#Brick breaker game code code#

Some brickbreakers have enemies that hover around the play area, and introduce some chaos into the mixĪll of these things are quite modular, so you can mix and match within the levels to try and provide more variety. Mega ball, short timescale powerup that increases the size and it crushes through most bricks bar unbreakables Gravity nodes that exert a pull on the ball Cannon pad, ball enters and is fired at speed in a random direction (could be helpful or a hindrance) Teleporter nodes, transporting the ball from one area to another, could be used in boss battles Not sure what you currently have, but additional elements could be we'll generate a new map and hence the use of repaint method.If you want to stick with brickbreaker elements rather than hybrydising with other genres, perhaps think of (1) powerup elements or (2) level elements that change things up a bit and add a bit of freshness. if enter is being pressed, the game will restart itself. In the structure, it's ensured that if the keyPressed method detects that right key is being pressed, then the object moves to the right. here, we have created an if-else loop to detect the use of the key that is used to enable motion. Then, let’s construct the events and methods in the keypressed method using override.

public class Gameplay extends JPanel implements KeyListener, ActionListener The ActionListener interface in Java is automatically notified when you click or interact with a defined object within the bounds of the frame.Īfter all, this we have initialized and defined all the parameters which will be required to play and create this game. KeyListener in Java takes care of all the operations or any actions related to the keyboard such as pressing the left button to move and so on. We've also ensured to implement the KeyListener and ActionListener interfaces by using the ‘implements’ keyword. We've ensured that this class inherits the attributes of the JPanel container by using the keyword ‘extends’. Since we need a container that can store and organize different components, let's use JPanel which is found in the Java Swing Package. We've imported the following libraries: import

Let’s move onto making the game class! we've created a class named ‘Gameplay’.

#Brick breaker game code code#

When you run the code as of now, you'll see only a frame with the title in it. Obj.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE) Now, let’s see the whole code for the main class! Main class code: import we've added the methods and functions of the Gameplay class in the lines below: Gameplay game = new Gameplay() And later, we have set the properties of this frame using methods such as setBounds(), setTitle(), setResizable() etc. We'll define an object that will have the properties of JFrame. After creating the main class, you also see that the main method like public static void main(String args)are available. Then, let’s create a class named ‘Main_class’ since this will be the main class in our source code.

let’s start developing our main class! First, let’s import the libraries we need. To complete this brick breaker game, let's make 2 components: The methods used in the main class and the execution of gameplay. In this guide, we will learn to develop a simple and fun- Brick Breaker game in Java.Īs we know, Java is one of the most widely used programming languages for making games due to the versatility and the huge amount of open-source material made available to a programmer when using this language.