new file: BP_analysis_thinSensors.cpp
new file: BP_fit.cpp
new file: BP_fit_M431.cpp
new file: BP_fit_thin.cpp
new file: BP_scan_both_speeds.sh
new file: BP_scan_thinSensor.sh
new file: CS_analysis_M431.cpp
new file: CS_analysis_M439.cpp
new file: CS_fit.cpp
new file: CS_fit_M431
new file: CS_fit_M431.cpp
new file: CS_scan_both_speeds.sh
new file: CuFluo_exposure_both_speeds.sh
new file: CuFluo_fit.cpp
new file: Default_pixels_arrays.cpp
1.New files:
a. Fits for a given module, column, and row:
i) BP_fit.cpp
ii) BP_fit_M431.cpp
iii) BP_fit_thin.cpp (use a different scan as the standard module)
iv) CS_fit.cpp
v) CuFluo_fit.cpp
b. Calibration bash files:
i) BP_scan_both_speed.sh
ii) CS_scan_both_speed.sh
iii) CuFluo_exposure_both_speed.sh
v) BP_scan_thinSensor.sh (use a different scan than the standard one)
c. Analysis:
i) CS_analysis_M431.cpp
ii) CS_analysis_M439.cpp
ii) BP_analysis_thinSensor.cpp
d) Default pixels map for JF systems
i) Default_pixels_array.cpp (gives 3 bin files with the default pixels of the JF system at G0, G1, G2, HG0, view from the front side)
2. Changes
a. Calibration bash files
- BP_scan_JF11.sh (changed pc of the wave generator)
- CuFluo_exposure.sh (increase frames)
- filename_creator.sh ( defined parameter DSTIP to source it from any receiver pc. The pccalib.sh has to be sourced before)
b. Analysis
- BP_analysis.cpp ( avoid abort of the analysis due to empty fits in the plotting of the ADU versus mV for the defined pixels )
- CS_analysis.cpp
c. Run_JFCalibration.txt
