rsMap3D is a Python program for transforming a set of images collected as part of an
x-ray scattering experiment into a 3D reciprocal space map.
Version 1.0.8 of xrayutilities was tested on Windows 7 with:
6/10/2016
xrayutilities-1.2.1-cp27-cp27m-win_amd64.whl found at
https://confluence.aps.anl.gov/display/RSM/Binary+Distributions+of+Python+Packages
spec2nexus 2016.0601.0 installed via pip install from pypi.
For Mac and Linux, it is best to use the same versions from pypi install
with pip install
Fixed an issue with calculating angles when doing sixc geometry and
scanning a real angle. The code was acting like it needed to compute from
pseudo angle scan.
Version 1.0.9 testes with same versions as above:
Fixed an issue with pole figure maps. Had a couple of bugs left from
recent refactoring.
Version 1.0.10
Test with same xrayutilites
Add code to Sector33SpecDataSource to handle runs that have been aborted.
To work with spec files that have beamline specific entries, not handled by
a plugin must have spec2nexus version 2016.0615.1.
Version 1.0.13 - 2016/10/27
The structure of input and output controls, and on the back end DataSource
classes and Mapper classes have been reworked to allow output of data to
different formats. In particular, the input Forms hold information on what
type of output is allowed/needed for that kind of data. Up till this point,
only output to VTI files was allowed. A stock list of input forms is still
provided. A pull-down combo box allows switching between input forms, As
a different form is selected, a list of allowed output forms is created and
placed on the "Process Data" tab. The default form is set active. Each output
form can then also specify a list of "Writers" to be used for selecting the format
of the output data. At this point vti (the only choice till now), a stack of TIFF
images, slicing through the 3D volume, and for XPCS data, a CSV file containing the
qx, qy, qz values for the single position used to collect time series data in an
XPCS scan.
Energy scan data from sector 34 is working, but at present writes only VTI files.
The Sector 33 scan format is working for sector 7, & 30. Still working along with
these beamlines to do some post processing.
Version 1.0.14 - 2016/10/27
Needed to fix list of packages in setup.py did a re-release.
Version 1.0.15 - 2016/10/27
Needed to fix list of packages in setup.py did a re-release.
Version 1.0.16 - 2016/10/31
Needed to fix handling method when pyimm is not found.ZZ
Version 1.0.17 - Changes to allow output of ascii vti file.
Version 1.0.18 - 2016-11-8
Readd missing string constant in common strings file.
Version 1.0.19 - 2016-11-8
Readd missing string logger constants in common strings file.
Version 1.0.20 - 2017-03-03
Changed the Signal/Slot mechanism to use a newer version that will be
used moving forward. This will allow moving more easily to Python 3 and
PyQt 5.x. Note that for now there are issues with VTK/PyQt integration
with PyQt 5.x so for now need to stick with PyQt 4.11 and Python 2.7.
Fixed a problem introduced when the output of data was split out into
writers. The calculation of y data (qy or k) was using x-data instead of
Y. This did not cause a problem when X&Y were using same range but
when they were different, qy/k was wrong.
Version 1.1.0 - 2017-05-22
Switch Configuration to use python's config parser
Made it possible to edit which
Version 1.1.1 - 2017-06-08
Change the angle mapping code esp in S33SpecDataSource so that the angle
mapping function can live in a module outside of the S33SpecDataSource
class. This will make it easier for the user to add mapping functions.
Now they would simply need to add a module to the PYTHONPATH, and add
the module name (w/ package path if necessary).
Version 1.1.2 - 2017-06-08
Revert s1highenergydatasource to a previous version with no mpi
Version 1.1.3 - 2017-06-08
Remove @profile from s1highenergydatasource
Version 1.1.4 - 2017-06-08
Remove @profile from s1highenergydatasource didn't take last time.
Version 1.1.5 - 2017-08-01
Add support for ccdscans from the XPCS beamlines. This uses spec to scan
and store angle information and IMM files (local to APS) to store images.
The spec file has '#CCD ccdscan scannum' line to indicate this type of scan.
For now supporting subtraction of dark images (averaged without the first
dark Image, reading the location of files from the '#CCD image_dir' line
and replacing the base part of this image directory for cases where the
data has been copied to another computer.
Version 1.1.6 - 2017-08-04
To keep up with some interpreter versions being sensitive to this have
switched '== None' with 'is None'
Version 1.1.7
Add powderscan output for sector 33.
Play around with new setup.py. Added resources directory with example xml
and also get the LICENSE file into the distro.
Version 1.1.8 2017-11-7
Fix problem selecting only a one or two images to process from a scan. This
caused a problem if the size of the scan was such that processing was
done in a number of passes based on user defined amount of memory to use
and the size and number of images to process.
Add Powder scan form into the S33 scan form.
Version 1.1.9 2017-11-7
Fix Gridmapper to show 100% when done.
Fix S1 to show 100% when done loading.
Version 1.2.0rc1 2019-04-02
The major change is to switch to Python 3 and PyQt5, and VTK 8.2, with
as little change to the overall code as psosible. So far, this has
been tested on Mac with Anaconda Python (custom version has been updated),
with conda 4.6.7(conda-build version: 3.4.1), python 3.6.8.final.0.
Version 1.2.0rc2 2019-04-02
Fix a bug creating an new configuration file when one does not exist.
Version 1.2.0rc2 2019-04-02
Mostly fix issues in Py2 to 3 conversion. File dialogs now return a
list even for single file operations. Needed to pick list element as 0th
element in using single file selection.
Version 1.2.0rc4 2019-04-02
Fix a problem with extracting the UB matrix from the scan file. This
was due to a change in Pythons built-in 'map' function. This caused
a problem using the output to create a numpy array.
Version 1.2.1 2019-07-11
Finalize 1.2 release & add a function to copy one motor columns data to another
column. This is useful when both sample and detector have the same motor.
Cannot include the same motor twice. This allows setting up a dummy motor
to copy another array into it.Linked-Liszt/rsMap3D
rsMap3D - A Python application for transforming images collected in an X-ray scattering experiment into a 3D reciprocal space map
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