Name: | root-splot |
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Version: | 6.18.02 |
Release: | 1.el7 |
Architecture: | aarch64 |
Group: | Unspecified |
Size: | 142518 |
License: | LGPLv2+ |
RPM: | root-splot-6.18.02-1.el7.aarch64.rpm |
Source RPM: | root-6.18.02-1.el7.src.rpm |
Build Date: | Tue May 18 2021 |
Build Host: | ca-buildarm02.us.oracle.com |
Vendor: | Oracle America |
URL: | https://root.cern/ |
Summary: | Splot library for ROOT |
Description: | A common method used in High Energy Physics to perform measurements is the maximum Likelihood method, exploiting discriminating variables to disentangle signal from background. The crucial point for such an analysis to be reliable is to use an exhaustive list of sources of events combined with an accurate description of all the Probability Density Functions (PDF). To assess the validity of the fit, a convincing quality check is to explore further the data sample by examining the distributions of control variables. A control variable can be obtained for instance by removing one of the discriminating variables before performing again the maximum Likelihood fit: this removed variable is a control variable. The expected distribution of this control variable, for signal, is to be compared to the one extracted, for signal, from the data sample. In order to be able to do so, one must be able to unfold from the distribution of the whole data sample. The SPlot method allows to reconstruct the distributions for the control variable, independently for each of the various sources of events, without making use of any a priori knowledge on this variable. The aim is thus to use the knowledge available for the discriminating variables to infer the behavior of the individual sources of events with respect to the control variable. SPlot is optimal if the control variable is uncorrelated with the discriminating variables. |
- Update to 6.18.02 - Add workarounds for issues caused by the RHEL 7.7 update, that left the aarch64 architecture at RHEL 7.6.
- Rebuilt for GSL 2.6.
- Rebuilt for Python 3.8
- Root 6.18 requires pcm files to be in the same directory as libraries - Add libPyROOT.rootmap and libPyROOT_rdict.pcm as slaves to libPyROOT.so in update-alternatives
- Rebuilt for https://fedoraproject.org/wiki/Fedora_31_Mass_Rebuild
- Update to 6.18.00 - Drop patches accepted upstream: - root-avoid-gui-crash.patch - root-doxygen-generation-with-python-3.patch - Drop patches with alternative fix implemented upstream: - root-dont-install-eve7-files.patch - root-ix32-geom-opt.patch - Drop ppc64 specific workaround (ppc64 no longer built in Fedora or EPEL): - root-ppc64-doc.patch - Dropped subpackages: - root-geocad - root-graf-qt - root-gui-qt - root-gui-qtgsi - root-io-hdfs - root-io-rfio - root-net-bonjour - root-net-globus - root-net-ldap - root-net-krb5 - root-table - Drop BuildRequires needed by the dropped subpackages - New subpackages: - root-graf3d-csg (split off from root-graf3d-gl) - root-gui-browserv7 - root-tree-ntuple - Don't build python2-root for Fedora >= 31 - Include desktop and MIME type files in source RPM (removed from source) - Install man pages in correct directory - Use correct library names in plugin definitions - Don't download test input file if it already exists - Python 3 fixes - Increase test tolerance (aarch64 and ppc64le) - Fix GDB pretty printers install name and location
- Use python-embed pkg-config module if it exists (python 3.8 compatibility)
- Build without HDFS support on Fedora 31+ - Hadoop is FTBFS and uninstallable due to missing Java dependencies - Build without HDFS support for 32 bit architectures on Fedora 30 - Hadoop is not installable due to missing Eclipse dependencies
- Rebuilt to change main python from 3.4 to 3.6
- Fix typo in patch (missing space)