This release adds support for histogram inputs to workspace building and introduces a few breaking API changes. It also provides a new utility to match fit results to pyhf models (cabinetry.model_utils.match_fit_results). All keyword arguments are now keyword-only arguments: their associated keyword always needs to be used. Histogram inputs for workspace building can be used with the new cabinetry.templates.collect API. The configuration schema has been expanded to support histogram inputs, and works in a very similar fashion to the specification of paths for ntuple inputs. See the documentation for more information. The cabinetry.template_builder and cabinetry.template_postprocessor API has changed: the high-level functionality is now avai...
Final 2.0 release of Hist! Since beta 1, the following changes were made: Based on boost-histogram ...
This patch release adds the required lower bound to the matplotlib dependency and improves the order...
Submission to the 25th International Conference on Computing in High-Energy and Nuclear Physics. The...
This release adopts the pyhf 0.7 API (#301, #367) and adds support for Python 3.10 (#334). Yield tab...
This release adds the possibility to access figures produced by cabinetry for further customization ...
This patch release fixes the pre-fit parameter uncertainty determination for partially fixed paramet...
This release fixes the contribution from staterror modifiers in the calculation of yield uncertainti...
The cabinetry library provides a Python-based solution for building and steering binned template fit...
This release fixes the goodness-of-fit calculation for models without auxiliary data. It also adopts...
Boost.Histogram, a header-only C++14 library that provides multidimensional histograms and profiles,...
The cabinetry library provides a Python-based solution for building and steering binned template fit...
This release enables the use of all pyhf backends and adds a helper function to set up custom loggin...
Stacks support axes, math operations, projection, setting items, and iter/dict construction. They al...
Talk presented at PyHEP 2022 Full Changelog: https://github.com/amangoel185/pyhep-2022-histogrammin...
This version provides many new features from boost-histogram 0.12 and 0.13; see the changelog in boo...
Final 2.0 release of Hist! Since beta 1, the following changes were made: Based on boost-histogram ...
This patch release adds the required lower bound to the matplotlib dependency and improves the order...
Submission to the 25th International Conference on Computing in High-Energy and Nuclear Physics. The...
This release adopts the pyhf 0.7 API (#301, #367) and adds support for Python 3.10 (#334). Yield tab...
This release adds the possibility to access figures produced by cabinetry for further customization ...
This patch release fixes the pre-fit parameter uncertainty determination for partially fixed paramet...
This release fixes the contribution from staterror modifiers in the calculation of yield uncertainti...
The cabinetry library provides a Python-based solution for building and steering binned template fit...
This release fixes the goodness-of-fit calculation for models without auxiliary data. It also adopts...
Boost.Histogram, a header-only C++14 library that provides multidimensional histograms and profiles,...
The cabinetry library provides a Python-based solution for building and steering binned template fit...
This release enables the use of all pyhf backends and adds a helper function to set up custom loggin...
Stacks support axes, math operations, projection, setting items, and iter/dict construction. They al...
Talk presented at PyHEP 2022 Full Changelog: https://github.com/amangoel185/pyhep-2022-histogrammin...
This version provides many new features from boost-histogram 0.12 and 0.13; see the changelog in boo...
Final 2.0 release of Hist! Since beta 1, the following changes were made: Based on boost-histogram ...
This patch release adds the required lower bound to the matplotlib dependency and improves the order...
Submission to the 25th International Conference on Computing in High-Energy and Nuclear Physics. The...