Automatic arrangement method of Sketchup photovoltaic module based on Ruby language

Abstract

The invention discloses an automatic arrangement method of a Sketchup photovoltaic module based on a Ruby language. According to the arrangement method, a modeled photovoltaic module is compiled intoa Ruby language, arrangement key sizes, the number of modules, positioning data and the like are compiled into a Ruby program, and the photovoltaic module is called in Ruby through an algorithm to automatically generate a three-dimensional model. Compared with the traditional Sketchup photovoltaic module arrangement, the photovoltaic module arrangement has the advantages that the structure is simple; especially for large-scale engineering, an original method of importing an arrangement model is replaced by automatic modeling of a program language; three-dimensional rapid layout of the photovoltaic array is realized; the method has the advantages that the operation mode is simpler, errors of constructional engineering are greatly reduced, meanwhile, the time required for modeling is also reduced, due to the coding of the arrangement components, the change of the design scheme can be quickly modified and realized, the tedious modeling steps can be greatly reduced for a designer, and theengineering cost is reduced.

Description

technical field [0001] The invention relates to a method for arranging Sketchup photovoltaic modules based on ruby ​​language, and belongs to the technical field of architectural design. Background technique [0002] Sketchup is a software for building 3D models, which is widely used in various 3D architectural designs. Ruby is an interpreted scripting language with simple syntax and powerful functions for object-oriented programming. Sketchup can use its built-in RubyAPI (Application Programmers Interface) for secondary development. There are two main methods for Sketchup modeling based on ruby ​​language. One is to directly generate a 3D model through changes such as translation, rotation, and scaling in accordance with the requirements of the basic modeling instructions in the ruby ​​language. The first method is only suitable for simple 3D models; the other method is to import the built 3D model externally and store it in the Component library through the ruby ​​command...

AI Technical Summary

Problems solved by technology

There are two main methods for Sketchup modeling based on ruby ​​language. One is to directly generate a 3D model through changes such as translation, rotation, and scaling in accordance with the requirements of the basic modeling instructions in the ruby ​​language. The first method is only suitable for simple 3D models; the other method is to import the built 3D model externally and store it in the Component library through the ruby ​​command, which is convenient for calling, but the disadvantage of this method is that it directly calls the model method, the size cannot be modified according to the user's real-time requirements

[0003] For the layout of photovoltaic modules for small households, the existing 3D design software can realize the requirements of the engineering plan concisely and vividly, but for the layout of photovoltaic modules on some large roofs or large ground areas, if the traditional 3D modeling is still used, the workload It is very huge, and each photovoltaic module needs to be imported and arranged according to its size. It requires a large amount of data such as the size of each module, its relative position in space, and the number of modules, and then arranges them one by one according to the data. Efficiency and accuracy cannot be guaranteed, and users cannot respond to changes in the scheme in a timely manner

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