
def update():
global state, score
if state != STATE_IN_GAME:
return
score += gfw.delta_time
gfw.world.update()
generator.update(score)
dead, full = check_collision()
if dead:
end_game()
if full:
score += 5
def update():
gfw.world.update()
generator.update()
# if not gfw.world.count_at(gfw.layer.enemy) == 0:
# for n in gfw.world.objects_at(gfw.layer.enemy):
# print(n)
collision.check_collision()
score.update()
#print(gfw.world.count_at(gfw.layer.enemy))
pattern.update()
stage_gen.update()
def update():
global state
if state == GAME_OVER:
return
if paused:
paused_update()
return
gfw.world.update()
generator.update(playtime())
for b in gfw.world.objects_at(gfw.world.layer.book):
check_book(b)
for i in gfw.world.objects_at(gfw.world.layer.item):
check_item(i)
score.score += gfw.delta_time
exam_time(generator.exam)
update_music()
def update():
global start
if Zombie.GAME_OVER == True:
gfw.world.clear()
Zombie.GAME_OVER = False
gfw.change(over_state)
return
gfw.world.update()
generator.update()
check_collision_bullet_zombie()
check_collision_plant_zombie()
check_collision_zombie_car()
global zombie_generate_time
zombie_generate_time += gfw.delta_time
if zombie_generate_time > START_TIME and start == False:
generator.generate_zombie_start()
zombie_generate_time = 0
start = True
elif start == False:
return
if zombie_generate_time > ZOMBIE_TIME and generator.Zombie_Generate_num < ZOMBIE_NUM:
zombie_generate_time = 0
type = random.choice(
['ConeheadZombie', 'BucketheadZombie', 'FlagZombie'])
generator.generate_zombie(type)
# 시작했고 좀비가 다 비었으면 5초후에 Final wave 띄우고 마지막 좀비 공격 시작
global FINAL_GAP_TIME
if start == True and gfw.world.count_at(
gfw.layer.zombie) == 0 and FINAL_GAP_TIME <= 5:
FINAL_GAP_TIME += gfw.delta_time
if FINAL_GAP_TIME > 5:
for i in range(20):
type = random.choice([
'ConeheadZombie', 'BucketheadZombie', 'FlagZombie',
'Zombie'
])
z = generator.generate_zombie(type)
static_ui.FINAL_WAVE = True
if FINAL_GAP_TIME > 5 and gfw.world.count_at(gfw.layer.zombie) == 0:
gfw.change(clear_state)
if static_ui.FINAL_WAVE and gfw.world.count_at(gfw.layer.zombie) != 0:
static_ui.FINAL_WAVE = False
def update():
if state != STATE_IN_GAME: # 게임 오버 구현
return
global score
score += gfw.delta_time # delta 타임 값을 계속 더해줌
gfw.world.update() # 월드 업데이트
generator.update(score) # 점수에 따른 미사일 생성
check_collision() # 충돌 체크
# 플레이어가 떨어질 때 타일과 충돌하는지 검사합니다.
if player.speed_y < 0.0:
player_half_w = player.col_box_w * 0.5
player_half_h = player.col_box_h * 0.5
player_left = player.pos[0] - player_half_w
player_right = player.pos[0] + player_half_w
player_bottom = player.pos[1] - player_half_h
player_top = player.pos[1] + player_half_h
for i in gfw.world.objects_at(gfw.layer.tile):
x, y = i.pos[0], i.pos[1]
half_w = 80.0 * 0.5
half_h = 20.0 * 0.5
left = x - half_w
right = x + half_w
bottom = y - half_h
top = y + half_h
if player.pos[1] > y and player_left <= right and player_right >= left and player_bottom <= top and player_top >= bottom:
player.pos = player.pos[0], y + 30.0
player.jump = False
player.speed_y = 0.0
break
if player.life <= 0:
end_game()
def update():
gfw.world.update()
generator.update()
check_collision()
def update():
gfw.world.update()
generator.update()
def update(self):
"""Calls the function in the generator library"""
generator.update(self)