algorithmic modeling for Rhino
Hi everybody,
i am trying to split a curved surfaces with 4 breps into 5 separate segments.
however the result i am getting is that grasshopper is splitting the surface five times into 2 surfaces.
i checked previous discussions regarding that issue but without a real solution to this problem.
I would be really grateful if someone could have a look at the attached gh definition.
Tags:
Is C++ the right choice or would you rather recommend
python or vbscript.
where are less tears to be expected?
hi Jack lee,
thanks for taking the time to enter the discussion.
the definition does work for a couple of elements but becomes rather tedious if you want to split 50 elements with 50 cutting elements.
Depth of nesting is limited: Restart
where are less tears to be expected
the more the tears at start the less at end. Meaning: cry now be a happy bunny later on.
is C# the right choice?
depends on a variety of things ... but before taking the one way ticket to hell CAREFULLY estimate your future working environment (the CAD/MCAD apps + the estimated available resources worldwide) and NEVER take the short way home
Happy bunny i am already.
just trying to estimate the amount of tissues I will need.
And here's the dead meat resurrection:
As we discussed already the small S (the dog) when used for splitting the leftmost bar (the cat) yields a valid AND an invalid brep. Shown the bad cat (and the decomposed items List that reports invalid this, invalid that):
Then a variety of freaky things follow and if a face has OK BrepTrims then is sampled into a good sub-cat List (these are the faces NOT affected by that "partial" dog's bite):
Whilst the bad faces are reconstructed and any sign of dog bite (false in the screen capture) is removed:
Then all the above are added in the sub-cat List and the pieces are joined yielding a resurrected valid open cat ready to suffer some bites from other dogs:
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