Getting start

# Start
git clone [email protected]:sun51027/Earthquake.git

# initialize 
./forBeginner.sh

# make sure you have installed ROOT
# if you are in ntugrid
cmsenv

# compile 
# ignore warning when compiling
make

Command

./main -h : open argument list

To draw p-value (-pd & -pg), manual is necessary

- - - -i inputfile1 -i2 inputfile2 -o outputfile Note
-t -template RadonData.root Rn_template.root
-an -analysis RadonData.root Rn_template.root Rn_analysis.root
-dir -eqdir GDMScatalog.txt datetime.txt EQdir.root
-geo -geodata HWA_00_*_ datetime.txt GeoData.root inputfile 1 is a name!! not a file!!!
ex. HWA_00_EHE_20220101_20220219
-cali --calibration RadonData.root RadonData_cali.root
-pd Rn_analysis.root EQdir.root Change time and parameters in main.cc first
-pg Rn_analysis.root GeoData.root Change time and parameters in main.cc first
# Below input/output file are Jan 9 to Feb 18 2022. (20220109-20220218)
# Radon 
./main -t -i root_output/RadonData220109_0218.root -o root_output/Rn_template_test.root
./main -an -i root_output/RadonData220109_0218.root -i2 root_output/Rn_template_test.root -o root_output/Rn_analysis_test.root

# EQ directory
./main -dir -i eqdir/GDMScatalog20220101-0820_HWA.txt -i2 doc/datetime_220109-0218.txt -o root_output/EQdir_test.root

Before running waveform data analysis, see GeoData.cc first

# Geodata 
./main -geo -i HWA_00_EHE_20220101_20220219 -i2 doc/datetime_220109-0218.txt

# Note: use quick_geo.sh to analyze Geographical data
./quick_geo.sh

Skip these : They need to be optimized!


Full Analysis

( click triangle to see detail)

Radon data

Geographical Data from CWBSN

Code

Code Library