Package selection guidance compiled from public package information, community data, and project usage.
FlameForage2D provides Box2D physics integration for the Flame game engine, leveraging the forge2d library to enable 2D physics simulations. It offers intuitive wrappers and components that seamlessly integrate with Flame's architecture, allowing developers to create realistic physics-based gameplay. The package supports all major platforms, including mobile, web, and desktop, making it ideal for cross-platform 2D games requiring accurate collision detection, forces, joints, and rigid body dynamics. With minimal setup, it enhances Flame’s capabilities for complex physical interactions.
Use cases
2D platformers with realistic movement
physics-based puzzle games
simulations with dynamic objects
games requiring precise collision handling
interactive physics experiments
Key features
Box2D physics via forge2d
seamless Flame integration
cross-platform support
rigid body and joint components
collision event handling
Suitable for
developers using Flame for 2D games
projects needing accurate 2D physics
game creators focused on realism and interaction
teams building cross-platform games
Considerations
requires understanding of Box2D concepts
may increase app size due to physics library
performance depends on physics complexity
not suitable for 3D games
Original README
Original README snapshot from the linked source repository. Visit the repository for the latest content.
API Reference - The generated dartdoc API
reference.
awesome-flame - A curated list of Tutorials,
Games, Libraries and Articles.
Help
There is a Flame community on Blue Fire's Discord server where you
can ask any of your Flame related questions.
If you are more comfortable with StackOverflow, you can also create a question there. Add the
Flame tag, to make sure that anyone following
the tag can help out.
Features
The goal of the Flame Engine is to provide a complete set of out-of-the-way solutions for common
problems that games developed with Flutter might share.
Some of the key features provided are:
A game loop.
A component/object system (FCS).
Effects and particles.
Collision detection.
Gesture and input handling.
Images, animations, sprites, and sprite sheets.
General utilities to make development easier.
On top of those features, you can augment Flame with bridge packages. Through these libraries,
you will be able to access bindings to other packages, including custom Flame components and
helpers, in order to make integrations seamless.
Flame officially provides bridge libraries to the following packages:
Do you or your company want to sponsor Flame?
Check out our OpenCollective page, which is also mentioned
in the section below, or contact us on Discord.
Support
The simplest way to show us your support is by giving the project a star! :star:
You can also support us monetarily by donating through OpenCollective:
Through GitHub Sponsors:
Or by becoming a patron on Patreon:
You can also show on your repository that your game is made with Flame by using one of the following
badges:
[](https://flame-engine.org)
[](https://flame-engine.org)
[](https://flame-engine.org)
Contributing
Have you found a bug or have a suggestion of how to enhance Flame? Open an issue and we will take a
look at it as soon as possible.
Do you want to contribute with a PR? PRs are always welcome, just make sure to create it from the
correct branch (main) and follow the checklist which will
appear when you open the PR.
For bigger changes, or if in doubt, make sure to talk about your contribution to the team. Either
via an issue, GitHub discussion, or reach out to the team either using the
Discord server.
Credits
The Blue Fire team, who are continuously
working on maintaining and improving Flame and its ecosystem.
All the friendly contributors and people who are helping out in the community.