Video Games TRIZ Cases

A dual button interface segments continuous touch input into discrete actions for automatic virtual object movement.

A game system displays controller-based images larger than terminal-based images on a stationary screen.

An adaptive tutorial system generates personalized guidance by analyzing player behavior and historical data.

Non-whole integer weighting adjustments reduce tie outcomes and incentivize selection of lower-valued players in fantasy sports.

A game system restricts display output of opposing characters when they move outside a player character's view cone.

Broadcasting authoritative commands to all clients eliminates state prediction, reducing rendering latency to 20-40 ms for smooth local multiplayer gameplay.

Segmentation and intermediary principles let players select distant objects precisely by viewing them close up on a handheld device.

Automated notification system sends milestone messages to friends with selectable links to start gameplay from the same location.

Game apparatus initiates dynamic cheering periods based on specific game states to acquire support information from connected terminals.

A game device processor identifies virtual space elements to generate position designation images for display.

A master software environment saves as a virtual image to allocate isolated servers.

A modular wireless handheld controller uses position sensing to detect motion for video game control.

A server system displays a selection screen to change item data based on user answers.

A head-mounted display system processes voice data and eye-tracking signals to associate multiplayer game invitations with specific recipients.

A game machine pose control section automatically recovers overturned player objects to a playable state using stored travel direction data.

A game system manages virtual item reusability across scenes to balance player motivation with economy stability.

A game program defines distinct skill activation conditions for owned and unowned characters across multiple modes.

A display-enabled keyboard presents adjunct visual interface content to expand user interaction capabilities.

A motion capture compression suit uses layered materials to stabilize marker elements on a subject's surface.

Segmented display panels resolve interface complexity by mapping distinct item levels to separate visual units for intuitive management.

A touch pad input adjustment program calculates a scale factor based on the detected touch area to correct coordinate data for consistent operation.

A synchronized second device instance displays an enlarged virtual environment view for user navigation.

Three-dimensional card representations resolve immersion trade-offs by enabling real-time combat visualization in virtual worlds.

A dual experience class system segments player progression into distinct tracks to unlock vehicles and modules within a virtual world.

A game action generation method reads bone motion parameters to control virtual character movement.

Information processing device outputs guiding command information to a game device.

A game device detects player position using CCD cameras and infrared sensors to evaluate actions accurately.

A game program generates a map image that rotates with the virtual camera to display player movement ranges.

A multi single-axis game controller isolates input axes using separate hand units and a switching actuator for independent control.

A virtual object update method adjusts display parameters based on environmental elements and player operations.

A highlight service detects notable events in game broadcasts using machine learning and statistical analysis to extract video segments.

Dynamic allocation of players to chat groups resolves communication bottlenecks while managing session complexity.

Touch gesture input matches optimal reference patterns to execute parallel character actions in virtual environments.

A game device transitions between main and special modes automatically based on object parameters.

A display control system adjusts virtual camera projection types to render stereoscopic or planar images based on user input.

A computer system manages game media decks by accepting multiple user-selected attributes and enforcing minimum quantity constraints for each.

A game picture processing system generates independent video streams for each player to enable multi-view livestreaming.

Segmented game areas scroll sequentially to render complex content, resolving the contradiction between limited display resources and visual complexity.

Separating coordinate axes by virtual environment prevents marker overlap interference, enabling accurate position determination during navigation.

A game program uses act number counters to update non-player character tendencies based on player actions.

A game processing method transitions player objects between drift, normal, and advantageous running states based on specific operation inputs.

A game system dynamically adjusts timing cues based on player input success rates.

A hand-held encoded information processing subsystem detects bar codes and audio signals to decode gaming data.

Segmented panels and nested cable routing resolve connectivity reliability issues while maintaining compact portability.

A game system reproduces player history while dynamically altering controls based on concurrent situations.

An overlaid user interface enables interactive video streaming with targeted advertising and contextual content.

A game controller adjusts operation element altitude via a movable seat driven by a step motor and threaded rod system.

A game apparatus generates visual effects by combining images from a second virtual camera moving with the first.