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List of Pascal Game Engines

Game Engines for the Pascal Programming language: Turbo Pascal, Delphi, Lazarus, Free Pascal

Game Engines for the Pascal Programming language: Turbo Pascal, Delphi, Lazarus, Free Pascal:

• Castle Game Engine
• Quad-Engine
• TERRA Game Engine
• Tilengine
• nxPascal
• g2mp
• Andorra 2D
• CAST II Game Engine
• Delphi X
• Afterwarp
• Brtech1
• GameMaker: Studio
• MinGRo
• ZGameEditor
• SO Engine
• DGLE
• raylib
• PGF
• ZenGL
• Apus Game Engine
• Ray4Laz

Source: https://wiki.freepascal.org/Game_Engine

While the landscape of game development primarily utilizes C++, C#, and other modern languages, Pascal still holds a niche in the realm of game creation. With the help of game engines designed specifically for Pascal, like the open-source Castle Game Engine (CGE), you can leverage the strengths of Pascal while benefitting from pre-built functionalities for game development.

Here's an overview of using a Pascal game engine to create games:

1. Choosing your Engine:

CGE is a popular choice for its:

• Open-source nature: Free to use and modify, making it accessible to hobbyists and learners.
• Cross-platform compatibility: Develop games that run on Windows, Linux, and macOS.
• Object Pascal support: Utilizes the object-oriented features of modern Pascal dialects.
• Features: Provides functionalities like graphics rendering, physics simulation, and sound management.

2. Familiarizing yourself with the Engine:

Each engine has its own documentation and tutorials. Explore CGE's resources to understand its:

• Structure: How the engine is organized into modules and libraries.
• API: Methods and functions available for game development tasks.
• Project Setup: How to create and configure a new game project within the engine.

3. Game Development Process:

The general game development process remains similar to other languages:

• Game Design: Plan the game's mechanics, story, and visuals before coding.
• Coding: Use the engine's API to implement game logic, character behavior, and user interaction.
• Asset Creation: Create or acquire graphics, sound effects, and music for your game.
• Testing and Debugging: Playtest your game, identify and fix errors.
• Deployment (Optional): Once satisfied, package and share your game with others (depending on the engine's capabilities).

4. Advantages of using Pascal:

• Readability: Pascal's syntax emphasizes clarity, making code easier to understand and maintain.
• Type Safety: Static typing helps prevent runtime errors, leading to more stable and reliable games.
• Learning Curve: If you're already familiar with Pascal, the transition to game development using a Pascal engine can be smoother.

5. Resources:

• Castle Game Engine: https://castle-engine.io/
• Pascal Game Development: https://www.pascalgamedevelopment.com/
• Castle Game Engine Tutorial: https://www.youtube.com/c/CastleGameEngine

Remember, learning any game engine requires effort and practice. Start with small projects, explore the engine's features, and gradually build your skills to create more complex and engaging games with Pascal.