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Mechanic map

Point-and-click adventures

A working classification with 44 families and 355 variants. Families overlap: one puzzle can combine items, dialogue, deduction and a character schedule. Core actions, progression architecture and assistance are separate layers. Sources identify examples from neighboring adventure genres.

Families: 44Variants: 355Updated: 2026-10-20
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Core actions and items

1Inspection, search and perceptionOverview and example ↗The player examines a scene and notices objects or changes that reveal an action or new information.8

Variants

  • Interactive areas: find usable objects, characters, exits and details.
  • Close-ups: examine sides, interiors, backs and components.
  • Processes: observe movement, habits, cycles and reactions.
  • Hidden objects: search by name, silhouette, description or fragments and assemble parts.
  • Visibility: illuminate, clean, reveal, uncover or use an instrument.
  • Differences: compare scenes, photographs and object states.
  • Sensory investigation: listen, touch, smell, taste or measure when supported.
  • Reinspection: obtain new information after conversations, discoveries or state changes.
2Movement and spatial accessOverview and example ↗The player opens passages and chooses accessible locations, changing what can be explored next.8

Variants

  • Scene transitions: move between screens and locations.
  • Movement within scenes: reach objects and bypass obstacles.
  • Viewpoints: pan and move between observation positions.
  • Access conditions: use keys, permission, documents or knowledge.
  • Vertical and constrained movement: climb, descend, crawl, cross or use lifts.
  • Transport: travel and establish conditions for a journey.
  • Shortcuts and returns: connect familiar places and revisit changed locations.
  • Position: reach the required height, side, distance or viewpoint.
3Using itemsOverview and example ↗The player selects an item and a suitable target to cause a rule-defined change.8

Variants

  • Item on environment: use a tool, key, material or device on a world object.
  • Item on character: give, show, feed, equip or affect an NPC.
  • Item on self: wear, eat, drink, apply or change the protagonist's state.
  • Item on item: affect another item without necessarily creating a new one.
  • Indirect use: give a tool to another actor or automate its use.
  • Positional use: place an item at a required point, angle or distance.
  • Multiple purposes: find alternative uses or allocate a consumable.
  • Contextual use: outcomes depend on target state, place, time and previous actions.
4Acquiring, transferring and losing itemsOverview and example ↗The player acquires, transfers or loses an item, changing the available ways to solve a problem.8

Variants

  • Collect and extract: take an accessible item or retrieve it from a hiding place or container.
  • Purchase and trade: pay, bargain or exchange items.
  • Request and borrow: obtain permission, borrow or persuade an owner.
  • Theft and substitution: steal, replace with a similar item or deceive an owner.
  • Rewards and winnings: obtain an item through tasks, challenges or minigames.
  • Gathering and production: collect, grow, craft or obtain system output.
  • Transfer and delivery: give, send, return or leave at an agreed place.
  • Disposal and concealment: discard, destroy, hide, plant or remove a dangerous item.
5Direct environmental manipulationOverview and example ↗The player changes the environment directly by moving, opening, turning or pressing something.8

Variants

  • Open and close: doors, windows, lids, drawers, containers and passages.
  • Move and place: push, pull, reposition, raise, lower and insert objects.
  • Rotate and orient: turn handles, flip objects and redirect parts.
  • Connect and disconnect: plug, detach, fasten, tie, hang and secure.
  • Activate and stop: press, switch, wind, enable, disable and reset.
  • Integrity: break, cut, open, disassemble, repair and restore.
  • Surfaces: wash, erase, paint, label, scratch and mark.
  • Containers: pour, fill, empty and transport contents.
6Combining, crafting and disassemblyOverview and example ↗The player combines or dismantles items to obtain different tools and materials.8

