EHODOS
Sum of B4 hodoscope energies
EHODOX(IX)
Energy loss in IX'th X hodoscope element
EHODOY(IY)
Energy loss in IY'th Y hodoscope element
NTARG
Number of target elements above threshold.
ETARGS
Total target energy loss.
ELOSTG
Target energy lost in dead material
ETARG(IROW,ICOL,ISEC)
Energy in the ISEC'th (1:4), IROW'th (1:14), ICOL'th (1:9) fiber
bundle. The indices follow the same convention as the offline.
Note that since the light guides are active, their energy is included
here as well. ETARG values are actual energy losses - i.e. the
saturation effect is NOT included.
EICTRS
Sum of energy loss in I counters
EICTR(I)
Energy loss in I'th (1:6) I counter.
EVETOS
Sum of energy loss in V counters
EVETO(I)
Energy loss in I'th (1:6) V counter.
ERANGE
total range stack energy.
ERANGS(IL,IA)
energy in the range stack element in the IL'th (1:21)layer and the IA'th
(1:24) azimuthal segment. NOT corrected for saturation or scintillator
attenuation.
ERANGM(IL,IA) and ERANGP(IL,IA)
apparent energy in the IL'th layer and IA'th phi segment -Z and +Z range
stack element phototubes respectively. These energies include the
density effect and scintillator attenuation.
ERNGSS(IL)
range stack energy summed over the IL'th layer.
EBLEAD
energy deposited in the barrel lead.
EBARS(IL,IA)
visible energy in the IL'th layer and IA'th azimuthal segment of the
barrel array.
EBARM(IL,IA) and EBARP(IL,IA)
visible energy in the IL'th layer and the IA'th azimuthal segment of the
barrel array for the -z and +z ends of the detector respectively. These
arrays are corrected for attenuation etc. effects.
NCAP(IC)
number of modules in the IC'th ( 1==>-z , 2==> +z ) endcap with more than
ETHREC of deposited visible energy
ECAP(IC)
total visible energy in the IC'th endcap array
ECAPSC(IP,IC)
visible energy in the IP'th segment of the IC'th endcap in MeV
ECAPPB(IC)
energy deposited in the lead of the IC'th endcap
ECAPBF(IC)
energy deposited in the BaF2 of the IC'th endcap (currently not implemented)
ELOSEC(IC)
lost energy in the IC'th endcap -- i.e., energy not lost in the
scintillator or the lead.