How Do Java Coded Games Differ to Other Languages?
Java is one of several computer programming languages used in video game development, and some of the biggest advantages for developers using this language are that it’s platform-independent, easy to learn, and object-oriented.
It’s also one of the most robust languages for video games and casino games development. It comes with impressive security features and cross-platform capabilities, making Java the number-one choice programming language for game developers worldwide when they craft new digital content.
Here is a closer look at how Java-coded games differ from other languages.
What are the main computer programming languages for game development?
In the world of video game development, just a handful of programming languages are used. The most common ones that developers use today are the following languages:
- Java
- JavaScript
- Python
- C++
- C#
- Swift
- Lua
Depending on the type of game a developer is trying to create will determine which of these languages would be the more suitable option.
Which famous video games were made using the Java programming language?
Some of the most famous video games made using Java that you may already be familiar with by now aren’t the triple-A blockbuster titles like Red Dead Redemption 2 or Cyberpunk: 2077. C++ is commonly used to create the graphically demanding hit titles.
Swift, JavaScript, C+ and C# are great for VR and AR games, and C++, C#, and Python are typically used when developers make computer-generated classic table & card games or online fruit machines.
Some of the most popular examples of Java-coded games include Minecraft, RuneScape, Mission Impossible III, Minesweeper, Revenge of the Titans, Worms: A Space Oddity, and Robocode.
Several other popular Java coded games that some of you may already be familiar with by now are Saints Row 2, Wakfu, CodeMonkey, Empire Earth, and Icy Tower. That’s not forgetting Gangstar: Crime City, Gothic 3: The Beginning, Spider-Man: Toxic City, and Asphalt 6: Adrenaline, to name a few.
What is Java, and how are Java-coded games different from other languages?
Java is classed as a high-level programming language. It was specifically designed to be easy for developers to use, meaning that even inexperienced devs don’t find it challenging to learn, debug, compile, and write compared to most other languages.
It’s also object-oriented, meaning developers can create reusable code and modular programs. Some of the main features include the following:
- Automatic memory management
- User-friendly – easy to write and debug
- Garbage
- Top-notch security features
- Object-oriented – create reusable code and modular programs
- Platform-independent/cross-platform capabilities – easy to move from one system to another
Digital content created using Java code runs on the JVM (Java Virtual Machine). This works as an abstraction layer between the underlying hardware and the code, which enables Java-coded games to work well on almost every operating system on most desktop computers and mobile devices.
Java’s built-in support for multithreading is capable of handling multiple tasks alongside each other, such as user input, graphics rendering, and gameplay logic. This improves performance, which leads to a smoother and more responsive gameplay experience for players.
Java language is also excellent for crafting socially interactive multiplayer gameplay experiences because of its robust socket programming capabilities.
Final thoughts
Computer programming languages have continued to evolve, enabling developers to push the boundaries of what’s possible. Today’s games are now more immersive and enjoyable to play than ever, and this is all thanks to the code/language used to create the game.
As well as the programming languages, multi-functional game engines like Unity and Unreal also help make game development more convenient with things like collision detection, 2D and 3D graphics rendering, streaming, animation, networking, and scripting.
The simplicity of Java is one of the main reasons it remains the programming language of choice for many developers.
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