Thank you to Pavel, Robbie and Mark og tak til Bjørn og Robert. 

It was the last day of this student's project and she was doing some kind of coarse-grain protein dynamics model. This was the first time she asked me for help so I had to both (try) to understand what she was doing and figure out how to help her in the quickest manner while introducing the fewest new pieces of software. And I was a bit tired *ahem* from the going away party the night before. 

Robbie's solution was by far the easiest. Basically, he has a list of all the Wilson B-factors for experimental data in the pdb from his work on PDB_REDO. It's a long list. 
This gave her more consistent data when analysing the experimental structures. I don't know if it measurably influenced the model results. 

The lesson is of course that if you are going to analyse data deposited by other people... Blah, blah. Starting over.
If you analyse x-ray crystal structures and you aren't a crystallographer then you should go ally yourself with one from the beginning.
 
 Thanks for all the help and suggestions guys.

-Morten



On 21 March 2014 18:55, Pavel Afonine <pafonine@lbl.gov> wrote:
Sounds like Phenix is missing a command line tool as simple as this:

phenix.wilson_b data.mtz label="F-obs"

Pavel



On 3/21/14, 11:42 AM, R.D. Oeffner wrote:
>From phenix.python you can script it like:

B:\Users\oeffner\Tests\MRproblem>phenix.python
Python 2.7.3 (default, Apr 10 2012, 23:24:47) [MSC v.1500 64 bit (AMD64)] on win32
Type "help", "copyright", "credits" or "license" for more information.

from mmtbx.scaling import xtriage
xtrobj = xtriage.run(["dom2.1.mtz", "--quiet"])
print "Wilson B= %2.2f" %xtrobj.basic_results.iso_b_wilson
Wilson B= 161.98


The script will then only print the B factor although xtriage still does "everything else" under the hood.

rob




On 2014-03-21 16:45, Morten Grøftehauge wrote:
Hi guys,

Is there a way to just have phenix.xtriage compute and output the
Wilson B factor and not do everything else? I want to run it on a lot
of files and that would simplify things.

Cheers
Morten

--
Morten K Grøftehauge, PhD
Pohl Group
Durham University
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--
Morten K Grøftehauge, PhD 
Pohl Group
Durham University