Re: Re: [fluka-discuss]: energy event-by-event from Paola Sala on 2019-12-29 (fluka discuss archive)

From: Paola Sala <paola.sala_at_mi.infn.it>
Date: Sun, 29 Dec 2019 11:41:22 +0100

Date: Sun, 29 Dec 2019 07:12:11 -0300
From: Jilberto Zamora-Saa <jzamorasaa_at_jinr.ru>
To: paola.sala_at_mi.infn.it
Cc: fluka-discuss_at_fluka.org
Message-ID: <daae1b99-06f6-43a3-a88e-702740b70551_at_Spark>
In-Reply-To: <201912290820.xBT8Kc6A059514_at_smtp3.mi.infn.it>
References: <201912290820.xBT8Kc6A059514_at_smtp3.mi.infn.it>
Subject: Re: Re: [fluka-discuss]: energy event-by-event

ups!! A very naive question.

Thanks a lot Paola!!!

Regards,
Jilberto

*******************************************************************
Dr. Jilberto Zamora Saa
Facultad de Ciencias Exactas
Universidad Andrés Bello
Santiago, Región Metropolitana, Chile
phone: +(56) 22 770 3707 (Office)
email: jzamorasaa_at_jinr.ru

*******************************************************************
El 29 de dic. de 2019 6:19 AM -0300, Paola Sala <paola.sala=40mi.infn.it>=
, escribi=C3=B3:
> Dear Jilberto,
> The energy of the Gold Ions is 4 GeV per nucleon, it means that the tot=
al
> energy of each Gold ion is 197*4 =3D 788 GeV
> Regards
> Paola
> > Dear =46luka expert
> >
> > I already understand my problem, however I do not understand the resu=
lts.=3D
> > In my output I'm getting the following results:
> >
> > ***** Iones de Oro impactando target de tungsteno *****
> >
> > DATE: 12/28/19, TIME: 6:26:19
> >
> > Total number of particles to be followed 50, event by event
> >
> > R - Z binning n. 1 =22CALO=22 , generalized particle n. 208
> >
> > R coordinate: from 0.0000E+00 to 5.0000E+00 cm, 1 bins ( 5.0000E+00 c=
m
> > wide)
> > Z coordinate: from 0.0000E+00 to 6.0000E+01 cm, 1 bins ( 6.0000E+01 c=
m
> > wide)
> > axis coordinates: X =3D 0.0000E+00, Y =3D 0.0000E+00 cm
> > Data follow in a matrix A(ir,iz), format (1(5x,1p,10(1x,e11.4)))
> >
> > accurate deposition along the tracks requested
> > only non-zero cells will be printed
> >
> > Binning n: 1, =22CALO=22, Event =3D23: 1, Primary(s) weight 1.0000E+0=
0
> > Number of hit cells: 1
> > 660.390869
> >
> > Binning n: 1, =22CALO=22 , Event =3D23: 2, Primary(s) weight 1.0000E+=
00
> > Number of hit cells: 1
> > 768.414673
> >
> > Binning n: 1,=22CALO=22 , Event =3D23: 3, Primary(s) weight 1.0000E+0=
0
> > Number of hit cells: 1
> > 530.399353
> >
> >
> >
> > I'm considering 1 bin in Radius and 1 bin in Z direction. What seems
> > strange to me is:
> >
> > I'f the energy of the Gold Ions is 4 GeV per nucleon, how the deposit=
ed
> > energy can be larger than 5 GeV, i.e. 660.39 GeV for event 1 =3F
> >
> > I would appreciate any explanation of this.
> >
> > Thanks in advance.
