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  1. Freelancers

Mikola M.

Sleeping face
Mikola hasn't been on the service for a long time.
But on Freelancehunt, there are also 4493 freelancers in category Python, who will professionally and timely complete a project of any complexity.

Ukraine Dnepr, Ukraine
3 years back
Available for hire available for hire
on the service 3 years
Freelancer Mikola M. — Ukraine, Dnepr. Core skill — Python, Copywriting

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Language proficiency level

Українська Українська: fluent
Русский Русский: advanced

Skills and abilities

Programming

Photo, Audio & Video

Writing

Portfolio


  • 5 USD

    The bird

    Python
    Imports of Pygame
    The random import

    Initialization of Pygame
    … by pygame.init()

    Setup of window
    win_width = 400
    win_height = 600
    win = pygame.display.set_mode((win_width, win_height))
    pygame.display.set_caption(”Flappy Bird”)

    #Download images
    bird_img = pygame.image.load("bird.png")
    pipe_img = pygame.image.load("pipe.png")

    Setting the size of the image
    Bird_size = 50
    pipe_width = 60
    pipe_gap = 200

    Set up the bird’s starting position
    bird_x = win_width // 2 - bird_size // 2
    bird_y = win_height // 2 - bird_size // 2

    The speed of the bird
    Bird_speed = 5

    List of tubes
    Pipes = [ ]

    Function that generates a new tube
    by def generate_pipe():
    pipe_x = win_width
    pipe_height = random.randint(50, win_height - pipe_gap - 50)
    return {"x": pipe_x, "height": pipe_height}

    Addition of the first tube
    pipes.append(generate_pipe( )

    # variable, which is responsible for whether the bird is in the air
    is_jumping = false

    Function that negates the game world
    by def draw_world():
    The Bird's Negation
    win.blit(bird_img, (bird_x, bird_y))

    The TUBS
    for pipe in pipes:
    Top_pipe_y = 0
    bottom_pipe_y = pipe["height"] + pipe_gap
    win.blit(pipe_img, (pipe["x"], top_pipe_y))
    win.blit(pygame.transform.flip(pipe_img, False, True), (pipe["x"], bottom_pipe_y))

    Updated screen
    by pygame.display.update()

    The main game cycle
    Run = True
    while run:

    Processing of Events
    for event in pygame.event.get():
    if event.type = pygame.QUIT:
    Run = False
    elif event.type = pygame.KEYDOWN:
    if event.key = pygame.k_space:
    is_jumping = true

    Moving the bird
    if is_jumping:
    Bird_y -= Bird_speed * 2
    is_jumping = false
    Other is:
    Bird_y + = Bird_speed

    Moving the tubes
    for pipe in pipes:
    pipe["x"] -= bird_speed

    If the tube reaches the left border of the screen
    if pipe["x"] < -pipe_width:
    pipes.remove (pipe)

    If the bird crosses with a tube
    if (bird_x < pipe["x"] + pipe_width and
    bird_x + bird_size > pipe["x"] and
    bird_y < pipe["height"] or
    Bird_y + Bird_size
    bird_y + bird_size > pipe["height"] + pipe_gap):
    Run = False

    Addition of a new tube
    if pipes[-1]["x"] < win_width - win_width // 2:
    pipes.append(generate_pipe( )

    The Game of the World
    win.fill(0, 0 and 0 )
    by draw_world()

    The end of the game
    by pygame.quit()

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