The Detector is HPS-PhysicsRun2016-v5-3-fieldmap_globalAlign
files on work disk /work/hallb/hps/data/physrun2016/tpass1c
No file from this will go to tape
Outputs
Recon.slcio
DST.root
ntuple moller
ntuple fee
ntuple trident
pulser.slcio
dst_pulser.root
s0.slcio
dst_s0.root
s1.slcio
dst_s1.root
Moller.slcio
dst_Moller.
v0.slcio
dst_v0.root
dqm.txt (will be dropped in the pass1)
dqm.root (will be dropped int the pass1)
This test pass includes
New geometry from Alessandra.
event time stamp is fixed
SVT bias and position flags expected to be fixed on this pass
mass and momentum are correct now for detached vertex pairs
Doesn't use SVT alignment constants from the conditions system, but instead uses these values from the compact.xml
Directory structure
Checklist of things to verify, before starting the pass1
Look into skims, make sure it is not too tight
I have run my calibration analysis for Møllers and V0s over the recon and skim files and get the same events.(Norman)
Check track parameters for detached vertexes
Tracks for Unconstrained vertices have been swum to the fitted vertex z position and their parameters updated in the Vertex metadata. TargetConstrained and BeamspotConstrained vertices have not been modified. (Norman)
Check whether we get the target position close to 0
Vertices for Unconstrained Møller fits still give +3mm. V0s are slightly negative (~-1mm). FEE are also around -1mm, with a slight discrepancy between top and bottom. (Norman)