"Ragdoll Hit" is a chaotic, physics-based combat game praised for combining humorous, floppy-stickman action with deep, skill-based mechanics. The game features strategic upgrades and interactive, hazard-filled arenas that reward precise timing over button-mashing. Read the full review at Diva Magazine. Ragdoll Hit - Geometry Dash

How to contribute (typical GitHub workflow)

• Fork the repository, create a feature branch.
• Write tests for new physics behaviors where possible.
• Keep changes modular (separate hit logic, ragdoll generation, blending).
• Submit PR with clear description, changelog entry, and performance notes.
• Maintain backwards compatibility for public API where feasible.

Best practices

• Tune mass distribution so torso carries majority of mass; small limbs lighter.
• Use capsule colliders for limbs, spheres for joints; minimize compound collider complexity.
• Clamp impulses and apply gradual torque to avoid instability.
• Blend back to animation using iterative pose-slerp with velocity matching for continuity.
• Use separate physics substeps for ragdoll to improve stability at lower frame rates.

Architecture (typical)

• Core modules:
  • Physics controller: interfaces with a physics engine (Bullet, PhysX, Unity PhysX, Chaos).
  • Skeleton mapper: maps animation bone transforms to physics bodies.
  • Hit manager: computes hit impulses from collisions or damage events.
  • State machine: transitions between animated → ragdoll → blended recovery.
  • Stabilizer: applies joint damping, corrective forces, and pose drives to prevent explosions.
• Data assets: bone settings, collider shapes, joint limits, mass distribution, recovery animations.