Virtual Object Prioritization by Utility Matching

The patent changes the parameter for object prioritization from physical distance to a composite parameter that includes both distance and utility degree. The processing apparatus calculates a priority value for each object based on multiple factors including user requirements and object attributes, then displays objects in descending order of priority. This resolves the contradiction by making the display system more intelligent without excessive complexity.

The patent introduces a processing apparatus as an intermediary between the user and the virtual space objects. This apparatus analyzes user requirements, evaluates object attributes, calculates matching degrees, and determines display priorities. The intermediary handles the complexity of utility assessment, keeping the overall system manageable while achieving intelligent object prioritization.

The patent applies local quality by differentiating the display treatment of objects based on their individual utility degrees rather than uniform spatial rules. Each object is evaluated independently against user requirements, and its display priority is adjusted locally according to its specific matching degree with user needs, while still maintaining overall spatial relationships.

The patent makes the display priority dynamic by continuously evaluating the matching degree between user requirements and object attributes. As user needs change or new information becomes available, the priority calculation updates, allowing the display to adapt dynamically while preserving the underlying spatial context through the virtual space representation.