> >
> >
> > Regards,
> > Jilberto
> >
> >
> > *******************************************************************
> > Dr. Jilberto Zamora Saa
> > =46acultad de Ciencias Exactas
> > Universidad Andr=3DC3=3DA9s Bello
> > Santiago, Regi=3DC3=3DB3n Metropolitana, Chile
> > phone: +(56) 22 770 3707 (Office)
> > email: jzamorasaa=3D40jinr.ru
> >
> > ********************************************************************
> > On Dec 27, 2019, 4:02 PM -0300, Jilberto Zamora-Saa <jzamorasaa=3D40j=
inr.ru=3D
> > > , wrote:
> > > Dear =3D46luka expert
> > >
> > > I'm trying to score energy, event-by-event. I can run the simulatio=
n, b=3D
> > y
> > > means of flair. However, when simulation ends and I try to process
> > > the data, I haven't file to process.
> > >
> > > My input files are attached, could you help me with this issue, ple=
ase.=3D
> >
> > >
> > > Thanks in advance.
> > >
> > > Regards,
> > > Jilberto
> > >
> > >
> > > ------=3D3D=3D5=4620191227190220=3D5=4675537
> > > Content-Type: text/plain; name=3D3D=3D22Au-Ions-4GeV-proton.flair=3D=
22
> > > Content-Transfer-Encoding: 8bit
> > > Content-Disposition: attachment; filename=3D3D=3D22Au-Ions-4GeV-pro=
ton.flai=3D
> > r=3D22
> > >
> > > =3D23=3D21/Users/sirjazs/fluka/flair/flair
> > > =3D23 =3D46LUKA Project file
> > > Version: 2
> > > Title: Piones impactando target de tungsteno
> > > Input: Gold=3D5=46Ions=3D5=46W=3D5=46target.inp
> > > Exec: RQMD
> > > Submit: Local
> > > Tabs: 0.1 0.32 0.56 0.81 1.0
> > > Page: Input
> > > DefMain: True
> > > LinkPrg: ldpmqmd
> > > =3D4677bound: True
> > > =3D4677dline: =3D46alse
> > >
> > > =3D23 Run information
> > > Run: <default>
> > > Prev: 0
> > > Last: 5
> > > Status: 3
> > > Pid: 0
> > > StartRun: 1577446258
> > >
> > > =3D23 USRxxx data file: Gold=3D5=46Ions=3D5=46W=3D5=46target=3D5=46=
22.bnn
> > > Data: =3D5CI=3D5=46=3D5CU.=3D5Ce
> > > Unit: 22
> > > Type: b
> > > Rule: +,=3D5CI=3D5Cd=3D5Cd=3D5Cd=3D5=46fort=3D5C.=3D5CU
> > > Rule: +,=3D5CI=3D5Cd=3D5Cd=3D5Cd=3D5=46ftn=3D5C.=3D5CU
> > > End
> > > End
> > >
> > > =3D23 Geometry Information
> > > Geometry:
> > > =3D46rame.bsplit: 0.5
> > > =3D46rame.tsplit: 0.5
> > > =3D46rame.vsplit: 0.5
> > > End
> > >
> > > =3D23 Geometry plot =3D22GeoViewer Red plot=3D22
> > > Plot: Red
> > > =3D46ormat: .eps
> > > Type: Geometry
> > > basisu: 1 0 0
> > > basisv: 0 1 0
> > > boundaries: 1
> > > cbcolors: 0
> > > cblog: =3D46alse
> > > cbpalette: =3D46LUKA
> > > cbround: 0
> > > cbtics: 0
> > > coord: X-Y
> > > cpd: 0
> > > extends: 0.20316 0.0798129
> > > grid: 0
> > > index: 0
> > > labels: 1
> > > layer: Media
> > > origin: -0.00618771 -0.0162289 0
> > > proj: Z
> > > subtype: Material
> > > title: GeoViewer Red plot
> > > x2log: =3D46alse
> > > x2tics: 0
> > > xlog: =3D46alse
> > > y2log: =3D46alse
> > > y2tics: 0
> > > ylog: =3D46alse
> > > zlog: =3D46alse
> > > ztics: 0
> > > End
> > >
> > > =3D23 Geometry plot =3D22GeoViewer Blue plot=3D22
> > > Plot: Blue
> > > =3D46ormat: .eps
> > > Type: Geometry
> > > basisu: 0 0 1
> > > basisv: 0 1 0
> > > boundaries: 1
