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This is a report template file.
It can be used to create simple run summary/statistics output files.
To produce a report, put in your analysis steering script, the line
analyzer->PrintReport(templatefilename, reportfilename);
where analyzer is your analyzer object.
The template file is copied to the output file, except that anything
inside of the braces gets evaluated. If the braces contain a string variable,
the value of variable replaces the braced name. Otherwise what is
in the braces is evaluated as an expression. Currently the expression can be
composed of Hall C style parameter variables, cut results (not really too usefull)
and cut statistics. (Number of times called and number of times passed.)
For example, {100*Pedestal_event.npassed/Pedestal_event.ncalled:%.2f}% is the
percentage of events that were pedestal events.
Number of pedestal events: {Pedestal_event.npassed} {Pedestal_event.ncalled}
Number of HMS events: {HMS_event.npassed} {HMS_event.ncalled}
Number of scalar events: {scalar_event.npassed} {scalar_event.ncalled}
Number of hfoundtrack events: {hFoundTrack.npassed}
hFoundTrack/Number of HMS events: {hFoundTrack.npassed/HMS_event.npassed:%.5f}
*****************************
* HMS TRACKING EFFICIENCIES *
*****************************
htrig : {hmscoin_event.npassed}
hhitslt = passed hits/cham : {hmsHitsLt.npassed}
hhitsplanes = +planes >= 5/6 : {hmsHitsPlanes.npassed}
hhitsplanessps = + sps : {hSpacePoints.npassed}
hhitsplanesspsstubs +stub : {hSpacePointsStub.npassed}
hsfoundtrack : {hFoundTrack.npassed}
hstublt = passed stub tests : {hStubLT.npassed}
h1hitslt : {hms1HitsLt.npassed}
h2hitslt : {hms2HitsLt.npassed}
h1planesgt : {hmsDC1PlanesGT.npassed}
h2planesgt : {hmsDC2PlanesGT.npassed}
hplanesgt = gt 5 planes/cham : {hmsPlanseGT.npassed}
f1hspacepoints : {f1HSpacePoints.npassed}
f2hspacepoints : {f2HSpacePoints.npassed}
htest1=p hits/planes, f sp : {hTest1.npassed}
htest2=p sp, f stubs : {hTest2.npassed}
hdid : {HMSScinDid.npassed}
hdide : {HMSScinDide.npassed}
hdidh : {HMSScinDidh.npassed}
hscinshould : {HMSScinShould.npassed}
hscinshoulde : {HMSScinShoulde.npassed}
hscinshouldh : {HMSScinShouldh.npassed}
SING FID TRACK EFFIC : {HMSScinDid.npassed/(HMSScinShould.npassed+0.0001):%8.4f} +- {(sqrt(HMSScinShould.npassed-HMSScinDid.npassed)/(HMSScinShould.npassed+.0001)):%8.4f}
E SING FID TRACK EFFIC : {HMSScinDide.npassed/(HMSScinShoulde.npassed+0.0001):%8.4f} +- {(sqrt(HMSScinShoulde.npassed-HMSScinDide.npassed)/(HMSScinShoulde.npassed+.0001)):%8.4f}
HADRON SING FID TRACK EFFIC : {HMSScinDidh.npassed/(HMSScinShouldh.npassed+0.0001):%8.4f} +- {(sqrt(HMSScinShouldh.npassed-HMSScinDidh.npassed)/(HMSScinShouldh.npassed+.0001)):%8.4f}
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* hms coincidences...
ctrig : {coin_event.npassed}
bhhitslt = passed hits/cham : {bhmsHitsLt.npassed}
bhhitsplanes = +planes >= 5/6 : {bhmsHitsPlanes.npassed}
bhhitsplanessps = + sps : {bhmsHitsPlanesSps.npassed}
bhhitsplanesspsstubs +stub : {bhmsHitsPlanesSpsStubs.npassed}
found track and ctrig : {bhmsFoundTrack.npassed}
bhstublt = passed stub tests : {bhmsStubLt.npassed}
bh1hitslt : {bhms1HitsLt.npassed}
bh2hitslt : {bhms2HitsLt.npassed}
bh1planesgt : {bhmsDC1PlanesGT.npassed}
bh2planesgt : {bhmsDC2PlanesGT.npassed}
bhplanesgt = gt 5 planes/cham : {bhmsPlanesGt.npassed}
f1bhspacepoints : {f1bhmsSpacepoints.npassed}
f2bhspacepoints : {f2bhmsSpacepoints.npassed}
bhtest1=p hits/planes, f sp : {bhmsTest1.npassed}
bhtest2=p sp, f stubs : {bhmsTest2.npassed}
bhdid : {BHMSScinDid.npassed}
bhdide : {BHMSScinDide.npassed}
bhdidh : {BHMSScinDidh.npassed}
bhscinshould : {BHMSScinShould.npassed}
bhscinshoulde : {BHMSScinShoulde.npassed}
bhscinshouldh : {BHMSScinShouldh.npassed}
COIN FID TRACK EFFIC : {BHMSScinDid.npassed/(BHMSScinShould.npassed+0.0001):%8.4f} +- {(sqrt(BHMSScinShould.npassed-BHMSScinDid.npassed)/(BHMSScinShould.npassed+.0001)):%8.4f}
E COIN FID TRACK EFFIC : {BHMSScinDide.npassed/(BHMSScinShoulde.npassed+0.0001):%8.4f} +- {(sqrt(BHMSScinShoulde.npassed-BHMSScinDide.npassed)/(BHMSScinShoulde.npassed+.0001)):%8.4f}
HADRON COIN FID TRACK EFFIC : {BHMSScinDidh.npassed/(BHMSScinShouldh.npassed+0.0001):%8.4f} +- {(sqrt(BHMSScinShouldh.npassed-BHMSScinDidh.npassed)/(BHMSScinShouldh.npassed+.0001)):%8.4f}
********************************************************************
*****************************
* RAW SOFTWARE EFFICIENCIES *
*****************************
"raw" means one or more hits per dc plane.
