name	tscircuit
description	Build, modify, and debug tscircuit (React/TypeScript) PCB designs. Use when working with tsci CLI (init/dev/search/add/import/build/export/snapshot/push), choosing footprints, placing parts, wiring nets/traces, or preparing fabrication outputs (Gerbers/BOM/PnP).
allowed-tools	Read, Write, Grep, Glob, Bash

tscircuit

You are helping the user design electronics using tscircuit (React/TypeScript) and the tsci CLI.

When this Skill is active:

Prefer tscircuit’s documented primitives and CLI behavior. If something is unclear, confirm by:
- Reading local files in the repo (e.g., tscircuit.config.json, index.circuit.tsx, package.json)
- Running tsci --help or the specific subcommand’s --help
Avoid “inventing” JSX props or CLI flags.

If the repo is not a tscircuit project, recommend:
- Install CLI, then tsci init to bootstrap a project.
If a form-factor template is appropriate (Arduino Shield, Raspberry Pi HAT, etc.), prefer @tscircuit/common templates.

Use tsci search "<query>" to discover footprints and tscircuit registry packages.
Use one of:
- tsci add <author/pkg> for registry packages (installs @tsci/* packages)
- tsci import <query> when you need to import a component from JLCPCB or the registry.

Keep circuits as a default-exported function that returns JSX.
Use layout props intentionally:
- PCB: pcbX, pcbY, pcbRotation, layer
- Schematic: schX, schY, schRotation, schOrientation
Use <trace /> for connectivity; prefer net connections (net.GND, net.VCC, etc.) for power/ground.

Run tsci check netlist before tsci check placement and tsci build to catch connectivity issues early.
Run tsci snapshot to inspect placement before checking routing.
Run tsci check routing-difficulty after placement to identify potential areas of congestion.
Run tsci build to compile and validate the circuit.
DRC (Design Rule Check) errors can often be ignored during development—focus on getting the circuit correct first.
If routing struggles, reduce density, use <group /> for sub-layouts, or change autorouter settings.
Use tsci dev only when you need interactive visual feedback (not typical for AI-driven iteration).

Run tsci check netlist before tsci check placement and tsci build when preparing to share/publish.
Run tsci build (and optionally tsci snapshot) before sharing/publishing.
Use tsci export for SVG/netlist/DSN/3D/library outputs.
For manufacturing, obtain fabrication outputs (Gerbers/BOM/PnP) from the export UI after tsci dev.

Treat electrical safety, regulatory compliance, and manufacturability as user-owned responsibilities.
Do not publish (tsci push) or place orders unless the user explicitly requests it.

name	tscircuit
description	Build, modify, and debug tscircuit (React/TypeScript) PCB designs. Use when working with tsci CLI (init/dev/search/add/import/build/export/snapshot/push), choosing footprints, placing parts, wiring nets/traces, or preparing fabrication outputs (Gerbers/BOM/PnP).
allowed-tools	Read, Write, Grep, Glob, Bash

You are helping the user design electronics using tscircuit (React/TypeScript) and the tsci CLI.

When this Skill is active:

Prefer tscircuit’s documented primitives and CLI behavior. If something is unclear, confirm by:
- Reading local files in the repo (e.g., tscircuit.config.json, index.circuit.tsx, package.json)
- Running tsci --help or the specific subcommand’s --help
Avoid “inventing” JSX props or CLI flags.

If the repo is not a tscircuit project, recommend:
- Install CLI, then tsci init to bootstrap a project.
If a form-factor template is appropriate (Arduino Shield, Raspberry Pi HAT, etc.), prefer @tscircuit/common templates.

Use tsci search "<query>" to discover footprints and tscircuit registry packages.
Use one of:
- tsci add <author/pkg> for registry packages (installs @tsci/* packages)
- tsci import <query> when you need to import a component from JLCPCB or the registry.

Keep circuits as a default-exported function that returns JSX.
Use layout props intentionally:
- PCB: pcbX, pcbY, pcbRotation, layer
- Schematic: schX, schY, schRotation, schOrientation
Use <trace /> for connectivity; prefer net connections (net.GND, net.VCC, etc.) for power/ground.

Run tsci check netlist before tsci check placement and tsci build to catch connectivity issues early.
Run tsci snapshot to inspect placement before checking routing.
Run tsci check routing-difficulty after placement to identify potential areas of congestion.
Run tsci build to compile and validate the circuit.
DRC (Design Rule Check) errors can often be ignored during development—focus on getting the circuit correct first.
If routing struggles, reduce density, use <group /> for sub-layouts, or change autorouter settings.
Use tsci dev only when you need interactive visual feedback (not typical for AI-driven iteration).

Run tsci check netlist before tsci check placement and tsci build when preparing to share/publish.
Run tsci build (and optionally tsci snapshot) before sharing/publishing.
Use tsci export for SVG/netlist/DSN/3D/library outputs.
For manufacturing, obtain fabrication outputs (Gerbers/BOM/PnP) from the export UI after tsci dev.

Treat electrical safety, regulatory compliance, and manufacturability as user-owned responsibilities.
Do not publish (tsci push) or place orders unless the user explicitly requests it.