A window management method and system

Abstract

The present application provides a window management method and system. The method includes: S1: establishing a main sub-window management table for the work area data selected in the main window; S2: monitoring the position change of the common sub-window; dragging out of the main window when the position of the normal sub-window is detected When forming an independent sub-window, query whether there is an independent sub-window management table with the same work area global identifier as the main window to which the dragged-out common sub-window belongs; Add an independent sub-window record to the table; otherwise, create an independent sub-window management table corresponding to the main window; S4: The independent sub-window accesses work area data based on the work area global identifier in the independent sub-window management table. By using the embodiment of the present application, the flexibility of displaying positions of sub-windows can be improved, and the management and communication between different windows can be realized.

Description

technical field [0001] The application belongs to the technical field of petroleum seismic exploration data processing, and in particular relates to a window management method and system. Background technique [0002] In the field of petroleum seismic exploration, after acquiring the collected seismic data, a corresponding data processing system is usually required to analyze and display the seismic data, so as to further study and compare the geological information and structural differences represented by the seismic data. [0003] In the existing seismic data processing system, it is often necessary to display the seismic data of the same work area in different ways, to compare the geological characteristics represented by the data of different sub-windows or to facilitate the simultaneous observation of seismic data by operators. For example, when a three-dimensional data volume of seismic data is displayed in the main window of a work area, a sub-window for displaying t...

AI Technical Summary

Problems solved by technology

However, the window display range of the sub-window is limited by the boundary of the main window to which it belongs. When the operator needs to enlarge the content of some sub-windows, the sub-window needs to be dragged out of the main window or the interface of the seismic data processing system , or dragged to other screens of the multi-display screen to view and compare detailed features, the sub-window cannot be dragged out of the main window, causing all sub-windows to be controlled within the range limited by the main window, resulting in the sub-windows being unavailable The drag-and-drop range is too small, the display position is not flexible enough, and cannot adapt to the application environment requirements of the multi-screen data processing system.

In the prior art, the sub-windows of the seismic data processing system cannot be dragged out of the main window, so a management method for independent sub-windows separated from the main window interface is urgently needed to realize the separation between the main window, common sub-windows and independent sub-windows. unified and effective management

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