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Optimized for: Gemini / ChatGPT / Claude
#ThreeJS

Implementing a 2D-in-3D Physics Game Engine

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Required Variables

r3f-2d-physics-constraints.txt
Act as a Lead Game Developer. Formulate a strict architectural guide for constructing a high-performance 2D platformer physics system operating entirely within a 3D React Three Fiber environment. Detail the exact engine configuration required to permanently [LOCK_AXIS] (e.g., locking translations and rotations on the Z-axis) for all RigidBodies, mathematically ensuring that all physics calculations and movements remain strictly planar. You must aggressively adjust the [PLANAR_FRICTION] and linear damping settings to override realistic physics and achieve 'snappy', arcade-perfect platformer controls. Explain how to configure a native OrthographicCamera with the precise [ORTHO_ZOOM] necessary to enforce a flat 2D aesthetic while still fully utilizing 3D lighting, normal maps, and dynamic shadows.

Example Text Output

"A Rapier configuration setting 'enabledTranslations' and 'enabledRotations' to restrict physics to a 2D plane."

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Frequently Asked Questions

What is the "Implementing a 2D-in-3D Physics Game Engine" prompt used for?

A Rapier configuration setting 'enabledTranslations' and 'enabledRotations' to restrict physics to a 2D plane.

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