1. Y. Karadzhov, MICE Video Conference 25-feb TOF Calibration - Trigger TOF1 TOF 0 TOF 1 TOF 2 The blue line encloses the calibrated area in the TOF stations.

2. Y. Karadzhov, MICE Video Conference 25-feb TOF Calibration - Trigger TOF1 Time resolution after the calibration: TOF0 – 51ps; TOF1 – 62ps; TOF2 – 52ps.

3. Y. Karadzhov, MICE Video Conference 25-feb TOF Calibration - Trigger TOF0 The blue line encloses the calibrated area in the TOF stations. TOF 2 TOF 0 TOF 1

4. Y. Karadzhov, MICE Video Conference 25-feb TOF Calibration - Trigger TOF0 Time resolution after the calibration: TOF0 – 50ps; TOF1 – 63ps; TOF2 – 51ps.

5. Y. Karadzhov, MICE Video Conference 25-feb To avoid the confusion, the calibration is documented in the logbook. Message in the logbook

6. Y. Karadzhov, MICE Video Conference 25-feb How to get the Time of Flight faster? vector tof0sp = tofRec.GetSpacePoints( 0 ); if( tof0sp.size()==1 ) t = theEvent.tofSpacePoints[ tof1sp[0] ]->time(); vector tofUpTrack = tofRec.GetUpStreamTracks(); vector tofDownTrack = tofRec.GetDownStreamTracks(); if( tofUpTrack.size()==1 ) tof = theEvent.tofTracks[ tofUpTrack[0] ]->GetTimeOfFlight(); Here we select TOF0 // this is the time measured by TOF0 // Tracks between TOF0 and TOF1 // Tracks between TOF1 and TOF2 // this is the time of flight between TOF0 and TOF1 This is a faster access to the data. I recommend to use this in the online applications.

7. Y. Karadzhov, MICE Video Conference 25-feb Data quality runstatustrigger 01467good1 01468bad1 01469good1 01470good1 01472good0 01474good0 01476good1 01477good1 01478good1 01479good1 01480bad1 01484good0 01485good0 01486bad1 01487good1 01488good1 01489bad1 We still suffer from the loss of synchronization between the crates of the DAQ. This problem is visible only in TOF2. Shifters should pay more attention on this.