Video Games TRIZ Cases

Integrating foot pedals with a handheld controller distributes game functions, enabling simultaneous commands while reducing accidental button presses.

Merging item selection and setting screens reduces navigation time by allowing direct content changes on the display.

A deformable input apparatus detects elastic deformation to evaluate user timing in rhythm games.

A console game agent synthesizes voice guiding signals from input gaming data to provide real-time audio feedback.

A permanent registry records unique digital article usage information to generate verifiable proof of in-game participation.

A system analyzes recorded gameplay to identify regions of interest and generates playable mini-games based on defined boundaries.

A virtual vehicle control method maintains a drift state via handbrake operations to reduce steering radius.

A segmented grouping control system enables rapid combination of mobile game objects through direct touch interactions.

A wireless input device adjusts left and right vibrator intensity based on screen focus movement to provide tactile navigation feedback.

Buffering frames before GPU processing minimizes thread switching overhead and reduces latency in cloud gaming.

A non-interactive player mode registers users who control avatars without affecting game outcomes.

A processing system transposes virtual items between computing environments using adaptive rules and environment data.

A display control program calculates parallax to move objects in and out of the effective display range.

SDK merges messaging features into web gaming applications to eliminate context switching overhead between chat and gameplay interfaces.

A game server adjusts display quality and operation types based on terminal capabilities.

A game system displays a second object on a separate screen to enable direct manipulation of interface elements.

An intermediary server manages streaming connections to resolve network resource consumption while delivering real-time game images.

A virtual camera control section switches viewpoints based on object movement regions to maintain clear visibility of player objects.

A sensor device connects to an IP network to transmit user activity signals directly to a remote server.

A game machine detects player foot contact states to guide lifting timing for dance steps.

A system detects player presence at physical locations to adjust virtual game environments.

Fire button manages cover transitions to reduce player cognitive load from complex control interfaces.

A gun-shaped controller embeds a direction sensor to transmit orientation data for dynamic image updates.

A mobile game teleportation method updates object coordinates via mini-map targeting.

Pre-generating objects outside the scene allows natural traversal along a navigation surface, resolving abrupt display effects during refresh cycles.

Segmented rendering means process avatar and non-avatar screens independently, reducing computational load while maintaining multiuser synchronization.

An information processing apparatus constructs virtual spaces by arranging unit volume elements based on multiple images acquired at different times.

A processing system generates distinct video streams and interface controls tailored to device interaction capabilities.

A virtual prop accessory transforms into a functional explosive after detachment.

A system creates volumetric shards through client-server negotiation to manage multi-user simulation environments.

A force feedback module uses a drive mechanism and unidirectional transmission to deliver tactile pushback through the gamepad trigger.

A game interface detects user interactions on adjacent blocks to identify selection intent without requiring extra taps.

Blockchain storage of virtual pet gene sequences prevents tampering and replication while maintaining system reliability.

Processor calculates manipulated scoring values from user-selected non-uniform data sets to resolve adaptability versus system complexity in fantasy sports.

A data processing apparatus executes a support process allowing incapacitated players to assist other characters.

A virtual object interaction method updates target regions based on occupancy values to reduce resource consumption in game scenes.

Pre-stored visibility relationships exclude invisible scene elements, eliminating real-time calculations to boost rendering efficiency.

Aggregating mini-game responses corrects noisy landmark data, improving parallel reality accuracy.

Grouping similar nodes into a coarse graph reduces computational load, allowing more NPCs in games without hardware limits.

Information processing system modifies identification images based on game parameter changes to simplify user interaction.

Segmenting thumb and finger control zones resolves the contradiction between multi-function versatility and ease of one-handed operation.

A smart input controller identifies systematic errors in player inputs to compensate for performance deviations during gameplay.

A terminal device detects slide operation input states to control scrolling speed and movement amount on a touch panel.

A unified controller enables multiple players to manipulate a single device through kinesthetic feedback.

Node indication area overlays event nodes on live video to resolve interface complexity while improving interaction efficiency.

A game log structure specifies event data to enable efficient video stream distribution while reducing storage space and network bandwidth requirements.

Dynamic skill indicators update during movement to resolve targeting inaccuracies caused by automated distance-based selection.

A processing unit compresses individual user inputs into unified control data to enable conjoint object control in video games.

A vibration control system synthesizes multiple frequency components to generate balanced mechanical stimuli for user terminals.