DST Ntuples
Modification logs./t912/dst/Their contents are explained here.
ID Number Contents ------------------------------------------------------------- 100 Run-start conditions 101 Run-end conditions 102 Run-end summary 1 Event variables for only for "beam trigger" events
ievent event number itgbit trigger bit pattern itgpat(i) trigger flag for i-th trigger
cadchcal(itow,isec) itow = tower number isec = section number cadchcal_tot totally summed energy of hcal cadchcal_tow(itow) summed energy in a tower cadchcal_sec(isec) summed energy in a section cadchcal_sum sum of cadchcal_tot + 1/8 * cadchcold_tot For these summations, Ecut=1/3*MIP is appled for both hcal and hcold.
cadchcold(ilr,ilay) ilr = left(1)/right(2) or west(1)/east(2) ilay = layer number cadchcold_tot total energy sum of hcal-old cadchcold_lay(ilay) summed energy in a layer
cadcpresh(ilr,ifb) ilr = left(1)/right(2) or west(1)/east(2) ifb = front side(1)/rear side(2) cadcpresh_tot total energy sum of preshower cadcpresh_lay(ifb) summed energy in each layer
cadcshmax(ibnd,ixy) ibnd = bundle number ixy = x(1)/y(2)
cadctpsd ADC output from 2280/85 cadctpsd0 another output from 2249
cadcsrd adc output from 2280/85 ctdcsrd tdc value cadcsrd0 another output from 2249
cadcmumat(icnt,ixy,ifb) icnt = counter number (left=1/upper=1) ixy = x(1)/y(2) ifb = front side(1)/rear side(2)
For SWDC at MT4: nhtswdc4(iwir,ixy) number of total hits for a wire iwir = wire number (1 or 2) ixy = x(1)/y(2) ctdcswdc4(ihit,iwir,ixy) tdc values for each hit ihit = hit number from 0 to nhtswdc4(iwir,ixy) iwir = wire number (1 or 2) ixy = x(1)/y(2) For SWDC at MT5 (there two SWDC's): nhtswd51(iwir,ixy) number of total hits for a wire iwir = wire number (1 or 2) ixy = x(1)/y(2) ctdcswd51(ihit,iwir,ixy) tdc values for each hit ihit = hit number from 0 to nhtswd51(iwir,ixy) iwir = wire number (1 or 2) ixy = x(1)/y(2) nhtswd52(iwir,ixy) number of total hits for a wire iwir = wire number (1 or 2) ixy = x(1)/y(2) ctdcswd52(ihit,iwir,ixy) tdc values for each hit ihit = hit number from 0 to nhtswd52(iwir,ixy) iwir = wire number (1 or 2) ixy = x(1)/y(2)
For x-plane: bitpwcx(iword) bit pattern of coincidence register iword = number of 16 bits word (1-4) hitpwcx(iwire) hit bit (0/1) for each wire iwire = wire number (1-64) For y-plane: bitpwcy(iword) bit pattern of coincidence register iword = number of 16 bits word (1-2) hitpwcy(iwire) hit bit (0/1) for each wire iwire = wire number (1-32)
For x-plane: bitscifx(iword) bit pattern of coincidence register iword = number of 16 bits word (1-2) hitscifx(iwire) hit bit (0/1) for each wire iwire = wire number (1-32) For y-plane: bitscify(iword) bit pattern of coincidence register iword = number of 16 bits word (1-2) hitscify(iwire) hit bit (0/1) for each wire iwire = wire number (1-32)
bittsc bit pattern of coincidence register hittsc3 hit bit (0/1) for a trigger scinti counter at MT3 hittsc41 hit bit (0/1) for counters at MT4 hittsc42 hittsc51 hit bit (0/1) for counters at MT5 hittsc52 hitveto14 hit bit (0/1) for Veto counters (#1 V #4)
ctdctsc3 tdc values for a trigger scinti counter at MT3 ctdctsc41 tdc values for counters at MT4 ctdctsc42 ctdctsc51 tdc values for counters at MT5 ctdctsc52 ctdcmutrg tdc values for muon trigger ctdctc4 tdc values for trigger scinti at MT6
cadctsc(i) adc values for trigger scinti. at MT6 i = 1 TC4 2 TC5 3 TCM cadctc4 = cadctsc(1) cadctc5 = cadctsc(2) cadctcm = cadctsc(3)
cadctemp(i) adc values for various temprature monitors i = 1 Hcal 1 2 Hcal 2 3 Side 4 PreShower East 5 PreShower West 6 Shower Max ctemphc1 = cadctemp(1) ctemphc2 = cadctemp(2) ctempsid = cadctemp(3) ctemppse = cadctemp(4) ctemppsw = cadctemp(5) ctempsmx = cadctemp(6)
cntscale(i) scaler counts i = 1 beam trigger 2 muon trigger 3 muon matrix trigger cntbmtrg = cntscale(1) cntmutrg = cntscale(2) cntmumtx = cntscale(3)
hitvetoc hit bit (0/1) for veto Counter cadcvetoc adc value for veto Counter