Heads-up-display software development tool for graphics analysis

The patent implements a heads-up display (HUD) that provides real-time visual feedback on processor usage for selected objects. The system displays bar graphs showing CPU and GPU time consumption, along with metadata such as vertex counts and pixel coverage. This immediate visual feedback allows developers to intuitively understand performance characteristics without complex tool configurations, directly resolving the contradiction between measurement precision and ease of operation.

The patent enables users to select arbitrary ranges of objects within the graphic display by dividing the scene into selectable object groups. Users can apply filters to specific object ranges independently, allowing targeted optimization of processor resource utilization for particular portions of the scene. This segmentation capability directly addresses the contradiction by providing both selective control (adaptability) and optimized processing (productivity).

The patent displays detailed metadata such as vertex counts, pixel coverage, and draw call timings in a localized manner within the heads-up display. Each object or selected range has its specific metadata presented near the corresponding visual element, allowing comprehensive information delivery without overwhelming the entire display. This local presentation strategy resolves the contradiction by providing complete information (reducing information loss) while maintaining display organization and reducing perceived complexity.