> > > cbtics: 0
> > > coord: Z-Y
> > > extends: 69.4445 27.1577
> > > labels: 1
> > > layer: Media
> > > origin: 0 -13.6362 44.1239
> > > proj: Z
> > > subtype: Material
> > > title: GeoViewer Blue plot
> > > x2tics: 0
> > > y2tics: 0
> > > ztics: 0
> > > End
> > >
> > > =3D23 Geometry plot =3D22GeoViewer Magenta plot=3D22
> > > Plot: Magenta
> > > =3D46ormat: .eps
> > > Type: Geometry
> > > basisu: -1 0 0
> > > basisv: 0 1 0
> > > boundaries: 1
> > > cbcolors: 0
> > > cblog: =3D46alse
> > > cbpalette: =3D46LUKA
> > > cbround: 0
> > > cbtics: 0
> > > coord: X-Y
> > > cpd: 0
> > > extends: 40.1878 15.7444
> > > grid: 0
> > > index: 0
> > > labels: 1
> > > layer: Media
> > > origin: -4.94535 6.94354 0
> > > proj: Z
> > > subtype: Material
> > > title: GeoViewer Magenta plot
> > > x2log: =3D46alse
> > > x2tics: 0
> > > xlog: =3D46alse
> > > y2log: =3D46alse
> > > y2tics: 0
> > > ylog: =3D46alse
> > > zlog: =3D46alse
> > > ztics: 0
> > > End
> > >
> > > =3D23 Geometry plot =3D22GeoViewer Green plot=3D22
> > > Plot: Green
> > > =3D46ormat: .eps
> > > Type: Geometry
> > > basisu: 0 0 1
> > > basisv: 1 0 0
> > > boundaries: 1
> > > cbcolors: 0
> > > cblog: =3D46alse
> > > cbpalette: =3D46LUKA
> > > cbround: 0
> > > cbtics: 0
> > > coord: Z-X
> > > cpd: 0
> > > extends: 891.611 350.902
> > > grid: 0
> > > index: 0
> > > labels: 1
> > > layer: Media
> > > origin: 42.869 0 196.297
> > > run: RUN=3D5=46pi0
> > > subtype: Material
> > > title: GeoViewer Green plot
> > > x2log: =3D46alse
> > > x2tics: 0
> > > xlog: True
> > > y2log: =3D46alse
> > > y2tics: 0
> > > ylog: =3D46alse
> > > zlog: True
> > > ztics: 1
> > > End
> > >
> > > =3D23 USRBIN plot =3D22Proton =3D46luence (part/cmq/pr)=3D22
> > > Plot: proton
> > > =3D46ormat: .pdf
> > > Type: USRBIN
> > > axes: Auto
> > > cbcolors: 30
> > > cblog: True
> > > cbpalette: =3D46LUKA
> > > cbround: 0
> > > cbtics: 1
> > > commands:
> > > set size 0.9,0.9
> > > cpd: 0
> > > datafile: Gold=3D5=46Ions=3D5=46W=3D5=46target=3D5=4622.bnn
> > > det: 1
> > > errors: 0
> > > geo: -Auto-
> > > grid: 0
> > > hist: 2D Projection
> > > index: 0
> > > int: 1907.7447576610875
> > > lw.0: 0
> > > max: 7.11499596
> > > min: 4.39392203E-08
> > > proj: Y
> > > ps.0: 0
> > > pt.0: 0
> > > swap: 0
> > > title: Proton =3D46luence (part/cmq/pr)
> > > with.0: errorbars
> > > x2log: =3D46alse
> > > x2tics: 0
> > > xlabel: Z cm
> > > xlog: =3D46alse
> > > xmax: 150
> > > xmin: -20
> > > xrebin: 1
> > > y2log: =3D46alse
> > > y2tics: 0
> > > ylabel: X cm
> > > ylog: =3D46alse
> > > ymax: 10
> > > ymin: -10
> > > yrebin: 1
> > > zlog: =3D46alse
> > > zrebin: 1
> > > ztics: 0
> > > End
> > > ------=3D3D=3D5=4620191227190220=3D5=4675537
> > > Content-Type: text/plain; name=3D3D=3D22Gold=3D5=46Ions=3D5=46W=3D5=
=46target.inp=3D22
> > > Content-Transfer-Encoding: 8bit
> > > Content-Disposition: attachment; filename=3D3D=3D22Gold=3D5=46Ions=3D=
5=46W=3D5=46target=3D
> > .inp=3D22
> > >
> > > * ..+....1....+....2....+....3....+....4....+....5....+....6....+..=
..7.=3D
> > ..
