Discuss

Flags combine: --scored --deep enables both. Scored mode can also be activated via Early Gate (see 1.3).

Stage 1: DIAGNOSE

1.1 Parse the Topic

From the user's input, extract:

• Core problem or question — what they're trying to figure out
• Proposed solution (if any) — what they think the answer might be
• Context signals — keywords that hint at the nature of the discussion

1.2 Declare Role

State your role clearly:

"My role here is sparring partner — I'll challenge assumptions, look for blind spots,
and help you think this through. I won't prescribe solutions or generate plans."

1.3 Early Gate

Use AskUserQuestion to confirm the user's intent:

AskUserQuestion(
  question: "What kind of help do you need?",
  header: "Intent",
  options: [
    { label: "Explore & discuss", description: "Think it through together — challenge assumptions, find blind spots" },
    { label: "Explore with scoring", description: "Same, but track clarity with Ambiguity Score — good for requirement clarification" },
    { label: "Already clear — plan it", description: "Skip discussion, go straight to /specify" }
  ]
)

Based on selection:

• Explore & discuss → Continue to 1.4 (scored = false)
• Explore with scoring → Continue to 1.4 (scored = true)
• Already clear — plan it → Say: "Got it. Run /specify [your topic] to start planning." → Stop

If --scored flag was passed, skip this gate and set scored = true directly.

1.4 Deep Mode (Conditional)

Only when --deep flag is present.

Launch 1 Explore agent to gather codebase context:

Task(subagent_type="Explore",
     prompt="Find: existing patterns, architecture, and code related to [topic].
             Report relevant files as file:line format. Keep findings concise.")

Present a brief summary of findings before moving to Stage 2.

1.5 Opening Question

Craft a tailored opening question based on the context signals:

Concept learning principle: When the context signal is concept learning, do NOT provide knowledge first. Start by understanding what the user already knows and where their first friction point is. Address one friction at a time — never explain the full structure at once.

Ask the opening question in natural language. Do NOT use AskUserQuestion for probes.

Stage 2: PROBE

2.1 Probe Direction Selection

Use AskUserQuestion to let the user choose where to focus:

AskUserQuestion(
  question: "Which direction should we dig into?",
  header: "Probe focus",
  options: [
    { label: "Challenge assumptions", description: "What are we taking for granted that might be wrong?" },
    { label: "Failure scenarios", description: "How could this go wrong? What are the failure modes?" },
    { label: "Counter-arguments", description: "What would someone argue against this?" },
    { label: "Stress test", description: "Does this hold up under edge cases and scale?" },
    { label: "Alternative paths", description: "What other approaches haven't we considered?" }
  ],
  multiSelect: true
)

2.1b Concept Learning Directions (Conditional)

Only when the context signal from Stage 1.5 is concept learning. Replace the default 2.1 options with friction-based directions:

AskUserQuestion(
  question: "Where are you stuck?",
  header: "Friction type",
  options: [
    { label: "Can't visualize it", description: "감이 안 와 — need analogies, examples, or diagrams" },
    { label: "Don't see why it exists", description: "왜 필요한지 — explore what breaks without it" },
    { label: "Feels scattered", description: "정리가 안 돼 — restructure the pieces deductively" },
    { label: "Not sure it's correct", description: "이게 맞아? — cross-check against external sources" },
    { label: "Want to own it", description: "내 말로 하고 싶어 — rephrase in your own words" }
  ],
  multiSelect: true
)

Friction → Operation mapping (guides your Socratic probes):

2.2 Socratic Dialogue

Engage in natural conversation based on the selected direction(s). Apply the Socratic 5-Question Framework:

Guidelines:

• Ask in natural language — do NOT use AskUserQuestion for probes
• You can ask multiple related follow-up questions in a single turn
• Go deep on one direction before switching
• When the user says "I don't know" → that's a productive result. Capture it as an Open Question and pivot direction

2.3 Mid-Dialogue Check

After 3-4 exchanges, or when reaching turn 7 (max), use AskUserQuestion:

AskUserQuestion(
  question: "We've explored [current direction]. What next?",
  header: "Direction",
  options: [
    { label: "Explore another angle", description: "Switch to a different probe direction" },
    { label: "Wrap up", description: "Synthesize what we've discussed so far" },
    { label: "Keep going", description: "Continue digging into this direction" }
  ]
)

Based on selection:

• Explore another angle → Return to 2.1 (direction selection)
• Wrap up → Proceed to Stage 3
• Keep going → Continue current probe direction

2.4 Ambiguity Scoring (scored mode only)

Skip entirely if scored = false.

