How to build oxygine for Android from source?

Consult the oxygine-framework/readme/ folder for platform-specific instructions; it involves setting up the Android NDK and building libraries, which requires familiarity with C++ and mobile development toolchains.

Oxygine vs SDL for 2D games in C++?

Oxygine offers a higher-level framework with a scene graph and built-in tools like tweens and UI components, while SDL is a lower-level library for graphics and input. Choose Oxygine for rapid 2D development with structure, or SDL for more control and simplicity.

Does oxygine support networking or multiplayer features?

The README does not mention built-in networking, so developers must implement their own solutions or integrate third-party libraries, which can add complexity and require additional coding effort.

How to handle animations and tweens in oxygine?

Use the built-in tween system for animations like position, rotation, and color changes, as shown in the code example; you can create custom tweens and manage them via the scene graph for smooth in-game effects.

Can I use oxygine for web games with Emscripten easily?

Yes, but it requires building with the Emscripten toolchain and following specific instructions; this allows C++ code to run in browsers, though setup might be more involved than with JavaScript-based engines.

Is oxygine suitable for beginners in C++ game dev?

While intuitive for those with C++ and scene graph experience, the build process and lack of visual tools create a steeper learning curve, making it better for intermediate to advanced developers.

Open-Awesome

Oxygine

NOASSERTIONC++

A C++ engine and framework for building 2D games across iOS, Android, Windows, Linux, Mac, and web platforms.

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What is Oxygine?

Oxygine is a C++ engine and framework for developing 2D games across multiple platforms, including iOS, Android, Windows, Linux, macOS, and web browsers. It solves the problem of creating high-performance, cross-platform games by providing a Flash-like scene graph, efficient resource management, and a flexible component-based architecture without imposing restrictive design patterns.

Target Audience

Game developers and studios focused on building 2D games for mobile, desktop, or web platforms who prefer C++ for performance and need a lightweight, customizable framework.

Value Proposition

Developers choose Oxygine for its intuitive scene graph, powerful debugging tools, and memory-efficient design, which allow for rapid prototyping and production-ready game development without the bloat of larger engines.

Overview

Oxygine is C++ engine and framework for 2D games on iOS, Android, Windows, Linux and Mac

Use Cases

Best For

Developing 2D mobile games for iOS and Android
Creating cross-platform games that also target web browsers via Emscripten
Building games with complex UI and animation requirements
Projects needing efficient memory management and resource loading
Teams wanting a lightweight, customizable C++ game engine
Prototyping or production games with a Flash-like scene graph workflow

Not Ideal For

Projects requiring 3D graphics or complex physics simulations out of the box
Teams without C++ expertise or preferring engines with visual scripting like Unity
Rapid game jams needing zero-configuration, drag-and-drop setups
Games heavily dependent on a large ecosystem of pre-made assets and plugins

Pros & Cons

Pros

Cross-Platform Versatility

Supports Android, iOS, Windows, macOS, and web via Emscripten, enabling seamless deployment across multiple platforms as detailed in the README.

Efficient Scene Graph

Flash-like hierarchical scene graph with smart pointers for automatic memory management, making it intuitive for developers familiar with Flash workflows and reducing memory leaks.

Advanced Debug Tools

Includes visual profiler (Tree Inspector) and Textures Inspector for real-time performance and memory analysis, aiding in optimization and error detection as shown in the README screenshots.

Flexible Resource Management

XML-based resource descriptions, multi-threaded loading, and dynamic atlas assembly with texture compression, allowing efficient handling and partial unloading of assets like textures.

Cons

Complex Build Process

Building requires consulting separate readme folders for platform-specific instructions, which can be cumbersome and less user-friendly compared to engines with integrated build systems.

Limited Pre-Built Components

Only provides basic UI elements like Button and Sprite, necessitating custom development for complex game interfaces beyond simple examples.

Dependency on External Tools

Relies on a Python command-line tool for resource processing, adding an extra dependency and step to the workflow that might complicate automation.

Frequently Asked Questions

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