Contents of the uDSTs
List of tables
- [#g1Track g1Track table]
- [#smTrack smTrack table ]
- [#smTrackSave smTrackSave table ]
- [#smCluster smCluster table ]
- [#smLumi smLumi table ]
- [#smRich smRICH table ]
- [#smHM smHM table ]
- [#smTrackPID smTrackPID table ]
- [#smClusterPID smClusterPID table ]
- [#smHelix smHelix table ]
- [#g1DAQ g1DAQ table ]
- [#g1Quality g1Quality table ]
- [#g1QualInfo g1QualInfo table ]
- [#g1HVtrip g1HVtrip table ]
- [#g1BurstStat g1BurstStat table ]
- [#g1Detector g1Detector table ]
- [#g1Beam g1Beam table ]
- [#g1Target g1Target table ]
- [#g1ABS g1ABS table ]
- [#g1HE3 g1HE3 table ]
- [#g1Unpol g1Unpol table ]
- [#g1TrkEffi g1TrkEffi table ]
- [#g1ACE g1ACE table ]
- [#g1ACEcnts g1ACEcnts table ]
- [#g1SpinGate g1SpinGate table ]
- [#g1Online g1Online table ]
- [#g1uDSTstat g1uDSTstat table ]
- [#g1Key g1Key table ]
- [#g1Trigger g1Trigger table ]
- [#g1LWTrk g1LWTrk table ]
- [#g1LW g1LW table ]
- [#g1RDTrack g1RDTrack table ]
- [#g1RDTrackPar g1RDTrackPar table ]
- [#g1PD g1PD table ]
- [#g1htcTrack g1htcTrack table ]
- [#g1htcNode g1htcNode table ]
- [#g1htc1TrackV g1htc1TrackV table ]
- [#g1htc2TrackV g1htc2TrackV table ]
- [#g1htc3TrackV g1htc3TrackV table ]
The g1Track table contains the basic track information needed for the inclusive analysis for a select set of tracks seen during the burst.
[udst_documentation_g1Track.html g1Track]
(
[udst_documentation_g1Track.html#g1Track_iEvent iEvent] � [udst_documentation_g1Track.html#g1Track_rEnergy rEnergy] � [udst_documentation_g1Track.html#g1Track_rTheta rTheta] � [udst_documentation_g1Track.html#g1Track_rPhi rPhi] � [udst_documentation_g1Track.html#g1Track_rVertZ rVertZ] � [udst_documentation_g1Track.html#g1Track_rVertD rVertD] � [udst_documentation_g1Track.html#g1Track_rPID2 rPID2] � [udst_documentation_g1Track.html#g1Track_rPID3 rPID3] � [udst_documentation_g1Track.html#g1Track_rPID4 rPID4] � [udst_documentation_g1Track.html#g1Track_rPID5 rPID5] � [udst_documentation_g1Track.html#g1Track_rPID2hrc rPID2hrc] � [udst_documentation_g1Track.html#g1Track_rPID3hrc rPID3hrc] � [udst_documentation_g1Track.html#g1Track_rPID4hrc rPID4hrc] � [udst_documentation_g1Track.html#g1Track_rPID5hrc rPID5hrc] � [udst_documentation_g1Track.html#g1Track_rTRD rTRD] � [udst_documentation_g1Track.html#g1Track_iSelect iSelect] � [udst_documentation_g1Track.html#g1Track_iMethod iMethod] � [udst_documentation_g1Track.html#g1Track_iPartTracks iPartTracks] � [udst_documentation_g1Track.html#g1Track_rThetaCor1 rThetaCor1] � [udst_documentation_g1Track.html#g1Track_rThetaCor2 rThetaCor2] � [udst_documentation_g1Track.html#g1Track_rPhiCor1 rPhiCor1] � [udst_documentation_g1Track.html#g1Track_rPhiCor2 rPhiCor2] � [udst_documentation_g1Track.html#g1Track_rVertZCor1 rVertZCor1] � [udst_documentation_g1Track.html#g1Track_rVertZCor2 rVertZCor2] � [udst_documentation_g1Track.html#g1Track_bTMCStat bTMCStat]
)
For the inclusive uDST, a track is placed into this table if:
| (1) | the event containing the track had trigger 21, |
| (2) | the track was marked as "used" by HRC, |
| (3) | the track momentum was greater than 0.1 and less than 35 GeV, |
| (4) | the track Q2 was greater than the minimum value of Q2 specified when the uDSTs were made, and |
| (5) | the track y was less than the maximum value of y specified when the uDSTs were made. |
or the event containing the track was fired one of the "keep this trigger" triggers specified when the uDSTs were produced.
For the semi-inclusive uDST, a track is placed into this table if:
| (1) | the track was marked as "used" by HRC, | |
| (2) | the track momentum was greater than 0.1 and less than 35 GeV, and | |
| (3) | if either the event containing the track had: | |
| (a) | the track passed the criteria for the inclusive uDSTs, or | |
| (b) | the track was part of an event with two or more charged tracks, or | |
| (c) | the track was part of an event with two or more untracked clusters, or | |
| (d) | the track was part of an event with one cluster that passed the "single cluster" cut, i.e. the sum of the momentum of the track and an untracked cluster (with an energy above 0.8 GeV) was greater than 23.5 GeV and the phi openning angle between the track and an untracked cluster was greater than 2 radians. | |
or, as with the inclusive uDSTs, the event containing the track was fired one of the "keep this trigger" triggers specified when the uDST production was done.
The requirements for the PID uDSTs are the same as the semi-inclusive with the additional requirement that the event containing the track had trigger 21.
In contrast to all of the above uDSTs types, there are no cuts placed on the events accepted into the FULL uDSTs.
NOTE 1 : Each track is related to a track in the [#smRich smRICH table ] via the links BEST, IRT and DRT. The relationship PDB is not be used. This was included in the 98b4 and later productions.
NOTE 2 : iParttracks was added to this table in the 99b2 and later productions.
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The smTrack table contains the additional track information needed for the semi-inclusive analysis. A row in this table is filled for each track in the g1Track table when a semi-uDST is generated and is linked via a relationship to the corresponding track entry in the g1Track table.
[udst_documentation_smTrack.html smTrack]
(
[udst_documentation_smTrack.html#smTrack_bTrigMask bTrigMask] � [udst_documentation_smTrack.html#smTrack_rEcalo rEcalo] � [udst_documentation_smTrack.html#smTrack_rECaloBackPT rECaloBackPT] � [udst_documentation_smTrack.html#smTrack_nCells nCells] � [udst_documentation_smTrack.html#smTrack_rCer rCer] � [udst_documentation_smTrack.html#smTrack_rHodo rHodo] � [udst_documentation_smTrack.html#smTrack_rPre rPre] � [udst_documentation_smTrack.html#smTrack_rTimeHodo rTimeHodo] � [udst_documentation_smTrack.html#smTrack_rTimePre rTimePre] � [udst_documentation_smTrack.html#smTrack_rxOff rxOff] � [udst_documentation_smTrack.html#smTrack_ryOff ryOff] � [udst_documentation_smTrack.html#smTrack_rCov(10) rCov(10)] � [udst_documentation_smTrack.html#smTrack_rXpos rXpos] � [udst_documentation_smTrack.html#smTrack_rXslope rXslope] � [udst_documentation_smTrack.html#smTrack_rYpos rYpos] � [udst_documentation_smTrack.html#smTrack_rYslope rYslope] � [udst_documentation_smTrack.html#smTrack_rMassHodo rMassHodo] � [udst_documentation_smTrack.html#smTrack_rMassPre rMassPre] � [udst_documentation_smTrack.html#smTrack_rBetaHodo rBetaHodo] � [udst_documentation_smTrack.html#smTrack_rBetaPre rBetaPre] � [udst_documentation_smTrack.html#smTrack_rTRDPulsRaw(6) rTRDPulsRaw(6)]
)
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The smTrackSave table saves the track information produced by HRC before modification by HTC. A row in this table is filled for each track in the g1Track table when a semi-uDST is generated and is linked via a relationship to the corresponding track entry in the g1Track table.
