Database Variables and Their Definitions

  

Host Node Node where cooking was performed

Processing Start Date Date when job was started

Processing Start Time Time when job was started

Processing End Date Date when job was completed

Processing End Time Time when job was completed

itorus Current in main torus in Amps

iminitorus Current in minitorus in Amps

itagger Current in tagger in Amps

beam energy Energy of beam in MeV

  

scaler_mon cmd Command used to run scaler_mon

scaler_mon hbook Location of scaler_mon output histogram file

scaler_mon text Location of scaler_mon output text file

Trigger Rate Rate at which data was written to disk (Hz units in value)

Clock Live time % Livetime based on the clock

Ungated FC counts Ungated counts from the Faraday cup

Ungated FC Coulombs Ungated Faraday cup value in Coulombs

FC Live time % Livetime based on the Faraday cup

  

Cooking Start Date Date when cooking began

Cooking Start Time Time when cooking began

Cooking End Date Date when cooking ended

Cooking End Time Time when cooking ended

sync command Command used to run sync

sync file Location of sync output text file

Total Sync Events Total number of synchronozitation events in raw data file

# of Bad Sync Events Total number of bad synchronozitation events in raw data file

Fraction Bad Sync Events Fraction of total synchronozitation events which are bad

a1c Command Line Command used to run a1c

Output files Location of cooked data files

# of events Total number of events in raw data file

# of events written Total number of events kept after cooking process

  

rf_mon command Command used to run rf_mon

rf_mon histo file Location of rf_mon output histogram file

rf peak height Height of rf peak

rf TOF resolution Resolution of rf time of flight value

rf offset Value of RF offset

  

pid PART command Command used to run pid_mon for PART banks

pid_mon text file Output text file from pid_mon for PART banks

pid_mon hbook file Ouput histogram file from pid_mon for PART banks

n_Electron Total number of electrons from PART bank in cooked file

n_PiPlus Total number of positive pions from PART bank in cooked file

n_PiMinus Total number of negative pions from PART bank in cooked file

n_Deuteron Total number of deuterons from PART bank in cooked file

n_KPlus Total number of positive kaons from PART bank in cooked file

n_KMinus Total number of negative kaons from PART bank in cooked file

n_Unknown Total number of unknowns from PART bank in cooked file

n_Proton Total number of protons from PART bank in cooked file

n_Gamma Total number of neutrals from PART bank in cooked file

Electron_sI Number of PART electrons in sector I = 1 ... 6

Proton_sI Number of PART protons in sector I = 1 ... 6

PiPlus_sI Number of PART positive pions in sector I = 1 ... 6

PiMinus_sI Number of PART negative pions in sector I = 1 ... 6

KPlus_sI Number of PART positive kaons in sector I = 1 ... 6

KMinus_sI Number of PART negative kaons in sector I = 1 ... 6

Gamma_sI Number of PART gammas in sector I = 1 ... 6

Deuteron_sI Number of PART deuterons in sector I = 1 ... 6

Unknown_sI Number of PART unknowns in sector I = 1 ... 6

HB pos_sI Number of positive hit based tracks in sector I = 1 ... 6

HB neg_sI Number of negative hit based tracks in sector I = 1 ... 6

TB pos_sI Number of positive time based tracks in sector I = 1 ... 6

TB neg_sI Number of negative time based tracks in sector I = 1 ... 6

 

 

pid SEB command Command used to run pid_mon for SEB banks

seb_mon text file Output text file from pid_mon for SEB banks

seb_mon hbook file Ouput histogram file from pid_mon for SEB banks

seb_n_Electron Total number of electrons from SEB bank in cooked file

seb_n_PiPlus Total number of positive pions from SEB bank in cooked file

seb_n_PiMinus Total number of negative pions from SEB bank in cooked file

seb_n_Deuteron Total number of deuterons from SEB bank in cooked file

seb_n_KPlus Total number of positive kaons from SEB bank in cooked file

seb_n_KMinus Total number of negative kaons from SEB bank in cooked file

seb_n_Unknown Total number of unknowns from SEB bank in cooked file

seb_n_Proton Total number of protons from SEB bank in cooked file

seb_n_Gamma Total number of neutrals from SEB bank in cooked file

seb_Electron_sI Number of SEB electrons in sector I = 1 ... 6

seb_Proton_sI Number of SEB protons in sector I = 1 ... 6

seb_PiPlus_sI Number of SEB positive pions in sector I = 1 ... 6

seb_PiMinus_sI Number of SEB negative pions in sector I = 1 ... 6

seb_KPlus_sI Number of SEB positive kaons in sector I = 1 ... 6

seb_KMinus_sI Number of SEB negative kaons in sector I = 1 ... 6

seb_Gamma_sI Number of SEB gammas in sector I = 1 ... 6

seb_Deuteron_sI Number of SEB deuterons in sector I = 1 ... 6

seb_Unknown_sI Number of SEB unknowns in sector I = 1 ... 6

seb_HB pos_sI Number of positive hit based tracks in sector I = 1 ... 6

seb_HB neg_sI Number of negative hit based tracks in sector I = 1 ... 6

seb_TB pos_sI Number of positive time based tracks in sector I = 1 ... 6

seb_TB neg_sI Number of negative time based tracks in sector I = 1 ... 6

 

