flowchart

Produce one clean flowchart for the requested scope and render it inline in the chat - not a written file, not a wall of prose. Token efficiency is the point: one exploration dispatch, one render call.

Instructions

1. Parse the scope from $ARGUMENTS. If it's empty and the target isn't already obvious from the conversation, ask one clarifying question (AskUserQuestion): whole project/architecture, a specific feature/component, or a specific process/flow. Otherwise proceed without asking - don't stall on a scope that's already clear.
2. Decide whether this needs codebase exploration:
   • Code/architecture/feature scope: dispatch exactly one Explore agent (use general-purpose instead if the repo is large or unfamiliar), passing model: "opus" explicitly so the exploration does not inherit a costlier session model. Ask it to return a compact structured outline - entry points, ordered steps, decision branches, terminal states, with file:line refs - not file contents. Tell it to abstract minor steps and cap at roughly 20-25 meaningful nodes. For a whole-project scope, ask for major modules/services/layers and how they connect, not a walk of every file.
   • Non-code process scope (e.g. "the deploy approval process"): skip exploration entirely - gather the steps from the user's description or the conversation directly.
   • Never dispatch more than one exploration agent for a single flowchart request; if the returned outline is thin, ask the user rather than looping back for another pass.
3. Turn the outline into a flowchart, applying these readability rules:
   • Cap at ~20-25 nodes. Group or omit minor steps rather than cramming everything in - a flowchart that needs a magnifying glass has failed.
   • One consistent flow direction (top-to-bottom for processes with a clear start/end, left-to-right for pipelines). Never let edges crisscross.
   • Consistent shape semantics: rounded = start/end, rectangle = process/action, diamond = decision, cylinder = data/store. Label decision edges (yes/no, success/failure) instead of leaving them bare.
   • Restrained, consistent color coding by category (e.g. one color per module/service) - not one color per node.
4. Render it inline as the deliverable:
   • Call mcp__visualize__read_me once with modules: ["diagram"] (skip if already loaded earlier this session) to pick up current styling rules.
   • Call mcp__visualize__show_widget with SVG flowchart markup that follows the returned style guide (CSS variables, sizing, spacing).
   • Only fall back to the Artifact tool (load the artifact-design skill first) with an SVG/HTML page if the visualize tool is unavailable or fails - this is a fallback, not a default.
5. After rendering, name the scope covered in one line and offer to adjust (more detail, different area, different orientation, add/remove nodes). Don't re-narrate the diagram in prose - the picture is the deliverable.

Notes

• If scope is "entire project" on a large repo, tell the exploration agent to lean on directory structure and module boundaries (top-level dirs, manifest files like package.json/pyproject.toml) rather than reading every file - breadth over depth.
• Don't re-read files the exploration agent already summarized, and don't spawn a second agent for polish - iterate on the diagram markup directly from the outline you already have.