Orchestrate the full solidgemc (SoLID experiment) simulation flow from a single natural-language user request. Load whenever the user asks to "simulate", "run", "do a SoLID / solidgemc / PVDIS / SIDIS / J/psi / He-3 / heavy-gas Cherenkov" study — including one-shot setups like "PVDIS APV asymmetry on LD2 at 11 GeV" or "SIDIS heavy-gas Cherenkov yield on He-3". Forces a gated bin/solid-gemc-run init (one-time workspace bootstrap) first when the workspace isn't initialized — before any plan — then captures the physics spec across seven fields (including project name), asks targeted clarifying questions when something required is missing, presents a brief plan for approval, and drives the run end-to-end — seed a project subdir from the per-project template if it doesn't exist, then the simulation (the skill writes the GCard edits, runs solidgemc + evio2root inside the container, records provenance), then analyze for host-side uproot plots. Works on Claude Code and Codex CLI.
Install with
Claude CodeCodexCursorGitHub CopilotGemini CLI
Supported by the Atlas install prompt. Skill-specific requirements vary.
Skill stats
Skills1CategoryScience & researchStars0
About this skill
Orchestrate the full solidgemc (SoLID experiment) simulation flow from a single natural-language user request. Load whenever the user asks to "simulate", "run", "do a SoLID / solidgemc / PVDIS / SIDIS / J/psi / He-3 / heavy-gas Cherenkov" study — including one-shot setups like "PVDIS APV asymmetry on LD2 at 11 GeV" or "SIDIS heavy-gas Cherenkov yield on He-3". Forces a gated bin/solid-gemc-run init (one-time workspace bootstrap) first when the workspace isn't initialized — before any plan — then captures the physics spec across seven fields (including project name), asks targeted clarifying questions when something required is missing, presents a brief plan for approval, and drives the run end-to-end — seed a project subdir from the per-project template if it doesn't exist, then the simulation (the skill writes the GCard edits, runs solidgemc + evio2root inside the container, records provenance), then analyze for host-side uproot plots. Works on Claude Code and Codex CLI.
Quick start
Copy the install prompt. Use the green button above this README.
Send it to your agent. Paste it into your coding agent’s chat and send.
Review the setup. Your agent checks the skill’s instructions, requirements, and installation scope.
Orchestrate the full solid_gemc (SoLID experiment) simulation flow from a single natural-language user request. Load whenever the user asks to "simulate", "run", "do a SoLID / solid_gemc / PVDIS / SIDIS / J/psi / He-3 / heavy-gas Cherenkov" study — including one-shot setups like "PVDIS A_PV asymmetry on LD2 at 11 GeV" or "SIDIS heavy-gas Cherenkov yield on He-3". Forces a gated `bin/solid-gemc-run init` (one-time workspace bootstrap) first when the workspace isn't initialized — before any plan — then captures the physics spec across seven fields (including project name), asks targeted clarifying questions when something required is missing, presents a brief plan for approval, and drives the run end-to-end — seed a project subdir from the per-project template if it doesn't exist, then the simulation (the skill writes the GCard edits, runs `solid_gemc` + `evio2root` inside the container, records provenance), then `analyze` for host-side uproot plots. Works on Claude Code and Codex CLI.
About this listing
Category
Science & research
Reported license
MIT
Listing language (estimated)
English
Review status
Not individually reviewed
Agent compatibility
Atlas installation supports Claude Code, Codex, and Cursor. Skill-specific dependencies and features are checked during setup.
Claude Code
Codex
Cursor
GitHub Copilot
Gemini CLI