grasshopper chapel 3d models

Using Grasshopper, a digital media program, this work was created to visualize the mathematical formula: cos(x) * sin(y) + cos(y) * sin(z) + cos(z) * sin(x)-(cos(x) * sin(y) + cos(y) * sin(z) + cos(z) * sin(x))^2. When two continuous surfaces are...

The basic mathematics and geometry for this part came from a posting in the Rhino3d Grasshopper forum, where users discussed designing an airport control tower building with twisting spaces for windows along its height. I adapted this design concept...

The fundamental math and geometry behind this part originated from a posting in the Rhino3d Grasshopper forum, where users were discussing designing an airport control tower building featuring twisting spaces for windows along its height. I decided...

This model was designed from scratch in Rhino 6 and customized with Grasshopper. The design is highly adaptable, allowing you to make updates and changes as needed. The model can be exported in a variety of file formats, so if you encounter any...

This model was built from scratch in Rhino 6, leveraging the full potential of Grasshopper to create a completely custom design that can be easily modified and updated. The model is exported in multiple formats for your convenience, so if you...

This design was crafted in Rhino 6, accompanied by Grasshopper. It's a unique concept that can be modified and updated to suit your needs. To ensure seamless integration, the model is exported in multiple formats, so please inform me if you...

The model was designed using parametric tools like Grasshopper 3D. It consists of two pieces: first, the lamp itself, and second, the union between the lamp and the roof. I uploaded two versions of the lamp to the site - one with twice as many...

The second step involves Kangaroo 3D (live physics engine inside Rhino & Grasshopper) to find a solution for the fabrication. Each strip is defined as a rod and all of the knots are fed into a co-planar group. The resulting system line of every strip...

It was produced in large numbers during World War II as the L-4 Grasshopper. Many Cubs are still flying today. ...Cubs are highly prized as bush aircraft.The aircraft's standard chrome yellow paint came to be known as "Cub Yellow" or "Lock Haven...

This small lamp is based on geometry developed by a member of the Grasshopper forum I frequent. He used C++ code to first generate a modified 12 sided icosahedron, and then used this to establish points in space that served as the centers for...

Grasshopper - Hops over a row of pieces in a single turn. Beetle - Can move one space like Bee, but also has the ability to jump on top of bugs (one space), rendering them unusable for that turn. Spider - Moves exactly three spaces per turn. Mosquito...

This model was crafted in Rhino 6 with Grasshopper, a custom design that can be easily updated or modified. The various formats it's exported in may cause issues for some users; if this is the case, please let me know and I'll do my best to assist. -...

This model was designed in Rhino 6, utilizing Grasshopper's capabilities. A bespoke design that can be updated or modified to meet your needs. This model is exported in multiple formats, so if you encounter any issues with the files, please don't...

A ring designed as a sample piece of the "Hatch Flow" pattern I'm currently inventingWatch this video for more details on why it's actually really cool Made with Rhino and Grasshopper. ...Designed to be printed with "surface mode" option in...

This model was created using Rhino 6 and Grasshopper. It's a one-of-a-kind design that can be easily updated or modified to fit your needs. The model is exported in multiple formats, so please let me know if you encounter any issues with the files.

This design was crafted with precision in Rhino 6, leveraging the power of Grasshopper to bring innovative ideas to life. This custom creation is highly adaptable and can be easily updated or modified to suit your unique needs. The model is exported...

Regrettably, a single row of waffle patterns is absent, a consequence of a peculiarity in the design software utilized (Grasshopper + Rhino), which I ultimately abandoned after attempting to resolve. A close-up examination reveals that the top was...

This small lamp is based on geometry developed by a member of the Grasshopper forum I frequent. He used C++ code to first generate a modified 12 sided icosahedron, and then used this to establish points in space that served as the centers for...

Just a reminder of the rules can be found here: [http://www.gen42.com/downloads/rules/Hive_Rules.pdf](http://www.gen42.com/downloads/rules/Hive_Rules.pdf) In case you're interested in playing, you'll need two sets of different colored pieces: 1 Bee,...

I also didn't like the appearance of the Grasshopper, so I changed it out, and also modified the Ladybug somewhat. Since you are here, you migth be looking for more scans and designs of HIVE pieces. This might be helpful:...

I leveraged the powerful WeaverBird add-on to Grasshopper to craft this design (which explains why the STL file bears the wb3 moniker). The part boasts a circular top and bottom, but its middle section takes on a fascinating 7-sided equilateral...

A unique "Grasshopper" script with three formulas generated this intricately mathematically formed surface. Out of a multitude of variations, I selected SP14 and transformed it into a 3D printable lampshade. The diameter measures 20 cm and the height...

Rhinoceros + Grasshopper is used to model the 3D data around Everest in a rocky manner. Originally, it was a prototype that I thought about when playing the R / C mini crawler in the room, as an art frame when not in use, and simply placing it...

Experiment with low loads first, please. There is no need to download STL file, you can have all of them online whenever you want :-) The design was scripted with love in Grasshopper for Rhino3D. Print instructionsmaterial: PETG (also PLA) nozzle:...

This small lamp is based on geometry developed by a member of the Grasshopper forum I frequent. He used C++ code to first generate a modified 12 sided icosahedron, and then used this to establish points in space that served as the centers for...

Pegboard Wizard Meets Paneling Tools I wanted to combine the one size fits all design of pegstr with the power of Paneling Tools in Grasshopper. This is the beginning attempt to rewrite pegstr so you can create a custom pegboard holder of any...

Rhinoceros + Grasshopper is used to model the 3D data around Everest in a rocky manner. Originally, it was a prototype that I thought about when playing the R / C mini crawler in the room, as an art frame when not in use, and simply placing it when...

One row of waffle shapes is noticeably absent, a consequence of a quirk in the design software I utilize (Grasshopper + Rhino), which I ultimately abandoned due to its persistence. The top was printed without supports, resulting in an exceptional...

A cool shell forWell being a shellI don't know maybe you don't live near the coastI do but I still made and printed itWith thanks to a lot of help from this grasshopper forum...

... since this print is hollow, there's very little surface area between the first layer and the build surface. This may lead to your print pulling off the plate before it's finished printing.) How I Designed This I modeled it in Rhino with Grasshopper.