"Good" means one or two hits per dc plane.
rawhdc1x1 = {h1hit1.npassed} eff = {(h1hit1.npassed/hmsCham1Hits.npassed):%5.3f} BAD = 0.95
rawhdc1y1 = {h1hit2.npassed} eff = {(h1hit2.npassed/hmsCham1Hits.npassed):%5.3f} BAD = 0.95
rawhdc1u1 = {h1hit3.npassed} eff = {(h1hit3.npassed/hmsCham1Hits.npassed):%5.3f} BAD = 0.95
rawhdc1v1 = {h1hit4.npassed} eff = {(h1hit4.npassed/hmsCham1Hits.npassed):%5.3f} BAD = 0.95
rawhdc1y2 = {h1hit5.npassed} eff = {(h1hit5.npassed/hmsCham1Hits.npassed):%5.3f} BAD = 0.95
rawhdc1x2 = {h1hit6.npassed} eff = {(h1hit6.npassed/hmsCham1Hits.npassed):%5.3f} BAD = 0.95
rawhdc1 = {hmsCham1Hits.npassed} eff = {(hdc_cham_hits[0]/hmsCham1Hits.npassed):%5.3f} BAD = 0.99
rawhdc2x1 = {h2hit1.npassed} eff = {(h2hit1.npassed/hmsCham2Hits.npassed):%5.3f} BAD = 0.95
rawhdc2y1 = {h2hit2.npassed} eff = {(h2hit2.npassed/hmsCham2Hits.npassed):%5.3f} BAD = 0.95
rawhdc2y1 = {h2hit3.npassed} eff = {(h2hit3.npassed/hmsCham2Hits.npassed):%5.3f} BAD = 0.95
rawhdc2v1 = {h2hit4.npassed} eff = {(h2hit4.npassed/hmsCham2Hits.npassed):%5.3f} BAD = 0.95
rawhdc2y2 = {h2hit5.npassed} eff = {(h2hit5.npassed/hmsCham2Hits.npassed):%5.3f} BAD = 0.95
rawhdc2x2 = {h2hit6.npassed} eff = {(h2hit6.npassed/hmsCham2Hits.npassed):%5.3f} BAD = 0.95
rawhdc2 = {hmsCham2Hits.npassed} eff = {(hdc_cham_hits[1]/hmsCham2Hits.npassed):%5.3f} BAD = 0.99
goodhdc1x1 = {goodHDC1x1.npassed} eff = {(goodHDC1x1.npassed/(hmscoin_event.npassed+0.0001)):%5.3f} BAD = 0.95
goodhdc1y1 = {goodHDC1y1.npassed} eff = {(goodHDC1y1.npassed/(hmscoin_event.npassed+0.0001)):%5.3f} BAD = 0.95
goodhdc1u1 = {goodHDC1u1.npassed} eff = {(goodHDC1u1.npassed/(hmscoin_event.npassed+0.0001)):%5.3f} BAD = 0.95
goodhdc1v1 = {goodHDC1v1.npassed} eff = {(goodHDC1v1.npassed/(hmscoin_event.npassed+0.0001)):%5.3f} BAD = 0.95
goodhdc1y2 = {goodHDC1y2.npassed} eff = {(goodHDC1y2.npassed/(hmscoin_event.npassed+0.0001)):%5.3f} BAD = 0.95
goodhdc1x2 = {goodHDC1x2.npassed} eff = {(goodHDC1x2.npassed/(hmscoin_event.npassed+0.0001)):%5.3f} BAD = 0.95
goodhdc1 = {goodHDC1.npassed} eff = {(goodHDC1.npassed/(hmscoin_event.npassed+0.0001)):%5.3f} BAD = 0.90
goodhdc2x1 = {goodHDC2x1.npassed} eff = {(goodHDC2x1.npassed/(hmscoin_event.npassed+0.0001)):%5.3f} BAD = 0.95
goodhdc2x1 = {goodHDC2y1.npassed} eff = {(goodHDC2y1.npassed/(hmscoin_event.npassed+0.0001)):%5.3f} BAD = 0.95
goodhdc2x1 = {goodHDC2u1.npassed} eff = {(goodHDC2u1.npassed/(hmscoin_event.npassed+0.0001)):%5.3f} BAD = 0.95
goodhdc2x1 = {goodHDC2v1.npassed} eff = {(goodHDC2v1.npassed/(hmscoin_event.npassed+0.0001)):%5.3f} BAD = 0.95
goodhdc2x1 = {goodHDC2y2.npassed} eff = {(goodHDC2y2.npassed/(hmscoin_event.npassed+0.0001)):%5.3f} BAD = 0.95
goodhdc2x1 = {goodHDC2x2.npassed} eff = {(goodHDC2x2.npassed/(hmscoin_event.npassed+0.0001)):%5.3f} BAD = 0.95
goodhdc2 = {goodHDC2.npassed} eff = {(goodHDC2.npassed/(hmscoin_event.npassed+0.0001)):%5.3f} BAD = 0.90
bothgoodhdc = {bothGood.npassed} eff = {(bothGood.npassed/(hmscoin_event.npassed+0.0001)):%5.3f} BAD = 0.80
"hfoundtrack" based on analyzer variable HNTRACKS_FP.
