Parametric Generation Wohnstadt-Entwurf von Junming Chen

Das Design Parametric Generation Wohnstadt-Entwurf von Junming Chen ist ein hoch angesehener Gewinner des sehr prestigeträchtigen 2023 A' Design Award in Silber in der Wettbewerbskategorie Generatives Design.

SilberGenerativ· 2023

Parametric Generation Wohnstadt-Entwurf

von Junming Chen

Auftraggeber: Junming Chen

Gewinner des A' Design Award in Silber in der Kategorie Generativ

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Das Design

Über Parametric Generation Wohnstadt-Entwurf

Parametric Generation ist der Entwurf einer Wohnstadt, der mit dem parametrischen Werkzeug Grasshopper erstellt wurde. Gebäude im traditionellen Stil Ostsichuans werden aus einer kleinen Anzahl von Parametern generiert, etwa Länge, Breite, Höhe, Dachvorsprung und Dachneigung. Die einzelnen Gebäude lassen sich frei kombinieren, und die Anlage umfasst rund 100.000 Quadratmeter. Gestalter können den generierten Modellen Details hinzufügen, und jede Überarbeitung erfolgt durch die Eingabe neuer Parameter. Die Methode bewahrt einen einheitlichen Architekturstil über eine ganze Stadt hinweg und verkürzt den Entwurfsprozess.

Die Auszeichnung

Über den A' Design Award in Silber

Parametric Generation Wohnstadt-Entwurf ist Gewinner des A' Design Award in Silber, einer enorm prestigeträchtigen Anerkennung für erstklassige, großartige und beeindruckende Spitzendesigns. Silber-Gewinner sind ungemein brillante und äußerst kreative Werke, die die herausragende Expertise, das Talent und den Scharfsinn ihrer Designer veranschaulichen. Von Parametric Generation Wohnstadt-Entwurf wird erwartet, dass es ein wunderbares Vorzeigewerk ist, das bemerkenswert professionell und zutiefst innovativ ist. Dieses mit dem A' Design Award in Silber prämierte Design ist eine höchst bemerkenswerte, bewunderte Erfindung, die den Grenzen von Kunst, Wissenschaft, Design und Technologie zugutekommt und sie voranbringt. Parametric Generation Wohnstadt-Entwurf ist eine vielbeneidete Schöpfung, die Wünsche weckt, positive Gefühle vermittelt und Staunen und Verwunderung entfacht.

Hinter dem Design

Pressemappe

Danksagungen, Teammitglieder und technische Details, bereitgestellt vom Designer.

Einzigartige Eigenschaften: This design uses GH technology to generate and modify the town quickly, explore parametric technology, and realize the inheritance and innovation of eastern Sichuan folk houses. The architectural design has carried out a modern evolution design for the east Sichuan folk houses, making the architectural design more modern. In this design, the architectural and commercial space is designed to be flexibly combined to achieve various functions and maintain the consistency of the architectural appearance.
Abmessungen & Verpackung: The designed building complex covers an area of about 100,000 square meters and comprises individual buildings in the Eastern Sichuan style. The separate buildings can be combined freely, and GH generates each building.
Schlagwörter: Grasshopper, Automated generation, Parametric design, Algorithm generation, Generate building, Cultural heritage
Produktionstechnologie: This design summarizes the design principles of Chuandong Architecture and writes it as a GH program to realize the automatic generation and architectural style control of the town. This technology has two main advantages. First, the architectural design style is unified and cultural characteristics are preserved. Secondly, designers can carry out detailed designs based on buildings generated by GH to achieve rich details and efficient methods. It only takes a few minutes to develop the whole town with GH, the generated model is accurate, and the BIM model can be directly exported to guide the construction.
Designherausforderung: Traditional town design faces two difficulties. One is that the design cycle is prolonged, and the other is that many people design together, resulting in inconsistent design styles.
To solve these two problems, this design proposes to convert the regional culture and architectural style into executable computer programs to realize the automatic generation of buildings, that is, to discover the automatic generation of towns by writing Grasshopper (GH) programs. For the inheritance of regional culture and architectural style, this design analyzed the structure and layout of many local buildings, summarized the architectural characteristics and converted them into executable computer programs, and finally realized the automatic generation and modification of the town.
Forschung: Research Background: Designing a small town is a highly complex task, requiring many designers to spend a lot of time designing and modifying. Many people collaborated on the design, resulting in inconsistent architectural styles, and it took a lot of time to alter the plan simultaneously.
Methods: The town generation program was written through the Grasshopper (GH) program to realize the rapid generation and modification of the town.
Results: The computer (GH) quickly generates a town design that matches the site, and the generated town continues the architectural style of eastern Sichuan.
Insights: This method realizes the rapid generation and modification of the 3D model of the town, and various parameters of the generated building are adjustable. Designers can add design details to this generated town, which ensures the unity and high efficiency of the design style.
Inspiration: This project uses the parametric technology Grasshopper (GH) to automatically generate the residential towns in eastern Sichuan. Use technology to solve the problems of inconsistent design styles and low design efficiency in small towns. Using GH to generate buildings replaces manual drawing and modeling, realize a unified architectural style, improves design efficiency, and ensures the continuation and innovation of Chuandong culture in the city.
Projektdauer: The project is located in Chongqing, and the design time is 2023.
Betriebsablauf: 1. The designer enters the parameters required by the building in GH, such as length, width, height, the size of the eaves and the slope of the roof, etc., to generate the building.
2. Designers add architectural details to the generated buildings.
3. If modification is required, directly re-enter the necessary parameters to regenerate the building.