2 |
*** Activate magnetic field |
*** Activate magnetic field |
3 |
MAGN 1 |
MAGN 1 |
4 |
**** Special tracking parameter |
**** Special tracking parameter |
5 |
****SPTM 'SITR' 'SICA' 'CE ' 'G10C' |
SPTM 'SITR' 'SICA' 'CE ' 'G10C' 'N2G ' 'XE ' 'W2 ' |
|
****COMMENTO: |
|
|
****SPTM 'SITR' 'SICA' 'CE ' 'G10C' 'N2G ' |
|
|
************* |
|
|
SPTM 'XE ' |
|
|
***SPTM 'W2 ' |
|
6 |
**** Calo plane subdivided in block |
**** Calo plane subdivided in block |
7 |
**** CALO 'CASD' |
**** CALO 'CASD' |
8 |
**** HBOOK CWN activated |
**** Hadronic package (default is gheisha) |
|
HCWN 1 |
|
|
**** Select particle and momentum using KINE (elettroni da 20 GeV) |
|
|
**** per versione non interattiva |
|
|
**** ele=3, pi=9, mu=6 |
|
|
****KINE 3 5. |
|
|
kine 3 3. |
|
|
**** per versione interattiva: |
|
|
**** KINE 3 0. 0. 130. 0. 0. -20. |
|
|
**** Hadronic package |
|
9 |
**** HPAK 'FLUK' |
**** HPAK 'FLUK' |
10 |
**** Eliminates detectors |
**** Eliminates detectors |
11 |
NDET 'CAL ' 'SPHE' 'TOF ' 'SPE ' 'S4 ' 'CAS ' 'CAT ' |
**** NDET 'CAL ' 'SPHE' 'TOF ' 'SPE ' 'S4 ' 'CAS ' 'CAT ' |
|
**** NDET 'CAS ' 'CAT ' |
|
12 |
**** AUTO calculated parameter |
**** AUTO calculated parameter |
13 |
AUTO 0 |
AUTO 0 |
14 |
****AUTM 'STMI' 'DEEM' 'TMAX' |
**** Force AUTO calculation for specified parameters |
15 |
|
**** AUTM 'STMI' 'DEEM' 'TMAX' |
16 |
|
**** Pass tracking parameters for xenon |
17 |
**** TPXE 2=100. 3=0.05 4=0.0001 |
**** TPXE 2=100. 3=0.05 4=0.0001 |
18 |
****TPXE 2=0.08 3=0.005 4=0.0001 |
**** Set some tracking parameters for all materials |
19 |
****TPXE 2=0.8 3=1.e-8 4=0.0001 |
**** STMA .015 |
20 |
GEN 1. 0. 105. 2. 2. |
**** COORDINATES of the origin and DIMENSIONS of the generation surface |
21 |
****GEN 1. 0. 101. 2. 2. |
GEN -1. -1. 109.50 2. 2. |
22 |
****GEN 1. 0. 100.29 2. 2. |
**** minimum and the maximum azimuth |
23 |
PHI 0. 0. |
PHI 0. 0. |
24 |
|
**** minimum and the maximum zenith |
25 |
THET 0. 0. |
THET 0. 0. |
26 |
|
**** Generate according to a power law, spectral index PLAW(1), range PLAW(2)-PLAW(3) |
27 |
|
**** (use PLAW(4)>=0 for momentum, PLAW(4)<0 for kinetic energy) |
28 |
|
**** PLAW -2.7 5. 10. 1. |
29 |
|
**** Select particle and momentum using KINE |
30 |
|
**** non-interactive version: |
31 |
|
KINE 14 3. |
32 |
|
**** interactive version: |
33 |
|
**** KINE 3 0. 0. 130. 0. 0. -20. |
34 |
|
**** to read kinematics from data file use negative 3 digit integers (-100:-999) |
35 |
|