"hcleantrack" based on analyzer variable HSNUM_FPTRACK (=foundtrack+chi2+PID).
hfoundtrack = {hFoundTrack.npassed:%7d} eff = {hFoundTrack.npassed/(hmscoin_event.npassed+0.0001):%5.3f} BAD = .95
hfound1track = {hFound1Track.npassed:%7d} eff = {hFound1Track.npassed/(hmscoin_event.npassed+.0001):%5.3f}
hfound2track = {hFound2Track.npassed:%7d} eff = {hFound2Track.npassed/(hmscoin_event.npassed+.0001):%5.3f}
hfound3track = {hFound3Track.npassed:%7d} eff = {hFound3Track.npassed/(hmscoin_event.npassed+.0001):%5.3f}
hfound4track = {hFound4Track.npassed:%7d} eff = {hFound4Track.npassed/(hmscoin_event.npassed+.0001):%5.3f}
hcleantrack = {hCleanTrack.npassed:%7d} eff = {hCleanTrack.npassed/(hmscoin_event.npassed+0.0001):%5.3f} BAD = .95
1hcleantrack = {1hCleanTrack.npassed:%7d} eff = {1hCleanTrack.npassed/(hmscoin_event.npassed+0.0001):%5.3f}
2hcleantrack = {2hCleanTrack.npassed:%7d} eff = {2hCleanTrack.npassed/(hmscoin_event.npassed+0.0001):%5.3f}
3hcleantrack = {3hCleanTrack.npassed:%7d} eff = {3hCleanTrack.npassed/(hmscoin_event.npassed+0.0001):%5.3f}
4hcleantrack = {4hCleanTrack.npassed:%7d} eff = {4hCleanTrack.npassed/(hmscoin_event.npassed+0.0001):%5.3f}
"Any" means one or more hits per scint plane.
"Good" means one or two hits per scint plane.
anyhs1x = {anyhs1x.npassed:%7d} eff = {anyhs1x.npassed/(hmscoin_event.npassed+.0001):%5.3f} BAD = .99
anyhs1y = {anyhs1y.npassed:%7d} eff = {anyhs1y.npassed/(hmscoin_event.npassed+.0001):%5.3f} BAD = .99
anyhs2x = {anyhs2x.npassed:%7d} eff = {anyhs2x.npassed/(hmscoin_event.npassed+.0001):%5.3f} BAD = .99
anyhs2y = {anyhs2y.npassed:%7d} eff = {anyhs2y.npassed/(hmscoin_event.npassed+.0001):%5.3f} BAD = .99
goodhs1x = {goodhs1x.npassed:%7d} eff = {goodhs1x.npassed/(hmscoin_event.npassed+.0001):%5.3f} BAD = .98
goodhs1y = {goodhs1y.npassed:%7d} eff = {goodhs1y.npassed/(hmscoin_event.npassed+.0001):%5.3f} BAD = .98
goodhs1 = {goodhs1.npassed:%7d} eff = {goodhs1.npassed/(hmscoin_event.npassed+.0001):%5.3f} BAD = .96
goodhs2x = {goodhs2x.npassed:%7d} eff = {goodhs2x.npassed/(hmscoin_event.npassed+.0001):%5.3f} BAD = .98
goodhs2y = {goodhs2y.npassed:%7d} eff = {goodhs2y.npassed/(hmscoin_event.npassed+.0001):%5.3f} BAD = .98
goodhs2 = {goodhs2.npassed:%7d} eff = {goodhs2.npassed/(hmscoin_event.npassed+.0001):%5.3f} BAD = .96
goodhs1s2 = {goodhs1s2.npassed:%7d} eff = {goodhs1s2.npassed/(hmscoin_event.npassed+.0001):%5.3f} BAD = .95
********************
* HARDWARE SCALERS *
********************
General Format:
signal = counts ( rate-Hz )
**********
*SUMMARY *
**********
Time of run = {HShCLOCK/1.0e6:%8.2f} sec.
hdc1 6/6 eff = {(hdc_cham_hits[0]/hmsCham1Hits.npassed):%5.3f} BAD = 0.99
hdc2 6/6 eff = {(hdc_cham_hits[1]/hmsCham1Hits.npassed):%5.3f} BAD = 0.99
anyhs1x eff = {anyhs1x.npassed/(hmscoin_event.npassed+.0001):%5.3f} BAD = .99
anyhs1y eff = {anyhs1y.npassed/(hmscoin_event.npassed+.0001):%5.3f} BAD = .99
anyhs2x eff = {anyhs2x.npassed/(hmscoin_event.npassed+.0001):%5.3f} BAD = .99
anyhs2y eff = {anyhs2y.npassed/(hmscoin_event.npassed+.0001):%5.3f} BAD = .99
I_avg Q_tot Q_tot
(microAmps) (microCoulombs) (microAmp-hours)
BCM1
BCM2
BCM3
hpretriggers =
htriggers =
hadcgates =
Computer D.T. =
Elec. D.T. =
**************************
* Hodoscope Efficiencies *
**************************
Efficiencies for hodoscopes is the fraction of times scin. was hit when track
with chisquared/dof < {hstat_maxchisq:%5.1f} came within {hstat_slop:%4.1f} cm of the center.
