story-to-storyboard

name	story-to-storyboard
description	Transform any narrative (insight summary, trend report, strategy document, sales pitch) into a multi-poster print storyboard brief for executive walkthroughs. Use this skill whenever the user mentions "storyboard", "poster series", "print posters from narrative", "Poster erstellen", "Storyboard aus Bericht", "Posterpraesentation", "Druckposter", "Poster fuer Workshop", "poster walkthrough", "create poster storyboard", "physical walkthrough posters", or wants to paginate a narrative into 3-5 portrait DIN A posters with stacked web sections. Also trigger for room-tour materials, guided exhibition posters, and arc-station-per-poster layouts in both English and German. Produces a storyboard-brief.md that the storyboard agent renders via Pencil MCP. Important: this skill CREATES the brief from a narrative source — it does NOT render an existing brief (use storyboard agent for that), does NOT create slides (use story-to-slides), does NOT create a single-canvas journey map (use story-to-big-picture), does NOT create a web page (use story-to-web), and does NOT polish prose (use Copywriter skill).
allowed-tools	Read, Write, Edit, Bash, Grep, Glob, TodoWrite, AskUserQuestion
version	0.7.0

Story-to-Storyboard Skill

Purpose

Read any narrative document with an existing story arc and produce an optimized storyboard brief that the Pencil MCP renderer can turn into a sequence of portrait poster storyboards. You are a print storytelling architect: analyze the narrative's argument structure, select a visual style guide, map arc stations to posters, decompose each poster into stacked web sections, and generate print-optimized copy and image prompts.

A storyboard is a physical walkthrough medium — each poster represents one arc station (Why Change, Why Now, Why You, Why Pay) containing 1-3 rich web section types stacked vertically. Posters reuse the same 10 section types as web narratives but paginate them into exactly 3-5 portrait DIN A posters. There are NO separate title or summary bookend posters — the first poster starts with a hero section and the last poster ends with a CTA section.

The brief describes WHAT each poster contains and which section types to use. All visual decisions (colors, fonts, spacing) are delegated to the Pencil renderer via the theme and style guide. Briefs contain no color fields.

Parameters

Parameter	Default	Description
source_path	auto-discovered	Narrative file or directory. When omitted with interactive=true, Step 0 searches nearby.
theme	smarter-service	Theme ID from /cogni-workplace/themes/{theme}/theme.md. Use auto for interactive selection.
language	en	Language code (en/de)
title / subtitle	auto-detected	Extracted from narrative if not provided
customer_name / provider_name	from metadata	Organization names
output_path	{source_dir}/cogni-visual/storyboard-brief.md	Brief output location
poster_size	A1	DIN format: A0, A1, A2, A3 (portrait only)
max_posters	4	Maximum poster count (3-5)
conversion_goal	consultation	CTA type: consultation, demo, download, trial, contact, calculate
style_guide	auto	Pre-selected style guide name. When provided, skip selection.
industry	auto	Industry context for image prompts and tag selection
arc_type	auto	Story arc hint: why-change, problem-solution, journey, argument, report
arc_id	from frontmatter	Narrative arc ID from cogni-narrative. Mapped to visual arc_type in Step 1.
arc_definition_path	none	Path to arc definition file — element names become poster labels.
interactive	true	When true, present choices via AskUserQuestion. When false, auto-select.
governing_thought	auto-extracted	Pre-computed governing thought from caller

Poster sizes: See $CLAUDE_PLUGIN_ROOT/libraries/storyboard-layouts.md for dimensions, section stacking, and portrait layout adaptations. See $CLAUDE_PLUGIN_ROOT/libraries/web-layouts.md for section type schemas.

---

Conventions

These rules prevent the most common failure modes. They emerged from repeated test runs where the executing model broke interactive prompts, mangled German text, or injected visual fields.

User Interaction

Interactive checkpoints let the user steer creative decisions. The structured format below ensures AskUserQuestion renders properly — unstructured prose produces empty prompts.

questions: [{
  question: "Your question here?",
  header: "Short Label",
  options: [
    { label: "Option Name", description: "What this means" },
    { label: "Another Option", description: "What this means" }
  ],
  multiSelect: false
}]

On empty or blank responses, auto-select the best option and move on. Never retry AskUserQuestion on empty responses. When interactive is false, skip all AskUserQuestion calls.

