TDCR model
Project description
TDCRPy
TDCRPy
is a Python code to calculate detection efficiency of a liquide scintillation counter using 3-photomultiplier tubes.
The calculation is based on the photo-physical model called of the Triple-to-Double-Coincidence-Ratio method (TDCR) [1] and a Monte-Carlo sampling allowing to adress complexe decay schemes and radionuclide mixtures.
The code is developped and maintained by the BIPM (MIT license).
Installation
TDCRPy
requires that the following packages are installed in your Python
environement.
pip install importlib.resources configparser numpy tqdm setuptools scipy
or in conda
environement:
conda install importlib.resources configparser numpy tqdm setuptools scipy
Then, TDCRPy
can be installed.
pip install TDCRPy
To obtain the last version.
pip install TDCRPy --upgrade
The module can be imported in your Python code such as.
import tdcrpy
Documentation
The full documentation for this project can be found in docs/_build/html/index.html.
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