Events examined = htrig = {hmscoin_event.npassed:%7d}
Tracks found = hcleantrack = {hCleanTrack.npassed:%7d}
Tracks passing chisquared cut = {HstatNumevents.npassed:%7d}
Scint POS eff NEG eff OR eff AND eff Hits
----- ------- ------- ------- ------- ----
hS1X1: {(hhodo_pos_eff[0]/hhodo_gold_hits[0]):%6.3f} {(hhodo_neg_eff[0]/hhodo_gold_hits[0]):%6.3f} {(hhodo_or_eff[0]/hhodo_gold_hits[0]):%6.3f} {(hhodo_and_eff[0]/hhodo_gold_hits[0]):%6.3f} {hhodo_gold_hits[0]:%6d}
hS1X2: {(hhodo_pos_eff[4]/hhodo_gold_hits[4]):%6.3f} {(hhodo_neg_eff[4]/hhodo_gold_hits[4]):%6.3f} {(hhodo_or_eff[4]/hhodo_gold_hits[4]):%6.3f} {(hhodo_and_eff[4]/hhodo_gold_hits[4]):%6.3f} {hhodo_gold_hits[4]:%6d}
hS1X3: {(hhodo_pos_eff[8]/hhodo_gold_hits[8]):%6.3f} {(hhodo_neg_eff[8]/hhodo_gold_hits[8]):%6.3f} {(hhodo_or_eff[8]/hhodo_gold_hits[8]):%6.3f} {(hhodo_and_eff[8]/hhodo_gold_hits[8]):%6.3f} {hhodo_gold_hits[8]:%6d}
hS1X4: {(hhodo_pos_eff[12]/hhodo_gold_hits[12]):%6.3f} {(hhodo_neg_eff[12]/hhodo_gold_hits[12]):%6.3f} {(hhodo_or_eff[12]/hhodo_gold_hits[12]):%6.3f} {(hhodo_and_eff[12]/hhodo_gold_hits[12]):%6.3f} {hhodo_gold_hits[12]:%6d}
hS1X5: {(hhodo_pos_eff[16]/hhodo_gold_hits[16]):%6.3f} {(hhodo_neg_eff[16]/hhodo_gold_hits[16]):%6.3f} {(hhodo_or_eff[16]/hhodo_gold_hits[16]):%6.3f} {(hhodo_and_eff[16]/hhodo_gold_hits[16]):%6.3f} {hhodo_gold_hits[16]:%6d}
hS1X6: {(hhodo_pos_eff[20]/hhodo_gold_hits[20]):%6.3f} {(hhodo_neg_eff[20]/hhodo_gold_hits[20]):%6.3f} {(hhodo_or_eff[20]/hhodo_gold_hits[20]):%6.3f} {(hhodo_and_eff[20]/hhodo_gold_hits[20]):%6.3f} {hhodo_gold_hits[20]:%6d}
hS1X7: {(hhodo_pos_eff[24]/hhodo_gold_hits[24]):%6.3f} {(hhodo_neg_eff[24]/hhodo_gold_hits[24]):%6.3f} {(hhodo_or_eff[24]/hhodo_gold_hits[24]):%6.3f} {(hhodo_and_eff[24]/hhodo_gold_hits[24]):%6.3f} {hhodo_gold_hits[24]:%6d}
hS1X8: {(hhodo_pos_eff[28]/hhodo_gold_hits[28]):%6.3f} {(hhodo_neg_eff[28]/hhodo_gold_hits[28]):%6.3f} {(hhodo_or_eff[28]/hhodo_gold_hits[28]):%6.3f} {(hhodo_and_eff[28]/hhodo_gold_hits[28]):%6.3f} {hhodo_gold_hits[28]:%6d}
hS1X9: {(hhodo_pos_eff[32]/hhodo_gold_hits[32]):%6.3f} {(hhodo_neg_eff[32]/hhodo_gold_hits[32]):%6.3f} {(hhodo_or_eff[32]/hhodo_gold_hits[32]):%6.3f} {(hhodo_and_eff[32]/hhodo_gold_hits[32]):%6.3f} {hhodo_gold_hits[32]:%6d}
hS1X10: {(hhodo_pos_eff[36]/hhodo_gold_hits[36]):%6.3f} {(hhodo_neg_eff[36]/hhodo_gold_hits[36]):%6.3f} {(hhodo_or_eff[36]/hhodo_gold_hits[36]):%6.3f} {(hhodo_and_eff[36]/hhodo_gold_hits[36]):%6.3f} {hhodo_gold_hits[36]:%6d}
hS1X11: {(hhodo_pos_eff[40]/hhodo_gold_hits[40]):%6.3f} {(hhodo_neg_eff[40]/hhodo_gold_hits[40]):%6.3f} {(hhodo_or_eff[40]/hhodo_gold_hits[40]):%6.3f} {(hhodo_and_eff[40]/hhodo_gold_hits[40]):%6.3f} {hhodo_gold_hits[40]:%6d}
hS1X12: {(hhodo_pos_eff[44]/hhodo_gold_hits[44]):%6.3f} {(hhodo_neg_eff[44]/hhodo_gold_hits[44]):%6.3f} {(hhodo_or_eff[44]/hhodo_gold_hits[44]):%6.3f} {(hhodo_and_eff[44]/hhodo_gold_hits[44]):%6.3f} {hhodo_gold_hits[44]:%6d}