 

qtrk_Electron Quality of electron track from PART bank

qtrk_Proton Quality of proton track from PART bank

qtrk_PiPlus Quality of positive pion track from PART bank

qtrk_PiMinus Quality of negative pion track from PART bank

qtrk_KPlus Quality of positive kaon track from PART bank

qtrk_KMinus Quality of negative kaon track from PART bank

qtrk_Gamma Quality of gamma track from PART bank

qtrk_Deuteron Quality of deuteron track from PART bank

qtrk_Unknown Quality of unknown track from PART bank

seb_qtrk_Electron Quality of electron track from SEB bank

seb_qtrk_Proton Quality of proton track from SEB bank

seb_qtrk_PiPlus Quality of positive pion track from SEB bank

seb_qtrk_PiMinus Quality of negative pion track from SEB bank

seb_qtrk_KPlus Quality of positive kaon track from SEB bank

seb_qtrk_KMinus Quality of negative kaon track from SEB bank

seb_qtrk_Gamma Quality of gamma track from SEB bank

seb_qtrk_Deuteron Quality of deuteron track from SEB bank

seb_qtrk_Unknown Quality of unknown track from SEB bank

  

pdu command Command used to run pdu

pdu out file Location of pdu output text file

pdu wire file Location of pdu output wire map file

pdu histo file Location of pdu output histogram file

pdu_sIrJ_dead Number of dead drift chamber wires sector I = 1 ... 6, region J = 1 ... 3

pdu_sIrJ_hot Number of hot drift chamber wires sector I = 1 ... 6, region J = 1 ... 3

 

 

inelastic_mon command Command used to run inelastic_mon

inelastic_mon file Location of inelastic_mon output histogram file

ine ep Number of inelastic e p events from PART bank

$$e^\prime \pi^+ \pi^- p$$ ine epi+pi-p

$$e^\prime \pi^+ \pi^-$$ ine epi+pi-

$$e^\prime \pi^+$$ ine epi+

$$e^\prime \pi^+ p$$ ine epi+p

$$e^\prime \pi^- p$$ ine epi-p

$$e^\prime K^+$$ ine eK+

$$e^\prime K^+ p$$ ine eK+p

 

 

photon_mon command Command used to run photon_mon

photon_mon file Location of photon_mon output histogram file

p Number of events with a single proton

$$\pi^+$$ pi+

$$\pi^+$$ pi-

K+ Number of events with a single K⁺

K+p Number of K⁺ p events

$$\pi^- p$$ pi-p

$$\pi^+ p$$ pi+p

$$\pi^+ \pi^-$$ pi+pi-

$$\pi^+ \pi^- p$$ pi+pi-p

$$\pi^+ n$$ pi+n(f)_sI

$$\pi^+ n$$ pi+n_sI

$$\pi^0 p$$ pi0p(f)_sI

$$\pi^0 p$$ pi0p_sI

 

 

trk_mon command Command used to run trk_mon

trk_mon txt file Location of trk_mon output text file

trk_mon histo file Location of trk_mon histogram output file

nhits/trk_I Number of hits per track for sector I = 1 ... 6

hbt/evt_I Number of hit based tracks per event for sector I = 1 ... 6

tbt/evt_I Number of time based tracks per event for sector I = 1 ... 6

tbt/hbt_I Number of time based tracks per hit based track for sector I = 1 ... 6

flat_sI_slJ Arbitrary flatness fit for DOCA sector I=1 ... 6, superlayer J=1 ... 6

rms_sI_slJ RMS of hit and reconstruction sector I=1 ... 6, superlayer J=1... 6

3 track events Number of three track events used for vertex reconstruction

Beam x position Position along x axis of vertex

Beam y position Position along y axis of vertex

Beam z position Position along z axis of vertex

Beam fit sigma x Sigma of fit of x position of vertex

Beam fit sigma y Sigma of fit of y position of vertex

Beam fit sigma z Sigma of fit of z position of vertex

Beam fit chi2 x Chi squared of fit of vertex along x axis

Beam fit chi2 y Chi squared of fit of vertex along y axis

Beam fit chi2 z Chi squared of fit of vertex along z axis

  

elastic_mon command Command used to run elastic_mon

elastic_mon histo file Location of elastic_mon output histogram file

cc_mon command Command used to run cc_mon

cc_mon histo file Location of cc_mon output histogram file

cc_mon text file Location of cc_mon output text file

sc_mon command Command used to run sc_mon

sc_mon histo file Location of cc_mon output histogram file

EC ntupilizer command Command used to run EC calibration ntupilizer

EC ntuple file Location of output EC calibration ntuple

  

physfilter command Command used to run physfilter

physfilter file Location of physfilter output event file

physfilter filtered events Total number of events that fit physfilter filtering conditions

efilter command Command used to run e_filter

efiltered file Location of e_filter output event file

efilter W min Minimum W value for events kept by e_filter

efilter W max cut Maximum W value for events kept by e_filter

efilter hadron MM2 max cut Maximum missing mass squared kept by e_filter

efilter hadron MM2 min cut Minimum missing mass squared kept by e_filter

kaon filtered events Total number of events kept by e_filter