Method and system for dynamically regulating rectangular object position in 2-D plane

Abstract

The utility model provides a method for dynamically regulating the position of rectangular objects, which comprises the following steps: presetting the attribute values of the four lines of each rectangular object under the root objects; wherein, the attribute of each line comprises a reference line corresponding to the reference object and a deviation value between the line and the reference line; determining the specific positions and sizes of the root objects according to the changes in external factors. Based on the preset rules: when the front location equals the reference line of the reference object plus the deviation value, the definite value can be achieved from the sequential analysis of the attribute of each line of each rectangular object, so as to complete the dynamic layout of each rectangular object under the root object. The utility model has the advantages that: the objects are arranged by defining the relative positions of the four lines to achieve the effects of run-time dynamic changes; the expressions enjoy high flexibility to meet any reasonable logics and compatible with the layout mode of absolute positioning. The utility model can also realize clear logic without any complex operations, thus the designs are convenient for users to learn and master on a variety of occasions.

Description

technical field [0001] The invention relates to the technical field of man-machine interface, in particular to a method and system for dynamically adjusting the position of a rectangular object in a two-dimensional plane. Background technique [0002] In the human-machine interaction process (Human Machine Interaction), there is a level, which is what we call the interface. The human-computer interface is a communication environment needed for users to communicate with computers. [0003] In the two-dimensional plane of the usual human-machine interface, in order to determine the position of the rectangular object in it, the following schemes are generally adopted: [0004] plan 1 [0005] First find the container where the current object is located, then determine an xy coordinate system in it, then use a coordinate (x, y) value to describe the position of the rectangular object in the container, and use the height h, width w, etc. to represent the rectangle The specific...

AI Technical Summary

Problems solved by technology

For example, absolute positioning has the advantages of conforming to habits and being easy to use; but absolute positioning cannot dynamically change at runtime

When the display size of the interface where the rectangular object is located changes (for example, due to resolution adjustment), or the size of the paper to be printed changes, the position of the rectangular object in the interface should change dynamically, but The above schemes 1 and 2 using the absolute positioning method cannot change dynamically, and it is difficult to achieve dynamic effects

[0011] For scheme 3, although the dynamic adjustment of the position of the rectangular object can be realized, it is more complicated to implement

For example, using the grid positioning method mainly divides the content of the web page into several areas, and then fills the corresponding content into different tables; processing speed (eg download)

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