hS1X13: {(hhodo_pos_eff[48]/hhodo_gold_hits[48]):%6.3f} {(hhodo_neg_eff[48]/hhodo_gold_hits[48]):%6.3f} {(hhodo_or_eff[48]/hhodo_gold_hits[48]):%6.3f} {(hhodo_and_eff[48]/hhodo_gold_hits[48]):%6.3f} {hhodo_gold_hits[48]:%6d}
hS1X14: {(hhodo_pos_eff[52]/hhodo_gold_hits[52]):%6.3f} {(hhodo_neg_eff[52]/hhodo_gold_hits[52]):%6.3f} {(hhodo_or_eff[52]/hhodo_gold_hits[52]):%6.3f} {(hhodo_and_eff[52]/hhodo_gold_hits[52]):%6.3f} {hhodo_gold_hits[52]:%6d}
hS1X15: {(hhodo_pos_eff[56]/hhodo_gold_hits[56]):%6.3f} {(hhodo_neg_eff[56]/hhodo_gold_hits[56]):%6.3f} {(hhodo_or_eff[56]/hhodo_gold_hits[56]):%6.3f} {(hhodo_and_eff[56]/hhodo_gold_hits[56]):%6.3f} {hhodo_gold_hits[56]:%6d}
hS1X16: {(hhodo_pos_eff[60]/hhodo_gold_hits[60]):%6.3f} {(hhodo_neg_eff[60]/hhodo_gold_hits[60]):%6.3f} {(hhodo_or_eff[60]/hhodo_gold_hits[60]):%6.3f} {(hhodo_and_eff[60]/hhodo_gold_hits[60]):%6.3f} {hhodo_gold_hits[60]:%6d}
hS1Y1: {(hhodo_pos_eff[1]/hhodo_gold_hits[1]):%6.3f} {(hhodo_neg_eff[1]/hhodo_gold_hits[1]):%6.3f} {(hhodo_or_eff[1]/hhodo_gold_hits[1]):%6.3f} {(hhodo_and_eff[1]/hhodo_gold_hits[1]):%6.3f} {hhodo_gold_hits[1]:%6d}
hS1Y2: {(hhodo_pos_eff[5]/hhodo_gold_hits[5]):%6.3f} {(hhodo_neg_eff[5]/hhodo_gold_hits[5]):%6.3f} {(hhodo_or_eff[5]/hhodo_gold_hits[5]):%6.3f} {(hhodo_and_eff[5]/hhodo_gold_hits[5]):%6.3f} {hhodo_gold_hits[5]:%6d}
hS1Y3: {(hhodo_pos_eff[9]/hhodo_gold_hits[9]):%6.3f} {(hhodo_neg_eff[9]/hhodo_gold_hits[9]):%6.3f} {(hhodo_or_eff[9]/hhodo_gold_hits[9]):%6.3f} {(hhodo_and_eff[9]/hhodo_gold_hits[9]):%6.3f} {hhodo_gold_hits[9]:%6d}
hS1Y4: {(hhodo_pos_eff[13]/hhodo_gold_hits[13]):%6.3f} {(hhodo_neg_eff[13]/hhodo_gold_hits[13]):%6.3f} {(hhodo_or_eff[13]/hhodo_gold_hits[13]):%6.3f} {(hhodo_and_eff[13]/hhodo_gold_hits[13]):%6.3f} {hhodo_gold_hits[13]:%6d}
hS1Y5: {(hhodo_pos_eff[17]/hhodo_gold_hits[17]):%6.3f} {(hhodo_neg_eff[17]/hhodo_gold_hits[17]):%6.3f} {(hhodo_or_eff[17]/hhodo_gold_hits[17]):%6.3f} {(hhodo_and_eff[17]/hhodo_gold_hits[17]):%6.3f} {hhodo_gold_hits[17]:%6d}
hS1Y6: {(hhodo_pos_eff[21]/hhodo_gold_hits[21]):%6.3f} {(hhodo_neg_eff[21]/hhodo_gold_hits[21]):%6.3f} {(hhodo_or_eff[21]/hhodo_gold_hits[21]):%6.3f} {(hhodo_and_eff[21]/hhodo_gold_hits[21]):%6.3f} {hhodo_gold_hits[21]:%6d}
hS1Y7: {(hhodo_pos_eff[25]/hhodo_gold_hits[25]):%6.3f} {(hhodo_neg_eff[25]/hhodo_gold_hits[25]):%6.3f} {(hhodo_or_eff[25]/hhodo_gold_hits[25]):%6.3f} {(hhodo_and_eff[25]/hhodo_gold_hits[25]):%6.3f} {hhodo_gold_hits[25]:%6d}
hS1Y8: {(hhodo_pos_eff[29]/hhodo_gold_hits[29]):%6.3f} {(hhodo_neg_eff[29]/hhodo_gold_hits[29]):%6.3f} {(hhodo_or_eff[29]/hhodo_gold_hits[29]):%6.3f} {(hhodo_and_eff[29]/hhodo_gold_hits[29]):%6.3f} {hhodo_gold_hits[29]:%6d}
hS1Y9: {(hhodo_pos_eff[33]/hhodo_gold_hits[33]):%6.3f} {(hhodo_neg_eff[33]/hhodo_gold_hits[33]):%6.3f} {(hhodo_or_eff[33]/hhodo_gold_hits[33]):%6.3f} {(hhodo_and_eff[33]/hhodo_gold_hits[33]):%6.3f} {hhodo_gold_hits[33]:%6d}
hS1Y10: {(hhodo_pos_eff[37]/hhodo_gold_hits[37]):%6.3f} {(hhodo_neg_eff[37]/hhodo_gold_hits[37]):%6.3f} {(hhodo_or_eff[37]/hhodo_gold_hits[37]):%6.3f} {(hhodo_and_eff[37]/hhodo_gold_hits[37]):%6.3f} {hhodo_gold_hits[37]:%6d}
