The polarization keyword may be None, 'linear_qOz', 'linear_xOy' or
'circular'. The IPOL parameter in spec.dat is set accordingly to
0, 1, -1 or 2 respectively.
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This file was updated to be compatible with Python bindings.
The begining of the file is identical to the series expansion
version, so it was copied from there.
The file mpis.f was updated to be compatible with Python
bindings. The module CORREXP_MOD was created and is now
allocated in memalloc/allocation.f. The parameter NLMM was
added to dim_mod.f.
The file coefpq.f was updated to be compatible with Python
bindings. The common /Q_ARRAY/ was refactored as a module in
memalloc/modules.f and allocated in memalloc/allocation.f.
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cut_cylinder and cut_plane functions were too slow due to
lists modifications in for loops. Implementation was modified
a bit while keeping the same API.
For now, cutting a cylinder for an axis 'x' or 'y' is not supported
anymore.
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This keyword is a dictionary allowing any option
to be passed to Phagen or Spec just before runing
the calculation. It is usefull to pass special options
that are for example set automatically otherwise.
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The 'venv' target has been modified to ensure that
setuptools is at the latest version, otherwise the
docker image could not be created.
Dockerfile was modified to pull the master branch
instead of the devel one.
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This last stage is not working due to permission
issues on the server side. I tried to just update
existing files instead of removing everything and
copying new files. Let's see...
In the first example lines of the copper tutorial, the line
'view(cluster)' raised an error since the 'cluster' variable
was not yet declared. Replaced by 'view(copper)'.
The Powershell script (*.ps1) equivalent to the Linux Bash script is
used under Windows as a frontend to the Docker image of MsSpec.
It is converted to an *.exe file (msspec.exe) which is installed
by the setup program (msspec_setup.exe) created by Inno Setup using
the *.iss scripts. The end user will just download the msspec_setup.exe
file.
Previously, the ensurepip method was used
but it is not working as expected in some
Python distributions were it is not included.
Falling back to the bootstraping get-pip.py is
safer.
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The script for dockerized MsSpec could be uninstalled
with the "msspec uninstall" command whereas it is
"msspec -u" for the non containered version. It is
now "-u" for both scripts.
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This script is the frontend of the dockerized MsSpec
for Linux. The user has just to download it, make it
executable and place it in the $PATH to run MsSpec.
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When using python options (like "-c" for example), all
arguments from the command line were not passed to the
launch_script function because of missing double quotes
around the $@ array.
epsi-builds/msspec_python3/pipeline/head There was a failure building this commitDetails
pip was not the default script in the virtualenv in the docker image (pip3 was).
So we had to use "ensurepip" as recommended by the pip team.
The Dockerfile was a bit simplified.
Instead of returning a panda dataframe, return both a list
of [x0, y0, x1, y1,...] values for all the calculations and the
corresponding dict of parameters
Sylvain Tricot