--- gpamela/inform/README	2007/10/02 17:58:32	3.8
+++ gpamela/inform/README	2008/01/29 18:25:18	3.9
@@ -1,7 +1,10 @@
 *
-* $Id: README,v 3.7 2006/10/13 16:36:59 pam-ba Exp $
+* $Id: README,v 3.8 2007/10/02 17:58:32 cafagna Exp $
 *
 * $Log: README,v $
+* Revision 3.8  2007/10/02 17:58:32  cafagna
+* Power law spectra introduced
+*
 * Revision 3.7  2006/10/13 16:36:59  pam-ba
 * Added a new material, the cadmium, for ND
 *
@@ -147,8 +150,9 @@
 |              | 'TRAD' 'FE  ' 'KAP ' | To obtain the correct energy value for|
 |              | 'N2G ' 'G10 ' 'AL  ' | the calorimeter, "SICA","G10C","W2  ' |
 |              | 'AER ' 'ROA ' 'CE  ' | and "CE  " MUST be enabled.           |
-|              | 'W2  ' 'G10C' 'CP  ' |
-|              | 'MYL ' 'POL ' CAD '  |
+|              | 'W2  ' 'G10C' 'CP  ' |                                       |
+|              | 'MYL ' 'POL ' 'CAD ' |                                       |
+|              | 'NYL6' 'AMG6' 'IRON' |                                       |
 |              |                      |                                       |
 | HPAK         | 'FLUK' 'GCAL'        | To select FLUKA or GACLOR as hadronic |
 |              |                      | process   simulation package.         |
@@ -235,6 +239,18 @@
 |              | 3=DEEMAX 4=STMIN     | STMIN for kaolinite (calorimeter      |
 |              | 5=EPSIL              | insulator)                            |
 |              |                      |                                       |
+| TNYL         | 1=TMAXFD 2=STEMAX    | Pass TMAXFD, STEMAX,DEEMAX, EPSIL and |
+|              | 3=DEEMAX 4=STMIN     | STMIN for Nylon6 (top container       |
+|              | 5=EPSIL              | insulator)                            |
+|              |                      |                                       |
+| TAMG         | 1=TMAXFD 2=STEMAX    | Pass TMAXFD, STEMAX,DEEMAX, EPSIL and |
+|              | 3=DEEMAX 4=STMIN     | STMIN for AMg6M mixture (top          |
+|              | 5=EPSIL              | container)                            |
+|              |                      |                                       |
+| TIRO         | 1=TMAXFD 2=STEMAX    | Pass TMAXFD, STEMAX,DEEMAX, EPSIL and |
+|              | 3=DEEMAX 4=STMIN     | STMIN for iron                        |
+|              | 5=EPSIL              |                                       |
+|              |                      |                                       |
 | *HBFI        | 11 'HB$REF:GP.HIS'   | To define user LUNIT and name         |
 |              |                      | HBOOK file. (Max 80 characters )      |
 |              |                      |                                       |
@@ -261,12 +277,14 @@
 |              |                      | zenith. Default values are:           |
 |              |                      | 0., 90.                               |
 |              |                      |                                       |
-| PLAW         | PLAW(1), PLAW(2),    | Generates particle kinetic energies   |
-|              | PLAW(3)              | distributed as a power-law y=AE^gamma |
-|              |                      | where:                                |
+| PLAW         | PLAW(1), PLAW(2),    | Generates particle momentum/kinetic   |
+|              | PLAW(3), PLAW(4)     | energies distributed as a power-law   |
+|              |                      | y=AE^gamma, where:                    |
 |              |                      | PLAW(1)=spectral index (gamma)        |
 |              |                      | PLAW(2)=mimimum kinetic energy        |
 |              |                      | PLAW(3)=maximum kinetic energy        |
+|              |                      | PLAW(4)>=0 momentum extraction        |
+|              |                      | PLAW(4)< 0 kinetic energy extraction  |
 |              |                      |                                       |
 |              |                      | If PLAW datacard is used, KINE(2)     |
 |              |                      | parameter (particle momentum) is      |