hS2X1: {(hhodo_pos_eff[2]/hhodo_gold_hits[2]):%6.3f} {(hhodo_neg_eff[2]/hhodo_gold_hits[2]):%6.3f} {(hhodo_or_eff[2]/hhodo_gold_hits[2]):%6.3f} {(hhodo_and_eff[2]/hhodo_gold_hits[2]):%6.3f} {hhodo_gold_hits[2]:%6d}
hS2X2: {(hhodo_pos_eff[6]/hhodo_gold_hits[6]):%6.3f} {(hhodo_neg_eff[6]/hhodo_gold_hits[6]):%6.3f} {(hhodo_or_eff[6]/hhodo_gold_hits[6]):%6.3f} {(hhodo_and_eff[6]/hhodo_gold_hits[6]):%6.3f} {hhodo_gold_hits[6]:%6d}
hS2X3: {(hhodo_pos_eff[10]/hhodo_gold_hits[10]):%6.3f} {(hhodo_neg_eff[10]/hhodo_gold_hits[10]):%6.3f} {(hhodo_or_eff[10]/hhodo_gold_hits[10]):%6.3f} {(hhodo_and_eff[10]/hhodo_gold_hits[10]):%6.3f} {hhodo_gold_hits[10]:%6d}
hS2X4: {(hhodo_pos_eff[14]/hhodo_gold_hits[14]):%6.3f} {(hhodo_neg_eff[14]/hhodo_gold_hits[14]):%6.3f} {(hhodo_or_eff[14]/hhodo_gold_hits[14]):%6.3f} {(hhodo_and_eff[14]/hhodo_gold_hits[14]):%6.3f} {hhodo_gold_hits[14]:%6d}
hS2X5: {(hhodo_pos_eff[18]/hhodo_gold_hits[18]):%6.3f} {(hhodo_neg_eff[18]/hhodo_gold_hits[18]):%6.3f} {(hhodo_or_eff[18]/hhodo_gold_hits[18]):%6.3f} {(hhodo_and_eff[18]/hhodo_gold_hits[18]):%6.3f} {hhodo_gold_hits[18]:%6d}
hS2X6: {(hhodo_pos_eff[22]/hhodo_gold_hits[22]):%6.3f} {(hhodo_neg_eff[22]/hhodo_gold_hits[22]):%6.3f} {(hhodo_or_eff[22]/hhodo_gold_hits[22]):%6.3f} {(hhodo_and_eff[22]/hhodo_gold_hits[22]):%6.3f} {hhodo_gold_hits[22]:%6d}
hS2X7: {(hhodo_pos_eff[26]/hhodo_gold_hits[26]):%6.3f} {(hhodo_neg_eff[26]/hhodo_gold_hits[26]):%6.3f} {(hhodo_or_eff[26]/hhodo_gold_hits[26]):%6.3f} {(hhodo_and_eff[26]/hhodo_gold_hits[26]):%6.3f} {hhodo_gold_hits[26]:%6d}
hS2X8: {(hhodo_pos_eff[30]/hhodo_gold_hits[30]):%6.3f} {(hhodo_neg_eff[30]/hhodo_gold_hits[30]):%6.3f} {(hhodo_or_eff[30]/hhodo_gold_hits[30]):%6.3f} {(hhodo_and_eff[30]/hhodo_gold_hits[30]):%6.3f} {hhodo_gold_hits[30]:%6d}
hS2X9: {(hhodo_pos_eff[34]/hhodo_gold_hits[34]):%6.3f} {(hhodo_neg_eff[34]/hhodo_gold_hits[34]):%6.3f} {(hhodo_or_eff[34]/hhodo_gold_hits[34]):%6.3f} {(hhodo_and_eff[34]/hhodo_gold_hits[34]):%6.3f} {hhodo_gold_hits[34]:%6d}
hS2X10: {(hhodo_pos_eff[38]/hhodo_gold_hits[38]):%6.3f} {(hhodo_neg_eff[38]/hhodo_gold_hits[38]):%6.3f} {(hhodo_or_eff[38]/hhodo_gold_hits[38]):%6.3f} {(hhodo_and_eff[38]/hhodo_gold_hits[38]):%6.3f} {hhodo_gold_hits[38]:%6d}
hS2X11: {(hhodo_pos_eff[42]/hhodo_gold_hits[42]):%6.3f} {(hhodo_neg_eff[42]/hhodo_gold_hits[42]):%6.3f} {(hhodo_or_eff[42]/hhodo_gold_hits[42]):%6.3f} {(hhodo_and_eff[42]/hhodo_gold_hits[42]):%6.3f} {hhodo_gold_hits[42]:%6d}
hS2X12: {(hhodo_pos_eff[46]/hhodo_gold_hits[46]):%6.3f} {(hhodo_neg_eff[46]/hhodo_gold_hits[46]):%6.3f} {(hhodo_or_eff[46]/hhodo_gold_hits[46]):%6.3f} {(hhodo_and_eff[46]/hhodo_gold_hits[46]):%6.3f} {hhodo_gold_hits[46]:%6d}
hS2X13: {(hhodo_pos_eff[50]/hhodo_gold_hits[50]):%6.3f} {(hhodo_neg_eff[50]/hhodo_gold_hits[50]):%6.3f} {(hhodo_or_eff[50]/hhodo_gold_hits[50]):%6.3f} {(hhodo_and_eff[50]/hhodo_gold_hits[50]):%6.3f} {hhodo_gold_hits[50]:%6d}
