puzzle-design-kb/puzzles/multi-faceted-plan.md

Multi-Faceted Plan Puzzle

Mechanic Definition

The player receives requirements for a solution incrementally—some explicit, some implicit—through failed attempts, character dialogue, and world state observation. The puzzle is "solved" not by executing a single action, but by assembling a complete mental model of what's needed.

Information Architecture

Conveyance Method: Partial disclosure

• Initial contact: Player learns something is needed, but not what
• Failed attempts: Reveal what is missing through character reactions or internal monologue
• Synthesis: Player combines scattered clues to form complete requirements

Player Action Pattern:

1. Attempt solution → fails → learn gap
2. Address gap → attempt again → learn next gap
3. Repeat until complete mental model assembled
4. Execute complete plan

Core Mechanic: The puzzle exists in the player's notebook/information management, not in the UI. No checklist is provided.

Design Rationale

• Rewards deep world engagement—talking to NPCs, exploring thoroughly
• Creates "designer collaboration" feeling—the player feels they built the solution
• Avoids "fetch quest" feel by requiring synthesis, not collection
• Failure is informative, not punitive

Why It's Effective

The satisfaction comes from the synthesis moment—realizing "I need all three of these" after discovering each requirement in different contexts. This is distinct from "collect 3 items" because the player must infer the collection list themselves.

Mechanic Variations

Variation	Information Conveyance	Solution Discovery
Dialogue-driven	NPCs mention missing components indirectly	Player must connect separate conversations
Environmental	World state changes after partial completion	Player notices what's now accessible
Trial-and-error	Failed attempts explicitly state what's missing	Player iterates through gaps
Deduction	Partial info requires logical inference	Player pieces together from clues

Generic Example Structure

Initial State: Player faces obstacle. Attempting to overcome fails with feedback.

Information Flow:

• Character A mentions needing "something from the east"
• Character B mentions "I haven't seen [item] since [location]"
• Examining [location] reveals [item] is present but requires [action]
• Completing [action] provides [item]
• Returning to obstacle with [item] reveals another requirement

Player synthesizes: The complete solution is never stated; player builds it from fragments.

Game Examples

Monkey Island II: Voodoo Doll Construction (Largo)

Requirement Discovery:

1. Talk to Voodoo Lady → Learn 4 categories needed: Thread, Head, Body, Dead
2. No single source explains all four sub-requirements; player must explore each category

Incremental Solution Assembly:

• Thread: Access Largo's room (requires innkeeper distraction via escaped alligator) → laundry ticket → trade at laundromat for pearly-white bra
• Head: Same room access → pick up toupee with lice
• Body: Bar scene shows Largo spitting on wall → collect paper from cartographer → absorb spit
• Dead: Cemetery exploration → find ancestor tombstone → dig grave with shovel (torn from signpost)

Synthesis: Player must track 4 categorical requirements, each solved by distinct sub-puzzles. No explicit checklist; discovery through failed assumptions ("I can't get his clothes directly" → "Maybe laundry works?").

King's Quest VI: [Pending walkthrough re-analysis]

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Related Types

• Pattern Learning/Knowledge Transfer: Both involve multi-step processes, but KT is about same system in different domain whereas MFP is about different requirements for single goal
• Meta-puzzle Construction (below): Distinct from pure Multi-Faceted Plan by requiring sequential interdependence rather than parallel requirement gathering

Meta-puzzle Construction Variation

A subtype of Multi-Faceted Plan where component puzzles must be COMPLETED in sequence, each enabling the next. Unlike standard MFP's parallel track gathering:

Standard MFP	Meta-puzzle Construction
Four ingredients can be found in any order	Each step unlocks next puzzle state
Synthesis = all requirements assembled	Synthesis = correct sequence discovered
Example: Voodoo doll (all 4 gathered independently)	Example: Dinky Island water filtration

Dinky Island Water Filtration (MI2):

1. Find bottle → break on rock to get crowbar
2. Open barrel with crowbar → obtain cracker
3. Feed cracker to parrot → receive still activation clue
4. Use broken bottle as still intake → produce distilled water
5. Use water + box of cracker mix → more crackers for remaining directions

Each component depends on previous step's output; parallel gathering impossible.