Individual skill

rust-bevy-fixed-step-physics

Design and review Bevy fixed-step 2D physics loops with velocity components, deterministic movement, collision prediction, interpolation, impulses, and tweened presentation. Use when movement depends on frame rate, collision misses appear at high speed, physics and animation are tangled, or Bevy gameplay needs stable simulation steps.

plugins/LVTD-LLC/skills/skills/rust-bevy-fixed-step-physics/SKILL.md

Read pinned source

Source commit d780783eba4ecc7c8b9429f95c9362df95f07c61

What was checked

Matches the observed repository HEAD
Yes
Scanner rules are current
Yes
Repository scan complete
No
Skill scan complete
No
Observed behavior
Network or broad shell
Last checked
Nov 4, 2026

These are observations at the recorded commit, not a guarantee of safety. Review the source before running it.

Install this skill

Choose an agent in your Stack or copy a command below. Commands fetch the pinned commit and copy only this skill directory. Existing destinations are refused. Copying a command does not install anything.

An install command is unavailable: current rules, complete repository and skill scans, an eligible behavior level and a permitted license are required.

Repository context

Repository stars (not skill ratings)
1,530
Repository last updated
Nov 6, 2026
License
Apache-2.0

Observed agent integration: No specific integration evidence. Standard SKILL.md installation does not imply verified compatibility.

Files and excerpt

File metadata and permitted, redacted excerpts come from the recorded scan. Source links are pinned to that commit.

Browse files
Read excerpt

# Rust Bevy Fixed Step Physics

Use this skill to separate deterministic simulation from frame-rate-dependent
presentation in Bevy games.

## Core Workflow

1. Identify which movement must be deterministic and collision-safe.
2. Sample input in update systems, then apply movement in fixed-step systems.
3. Store velocity, acceleration, and intent explicitly in components/resources.
4. Predict or sweep movement before committing positions.
5. Emit physics/collision events; keep animation and particles as presentation.
6. Interpolate or tween visuals when fixed simulation looks choppy.