The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
The idea for this project was first formed when I was at TU Delft in the Hyperbody Research Group. As part of my design project, I needed to create a space that transitioned smoothly between several openings at unique orientations. In the end, I ended up solving the problem by modeling the surfaces by hand, but I wondered exactly what information was need to define a surface that bridges between any number of arbitrary openings. Coding in Generative Components and RhinoScript.
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Universal Connector