Language & Formatting

German posters are printed and displayed at executive walkthroughs. ASCII-ified umlauts (ae/oe/ue) immediately signal "machine-generated" and undermine credibility. Use real Unicode throughout: ae->ä oe->ö ue->ü ss->ß. German number formatting: 2.661 (not 2,661).

No Color Fields

Briefs contain ZERO visual fields: no Background:, Text-Color:, Icon-Color:. The Pencil renderer reads the theme and style guide directly.

---

Workflow

CRITICAL: When this skill loads without explicit parameter values, DO NOT ask the user for source_path, theme, language, or any other parameter. Execute Step 0 immediately — search the filesystem, present findings, then proceed. The only user interaction should be choosing from options YOU discovered.

Step 0: Narrative Auto-Discovery (YOUR FIRST ACTION)

WHY: Users typically invoke this skill from a project directory that already contains their narrative. Searching first and presenting candidates eliminates the most common friction point — the user fumbling for a file path.

If source_path was explicitly provided: set source_dir to its parent directory and skip to TodoWrite initialization.

Otherwise, search without asking:

1. Primary: Glob **/insight-summary.md from CWD (max 3 levels)
2. For each candidate: read first 30 lines, extract title, arc_id, estimate word count
3. Secondary (if 0 primary results): Glob **/*.md, filter for arc_id: in first 30 lines. Exclude SKILL.md, README.md, CLAUDE.md.
4. Sort: insight-summary.md files first, then by path depth (shallow first)

If candidates found: Present via AskUserQuestion (max 4 options with filename, title, arc_id, word count). On empty response, auto-select top candidate.

If no candidates: Ask for path or cancel. On empty response, stop with: "No narrative path provided. Stopping."

Set source_dir = parent directory of selected source_path.

---

TodoWrite Initialization

Before reading content, initialize TodoWrite with workflow steps: Parse parameters, Read narrative, Select style guide, Map arc stations to posters, Decompose into sections, Write section copy, Propose CTAs, Poster preview, Validate, Write brief.

Execution Protocol

Each step: mark todo in_progress -> verify previous output (entry gate) -> read reference file -> execute -> mark completed. Do NOT skip reference reads — each contains rules that prevent common errors.

---

Step 1: Parse Parameters & Resolve Context

WHY: Arc resolution and theme loading happen before reading the narrative because they shape how you interpret the story. A pre-resolved arc_type tells you what poster structure to look for.

Determine input type (directory with metadata vs single file) and load metadata.

Arc resolution (priority order):

1. arc_id parameter → use directly
2. Source narrative frontmatter arc_id → extract
3. Neither → Step 2 auto-detects

If arc_id set: read $CLAUDE_PLUGIN_ROOT/libraries/arc-taxonomy.md, map to arc_type. Mapped arc_type overrides arc_type parameter. If arc_definition_path provided: extract element names and translations for poster labels.

Theme resolution: If interactive and theme not explicitly set: scan themes/*/theme.md, present via AskUserQuestion (max 4 options). Otherwise use provided theme or default. Read theme.md, store absolute path.

Load libraries: storyboard-layouts.md, web-layouts.md, EXAMPLE_STORYBOARD_BRIEF.md, cta-taxonomy.md, arc-taxonomy.md (if arc_id set).

Resolve poster dimensions from poster_size using storyboard-layouts.md dimension system (portrait only).

---

Step 2: Read Narrative & Analyze Story Arc

WHY: The governing thought and arc type cascade through everything downstream — poster architecture, section decomposition, copy direction, and CTA proposals. Getting them right here prevents rework in later steps.

Read all source files. Extract governing thought (single sentence).

Arc type resolution (priority order):

1. Pre-resolved from Step 1: If arc_context was populated, use mapped arc_type directly.
2. Caller-provided arc_type: If set (not auto), use directly.
3. Auto-detect: Detect from narrative content.

Key difference from other skills: The arc type influences poster count and arc-station-to-poster mapping rather than slide order (slides) or section type (web).

Output: Tagged narrative with arc type, governing thought, section roles, and evidence inventory.

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Step 3: Select Style Guide (INTERACTIVE)

WHY: The style guide determines the visual personality of every poster — typography weight, illustration approach, color usage patterns. Selecting it before decomposition ensures consistent design language.

