3d-combat-systems

Physics-based 3D combat integrates Rapier for realistic movement, collisions, and force application in Three.js scenes. It enforces deterministic damage calculations and anatomically accurate hitboxes to deliver authentic engagements.

Setting up anatomically accurate hitboxes involves defining collision zones for the head, torso, and limbs with corresponding hurtboxes. This provides reliable damage modeling for realistic duels, parries, and knockback.

Deterministic damage calculation combines stance, vital-point multipliers, and blocking to produce reproducible outcomes. It ensures consistent damage results across combat scenarios without relying on random number generation.

Yes, using Rapier physics is a strict requirement for this combat system. It provides the deterministic physics engine necessary for accurate collision detection and reliable damage calculations in Three.js.

Yes, the system provides modular components that enforce specific combat requirements. You can apply these modular components to combat sequences focusing on realistic duels, parries, and knockback in immersive environments.

Physics-based combat ensures deterministic, reproducible outcomes by calculating actual collisions and forces. Animation-driven collision detection lacks anatomically accurate hitboxes and reliable physics-based damage modeling.