Texturing/Coloring TRIZ Cases
- Virtual Object Sync Architecture for Two-Way Editing and Versioning
A mediator-based sync flow links studio objects and virtual environment edits, enabling two-way updates and independent version rollback.
- Adaptive Vision Rendering With HMD-Based Eye Deficiency Detection
Real-time eye tracking and user responses enable home vision testing and compensated image rendering tailored to visual deficiencies.
- Vehicle Display Color Rendering for Low-Memory High-Bit Images
Low-bit vehicle images are color-rendered into high-bit displays to cut memory use and cost while keeping fast dashboard response.
- Video Preview Rendering with Cached Intermediate Textures
Cached intermediate textures combine non-editable video materials, cutting repeated rendering and speeding preview updates during editing.
- Document Spot Color Markup for Screen-Free Output Designation
Readable spot color markup lets document output apply designated colors without screen transitions, reducing manual steps and errors.
- Virtual Machine Color Gamut Mapping Across Multiple Displays
Per-VM gamut assignment and host-side display mapping keep color output consistent across mixed displays without manual adjustment.
- Tiled Image Rendering Pipeline for Reusing GPU Texture Tiles
Wrapped tile coordinates and a texture pyramid let the GPU reuse uploaded tiles, reducing CPU-GPU transfer for fluid large-image rendering.
- Vector Graphic Highlight Paths for Accurate Node Lighting
Automatic graph-based highlight path generation removes redundant anchor points to add precise vector highlights faster and with less manual effort.
- Masked Image Editing With Diffusion Models for Precise Region Transfer
Masks guide a diffusion model to transfer specific image features accurately, reducing reliance on costly and imprecise text-only editing.
- Magnetic Map Embedding in Image Files for GNSS-Resilient Navigation
Embedding magnetic field maps into image files adds a redundant localization source when GNSS signals are blocked or unreliable.
- Period Profiles for Interpreting Dense and Sparse Seasonal Patterns
Separating time-series seasonality into dense and sparse patterns improves interpretation while preserving useful forecasting context.
- Content-Aware Background Generation for Foreground Visibility
AI-generated backgrounds use masks and user parameters to preserve foreground visibility while reducing manual image adjustment time.
- Harmonious Color Identification in Uniform Color Space
A cleavage surface in OSA-UCS enables automatic harmonious color selection with cross-device consistency and perceptual uniformity.
- Virtual Desktop Wallpaper Rendering for Real-Time Game Frames
A view proxy binds game or video frames to the wallpaper rendering thread, enabling real-time interactive virtual desktop wallpapers.
- ASTC Texture Decoder Using Shared Data for Parallel Texels
Shared configuration, endpoint, and weight decoding lets one ASTC decoder output multiple texels without proportional hardware growth.
- Mid-Render Buffer Capture for 2D-to-3D Game Frame Conversion
Capturing depth and color buffers before reuse preserves object boundaries and distances for 2D-to-3D conversion and accessibility effects.
- Wearable Ballistic Aiming Display for Impact Point Compensation
A wearable display calculates impact and bullseye positions to compensate for gravity, drag, and environmental conditions during aiming.
- Multi-Camera Display Layout for Enlarged Area Identification
A split-screen multi-camera interface shows the zoomed region marker on a secondary view, keeping the main image clear and easier to operate.
- H-Scan Echo Classification for Tissue Scatterer Imaging
Hermite-based echo matching adds quantitative tissue scatterer labels to pulse-echo images without major ultrasound system changes.
- Shader Mask Generation for Memory-Efficient Color Rendering
Grayscale mask generation splits shading into structure and color passes, cutting memory use and rendering time for complex graphics.