Read reference: $CLAUDE_PLUGIN_ROOT/skills/story-to-web/references/01-style-guide-selection.md

If style_guide parameter provided (not auto): skip selection, use directly.

Otherwise:

1. Call Pencil MCP get_style_guide_tags() to retrieve available tags
2. Select 5-10 tags based on theme, tone, industry, arc type. Always include "website" first (storyboards reuse web visual system). Reject mobile-* guides.
3. Call Pencil MCP get_style_guide(tags) to retrieve candidates
4. Score candidates using weighted algorithm in reference file

If interactive: present top 2-3 via AskUserQuestion (score + 1-sentence why). On empty response, auto-select top.

Output: Selected style guide name.

---

Step 4: Map Arc Stations to Posters

WHY: This is the core intelligence step. The poster count and station-to-poster mapping determine the storyboard's narrative rhythm. Too few posters compress the argument; too many dilute it. The arc templates provide proven structures that match how audiences process sequential arguments during a physical walkthrough.

Read reference: references/01-poster-architecture.md

Determine how many posters (3-5) and which arc stations map to which posters.

Hard constraints:

• Total poster count 3-5, NEVER more than 5
• NO separate "title" or "summary" posters — every poster is a content poster
• First poster's first section is hero (this IS the title)
• Last poster's last section is cta (this IS the close)
• If decomposition yields >5 posters, MERGE related stations

Mapping process: Load arc type template from reference. Count narrative sections. Determine poster count by word count (< 800 → 3, 800-1500 → 4, > 1500 → 5), capped at max_posters. Map arc stations to posters, condensing if needed.

Poster labels (content-source-first, role-based fallback): If arc_elements available, check which H2 chapter content came from → match to arc element name. Fall back to role-based mapping. Use localized names per language. See $CLAUDE_PLUGIN_ROOT/libraries/arc-taxonomy.md.

Self-check: Count posters (3-5?). Any "title" or "summary" type posters? Remove and fold into first/last.

Output: Poster assignment plan with labels.

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Step 5: Decompose Each Poster into Stacked Sections

WHY: Section type selection translates each poster's narrative content into the right visual container. A poster with 4 statistics needs a stat-row, not a text-block. Getting the section types right here means the renderer produces the intended visual impact without manual correction.

Read reference: $CLAUDE_PLUGIN_ROOT/skills/story-to-web/references/02-section-architecture.md

For each poster, determine 1-3 web section types to stack vertically using the section type decision tree.

Per poster:

1. Walk content through the section type decision tree
2. Assign section_theme (hero→dark, stat-row/testimonial→dark, cta→accent, others→alternate light/light-alt)
3. Calculate height allocation from storyboard-layouts.md ratios (1 section→100%, 2→50/50 or 55/45, 3→40/30/30 or 35/35/30)
4. Apply portrait layout adaptations: stat-row→2x2 grid, feature-alternating→vertical stack, timeline→vertical steps
5. Validate minimum section heights

Output: Per poster: ordered sections with types, themes, height allocations.

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Step 6: Write Section Copy per Poster

WHY: Poster copy must work at 1-2 meter reading distance during a physical walkthrough. This means shorter text, bolder assertions, and more impactful number plays than web or slide copy. The print-specific constraints in the reference files encode what works at poster scale.

Read references:

• references/02-poster-copywriting.md (print overrides)
• $CLAUDE_PLUGIN_ROOT/skills/story-to-web/references/03-section-copywriting.md (web copy base)
• references/03-image-prompts.md (print image prompts)

For each section within each poster, generate content per the section type's required fields (see web-layouts.md schemas). Key constraints:

• Headline: max 70 chars, assertion with verb
• Body: max 50 words, 2-3 sentences
• Image prompts: "print resolution, high detail" suffix
• Max 2 images per poster

Output: Complete section specifications with copy and image prompts.

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Step 6b: Propose CTAs

WHY: Without explicit CTAs, the audience leaves the walkthrough impressed but without a next step. CTAs convert attention into action — the primary CTA gives the presenter something concrete to propose at the final poster.

Entry gate: Verify Step 6 outputs — all sections have headlines, copy, and image prompts.