Variants

  • Two-item assembly: create a new object from two components.
  • Multicomponent assembly: build a device, kit, costume or mixture.
  • Staged assembly: follow an ordered recipe with intermediate results.
  • Compatible parts: select by shape, size, material, purpose or properties.
  • Disassembly: extract useful parts, potentially allowing reassembly.
  • Replacement and repair: add missing parts, replace damage or restore connections.
  • Copying and forgery: make molds, duplicates, imitations or false documents.
  • Recipes: mix substances, prepare food, medicine, paint or ritual mixtures.
7Item properties and statesOverview and example ↗The player changes an item property so that it interacts differently with the world.9

Variants

  • Shape and size: bend, stretch, compress, trim, enlarge or shrink.
  • Temperature and phase: heat, cool, melt, freeze, dry or evaporate.
  • Moisture and cleanliness: wet, soil, clean, soak or wash.
  • Charge and function: charge, discharge, refuel, sharpen, lubricate or prepare.
  • Chemical change: dissolve, oxidize, neutralize, develop or react.
  • Biological change: grow, ripen, spoil, heal, infect or modify organisms.
  • Status and authenticity: alter signature, registration, owner, labels, completeness or perceived value.
  • Unusual use: exploit weight, conductivity, sound, smell or reflection.
  • Semantic association: use metaphor, similarity, wordplay or literal interpretations supported by the world.
8Inventory storage and limitsOverview and example ↗Storage limits require the player to choose which items to carry, leave or retrieve.8

Variants

  • Capacity: limit slots, weight, volume or unit count.
  • Packing: fit items into a grid, suitcase or constrained space.
  • Compatibility: separate items that react or spoil together.
  • Fragility: transport without damage and maintain cooling, protection or state.
  • Consumption: allocate a single-use item, charge, dose or material.
  • Transport restrictions: overcome searches, borders, environments or passage size.
  • Distributed inventory: transfer between characters, caches, stores, vehicles and locations.
  • Replacement: find substitutes, recreate lost objects or recover used resources.

Puzzle and progression architecture

9Dependencies and task organizationOverview and example ↗The player identifies task dependencies and chooses a valid execution order.8

Variants

  • Linear chains: each step depends on the preceding one.
  • Independent branches: solve simultaneous tasks in any order.
  • Shared conditions: complete all branches or a specified number of conditions.
  • Alternatives: satisfy one of several approaches.
  • Branching and convergence: discoveries open tasks whose results later combine.
  • Cross-location dependencies: combine information, actions and items from different places.
  • Nested tasks: prepare a separate chain for a larger problem.
  • Metapuzzles: use separate puzzle results as inputs to a shared puzzle.
Context and sources: Ron Gilbert: Puzzle Dependency Charts
10Solutions, choices and consequencesOverview and example ↗Choosing a solution changes later conditions, available actions or the outcome.8

Variants

  • Unique solution: one authored successful approach.
  • Multiple solutions: use different items, dialogue, abilities or paths.
  • Systemic solutions: combine rules without an individually authored sequence.
  • Outcome costs: spend resources, time, relationships or risk, or sacrifice another benefit.
  • Local branching: alter a scene or path without changing the whole story.
  • Delayed effects: receive reactions in later episodes or endings.
  • Exclusive goals: choose whom to save or help and what to preserve.
  • Outcomes: achieve different success states, partial results, failures and endings.
11Errors, retries and variationOverview and example ↗The player learns from failure and retries with retained knowledge or changed conditions.9

Variants

  • Safe errors: obtain feedback without losing progress.
  • Reversibility: restore a world or object state and try another approach.
  • Failed attempts: retry dialogue, minigames, sections or scenes.
  • Death and restart: return to checkpoints, episode starts or saves.
  • Permanent loss: lose items, witnesses, branches or solutions.
  • Dead ends: lose every way to complete a task, potentially without a clear warning.
  • Continuing after failure: progress with changed conditions and consequences.
  • Reconfiguration: change codes, layouts, rules or datasets on retry.
  • Procedural or reactive tasks: generate conditions from algorithms, action history and world state.

