1. NormAna class has been setup for the L-HRS to get the run normalization info and offline deadtime. The summary info is stored in summaryfiles/LNormAna.log in the onlana directory.2. For the BigBite, the summary file name has bee modified to reflect the correct name and stored in summayfiles/BBNormaAna.log in the onlana directory.
3. Modified the getDeadtime.C to look for file BBNormAna.log for the online display of the deadtime histogram for the bigbite.
4. Need to create a similar macro as #3 for the L-HRS. I'll leave this for Bryan :)
5. For both spectrometers the online and offline deadtime matches very well. It is time to maximize the data taking rate based on this info.
L-HRS run 20172
------------ NormAna Trigger Summary ---------------- Trigger Prescale Num evt Num in Livetime Factor CODA file Scalers
Irrespective of helicity 1 16777215 0 0 0.000 2 16777215 0 0 0.000 3 1 92934 101509 0.893 4 1 5257 6053 0.847 5 65535 0 0 0.000 6 65535 0 0 0.000 7 65535 0 0 0.000 8 100 1837 196874 0.910
Weighted averaged livetime = 0.887 +- 0.019
BigBite Run 1382
------------ BBNormAna Trigger Summary ---------------- Trigger Prescale Num evt Num in Livetime Factor CODA file Scalers
Irrespective of helicity 1 1700 1778 3254414 0.932 2 1 92747 100654 0.925 3 16777215 0 49896 0.000 4 16777215 0 3036 0.000 5 65535 0 1276 0.000 6 50 6309 342046 0.925 7 65535 0 0 0.000 8 100 1084 118922 0.915
Weighted averaged livetime = 0.925 +- 0.003