Game_sounds = ('gallery/audio/swoosh.wav') Game_sounds = ('gallery/audio/point.wav') Game_images = (background).convert_alpha() Game_images = ('gallery/images/base.png').convert_alpha() Game_images = ('gallery/images/message.png').convert_alpha() ('gallery/images/8.png').convert_alpha(), ('gallery/images/7.png').convert_alpha(), ('gallery/images/6.png').convert_alpha(),

('gallery/images/4.png').convert_alpha(), ('gallery/images/3.png').convert_alpha(), ('gallery/images/2.png').convert_alpha(), ('gallery/images/1.png').convert_alpha(), ('gallery/images/0.png').convert_alpha(), Then we start a loop calling the welcomeScreen() and mainGame() functions which will be defined in the later sections. It is similar to what we did for images but here we use () function with the paths for various sounds as the argument for storing the sounds. We then add the sounds to the game_sounds dictionary using various keys. For pipe, we also added an inverted pipe image by using () function and rotating the image by 180 degrees. Similarly, we add the images of the message, base, pipe, background, player, and title, into the dictionary using various keys. We use () with paths of the images as arguments along with convert_alpha() to change the pixel format of an image including per pixel alphas. Then we will give a title to our main game window and store all the images in a tuple with first, which we are then assigning to the ’numbers’ key in the game_images dictionary. We also create fps_clock variable to help us track time at a moment using () function. Now let’s create the main function where our game will start and we have to initialize all pygame modules using pygame.init().

In line 3 and 4 we are importing Pygame and the basic Pygame imports respectively.Īudio Used Flappy Bird 3. sys.exit from the sys module will be used to exit the program. We will use random for generating random numbers for our game. Importing Modulesįor the project, we are importing the necessary modules. So, prior knowledge of python and Pygame is required for this project. Pygame is suitable to create client-side applications that can be potentially wrapped in a standalone executable. It includes computer graphics and sound libraries designed to be used with the Python programming language. We will also be using Pygame which is a cross-platform set of Python modules designed for writing video games. We will be using Python language for writing the code. In this tutorial, we have made a computer version of the game where the bird will be controlled using the up key or the space bar. If the bird hits the pipes or the edges of the screen, the game ends and the player needs to restart. Flappy bird was originally released as a mobile game where you tap the screen to make the bird fly.

Greenfoot full flappy bird code