Hi,
I'll do the patch right away.
Sorry for the attachment, I'll put a link next time...
Cheers
Séb
Edward d'Auvergne wrote:
> Hi,
>
> In this IUPAC report, on page 11, the radian unit is described as "The
> units radian (rad) and steradian (sr), for plane angle and solid angle
> respectivel
Hi,
In this IUPAC report, on page 11, the radian unit is described as "The
units radian (rad) and steradian (sr), for plane angle and solid angle
respectively, are described as 'SI supplementary units' [3]. Since
they are of dimension 1 (i.e. dimensionless), they may be included if
appropriate, or
Hi,
I have thoroughly checked all the units of the physical constants,
spectral densities, rotational correlation times, and relaxation rates
and have a few important corrections about the units which are used in
relax and elsewhere. Please read below for the details and a long
story about SI vs.
Hi,
After a couple of chat with Leo Spyracopoulos, I understand better the
link between s / rad ans s in spectral density mapping.
Leo started with :
"The results from the notebook should not be multiplied by 2 pi.
Finally, by definition, a radian is a dimensionless quantity with no
physical uni
Hi,
I made a patch for the test-suite so the spectral density test passes
(patch_2007-06-15)...
This patch should go with the one for solving the bug that I uploaded
yesterday.
Cheers
Sébastien
P.S. I have a question about the test-suite. Should the test-suite files
be modified when a patch i
Hi,
Here are the different values I obtain for a residue with R1 = 1.1336 +-
0.0851 ; R2 = 12.9336 +- 0.9649 ; and NOE = 0.463921 +- 0.045
J(0) J(wN)J(wH)
= ==
Here are the resul
Hi,
That is awesome work tracking down this problem. Thank you! I'll
apply your patch and then hopefully make a new relax 1.2 release with
your fixes very soon. I do have a important question first though.
My question relates to the multiplication of the frequency by 2pi to
convert from Hz to
Hi !
I've checked the equations used for reduced spectral density mapping in
relax. They're all right... The assumption about the factor of (mu0 /
(4pi))^2 is ok since the old equations were written in Gaussian units
(cgs) and now we use SI units.
However, 2 things seem to be wrong.
1.
The fre
Hi,
For the reduced spectral density mapping in relax, I have used
equations 10 to 12 from:
Markus M. A., Dayie K. T., Matsudaira P., and Wagner G. Local
mobility within villin 14T probed via heteronuclear relaxation
measurements and a reduced spectral density mapping. Biochemistry.
1996, 35(6)
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