FOR ASYNC TOF CALIBRATION

set ccdb url (please check!)

export ccdburl="ccdb-test.cern.ch:8080" export runNum="555555"

calibrate diagnostic

o2-tof-calib-reader -b –collection-infile listacal –configKeyValues "HBFUtils.runNumber=$runNum" \ | o2-calibration-tof-diagnostic-workflow -b –tf-per-slot 26400 –max-delay 0 –condition-tf-per-query -1 \ |o2-calibration-ccdb-populator-workflow -b –ccdb-path $ccdburl

calibrate LHC phase

o2-tof-calib-reader -b –collection-infile listacal –configKeyValues "HBFUtils.runNumber=$runNum" \ | o2-calibration-tof-calib-workflow -b –do-lhc-phase –tf-per-slot 26400 –max-delay 0 –condition-tf-per-query -1 –use-ccdb \ |o2-calibration-ccdb-populator-workflow -b –ccdb-path $ccdburl

calibrate offset

check after 100 s if ccdb is updated (for LHCphase)

o2-tof-calib-reader -b –collection-infile listacal –configKeyValues "HBFUtils.runNumber=$runNum" \ | o2-calibration-tof-calib-workflow –do-channel-offset –update-at-end-of-run-only –min-entries 8 –range 100000 -b –condition-tf-per-query 8800 –use-ccdb \ | o2-calibration-ccdb-populator-workflow -b –ccdb-path $ccdburl

calibrate Time Slewing -> for the moment just re-run offset with refined time range (assuming better channel alignment)

o2-tof-calib-reader -b –collection-infile listacal –configKeyValues "HBFUtils.runNumber=$runNum" \ | o2-calibration-tof-calib-workflow –do-channel-offset –update-at-end-of-run-only –min-entries 8 –range 10000 -b –condition-tf-per-query 8800 –use-ccdb \ | o2-calibration-ccdb-populator-workflow -b –ccdb-path $ccdburl

if you run on epn please add this option to populator to access production ccdb as internal

o2-tof-calib-reader ... \ |o2-calibration-ccdb-populator-workflow -b –ccdb-path "http://o2-ccdb.internal"

in sync phase reader is replaced by input proxy collecting data from epns