[udst_documentation_smTrackSave.html smTrackSave]
(
[udst_documentation_smTrackSave.html#smTrackSave_rEnergy rEnergy] � [udst_documentation_smTrackSave.html#smTrackSave_rTheta rTheta] � [udst_documentation_smTrackSave.html#smTrackSave_rPhi rPhi] � [udst_documentation_smTrackSave.html#smTrackSave_rVertZ rVertZ] � [udst_documentation_smTrackSave.html#smTrackSave_rVertD rVertD] � [udst_documentation_smTrackSave.html#smTrackSave_rxOff rxOff] � [udst_documentation_smTrackSave.html#smTrackSave_ryOff ryOff] � [udst_documentation_smTrackSave.html#smTrackSave_rXFslope rXFslope] � [udst_documentation_smTrackSave.html#smTrackSave_rYFslope rYFslope] � [udst_documentation_smTrackSave.html#smTrackSave_rXpos rXpos] � [udst_documentation_smTrackSave.html#smTrackSave_rYpos rYpos] � [udst_documentation_smTrackSave.html#smTrackSave_rXslope rXslope] � [udst_documentation_smTrackSave.html#smTrackSave_rYslope rYslope] � [udst_documentation_smTrackSave.html#smTrackSave_bstatus(2) bstatus(2)] � [udst_documentation_smTrackSave.html#smTrackSave_rchi rchi]
)
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The smCluster table , only present in the smDSTs when the --docluster flag is employed, contains the calorimeter information for untracked clusters. The untracked clusters are placed into this table if:
| (1) | the clusters have an energy greater than 0.8 GeV, and | |
| (2) | the cluster had no track assigned to it, and | |
| (3) | either: | |
| (a) | the number of these ">0.8 GeV" clusters in an event is two or more, or | |
| (b) | the cluster (and one track) passed the "single cluster" cuts described above. | |
[udst_documentation_smCluster.html smCluster ]
�(
[udst_documentation_smCluster.html#smCluster_iEvent iEvent] � [udst_documentation_smCluster.html#smCluster_bTrigMask bTrigMask] � [udst_documentation_smCluster.html#smCluster_rE rE] � [udst_documentation_smCluster.html#smCluster_rX rX] � [udst_documentation_smCluster.html#smCluster_rY rY] � [udst_documentation_smCluster.html#smCluster_rTime rTime] � [udst_documentation_smCluster.html#smCluster_rPulsPre rPulsPre] � [udst_documentation_smCluster.html#smCluster_rXlEw rXlEw] � [udst_documentation_smCluster.html#smCluster_rYlEw rYlEw]
)
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The smLumi table , only present in the smDSTs when the --fillLUMI flag is employed during the production, contains the cluster information for the LUMI monitor.
[udst_documentation_smLumi.html smLumi]
(
[udst_documentation_smLumi.html#smLumi_iEvent iEvent] � [udst_documentation_smLumi.html#smLumi_bTrigMask bTrigMask] � [udst_documentation_smLumi.html#smLumi_rEnergy rEnergy] � [udst_documentation_smLumi.html#smLumi_rX rX] � [udst_documentation_smLumi.html#smLumi_rY rY] � [udst_documentation_smLumi.html#smLumi_rEnergyLeak rEnergyLeak]
)
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The smRICH table, only present in the smDSTs when the --fillRICH flag is employed during the production, contains particle identification from the RICH ring reconstruction using the inverse and direct ray tracing algorithm.
[udst_documentation_smRICH.html smRICH]
(
[udst_documentation_smRICH.html#smRICH_iMethod iMethod] � [udst_documentation_smRICH.html#smRICH_rProb(5) rProb(5)] � [udst_documentation_smRICH.html#smRICH_iType iType] � [udst_documentation_smRICH.html#smRICH_rQp rQp] � [udst_documentation_smRICH.html#smRICH_bRecnQual bRecnQual] � [udst_documentation_smRICH.html#smRICH_iAeroNPMT(5) iAeroNPMT(5)] � [udst_documentation_smRICH.html#smRICH_rAeroAvg(5) rAeroAvg(5)] � [udst_documentation_smRICH.html#smRICH_rdAeroAvg(5) rdAeroAvg(5)] � [udst_documentation_smRICH.html#smRICH_iGasNPMT(5) iGasNPMT(5)] � [udst_documentation_smRICH.html#smRICH_rGasAvg(5) rGasAvg(5)] � [udst_documentation_smRICH.html#smRICH_rdGasAvg(5) rdGasAvg(5)] � [udst_documentation_smRICH.html#smRICH_rPAero(5) rPAero(5)] � [udst_documentation_smRICH.html#smRICH_rPGas(5) rPGas(5)]
)
| NOTE 1: | The RICH did not exist until 1998. So, for all earlier data years, this table is empty. | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| NOTE 2: | All entries in this table are linked to the associated track in the g1Track table via the BEST, IRT and DRT relationships. The PDB link is not used !!! In general, the BEST relationship should be used since it points to the results which the RICH group considers to be the best of the computed methods. | ||||||||||||
| NOTE 3: |
To use the information in this table, the analyzer should:
| ||||||||||||
| NOTE 4: |
The Event-Level RICH PID
NATREL(g1Track,g1Track.EVT,smRICH,ok);
if (!ok){
NATREL(g1Track,g1Track.BEST,smRICH,ok);
}
Currently, the recommended method is EVT for multiple tracks in a detector half and DRT for single tracks |
In addition to this "digested" information, the raw information is provided for each particle type.
In the probability arrays, the subscript ordering is:
| (1) | - | electron |
| (2) | - | muon |
| (3) | - | pion |
| (4) | - | kaon |
| (5) | - | proton |
[#Top Top]
The smHM table contains contains the Muon Hodoscope information (hits) which are associated with an external charged track. Navigation to a row in this table can be done by following the link to it in the smTrack table.
| NOTE: | This table is only filled for udst-production of data later than 1998 |
|---|
[udst_documentation_smHM.html smHM]
�(
[udst_documentation_smHM.html#smHM_rHitX rHitX] � [udst_documentation_smHM.html#smHM_rHitY rHitY] � [udst_documentation_smHM.html#smHM_rHitZ rHitZ] � [udst_documentation_smHM.html#smHM_rChi2 rChi2]
�)
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The smTrackPID table contains the additional track information needed for PID calibrations and studies. A row in this table is filled for each track in the g1Track table when a PID-uDST is generated and is linked via a relationship to the corresponding track entry in the [#g1Track g1Track table].
