Multi-page same-screen locking display method

Abstract

The method includes steps: (1) selecting current page PP and related pages RP, applying virtual display space VS with unified coordinate system from memory or hard disk; determining positions of PP and each RP in the coordinate system based on predetermined tiled mode; based on the said positions, modifying coordinate system of graph layer for PP and each RP data in graph layer, and modifying coordinate of specific displayed content; written the modified data in graph layer to VS; (2) capturing dragging signal; based on offset of the dragging signal to write PP and each RP data in graph layer in VS unified coordinate system to physical screen row by row or column by column; physical screen shows written data in graph layer so as to form locking dragged visual effect of PP and RP on same physical screen. (3) Determining whether dragging operation is ended; if yes, ending the flow; otherwise, returning back to step (2) till dragging operation is ended; ending the flow.

Description

technical field [0001] The invention belongs to the technical field of electronic document processing, and in particular relates to a method for locking and displaying multiple pages on the same screen during the processing of electronic documents. Background technique [0002] At present, the wide application of computers makes people use more electronic documents to process electronic documents, and a large number of documents that used to be paper as carriers are currently stored in the form of electronic documents. Since electronic documents have incomparable advantages over paper carriers in terms of document reading, editing, and processing, the use of electronic documents provides users with great convenience. However, because electronic documents are processed in the same way People have different ways of processing paper carrier documents. Therefore, in the actual use process of users, some processing methods for paper carriers cannot be applied to the processing of...

AI Technical Summary

Problems solved by technology

[0008] (1) The window switching in the above process will increase the cumbersomeness of the user's operation;

[0009] (2) In the above process, when one related page is moved, the other related page does not move with it, and when the user compares the paper documents, his eyes will move on the related pages at the same time. The corresponding position of the corresponding content in the page is fixed, which is convenient for the user to compare. Obviously, the above implementation method 2 cannot realize the fixed corresponding position of the corresponding content in the relevant page, which will cause inconvenience for the user in the process of comparing documents;

[0010] (3) When users compare paper documents, they will put related pages together in a way that they are used to or in a way that is convenient for comparison, so as to improve work efficiency. However, the new window provided by the above realization method 2 or The window rearrangement method usually places each window in a fixed position, but cannot place each window arbitrarily, so that it cannot meet the needs of users and reduce work efficiency

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