Virtual-Space Agent Placement for Visibility Without View Obstruction

The patent applies local quality by evaluating different regions of the display screen with different weights. Regions that are more likely to contain content of interest to the user are assigned higher weights, causing the agent placement algorithm to avoid these high-weight regions. This creates a local quality distribution where the agent is directed toward areas with lower content density, thereby reducing view obstruction while remaining visible to the user.

The patent resolves the contradiction by introducing a new dimension for agent placement - not just horizontal and vertical screen coordinates, but also a 'content density dimension'. By calculating content density weights across the screen and using this as an additional placement criterion, the system finds optimal positions that balance visibility with minimal obstruction of content areas.

The patent applies preliminary action by pre-calculating and storing content density weight information for different regions of the screen before agent placement. This pre-computed weight data is then used by the placement algorithm to quickly determine optimal positions. The system performs this content analysis in advance, so when the agent needs to be placed, the decision-making process is simplified and efficient.

The patent implements dynamics by making the agent placement position adaptive rather than fixed. The placement algorithm dynamically adjusts the agent's position based on real-time content density calculations and user interaction context. This allows the system to adapt to different viewing scenarios, content types, and user behaviors while maintaining a relatively simple overall architecture.