THE EGS5 CODE SYSTEM

Table B.3: Variable descriptions for COMMON block COUNTERS, include file counters.f of the EGS5distribution. All variables in COMMON block COUNTERS are initialized to 0 by a call to subroutineCOUNTERS OUT(0) with argument of 0.IANNIH*IAPHI*IBHABHA*IBREMS*ICOLLIS*ICOMPT*IEDGBIN*IEII*IELECTR*IHARDX*IHATCH*IKAUGER*IKSHELL*IKXRAY*ILAUGER*ILSHELL*ILXRAY*IMOLLER*IMSCAT*IPAIR*IPHOTO*IPHOTON*IRAYLEI*ISHOWER*IUPHI*ITMXS*NOSCATIBLOCK*Number of times calling subprogram ANNIH.Number of times calling subprogram APHI.Number of times calling subprogram BHABHA.Number of times calling subprogram BREMS.Number of times calling subprogram COLLIS.Number of times calling subprogram COMPT.Number of times calling subprogram EDGBIN.Number of times calling subprogram EII.Number of times calling subprogram ELECTR.Number of times calling subprogram HARDX.Number of times calling subprogram HATCH.Number of times calling subprogram KAUGER.Number of times calling subprogram KSHELL.Number of times calling subprogram KXRAY.Number of times calling subprogram LAUGER.Number of times calling subprogram LSHELL.Number of times calling subprogram LXRAY.Number of times calling subprogram MOLLER.Number of times calling subprogram MSCAT.Number of times calling subprogram PAIR.Number of times calling subprogram PHOTO.Number of times calling subprogram PHOTON.Number of times calling subprogram RAYLEI.Number of times calling subprogram SHOWER.Number of times calling subprogram UPHI.Number of times requested multiple scattering step was truncated in ELECTR becausepathlength was too long.Number of times multiple scattering was aborted in MSCAT because the pathlengthwas too small (Note change in that NOSCAT has been moved here from EGS4 COMMONblock MISC).Number of times calling subprogram BLOCK SET.Table B.4: Variable descriptions for COMMON block EDGE2, include file egs5 edge.f of the EGS5distribution.IEDGFL* Array of flags for turning on (=1) explicit treatment of K and L-edge fluorescentphotons (default=0).IAUGER* Array of flags for turning on (=1) explicit treatment of K and L Auger electrons(default=0).316