1 |
* |
* |
2 |
* $Id: README,v 3.4 2005/12/14 03:34:46 cafagna Exp $ |
* $Id: README,v 3.8 2007/10/02 17:58:32 cafagna Exp $ |
3 |
* |
* |
4 |
* $Log: README,v $ |
* $Log: README,v $ |
5 |
|
* Revision 3.8 2007/10/02 17:58:32 cafagna |
6 |
|
* Power law spectra introduced |
7 |
|
* |
8 |
|
* Revision 3.7 2006/10/13 16:36:59 pam-ba |
9 |
|
* Added a new material, the cadmium, for ND |
10 |
|
* |
11 |
|
* Revision 3.6 2006/10/02 11:17:30 pam-ba |
12 |
|
* NDET 'SPHE' data card meaning changed. Now it eliminates the whole PAMELA container. |
13 |
|
* |
14 |
|
* Revision 3.5 2006/04/10 11:07:43 cafagna |
15 |
|
* GEN data card updated, ZDGEN added |
16 |
|
* |
17 |
* Revision 3.4 2005/12/14 03:34:46 cafagna |
* Revision 3.4 2005/12/14 03:34:46 cafagna |
18 |
* An update of the history and inform readme files. |
* An update of the history and inform readme files. |
19 |
* |
* |
125 |
| S4 | 'NVOL' 'NPHY' 'NHBK' | Disable S4 volume simulation, as NDET| |
| S4 | 'NVOL' 'NPHY' 'NHBK' | Disable S4 volume simulation, as NDET| |
126 |
| | | or physics, i.e. SET DET or hits, or | |
| | | or physics, i.e. SET DET or hits, or | |
127 |
| | | n-tple definition. | |
| | | n-tple definition. | |
128 |
|
| ND | 'NVOL' 'NPHY' 'NHBK' | Disable ND volume simulation, as NDET| |
129 |
|
| | | or physics, i.e. SET DET or hits, or | |
130 |
|
| | | n-tple definition. | |
131 |
| | | | |
| | | | |
132 |
| HCWN | 1 | Enable CWN-tple | |
| HCWN | 1 | Enable CWN-tple | |
133 |
| | | | |
| | | | |
150 |
| | 'TRAD' 'FE ' 'KAP ' | To obtain the correct energy value for| |
| | 'TRAD' 'FE ' 'KAP ' | To obtain the correct energy value for| |
151 |
| | 'N2G ' 'G10 ' 'AL ' | the calorimeter, "SICA","G10C","W2 ' | |
| | 'N2G ' 'G10 ' 'AL ' | the calorimeter, "SICA","G10C","W2 ' | |
152 |
| | 'AER ' 'ROA ' 'CE ' | and "CE " MUST be enabled. | |
| | 'AER ' 'ROA ' 'CE ' | and "CE " MUST be enabled. | |
153 |
| | 'W2 ' 'G10C' | | |
| | 'W2 ' 'G10C' 'CP ' | | |
154 |
|
| | 'MYL ' 'POL ' 'CAD ' | | |
155 |
|
| | 'NYL6' 'AMG6' 'IRON' | | |
156 |
| | | | |
| | | | |
157 |
| HPAK | 'FLUK' 'GCAL' | To select FLUKA or GACLOR as hadronic | |
| HPAK | 'FLUK' 'GCAL' | To select FLUKA or GACLOR as hadronic | |
158 |
| | | process simulation package. | |
| | | process simulation package. | |
239 |
| | 3=DEEMAX 4=STMIN | STMIN for kaolinite (calorimeter | |
| | 3=DEEMAX 4=STMIN | STMIN for kaolinite (calorimeter | |
240 |
| | 5=EPSIL | insulator) | |
| | 5=EPSIL | insulator) | |
241 |
| | | | |
| | | | |
242 |
|
| TNYL | 1=TMAXFD 2=STEMAX | Pass TMAXFD, STEMAX,DEEMAX, EPSIL and | |
243 |
|
| | 3=DEEMAX 4=STMIN | STMIN for Nylon6 (top container | |
244 |
|
| | 5=EPSIL | insulator) | |
245 |
|
| | | | |
246 |
|
| TAMG | 1=TMAXFD 2=STEMAX | Pass TMAXFD, STEMAX,DEEMAX, EPSIL and | |
247 |
|
| | 3=DEEMAX 4=STMIN | STMIN for AMg6M mixture (top | |
248 |
|
| | 5=EPSIL | container) | |
249 |
|
| | | | |
250 |
|
