dont-collide/ar-SA/code/dont_collide_dodge_asteroids_example/main.py at 11e0ae75252f40d22cad40df7fcc56ccb9f00d0f · raspberrypilearning/dont-collide · GitHub

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#!/bin/python3

# Import library code
from p5 import *
from random import randint, seed

level = 1
score = 0
lives = 3
invun = 0

# The draw_obstacle function goes here
def draw_obstacles():
    global level

    seed(random_seed)

    if frame_count % height == height - 1 and level < 8:
        level += 1
        print('You reached level', level)

    for i in range(6 + level):
        ob_x = randint(0, width)
        ob_y = randint(0, height) + (frame_count * level)
        ob_y %= height  # wrap around
        push_matrix()
        translate(ob_x, ob_y)
        rotate(degrees(randint(1, 359)+frame_count / 1000))
        image(rock, 0, 0, randint(18,24), randint(18,24))
        pop_matrix()


# The draw_player function goes here
def draw_player():
    global score, level, lives, invun

    player_y = int(height * 0.8)
    player_x = mouse_x

    collide = get(player_x, player_y).hex
    collide2 = get(player_x - 18, player_y + 17).hex
    collide3 = get(player_x + 18, player_y + 17).hex
    collide4 = get(player_x, player_y + 25).hex

    if player_x < width:  # off the left of the screen
        collide2 = safe.hex

    if player_x > width:  # off the right of the screen
        collide3 = safe.hex

    if (collide == safe.hex and collide2 == safe.hex and collide3 == safe.hex and collide4 == safe.hex) or invun > 0:
        if lives == 0 and frame_count % 12 == 0:
            tint(200, 0, 0)

        image(rocket, player_x, player_y + 25, 64, 64)
        score += level
        invun -= 1
        no_tint()

        if invun > 0:
            stroke(220)
            fill(220, 220, 220, 60)
            ellipse(player_x, player_y + 18, 47, 47)

    elif lives > 1:
        lives -= 1
        invun = 50
        tint(200, 0, 0)
        image(rocket, player_x, player_y + 25, 64, 64)
        no_tint()
        score += level
    else:
        text('💥', player_x + 10, player_y + 5)
        level = 0


def display_score():
    global level

    fill(255)
    text_size(16)
    text_align(RIGHT, TOP)
    text('Score', width * 0.45, 10, width * 0.5, 20)
    text(str(score), width * 0.45, 25, width * 0.5, 20)

    if score > 10000:
        level = 0
        print('🎉🎉 You win! 🎉🎉')


def display_lives():
    fill(255)
    text_size(16)
    text_align(LEFT, TOP)
    text('Lives', width * 0.05, 10, 30, 20)

    for i in range(lives):
        image(rocket, width * 0.05 + i * 25, 40, 20, 20)


def setup():
    # Setup your animation here
    size(400, 400)
    global rocket, rock, random_seed

    text_size(40)
    text_align(CENTER, TOP)  # position around the centre, top

    rocket = load_image('rocket.png')
    rock = load_image('moon.png')
    random_seed = randint(0, 1000000)

def draw():
    # Things to do in every frame
    global score, safe, level
    safe = Color(0)

    if level > 0:
        background(safe)
        fill(255)
        image_mode(CENTER)
        draw_obstacles()
        draw_player()
        display_score()
        display_lives()

run()