The COOL software is used by the ATLAS and LHCb experiments to handle the time variation and versioning of their conditions data, using a variety of different relational database technologies. While the COOL core libraries are written in C++ and are integrated in the experiment C++ frameworks, a package offering Python bindings of the COOL C++ APIs, PyCool, is also provided and has been an essential component of the ATLAS conditions data management toolkit for over 10 years. Almost since the beginning, the implementation of PyCool has been based on ROOT to generate Python bindings for C++, initially using Reflex and PyROOT in ROOT5 and more recently using clang and cppyy in ROOT6. This presentation will describe the PyCool experience with u...
The Trigger and Data Acquisition (TDAQ) system of the ATLAS detector at the Large Hadron Collider (L...
The LCG Persistency Framework consists of three software packages (POOL, CORAL and COOL) that addres...
The ATLAS Collaboration at the Large Hadron Collider is releasing a new set of recorded and simulate...
For a long time C++ was virtually the only language of HEP data analysis. This has certainly changed...
PyROOT is the name of ROOT's automatic Python bindings, which allow to access all the ROOT functiona...
CORAL and COOL are software packages used by the LHC experiments for managing different categories o...
Python is nowadays one of the most widely-used languages for data science. Its rich ecosystem of lib...
The Large Hadron Collider at CERN is producing 600 million collisions every second. Only 1 in a mill...
ROOT’s C++ Python bindings: PyROOT, new features in ROOT 6.14, forthcoming features, new PyROOT.</p
Python is a flexible, powerful, high-level language with excellent interactive and introspective ca...
Expanding HEP datasets and analysis challenges continues to give rise to advancing software within t...
The ATLAS Collaboration is releasing a new set of recorded and simulated data samples at a centre-of...
The Python programming language is one of the most popular language in scientific computing. However...
The ATLAS central trigger is responsible for forming the Level-1 trigger decision based on the infor...
The online system in the LHCb experiment uses ROOT in various areas. ROOT is used in all processes p...
The Trigger and Data Acquisition (TDAQ) system of the ATLAS detector at the Large Hadron Collider (L...
The LCG Persistency Framework consists of three software packages (POOL, CORAL and COOL) that addres...
The ATLAS Collaboration at the Large Hadron Collider is releasing a new set of recorded and simulate...
For a long time C++ was virtually the only language of HEP data analysis. This has certainly changed...
PyROOT is the name of ROOT's automatic Python bindings, which allow to access all the ROOT functiona...
CORAL and COOL are software packages used by the LHC experiments for managing different categories o...
Python is nowadays one of the most widely-used languages for data science. Its rich ecosystem of lib...
The Large Hadron Collider at CERN is producing 600 million collisions every second. Only 1 in a mill...
ROOT’s C++ Python bindings: PyROOT, new features in ROOT 6.14, forthcoming features, new PyROOT.</p
Python is a flexible, powerful, high-level language with excellent interactive and introspective ca...
Expanding HEP datasets and analysis challenges continues to give rise to advancing software within t...
The ATLAS Collaboration is releasing a new set of recorded and simulated data samples at a centre-of...
The Python programming language is one of the most popular language in scientific computing. However...
The ATLAS central trigger is responsible for forming the Level-1 trigger decision based on the infor...
The online system in the LHCb experiment uses ROOT in various areas. ROOT is used in all processes p...
The Trigger and Data Acquisition (TDAQ) system of the ATLAS detector at the Large Hadron Collider (L...
The LCG Persistency Framework consists of three software packages (POOL, CORAL and COOL) that addres...
The ATLAS Collaboration at the Large Hadron Collider is releasing a new set of recorded and simulate...