Godot Physics & Collision Queries

À propos de ce Skill

Choose physics bodies, configure collision layers and masks, detect overlaps, apply forces, and cast 2D or 3D rays.

Pourquoi ce choix

Provides a focused workflow, implementation patterns, and common failure checks for godot physics & collision queries. Pair it with the detected engine and any related systems required by the task.

À quoi il sert

• Use when your game task needs godot physics & collision queries.

What this skill helps you build

Choose physics bodies, configure collision layers and masks, detect overlaps, apply forces, and cast 2D or 3D rays.

Original godot-physics instructions

Patterns in the upstream playbook

The entrypoint covers: Collision layers vs masks (set from code); Area2D as a trigger / hurtbox; Applying force and impulse to a RigidBody3D; Raycast two ways; Jolt Physics (3D) differences.

Original godot-physics instructions

Use it in your project

1. Inspect the existing project

   Describe the desired behavior and share the relevant project files, engine version, and current failure or target result.

2. Apply the focused playbook

   Choose physics bodies, configure collision layers and masks, detect overlaps, apply forces, and cast 2D or 3D rays.

3. Verify in the matching runtime

   Run the project or workflow with its actual dependencies and check the changed behavior before accepting the result.

Original godot-physics instructionsEngine versions and upgrade policy

Shared collection installation

Install the complete upstream collection with its router and keep each skill’s bundled references, scripts, and assets. The dispatcher selects an engine and the smallest relevant task set; a member listing is a focused entry into that shared package.

Upstream installation guide

Avant de l’utiliser

• A Godot project and matching editor/runtime; use the .NET build and SDK for C# work. Preserve the project’s existing engine version.

Agents compatibles