Video Games TRIZ Cases

Photogrammetry-based object capture turns real-world shapes into virtual objects with assigned behaviors, reducing manual setup in virtual environments.

A selector changes one arcade steering column between free-spinning, restricted, and self-centering modes for different vehicle controls.

Adaptive query trials throttle session access by player rating and limits, balancing user engagement with resource use and abuse prevention.

Detects device capabilities and user interactions to split content into targeted components for flexible output across multiple devices.

Motor-driven restoring force control keeps joystick counterforce balanced across positions, improving circular input accuracy and user feel.

A countdown timer runs alongside a game, switching a virtual object between manual and automatic control to keep users engaged until time ends.

Ray-traced light fields are temporally compressed and streamed so client devices can render realistic global illumination with less bandwidth and latency.

Weighted scoring corrects raw performance data with playing-time and contribution factors to produce fairer fantasy competition rankings.

Cloud services mediate live actor interventions to alter characters, environments, and NPCs while preserving reliable real-time gameplay.

Tracks are overlaid on multi-height game maps with layer-specific display styles, making current-level routes easier to recognize.

Reallocated correction-point outputs preserve linear analog input response outside the dead zone, improving operation consistency.

Inner and outer audio cones follow the player's forward vector to fade rear sounds smoothly and improve focus in virtual worlds.

Off-chain metadata turns static NFTs into upgradeable, mergeable assets that can move across blockchain platforms with controlled access.

Visual task icons, guidance marks, and status notifications replace voice or typing to coordinate multiplayer tasks with less gameplay disruption.

Controls whether content can enter a virtual space and where it can be placed by checking creator-defined attributes and existing content rules.

Player frustration is monitored during gameplay so hints or walkthroughs appear at the right time without unnecessarily spoiling puzzles.

Maps a target information area across changing image aspect ratios so game sub-windows can be zoomed or shared without manual adjustment.

Social gameplay data from multiple games is tracked to generate shared metagame resources that renew engagement across console and mobile play.

A single context-aware virtual button maps slide, press, or click inputs to different object actions, reducing screen clutter and control confusion.

Side-mounted controls and left-right touch regions let a remote play terminal mimic a game controller while displaying streamed game images.

A removable base and central strike-sensing module cut footprint and dead space while enabling audio feedback on desks, walls, or dashboards.

Capacitive mouth-touch sensing links eating actions to game rewards, turning nutrition awareness into active healthy food consumption.

Compressing high-frequency game variables cuts server load and bandwidth use, enabling faster frame updates and less lag in FPS games.

Real-time game status data drives automated commentary text generation, reducing manual entry workload while keeping commentary relevant.

LLM-generated JSON schemas and validated cross-references speed game content coding while reducing errors and crash risk.

When two users target the same 3D interface object, visual lockout feedback prevents conflicts while cutting input burden and energy use.

A pivotally adjustable front actuator aligns with adjacent controls to cut switching time and reduce accidental inputs in precision gaming.

Machine-learned sensory perception helps NPCs detect environment cues and make more natural decisions with less scripting.

A shared 3D scene background is rendered once, then blended with client foreground targets to cut cloud game rendering cost and load.

Expected-value simulation visualizes item acquisition and consumption by player actions, helping teams tune game balance before release.

Save data lists with progress images and titles let users pick the right game state quickly while limiting storage growth.

Dynamic ball speed changes and hit stop timing keep multiplayer game events synchronized despite communication delays and display lag.

Multiple accessory slots let players switch shooting-prop attachments quickly and accurately without adding complex in-game controls.

Distance-based skill targeting adjusts release area and effect value together, improving control and interactivity in virtual scenes.

A single sliding gesture and follow-up touch simplify virtual object state switching, reducing misoperations and improving gameplay flow.

A VPN-based proxy uses a game host to intercept and forward server traffic, enabling mobile game acceleration without root access.

A counter control aggregates each account's used and allowed virtual objects, cutting manual checks, waiting time, and server load.

Organized channel filtering and friend activity display make large IPTV lineups easier to browse without adding separate interfaces.

User-selected lineup multipliers turn fixed fantasy scoring into dynamic thresholds and payouts that better match player confidence and strategy.

Base characters are selectively modified from stored or input user preferences to simplify creation while keeping avatars closer to player intent.

A universal XR controller authenticates users, links disparate reality platforms, and tracks session performance with sensor-based metrics.

Weighted scoring combines competition results with appearance-based contribution degrees to rank player lists more accurately and fairly.

Distance-based delivery precision raises virtual prop interaction frequency, improves resource use, and makes in-game effects feel more realistic.

Smooth multi-step rotation and animation-linked control make AI character turns less mechanical and more human-like during direction changes.

Visual indicators flag hard-to-find XR audio sources and let users jump closer when reverberation and attenuation hinder localization.

Visual programming and plug-and-play IoT modules let novice users build bidirectional AR toy interactions in real time without complex coding.

Event-linked virtual cameras switch angles during gameplay to turn repetitive player-view recordings into more engaging videos.

Dynamic lineup modifiers and multi-pick insurance reduce frustration from player unavailability while preserving tactical depth in fantasy contests.

A relay between controller and console uses Bluetooth and Wi-Fi to extend range while preserving battery life and low input lag.

Physical switches and synchronized indicators replace screen-only buttons to make game move training more realistic and effective.