Video Games TRIZ Cases

A virtual object control method moves an avatar to a target position before casting a skill.

A peripheral device controller stores and shares operational settings with other devices for consistent gaming interactions.

Stores pre-calculated sound spectrum information in image color channels to generate detailed animations without real-time mobile processing.

A haptic device tracks virtual projectile trajectories using motion sensors and actuators to provide tactile feedback.

A game system calculates virtual travel distance from vehicle probe data to display unique sightseeing images during automobile trips.

Rotating a plain object via a billboard unit with thickness map data sets light transmittance, reducing processing loads in 3D game spaces.

A game processing device switches host terminals based on communication quality to maintain consistent gameplay performance.

A cloud gaming server loads generic save data to initiate gameplay while transferring user-specific files between data centers.

Dynamic touch zones adapt to viewing modes and game conditions, resolving the trade-off between control precision and interface complexity.

Server apparatus determines automatic movement for disconnected player characters using action logs, resolving timing coordination bottlenecks.

A video game system integrates falling puzzle mechanics with turn-based grid movement where characters collide with items to clear the space.

Information processing program segments skill addition into user-designated and progress-based modes to simplify character customization.

Affective gaming system detects user biometric data to generate target emotion profiles and modifies game parameters for individual players.

A server system processes game metadata and viewer interaction data to render customized video streams for multiple terminal devices.

A virtual object classification system manages behavior states to conserve energy in game environments.

A virtual game board copy merges friend assets into the local interface, eliminating navigation time and reducing effort during multiplayer sessions.

A notification component extracts updated character data and sends alerts to users possessing matching characters.

Segmenting teams by player count resolves false matching rates from uneven compositions, ensuring balanced 8vs8 battles.

An intermediate device captures multimedia streams and converts protocols to enable external rendering without consuming user bandwidth.

Segmenting the display into a translucent interaction layer and a content layer resolves the trade-off between high interactivity and system complexity.

A network match puzzle game management system calculates scheduled start times based on maximum turn numbers and allotted time limits.

A game system segments an enemy character into a main object and connected sub-objects to create visual differentiation from the player avatar.

Automated hash comparison identifies co-players without manual identity sharing, resolving the trade-off between detection precision and system complexity.

Computing device evaluates fantasy sports trades by determining highest value players for each roster position and calculating opportunity costs.

Segmenting detection streams with an IR camera resolves the contradiction between measurement precision and device complexity in interactive projection systems.

A plate-shaped second operating member with a touch sensor moves vertically to bridge the gap between spaced hold sections.

Display pre-ordered props directly on the virtual environment picture using an entry control as a reference position.

Segmenting input into separate movement and action channels resolves the contradiction between ease of operation and device complexity in third-person games.

A single canister supplies multiple ejection orifices through a distribution manifold, reducing system complexity while maintaining high productivity.

Positioning a portable display below the player aligns the virtual ball with the actual swing path, resolving visibility versus realism trade-offs.

Tournament management system introduces point thresholds to trigger match point victory conditions.

A social network game system enables single users to control multiple characters for continuous play.

A server device analyzes past play data from related games to identify similar units and generate information for unplayed game elements.

Server-side image generators render video frames from game states and deliver them to clients, reducing local processing requirements.

Segmenting visual avatars from user identities protects privacy while maintaining engagement in fantasy sports platforms.

A game program associates shared objects between matched players to drive engagement through asset acquisition.

A virtual character simulation interface enables user control of simulated characters within a viewing-only scene.

Games controller with rear paddle levers activated by middle fingers to operate additional actions without removing thumbs from thumb sticks.

Parallel virtual paths allow characters to switch between adjacent routes, preventing operational mistakes and collisions with obstacles.

A computing system aggregates gameplay performance changes across multiple online titles to determine unified user rankings and distribute awards.

A contextually aware communication system generates visual and audio markers based on game state data to convey player intent.

Anti-cheat system loads cheat signatures into volatile memory to prevent tampering and ensure automatic deletion upon game exit.

A game control program combines positional and inclination displacement amounts with weighted values to determine object movement on a screen.

A virtual camera system differentiates tuned and non-tuned objects to selectively draw contour lines only for specific elements.

Dynamic linguistic profiles adapt chat messages to evolving user jargon, resolving communication breakdowns across diverse online communities.

Embedding shop components within inventory interfaces resolves navigation complexity while enabling immediate virtual item purchases.

Mapping physical forces to segmented virtual features enables precise control flexibility while maintaining operational simplicity.