Convert Coot monomers to RDKit molecules and generate SVG diagrams.
npx skills add https://github.com/pemsley/coot --skill coot-rdkit
Please help me install this Agent Skill. Skill: coot-rdkit Source: https://github.com/pemsley/coot/tree/main/mcp/docs/skills/rdkit Command: npx skills add https://github.com/pemsley/coot --skill coot-rdkit
This Skill enables RDKit molecular manipulation and visualization inside Coot's Python environment, helping researchers streamline ligand editing, structure validation, and 2D diagram generation directly within their modeling workflow.
Load a monomer from Coot, convert it to an RDKit molecule, perform an atom substitution, regenerate 2D coordinates, and render an SVG diagram.
High-intent search queries and answers about installing and using this skill.
To convert a Coot monomer to an RDKit molecule, use the coot_headless_api to load the monomer code and create an RDKit molecule instance. This enables direct atom substitution and structural modifications within Coot's Python environment.
Yes, you can generate 2D SVG diagrams inside Coot by creating an RDKit molecule from a monomer, performing modifications, and regenerating 2D coordinates. This produces clean SVG output for inspection and publication-ready reporting without exporting files.
RDKit works with Coot by leveraging the coot_headless_api to create RDKit molecules from Coot monomers. This integration allows researchers to perform targeted atom replacements and validate structures directly within their modeling workflow.
The best way to edit a bound ligand without exporting files is using RDKit inside Coot's Python environment. You can load the monomer, perform atom substitutions, regenerate 2D coordinates, and render an SVG diagram entirely within the session.
Yes, the coot_headless_api is required alongside the RDKit library to manipulate molecules in Coot. It provides the necessary interface to load Coot monomers and convert them into RDKit molecule objects for subsequent structural modifications.
Generating new 2D coordinates after atom substitutions is necessary because structural modifications invalidate existing layouts. Regenerating 2D coordinates ensures the molecule's 2D diagram remains visually accurate and chemically valid for SVG rendering.
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