Video Games TRIZ Cases

A game processing method specifies objects in a field to generate events and change display modes based on positional relationships.

Operating system detects nearby devices and transmits application state data to cloud storage, eliminating manual save operations.

A game strategy application processes telemetry data to detect player needs and retrieve relevant assistance information from local or remote datastores.

A context-aware badge display system filters user achievements by community hierarchy to reduce visual clutter.

A video game processing system calculates influence areas to determine object similarity and guide non-player character actions.

A neural network system analyzes gameplay data to identify player churn patterns and reasons.

A viewpoint-location setting means adjusts camera position based on selected operating object size.

Segmented progress tracking updates visual charms via feedback loops, resolving the trade-off between player excitement and system complexity.

Millimeter-wave retro-directive antennas replace complex optical systems, enabling precise 3D tracking with minimal power consumption.

A virtual character tracing method uses trace bullets to mark hit enemies and display their positions on a mini-map.

An intermediary module converts dynamic webview content into static images, preventing frame rate degradation caused by direct content insertion.

A story web generator creates dynamic narratives by calculating narrative values for interaction nodes between characters and objects.

A game system enables flexible chapter selection through distinct user interfaces for cleared and uncleared game parts.

Vehicle interface circuitry receives rider inputs to modify game environments, resolving the trade-off between ride adaptability and device complexity.

A voxel-based audio filter selects sound processing parameters based on listener position and environmental boundaries.

A neural network generates height field data from user sketches to create realistic 3D terrain models.

A world prediction module generates future projections of virtual objects to detect collisions via bounding box overlaps.

Trigger devices rearrange pre-constructed parts into vehicles, eliminating coding and reducing build time.

Virtual query items retrieve coordinate data for target entities, resolving visibility gaps when locations remain outside the current view.

A game program segments competitive play into independent contests where attacking users acquire specific objects to win.

Pre-calculating map data and rendering only current sub-regions resolves visual quality versus processing efficiency trade-offs.

A quasi-random placement method for virtual items in extended reality spaces uses spatial mapping mesh data to determine accessible spawn positions.

An automated camera placement system adjusts view orientation based on navigation outcomes, lowering user input complexity in simulations.

A virtual unmanned aerial vehicle control method displays interactive pictures within the UAV field of view to enable real-time enemy tracking.

A cloud gaming system generates shareable video clips from gameplay recordings to enhance user interaction.

A message management system filters online game text by analyzing player profiles to display relevant content.

A game system accepts selection operations in a sequential manner based on the order and timing of the pointing location.

A visual attractor guides users to secondary content in peripheral zones, pausing main activity to prevent information loss.

A game program calculates a reference point from multiple object positions to control screen scrolling along a predetermined axis direction.

Forking game sessions into independent units reduces developer administrative burden while rewarding player contributions.

Electronic device screens target accounts using pre-calculated matching degrees to streamline team formation in virtual games.

A game program controls first characters to automatically execute specific actions or generate beneficial effects after virtual battles.

A silhouette model renders at the front surface of a primary 3D object to display positional relationships within a virtual space.

A matchmaking system adjusts criteria based on population and elapsed time to improve match likelihood.

A game program converts input distance into parameters using specific conversion functions to normalize controllability.

Information processing apparatus localizes game and agent sounds at distinct positions using head-related transfer functions.

A virtual reality system detects user gaze to execute navigation actions through spatial metadata linking.

A game system projects combined game and created images onto targets to enhance audience engagement through dynamic visual control.

Augments ghost data with user-provided information to create personalized asynchronous gameplay experiences.

A terminal controls virtual objects to acquire items and adjusts their attributes before displaying matching identifiers in a game scene.

A game system calculates device attitude using gyro and acceleration sensors to determine instruction operations.

A spectator client device buffers actual physics state information to determine simulated playback states at a common time.

A gaming mouse uses an assistance program to generate and adjust movement signals via a FIFO buffer.

A game system adjusts operation indication mark movement paths and velocity to vary difficulty levels.

A persistent home city accumulates experience points across game sessions to unlock strategic effects and resources for future play.

A virtual display component shows preview information of interactive gameplay effects to assist player aiming.

A dynamic pricing system adjusts protection extension costs based on player strength to promote engagement.

An overlay module modifies visual emphasis of informational overlays based on scene change data to enhance display clarity.

Integrating vibrators into display and input devices resolves the contradiction between adding tactile feedback and increasing device complexity.