hui

# Type your text here# FLAPPY voor MicroPython (TV formaat scherm 320x240 of 240x240 afhankelijk toestel)
import time, random
from ti_draw import screen, clear, pixel, text, update  # fictieve drawable API - pas aan naar jouw device

W, H = 240, 128
bird_x = 40
bird_y = H//2
vel = 0
gravity = 0.7
jump = -8
pipes = []
score = 0
SPAWN = 70

def spawn_pipe():
    gap_y = random.randint(20, H-40)
    pipes.append({'x':W, 'gap_y':gap_y, 'w':20})

def draw():
    clear()
    # vogel
    pixel(bird_x, int(bird_y))
    # pijpen
    for p in pipes:
        for y in range(0, p['gap_y']-20):
            for x in range(p['w']):
                pixel(int(p['x'])+x, y)
        for y in range(p['gap_y']+20, H):
            for x in range(p['w']):
                pixel(int(p['x'])+x, y)
    text(2,2,"Score: {}".format(score))
    update()

spawn_pipe()
t0 = time.ticks_ms()
while True:
    # input: toets omhoog (voorbeeld: button A) — pas aan naar jouw API
    if screen.get_button_up():  # Vervang met juiste API
        vel = jump
    vel += gravity
    bird_y += vel
    # verplaats pipes
    for p in pipes:
        p['x'] -= 2
    # spawn
    if pipes==[] or pipes[-1]['x'] < W - SPAWN:
        spawn_pipe()
    # verwijder afgegleden pipes + score
    if pipes and pipes[0]['x'] < -pipes[0]['w']:
        pipes.pop(0)
        score += 1
    # botsing detectie (vereenvoudigd)
    for p in pipes:
        bx = bird_x
        if p['x'] < bx < p['x'] + p['w']:
            if not (p['gap_y']-20 < bird_y < p['gap_y']+20):
                text(50, H//2, "GAME OVER")
                update()
                raise SystemExit
    if bird_y < 0 or bird_y > H:
        text(50, H//2, "GAME OVER")
        update()
        raise SystemExit
    draw()
    time.sleep(0.03)