| NOTE 1: |
The smTrackPID table in the special PID-uDST is no longer needed since 97c1, 98b3 and all later productions as all relevant information for the generation of the parent distributions is stored in the tables [#g1Track g1Track] and [#smTrack smTrack] |
|---|
| NOTE 2: | the NEW udst probabilities will be set to -3 if the new PID was not computed during the production. Also, if the PID cannot be computed for a particular detector, the likelihoods are set to -2. The later will occur when the particle associated with a track does not leave a signal in a detector. |
|---|
[udst_documentation_smTrackPID.html smTrackPID]
�( [udst_documentation_smTrackPID.html#smTrackPID_bTrigMask bTrigMask] � [udst_documentation_smTrackPID.html#smTrackPID_rECaloTrack rECaloTrack] � [udst_documentation_smTrackPID.html#smTrackPID_rCer rCer] � [udst_documentation_smTrackPID.html#smTrackPID_rHodo rHodo] � [udst_documentation_smTrackPID.html#smTrackPID_rPre rPre] � [udst_documentation_smTrackPID.html#smTrackPID_rXpos rXpos] � [udst_documentation_smTrackPID.html#smTrackPID_rXslope rXslope] � [udst_documentation_smTrackPID.html#smTrackPID_rYpos rYpos] � [udst_documentation_smTrackPID.html#smTrackPID_rYslope rYslope] � [udst_documentation_smTrackPID.html#smTrackPID_rECaloBackPart rECaloBackPart] � [udst_documentation_smTrackPID.html#smTrackPID_bHodoRaw(3) bHodoRaw(3)] � [udst_documentation_smTrackPID.html#smTrackPID_bCerCellRaw bCerCellRaw] � [udst_documentation_smTrackPID.html#smTrackPID_bCerRaw(4) bCerRaw(4)] � [udst_documentation_smTrackPID.html#smTrackPID_bTRDRaw(6) bTRDRaw(6)] � [udst_documentation_smTrackPID.html#smTrackPID_rTRDPulsRaw(6) rTRDPulsRaw(6)] � [udst_documentation_smTrackPID.html#smTrackPID_bCaloRaw(5) bCaloRaw(5)] � [udst_documentation_smTrackPID.html#smTrackPID_rElPreLHhrc rElPreLHhrc] � [udst_documentation_smTrackPID.html#smTrackPID_rElCerLHhrc rElCerLHhrc] � [udst_documentation_smTrackPID.html#smTrackPID_rElCaloLHhrc rElCaloLHhrc] � [udst_documentation_smTrackPID.html#smTrackPID_rElTRDLHhrc rElTRDLHhrc] � [udst_documentation_smTrackPID.html#smTrackPID_rPiPreLHhrc rPiPreLHhrc] � [udst_documentation_smTrackPID.html#smTrackPID_rPiCerLHhrc rPiCerLHhrc] � [udst_documentation_smTrackPID.html#smTrackPID_rPiCaloLHhrc rPiCaloLHhrc] � [udst_documentation_smTrackPID.html#smTrackPID_rPiTRDLHhrc rPiTRDLHhrc] � [udst_documentation_smTrackPID.html#smTrackPID_rElPreLH rElPreLH] � [udst_documentation_smTrackPID.html#smTrackPID_rElCerLH rElCerLH] � [udst_documentation_smTrackPID.html#smTrackPID_rElCaloLH rElCaloLH] � [udst_documentation_smTrackPID.html#smTrackPID_rElTRDLH rElTRDLH] � [udst_documentation_smTrackPID.html#smTrackPID_rPiPreLH rPiPreLH] � [udst_documentation_smTrackPID.html#smTrackPID_rPiCerLH rPiCerLH] � [udst_documentation_smTrackPID.html#smTrackPID_rPiCaloLH rPiCaloLH] � [udst_documentation_smTrackPID.html#smTrackPID_rPiTRDLH rPiTRDLH] � [udst_documentation_smTrackPID.html#smTrackPID_bChargedMulti bChargedMulti]
�)
[#Top Top]
The smClusterPID table contains the additional track information used for PID calibrations and studies. The calorimeter information for untracked clusters are placed into the event under the condition that:
| (1) | the clusters have an energy greater than 0.8 GeV, and | |
| (2) | the cluster had no track assigned to it, and | |
| (3) | either: | |
| (a) | the number of these ">0.8 GeV" clusters in an event is two or more, or | |
| (b) | the cluster (and one track) passed the "single cluster" cuts described above. | |
| NOTE: | The table is only filled for special PID-uDST productions. |
|---|
[udst_documentation_smClusterPID.html smClusterPID]
�(
[udst_documentation_smClusterPID.html#smClusterPID_iEvent iEvent] � [udst_documentation_smClusterPID.html#smClusterPID_bTrigMask bTrigMask] � [udst_documentation_smClusterPID.html#smClusterPID_rE rE] � [udst_documentation_smClusterPID.html#smClusterPID_rX rX] � [udst_documentation_smClusterPID.html#smClusterPID_rY rY] � [udst_documentation_smClusterPID.html#smClusterPID_iXCell iXCell] � [udst_documentation_smClusterPID.html#smClusterPID_iYCell iYCell] � [udst_documentation_smClusterPID.html#smClusterPID_rClusSumTime rClusSumTime]
�)
[#Top Top]
The smHelix table , only filled when tmc was used in the production, contains the helix parametrization of the track inside the target region for transverse target magnet ON.
[udst_documentation_smHelix.html smHelix]
(
[udst_documentation_smHelix.html#smHelix_rXi rXi] � [udst_documentation_smHelix.html#smHelix_rYi rYi] � [udst_documentation_smHelix.html#smHelix_rZi rZi] � [udst_documentation_smHelix.html#smHelix_rTheXi rTheXi] � [udst_documentation_smHelix.html#smHelix_rTheYi rTheYi] � [udst_documentation_smHelix.html#smHelix_rX0 rX0] � [udst_documentation_smHelix.html#smHelix_rY0 rY0] � [udst_documentation_smHelix.html#smHelix_rR rR]
)
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The g1DAQ table contains the burst identification information for a a burst. Since the uDST records are organized by bursts, this table will only contain one row for each record.
[udst_documentation_g1DAQ.html g1DAQ]
�(
[udst_documentation_g1DAQ.html#g1DAQ_iRun iRun] � [udst_documentation_g1DAQ.html#g1DAQ_iUDSTcounter iUDSTcounter] � [udst_documentation_g1DAQ.html#g1DAQ_iBurst iBurst] � [udst_documentation_g1DAQ.html#g1DAQ_iTime iTime] � [udst_documentation_g1DAQ.html#g1DAQ_iFirstUnix iFirstUnix] � [udst_documentation_g1DAQ.html#g1DAQ_iVMEScal(2) iVMEScal(2)] � [udst_documentation_g1DAQ.html#g1DAQ_iVMEFirst(2) iVMEFirst(2)] � [udst_documentation_g1DAQ.html#g1DAQ_iVMELast(2) iVMELast(2)] � [udst_documentation_g1DAQ.html#g1DAQ_rLength rLength] � [udst_documentation_g1DAQ.html#g1DAQ_rVMELength rVMELength] � [udst_documentation_g1DAQ.html#g1DAQ_iTargetBit iTargetBit] � [udst_documentation_g1DAQ.html#g1DAQ_iType iType] � [udst_documentation_g1DAQ.html#g1DAQ_bPolState bPolState] � [udst_documentation_g1DAQ.html#g1DAQ_rDeadCorr rDeadCorr] � [udst_documentation_g1DAQ.html#g1DAQ_rDeadCorr21 rDeadCorr21] � [udst_documentation_g1DAQ.html#g1DAQ_rDeadCorrArt rDeadCorrArt] � [udst_documentation_g1DAQ.html#g1DAQ_bScBits(22) bScBits(22)] � [udst_documentation_g1DAQ.html#g1DAQ_iBadbits(2) iBadbits(2)] � [udst_documentation_g1DAQ.html#g1DAQ_iFill iFill] � [udst_documentation_g1DAQ.html#g1DAQ_bProdMethods bProdMethods] � [udst_documentation_g1DAQ.html#g1DAQ_cudstVersion cudstVersion] � [udst_documentation_g1DAQ.html#g1DAQ_iProdVersion iProdVersion]
�)
[#Top Top]
The g1Quality table contains the data quality bits determined from the data in this record. This table is filled once per burst, so it should only contain one row.