Read reference: $CLAUDE_PLUGIN_ROOT/libraries/cta-taxonomy.md

1. Extract implicit CTAs from narrative + generate from governing thought, arc type, hero numbers, conversion_goal
2. Per section (excluding hero): assign cta.text (max 50 chars, imperative verb), cta.type (explore/evaluate/commit/share), cta.urgency
3. Build cta_summary: 3-5 proposals, primary_cta = highest-urgency commit CTA matching conversion_goal

Storyboard-specific: CTAs guide the presenter's verbal delivery. Per-section CTAs appear as verbal prompts. Primary CTA drives the final poster's cta section.

If interactive: present CTA plan via AskUserQuestion (Approve/Adjust, with primary_cta in question text). On empty response, treat as approval.

Output: Per-section CTA assignments and CTA summary block.

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Step 7: Poster Preview Checkpoint

WHY: The poster plan is the last structural checkpoint before final validation. Catching composition errors here (wrong section types, missing arc stations, bad poster count) is far cheaper than fixing them after the full brief is generated.

If interactive:

First, output the poster plan table as a regular message:

| Poster | Label | Sections | Section Types |
|--------|-------|----------|---------------|
| 1/N | {label} | 2 | hero (dark) + problem-statement (light) |
| ... | ... | ... | ... |

Size: {poster_size} portrait | Posters: {count} | Style: {style_guide} | Arc: {arc_id or arc_type}
SELF-CHECK: Total posters = {count}. Must be 3-5.

Then present via AskUserQuestion (Approve/Adjust). On empty response, treat as approval.

If not interactive: Skip — auto-proceed.

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Step 8: Validate (Hybrid Web + Print)

WHY: Self-assessment is unreliable without explicit measurement. In early tests, models reported "pass" while producing topic-label headlines and violating poster count constraints. The four-layer gate plus print checks force honest evaluation.

Read reference: references/04-validation.md

Four layers — stop on first failure, fix, re-check:

1. Schema — required fields, valid YAML, section type validity, sequence format
2. Message quality — assertion headlines, number plays, body text limits
3. Visual coherence — section theme rhythm, type variety, image consistency
4. Content integrity — all narrative sections represented, language consistency

Print-specific checks: poster count 3-5, section minimum heights, font size minimums, contiguous sequence numbers, hero first, CTA last, max 2 images per poster.

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Step 9: Write storyboard-brief.md

WHY: The output path convention keeps generated briefs separate from source narratives in a cogni-visual/ subdirectory, preventing clutter and making it easy for downstream agents to find the brief.

Output path resolution (run via Bash before writing):

• If output_path explicit: mkdir -p "$(dirname "${output_path}")"
• Otherwise: set output_path = {source_dir}/cogni-visual/storyboard-brief.md and mkdir -p "{source_dir}/cogni-visual"

Generate the final brief with YAML frontmatter and poster specifications following EXAMPLE_STORYBOARD_BRIEF.md format. Write using Write tool.

Final checks:

• YAML frontmatter complete (type, version, theme, style_guide, poster_size, arc_id)
• Each poster has poster_label, sequence "N/M", and 1-3 sections
• First poster starts with hero, last ends with cta
• All section types have required fields per web-layouts.md
• Image prompts present for hero and feature-alternating sections
• CTA summary block present
• Generation metadata populated
• Zero color fields in entire document

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Bundled Resources

References (loaded at specific steps — progressive disclosure)

Reference	Step	Purpose
story-to-web/01-style-guide-selection.md	3	Tag scoring algorithm, theme-to-tag mapping
01-poster-architecture.md	4	Arc-to-poster mapping, section stacking, poster templates
story-to-web/02-section-architecture.md	5	Section type decision tree, decomposition rules
02-poster-copywriting.md	6	Print headline rules, body constraints, number plays
story-to-web/03-section-copywriting.md	6	Web copywriting rules (base for poster copy)
03-image-prompts.md	6	Print-resolution prompt patterns, image count constraints
cta-taxonomy.md (library)	6b	CTA types, urgency levels, arc-to-CTA heuristics
04-validation.md	8	Hybrid web + print validation framework

Libraries (loaded in Step 1)

Library	Purpose
storyboard-layouts.md	Poster dimensions, section stacking, portrait adaptations
web-layouts.md	Section type schemas, typography, spacing
EXAMPLE_STORYBOARD_BRIEF.md	Complete output format reference