Parametric architectural design method based on design logic

Abstract

The invention discloses a parametric architectural design method based on design logic, which includes steps: S1, customizing component standards; S2, making basic unit components; S3, assembling standardized units; S4, forming a parametric modular component library; S5, selecting and composing the standardized units; S6, adjusting design parameters according to the program; S7, outputting design results; S8, storing split units. The parametric architectural design method based on the design logic splits design elements into basic unit components. Through benchmark model driven by parameterization in Revit and each unit component according to certain design logic carrying on relation locking, parameter driving a benchmark model, the benchmark model driving unit components and the goal of the integration, collaboration, intellectualization and digitization can be achieved, and design efficiency and quality can be improved. Using the parametric architectural design method based on design logic, the design can be productized to some extent. Through freely assembling mature module components to finish designing products, the balance between quality and efficiency can be achieved, and the duplication of labor and waste can be reduced.

Description

technical field [0001] The invention belongs to the technical field of architectural design, and in particular relates to a parametric architectural design method based on design logic. Background technique [0002] At present, under the background of the country vigorously developing housing industrialization and promoting the application of building information models, the construction industry needs to transform traditional technical means to meet the relevant requirements of the market and policies. Modern industry has entered the 4.0 era, which can be simply described as the integration of design and production, collaboration, intelligence and digitalization. However, the domestic construction industry is still in the 1.0 period, which is dominated by manual operations and lacks digital means. The fragmentation of project engineering information and information asymmetry caused a lot of waste; how to learn from modern industry and find out technical methods that can ada...

AI Technical Summary

Problems solved by technology

[0004] The traditional standardized design has the following disadvantages: 1. It generally summarizes the commonly used design drawings and forms a standardized two-dimensional atlas for selection and use

Due to the characteristics of the architectural design industry, various design changes caused by the specific needs of the project require a large number of manual modifications to the standard atlas; 2. Project information is stored in different drawings or documents. Symmetry will cause a waste of various resources of the project

3. All atlases use the results of construction drawings and detailed drawings as the application interface. The focus is mainly on the technical design level. If it is used in the early stage of the project, there are too many details to be processed, which makes it difficult for designers to control and use it.

There is no connection between the area line and the unit design. Once the design is modified, the area statistics will be readjusted manually. If the area data cannot be fed back in time, it will bring a lot of rework

5. Generally, only technical and economic index data are included, and the corresponding engineering quantity indicators are mostly derived from area and experience values, which cannot satisfy efficiency and accuracy at the same time

7. Due to changes in project requirements, the workload of the new standard library and modification and deepening has increased exponentially, which is not conducive to sustainable development

However, due to the actual market situation at this stage and the limitations of software and hardware technology, the values ​​that BIM should realize, such as: accurate engineering calculation, information circulation, data integration, refined design and drawing, are difficult to implement. The important reason is that The input-output ratio is low. If the efficiency problem is not solved, it can only be used as a pilot application

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