Three-dimensional visual comprehensive application platform design method based on cloud platform

Abstract

The invention discloses a three-dimensional visualization comprehensive application platform design method based on a cloud platform, and the method comprises the steps: carrying out the modeling of the whole building, and forming a three-dimensional visualization model with space division; subdividing and dissociating functions of the building subsystem to obtain function points or data of the building subsystem; combining the functional points or data of the building subsystem to form a functional column; and combining the functionalized column with the three-dimensional visualization modelto form a three-dimensional visualization comprehensive application platform. According to the design method disclosed by the invention, the intelligent building subsystems are abstracted and designed, the building subsystems are respectively and flexibly built, and through low-coupling and high-cohesion architecture design, columns and a plurality of functional modules are modularized during early-stage design and planning, so that the convenience and the possibility of iterative upgrading of a software system are effectively improved; the built system component functions are repeatedly and efficiently utilized, and a three-dimensional visual comprehensive application platform is rapidly assembled and developed.

Description

technical field [0001] The invention relates to a software system for building management, in particular to a design method for a three-dimensional visualization comprehensive application platform based on a cloud platform. Background technique [0002] The traditional BIM building operation and maintenance management system continues to use the BIM building model completed in the architectural design and planning stage. The BIM file based on professional software modeling has problems such as large file size and carrying hardware requirements. The present invention is based on traditional BIM files. Lightweight Processing, so that it can be run on personal computers with low-end configurations at home, and its calculation load is performed by cloud servers. [0003] When other enterprises adopt BIM building operation and maintenance management system for operation and maintenance management, in addition to using the BIM model used in architectural design, it is also necessa...

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Problems solved by technology

[0003] When other enterprises adopt BIM building operation and maintenance management system for operation and maintenance management, in addition to using the BIM model used in architectural design, it is also necessary to carry out pre-planning for building intelligent construction, and derive construction from the perspective of 3D visual operation and maintenance Intelligent building subsystem; therefore, whether it is the operation and maintenance management platform, 3D visualization or intelligent building subsystem, a strong coupling relationship has basically been formed in the process of program coding. In the environment of rapid technology update and iteration, strong coupling The design architecture cannot meet the reintegration and functional iteration of the building subsystems in the later stage

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