Informationalization design method for green planting

Abstract

The invention relates to an informationalization design method for green planting. The method comprises the steps that a template library is established and templates are configured; a scene model library, a greening model library and a greening map block library are established; interactive design is carried out; auto-drafting is carried out; and multi-format outputting is carried out. Accordingto the informationalization design method for green planting, design products has multiple formats, two-dimensional or three-dimensional design products can be output, and the expression of the three-dimensional design products is intuitive; the design process is visualized, the effect after green planting can be reflected immediately, and the evaluation of a greening scheme and the guiding of construction have a significant effect; the output two-dimensional products conform to the established format, style and rule, and the quality of the products can be controlled; the design has simulation, the greening sunlight analysis, later maintenance and other dynamic effects can be simulated; efficient collaboration of all parties involved in green planting design can be achieved, the quality ofthe design products is high, the efficiency of the design process is high, and the needs of practical application can be met well.

Description

technical field [0001] The invention belongs to the technical field of greening planting design, and in particular relates to an informational design method for greening planting. Background technique [0002] Green planting can beautify the environment, reduce noise, sterilize and remove dust, etc., and can produce high ecological, social and economic benefits. Green planting is generally completed by project participants such as owners, construction units, design units, construction units, and supervision units. Before greening and planting, the design unit needs to provide design products to provide support for program evaluation and construction guidance. The current green planting design requires extremely high professional knowledge of designers, and the degree of design automation is low, and the design efficiency is low. At the same time, due to professional restrictions, owners and other participants cannot participate in collaborative design and give design sugges...

AI Technical Summary

Problems solved by technology

The current green planting design requires extremely high professional knowledge of designers, and the degree of design automation is low, and the design efficiency is low. At the same time, due to professional restrictions, owners and other participants cannot participate in collaborative design and give design suggestions immediately. Therefore, The quality of product greening planting design is uncontrollable. Specifically, the current greening planting design technology has the following deficiencies: 1. The greening planting design product is a two-dimensional drawing drawn with lines. The effect after greening planting can only be imagined by the participants. It is not intuitive, and the effect on program evaluation and construction guidance is not significant; 2. The quality of green planting design products is completely determined by the professional quality of the designers, and the product quality is uncontrollable; 3. Green planting design products often only reflect static effects. Dynamic effects such as occlusion and post-maintenance cannot be reflected; 4. Due to professional restrictions, owners cannot participate in the whole process of green planting design, and it is difficult to obtain the design products they really want; 5. The degree of automation of green planting design is low, resulting in low design efficiency

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