Information, reasoning and social interaction

12Gathering and processing informationOverview and example ↗The player records and compares information to turn observations into an available solution.8

Variants

  • Documents and images: read notes, letters, diagrams, maps, photos, manuals and archives.
  • Testimony: ask, listen, eavesdrop or use intermediaries.
  • Behavior: discover habits, routes, reactions, relationships and concealed actions.
  • Recording: photograph, mold, record audio, save screens and reexamine.
  • Traces and samples: gather prints, residues, biological samples and evidence.
  • Measurement and analysis: compare composition, distance, time and instrument readings.
  • Reference search: search by name, keyword, properties or combined filters.
  • Source comparison: combine information and assess witness reliability.
13Dialogue interactionsOverview and example ↗The player chooses lines and topics to obtain information or change a conversation.8

Variants

  • Dialogue choices: traverse branches and vary question order.
  • Topics: discuss objects, people, events, places and discoveries.
  • Free input: type a word, name, question or concept.
  • Presentation: show an item, photo, clue, document or recording.
  • Returning to dialogue: update responses after world, relationship or knowledge changes.
  • Timing: prepare a topic, interrupt, stay silent or respond at the right moment.
  • Nonverbal communication: use gestures, expressions, drawings, signs or demonstrations.
  • Conversation conditions: change location, remove witnesses or ensure privacy.
14Knowledge as a progression conditionOverview and example ↗Progress depends on understanding a rule or fact alongside acquiring items.9

Variants

  • Passwords and answers: use a discovered word, name, number, phrase or answer.
  • Dialogue topics: unlock questions or arguments after examining information.
  • Reinterpreting objects: discover a previously unclear function.
  • Hidden rules: understand a system, language, device or unusual world.
  • Knowledge routes: use addresses, sequences or landmarks to progress.
  • Information as an item: manipulate topics, clues, names and ideas like inventory objects.
  • Player and character knowledge: distinguish understanding from facts the protagonist must learn.
  • Cross-episode knowledge: apply findings from another time, character or loop.
  • Reframing goals: solve a problem by changing its condition.
15Deduction, proof and hypothesis testingOverview and example ↗The player forms a conclusion and checks whether the available evidence supports it.8

Variants

  • Identity: connect names, appearances, professions, roles and addresses.
  • Cause, method and motive: determine what happened, how, why and who benefited.
  • Alibis and contradictions: compare time, places and testimony.
  • Elimination: reject hypotheses through constraints and negative evidence.
  • Relationships: build genealogy, social networks, ownership or organizational structure.
  • Experiment: predict, recreate conditions and compare outcomes.
  • Conclusions: complete statements, select accusations, connect evidence or answer freely.
  • Demonstrating proof: present sufficient convincing arguments to another character.
Context and sources: The Case of the Golden Idol: designer interview
16Reconstructing events and historyOverview and example ↗The player reconstructs event order and causes from the traces that remain.8

Variants

  • Chronology: order actions, dates, movements and changes.
  • Scene reconstruction: restore characters, objects and circumstances.
  • Causality: connect initial conditions, actions and outcomes.
  • Time layers: compare a place across years or event versions.
  • Route reconstruction: use traces, tickets, records, witnesses and stops.
  • Artifact context: infer origin, age, function and historical connections.
  • Unreliable accounts: separate fact, error, lies, fantasy and distorted memories.
  • Fragmented history: combine documents, scenes, memories and investigations.
17Persuasion, deception and verbal conflictOverview and example ↗The player uses arguments, deception or pressure while considering the other character's response.8