> > > TITLE
> > > Iones de Oro impactando target de tungsteno
> > > *
> > > * use names everywhere and free format for geometry
> > > DE=3D46AULTS
> > > PRECISIO
> > > *
> > > * beam definitions
> > > BEAM -4. 0.0 0.0
> > > 1.HEAVYION
> > > BEAMPOS 0.0 0.0 -10.
> > > HI-PROPE 79. 197.
> > > IONTRANS HEAVYION
> > > *
> > > * Geometry
> > > * --------
> > > GEOBEGIN
> > > COMBNAME
> > > 0 0 Cylindrical Target
> > > *
> > > * Bodies
> > > * ------
> > > *
> > > * Blackhole to include geometry
> > > SPH BLK 0.0 0.0 0.0 10000.
> > > * Void sphere
> > > SPH VOID 0.0 0.0 0.0 500.
> > > * Infinite cylinder
> > > ZCC CILIN=3D46 0.0 0.0 5.
> > > * Infinite cylinder hole
> > > ZCC CILHOL 0.0 0.0 1.
> > > * planes cutting the cylinder
> > > XYP Tini 0.0
> > > XYP Tfin 110.
> > > XYP CBW -5.
> > > XYP HOLEend 10.
> > > *
> > > END
> > > *
> > > * Regions
> > > * -------
> > > *
> > > * Blackhole
> > > BLKHOLE 5 +BLK -VOID
> > > *
> > > * TARGET-hole
> > > Hole 5 =3D7C +CILHOL -Tini +HOLEend
> > > *
> > > * TARGET
> > > TARG 5 =3D7C +CILIN=3D46 -Tini +Tfin-(=3D7C+CILHOL -Tini +HOLEend )=

> > > *
> > > * BWRegion
> > > BWR 5 =3D7C +CILIN=3D46 -CBW +Tini
> > > *
> > > * Air around TARG1
> > > INAIR 5 =3D7C +VOID -CILIN=3D46
> > > =3D7C +VOID +CBW
> > > =3D7C +VOID -Tfin
> > > END
> > > GEOEND
> > > *
> > > * Assign materials
> > > * ----------------
> > > ASSIGNMA BLCKHOLE BLKHOLE
> > > ASSIGNMA AIR Hole
> > > ASSIGNMA TUNGSTEN TARG
> > > ASSIGNMA AIR BWR
> > > ASSIGNMA AIR INAIR
> > > PHYSICS 102. 4-HELIUM AOMEGAC0 DECAYS
> > > PHYSICS 202. 4-HELIUM AOMEGAC0 DECAYS
> > > MUPHOTON 1. BLCKHOLE AIR
> > > PAIRBREM 3. 0.0 0.0 BLCKHOLE AIR 1.
> > > EVENTBIN 11. ENERGY -21. 5. 110.energy
> > > EVENTBIN 0.0 0.0 100. 100. &
> > > *
> > > RANDOMIZ 1.
