Using ||math:pick random||, generate a random number from 0 to 4 and store it inside emptyObstacleY. Now generate vertical obstacles consisting of 4 sprites and 1 random hole.Ĭreate new variable called emptyObstacleY. All obstacles will have a single hole for the bird to fly through.įirst, create an array of obstacles which will hold all of the obstacle sprites. We’ll keep all obstacles inside the array. We’re going to randomly generate obstacles. This is where things will start to get interesting. We’ll control the bird by pressing the A button to go up or the B button to go down. let bird: game.LedSprite = nullīird.set(LedSpriteProperty.Blink, 300) Step 2: Make the Bird flyīefore creating the code for the game actions, let’s first add some controls so that we can move around. Step 1: Add the Bird to the Gameįirst, we are going to add a sprite for the bird from the Game menu and make it blink. The purpose of this tutorial is to teach the basics of game sprites, arrays, and loops. If the player touches an obstacle, they lose.

The objective is to direct a flying bird, which is moving continuously to the right, between sets of obstacles. This is a simple version of the Flappy Bird game for micro:bit. All the fun from the Flappy Bird game is coming to the micro:bit as Crashy Bird!

Flappy bird unblocked Crossy Road