physics-matter

To integrate Matter.js physics in Phaser 4, you configure the physics world settings, create dynamic and static rigid bodies, and manage gravity and world boundaries. This provides a robust foundation for interactive game physics.

Collision filtering and sensors in Phaser 4 are configured through Matter.js body properties to detect overlaps without physical bouncing. Sensors trigger specific game events while collision filtering controls which rigid bodies interact.

Matter.js constraints and joints in Phaser 4 restrict rigid body movement and connect multiple objects together. You can build physics-based puzzles by configuring these joints alongside composites to create complex interactive mechanisms.

Matter.js rigid bodies integrate with Phaser 4 tilemaps by converting tile layers into static physics bodies. This allows dynamic game objects to collide seamlessly with the level geometry defined in your tilemap data.

Phaser 4 supports debug rendering for Matter.js physics, allowing you to visualize rigid bodies, sensors, and constraints. This diagnostic feature helps developers tune physics interactions and identify collision issues during development.

Matter.js rigid bodies falling through the ground in Phaser 4 usually indicates missing static body configuration or incorrect world boundaries. Setting up a static ground body and verifying collision filtering resolves this physics overlap.