Plan Optimization

Plan Optimization

Convert batched hypotheses from /generate-hypotheses into a standard stage plan. The output uses the exact stage-plan.md template format so /build-app executes it without modification.

Instructions

CRITICAL — NON-INTERACTIVE: Execute all steps without pausing. Never ask questions, request confirmation, or wait for input. Read state, plan, write output, update state, stop.

Step 0: Initialize

1. Read factory/evolution-state.json:

   • Verify status is "planning"
   • Set CYCLE to current_cycle
   • If status is not "planning", display error and stop

2. Read the latest hypotheses file:

   • Find the most recent factory/hypotheses/hyp-{CYCLE}-*.json
   • Extract the batched: true hypotheses

3. Read project context:

   • CLAUDE.md — project name, stack, conventions
   • Current source files referenced in hypothesis implementation_sketch

Step 1: Expand Implementation Sketches

For each batched hypothesis, expand the implementation_sketch into full task specifications:

1. Read the actual source files listed in pages_affected and modifications
2. Identify exact changes — what lines to modify, what components to create
3. Define TypeScript interfaces (or equivalent) for new components/data structures
4. List file manifest for each task: new, modify, or extend annotations
5. Determine verification tier per task:
   • Tier 1: Compiles/lints clean
   • Tier 2: Unit tests pass
   • Tier 3: E2E/integration tests pass

Step 2: Determine Task Dependencies and Parallelization

1. Map dependencies between tasks across all hypotheses
2. Group independent tasks for parallel execution
3. Identify sequential chains (task B needs task A's output)
4. Create the parallelization diagram:

Task 1A (data model) ───────────────┐
Task 1B (utility function) ─────────┤── parallel
                                     ↓
Task 2A (component using 1A+1B) ──── sequential
Task 2B (integration) ──────────────── sequential (after 2A)

Step 3: Assign Agents

Based on task type, assign agents from the project's team:

If the project doesn't have specific agents configured, use generic assignments (lead, support, review).

Step 4: Write Stage Plan

Write plans/active/stage-opt-{CYCLE}.md using the optimization plan template format:

---
title: "Optimization Cycle [CYCLE]: [Combined Hypothesis Titles]"
type: optimization
status: pending
created: [YYYY-MM-DD]
started: null
completed: null
parent: "evolution-cycle-[CYCLE]"
cycle: [CYCLE]
hypotheses: ["hyp-CYCLE-001", "hyp-CYCLE-002"]
baseline_score: [current composite score]
predicted_score: [expected composite score after optimization]
---

# Optimization Cycle [CYCLE]: [Combined Title]

## Context

This optimization implements [N] hypotheses from evolution cycle [CYCLE] to improve the product's composite score from [baseline] to [predicted].

**Hypotheses:**
1. **[Title 1]** — [rationale summary] (predicted +[X] composite)
2. **[Title 2]** — [rationale summary] (predicted +[X] composite)

**Current Score:** [baseline]/100
**Predicted Score:** [predicted]/100

---

## Agent Team Assignments

| Role | Agent | Responsibility |
|------|-------|----------------|
| **Lead** | [agent] | Owns [domain] |
| **Support** | [agent] | Verifies [concern] |
| **Review** | code-reviewer | Validates implementation quality |

---

## Dependencies

### Requires
- Evaluation data: `factory/evaluations/eval-[latest].json`
- Hypothesis specs: `factory/hypotheses/hyp-[CYCLE]-[latest].json`

### Produces
- Optimized codebase ready for preview deployment
- Updated components and pages per hypothesis specs

---

## Parallelization

[ASCII diagram from Step 2]

---

## Tasks

### Task [CYCLE].1: [Task Title]

**Hypothesis:** [hyp-ID]
**Agent:** [assigned agent]
**Verification:** Tier [N]

**Objective:** [what this task accomplishes]

**Files:**
| File | Action | Purpose |
|------|--------|---------|
| `src/components/X.tsx` | new | [what it does] |
| `src/app/page.tsx` | modify | [what changes] |

**Specification:**
[Detailed implementation spec — TypeScript interfaces, component structure, behavior]

**Verification Steps:**
- [ ] [Tier-appropriate checks]

---

### Task [CYCLE].2: [Task Title]
[Same structure...]

---

## Rollback Instructions

If this optimization is rejected:
1. Preview branch will be deleted by `/evolution-gate reject`
2. No changes reach production
3. Hypotheses are marked as rejected in evolution state
4. Next `/generate-hypotheses` run will skip similar approaches

---

## Stage Checkpoint

| Criterion | Target | Gate |
|-----------|--------|------|
| All tasks complete | 100% | hard |
| Verification passing | All tiers | hard |
| No new lint/type errors | 0 | hard |
| Predicted score achievable | +[X] composite | soft |

Step 5: Refresh Against Codebase

Invoke the /plan-next-stage pattern — re-read the actual source files and verify:

1. All file paths in the plan exist (or are correctly marked as new)
2. Interfaces/types referenced are current
3. No conflicts with recent changes
4. Adjust the plan if the codebase has diverged from what hypotheses assumed

Step 6: Update Evolution State

1. Read factory/evolution-state.json
2. Update status to "building"
3. Add cycle entry if not already present:

   {
     "cycle": [CYCLE],
     "status": "building",
     "evaluation_score": null,
     "hypothesis_ids": ["hyp-CYCLE-001", "hyp-CYCLE-002"],
     "hypothesis_titles": ["Title 1", "Title 2"],
     "stage_plan_ref": "plans/active/stage-opt-[CYCLE].md",
     "preview_branch": null,
     "score_delta": null,
     "rejection_reason": null
   }
   

4. Write back

Step 7: Display Summary

================================================================
  Optimization Plan Created
================================================================

  Project:     [name]
  Cycle:       [CYCLE]
  Hypotheses:  [count] batched
  Tasks:       [total tasks]
  Parallel:    [count parallelizable] | Sequential: [count sequential]

  Plan: plans/active/stage-opt-[CYCLE].md

  Baseline:    [X]/100
  Predicted:   [Y]/100 (+[delta])

  Next: Run /build-app to execute the optimization plan
================================================================

Error Recovery