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'''If you want to read about this wiki, go to [[Main Page]], please.''' | |||
[http://xds.mpimf-heidelberg.mpg.de/ XDS] is the main program of the [[Main Page|XDS program package]]. Binaries are available for Linux and Mac platforms. | |||
XDS reads the user-supplied file [[XDS.INP]] which contains the keywords and parameters for a run of the program. To reduce a dataset, it goes through the steps ("JOB"s) | |||
* [[XYCORR]] : setup of spatial correction tables if required | |||
* [[INIT]] : calculate gain of detector and initial background table | |||
* [[COLSPOT]] : find strong reflections for indexing on one or more frames | |||
* [[IDXREF]] : index strong reflections in known cell, or supply info about possible cells | |||
* [[DEFPIX]] : define parts of detector that should be used for intensity integration | |||
* [[INTEGRATE]]: go through dataset and integrate (= calculate intensities of) all reflections | |||
* [[CORRECT]] : scale symmetry-related reflections and print out statistics (file [[CORRECT.LP]]) | |||
(additional, optional JOBs are [[XPLAN]] and [[DIRB]]). | |||
Each step writes a logfile with a name corresponding to the name of the step, with ".LP" appended. | |||
XDS is run simply using | |||
xds | |||
for the single-processor version, and | |||
xds_par | |||
for the parallel version of the program (parallelized using OpenMP). To speed up data reduction even further, several instances of the single or parallel version of the program can be run at the same time on parts of the ''same dataset'' (see MAXIMUM_NUMBER_OF_JOBS= keyword in [[XDS.INP]]). | |||
== | == See also == | ||
* [[Special:Allpages|List of all pages]] - to see which pages exist already ... | |||
* [[Topics]] as an attempt to provide a hierarchy of pages | |||
* [[Performance]] | |||
* [[FAQ]] | |||
Latest revision as of 14:27, 22 October 2019
If you want to read about this wiki, go to Main Page, please.
XDS is the main program of the XDS program package. Binaries are available for Linux and Mac platforms.
XDS reads the user-supplied file XDS.INP which contains the keywords and parameters for a run of the program. To reduce a dataset, it goes through the steps ("JOB"s)
- XYCORR : setup of spatial correction tables if required
- INIT : calculate gain of detector and initial background table
- COLSPOT : find strong reflections for indexing on one or more frames
- IDXREF : index strong reflections in known cell, or supply info about possible cells
- DEFPIX : define parts of detector that should be used for intensity integration
- INTEGRATE: go through dataset and integrate (= calculate intensities of) all reflections
- CORRECT : scale symmetry-related reflections and print out statistics (file CORRECT.LP)
(additional, optional JOBs are XPLAN and DIRB).
Each step writes a logfile with a name corresponding to the name of the step, with ".LP" appended.
XDS is run simply using
xds
for the single-processor version, and
xds_par
for the parallel version of the program (parallelized using OpenMP). To speed up data reduction even further, several instances of the single or parallel version of the program can be run at the same time on parts of the same dataset (see MAXIMUM_NUMBER_OF_JOBS= keyword in XDS.INP).
See also
- List of all pages - to see which pages exist already ...
- Topics as an attempt to provide a hierarchy of pages