// Use this example to test L1H1V1 vs L1H2H3V1 (H2,H3 V Shape) with noise for aLigo and a standard MDC BRST set
// The file macro/mdc.lst is used as input mdc source parameters 

// to generate all necessary stuff do :
make setup
  
// to change the cwb parameters edit :
config/user_parameters*.C

// to run interactive cwb pipeline for job1 do :
make cwb_H1
make cwb_H2
make cwb_H3
make cwb_L1H1V1
make cwb_L1H2H3V1

// to run interactive ced for job1 do :
make ced_H1
make ced_H2
make ced_H3
make ced_L1H1V1
make ced_L1H2H3V1

// to change the injection mdc factor (by default = 1) do :
Ex: make cwb_L1H1V1 FACTOR=10

// To draw the H2H3 network antenna patterns use macro :
macro/Test_H2H3_45deg.C
change definitions and do :
// in par : polarization=3 -> sqrt(|F+|^2+|Fx|^2)      DPF
root -l 'macro/Test_H2H3_45deg.C(3)' 

// to reset the directory do :
make clean
