Virtual Scene Performance Feedback Timing via Segmented Data Collection

The patent segments the performance feedback process into multiple stages: real-time performance data collection during the virtual scene life cycle, intermediate performance status determination at preset intervals or upon specified events, and final comprehensive evaluation after the life cycle ends. This segmentation allows users to receive timely performance information without waiting for the entire game to conclude, thereby improving time relevance while maintaining complete performance tracking.

The patent implements a multi-loop feedback mechanism where performance data is continuously collected during the virtual scene, processed at intermediate points to generate performance status information, and fed back to users in real-time or near-real-time. This enables users to adjust their actions based on current performance rather than waiting for end-game results, directly addressing the time relevance issue.

The patent employs periodic action by collecting and processing performance data at preset time intervals or upon occurrence of specified events rather than continuously. This approach maintains sufficient measurement precision for determining performance status while significantly reducing system resource consumption compared to continuous high-frequency data collection.

The patent performs preliminary filtering and aggregation of performance data before comprehensive analysis. By pre-processing data during collection and only performing detailed analysis at intermediate points or when specified events occur, the system achieves accurate performance status determination with reduced computational overhead and resource usage.