Aggregation information axis display method and device, storage medium and computing equipment

Abstract

The invention provides an aggregation information axis display method and device, a storage medium and computing equipment. The method comprises the steps of setting an initial numerical value of a preset main dimension, calculating a termination numerical value of the main dimension according to the initial numerical value and a preset algorithm, and drawing a basic component of an aggregation information axis based on the initial numerical value and the termination numerical value of the main dimension; acquiring an information node corresponding to a preset auxiliary dimension, and drawingat least one view component containing the information node according to the information node corresponding to the auxiliary dimension; and combining the at least one view component with the basic component to obtain an aggregation information axis. According to the embodiment of the invention, the layout of the aggregation information flow is realized by taking the main dimension as a main axis and supporting the combined action of a plurality of auxiliary dimensions, and the method is suitable for the information flow with complex attributes and can be used for displaying more abundant information with multiple dimensions for a user. And multiple types of information nodes are supported to be simultaneously arranged on the aggregation information axis, so that the multiple types of information can be displayed to the user more stereoscopically, and the reading efficiency of the user is improved.

Description

technical field [0001] The present invention relates to the technical field of information processing, in particular to a display method, device, storage medium and computing equipment of an aggregated information axis. Background technique [0002] In the prior art, the information axis of the conventional stepless scaling mainly uses the axis vector as the only determining element to control the presentation strategy of the information. For example, when connecting historical knowledge with the time dimension as the information axis, when and in what state to display historical knowledge cannot be determined solely by time. Therefore, an information axis with a single dimension cannot be applied to information flows with complex attributes. In addition, for multi-state information axes that require a high degree of customization, the conventional method is to manually or semi-manually complete the layout of multiple sets of information axes in advance, and then use a certa...

AI Technical Summary

Problems solved by technology

For example, when connecting historical knowledge with the time dimension as the information axis, it is impossible to determine when and in what state the historical knowledge will be displayed, so the information axis with a single dimension cannot be applied to the information flow with complex attributes

In addition, for multi-state information axes that require a high degree of customization, the conventional method is to manually or semi-manually complete the layout of multiple sets of information axes in advance, and then use a certain strategy to switch, which essentially uses multiple information axes, which cannot be achieved Stepless scaling, not suitable for information axes with strong continuous dimensions (such as time axis)

In addition, the type of information nodes on the ordinary information axis is relatively single, and it is prone to problems such as uneven density (for example, content in some axis spaces gets together, and some axis spaces have no information), which makes the user's reading efficiency low and the reading experience poor.

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