> > > START 50. 0.0
> > > STOP
> > >
> > >
> > >
> > > =3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=
=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=
=3D5=46=3D5=46=3D5=46=3D5=46=3D
> > =3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=
=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D=
5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D
> > =3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=
=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D=
5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D
> >
> > > You can manage unsubscription from this mailing list at https://www=
.flu=3D
> > ka.org/fluka.php=3D3=46id=3D3Dacc=3D5=46info
> > >
> >
> > --5e07337a=5F3804823e=5F104
> > Content-Type: text/html; charset=3D=22utf-8=22
> > Content-Transfer-Encoding: quoted-printable
> > Content-Disposition: inline
> >
> > <html xmlns=3D3D=3D22http://www.w3.org/1999/xhtml=3D22>
> > <head>
> > <title></title>
> > </head>
> > <body>
> > <div name=3D3D=3D22messageBodySection=3D22>
> > <div dir=3D3D=3D22auto=3D22>Dear =3D46luka expert
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22>I already understand my problem, however =
I do not u=3D
> > nderstand the results. In my output I'm getting the following results=
:</d=3D
> > iv>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22>***** Iones de Oro impactando target de t=
ungsteno *=3D
> > ****</div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D23160; &=3D2316=
0; &=3D23160; &=3D2316=3D
> > 0;DATE: 12/28/19, TIME: 6:26:19</div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D23160; &=3D2316=
0; &=3D23160; Total =3D
> > number of particles to be followed 50, event by event</div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22>1</div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160;R - Z binning n. 1 =3D=
22CALO =3D22 , g=3D
> > eneralized particle n. 208</div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D23160; R coordi=
nate: from 0.000=3D
> > 0E+00 to 5.0000E+00 cm, 1 bins ( 5.0000E+00 cm wide)</div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D23160; Z coordi=
nate: from 0.000=3D
> > 0E+00 to 6.0000E+01 cm, 1 bins ( 6.0000E+01 cm wide)</div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D23160; axis coo=
rdinates: X =3D3D =3D
> > 0.0000E+00, Y =3D3D 0.0000E+00 cm</div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D23160; Data fol=
low in a matrix =3D
> > A(ir,iz), format (1(5x,1p,10(1x,e11.4)))</div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D23160; accurate=
deposition alon=3D
> > g the tracks requested</div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D23160; only non=
-zero cells will=3D
> > be printed</div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160;Binning n: 1, =3D22C=
ALO =3D22, Event
> > =3D23=3D
> > : 1, Primary(s) weight 1.0000E+00</div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; Number of hit cells=
: 1</div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D23160; &=3D2316=
0; &=3D23160; &=3D2316=3D
> > 0;1 &=3D23160; 660.390869 &=3D23160; &=3D23160;</div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160;Binning n: 1, =3D22C=
ALO =3D22, Event
> > =3D23=3D