Variants

  • Arguments: use logic, facts, benefits, interests or consequences.
  • Emotional influence: reassure, evoke sympathy, support, flatter or provoke.
  • Authority and role: invoke powers, status, origin, rules or recognized people.
  • Lies and cover stories: impersonate, conceal and maintain consistency.
  • Pressure and deals: threaten, blackmail, bribe, set conditions and bargain.
  • Interrogation: clarify testimony, expose contradictions and present evidence at the right point.
  • Verbal duels: learn responses, recognize tactics and use counterarguments.
  • Interlocutor profiles: discover values, fears, taboos and vulnerabilities.
18Exchanging services and task chainsOverview and example ↗Completing a task earns a service or item needed for the next dependency.8

Variants

  • Requested items: find something satisfying a character's request.
  • Solving problems: repair, release, heal, organize or help another person.
  • Proving entitlement: pass a test or present documents, knowledge, recommendations or qualifications.
  • Sequential exchange: trade items and services through several owners.
  • Branched obligations: meet independent conditions for a shared reward.
  • Mutual dependency: find a third resource, intermediary or workaround.
  • Substitution: identify the actual need and offer a functional alternative.
  • Deal conditions: choose price, order, guarantee, deadline or beneficiary.
19Relationships and social simulationOverview and example ↗Relationships change after actions and shape characters' later responses.8

Variants

  • Trust and liking: affect NPC willingness to share, help and grant access.
  • Reputation and affiliation: use group, organization, family or community relationships.
  • Action memory: account for witnessed actions, information and treatment.
  • Distributed knowledge: manage who knows secrets, suspects lies or understands events.
  • Mediation: relay messages, reconcile, introduce or arrange meetings.
  • NPC relationships: create alliances, conflict, jealousy, distrust or favors.
  • Witnesses: act publicly before selected people or conceal from observers.
  • Obligations: account for promises, debts, betrayal, secrets and later reactions.
Context and sources: Overboard!: inkle overview
20Ciphers, languages and sign systemsOverview and example ↗The player infers symbol meanings and rules for transforming messages.8

Variants

  • Substitution and permutation: infer symbol mappings, letter order or transformations.
  • External key: use a book, table, picture, object or earlier fragment.
  • Hidden messages: find acrostics, hidden layers, reverse-side text or sign arrangement.
  • Symbol meanings: infer pictograms and words through context and repeated situations.
  • Grammar: understand word order, negation, number and participant roles.
  • Translation: compare languages and enable characters to understand each other.
  • Word puzzles: solve rebuses, anagrams, puns, riddles and ambiguity.
  • Cultural systems: interpret gestures, etiquette, symbolism and rituals.
Context and sources: Heaven’s Vault: inkle overview

Devices and spatial puzzles

21Mechanisms, switches and tuningOverview and example ↗The player changes controls and checks the resulting mechanism state.8

Variants

  • Individual controls: buttons, levers, handles, shutters, valves and switches.
  • Switch combinations: find a configuration of linked states.
  • Activation order: operate elements in the required sequence.
  • Parameters: tune frequency, speed, pressure, temperature, mode or scale.
  • Balance: equalize loads, adjust counterweights and keep within limits.
  • Motion transfer: connect gears, belts, chains, shafts and driven parts.
  • Diagnosis and repair: identify faults, restore parts and test.
  • Unknown devices: infer controls through experiments, observation and indirect clues.
22Logic, mathematics and combinatoricsOverview and example ↗The player applies logical and quantitative constraints to rule out invalid combinations.8

Variants

  • Correspondence: match items, people, properties, categories and places under constraints.
  • Ordering: arrange by size, time, rank, property or hidden rule.
  • Patterns: continue sequences, find outliers or infer transformations.
  • Numbers: count, convert numeral systems or satisfy arithmetic conditions.
  • Permutations: solve sliding, ring, rotating-block or linked-position configurations.
  • Boolean logic: use AND, OR, NOT, truth conditions and toggled states.
  • Crossings and allocation: transport incompatible groups or distribute objects under constraints.
  • Optimization: limit moves, resource use or repeated actions.
23Spatial, visual and optical puzzlesOverview and example ↗The player changes object placement, light or viewpoint to produce a required configuration.8