[udst_documentation_g1Quality.html g1Quality]
�(
[udst_documentation_g1Quality.html#g1Quality_iuDSTbad iuDSTbad] � [udst_documentation_g1Quality.html#g1Quality_iuDSTbad2 iuDSTbad2] � [udst_documentation_g1Quality.html#g1Quality_iExpment iExpment] � [udst_documentation_g1Quality.html#g1Quality_iExpMode iExpMode] � [udst_documentation_g1Quality.html#g1Quality_iExpTarg iExpTarg] � [udst_documentation_g1Quality.html#g1Quality_iBeamPol iBeamPol] � [udst_documentation_g1Quality.html#g1Quality_iTarget iTarget] � [udst_documentation_g1Quality.html#g1Quality_iGasType iGasType] � [udst_documentation_g1Quality.html#g1Quality_bTargetDQ bTargetDQ] � [udst_documentation_g1Quality.html#g1Quality_iTrdDQ iTrdDQ] � [udst_documentation_g1Quality.html#g1Quality_bCereDQ bCereDQ] � [udst_documentation_g1Quality.html#g1Quality_bVcDQ bVcDQ] � [udst_documentation_g1Quality.html#g1Quality_bCaloDead bCaloDead] � [udst_documentation_g1Quality.html#g1Quality_bH2LumiDead bH2LumiDead] � [udst_documentation_g1Quality.html#g1Quality_bTables bTables] � [udst_documentation_g1Quality.html#g1Quality_bg1DQTop bg1DQTop] � [udst_documentation_g1Quality.html#g1Quality_bg1DQBot bg1DQBot] � [udst_documentation_g1Quality.html#g1Quality_iPeriod iPeriod] � [udst_documentation_g1Quality.html#g1Quality_rCaloThresh rCaloThresh]
�)
[#Top Top]
The g1QualInfo table contains the detailed trip information from Kevin McIlhany. This table is filled once per burst, so it should only have one row in it. Note: This table is never filled in the uDST production.
[udst_documentation_g1QualInfo.html g1QualInfo]
�(
[udst_documentation_g1QualInfo.html#g1QualInfo_bCAENflags bCAENflags] � [udst_documentation_g1QualInfo.html#g1QualInfo_bCAENbits(18) bCAENbits(18)] � [udst_documentation_g1QualInfo.html#g1QualInfo_bGMSflags bGMSflags] � [udst_documentation_g1QualInfo.html#g1QualInfo_bGMSbits(18) bGMSbits(18)]
�)
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The g1HVtrip table contains the detailed trip information from the CAEN high voltage system for the trips which were in existence during the uDST record. This table is filled with one entry for each trip.
If the CAEN high voltage trip detection system was not functional in this record, a special entry is inserted into this table. This entry has iCrate=99, iDetId=99, cDetName='CAEN', cDetComp='NO'
[udst_documentation_g1HVtrip.html g1HVtrip]
�(
[udst_documentation_g1HVtrip.html#g1HVtrip_iCrate iCrate] � [udst_documentation_g1HVtrip.html#g1HVtrip_iDetId iDetId] � [udst_documentation_g1HVtrip.html#g1HVtrip_iChannel iChannel] � [udst_documentation_g1HVtrip.html#g1HVtrip_cDetName cDetName] � [udst_documentation_g1HVtrip.html#g1HVtrip_cDetComp cDetComp]
�)
[#Top Top]
The g1BurstStat table contains the average response of PID detectors to hadrons and leptons. This table is filled once per burst, so it will only have one row. The subscripts for the table entries are:
| (1) | leptons in top detector |
| (2) | leptons in bottom detector |
| (3) | hadrons in top detector |
| (4) | hadrons in bottom detector |
where the distinction between a lepton and a hadron is made by:
| ( pid3 + pid5 ) | > | 0: lepton |
| ( pid3 + pid5 ) | < | 0: hadron |
| NOTE: | a 3.5 GeV cut is applied to the track momentum when these statistics are collected in order to remove the time-dependence arising from changing the calorimeter threshold. |
[udst_documentation_g1BurstStat.html g1BurstStat]
�(
[udst_documentation_g1BurstStat.html#g1BurstStat_bMethod bMethod] � [udst_documentation_g1BurstStat.html#g1BurstStat_iYield(4) iYield(4)] � [udst_documentation_g1BurstStat.html#g1BurstStat_rPulsPre(4) rPulsPre(4)] � [udst_documentation_g1BurstStat.html#g1BurstStat_rPulsCer(4) rPulsCer(4)] � [udst_documentation_g1BurstStat.html#g1BurstStat_rPulsCal(4) rPulsCal(4)] � [udst_documentation_g1BurstStat.html#g1BurstStat_rPulsTRD(4) rPulsTRD(4)] � [udst_documentation_g1BurstStat.html#g1BurstStat_rPID3(4) rPID3(4)] � [udst_documentation_g1BurstStat.html#g1BurstStat_rPID35(4) rPID35(4)] � [udst_documentation_g1BurstStat.html#g1BurstStat_rPID5(4) rPID5(4)]
�)
[#Top Top]
The g1Detector table contains the number of hits seen in the planes of tracking detectors. This information is taken from the dcBurstInfo slow control table. This table is filled once per burst, so it should contain only one row. If a burst is divided into two or more records by a spin-flip, this table is filled for the first uDST record for the burst; the subsequent other records will be have all fields set to INULL.
| NOTE: | the order of the arrays are all upper detectors followed by all lower detector. |
[udst_documentation_g1Detector.html g1Detector]
�(
[udst_documentation_g1Detector.html#g1Detector_iVc(20) iVc(20)] � [udst_documentation_g1Detector.html#g1Detector_iDvc(12) iDvc(12)] � [udst_documentation_g1Detector.html#g1Detector_iFc(24) iFc(24)] � [udst_documentation_g1Detector.html#g1Detector_iBc(48) iBc(48)] � [udst_documentation_g1Detector.html#g1Detector_iTRD(12) iTRD(12)]
�)
[#Top Top]
The g1Beam table contains the beam information valid at the start of a uDST record. This table is filled once per burst, so it should only contain one row.
[udst_documentation_g1Beam.html g1Beam]
�(
[udst_documentation_g1Beam.html#g1Beam_rPol rPol] � [udst_documentation_g1Beam.html#g1Beam_rPolErr rPolErr] � [udst_documentation_g1Beam.html#g1Beam_rPolSyst rPolSyst] � [udst_documentation_g1Beam.html#g1Beam_rAvgPol rAvgPol] � [udst_documentation_g1Beam.html#g1Beam_rAvgPolErr rAvgPolErr] � [udst_documentation_g1Beam.html#g1Beam_rRawPol rRawPol] � [udst_documentation_g1Beam.html#g1Beam_rRawPolErr rRawPolErr] � [udst_documentation_g1Beam.html#g1Beam_rRawPolSyst rRawPolSyst] � [udst_documentation_g1Beam.html#g1Beam_rPolFit rPolFit] � [udst_documentation_g1Beam.html#g1Beam_rPolNormFit rPolNormFit] � [udst_documentation_g1Beam.html#g1Beam_rPolSystFit rPolSystFit] � [udst_documentation_g1Beam.html#g1Beam_iPolFitGap iPolFitGap] � [udst_documentation_g1Beam.html#g1Beam_rCalTPol rCalTPol] � [udst_documentation_g1Beam.html#g1Beam_rCalTPolErr rCalTPolErr] � [udst_documentation_g1Beam.html#g1Beam_rCalTPolSyst rCalTPolSyst] � [udst_documentation_g1Beam.html#g1Beam_rFitTPol rFitTPol] � [udst_documentation_g1Beam.html#g1Beam_rFitTPolNorm rFitTPolNorm] � [udst_documentation_g1Beam.html#g1Beam_rFitTPolSyst rFitTPolSyst] � [udst_documentation_g1Beam.html#g1Beam_iFitTPolGap iFitTPolGap] � [udst_documentation_g1Beam.html#g1Beam_rRawLPol rRawLPol] � [udst_documentation_g1Beam.html#g1Beam_rRawLPolErr rRawLPolErr] � [udst_documentation_g1Beam.html#g1Beam_rRawLPolSyst rRawLPolSyst] � [udst_documentation_g1Beam.html#g1Beam_rFitLPol rFitLPol] � [udst_documentation_g1Beam.html#g1Beam_rFitLPolNorm rFitLPolNorm] � [udst_documentation_g1Beam.html#g1Beam_rFitLPolSyst