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Computational Design Gallerbee Concept for Exhibition Design Grasshopper / Rhino3D Parametric Design

Proof of Concept #4 | Analyze Visibility

The ability to analyze performance is an important quality of parametric design. Especially during discussions with curators, it became clear how much potential there is in the ability to analyze object data and design data in a parametric setup while using a central database. Several areas of analysis emerged. One can think of: Security: are…

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Computational Design Gallerbee Concept for Exhibition Design Grasshopper / Rhino3D Parametric Design

Proof of Concept #3 | Maximize visibility with an evolutionary solver

In this proof of concept, we’ll explore an example where we let the computer do the work for us. A parametric algorithm in grasshopper can work as a design tool where the user interacts with sliders and data. But in this example, we will explore a proof of concept where we let the computer present…

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Gallerbee Concept for Exhibition Design Grasshopper / Rhino3D Parametric Design

Proof of Concept #1 | Parametric Exhibition from Excel

This is an initial Proof of Concept for Gallerbee worked out using an exchange between an online Excel document that interacted with a 3D design via Grasshopper, Excel was chosen because it is easy to use for initial testing and is a frequently chosen program by exhibition organizations. The following data can be processed in…

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Grasshopper / Rhino3D Parametric Design

Image tracer with pattern options

Grasshopper3D can also be used for graphic design, i.e. parametric graphic design for 2-dimensional applications. This post is about building an image tracer based on brightness and contrast.

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Grasshopper / Rhino3D

Grasshopper game: DragRace with Firebase

When teaching Grasshopper, it is sometimes nice to take a slightly different approach. For example in the form of a game. DragRace is about uploading scores to an online database and trying to win with the fastest score!

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Computational Design Grasshopper / Rhino3D Parametric Design

Automatic generation of cut-lines for a boat cover

For sailmaker Houtkoop.nl StudioFG has developed several scripts to automatically generate drawings for hems and other fabric parts. Read here about this project.

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Computational Design Grasshopper / Rhino3D Parametric Design Teaching

Computational design pavilion with the TU Delft

With great pleasure we again teach the course Technoledge in which we realize a pavilion together with master students of TU Delft and PWR Wroclaw from design to realization in 7 weeks. The basis for the production is the parametrically controllable flexmould.