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Re: 3 decimals is not a lot of precision for rotation matrices
March 24, 2013 02:33PM
No. Because you can do a scale and rotate at once.

And even if your part is a rotation matrix, simply scaling it will make it no longer a rotation matrix.

There is a safe way to do it, but it's complicated. When I get enough spare time I'll write a bit of a document on safely determining the 3D angle of a rotation matrix, and fixing it. It is not, however, a simple procedure!

Tim
SubjectAuthorViewsPosted
3 decimals is not a lot of precision for rotation matrices Ben Supnik711March 23, 2013 12:48PM
Re: 3 decimals is not a lot of precision for rotation matrices Roland Melkert199March 23, 2013 02:27PM
Re: 3 decimals is not a lot of precision for rotation matrices Philippe Hurbain205March 23, 2013 04:02PM
Re: 3 decimals is not a lot of precision for rotation matrices Tim Gould208March 23, 2013 04:14PM
Re: 3 decimals is not a lot of precision for rotation matrices Ben Supnik191March 23, 2013 07:29PM
Re: 3 decimals is not a lot of precision for rotation matrices Tim Gould193March 24, 2013 12:06AM
Re: 3 decimals is not a lot of precision for rotation matrices Ben Supnik181March 24, 2013 08:46AM
Re: 3 decimals is not a lot of precision for rotation matrices Tim Gould249March 24, 2013 02:13PM
Re: 3 decimals is not a lot of precision for rotation matrices Roland Melkert209March 24, 2013 02:24PM
Re: 3 decimals is not a lot of precision for rotation matrices Tim Gould214March 24, 2013 02:33PM
Re: 3 decimals is not a lot of precision for rotation matrices Ben Supnik260March 24, 2013 07:44PM
Re: 3 decimals is not a lot of precision for rotation matrices Sergio Reano330March 26, 2013 03:29PM



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