Print the run definitions

GPHYSI prints the GEANT version number and the ZEBRA [] version number stored in the JRUNG data structure [BASE299]

GPHYSI also prints the tracking and physics parameters for the current run, which are stored in the JTMED data structure. See the description of the JTMED data structure in [CONS210] and [CONS299].

A summary table like below will be output by GPHYSI

 ************************************************************
 *                                                          *
 *    G E A N T  Version 3.1600      DATE/TIME 930727/1135  *
 *                                                          *
 *                      R U N      1                        *
 *                                                          *
 ************************************************************
 *                                                          *
 *      Data structure   Date   Time    GVERSN    ZVERSN    *
 *      --------------   ----   ----    ------    ------    *
 *                                                          *
 *           INIT       930727  1135    3.1600     3.71     *
 *                                                          *
 *           KINE       930727  1135    3.1600     3.71     *
 *                                                          *
 *           HITS       930727  1135    3.1600     3.71     *
 *                                                          *
 *           DIGI       930727  1135    3.1600     3.71     *
 *                                                          *
 *     Random number seeds:          9876        54321      *
 *     --------------------                                 *
 *                                                          *
 *----------------------------------------------------------*
 *                                                          *
 *              Standard TPAR for this run are              *
 *              ------------------------------              *
 *                                                          *
 *  CUTGAM=100.00 keV  CUTELE=100.00 keV  CUTNEU=100.00 keV *
 *  CUTHAD=100.00 keV  CUTMUO=  1.00 MeV                    *
 *  BCUTE =100.00 keV  BCUTM =100.00 keV                    *
 *  DCUTE =100.00 keV  DCUTM =100.00 keV  PPCUTM= 10.00 MeV *
 *  IPAIR =        1.  ICOMP =        1.  IPHOT =        1. *
 *  IPFIS =        1.  IDRAY =        1.  IANNI =        1. *
 *  IBREM =        1.  IHADR =        1.  IMUNU =        1. *
 *  IDCAY =        1.  ILOSS =        1.  IMULS =        1. *
 *  IRAYL =        0.  ILABS =        0.  ISYNC =        0. *
 *  ISTRA =        0.                                       *
 *                                                          *
 *                                                          *
 *     Special TPAR for TMED   5   GAS                      *
 *     -------------------------                            *
 *  CUTGAM=100.00 keV  CUTELE=100.00 keV  CUTNEU=100.00 keV *
 *  CUTHAD=100.00 keV  CUTMUO=  1.00 MeV                    *
 *  BCUTE =100.00 keV  BCUTM =100.00 keV                    *
 *  DCUTE = 10.00 GeV  DCUTM =100.00 keV  PPCUTM= 10.00 MeV *
 *  IPAIR =        1.  ICOMP =        1.  IPHOT =        1. *
 *  IPFIS =        1.  IDRAY =        1.  IANNI =        1. *
 *  IBREM =        1.  IHADR =        1.  IMUNU =        1. *
 *  IDCAY =        1.  ILOSS =        1.  IMULS =        1. *
 *  IRAYL =        0.  ILABS =        0.  ISYNC =        0. *
 *  ISTRA =        1.                                       *
 *                                                          *
 *                                                          *
 ************************************************************

1. a default set of global values of the parameters is defined for all tracking media by the routine GINIT;
2. the default values can be changed by the user via the data records read by the routine GFFGO. A summary of all valid data records is given in [BASE040];
3. after having defined tracking media and materials, the user can redefine the parameters for each medium via the routine GSTPAR [CONS210];
4. if the data structures are read from an external file (see IOPA section), all the parameters are taken from this file. In this case the user can still modify them, but this should be done before calling the routine GPHYSI.