beginner problems

Replies to This Discussion

Permalink Reply by Matt Gaydon on August 5, 2015 at 3:50pm

Hi Ani,

I think I understand what you want to do, but it would be great if you could post up your code. and have the the Surfaces and curve Internalised (Right Click on component then click internalise).Also some screen captures of the code/rhino (Ctrl-Shift-Q). would be a great help.

As we are a visual bunch here ;)

Cheers

Matt

Permalink Reply by Ani on August 6, 2015 at 6:42am

Hey Matt, thanks for your answer. Maybe is the easiest if I post my rhino and grasshopper files so you can see easily what I did and what I meant :)

Here it is..

When I apply it to the whole thing it gives me just one average direction of all the lines together, instead I need average direction line for each srf separately.

Thank you for your help and looking forward to hearing from you

Cheers

Attachments:

• example.3dm, 450 KB
• example.gh, 18 KB

Permalink Reply by Joseph Oster on August 6, 2015 at 7:36am

From what I can tell...

• Your 'Srf' (surface) input consists of only one section out of 55 (5 X 11) sections on the large surface in your Rhino file?
• Your 'Crv' input consists only of the lines (10) that cross that one section?

What about the other 54 sections of the large surface?

• Three of the ten vectors created from those lines go in opposite directions - so how useful is their average ('Avr')?  Maybe that's why...
• You want to subdivide ('SubSrf') this one section (of 55 total on the larger surface) and find the line segments (which become vectors) that cross each sub-section?

Is this correct so far?

By the way, in the second part of your code on the right, you are using 'VRot (Rotate a vector)' to rotate a line - that you created from a vector; probably could be simpler?

Permalink Reply by Ani on August 6, 2015 at 7:50am

I did it only on one surface just as an example what I want to have on all the 55 surfaces. But I have a problem that I dont know how to apply the same logic on all the other surfaces, considering all the other curves and to have direction lines for each face separately.

Permalink Reply by Joseph Oster on August 6, 2015 at 8:00am

So ultimately you want to subdivide all 55 surfaces?

What are you trying to accomplish?  What's the big picture?

Permalink Reply by Joseph Oster on August 6, 2015 at 8:23am

P.S.  In the larger surface, the lines depart from the non-planar sections; this will cause 'Surface | Curve (SCX)' intersections to fail (obviously?).

Permalink Reply by Ani on August 6, 2015 at 2:02pm

here is the fixed one. these are original lines form which I should find the average one per each face.

Attachments:

• example1.3dm, 383 KB

Permalink Reply by Matt Gaydon on August 6, 2015 at 3:15pm

Hi Ani

Been a busy day at work and could not get so far with you first example, Think I have solved it for this case but don't know if its bomb proof or what happens if you put in alot more curves and surfaces. But give it a try.

Hope its some help.

Matt

Ps. That's not a Beginner Problem.. That took some thinking... ;)

Attachments:

• Example MG EDIT.gh, 21 KB

Permalink Reply by Matt Gaydon on August 6, 2015 at 3:55pm

CODE UPDATE USE ME!!! Removes Duplication of surfaces so faster.

Attachments:

• Example MG EDIT UPDATE.gh, 22 KB

Permalink Reply by Ani on August 6, 2015 at 4:40pm

thank you very much Matt :) It gets a bit fucked up when I apply it on more surfaces and with more curves. But I will try to understand your principal and somehow solve it :)

It's a big help for sure! It's still a bit new for me all this, so I struggle a bit, but I hope I manage to make it.

Thanks again :)

Permalink Reply by Matt Gaydon on August 6, 2015 at 4:58pm

Hmm... I did a few tests to break the example you sent but all seem to work here. Have a Play but if you can't solve it post the broken file and I will try and have another look. Don't like broken codes :(

Permalink Reply by Ani on August 6, 2015 at 5:16pm

thank you very much! I will keep working. If I really get in trouble and not able to make it, I will contact you again (at least some tips).

So kind of you!

Cheers

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