> > : 2, Primary(s) weight 1.0000E+00</div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; Number of hit cells=
: 1</div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D23160; &=3D2316=
0; &=3D23160; &=3D2316=3D
> > 0;1 &=3D23160; 768.414673 &=3D23160; &=3D23160;</div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160;Binning n: 1, =3D22C=
ALO =3D22, Event
> > =3D23=3D
> > : 3, Primary(s) weight 1.0000E+00</div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; Number of hit cells=
: 1</div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D23160; &=3D2316=
0; &=3D23160; &=3D2316=3D
> > 0;1 &=3D23160; 530.399353 &=3D23160; &=3D23160;</div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22>I=3DE2=3D80=3D99m considering 1 bin in Ra=
dius and 1 bin i=3D
> > n Z direction. What seems strange to me is:</div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22>&=3D23160;I'f the energy of the Gold Ions=
is 4 GeV pe=3D
> > r nucleon, how the deposited energy can be larger than 5 GeV, i.e. 66=
0.39=3D
> > GeV for event 1=3D3=46</div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22>I would appreciate any explanation of thi=
s.</div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22>Thanks in advance.</div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22>Regards,</div>
> > <div dir=3D3D=3D22auto=3D22>Jilberto</div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > </div>
> > </div>
> > <div name=3D3D=3D22messageSignatureSection=3D22> 
> > <div class=3D3D=3D22match=3D46ont=3D22>
> > <div dir=3D3D=3D22auto=3D22 style=3D3D=3D22caret-color: rgb(39, 39, 4=
0);=3D22>*******=3D
> > ************************************************************&=3D23160=
;</div=3D
> > >
> > <div dir=3D3D=3D22auto=3D22 style=3D3D=3D22caret-color: rgb(39, 39, 4=
0);=3D22>Dr. Jil=3D
> > berto Zamora Saa&=3D23160; 
> > <div dir=3D3D=3D22auto=3D22>=3D46acultad&=3D23160;de&=3D23160;Ciencia=
s Exactas&=3D23160=3D
> > ;</div>
> > <div dir=3D3D=3D22auto=3D22>Universidad Andr=3DC3=3DA9s Bello&=3D2316=
0;</div>
> > <div dir=3D3D=3D22auto=3D22>Santiago, Regi=3DC3=3DB3n Metropolitana, =
Chile&=3D23160;<=3D
> > /div>
> > <div dir=3D3D=3D22auto=3D22>phone: +(56) 22 770 3707 (Office)&=3D2316=
0;</div>
> > <div dir=3D3D=3D22auto=3D22>email: jzamorasaa=3D40jinr.ru</div>
> > <div dir=3D3D=3D22auto=3D22> </div>
> > <div dir=3D3D=3D22auto=3D22>*****************************************=
**********=3D
> > *****************</div>
> > </div>
> > </div>
> > </div>
> > <div name=3D3D=3D22messageReplySection=3D22>On Dec 27, 2019, 4:02 PM =
-0300, Jil=3D
> > berto Zamora-Saa <jzamorasaa=3D40jinr.ru>, wrote: 
> > <blockquote type=3D3D=3D22cite=3D22 class=3D3D=3D22spark=3D5=46quote=3D=
22 style=3D3D=3D22marg=3D
> > in: 5px 5px; padding-left: 10px; border-left: thin solid =3D231abc9c;=
=3D22>De=3D
> > ar =3D46luka expert 
> > 
> > I'm trying to score energy, event-by-event. I can run the simulation,=
by<=3D
> > br />
> > means of flair. However, when simulation ends and I try to process<br=
/>
> > the data, I haven't file to process. 
> > 
> > My input files are attached, could you help me with this issue, pleas=
e.<b=3D
> > r />
> > 
> > Thanks in advance. 
