In this analysis, we perform an HPGe energy calibration using spectroscopic data from a number of gamma-ray sources.
You must first have conda installed before the environment can be built. To install the environment, run
make env
This command will create a conda environment named ne204lab0 (specified in the file environment.yml) with all Python packages required to run the analyses. This environment can be activated using
source activate ne204lab0
Data is included for reproducibility purposes, but you could also download it using
make data
Compute the MD5 checksum of the data and compare it using
make validate
The python script scripts/validate.py was included to provide a uniform, cross-platform validation tool.
All code can be ran and figures saved by running
make analysis
Alternatively, one can run all notebooks individually and explore intermediate results along the way.
Modules can be tested from the top-level directory with the command
make test
This runs all tests within the test directory.
This report uses the IEEETran TeX class, which is not installed by default. If you don't already have this class installed on your system, you can use it locally by running
make ieee
which will download the file IEEETran.cls. The report can then be built using
make