**** KINE -111 |
36 |
|
**** KINE -111 will read from file GPKine111.dat |
37 |
**** Let's activate the standard CWN |
**** Let's activate the standard CWN |
38 |
**** HBOOK file name (chiamo primo.his) |
**** HBOOK CWN activated |
39 |
*** *HBFI 11 'GPTESTS1.HIS' |
HCWN 1 |
40 |
**** *HBFI 11 'ELE_3GEV_65%.HIS' |
**** CWN long format |
41 |
*HBFI 11 'PROVA.HIS' |
HLON 1 |
42 |
|
**** HBOOK file name |
43 |
|
*HBFI 11 'GPTESTS.HIS' |
44 |
**** GARFIELD file name |
**** GARFIELD file name |
45 |
*GAFI 16 'PROVA.GAR' |
*GAFI 13 'GARFIELD.GAR' |
46 |
**** Set some tracking parameter |
**** HFSF card to manage the random number seed chain |
47 |
**** STMA .015 |
HFSF 2 |
48 |
**** General GEANT data cards (commento per versione interattiva) |
**** FSFI card to set the file with the starting seeds |
49 |
|
*FSFI 14 'INPUTSEED.DAT' |
50 |
|
**** LSFI card to set the file where the last random seeds will be stored |
51 |
|
*LSFI 15 'PROVA.DAT' |
52 |
|
**** General GEANT data cards |
53 |
RNDM 1517634070 138017667 |
RNDM 1517634070 138017667 |
54 |
**** TRIG 5000 |
TRIG 100 |
|
**** TRIG 10000 |
|
|
TRIG 5 |
|
55 |
**** DEBU 1=1 2=9999 3=1000 |
**** DEBU 1=1 2=9999 3=1000 |
56 |
****DEBU 1 99999 1 |
****DEBU 1 99999 1 |
57 |
HSTA 'TIME' 'SIZE' 'MULT' 'NTRA' 'STAK' |
HSTA 'TIME' 'SIZE' 'MULT' 'NTRA' 'STAK' |
|
****CUTS 1=0.00001 2=0.00001 8=0.00001 9=0.00001 |
|
58 |
CUTS 1=0.0001 2=0.0001 8=0.0001 9=0.0001 5=0.0001 |
CUTS 1=0.0001 2=0.0001 8=0.0001 9=0.0001 5=0.0001 |
59 |
CUTS 6=.001 7=.001 3=0.0001 4=.0001 10=.01 |
CUTS 6=.001 7=.001 3=0.0001 4=.0001 10=.01 |
60 |
****SWIT 1=1 2=2 3=1 4=104 5=101 6=107 7=108 |
****SWIT 1=1 2=2 3=1 4=104 5=101 6=107 7=108 |
69 |
PHOT 1 |
PHOT 1 |
70 |
RAYL 0 |
RAYL 0 |
71 |
HADR 4 |
HADR 4 |
|
PFIS 1 |
|
|
************** |
|
|
****per prove trd commento: |
|
|
HADR 0 |
|
72 |
PFIS 0 |
PFIS 0 |
|
****ANNI 0 |
|
|
****BREM 0 |
|
|
****COMP 0 |
|
|
****DCAY 0 |
|
|
****DRAY 0 |
|
|
****MULS 0 |
|
|
****MUNU 0 |
|
|
****PAIR 0 |
|
|
****PHOT 0 |
|
|
****RAYL 0 |
|
|
************** |
|
73 |
LOSS 1 |
LOSS 1 |
|
***MULS 3 |
|
|
***LOSS 1 |
|
|
***DRAY 1 |
|
|
***HADR 2 |
|
74 |
TIME -1 -1 -1 |
TIME -1 -1 -1 |
|
****HLON 6144 |
|
|
HLON 1 |
|
75 |
***accumulates the statistic of the various geometrical routines called. |
***accumulates the statistic of the various geometrical routines called. |
76 |
STAT 1 |
STAT 1 |
77 |
***Set run and first event number |
***Set run and first event number |