rFitLPolSyst] � [udst_documentation_g1Beam.html#g1Beam_iFitLPolGap iFitLPolGap] � [udst_documentation_g1Beam.html#g1Beam_rNordCurr rNordCurr] � [udst_documentation_g1Beam.html#g1Beam_rNordCurrErr rNordCurrErr] � [udst_documentation_g1Beam.html#g1Beam_rMdmCurr rMdmCurr] � [udst_documentation_g1Beam.html#g1Beam_rMdmCurrErr rMdmCurrErr] � [udst_documentation_g1Beam.html#g1Beam_rLumiRate rLumiRate] � [udst_documentation_g1Beam.html#g1Beam_rLumiRateErr rLumiRateErr] � [udst_documentation_g1Beam.html#g1Beam_rLumiLeftRate rLumiLeftRate] � [udst_documentation_g1Beam.html#g1Beam_rLumiRghtRate rLumiRghtRate] � [udst_documentation_g1Beam.html#g1Beam_rLumiGainCorr rLumiGainCorr] � [udst_documentation_g1Beam.html#g1Beam_rLumiAccCorr rLumiAccCorr] � [udst_documentation_g1Beam.html#g1Beam_rLumiFit rLumiFit] � [udst_documentation_g1Beam.html#g1Beam_rLumiFitErr rLumiFitErr] � [udst_documentation_g1Beam.html#g1Beam_rLumiFitAcc rLumiFitAcc] � [udst_documentation_g1Beam.html#g1Beam_rLumiFitAccErr rLumiFitAccErr] � [udst_documentation_g1Beam.html#g1Beam_rXpos rXpos] � [udst_documentation_g1Beam.html#g1Beam_rXslope rXslope] � [udst_documentation_g1Beam.html#g1Beam_rYpos rYpos] � [udst_documentation_g1Beam.html#g1Beam_rYslope rYslope] � [udst_documentation_g1Beam.html#g1Beam_rPVeto rPVeto] � [udst_documentation_g1Beam.html#g1Beam_rBeamLifetime rBeamLifetime] � [udst_documentation_g1Beam.html#g1Beam_iBeamCharge iBeamCharge] � [udst_documentation_g1Beam.html#g1Beam_rLumiFitBstGai rLumiFitBstGai] � [udst_documentation_g1Beam.html#g1Beam_rLumiFitBstGaiE rLumiFitBstGaiE] � [udst_documentation_g1Beam.html#g1Beam_rLumiFitBstAcc rLumiFitBstAcc] � [udst_documentation_g1Beam.html#g1Beam_rLumiFitBstAccE rLumiFitBstAccE] � [udst_documentation_g1Beam.html#g1Beam_rHeraElEnergy rHeraElEnergy] � [udst_documentation_g1Beam.html#g1Beam_rSpectrometer rSpectrometer] � [udst_documentation_g1Beam.html#g1Beam_rSpecCCoilCurr rSpecCCoilCurr] � [udst_documentation_g1Beam.html#g1Beam_rTargMagCurr rTargMagCurr] � [udst_documentation_g1Beam.html#g1Beam_rTargCCoilCurr rTargCCoilCurr]
�)
Note 1: The values rLumiFitBstGai, rLumiFitBstGaiE, rLumiFitBstAcc, rLumiFitBstAccE and rHeraElEnergy exist since the 99b2 production.
[#Top Top]
The g1Target table contains the target information valid at the start of a uDST record. This table is filled once per burst, so it should only contain one row.
| NOTE: | in the 96 and 97 data, the target polarization and its errors are set to -999.0 if there is no valid target polarization info available. |
[udst_documentation_g1Target.html g1Target]
�(
[udst_documentation_g1Target.html#g1Target_rPol rPol] � [udst_documentation_g1Target.html#g1Target_rPolErr rPolErr] � [udst_documentation_g1Target.html#g1Target_rPolSyst rPolSyst] � [udst_documentation_g1Target.html#g1Target_iDetector iDetector] � [udst_documentation_g1Target.html#g1Target_rDens rDens] � [udst_documentation_g1Target.html#g1Target_rDensErr rDensErr] � [udst_documentation_g1Target.html#g1Target_rTemp(5) rTemp(5)]
�)
[#Top Top]
The g1ABS table contains the ABS-specific target information that is valid at the start of a uDST record. This table is filled once per burst, so it should only contain one row.
| NOTE: | in the 96 and 97 data, the target polarization and its errors are set to -99.0 if there is no valid target polarization data available. |
[udst_documentation_g1ABS.html g1ABS]
�(
[udst_documentation_g1ABS.html#g1ABS_RawPz RawPz] � [udst_documentation_g1ABS.html#g1ABS_RawPzStat RawPzStat] � [udst_documentation_g1ABS.html#g1ABS_RawPzSyst RawPzSyst] � [udst_documentation_g1ABS.html#g1ABS_RawPe RawPe] � [udst_documentation_g1ABS.html#g1ABS_RawPeStat RawPeStat] � [udst_documentation_g1ABS.html#g1ABS_RawPeSyst RawPeSyst] � [udst_documentation_g1ABS.html#g1ABS_RawPzz RawPzz] � [udst_documentation_g1ABS.html#g1ABS_RawPzzStat RawPzzStat] � [udst_documentation_g1ABS.html#g1ABS_RawPzzSyst RawPzzSyst] � [udst_documentation_g1ABS.html#g1ABS_CalPz CalPz] � [udst_documentation_g1ABS.html#g1ABS_CalPzStat CalPzStat] � [udst_documentation_g1ABS.html#g1ABS_CalPzSyst CalPzSyst] � [udst_documentation_g1ABS.html#g1ABS_CalPe CalPe] � [udst_documentation_g1ABS.html#g1ABS_CalPeStat CalPeStat] � [udst_documentation_g1ABS.html#g1ABS_CalPeSyst CalPeSyst] � [udst_documentation_g1ABS.html#g1ABS_CalPzz CalPzz] � [udst_documentation_g1ABS.html#g1ABS_CalPzzStat CalPzzStat] � [udst_documentation_g1ABS.html#g1ABS_CalPzzSyst CalPzzSyst] � [udst_documentation_g1ABS.html#g1ABS_CalCarryOver CalCarryOver] � [udst_documentation_g1ABS.html#g1ABS_Mass1 Mass1] � [udst_documentation_g1ABS.html#g1ABS_Mass1Stat Mass1Stat] � [udst_documentation_g1ABS.html#g1ABS_Mass1Syst Mass1Syst] � [udst_documentation_g1ABS.html#g1ABS_Mass2 Mass2] � [udst_documentation_g1ABS.html#g1ABS_Mass2Stat Mass2Stat] � [udst_documentation_g1ABS.html#g1ABS_Mass2Syst Mass2Syst] � [udst_documentation_g1ABS.html#g1ABS_rAlphaTGA rAlphaTGA] � [udst_documentation_g1ABS.html#g1ABS_rAlpha0 rAlpha0] � [udst_documentation_g1ABS.html#g1ABS_rAlpha0Stat rAlpha0Stat] � [udst_documentation_g1ABS.html#g1ABS_rAlpha0Syst rAlpha0Syst] � [udst_documentation_g1ABS.html#g1ABS_rAlpha0Err rAlpha0Err] � [udst_documentation_g1ABS.html#g1ABS_rAlphaR rAlphaR] � [udst_documentation_g1ABS.html#g1ABS_rAlphaRStat rAlphaRStat] � [udst_documentation_g1ABS.html#g1ABS_rAlphaRSyst rAlphaRSyst] � [udst_documentation_g1ABS.html#g1ABS_rAlphaRErr rAlphaRErr] � [udst_documentation_g1ABS.html#g1ABS_rAlphaMC rAlphaMC] � [udst_documentation_g1ABS.html#g1ABS_rAlphaMCUpper rAlphaMCUpper] � [udst_documentation_g1ABS.html#g1ABS_rAlphaMCLower rAlphaMCLower] � [udst_documentation_g1ABS.html#g1ABS_rAlphaMCErr rAlphaMCErr] � [udst_documentation_g1ABS.html#g1ABS_rAlphaCarryOver rAlphaCarryOver] � [udst_documentation_g1ABS.html#g1ABS_rSextapoleP rSextapoleP] � [udst_documentation_g1ABS.html#g1ABS_rNozzleT rNozzleT] � [udst_documentation_g1ABS.html#g1ABS_rEntranceP rEntranceP] � [udst_documentation_g1ABS.html#g1ABS_rFlowRate rFlowRate] � [udst_documentation_g1ABS.html#g1ABS_bGateValve bGateValve] � [udst_documentation_g1ABS.html#g1ABS_rPS3P rPS3P] � [udst_documentation_g1ABS.html#g1ABS_rPS4P rPS4P] � [udst_documentation_g1ABS.html#g1ABS_rTargMagnet rTargMagnet] � [udst_documentation_g1ABS.html#g1ABS_rTGAEmission rTGAEmission] � [udst_documentation_g1ABS.html#g1ABS_rBRPEmission rBRPEmission] � [udst_documentation_g1ABS.html#g1ABS_rDetChamberP rDetChamberP] � [udst_documentation_g1ABS.html#g1ABS_rBRPRawCounts rBRPRawCounts] � [udst_documentation_g1ABS.html#g1ABS_rABSTargP rABSTargP]
�)
[#Top Top]
The g1HE3 table contains the target information specific to the MIT polarized HE3 target which was valid at the start of a uDST record. This table is filled once per burst, so it should only contain one row.
