How to set up Cute Framework on Windows?

Follow the CMake-based build process outlined in the README, which recommends using Visual Studio or MinGW, and use the provided project template for easier configuration. Detailed steps include installing CMake, git, and configuring the CMakeLists.txt file.

Cute Framework vs Raylib for 2D games?

Cute Framework focuses on a minimal, portable foundation with C++ in mind, while Raylib offers more built-in features like raylib.h for graphics and input. CF is better for custom, lightweight projects, whereas Raylib might be quicker for prototyping with its richer API.

Does Cute Framework have built-in physics?

No, it does not include a physics engine; it's a foundational layer, so you'll need to implement or integrate physics libraries yourself, as seen in the samples that demonstrate basic game logic without advanced features.

How to deploy a Cute Framework game to web browsers?

CF supports web deployment through Emscripten or similar tools, as mentioned in the cross-platform support, but you'll need to handle the compilation and hosting specifics, which may require additional setup beyond the core framework.

Can I use modern C++ features with Cute Framework?

Yes, since it's written in C/C++, you can leverage modern C++ standards, but check the documentation for compatibility, as the framework itself might use a subset to maintain portability across platforms.

Is there support for mobile touch input in Cute Framework?

The framework provides input handling APIs, but for mobile-specific features like touch, you may need to extend or adapt the base input systems, as it aims for a general-purpose approach without platform-specific abstractions.

Open-Awesome

Cute Framework

NOASSERTIONC1.1.1

A portable, lightweight C++ framework for building 2D games with minimal dependencies and cross-platform support.

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What is Cute Framework?

Cute Framework is a lightweight, portable framework for creating 2D games in C++. It provides a foundational layer that runs on multiple platforms including desktop, mobile, and web, without complex dependencies or cryptic APIs. The framework solves the problem of cross-platform 2D game development by offering a clean, minimal codebase that developers can build upon.

Target Audience

C/C++ developers looking to build 2D games that run on multiple platforms (Windows, macOS, iOS, Android, Linux, browsers) without dealing with heavy dependencies or platform-specific complexities.

Value Proposition

Developers choose Cute Framework for its portability, minimal dependencies, and straightforward API, making it easier to start and maintain 2D game projects across diverse platforms compared to heavier alternatives.

Overview

The cutest framework out there for creating 2D games in C++!

Use Cases

Best For

Building 2D games that need to run on both desktop and mobile platforms
C++ developers who want a lightweight alternative to larger game engines
Creating cross-platform 2D games with a single codebase
Educational projects for learning game development in C++
Prototyping 2D game ideas quickly without engine overhead
Developing 2D games for web browsers using C++

Not Ideal For

Projects requiring 3D graphics or advanced 3D rendering capabilities
Teams looking for a visual editor or drag-and-drop game development environment
Developers needing extensive built-in high-level tools like physics engines or asset pipelines

Pros & Cons

Pros

Wide Platform Support

Runs on Windows, macOS, iOS, Android, Linux, and browsers with a single codebase, as explicitly stated in the README, enabling true cross-platform development.

Minimal Dependencies

Designed to avoid gnarly dependencies and cryptic APIs, keeping the framework lightweight and reducing integration headaches, per the project philosophy.

Clean API Design

Offers straightforward functions like make_app and app_update for window management and game loops, demonstrated in the example code snippet.

CMake Integration

Built with CMake for cross-platform compatibility and provides a project template, simplifying build processes across different environments.

Cons

Steep Initial Setup

Requires building from source with CMake, and the README includes complex, platform-specific installation steps that can be daunting for newcomers.

Limited Built-in Features

As a foundational layer, it lacks higher-level game development tools such as physics or animation systems, forcing developers to implement or integrate them manually.

Smaller Ecosystem

Has fewer community resources, plugins, and pre-made assets compared to established engines like Unity or Godot, which can slow down development.

Frequently Asked Questions

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