Question 1

How do I set up jme-clj for a new Clojure project?

Accepted Answer

Add the jme-clj dependency from Clojars using the provided latest-version SVG, then follow the beginner tutorials in the test/examples directory to initialize a simple application and start coding.

Question 2

Can I use jme-clj for 2D games or is it only for 3D?

Accepted Answer

jme-clj is primarily a wrapper for jMonkeyEngine, a 3D engine, so while 2D is possible, it's not optimized for it; consider other Clojure libraries like play-clj for dedicated 2D development.

Question 3

What's the difference between jme-clj and play-clj?

Accepted Answer

play-clj is more abstract and focused on 2D game development with a higher-level API, while jme-clj provides direct, low-level access to jMonkeyEngine's 3D capabilities, offering more power but requiring deeper engine knowledge.

Question 4

How to handle real-time physics in jme-clj?

Accepted Answer

Use the physics system from jMonkeyEngine via jme-clj's bindings; refer to the hello_physics tutorial in the examples for Clojure code on setting up collision detection and rigid body dynamics.

Question 5

Is jme-clj good for commercial game releases?

Accepted Answer

Yes, as it builds on jMonkeyEngine which is used commercially, but the alpha status means you'll need thorough testing and may face breaking changes; monitor the project for stability updates.

Question 6

How to deploy a jme-clj game to mobile platforms like Android?

Accepted Answer

Leverage jMonkeyEngine's cross-platform support; set up native build tools as per jME documentation, and use jme-clj's Clojure interface to access engine features for mobile deployment.

jme-clj

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