| NOTE: | in the 95 data, the target polarization and its errors are set to -999.0 if there is no valid target polarization data available. |
[udst_documentation_g1HE3.html g1HE3]
�(
[udst_documentation_g1HE3.html#g1HE3_rPCPPz rPCPPz] � [udst_documentation_g1HE3.html#g1HE3_rPCPPzSyst rPCPPzSyst] � [udst_documentation_g1HE3.html#g1HE3_rTOMPz rTOMPz] � [udst_documentation_g1HE3.html#g1HE3_rTOMPzSyst rTOMPzSyst] � [udst_documentation_g1HE3.html#g1HE3_rDensity rDensity] � [udst_documentation_g1HE3.html#g1HE3_rDensityErr rDensityErr] � [udst_documentation_g1HE3.html#g1HE3_rT1 rT1] � [udst_documentation_g1HE3.html#g1HE3_rT2 rT2] � [udst_documentation_g1HE3.html#g1HE3_rT3 rT3] � [udst_documentation_g1HE3.html#g1HE3_rT4 rT4]
�)
[#Top Top]
The g1Unpol table contains the unpolarized target information that is valid at the start of a uDST record. This table is filled once per burst, so it should only contain one row.
[udst_documentation_g1Unpol.html g1Unpol]
�(
[udst_documentation_g1Unpol.html#g1Unpol_iGasType iGasType] � [udst_documentation_g1Unpol.html#g1Unpol_rDensity rDensity] � [udst_documentation_g1Unpol.html#g1Unpol_bValve bValve] � [udst_documentation_g1Unpol.html#g1Unpol_rObt1 rObt1] � [udst_documentation_g1Unpol.html#g1Unpol_rObt2 rObt2] � [udst_documentation_g1Unpol.html#g1Unpol_rBara2 rBara2] � [udst_documentation_g1Unpol.html#g1Unpol_rBara4 rBara4]
�)
[#Top Top]
The g1TrkEffi table contains the tracking efficiency information computed for the front and back regions using the ACE information for the plane efficiency. This table is filled once per burst or spin transition and contains 6 rows per tracking method. These rows have the results using different data samples.
[udst_documentation_g1TrkEffi.html g1TrkEffi]
�(
[udst_documentation_g1TrkEffi.html#g1TrkEffi_rFrntEffVal(2) rFrntEffVal(2)] � [udst_documentation_g1TrkEffi.html#g1TrkEffi_rFrntEffErr(2) rFrntEffErr(2)] � [udst_documentation_g1TrkEffi.html#g1TrkEffi_rBackEffVal(2) rBackEffVal(2)] � [udst_documentation_g1TrkEffi.html#g1TrkEffi_rBackEffErr(2) rBackEffErr(2)] � [udst_documentation_g1TrkEffi.html#g1TrkEffi_bInfoType bInfoType]
�)
| NOTE 1 | - | the bInfoType field is a bit pattern that indicates the data which was integrated to compute the tracking efficiency. This field is encoded as follows: | |||||||||||||||||||||||||||||
| |||||||||||||||||||||||||||||||
| |||||||||||||||||||||||||||||||
| (b) | the particle type and integration time period | ||||||||||||||||||||||||||||||
|
| NOTE 2 | - | just for the record, the "all spin states" values were added for those people who are working with the unpolarized data. | ||||||
| NOTE 3 | - | the array subscribes are assigned according to: | ||||||
|
[#Top Top]
The g1ACE table contains the ACE efficiency information for all of the tracking detectors. This table is filled once per burst or spin transition, so it should only contain one row for each tracking used in the reconstruction.
[udst_documentation_g1ACE.html g1ACE]
�(
[udst_documentation_g1ACE.html#g1ACE_bMethod bMethod] � [udst_documentation_g1ACE.html#g1ACE_rVcEff(20) rVcEff(20)] � [udst_documentation_g1ACE.html#g1ACE_rVcEffErr(20) rVcEffErr(20)] � [udst_documentation_g1ACE.html#g1ACE_rDvcEff(12) rDvcEff(12)] � [udst_documentation_g1ACE.html#g1ACE_rDvcEffErr(12) rDvcEffErr(12)] � [udst_documentation_g1ACE.html#g1ACE_rFcEff(24) rFcEff(24)] � [udst_documentation_g1ACE.html#g1ACE_rFcEffErr(24) rFcEffErr(24)] � [udst_documentation_g1ACE.html#g1ACE_rBcEff(48) rBcEff(48)] � [udst_documentation_g1ACE.html#g1ACE_rBcEffErr(48) rBcEffErr(48)] � [udst_documentation_g1ACE.html#g1ACE_rBcAvgEff(48) rBcAvgEff(48)] � [udst_documentation_g1ACE.html#g1ACE_rTRDEff(12) rTRDEff(12)] � [udst_documentation_g1ACE.html#g1ACE_rTRDEffErr(12) rTRDEffErr(12)] � [udst_documentation_g1ACE.html#g1ACE_rFrontEff(2) rFrontEff(2)] � [udst_documentation_g1ACE.html#g1ACE_rBackEff(2) rBackEff(2)]
�)
[#Top Top]
The g1ACEcnts table contains the raw information from ACE which is used to compute the efficiency information in the g1ACE table. This is filled once per burst or spin transition, so it should contain only one row for each tracking method used in the reconstruction.
[udst_documentation_g1ACEcnts.html g1ACEcnts]
�(
[udst_documentation_g1ACEcnts.html#g1ACEcnts_bMethod bMethod] � [udst_documentation_g1ACEcnts.html#g1ACEcnts_iVcSuccs(20) iVcSuccs(20)] � [udst_documentation_g1ACEcnts.html#g1ACEcnts_iVcTries(20) iVcTries(20)] � [udst_documentation_g1ACEcnts.html#g1ACEcnts_iDvcSuccs(12) iDvcSuccs(12)] � [udst_documentation_g1ACEcnts.html#g1ACEcnts_iDvcTries(12) iDvcTries(12)] � [udst_documentation_g1ACEcnts.html#g1ACEcnts_iFcSuccs(24) iFcSuccs(24)] � [udst_documentation_g1ACEcnts.html#g1ACEcnts_iFcTries(24) iFcTries(24)] � [udst_documentation_g1ACEcnts.html#g1ACEcnts_iBcLSuccs(48) iBcLSuccs(48)] � [udst_documentation_g1ACEcnts.html#g1ACEcnts_iBcLTries(48) iBcLTries(48)] � [udst_documentation_g1ACEcnts.html#g1ACEcnts_iBcRSuccs(48) iBcRSuccs(48)] � [udst_documentation_g1ACEcnts.html#g1ACEcnts_iBcRTries(48) iBcRTries(48)]
�)
[#Top Top]
The g1SpinGate table contains the scaler information from the spin gated scalers introduced for 1997 running. This table is filled once per burst, so it should only contain one row.