Variants

  • Image assembly: restore pictures, patterns, mosaics and object fragments.
  • Orientation: rotate, mirror, rearrange and position parts.
  • Packing and geometry: fit shapes, fill regions or build volumes.
  • Layering: align transparent sheets, maps, masks and diagrams.
  • Perspective: see a whole from a chosen viewpoint or alter perceived shape.
  • Shadows and reflections: read mirrored messages, construct shadows or reveal hidden objects.
  • Color and lighting: mix colors, choose filters, spectra or signal order.
  • Impossible space: infer unusual room links, relative scale and fictional geometry.
24Sequences and staged actionsOverview and example ↗The player orders actions while accounting for dependencies and intermediate states.8

Variants

  • Hidden order: infer prerequisites between actions.
  • Preparation and launch: place elements, configure conditions and trigger an event.
  • Synchronization: trigger several devices or actors together.
  • Maintained state: hold a lever, door, NPC occupation or active system.
  • Remote outcomes: act here to change another location.
  • Interruption: stop a process at the right time or break causality.
  • Chain reactions: calculate automatic outcomes of prepared actions.
  • Programming: specify command queues, routes, algorithms or repeated sequences.
25Maps, routes and mazesOverview and example ↗The player uses maps and landmarks to select and verify a route through a space.8

Variants

  • Mazes: find an exit through location connections.
  • Instructions: follow directions, maps, verses, sound or landmarks.
  • Mapping: restore links, unexplored areas and landmark positions.
  • Changing routes: switch bridges, doors, rooms, platforms or transport links.
  • One-way transitions: plan return paths around directional passages.
  • Visit conditions: reach required points, avoid repetition or forbidden areas.
  • Following signals: follow characters, marks, light, smell or changing landmarks.
  • Conditional topology: account for time, scale, character or world state.
26Physics, environmental properties and experimentOverview and example ↗The player experiments with material and environmental properties and observes the consequences.8

Variants

  • Mass and equilibrium: use scales, weights, levers and counterweights.
  • Volume and pressure: measure fluids, displace contents and control sealed systems.
  • Buoyancy and currents: float, sink, drift or move with flow.
  • Friction and grip: lubricate, secure, enable sliding or prevent motion.
  • Magnetism and conductivity: attract, repel, conduct and exploit material properties.
  • Heat and reactions: heat, cool, burn or combine substances.
  • Impulses and chain reactions: trigger falls, collisions, pendulums or sequences.
  • Experimental laws: compare responses, infer rules and apply them to new tasks.
27Flows, networks and resource distributionOverview and example ↗The player connects nodes and distributes flows while respecting network links and limits.8

Variants

  • Electrical circuits: close, break, redirect or assemble power paths.
  • Pipes and fluids: route water, gas or substances.
  • Light beams: direct, split, reflect, filter or interrupt.
  • Signals: route messages and tune antennas, radio or alarms.
  • Transport networks: manage switches, conveyors, deliveries and routes.
  • Limited resources: choose nodes to power and systems to disconnect.
  • Combined flows: coordinate meeting position, time and proportions.
  • Whole systems: discover distant device relationships and change network state.
28Sound, music and rhythmOverview and example ↗The player distinguishes and reproduces sounds, melodies or rhythmic sequences.8

Variants

  • Recognition: identify sources, objects, characters, states or events through sound.
  • Sequences: remember and reproduce signals in order.
  • Pitch and melody: select notes, tune instruments or match motifs.
  • Rhythm and duration: reproduce intervals, tempo and signal lengths.
  • Acoustic navigation: use echoes, loudness, direction and sound changes.
  • Recording and editing: record, combine, trim, slow, speed up or play fragments.
  • Imitation and lures: reproduce voices, calls or signals to trigger reactions.
  • Physical effects: use resonance, vibration, noise masking or distraction.