hS2X14: {(hhodo_pos_eff[54]/hhodo_gold_hits[54]):%6.3f} {(hhodo_neg_eff[54]/hhodo_gold_hits[54]):%6.3f} {(hhodo_or_eff[54]/hhodo_gold_hits[54]):%6.3f} {(hhodo_and_eff[54]/hhodo_gold_hits[54]):%6.3f} {hhodo_gold_hits[54]:%6d}
hS2X15: {(hhodo_pos_eff[58]/hhodo_gold_hits[58]):%6.3f} {(hhodo_neg_eff[58]/hhodo_gold_hits[58]):%6.3f} {(hhodo_or_eff[58]/hhodo_gold_hits[58]):%6.3f} {(hhodo_and_eff[58]/hhodo_gold_hits[58]):%6.3f} {hhodo_gold_hits[58]:%6d}
hS2X16: {(hhodo_pos_eff[62]/hhodo_gold_hits[62]):%6.3f} {(hhodo_neg_eff[62]/hhodo_gold_hits[62]):%6.3f} {(hhodo_or_eff[62]/hhodo_gold_hits[62]):%6.3f} {(hhodo_and_eff[62]/hhodo_gold_hits[62]):%6.3f} {hhodo_gold_hits[62]:%6d}
hS2Y1: {(hhodo_pos_eff[3]/hhodo_gold_hits[3]):%6.3f} {(hhodo_neg_eff[3]/hhodo_gold_hits[3]):%6.3f} {(hhodo_or_eff[3]/hhodo_gold_hits[3]):%6.3f} {(hhodo_and_eff[3]/hhodo_gold_hits[3]):%6.3f} {hhodo_gold_hits[3]:%6d}
hS2Y2: {(hhodo_pos_eff[7]/hhodo_gold_hits[7]):%6.3f} {(hhodo_neg_eff[7]/hhodo_gold_hits[7]):%6.3f} {(hhodo_or_eff[7]/hhodo_gold_hits[7]):%6.3f} {(hhodo_and_eff[7]/hhodo_gold_hits[7]):%6.3f} {hhodo_gold_hits[7]:%6d}
hS2Y3: {(hhodo_pos_eff[11]/hhodo_gold_hits[11]):%6.3f} {(hhodo_neg_eff[11]/hhodo_gold_hits[11]):%6.3f} {(hhodo_or_eff[11]/hhodo_gold_hits[11]):%6.3f} {(hhodo_and_eff[11]/hhodo_gold_hits[11]):%6.3f} {hhodo_gold_hits[11]:%6d}
hS2Y4: {(hhodo_pos_eff[15]/hhodo_gold_hits[15]):%6.3f} {(hhodo_neg_eff[15]/hhodo_gold_hits[15]):%6.3f} {(hhodo_or_eff[15]/hhodo_gold_hits[15]):%6.3f} {(hhodo_and_eff[15]/hhodo_gold_hits[15]):%6.3f} {hhodo_gold_hits[15]:%6d}
hS2Y5: {(hhodo_pos_eff[19]/hhodo_gold_hits[19]):%6.3f} {(hhodo_neg_eff[19]/hhodo_gold_hits[19]):%6.3f} {(hhodo_or_eff[19]/hhodo_gold_hits[19]):%6.3f} {(hhodo_and_eff[19]/hhodo_gold_hits[19]):%6.3f} {hhodo_gold_hits[19]:%6d}
hS2Y6: {(hhodo_pos_eff[23]/hhodo_gold_hits[23]):%6.3f} {(hhodo_neg_eff[23]/hhodo_gold_hits[23]):%6.3f} {(hhodo_or_eff[23]/hhodo_gold_hits[23]):%6.3f} {(hhodo_and_eff[23]/hhodo_gold_hits[23]):%6.3f} {hhodo_gold_hits[23]:%6d}
hS2Y7: {(hhodo_pos_eff[27]/hhodo_gold_hits[27]):%6.3f} {(hhodo_neg_eff[27]/hhodo_gold_hits[27]):%6.3f} {(hhodo_or_eff[27]/hhodo_gold_hits[27]):%6.3f} {(hhodo_and_eff[27]/hhodo_gold_hits[27]):%6.3f} {hhodo_gold_hits[27]:%6d}
hS2Y8: {(hhodo_pos_eff[31]/hhodo_gold_hits[31]):%6.3f} {(hhodo_neg_eff[31]/hhodo_gold_hits[31]):%6.3f} {(hhodo_or_eff[31]/hhodo_gold_hits[31]):%6.3f} {(hhodo_and_eff[31]/hhodo_gold_hits[31]):%6.3f} {hhodo_gold_hits[31]:%6d}
hS2Y9: {(hhodo_pos_eff[35]/hhodo_gold_hits[35]):%6.3f} {(hhodo_neg_eff[35]/hhodo_gold_hits[35]):%6.3f} {(hhodo_or_eff[35]/hhodo_gold_hits[35]):%6.3f} {(hhodo_and_eff[35]/hhodo_gold_hits[35]):%6.3f} {hhodo_gold_hits[35]:%6d}
hS2Y10: {(hhodo_pos_eff[39]/hhodo_gold_hits[39]):%6.3f} {(hhodo_neg_eff[39]/hhodo_gold_hits[39]):%6.3f} {(hhodo_or_eff[39]/hhodo_gold_hits[39]):%6.3f} {(hhodo_and_eff[39]/hhodo_gold_hits[39]):%6.3f} {hhodo_gold_hits[39]:%6d}
*************************
* Cerenkov Efficiencies *
*************************
Good Track Requirements:
1. Only one track found in the focal plane
2. chisq/dof < {hcer_chi2max:%6.2f}
