Image Area Sharing Links for Focused Panoramic Viewing

The system performs preliminary action by having the user specify the predetermined area and store this information in advance when creating or uploading the image. The predetermined area information is saved with the image data, so that when the image is later viewed, the correct area can be automatically displayed without requiring the user to manually specify it again. This resolves the contradiction by preparing the user intent information beforehand, eliminating the need for real-time input while ensuring the displayed area matches user intent.

The system merges the image data and predetermined area information into a single integrated data structure. The link information contains both the image identification information and the predetermined area information in a combined format. When the receiving terminal obtains the link information, it automatically extracts both components and uses them together to display the correct image area. This resolves the contradiction by combining multiple information types into one transmission unit, avoiding the need for separate complex transmission mechanisms while preserving all necessary information.

The system performs the area selection action in advance when the image is created or uploaded. The user specifies the predetermined area once during this initial phase, and the system stores this selection information with the image data. When the image is subsequently viewed by any user, the predetermined area is automatically displayed based on the pre-stored information, eliminating the need for repeated manual selection. This resolves the contradiction by performing the adaptable selection action beforehand, providing flexibility while minimizing time consumption during actual viewing.

The system uses a nested data structure where the predetermined area information is embedded within or associated with the image data. The link information serves as a container that holds both the image identification information and the predetermined area information in a hierarchical manner. When the system needs to transmit or retrieve a specific area, it accesses the nested structure to obtain both components simultaneously. This resolves the contradiction by nesting the area information within the image data structure, maintaining organizational simplicity while preserving the ability to identify and transmit specific areas.