Interface and assistance

29Input and action selectionOverview and example ↗The input method determines how the player expresses an intention and selects an action.8

Variants

  • Verb panels: select an action before its target.
  • Context cursors: choose actions according to object and situation.
  • Pointer buttons: assign inspection, action, cancellation and commands to different buttons.
  • Radial or context menus: choose around objects or from popup lists.
  • Dragging: transfer items onto targets, align elements and position them.
  • Holding and repetition: sustain presses, click repeatedly or vary duration.
  • Text: enter commands, passwords, names, numbers or original answers.
  • Device interfaces: manipulate handles, gauges, parts and panels directly.
30Memory, hints and playthrough convenienceOverview and example ↗The game records information and offers hints to help recover context and choose a next step.8

Variants

  • Journal: retain tasks, conclusions, events and character information.
  • Evidence collections: revisit documents, photos, audio, topics and clues.
  • Connection boards: organize entities, hypotheses, timelines and fact relationships.
  • Maps and fast travel: show accessible places, notes and return routes.
  • Hotspot highlighting: expose available targets and reduce tiny-area searching.
  • Graduated hints: provide nudges, directions, specific advice and solutions on request.
  • Skipping and automation: bypass repeated actions, travel, dialogue or challenges.
  • Accessibility: adjust input, speed, target size, subtitles and equivalent visual or audio representations.

Extended adventure systems

31Time, schedules and waitingOverview and example ↗An action becomes available according to a schedule, duration or chosen moment.8

Variants

  • Real time: the world changes while the player observes and decides.
  • Action-driven time: turns, travel or dialogue advance the clock.
  • Waiting: skip time until meetings, deliveries, growth or target states.
  • NPC schedules: find characters and account for routines.
  • Cycles: act during a phase of repeating mechanisms or behavior.
  • Time windows: act before doors close, owners return or conditions change.
  • Deadlines: allocate limited time among goals.
  • Delayed consequences: start tasks, processes or events with future results.
32NPC, animal and living-system behaviorOverview and example ↗The player observes and influences creatures through their needs and responses.8

Variants

  • Distraction: redirect attention through noise, talk, incidents or attractive objects.
  • Lures: bring actors to a target position.
  • Needs: satisfy modeled hunger, curiosity, comfort or other needs.
  • Routes: block, redirect or create reasons to turn.
  • Provoking actions: arrange conditions for NPCs to open, carry, fix or report.
  • Training and commands: teach, demonstrate or give understood signals.
  • Habits: exploit predictable rituals, professional rules and routines.
  • Living interactions: use plants, animals and their mutual reactions.
33Abilities, forms and controlled entitiesOverview and example ↗The player changes form or controlled entity to gain a different set of actions.8

Variants

  • Physical abilities: use strength, size, agility, resistance or unusual anatomy.
  • Special perception: use fictional trace vision, hidden hearing, emotion reading or lie detection.
  • Remote effects: move, heat, activate or change distant objects.
  • Reading memories and thoughts: obtain information unavailable through ordinary inspection.
  • Possession: enter animals, mechanisms or characters and use their capabilities.
  • Transformation: change form, size, species, status or available actions.
  • Helpers: send drones, familiars, robots or animals into inaccessible places.
  • Ability limits: solve range, charge, area, prohibition and combined-power constraints.
34Multiple protagonists and coordinationOverview and example ↗The player coordinates multiple protagonists by assigning actions to their different abilities.8

Variants

  • Switching: choose the controlled character and viewpoint.
  • Different capabilities: use unique skills, background, access, knowledge and connections.
  • Exchange: transfer items and information between participants.
  • Separated spaces: act in different rooms, places, eras or layers.
  • Joint operations: one holds, distracts or prepares while another acts.
  • Party composition: choose companions determining available solutions.
  • Orders and autonomy: assign tasks and account for independent action.
  • Knowledge asymmetry: combine information fragments known by different characters.
Context and sources: Unavowed: Wadjet Eye Games overview
35Worlds, layers and state switchingOverview and example ↗Switching world layers changes available objects, rules and actions.8

