DM analysis

This is based on the Ben's dark matter analysis package (https://github.com/VERITAS-Observatory/DM-Aspen).

Requirement: python 3 and pyROOT
Prerequisite:
- Define an environment variable "DM", which points to the location of your analysis directory. e.g., export DM=$HOME/DarkMatter
- Prepare IRF files in $DM/RefData, e.g., effArea-v483-auxv01-CARE_June1702-Cut-NTel2-PointSource-Soft-TMVA-BDT-GEO-V6_2019_2020-ATM61-T1234.root
- Prepare anasum root files in $DM/Data/'dwarf name', e.g., $DM/Data/segue_1/48865.anasum.root

For usage, you can refer to tutorials.

Name		Name	Last commit message	Last commit date
Latest commit History 10 Commits
DarkMatter		DarkMatter
UHDM		UHDM
Wino		Wino
check		check
README.md		README.md
Tutorial_Final_MakePublication.ipynb		Tutorial_Final_MakePublication.ipynb
Tutorial_Step0_Initialization.ipynb		Tutorial_Step0_Initialization.ipynb
Tutorial_Step1_J_Profile.ipynb		Tutorial_Step1_J_Profile.ipynb
Tutorial_Step2-1_VEGAS.ipynb		Tutorial_Step2-1_VEGAS.ipynb
Tutorial_Step2-2_EventDisplay.ipynb		Tutorial_Step2-2_EventDisplay.ipynb
Tutorial_Step3_2D_analysis.ipynb		Tutorial_Step3_2D_analysis.ipynb
Untitled.ipynb		Untitled.ipynb
Ursa_Major_III.ipynb		Ursa_Major_III.ipynb
plot-data (1).csv		plot-data (1).csv
plot-data.csv		plot-data.csv
test of GP.ipynb		test of GP.ipynb
untitled.py		untitled.py
untitled2.py		untitled2.py
untitled3.py		untitled3.py
windo_boson.npy		windo_boson.npy
windo_gamma.npy		windo_gamma.npy
windo_gamma2.npy		windo_gamma2.npy

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