| TIRO | 1=TMAXFD 2=STEMAX | Pass TMAXFD, STEMAX,DEEMAX, EPSIL and | |
251 |
|
| | 3=DEEMAX 4=STMIN | STMIN for iron | |
252 |
|
| | 5=EPSIL | | |
253 |
|
| | | | |
254 |
| *HBFI | 11 'HB$REF:GP.HIS' | To define user LUNIT and name | |
| *HBFI | 11 'HB$REF:GP.HIS' | To define user LUNIT and name | |
255 |
| | | HBOOK file. (Max 80 characters ) | |
| | | HBOOK file. (Max 80 characters ) | |
256 |
| | | | |
| | | | |
276 |
| THET | THGEN(1), THGEN(2) | Define the minimum and the maximum | |
| THET | THGEN(1), THGEN(2) | Define the minimum and the maximum | |
277 |
| | | zenith. Default values are: | |
| | | zenith. Default values are: | |
278 |
| | | 0., 90. | |
| | | 0., 90. | |
279 |
|
| | | | |
280 |
|
| PLAW | PLAW(1), PLAW(2), | Generates particle momentum/kinetic | |
281 |
|
| | PLAW(3), PLAW(4) | energies distributed as a power-law | |
282 |
|
| | | y=AE^gamma, where: | |
283 |
|
| | | PLAW(1)=spectral index (gamma) | |
284 |
|
| | | PLAW(2)=mimimum kinetic energy | |
285 |
|
| | | PLAW(3)=maximum kinetic energy | |
286 |
|
| | | PLAW(4)>=0 momentum extraction | |
287 |
|
| | | PLAW(4)< 0 kinetic energy extraction | |
288 |
|
| | | | |
289 |
|
| | | If PLAW datacard is used, KINE(2) | |
290 |
|
| | | parameter (particle momentum) is | |
291 |
|
| | | overridden | |
292 |
|
| | | | |
293 |
| HFSF | 1 or 2 | Define the random number seed policy | |
| HFSF | 1 or 2 | Define the random number seed policy | |
294 |
| | | 1= Repeat the run, i.e. reads from | |
| | | 1= Repeat the run, i.e. reads from | |
295 |
| | | the file specified in *FSFI | |
| | | the file specified in *FSFI | |
300 |
| | | run. | |
| | | run. | |
301 |
| | | | |
| | | | |
302 |
| *FSFI | 14 'FILENAME.DAT' | To define user LUNIT and name of the | |
| *FSFI | 14 'FILENAME.DAT' | To define user LUNIT and name of the | |
303 |
| | | file storing the initial and final | |
| | | file storing the initial and final | |
304 |
| | | seeds to be used according to the | |
| | | seeds to be used according to the | |
305 |
| | | policy selected via the HFSF card | |
| | | policy selected via the HFSF card | |
306 |
| | | | |
| | | | |
307 |
| *LSFI | 15 'FILENAME.DAT' | To define user LUNIT and name of the | |
| *LSFI | 15 'FILENAME.DAT' | To define user LUNIT and name of the | |
308 |
| | | file storing the initial and final | |
| | | file storing the initial and final | |
309 |
| | | seeds used in the actual run. This | |
| | | seeds used in the actual run. This | |
310 |
| | | file can be used as input using the | |
| | | file can be used as input using the | |
311 |
| | | *FSFI card. | |
| | | *FSFI card. | |
312 |
| | | | |
| | | | |
313 |
+--------------+----------------------+---------------------------------------+ |
+--------------+----------------------+---------------------------------------+ |
314 |
|
|
315 |
NOTE: To process a large number of events in batch mode, on Linux |
NOTE: To process a large number of events in batch mode, on Linux |