Subject:
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Re: Hold on primitives by pneaster
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Newsgroups:
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lugnet.cad
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Date:
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Fri, 13 Jun 2003 18:17:13 GMT
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Viewed:
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738 times
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In lugnet.cad, Paul Easter wrote:
> In lugnet.cad, Bernd Broich wrote:
> > Niels Karsdorp <nkp.nkp@hetnet.nl> schrieb im Newsbeitrag
> > news:HGBE24.1IJM@lugnet.com...
> > > Sorry, i don't know who pneaster is, but he did put a hold
> > > on some primitives for differences in values. It's me...
> > >
> > > I would like to know how these values are to be calculated
> > > (and who calculated the correct values, me or pneaster)
> I have had a few emails with the Parts Tracker admin's lately to discuss the
> creation of primitives. I was INCORRECTLY using the rounding method that rounded
> only the final results. Like this; round( r* sin( Angle ), 4).
>
> The agreed upon method is r* round( sin( Angle ),4).
I assume that this apply also to parts? Or not, because parts (partsize) won't
be multiplicated as is with primitives.
I created the 9V curve 2867.dat with the 'incorrectly' rounding method witch is
pending in the parts tracker for certification.
Now i changed my VBA calculation utility too, to the agreed method and should
now recalculate all my calculations for the 9v train track point :-( or can i
still go on with the 'incorrectly' method?
>
> I am still not fully sure about another final rounding.
> in example; round( r* round( sin( Angle ), 4), 4)
> This is the current method I am using.
<SNIP>
Anyone else care to comment too?
Regards,
Ludo
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Message has 1 Reply:
 | | Re: Hold on primitives by pneaster
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| (...) I think for parts, you can use either method -- because, as the part author, you are responsible for making all the vertices match up. The point with this discussion, is to support using primitives in parts by creating the primitives in a way (...) (21 years ago, 21-Jun-03, to lugnet.cad)
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Message is in Reply To:
| | Re: Hold on primitives by pneaster
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| (...) It's me... (...) I have had a few emails with the Parts Tracker admin's lately to discuss the creation of primitives. I was INCORRECTLY using the rounding method that rounded only the final results. Like this; round( r* sin( Angle ), 4). The (...) (21 years ago, 11-Jun-03, to lugnet.cad)
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