XENONnT / alea / 14850087324

76%

push

github

Add sources and example notebook for 1D CES inference (#161)

* refractors smearing and acceptance functions used in lower

* Add .venv to .gitignore

* Add CESTemplateSource class to ces_source.py

* Add new YAML configuration files and notebook for CES inference

* Fix optional parameter type in smearing_hist_gaussian function and add missing import statement

* Update biasing_hist_arctan and biasing_hist_sigmoid default parameters

* Finished the first template source for ces space

* Refactor CESTemplateSource class and add new methods

* Add new files and update ces_source.py and ces_functions.py

* Add xe133_template.ii.h5 file

* Add support for additional transformations and fix parameter retrieval bug in CESTemplateSource class

* Fix biasing calculation in CES functions

* Add mypy configuration file

* Update livetime description and xe133 rate multiplier value

* Add example notebook for the ces inference

* update ces notebook

* refactor build_histogram: break into several functions

* delete unused files

* Add function to fast smear monoenergy histogram

* Add gaussian source and flat source to the model

* Update example notebook showing several different sources

* change name for the monoenergy source

* Move ces funcs to a temp folder

* Update ces_source

* fix typo

* update ces example yaml

* update example ces peak energy

* update the example notebook to show the fitted smearing model

* remove outdated config

* keep minimal ces transformation functions in alea

* update notebook

* remove unused ceseff

* delete mypy

* [pre-commit.ci] auto fixes from pre-commit.com hooks

for more information, see https://pre-commit.ci

* format with flake8

* format with flake8

* format with flake8

* [pre-commit.ci] auto fixes from pre-commit.com hooks

for more information, see https://pre-commit.ci

* Add bin length requirement to pass mypy check

* modify length check for bins

* modify check for bin length again...

* omgalsoneedtom... (continued)

22 of 359 new or added lines in 5 files covered. (6.13%)

1720 of 2255 relevant lines covered (76.27%)

1.53 hits per line