Hi Atul,
As Troels asked, could you create a support request with the link
https://gna.org/support/?func=additemgroup=relax and attach the files
there? Files should not be attached to public mailing list messages
as it puts a large amount of strain on the infrastructure, not only
with the mail
Hi Atul,
Continuing from Troels' post at
http://thread.gmane.org/gmane.science.nmr.relax.user/1718/focus=1732,
this time with the ppm units:
On 21 August 2014 12:00, Troels Emtekær Linnet tlin...@nmr-relax.com wrote:
Dear Atul.
[snip]
# Set the relaxation dispersion experiment type.
Hi Atul,
Again continuing from Troels' post at
http://thread.gmane.org/gmane.science.nmr.relax.user/1718/focus=1732.
Well, actually, as Troels fully covered all of you questions in more
detail than I could have provided, I don't have anything to add. If
you have other questions, please don't
Dear Edward,
Thanks for providing help and insights. I used an improved script. The
scripts is able to calculate the R2eff and the omegaeffective properly, but
it is not able to fit any model. It also sees dispersion point as
a constant 1500 Hz (see attached file in results/R2eff/disp_55_N.out).
Dear Atul.
Please use the support tracker when you upload files.
The email list is fragile, and cannot handle email attachment.
I made small modifications to your script.
I normally split them up.
1st script for setup, and printing stuff to check.
2nd script, which just call the previous
Dear Atul.
Thank you for a very descriptive problem.
I am sure this post will help others.
I will write an extended detailed description, in hope it can help others.
Most of it will be trivial for you.
Let us arm ourself with some reference information, to let the details
become clearer.
Since
Dear Edward,
I already mentioned the issue but I realized that perhaps the question was
not very clear.
Following is the situation I am trying to solve by 'relax':
I have constant-relaxation-time relaxation-dispersion data for
off-resonance 15N R1rho acquired on Bruker spectrometers (I would
Hi Atul,
I have just returned from holidays, hence my late reply. However
Troels' reply should have fully addressed your questions and issues.
Is the analysis now working for you? Note that the spin-lock
amplitude Omega_1 is the spin-lock field strength or nu_1, as you have
supplied (converted
Dear Atul.
Welcome to the mailing list!
This question is a very good one, and is not covered good enough in the manual !
There has been a question related to this question on the mailing list recently.
From Peixiang, at:
http://thread.gmane.org/gmane.science.nmr.relax.user/1654
Dear Edward,
I am trying to use 'relax' for the off-resonance R1rho
constant-relaxation-time relaxation dispersion using R1rho_analysis.py
script available as sample script with relax.
The following is the section where I have question:
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