Variants

  • Physical and immaterial: switch between matter, spirits, thoughts or another reality.
  • Reality and virtual spaces: solve connected tasks in two representations.
  • Dreams and memories: investigate internal scenes and affect external actions.
  • Alternate places: switch dimensions, histories or versions of a location.
  • Global state: change light, water, weather, season, gravity or environmental mode.
  • Perception layers: use spectra, lenses, special vision or interpretation.
  • Scale: switch size or move between object exterior and interior.
  • Cross-layer effects: act in one state to change another.
36Rewinding, loops and changing historyOverview and example ↗The player rewinds or repeats events using knowledge from earlier attempts.8

Variants

  • Undo: return to an earlier state and try another solution.
  • Time loops: replay a period using accumulated understanding.
  • Persistence: carry knowledge, marks, items or changes between loops under rules.
  • Changing the past: alter future objects, people or places.
  • Cross-era transfer: move information and items between linked periods.
  • Parallel timelines: compare event versions and transfer consequences.
  • Recorded actions: interact with earlier playthrough traces or replayed sequences.
  • Causal loops: understand self-sustaining events and contradictions under defined rules.
37Computers, phones and media environmentsOverview and example ↗The player explores devices and media through interfaces that belong to the game world.8

Variants

  • Access: find credentials, permission or solve fictional hacking puzzles.
  • Files: search, open, restore, copy, move and compare data.
  • Database search: use names, numbers, dates, relationships, properties and filters.
  • Communication: select number, recipient, channel, call time and message method.
  • Simulated interfaces: explore fictional desktops, browsers, mail, chats and phones.
  • Digital modification: forge records, set profiles, change permissions and edit data.
  • Remote control: operate cameras, drones, locks, robots and connected devices.
  • Commands: enter instructions, build algorithms and follow system rules.
38Stealth, disguise and trace concealmentOverview and example ↗The player manages visibility and traces to avoid detection or influence others' conclusions.8

Variants

  • Vision: move outside observation zones or block visibility.
  • Noise and visibility: control sound, light, traces and presence cues.
  • Cover: hide and wait for a safe moment.
  • Disguise: use clothing, appearance, roles, passes or forged authority.
  • Covert actions: steal, eavesdrop, substitute, hack or collect under observation.
  • Surveillance sabotage: disable or alter alarms, cameras and sensors.
  • Evidence: hide, destroy, modify, plant or explain traces.
  • Suspicion: reduce attention, redirect blame, establish alibis or steer investigation.
39Content creation and narrative controlOverview and example ↗The player creates content or stages events that shape the unfolding narrative.8

Variants

  • Drawing: create recognized images, symbols, maps or plans.
  • Text: assemble meaningful letters, statements, slogans or notices.
  • Editing: arrange recording, scene, image or message fragments.
  • Staging: assign roles, actions and circumstances for a target result.
  • Story editing: alter scenes, participants and conditions affecting the ending.
  • Materializing ideas: turn words, drawings or descriptions into objects under explicit rules.
  • Interpretation: establish an event version changing reactions or progression.
  • Narrator role: control descriptions, memory, viewpoint and narrative elements.

Hybrids and uncommon branches

40Motor and arcade sequencesOverview and example ↗A short challenge requires movement precision, reactions or maintaining a state.8

Variants

  • Pointer accuracy: hit targets, small areas or maintain a permitted zone.
  • Path dragging: carry objects around obstacles, trace contours or gesture.
  • Cue timing: press on alignment, catch objects or stop gauges.
  • Rhythm: act on beats and repeat input combinations.
  • Chases: select actions and positions to evade moving threats.
  • Combat minigames: block, attack, respond, manage distance and read behavior.
  • Vehicles: complete driving, boating or other transport sections.
  • Physical skill: balance, throw, catch, guide and sustain repeated-action tempo.
41Board, card and game challengesOverview and example ↗An in-game challenge uses a distinct set of board, card or other game rules.8

