Logistics building roof comprehensive design method combining CAD and intelligent algorithm

Abstract

The invention relates to a logistics building roof comprehensive design method combining CAD and an intelligent algorithm, and belongs to the field of building design. The method comprises the following steps: S1, identifying an outer wall contour line, a column grid, a tallying area and a ridge line in a logistics building CAD drawing; s2, according to the identified information, combining relevant specialty regulations and specifications of water, electricity, buildings and structures; calculating point location and component arrangement results of each specialty through a calculation unit, wherein the calculation unit comprises a wingceltis bar calculation unit, an illumination and daylighting panel calculation unit and a spraying calculation unit; and S3, returning a calculation result in the S2 to the CAD drawing through an output module. According to the invention, the intelligent algorithm is used for calculating various composite professional collaborative linkage designs of water, electricity, building and structure professions of the roof of the logistics building, and the problem of low efficiency caused by multiple times of coordination and modification among the professions during current manual design is solved.

Description

technical field [0001] The invention belongs to the field of architectural design, and relates to a comprehensive design method for logistics building roofs combined with CAD and intelligent algorithms. Background technique [0002] The professional design algorithms of standard logistics buildings are simple and mechanical, and manual design requires a lot of energy and time for designers. At the same time, because of the relevance of each major, designers of each major need to make repeated comparisons and wait for the design results of other majors to avoid conflicts between this major and other majors. Moreover, usually a change in a certain profession will affect the subversion of the entire design result, and even lead to the redesign of the entire profession. Manual design is subject to the designer's personal design experience and personal understanding of relevant specifications, and the design rework is endless due to the designer's own reasons. [0003] Combined...

AI Technical Summary

Problems solved by technology

[0004] In view of this, the object of the present invention is to provide a comprehensive design method for logistics building roofs that combines CAD and intelligent algorithms, and uses intelligent algorithms to calculate the multi-disciplinary collaborative linkage design of logistics building roof water, electrical, architectural, and structural specialties, thereby It replaces simple and mechanical manual design, and at the same time solves the low efficiency problem of multiple coordination and modification among various disciplines in the current manual design

Images