3. {hcer_beta_min:%6.2f} < beta < {hcer_beta_max:%6.2f}
4. {hcer_et_min:%6.2f} < calorimeter energy < {hcer_et_max:%6.2f}
Threshold set at {hcer_threshold:%6.2f}
Mirror 1 Efficiency = {H.cher.cerfiredcounter[0]/( H.cher.certrackcounter[0] + 0.0001 ):%5.3f}
Mirror 1 {H.cher.cerfiredcounter[0]:%6d} of {H.cher.certrackcounter[0]:%6d} good tracks.
Mirror 2 Efficiency = {H.cher.cerfiredcounter[1]/( H.cher.certrackcounter[1] + 0.0001 ):%5.3f}
Mirror 2 {H.cher.cerfiredcounter[1]:%6d} of {H.cher.certrackcounter[1]:%6d} good tracks.
Overall Efficiency = {H.cher.cerfiredcounter[2]/( H.cher.certrackcounter[2] + 0.0001 ):%5.3f}
Overall {H.cher.cerfiredcounter[2]:%6d} of {H.cher.certrackcounter[2]:%6d} good tracks.
****************************
* Calorimeter Efficiencies *
****************************
Efficiencies for calorimeter is the fraction of times block was hit when track
with chisquared/dof < hstat_cal_maxchisq which came within hstat_cal_slop cm of the center.
and hcer_npe_sum > 3.0 (hardwired).
Events examined = htrig =
Tracks found = hcleantrack =
Tracks passing chisquared cut =
Block eff Hits
----- --- ----
hA1
hA2
hA3
hA4
hA5
hA6
hA7
hA8
hA9
hA10
hA11
hA12
hA13
hB1
hB2
hB3
hB4
hB5
hB6
hB7
hB8
hB9
hB10
hB11
hB12
hB13
hC1
hC2
hC3
hC4
hC5
hC6
hC7
hC8
hC9
hC10
hC11
hC12
hC13
hD1
hD2
hD3
hD4
hD5
hD6
hD7
hD8
hD9
hD10
hD11
hD12
hD13
hA
hB
hC
hD
***************
* ALL SCALERS *
***************
--------------------------------------------------------------------------------------
//////////////////////////////////////////////////////////////////////////////////////
--------------------------------------------------------------------------------------
General Format
signal = counts ( rate-Hz )
Horizontal drift chamber z positions:
Chamber 1: {hdc_zpos[0]:%6.2f} {hdc_zpos[1]:%6.2f} {hdc_zpos[2]:%6.2f}
{hdc_zpos[3]:%6.2f} {hdc_zpos[4]:%6.2f} {hdc_zpos[5]:%6.2f}
Chamber 2: {hdc_zpos[6]:%6.2f} {hdc_zpos[7]:%6.2f} {hdc_zpos[8]:%6.2f}
{hdc_zpos[9]:%6.2f} {hdc_zpos[10]:%6.2f} {hdc_zpos[11]:%6.2f}
The expression result can be formatted by putting a ":" followed by
a c-style format after the expression.
The HMS reconstruction coefficient file name is {h_recon_coeff_filename}
The names of the HMS drift chamber planes are:
{hdc_plane_names}
DC Events: {hdc_tot_events}
Hit in chamber: {hdc_cham_hits[0]/hdc_tot_events:%.3f} {hdc_cham_hits[1]/hdc_tot_events:%.3f}
Hit in plane: {hdc_events[0]/hdc_tot_events:%.3f} {hdc_events[1]/hdc_tot_events:%.3f}
{hdc_events[2]/hdc_tot_events:%.3f} {hdc_events[3]/hdc_tot_events:%.3f}
{hdc_events[4]/hdc_tot_events:%.3f} {hdc_events[5]/hdc_tot_events:%.3f}
{hdc_events[6]/hdc_tot_events:%.3f} {hdc_events[7]/hdc_tot_events:%.3f}
{hdc_events[8]/hdc_tot_events:%.3f} {hdc_events[9]/hdc_tot_events:%.3f}
{hdc_events[10]/hdc_tot_events:%.3f} {hdc_events[11]/hdc_tot_events:%.3f}
first event = {gen_run_starting_event:%7d}
last event = {gen_event_id_number:%7d}
Later, such things as hardware scalers will be added to the set of variables
that can be used in expressions.