> > 
> > Regards, 
> > Jilberto 
> > 
> > 
> > ------=3D3D=3D5=4620191227190220=3D5=4675537 
> > Content-Type: text/plain; name=3D3D=3D22Au-Ions-4GeV-proton.flair=3D2=
2 
> > Content-Transfer-Encoding: 8bit 
> > Content-Disposition: attachment;
> > filename=3D3D=3D22Au-Ions-4GeV-proton.flair=3D22=3D
> > 
> > 
> > =3D23=3D21/Users/sirjazs/fluka/flair/flair 
> > =3D23 =3D46LUKA Project file 
> > Version: 2 
> > Title: Piones impactando target de tungsteno 
> > Input: Gold=3D5=46Ions=3D5=46W=3D5=46target.inp 
> > Exec: RQMD 
> > Submit: Local 
> > Tabs: 0.1 0.32 0.56 0.81 1.0 
> > Page: Input 
> > DefMain: True 
> > LinkPrg: ldpmqmd 
> > =3D4677bound: True 
> > =3D4677dline: =3D46alse 
> > 
> > =3D23 Run information 
> > Run: <default> 
> > Prev: 0 
> > Last: 5 
> > Status: 3 
> > Pid: 0 
> > StartRun: 1577446258 
> > 
> > =3D23 USRxxx data file: Gold=3D5=46Ions=3D5=46W=3D5=46target=3D5=4622=
.bnn 
> > Data: =3D5CI=3D5=46=3D5CU.=3D5Ce 
> > Unit: 22 
> > Type: b 
> > Rule: +,=3D5CI=3D5Cd=3D5Cd=3D5Cd=3D5=46fort=3D5C.=3D5CU 
> > Rule: +,=3D5CI=3D5Cd=3D5Cd=3D5Cd=3D5=46ftn=3D5C.=3D5CU 
> > End 
> > End 
> > 
> > =3D23 Geometry Information 
> > Geometry: 
> > =3D46rame.bsplit: 0.5 
> > =3D46rame.tsplit: 0.5 
> > =3D46rame.vsplit: 0.5 
> > End 
> > 
> > =3D23 Geometry plot =3D22GeoViewer Red plot=3D22 
> > Plot: Red 
> > =3D46ormat: .eps 
> > Type: Geometry 
> > basisu: 1 0 0 
> > basisv: 0 1 0 
> > boundaries: 1 
> > cbcolors: 0 
> > cblog: =3D46alse 
> > cbpalette: =3D46LUKA 
> > cbround: 0 
> > cbtics: 0 
> > coord: X-Y 
> > cpd: 0 
> > extends: 0.20316 0.0798129 
> > grid: 0 
> > index: 0 
> > labels: 1 
> > layer: Media 
> > origin: -0.00618771 -0.0162289 0 
> > proj: Z 
> > subtype: Material 
> > title: GeoViewer Red plot 
> > x2log: =3D46alse 
> > x2tics: 0 
> > xlog: =3D46alse 
> > y2log: =3D46alse 
> > y2tics: 0 
> > ylog: =3D46alse 
> > zlog: =3D46alse 
> > ztics: 0 
> > End 
> > 
> > =3D23 Geometry plot =3D22GeoViewer Blue plot=3D22 
> > Plot: Blue 
> > =3D46ormat: .eps 
> > Type: Geometry 
> > basisu: 0 0 1 
> > basisv: 0 1 0 
> > boundaries: 1 
> > cbtics: 0 
> > coord: Z-Y 
> > extends: 69.4445 27.1577 
> > labels: 1 
> > layer: Media 
> > origin: 0 -13.6362 44.1239 
> > proj: Z 
> > subtype: Material 
> > title: GeoViewer Blue plot 
> > x2tics: 0 
> > y2tics: 0 
> > ztics: 0 
> > End 
> > 
> > =3D23 Geometry plot =3D22GeoViewer Magenta plot=3D22 
> > Plot: Magenta 
> > =3D46ormat: .eps 
> > Type: Geometry 
> > basisu: -1 0 0 
> > basisv: 0 1 0 
> > boundaries: 1 
> > cbcolors: 0 
> > cblog: =3D46alse 
> > cbpalette: =3D46LUKA 
> > cbround: 0 
> > cbtics: 0 
> > coord: X-Y 
> > cpd: 0 
> > extends: 40.1878 15.7444 
> > grid: 0 
> > index: 0 
> > labels: 1 
> > layer: Media 
> > origin: -4.94535 6.94354 0 
