February 2017 Blog Posts (9)

The new food4Rhino website supports now also Grasshopper definitions and scripts.

Fee free to share yours there! Just log-in at www.food4rhino.com, click on your user name, and upload any of your scripts (VB, Python) or Grasshopper definition as a Resource.

Contact food4Rhino@mcneel.com for any questions.

Enjoy!

Hallo everybody,

I asked myself if there is a proper documentation existing

that explanes the principle how Kangaroo is working.

I need that because for proper research work done 

with the use of Kangaroo it would be really necessary to 

document the functionality of the program.

Looking forward to your answers.

With best regards,

Roman

wandrelief_DDU.gh

Following this discussion http://www.grasshopper3d.com/forum/topics/arcs-on-curves?xg_source=activity here are some other elements to replicate arches styles of Tama Art University Library. I didn't try to replicate the sloping floor. 

First the arches,  I used 7 points Weighted Nurbs Curves with 5 points with a weight of 1 and 2 points with a variable weight (0.66 seems to be a…

I undertook this project to learn more about the use of parametric systems in urban design. My intentions were to recreate the Kartal Pendik Masterplan and understand the principles behind it. As this is an ongoing project I do not expect to create exact copy of the project, but to get myself thinking in a linear logical way despite the experimental nature of the project. Here is some more information on the project by the lead architect Patrick Schumacher: The project is to constitute a…

TORO 

Download from food4rhino

Announcing the plugin Toro for the definition of stadium and auditorium geometry and analysis of spectator view quality. The plugin implements the 'cValue' sight-line method to generate geometry which is standard in UK (HMSO 2008) and European stadiums. The plugin is built from a new c# library that integrates geometry generation and analysis methods…

Thanks for the inspiration and help from Noah Marble

Origin post

http://www.grasshopper3d.com/video/grasshopper-line-tests

A "proof-of-concept" definition to arrange tunnel segmental ringsets along an arbitrary curve. Demonstrated for a planar curve only (so far).

ring%20orientation%202.gh

This has not been validated against a real-life example yet.…

I don't know why it struck me to update this after 5(!) years, but here we are: geodesic%202017.gh…