Having struggled through similar build problems, I'd like to suggest
augmenting the existing source and binary distributions with a
distribution that includes header files and static libraries.
thanks,
Alastair Fyfe
UCSC
On 03/14/2015 05:17 AM, Ian Tickle wrote:
Hello All
I want to
uot;, FPART and SCPART.
However, this does not re-calculate kSol and bSol to reflect the
modified mask. Is there a way to simply supply the mask to be used
rather than have refmac calculate it ?
Thanks,
Alastair Fyfe
On 01/11/2015 08:04 AM, Eleanor Dodson wrote:
Yes. If the model is incomplete
0979
This seems to happen rather erratically relative to changes in the model
and I've been unable to determine which restraints/weights are responsible.
Thanks for any pointers,
Alastair Fyfe
UCSC
yond the sources used to build the last
binary distribution?
Alastair
On 08/04/2014 11:11 AM, Marcin Wojdyr wrote:
On Thu, Jul 31, 2014 at 08:08:32PM -0700, Alastair Fyfe wrote:
2)6.4.0 binary bundles no longer include header files or static libraries.
Thus to build local utilities the binary
those from the last release.
thanks,
Alastair Fyfe
UCSC
Is there a JHBuild setting for requesting both static and shared libs?
The default seems to only build *.so(s) and setting _build_static=True
in conf.py only yields *.a(s).
Thanks,
Alastair Fyfe
d a blank chain ID corresponds to
PART 0.
You may have to assign different residue numbers to CA and HOH, but I
think this is also the case for shelxl.
Does this resolve your problem?
Best,
Tim
On 05/14/2014 07:48 PM, Alastair Fyfe wrote:
On the subject of not (willfully) contaminating the pd
r software, eg mmdb.
thanks,
Alastair Fyfe
ed in many of the available mmCIF files? I should check..
thanks,
Alastair
On 04/04/2014 09:52 AM, Nat Echols wrote:
On Fri, Apr 4, 2014 at 9:36 AM, Alastair Fyfe wrote:
The topic brings up a question that I've been wondering about for some
time, perhaps someone can enlighten me. Why
The topic brings up a question that I've been wondering about for some
time, perhaps someone can enlighten me. Why is it not standard practice
to deposit map coefficients along with structure factors ? Unlike image
deposition there are no significant storage or file format issues. This
would
ecular surfaces, but I haven't found a reference for maps.
thanks,
Alastair Fyfe
in the map.
Best,
Alastair Fyfe
On 11/09/2013 11:27 PM, Jrh wrote:
Dear Alastair,
This reference:-
http://dx.doi.org/10.1107/S0907444903004219
seems related to your email input below.
I would be grateful though to be guided with a couple of references from you on
the topics you raise.
T
nyone suggest a relevant reference? This seems a useful
adjunct to bond-valence/non-bonding contact methods.
thanks,
Alastair Fyfe
On 11/09/2013 03:24 AM, Robbie Joosten wrote:
Hi Ed,
WHAT_CHECK checks water that may be ions and also checks the identity of ions
already built. The check my metal serv
Elise - after looking into a related problem for some time, I've come
to the conclusion it's a bit harder than it seems. Two obstacles:
(1) there is no good coordinate system for partitioning the overall
solvent volume (fraction of unit cell not occupied by protein density)
into suitable "nei
crystallographers out there, but to this day nobody has come up with a
"systematic error" that, when accounted for in refinement, gives you a
small-molecule-style R/Rfree for pretty much anything in the PDB. Not
even lysozyme.
-James Holton
MAD Scientist
On 9/5/2013 9:35 AM, A
Below are some links to tools for simulating Fobs data:
phenix.fake_f_obs:
http://cci.lbl.gov/cctbx_sources/mmtbx/command_line/fake_f_obs.py
phenix.fmodel: http://cci.lbl.gov/cctbx_sources/mmtbx/command_line/fmodel.py
sftools (calc keyword): http://www.ccp4.ac.uk/html/sftools.html
diffraction
Any pointers to open-source software for generating (for legitimate
purposes) simulated Fo data starting from Fc or pdb would be much
appreciated. I understand phenix.fmodel is an option - are there others?
thanks,
Alastair Fyfe
>The pdbe.org, for example allows to upload auxiliary files and in my
opinion the
>uploading of the final .ins-file (not the .res-file!) should be made
mandatory
>in the case of shelxl refinement.
>all the input files, e.g. command scripts/cif-files for ligands/.ins
files etc.
>should be atta
Does anyone know of software that will segment a unit cell into volume
internal/external to a calculated molecular surface ?
thanks!
Alastair Fyfe
19 matches
Mail list logo