Dear all,
This is my first post here, and I have a question regarding the time it takes
for a relaxation dispersion clustering process to finish. I have one clustering
calculation that has been running for ~ 20,000 min on a single Xeon 2.66 GHz
core. The cluster consists of 13 residues being fi
Hi Chung-ke,
Welcome to the relax mailing lists! Thanks to the hard work of one of
the relax developers - Troels Linnet - this long calculation time
should now be much, much shorter. Have a look at the following
release announcement:
http://wiki.nmr-relax.com/Relax_3.3.0
For the 'CR72 full' mo
Hi Chung-ke.
Can you put the information about which version of relax you use?
You can in terminal do:
relax -i
and write it here.
And then there is the question if you used data from one field or two
spectrometer fields.
Fitting to one field, can give problems.
This is described here:
"""Fai
Dear Troels and Edward,
Thank you for the pointers. I was not aware that a new version was out last
week, so I’ve asked the IT people to install it on our cluster. Below is the
output from ‘relax -i’:
[chungke@nmrc10 onc_dAUGA_MES_310K]$ relax -i
relax repos
By the way.
You can start a new analysis from the old results.
I would do this.
1) Upgrade relax
2) Make backup with previous data
3) Start relax in GUI
4) Start a Relaxation dispersion analysis
5) Create the pipe
6) Then go to "user functions" -> results -> read
7) Point to the file "results.b
Hi Chung-ke,
The only way to find out about new relax releases is the
relax-announce mailing list
(http://news.gmane.org/gmane.science.nmr.relax.announce). Some relax
users were signed up for the freecode announcements
(http://freecode.com/projects/nmr-relax), but freecode has
unfortunately shut
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