The code ino_digi_read1.C is to reconstruct tracks in mIcal using TMinuit.

The function PropagateTrack propagates a muon with the given input parameters.

There are two method to prapagate. Defined with the flag PropagateTrack.

If the flag isSimData is defined, then it works for the simulated events.

Structure of events for data and simulation are given in the RPCEve.h and T2.h class files, respectively.

Muon energy loss file: muon_energy_loss_in_fe.txt

The detector alignment data is in the ASCII files, i.e. mIcal_correction_PosTime_20210702.txt mIcal_correction_sim.txt mIcal_correction_TDCstrp_20210702.txt

Input file location is hard coded in the code ./input_files/.

Output file location is hard coded in the code: ./temp/.

One might change it in the code, if the input/output file location differs.

A bunch of input files may be present in /var/nfscondor/surya/ and /var/nfscondor/surya/sim/. One might use them.

Arguments to the executable:

0. executable itself
1. input file
2. starting event number (starts from 0)
3. end event number
4. output file file suffix (any positive integer upto 99999); useful for batch submission.

Source in sim01: source env.sh

Compile: ./execute

Run:

For simulated events: ./ino_digi_read1 test_digi.root 0 100 0
For Data:             ./ino_digi_read1 BRPCv4t_evtraw_20181226_192148.root 0 100 0

Batch Submission: The following scrips are for submitting jobs to htcondor.

surya_job_data.jdl surya_job_sim.jdl

Change the initialdir before submitting jobs.

Check the folder collated for details.