Data display method and device

Abstract

The invention provides a data display method and a device, wherein the data display method includes the following steps: an alternative area window determines data which are selected by a user who executes selection operations in the alternative area window for the user and informs a display area window of the data; the display area window determines a screen coordinate of the data which are informed of by the alternative area window in the display area window; a flying mask window which floats above the alternative area window and the display area window is created, a coordinate which is located by a contact currently is set as an initial point, the screen coordinate is set as an end point, and the initial point and the end point are filled in the flying mask window; and the flying mask window is controlled to carry visual data which describe the data to move from the initial point to the end point, when the flying mask window moves to the screen coordinate, the flying mask window is eliminated, and the display area window is informed, and the display area window displays the data which are informed of by the alternative area window on the screen coordinate.

Description

technical field [0001] The invention relates to computer technology, in particular to a data display method and device. Background technique [0002] In web applications, the user selects data in an independent window, and displays the selected data in another independent window. Usually, in order to achieve data display, the commonly used method is "drag and drop operation", that is, the user uses the left button of the mouse to select target data such as text logos, icons, images, text, etc. in an independent window (called the alternative area display area), And continue to lock the mouse coordinates and drag the selected data to another independent window (called the data display area), that is, complete a multi-independent window data migration display. [0003] However, in the above-mentioned "drag and drop operation", the user participates too much in the operation, and the mouse is locked all the time during the whole drag and drop process, which prevents the user f...

AI Technical Summary

Problems solved by technology

[0003] However, in the above-mentioned "drag and drop operation", the user operation is too involved, and during the entire drag and drop process, the mouse is always locked and cannot be bounced, which also prevents the user from using the mouse to perform other operations in parallel

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