After every turn from turn 3 onward, compute the Ambiguity Score:

Evaluate the conversation across 3 dimensions, each scored 0.0 to 1.0:

ambiguity = 1 - ((goal × 0.4) + (constraints × 0.3) + (criteria × 0.3))

Display after each probe:

Ambiguity: [score] (Goal: [g], Constraints: [c], Criteria: [s])
[progress bar ████████░░ ]

Flow control:

• ambiguity ≤ 0.2 → "Requirements are clear enough. Ready to wrap up?" → AskUserQuestion: "Wrap up" / "Keep refining"
• ambiguity > 0.2 AND turn < 10 → identify lowest-scoring dimension, focus next probe there
• turn == 10 (hard cap) → force synthesis regardless of score

Scoring rules:

• Be conservative — score low when uncertain
• A dimension scores > 0.8 only with specific, concrete answers
• "I don't know" → that dimension stays low (captured as Open Question)
• Vague answers like "it should be fast" → Goal Clarity stays low until quantified

2.5 Auto-Synthesis Trigger

If the conversation reaches 7 turns without the user choosing to wrap up, proactively suggest:

"We've had a thorough discussion. Want to wrap up and capture what we've found,
or keep going?"

Then use AskUserQuestion with "Wrap up" / "Keep going" options.

Stage 3: SYNTHESIZE

3.1 Generate Insights Summary

Present the summary directly in the conversation:

## Discussion Insights: [Topic]

### Core Problem
[1-sentence distillation of the actual problem, as refined through discussion]

### Key Insights & Decisions
- [Insight or decision that emerged from dialogue]
- [Another insight]

### Identified Risks & Failure Modes
- [Risk surfaced during probing]
- [Failure mode identified]

### Open Questions & Unknowns
- [Question neither of us could answer — including "I don't know" moments]
- [Area that needs more investigation]

### Maturity
[Exploratory | Forming | Solid] — [1-line justification]

Maturity levels:

In scored mode, Maturity is auto-derived from the final Ambiguity Score. In unscored mode, assign subjectively.

3.1a Clarity Assessment (scored mode only)

Skip if scored = false.

Present the final Ambiguity Score breakdown before the insights summary:

### Clarity Assessment
Ambiguity Score: [score] [checkmark if ≤ 0.2, warning if 0.2-0.5, x if > 0.5]
- Goal Clarity: [score] (40%)
- Constraint Clarity: [score] (30%)
- Success Criteria: [score] (30%)

Maturity: [level] — [1-line justification]

3.1b Crystallization (Concept Learning Only)

Only when the context signal from Stage 1.5 was concept learning.

After the insights summary, guide the user through crystallization:

1. Seed sentence: Ask the user to compress their understanding into one sentence

   • "Can you capture the core of X in a single sentence?"
   • If the user struggles, offer a draft and let them refine it

2. Completion tests (run all 4):

   • Expand: "Can you unpack that seed sentence back into its full structure?"
   • Counterfactual: "If X didn't exist, what would break?"
   • Variable manipulation: "If you increase/decrease [key variable], what changes?"
   • Restate: "Say it again in completely different words"

3. Result:

   • All 4 pass → Add the seed sentence to the insights summary under ### Seed
   • Any fail → Identify which friction remains, return to Stage 2 with that specific friction

3.2 Next Steps

Use AskUserQuestion to determine what happens next:

AskUserQuestion(
  question: "What would you like to do with these insights?",
  header: "Next step",
  options: [
    { label: "Save insights", description: "Save to .hoyeon/discuss/[topic]/insights.md for future reference" },
    { label: "Hand off to /specify", description: "Start planning with these insights as context" },
    { label: "Keep talking", description: "Continue the discussion — return to probing" },
    { label: "Done", description: "End the discussion" }
  ]
)

Based on selection:

Save insights

Write the insights to file:

Write(".hoyeon/discuss/[topic-slug]/insights.md", insights_content)

Use the insights.md template (see below). After saving, re-present the Next Steps question (without "Save insights").

Hand off to /specify

1. Save insights to .hoyeon/discuss/[topic-slug]/insights.md (if not already saved)
2. Generate the handoff command:

"Ready to plan. Run:
/specify --context .hoyeon/discuss/[topic-slug]/insights.md \"[1-line topic summary]\""

3. Stop

Keep talking

Return to Stage 2.1 (probe direction selection).