NOTE: the Pzz+ and Pzz- fields are set to -1.0 if the target is H2
[udst_documentation_g1SpinGate.html g1SpinGate]
�(
[udst_documentation_g1SpinGate.html#g1SpinGate_rLUMIundef rLUMIundef] � [udst_documentation_g1SpinGate.html#g1SpinGate_rTRIGundef rTRIGundef] � [udst_documentation_g1SpinGate.html#g1SpinGate_rDEADundef rDEADundef] � [udst_documentation_g1SpinGate.html#g1SpinGate_rBUSYHCLKundef rBUSYHCLKundef] � [udst_documentation_g1SpinGate.html#g1SpinGate_rFREEHCLKundef rFREEHCLKundef] � [udst_documentation_g1SpinGate.html#g1SpinGate_rLUMIpzup rLUMIpzup] � [udst_documentation_g1SpinGate.html#g1SpinGate_rTRIGpzup rTRIGpzup] � [udst_documentation_g1SpinGate.html#g1SpinGate_rDEADpzup rDEADpzup] � [udst_documentation_g1SpinGate.html#g1SpinGate_rBUSYHCLKpzup rBUSYHCLKpzup] � [udst_documentation_g1SpinGate.html#g1SpinGate_rFREEHCLKpzup rFREEHCLKpzup] � [udst_documentation_g1SpinGate.html#g1SpinGate_rLUMIpzdn rLUMIpzdn] � [udst_documentation_g1SpinGate.html#g1SpinGate_rTRIGpzdn rTRIGpzdn] � [udst_documentation_g1SpinGate.html#g1SpinGate_rDEADpzdn rDEADpzdn] � [udst_documentation_g1SpinGate.html#g1SpinGate_rBUSYHCLKpzdn rBUSYHCLKpzdn] � [udst_documentation_g1SpinGate.html#g1SpinGate_rFREEHCLKpzdn rFREEHCLKpzdn] � [udst_documentation_g1SpinGate.html#g1SpinGate_rTRIGnorm rTRIGnorm] � [udst_documentation_g1SpinGate.html#g1SpinGate_rTR21norm rTR21norm] � [udst_documentation_g1SpinGate.html#g1SpinGate_rLUMIpzzup rLUMIpzzup] � [udst_documentation_g1SpinGate.html#g1SpinGate_rTRIGpzzup rTRIGpzzup] � [udst_documentation_g1SpinGate.html#g1SpinGate_rDEADpzzup rDEADpzzup] � [udst_documentation_g1SpinGate.html#g1SpinGate_rBUSYHCLKpzzup rBUSYHCLKpzzup] � [udst_documentation_g1SpinGate.html#g1SpinGate_rFREEHCLKpzzup rFREEHCLKpzzup] � [udst_documentation_g1SpinGate.html#g1SpinGate_rLUMIpzzdn rLUMIpzzdn] � [udst_documentation_g1SpinGate.html#g1SpinGate_rTRIGpzzdn rTRIGpzzdn] � [udst_documentation_g1SpinGate.html#g1SpinGate_rDEADpzzdn rDEADpzzdn] � [udst_documentation_g1SpinGate.html#g1SpinGate_rBUSYHCLKpzzdn rBUSYHCLKpzzdn] � [udst_documentation_g1SpinGate.html#g1SpinGate_rFREEHCLKpzzdn rFREEHCLKpzzdn]
�)
[#Top Top]
The g1Online table has information relavent to an online production of uDSTs. This table is filled once per record, so it should contain only one row.
[udst_documentation_g1Online.html g1Online]
�(
[udst_documentation_g1Online.html#g1Online_rAtmoPressure rAtmoPressure] � [udst_documentation_g1Online.html#g1Online_rTRDCorrection rTRDCorrection]
�)
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The g1uDSTstat table contains the production statistics for the uDST uDST for the whole run, including this burst. This table is filled once per burst, so it should contain only one row.
[udst_documentation_g1uDSTstat.html g1uDSTstat]
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[udst_documentation_g1uDSTstat.html#g1uDSTstat_FlipEvent FlipEvent] � [udst_documentation_g1uDSTstat.html#g1uDSTstat_FlipMissed FlipMissed] � [udst_documentation_g1uDSTstat.html#g1uDSTstat_FlipSlow FlipSlow] � [udst_documentation_g1uDSTstat.html#g1uDSTstat_FlipProcess FlipProcess] � [udst_documentation_g1uDSTstat.html#g1uDSTstat_BurstEvent BurstEvent] � [udst_documentation_g1uDSTstat.html#g1uDSTstat_BurstSlow BurstSlow] � [udst_documentation_g1uDSTstat.html#g1uDSTstat_BurstProcess BurstProcess] � [udst_documentation_g1uDSTstat.html#g1uDSTstat_EventSeen EventSeen] � [udst_documentation_g1uDSTstat.html#g1uDSTstat_EventProcess EventProcess] � [udst_documentation_g1uDSTstat.html#g1uDSTstat_EventWritten EventWritten] � [udst_documentation_g1uDSTstat.html#g1uDSTstat_TracksSeen TracksSeen] � [udst_documentation_g1uDSTstat.html#g1uDSTstat_TracksProcess TracksProcess] � [udst_documentation_g1uDSTstat.html#g1uDSTstat_TracksWritten TracksWritten] � [udst_documentation_g1uDSTstat.html#g1uDSTstat_Errors Errors] � [udst_documentation_g1uDSTstat.html#g1uDSTstat_Warnings Warnings]
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The g1Key table
[udst_documentation_g1Key.html g1Key]
�(
[udst_documentation_g1Key.html#g1Key_iRun iRun] � [udst_documentation_g1Key.html#g1Key_iUDSTcounter iUDSTcounter] � [udst_documentation_g1Key.html#g1Key_iBurst iBurst] � [udst_documentation_g1Key.html#g1Key_cName cName]
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The g1Trigger table contains the trigger information for a burst. This table will only contain one row for each physics trigger.
[udst_documentation_g1Trigger.html g1Trigger]
�(
[udst_documentation_g1Trigger.html#g1Trigger_iTrigNo iTrigNo] � [udst_documentation_g1Trigger.html#g1Trigger_iPreScalFactor iPreScalFactor] � [udst_documentation_g1Trigger.html#g1Trigger_rGenTrigBefPS rGenTrigBefPS] � [udst_documentation_g1Trigger.html#g1Trigger_rGenTrigAftPS rGenTrigAftPS] � [udst_documentation_g1Trigger.html#g1Trigger_rAccTrigAftPS rAccTrigAftPS] � [udst_documentation_g1Trigger.html#g1Trigger_rDeadCorr rDeadCorr] � [udst_documentation_g1Trigger.html#g1Trigger_bTrigDQBit bTrigDQBit]
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The g1LWTrk table contains the Lambda Wheel tracks which are associated with external charged tracks in the main spectrometer. For any given event a LW track is placed in this table if (and only if) the g1Track table is also filled. A row in this table is linked via a relationship to the corresponding track entry in the g1Track table.
| NOTE: | This table is only filled for udst-production of data later than 2003 Any LW-data which can be found in 2003-c0 in the table smLW should be completely ignored |
|---|
[udst_documentation_g1LWTrk.html g1LWTrk]
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[udst_documentation_g1LWTrk.html#g1LWTrk_iEvent iEvent] � [udst_documentation_g1LWTrk.html#g1LWTrk_rX rX] � [udst_documentation_g1LWTrk.html#g1LWTrk_rY rY] � [udst_documentation_g1LWTrk.html#g1LWTrk_rXS rXS] � [udst_documentation_g1LWTrk.html#g1LWTrk_rYS rYS] � [udst_documentation_g1LWTrk.html#g1LWTrk_rE1 rE1] � [udst_documentation_g1LWTrk.html#g1LWTrk_rE2 rE2] � [udst_documentation_g1LWTrk.html#g1LWTrk_rQF rQF]
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The g1LW table contains the Lambda Wheel tracks which are not associated with external charged tracks in the main spectrometer. For any given event a LW track is placed in this table if (and only if) the g1Track table is also filled.
