rfdiffusion-viz

Visualize RFdiffusion outputs and QC backbone designs in PyMOL.

3|Updated Jan 28, 2026
One-click install
npx skills add https://github.com/ANaka/claudemol --skill rfdiffusion-viz
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: rfdiffusion-viz
Source: https://github.com/ANaka/claudemol/tree/main/claude-plugin/skills/rfdiffusion-viz
Command: npx skills add https://github.com/ANaka/claudemol --skill rfdiffusion-viz

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Visualizes RFdiffusion outputs and QC backbone designs in PyMOL for straightforward structural assessment and comparison.

Core Features & Use Cases

  • Single-design loading and visualization of diffusion outputs.
  • Trajectory playback to inspect the diffusion process from noise to final structure.
  • Grid tiling for batch QC to screen many designs efficiently.
  • Contig region coloring to distinguish designed versus fixed regions and motif regions.
  • Self-consistency checks against AlphaFold2 predictions to validate design quality.

Quick Start

Load a design PDB into PyMOL and start trajectory playback to visualize the diffusion process from noise to final structure.

Frequently Asked Questions about rfdiffusion-viz

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I visualize RFdiffusion trajectories in PyMOL?

You can perform batch QC by tiling multiple RFdiffusion designs in a grid within PyMOL, enabling rapid structural screening and efficient comparison of many backbone designs at once.

Can I color contig regions to distinguish fixed motifs from designed backbones?

Yes, you can apply contig region coloring in PyMOL to distinguish designed versus fixed regions and motif regions, allowing clear structural comparison of RFdiffusion backbone outputs.

Does this workflow support self-consistency checks against AlphaFold2 predictions?

Yes, the workflow supports self-consistency checks against AlphaFold2 predictions to validate RFdiffusion design quality by comparing the generated backbone structures with predicted models.

What is the best way to inspect single RFdiffusion backbone designs?

The best way to inspect single RFdiffusion designs is by loading the specific design PDB into PyMOL for straightforward structural assessment, trajectory playback, and region coloring.