Staircase Tutorial

A self-normalizing staircase.

This example shows a possible way to build a self-normalizing distribution of objects along a spline curve. The base curve is used to position steps at equal intervals and also the elements for the railing.

The definition file is attached:

Attachments:

Staircase.ghx, 154 KB

Replies to This Discussion

Permalink Reply by Christopher Sklar on May 16, 2009 at 9:31pm

Umm, this file will not open with the current version of grasshopper for some reason. I have 0.5.0099 is there a newer one? or did I do something wrong?

Permalink Reply by Scott Davidson on May 16, 2009 at 10:13pm

Yes, there is a 0.6 version on the What's New category in the discussions.

Permalink Reply by Ondrej Strejcek on June 9, 2009 at 2:27am

i have tried to recreate something similar by myself, but i ran to the problem the endpoint component outputs are not sufficient for creating spline through them, using version 0.6. (the new version of spline become to picky and its not satisfied with the points i gave to her... stubborn spline...)

Permalink Reply by Rui de Klerk on June 27, 2009 at 2:54pm

That's a great example!

Based in the ideas from your definition, I created a spiral staircase inspired on the one from the Vatican's Museum.

The definition is a bit rough - I'm certain it can be simplified. Hope you like it!

Attachments:

Archimedean Spiral Parametric Staircase.ghx, 1.4 MB

Permalink Reply by JORGE EDUARDO LORO RAMOS on October 4, 2014 at 7:24pm

Hi, dear frieds!

Can you help me?
I'm impressed with the quality of parameterized staircase that you have done!
I am studying the Grasshopper and still can not get a ladder!
Can you help me with algorithms?
I'm trying to do the exercise based on the video (stair generative whith grasshooper), but I'm not following.

I thought it would be easy, but I was wrong.

I want to draw a staircase that can adapt to different heights between the planes as if they were of different heights land. I'm not getting ...

This is an exemple:
(https://www.youtube.com/watch?v=BHODByqogfY&list=UUMsFCnV0Jxt6u...)

Thank you! Best regards!

Attachments: