Flow object along surface command

Add flow object along surface command on grasshopper so that projects like this can be way more easily be made <The following was made with flowalongsurface on rhino>

Replies to This Discussion

Permalink Reply by Parametric House on February 10, 2014 at 11:24am

A way more better than flow along surface is in grasshopper

Surface morph

You can morph any object from a bounding box into any place (or all) of your surface.

All of your surface

Part of your surface

Morph paneling

Permalink Reply by dim gimi on February 10, 2014 at 11:40am

Thanks for the feedback !!

Permalink Reply by dim gimi on February 10, 2014 at 12:04pm

I think we can get the morth paneling to a newer level. What if we put the whole hexagonal grid into a single boundy box and we manage to open the map morphing for Ngons, instead only for box items. I hope you understand me. Thats the script as i have it and it needs some solving

Attachments:

SixProject.gh, 30 KB

Permalink Reply by Parametric House on February 10, 2014 at 12:54pm

You're welcome

I've just edited your algorithm. You can make the hexagons without using Boolean. With grouping the hexagons you can easily flow it on the surface

Attachments:

SixProject.gh, 18 KB

Permalink Reply by dim gimi on February 10, 2014 at 4:29pm

thats very nice sir. i hope this proves usefull for more community members, because it releases box panelling restrictions, and you can use all kind of grids for the cause

Permalink Reply by Parivardhan Dangi on February 15, 2017 at 10:55pm

Most definitely it does ! Great help ! I was trying paneling with surface morph but i have always had trouble understanding U V , uv , U V domain etc. Any reference where i can get a better understanding of UV ? i have some idea but i wanted to understand better, because I still dont understand the logic behind remapping domains. Any material on U- V domain related info would be great.

Permalink Reply by Parivardhan Dangi on February 20, 2017 at 3:04am

Thank you :) that is very well explained ! I understand. So another question - what is uv ( in context to grasshopper components ) I understand whats U, whats V , but what does it mean when in the component it is requiring an input of "uv" ? And thanks again ! it makes it easy to understand with your eg of time parameter !

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