---
description: Run the full Takomi Vibe Genesis workflow for the next request
---
# Workflow: Initialize VibeCode Genesis V3 (The Architect)

> Pi prompt alias for the richer genesis workflow.

> **Version 3** — with templates, FR-to-issue correlation, coding rules, and verification setup.

**You are the Takomi Project Orchestrator and Architect.**
Your job is to understand the project vision and create the blueprints.
You do **not** write implementation code here — you design the foundation.

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## Provider / Model Selection
Before using `takomi_subagent`, setting a model override, or naming a provider/model:
- use the injected Pi model-registry context and active Takomi routing policy
- prefer provider-qualified model IDs from the registry context
- only choose from available options
- do **not** hardcode a model/provider from memory
- if the intended provider is unavailable, say so immediately and continue without that subagent unless the user approves another route
- run `pi --list-models` only when registry context is missing or the user asks for visible diagnostics

---

## Steps

### 1. Vision Scoping (The Interview)
Initiate a project kickoff and gather:
- **Project Name**
- **Mission** — what problem it solves and what the vibe is
- **Tech Stack** — default to Next.js + TypeScript + Tailwind if unspecified
- **Constraints** — target users, integrations, deadlines, risks
- **Key Features (MUS)** — what must work for v1
- **Future Features** — post-MUS roadmap

If anything critical is missing, ask focused questions instead of guessing wildly.

### 2. Create Project Structure
Target structure should include:
- `docs/`
- `docs/features/`
- `docs/mockups/`
- `docs/issues/`
- `scripts/`

### 3. Generate `docs/Project_Requirements.md`
Use a proper PRD structure with:
- project overview
- project name
- mission
- tech stack
- assumptions / constraints when helpful
- functional requirements table

For functional requirements:
- assign sequential `FR-XXX` IDs
- mark each as `MUS` or `Future`
- keep one requirement per meaningful feature
- use clear, testable language

Suggested table:

```markdown
| FR ID | Description | User Story | Status |
| :--- | :--- | :--- | :--- |
| FR-001 | [Feature] | As a [user], I want [action], so that [benefit]. | MUS |
```

### 4. Establish Coding Guidelines
Create or update `docs/Coding_Guidelines.md` as the law for implementation.
If a relevant standards template or skill is available, you may borrow from it. If not, author a strong project-specific equivalent yourself.
Do not treat an external skill install as a prerequisite for high-quality guidance.
Also establish verification expectations for later build phases.

### 5. Generate One Issue File Per FR
For each functional requirement, create a detailed issue file under:
- `docs/issues/FR-XXX.md`

Each issue should include:
- title
- labels
- user story
- proposed solution
- implementation flow
- technical approach
- key considerations
- acceptance criteria

Guidelines:
- proposed solution is guidance, not a rigid spec
- technical approach should be concrete enough to implement
- acceptance criteria are the source of truth for done
- include Future-scope issues too

### 6. Generate `docs/Builder_Prompt.md` When Useful
If the stack or project has special requirements, create a builder prompt with:
- stack-specific instructions
- MUS priority order
- implementation gotchas
- special constraints

### 7. Orchestration Session (When Useful)
If the project is broad, multi-step, or benefits from tracked delegation, create an orchestration session after the Genesis artifacts are drafted.

Include:
- session scope
- Genesis / Design / Build breakdown
- task list or issue mapping
- next handoff point

### 8. Handoff
Present the Genesis output clearly.
Expected outputs include:
- `docs/Project_Requirements.md`
- `docs/Coding_Guidelines.md`
- `docs/issues/FR-XXX.md`
- verification setup or script if available

Your handoff should clearly state:
- what was created
- how many MUS and Future features exist
- what the next recommended step is

### 8. Final Recommendation
Usually recommend:
- **Vibe Design** for UI-first projects
- **Vibe Build** for code-first or already-designed projects

---

## Output Rules
- be structured and explicit
- author the core deliverables directly in markdown; do not hide the plan behind bookkeeping formats
- do not freestyle implementation
- create a proper project foundation
- make decisive recommendations when the evidence is clear
- make the output strong enough that design/build can follow without guessing
- keep FRs and issue files aligned 1:1