| NOTE: | This table is only filled for udst-production of data later than 2003 Any LW-data which can be found in 2003-c0 in the table smLW should be completely ignored |
|---|
[udst_documentation_g1LW.html g1LW]
�(
[udst_documentation_g1LW.html#g1LW_iEvent iEvent] � [udst_documentation_g1LW.html#g1LW_rX rX] � [udst_documentation_g1LW.html#g1LW_rY rY] � [udst_documentation_g1LW.html#g1LW_rXS rXS] � [udst_documentation_g1LW.html#g1LW_rYS rYS] � [udst_documentation_g1LW.html#g1LW_rE1 rE1] � [udst_documentation_g1LW.html#g1LW_rE2 rE2] � [udst_documentation_g1LW.html#g1LW_rQF rQF]
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The g1RDTrack table contains the basic Recoil Detector track info needed for the inclusive analysis for a select set of tracks seen during the burst. For any given event a Recoil Detector track is placed in this table if (and only if) there is a charged particle track in the HERMES spectrometer. A row in this table is linked via relationships to track parameters in the g1RDTrackPar table for each of the following particle ID hypotheses:
- kaon
- proton
- deuteron
- stopped proton
- stopped deuteron
| NOTE: | This table is filled only for 2006 and 2007 uDST productions. |
|---|
[udst_documentation_g1RDTrack.html g1RDTrack]
�(
[udst_documentation_g1RDTrack.html#g1RDTrack_iEvent iEvent] � [udst_documentation_g1RDTrack.html#g1RDTrack_iMethod iMethod] � [udst_documentation_g1RDTrack.html#g1RDTrack_iSciFiTDCBits iSciFiTDCBits]
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The g1RDTrackPar table contains Recoil Detector track parameter info for all the particle ID hypotheses.
| NOTE: | This table is filled only for 2006 and 2007 uDST productions. |
|---|
[udst_documentation_g1RDTrackPar.html g1RDTrackPar]
�(
[udst_documentation_g1RDTrackPar.html#g1RDTrackPar_rEnergy rEnergy] � [udst_documentation_g1RDTrackPar.html#g1RDTrackPar_rTheta rTheta] � [udst_documentation_g1RDTrackPar.html#g1RDTrackPar_rPhi rPhi] � [udst_documentation_g1RDTrackPar.html#g1RDTrackPar_rVertex(3) rVertex(3)] � [udst_documentation_g1RDTrackPar.html#g1RDTrackPar_rCov(10) rCov(10)]
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The g1PD table contains the Photon Detector space points which are not associated with charged tracks in the Recoil Detector. For any given event a space point is placed in this table if (and only if) there is a charged particle track in the HERMES spectrometer.
| NOTE: | This table is filled only for 2006 and 2007 uDST productions. |
|---|
[udst_documentation_g1PD.html g1PD]
�(
[udst_documentation_g1PD.html#g1PD_iEvent iEvent] � [udst_documentation_g1PD.html#g1PD_rX rX] � [udst_documentation_g1PD.html#g1PD_rY rY] � [udst_documentation_g1PD.html#g1PD_rZ rZ] � [udst_documentation_g1PD.html#g1PD_rPuls rPuls] � [udst_documentation_g1PD.html#g1PD_iClusters iClusters]
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The g1htcTrack table contains the HTC Kalman filter track fitting results. A row in this table is linked via a relationship to the corresponding HRC track entry in the g1Track table.
[udst_documentation_g1htcTrack.html g1htcTrack]
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[udst_documentation_g1htcTrack.html#g1htcTrack_status(2) status(2)] � [udst_documentation_g1htcTrack.html#g1htcTrack_chi chi]
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The g1htcNode table contains the HTC tracking information assuming that tracks are independent (i.e. do not belong to vertices). A row in this table is linked via a relationship to the corresponding entry in the g1htcTrack table.
[udst_documentation_g1htcNode.html g1htcNode]
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[udst_documentation_g1htcNode.html#g1htcNode_z0 z0] � [udst_documentation_g1htcNode.html#g1htcNode_x(5) x(5)] � [udst_documentation_g1htcNode.html#g1htcNode_cov(15) cov(15)]
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The g1htc1TrackV table contains the HTC tracking information for 1-track vertices (i.e. 1 spectrometer track + 1 beam track). A row in this table is linked via a relationship to the corresponding HTC track entry in the g1htcTrack table.
[udst_documentation_g1htc1TrackV.html g1htc1TrackV]
�(
[udst_documentation_g1htc1TrackV.html#g1htc1TrackV_status status] � [udst_documentation_g1htc1TrackV.html#g1htc1TrackV_chi chi] � [udst_documentation_g1htc1TrackV.html#g1htc1TrackV_z0 z0] � [udst_documentation_g1htc1TrackV.html#g1htc1TrackV_ez ez] � [udst_documentation_g1htc1TrackV.html#g1htc1TrackV_beam(4) beam(4)] � [udst_documentation_g1htc1TrackV.html#g1htc1TrackV_x0(5) x0(5)] � [udst_documentation_g1htc1TrackV.html#g1htc1TrackV_x(5) x(5)] � [udst_documentation_g1htc1TrackV.html#g1htc1TrackV_cov(15) cov(15)] � [udst_documentation_g1htc1TrackV.html#g1htc1TrackV_dxdz(5) dxdz(5)]
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The g1htc2TrackV table contains the HTC tracking information for 2-track vertices (i.e. 2 spectrometer tracks or 1 spectrometer track + 1 beam track). A row in this table is linked via relationships to the 2 corresponding HTC track entries in the g1htcTrack table.
[udst_documentation_g1htc2TrackV.html g1htc2TrackV]
�(
[udst_documentation_g1htc2TrackV.html#g1htc2TrackV_status status] � [udst_documentation_g1htc2TrackV.html#g1htc2TrackV_chi chi] � [udst_documentation_g1htc2TrackV.html#g1htc2TrackV_z0 z0] � [udst_documentation_g1htc2TrackV.html#g1htc2TrackV_ez ez] � [udst_documentation_g1htc2TrackV.html#g1htc2TrackV_beam(4) beam(4)] � [udst_documentation_g1htc2TrackV.html#g1htc2TrackV_x0(10) x0(10)] � [udst_documentation_g1htc2TrackV.html#g1htc2TrackV_x(8) x(8)] � [udst_documentation_g1htc2TrackV.html#g1htc2TrackV_cov(36) cov(36)] � [udst_documentation_g1htc2TrackV.html#g1htc2TrackV_dxdz(8) dxdz(8)]
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The g1htc3TrackV table contains the HTC tracking information for 3-track vertices (i.e. 3 spectrometer tracks or 2 spectrometer tracks + 1 beam track). A row in this table is linked via relationships to the 3 corresponding HTC track entries in the g1htcTrack table.
[udst_documentation_g1htc3TrackV.html g1htc3TrackV]
�(
[udst_documentation_g1htc3TrackV.html#g1htc3TrackV_status status] � [udst_documentation_g1htc3TrackV.html#g1htc3TrackV_chi chi] � [udst_documentation_g1htc3TrackV.html#g1htc3TrackV_z0 z0] � [udst_documentation_g1htc3TrackV.html#g1htc3TrackV_ez ez] � [udst_documentation_g1htc3TrackV.html#g1htc3TrackV_beam(4) beam(4)] � [udst_documentation_g1htc3TrackV.html#g1htc3TrackV_x0(15) x0(15)] � [udst_documentation_g1htc3TrackV.html#g1htc3TrackV_x(11) x(11)] � [udst_documentation_g1htc3TrackV.html#g1htc3TrackV_cov(66) cov(66)] � [udst_documentation_g1htc3TrackV.html#g1htc3TrackV_dxdz(11) dxdz(11)]
�)
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