Method and device for automatically generating regional planning view, medium and equipment

Abstract

The invention relates to a method for automatically generating an area planning view, which comprises the following steps: dividing a configuration area according to a service demand, and generating a configuration file based on the service demand and the configuration area, the configuration file comprising a layout data model, a container type and an optimal visual proportion; when a page is opened, generating view data to be drawn according to the read layout data model and the container node type in the configuration file; and completing view drawing according to the optimal visual proportion and the to-be-drawn view data. According to the method, the automatic drawing of the graph is realized, the graph can be drawn according to the graph node data and the relational data and rules, meanwhile, the optimal visual proportion is ensured, the space is fully utilized by the internal layout, and finally, the width and length of all content areas of the view are stretched according to the optimal visual proportion. The invention also relates to a device for automatically generating the regional planning view, a medium and equipment.

Description

technical field [0001] The present invention relates to the field of computer technology, in particular to a method, device, medium and equipment for automatically generating an area planning view. Background technique [0002] In the current 2D architecture view and the application scene view, most of the application system nodes are manually dragged and dropped into the deployment platform or container node, and the location of the deployment platform or container node needs to be placed manually, and the relationship between the application system nodes needs to be manually created. Wire. When the data volume of application system nodes in the single-application scenario view is large and there are many relational data, a large number of repeated operations will be generated, resulting in high time costs, and in the subsequent data changes, regardless of single or multiple data changes, labor costs will be higher. high. At the same time, in the rich actual application s...

AI Technical Summary

Problems solved by technology

When the data volume of application system nodes in the single-application scenario view is large and there are many relational data, a large number of repeated operations will be generated, resulting in high time costs, and in the subsequent data changes, regardless of single or multiple data changes, labor costs will be higher. high

At the same time, in the rich actual application scene data, when it is necessary to view a certain scene, except for the view that has been manually drawn, it cannot be quickly drawn and directly displayed as a picture

Images