In this article, we will discuss the past of games, the evolution of electronic games, and the development of software within them. We will also explore how artificial intelligence intervenes in games and what games might look like in the future.
.png "The Past of Games: Simple Beginnings and the First Revolution")
The Past of Games: Simple Beginnings and the First Revolution
At the beginning of video game creation, designs were simple and limited to basic codes, such as the game "Pong" in the 1970s, which represented a tennis ball moving between two paddles.
Then, in the 1990s, games became three-dimensional, which revolutionized game design, and engines like "Unreal Engine" and "Unity" emerged, providing advanced tools for developers to enhance graphics and gameplay mechanics. Examples of these games include "Super Mario 64."
The Evolution of Software and Technologies in Games
Initially, video games were limited to basic, simple codes. Today, games have become complex in their code structure, incorporating numerous software and various codes.
- Modern Game Engines: Current game engines have become more advanced, offering tools such as Ray Tracing that enhance lighting and shadows. These engines rely on artificial intelligence features to simulate the real world, An example of this is Unreal Engine 5, which provides stunning graphical capabilities and technologies for data analysis and performance improvement.
- Virtual Reality and Augmented Reality Technologies: Games today have become more immersive thanks to Virtual Reality (VR) and Augmented Reality (AR) technologies, allowing players to interact with game environments in unprecedented way, Examples of these games include Beat Saber and Pokémon Go.
- Cloud Gaming: The spread of cloud gaming platforms like Google Stadia and NVIDIA GeForce Now enables players to play games on any device without the need for powerful hardware.
The Entry of Artificial Intelligence in Games
Recently, artificial intelligence has entered many fields, including games, where AI has been incorporated in:- Designing Intelligent Characters: AI is used to improve the behavior of non-playable characters (NPCs), making them interact intelligently with players. An example of this is the game The Last of Us Part II.
- Creating Procedural Worlds: AI enables the automatic creation of worlds and gameplay environments that regenerate themselves. An example of this is the game Minecraft.
- Machine Learning and Challenge Optimization: Machine learning techniques are used to customize challenges based on players' skills, providing a personalized experience. Example: Shooting games like Call of Duty recognize the player's skill level and adjust the difficulty automatically.
- Developing Interactive Stories: AI can create branching stories based on the player's choices, enhancing immersion. An example of this is the game Detroit: Become Human.
The Future of Games: A Look into the Coming Years
This section includes:
Adaptive Games
- Future games will trend towards fully personalized experiences, where the game's content adapts based on the player's emotions and performance.
Integration of Virtual Reality and Artificial Intelligence
- Artificial intelligence technologies will be integrated with virtual reality to create more interactive worlds, where games can "understand" players' actions in real-time.
Voice-Interactive Games
- Thanks to AI technologies in voice analysis, future games will allow voice interaction with characters.
Blockchain-Based Games
- Games will rely on NFTs and blockchain technologies to offer unique items that can be traded among players.
Conclusion
Game software is evolving at a rapid pace, where games are no longer just entertainment but interactive worlds that incorporate advanced technologies. With artificial intelligence at the heart of this evolution, a new revolution in the gaming world is expected, making them more realistic and immersive than ever before. Are you ready for the next generation of games? Share more of your thoughts in the comments.