Particula Helper

Six skills for environment setup, aerosol science guidance, simulation design, local execution, analysis, and debugging. The host supplies filesystem and Python execution tools. Installing this plugin does not install Particula, change Python environments, start a server, or run simulations.

Install

After this distribution is merged into uncscode/particula:

codex plugin marketplace add uncscode/particula
codex plugin add particula-helper@particula

claude plugin marketplace add uncscode/particula
claude plugin install particula-helper@particula

opencode plugin add 'github:uncscode/particula#main::path:plugins/particula-helper/opencode'

Choose the commands for your host, then start a new session and ask: "Use particula-setup to check my project's existing .venv." See the installation and compatibility guide.

Environment and science

Reuse the user's selected environment. requirements.txt is an opt-in pinned starter for a fresh environment, not an instruction to replace an existing one. Condensation is the introductory CPU example. Scientific checks are numerical checks, not experimental validation. See references/compatibility.md for the known coagulation limitation and host verification boundaries.

Maintaining this package

Edit the canonical skills/, scripts/, and references/ here. From the repository root run:

python scripts/build_particula_plugins.py --sync
python scripts/build_particula_plugins.py --check --output /tmp/particula-plugins

The committed OpenCode payload is generated so Git subdirectory installation works without accessing parent folders or running a prepare/install hook. CI rejects drift. Plugin versions are independent of the Python library; change all three plugin manifests and the OpenCode package version together. Release archives are attached to normal Particula releases, not published to an npm registry or public plugin directory automatically.