Variants

  • Cards: win under familiar or fictional rules.
  • Board games: play chess-like, checkers-like or other turn-based systems.
  • Chance: use bets, dice, lotteries or random outcomes.
  • Memory: remember positions, matches, sequences and hidden elements.
  • NPC competition: find a strategy against an opponent's behavior.
  • Table cheating: replace components, obtain hidden information or distract.
  • Learning rules: observe, ask and test moves in an unfamiliar game.
  • Quest outcomes: earn an item, trust, access or information through a minigame.
42RPG systems, economy, survival and managementOverview and example ↗The player allocates resources, develops abilities and keeps a system functioning.8

Variants

  • Statistics and checks: unlock actions through skills, attributes, background or equipment.
  • Development: obtain abilities, specializations and solutions.
  • Budget: select purchases, earnings and fund allocation.
  • Trade: bargain, exchange and account for changing prices.
  • Survival: maintain health, food, air, heat and resources.
  • Production: manage workshops, cafes, bases or crafting chains.
  • Logistics: assign people, materials, transport and time.
  • Risk: decide under probabilistic outcomes and limited retries.
43Cooperative play and device capabilitiesOverview and example ↗A challenge uses coordination between participants or the device's available capabilities.8

Variants

  • Divided information: share different images, texts and observations.
  • Roles: one controls while another reads instructions or hidden conditions.
  • Synchronization: coordinate presses, positions, order and timing.
  • Shared plans: explain observations, agree terminology and coordinate distributed tasks.
  • Multiple pointers: hold, move and activate elements simultaneously.
  • Voice: speak words, reproduce sounds or use microphone interaction.
  • Sensors and cameras: use supported tilt, motion, images or position.
  • VR: inspect, take, place and match objects through spatial actions.
44Metagame and the fourth wallOverview and example ↗The player uses knowledge of the interface and game conventions as part of a solution within or around its world.8

Variants

  • Presentation: use interface or visual elements as puzzle objects.
  • Cursor: change and exploit pointer properties under special rules.
  • Menus: solve authored puzzles through menus or settings.
  • Save/load: use story-designed save changes and repeated states.
  • Companion materials: find keys in supplied manuals or documents.
  • Fictional external environments: use specifically created sites, apps, files or channels.
  • Player awareness: interact with characters noticing choices, repetition and control.
  • Rule changes: alter allowed actions, commands, word meanings or system logic within the game design.

Reading the classification

Core actions, puzzle organization and assistance form distinct layers.

Combining actions

Find a guard schedule → craft a sound lure → place it outside sight → activate at the right time → use the cleared entrance. This combines information, crafting, position, NPC behavior, time and access.

Reasoning approaches

Deduction, experiment, analogy, item reinterpretation, semantic association, humor and fictional-world rules span most families.

Cross-cutting variations

Combining these parameters creates variations within any family.

Information availability

Fully visible, distributed, hidden, conflicting or unreliable information.

Required reasoning

Recognition, memory, deduction, experiment, analogy, reinterpretation and learning rules.

Solution rules

Unique paths, alternatives, systemic combinations, costs and consequences.

Submitting answers

World actions, selection, arrangement, connection, words, numbers, assembled statements or free input.

Error cost

Feedback, resets, resource loss, story changes, lost opportunities or full restarts.

Input and assistance

Mouse, keyboard, touch, voice or sensors; unaided play, hints, demonstration or skipping.

Scale and time

One screen or several places; solo or group; static, turn-based, real-time or looped states.

Variation

Fixed tasks, random parameters, procedural layouts or player-dependent conditions.

Sources and examples

Sources support particular techniques or methodology, not every family variant. Design examples and mechanic combinations are illustrative.

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