Create and manage Box2D-like physics worlds, bodies, shapes, and joints in LÖVE.
npx skills add https://github.com/RedKenrok/skills --skill love-physics
Please help me install this Agent Skill. Skill: love-physics Source: https://github.com/RedKenrok/skills/tree/main/skills/love-physics Command: npx skills add https://github.com/RedKenrok/skills --skill love-physics
This Skill provides a ready-to-use 2D physics simulation toolkit for LÖVE, reducing the boilerplate required to implement realistic motion, collisions, and constraints.
Initialize a World with gravity, create a dynamic Body with shapes, and advance the simulation with World:update(dt). For example, create a world, add a ground plane and a dynamic ball, and step the world each frame.
High-intent search queries and answers about installing and using this skill.
Simulate 2D physics in LÖVE by initializing a World with gravity, creating dynamic Bodies with Shapes, and advancing the simulation each frame using World:update(dt). You can construct ground planes and rigid bodies to handle realistic motion and collisions.
Rigid body collision detection in LÖVE works through a Box2D-like API that manages World, Body, Shape, and Joint constructs. It calculates intersections between shapes to resolve physical interactions and constraints dynamically during the world step.
Yes, you can use Box2D-style joints in LÖVE to create realistic motion and constraints. The API supports revolute, prismatic, distance, and wheel joints for stable physical interactions in game mechanics like vehicles or hinged platforms.
Yes, the API supports deterministic physics for games through stable time-stepping and collision handling. This ensures consistent simulation behavior across frames for platformers, shooters, and other physics-based simulations.
The best way to handle meter scaling is to configure the scale ratio during World creation. This defines the relationship between screen pixels and physical meters, ensuring accurate rigid-body dynamics and stable collision resolution.
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