Done

Say: "Good discussion. The insights are in your conversation history if you need them later." Stop.

insights.md Template

# Discussion Insights: [Topic]
> Date: [YYYY-MM-DD]

## Core Problem
[1-sentence summary]

## Key Insights & Decisions
- [Insight 1]
- [Insight 2]

## Identified Risks & Failure Modes
- [Risk 1]

## Open Questions & Unknowns
- [Unresolved question 1]

## Seed (concept learning only)
> [One-sentence seed that can reconstruct the full understanding]

## Maturity
[Exploratory | Forming | Solid] — [1-line justification]

Hard Rules

1. No PLAN.md — Never generate a plan file. That's /specify's job.
2. No git operations — No commits, branches, pushes, or any git commands.
3. No implementation — Do not write code or prescribe specific implementation unless the user explicitly asks "how would you implement this?"
4. No AskUserQuestion for probes — Socratic questions go in natural language. Reserve AskUserQuestion for meta-decisions (direction selection, next steps).
5. Max 7 turns before synthesis offer (unscored) / Max 10 turns (scored, hard cap) — Prevent endless discussion without capture.
6. "I don't know" is valid — Capture it as an Open Question, never force an answer.

Turn Counting

A "turn" is one exchange: user message + your response that contains a Socratic probe. The following do NOT count as turns:

• AskUserQuestion meta-decisions (direction selection, next steps)
• Stage 1 (DIAGNOSE) interactions
• Your responses that are purely acknowledging without probing

Usage Examples

# Basic discussion
/discuss Should we migrate from monolith to microservices?

# With codebase context
/discuss --deep Our auth system feels fragile

# Scored mode — track clarity quantitatively (replaces /deep-interview)
/discuss --scored I want to build a todo management CLI
/discuss --scored --deep Our auth system needs improvement

# Vague exploration
/discuss I feel like our API design is off but I can't pinpoint why

# Concept learning (triggers friction-based flow)
/discuss I want to understand how event sourcing works
/discuss 이벤트 소싱이 그려지지 않아

# Requirement clarification (scored mode recommended)
/discuss --scored requirements are unclear — notification system refactoring

Example Flow

User: "/discuss Should we rewrite the payment module in Rust?"

[Stage 1: DIAGNOSE]
1. Parse: Core problem = payment module concerns, Proposed solution = Rust rewrite
2. Declare role: "I'm your sparring partner..."
3. Early gate → User selects "Explore & discuss"
4. Opening question: "Before we talk about Rust — what's wrong with the current
   payment module that makes you want to rewrite it?"

[Stage 2: PROBE]
5. User answers: "It's slow and has had 3 production incidents"
6. Direction selection → User picks "Challenge assumptions" + "Alternative paths"
7. Probe: "Those 3 incidents — were they caused by the language, or by the
   architecture? Would they have happened in Rust too?"
8. User: "Hmm, two were logic bugs... those would happen in any language"
9. Probe: "So the rewrite might fix 1 of 3 incidents. What's the cost of
   a full rewrite vs fixing the architecture in the current stack?"
10. User: "I don't know the cost" → Captured as Open Question
11. Mid-dialogue check (turn 4) → User selects "Wrap up"

[Stage 3: SYNTHESIZE]
12. Insights summary:
    - Core Problem: Payment module reliability, not language
    - Key Insight: 2/3 incidents were logic bugs, language-independent
    - Risk: Full rewrite introduces new bugs, team has no Rust experience
    - Open Question: Cost comparison of rewrite vs refactor
    - Maturity: Forming
13. Next steps → User selects "Hand off to /specify"
14. Save insights + generate: /specify --context .hoyeon/discuss/payment-rewrite/insights.md "Improve payment module reliability"

Checklist Before Stopping

• Stage 1 (DIAGNOSE) completed — topic parsed, role declared, early gate resolved
• Stage 2 (PROBE) completed — at least 1 Socratic probe applied (unless user skipped to /specify)
• Stage 3 (SYNTHESIZE) completed — insights summary with all sections
• Maturity level assigned with justification
• "I don't know" responses captured as Open Questions (if any)
• No PLAN.md generated
• No git commands executed
• No implementation prescribed (unless explicitly requested)
• insights.md saved (if user chose to save)
• /specify handoff command generated (if user chose handoff)