Now CalData will be sorted with a descending order of energy first, then it will be clustered through the Cal2Hit process based on the time and geometrical distances between the hits. The clustered hits for each detector will be again checked with the time-correlations to the other detector, then reconstruct the Z. The hit parameters are defined detector-by-detector to accommodate different thicknesses. The weights to average the values are half and half. The HitData will include the DetectorID to indicate how reconstruction is made. If two detectors are used, DetID=0 will be assigned, otherwise, if only one detector is used, the actual DetID will be recorded.
Checklist:
[ ] Rebased against dev branch
[X] My name is in the resp. CONTRIBUTORS/AUTHORS file
Now CalData will be sorted with a descending order of energy first, then it will be clustered through the Cal2Hit process based on the time and geometrical distances between the hits. The clustered hits for each detector will be again checked with the time-correlations to the other detector, then reconstruct the Z. The hit parameters are defined detector-by-detector to accommodate different thicknesses. The weights to average the values are half and half. The HitData will include the DetectorID to indicate how reconstruction is made. If two detectors are used, DetID=0 will be assigned, otherwise, if only one detector is used, the actual DetID will be recorded.
Checklist:
devbranch