>Name HADGEANT

>Menu \HADES
>Guidance
Some HGeant extras are here.

>Command NEWFILE
>Parameters
+
CHNAME 'File name' C D=' '
>Guidance
Close Root file and open a new one.
.
If a name is given, it will supersede the previous name.
>Action OPENNEWFILE

>Command CLOSEFILE
>Guidance
Close Root file.
>Action OPENNEWFILE


>Command PLOT3D
>Parameters
X1 'X1' R
Y1 'Y1' R
Z1 'Z1' R
X2 'X2' R
Y2 'Y2' R
Z2 'Z2' R
+
ICOL 'Color' I D=0
>Guidance
Plot a line between the 3D space points (x1,x2,x3) and (x2,y2,z2).
Optionally a color ICOL can be given.
.
Uses Geant routines GDFR3D and GDRAWV.
>Action HPLOT3D

>Command PRINTMEDNUM
>Parameters
+
CHNAME 'Medium name' C
>Guidance
Print dynamically allocated medium number.
.
>Action PRINTMEDNUM


>Command PRINTBRANCH
>Parameters
IPART 'Particle number' I R=1:112
>Guidance
Print branching modes of particle IPART.
.
>Action PRINTBRANCH


>Command PRINTKINE
>Parameters
+
IOPT 'OPTION' I D=0 R=-1:4
IVAL 'VAL' I D=1
>Guidance
Activate kinematics print-out.
.
IOPT=-1:                 -> deselect all, i.e. no print-out.
.
IOPT= 0:                 -> select all.
.
IOPT= 1: IVAL=ID         -> select on particle ID.
.
IOPT= 2: IVAL=MEDNUM     -> select on medium number.
.
IOPT= 3: IVAL=MECHANISM  -> select on creation mechanism.
.
IOPT= 4: IVAL=DISTMIN    -> select for dist<mindist (in mm !!).
>Action PRINTKINE

>Command PSETS
>Parameters
+
CHSET 'Set name' C D='*'
CHDET 'Detector name' C D='*'
>Guidance
Print SET and DETector parameters via call of GPSETS(CHSET,CHDET).
>Action HADPGSETS


>Command SCALE
>Parameters
MEDNUM 'Material' I
IPART 'Particle' I
MECHA 'Mechanism' C
SCALEF 'Scale factor' R D=1.0 R=0.0:1.0E6
>Guidance
Rescale GEANT mean free path (mfp) for given medium, particle, and mechanism.
>Action SETMAT