> > proj: Z 
> > subtype: Material 
> > title: GeoViewer Magenta plot 
> > x2log: =3D46alse 
> > x2tics: 0 
> > xlog: =3D46alse 
> > y2log: =3D46alse 
> > y2tics: 0 
> > ylog: =3D46alse 
> > zlog: =3D46alse 
> > ztics: 0 
> > End 
> > 
> > =3D23 Geometry plot =3D22GeoViewer Green plot=3D22 
> > Plot: Green 
> > =3D46ormat: .eps 
> > Type: Geometry 
> > basisu: 0 0 1 
> > basisv: 1 0 0 
> > boundaries: 1 
> > cbcolors: 0 
> > cblog: =3D46alse 
> > cbpalette: =3D46LUKA 
> > cbround: 0 
> > cbtics: 0 
> > coord: Z-X 
> > cpd: 0 
> > extends: 891.611 350.902 
> > grid: 0 
> > index: 0 
> > labels: 1 
> > layer: Media 
> > origin: 42.869 0 196.297 
> > run: RUN=3D5=46pi0 
> > subtype: Material 
> > title: GeoViewer Green plot 
> > x2log: =3D46alse 
> > x2tics: 0 
> > xlog: True 
> > y2log: =3D46alse 
> > y2tics: 0 
> > ylog: =3D46alse 
> > zlog: True 
> > ztics: 1 
> > End 
> > 
> > =3D23 USRBIN plot =3D22Proton =3D46luence (part/cmq/pr)=3D22 
> > Plot: proton 
> > =3D46ormat: .pdf 
> > Type: USRBIN 
> > axes: Auto 
> > cbcolors: 30 
> > cblog: True 
> > cbpalette: =3D46LUKA 
> > cbround: 0 
> > cbtics: 1 
> > commands: 
> > set size 0.9,0.9 
> > cpd: 0 
> > datafile: Gold=3D5=46Ions=3D5=46W=3D5=46target=3D5=4622.bnn 
> > det: 1 
> > errors: 0 
> > geo: -Auto- 
> > grid: 0 
> > hist: 2D Projection 
> > index: 0 
> > int: 1907.7447576610875 
> > lw.0: 0 
> > max: 7.11499596 
> > min: 4.39392203E-08 
> > proj: Y 
> > ps.0: 0 
> > pt.0: 0 
> > swap: 0 
> > title: Proton =3D46luence (part/cmq/pr) 
> > with.0: errorbars 
> > x2log: =3D46alse 
> > x2tics: 0 
> > xlabel: Z cm 
> > xlog: =3D46alse 
> > xmax: 150 
> > xmin: -20 
> > xrebin: 1 
> > y2log: =3D46alse 
> > y2tics: 0 
> > ylabel: X cm 
> > ylog: =3D46alse 
> > ymax: 10 
> > ymin: -10 
> > yrebin: 1 
> > zlog: =3D46alse 
> > zrebin: 1 
> > ztics: 0 
> > End 
> > ------=3D3D=3D5=4620191227190220=3D5=4675537 
> > Content-Type: text/plain; name=3D3D=3D22Gold=3D5=46Ions=3D5=46W=3D5=46=
target.inp=3D22 =3D
> >
> > Content-Transfer-Encoding: 8bit 
> > Content-Disposition: attachment; filename=3D3D=3D22Gold=3D5=46Ions=3D=
5=46W=3D5=46target.i=3D
> > np=3D22 
> > 
> > * ..+....1....+....2....+....3....+....4....+....5....+....6....+....=
7...=3D
> > 
> > TITLE 
> > Iones de Oro impactando target de tungsteno 
> > * 
> > * use names everywhere and free format for geometry 
> > DE=3D46AULTS 
> > PRECISIO 
> > * 
> > * beam definitions 
> > BEAM -4. 0.0 0.0 
> > 1.HEAVYION 
> > BEAMPOS 0.0 0.0 -10. 
> > HI-PROPE 79. 197. 
> > IONTRANS HEAVYION 
> > * 
> > * Geometry 
> > * -------- 
> > GEOBEGIN 
> > COMBNAME 
> > 0 0 Cylindrical Target 
> > * 
> > * Bodies 
> > * ------ 
> > * 
> > * Blackhole to include geometry 
> > SPH BLK 0.0 0.0 0.0 10000. 
> > * Void sphere 
> > SPH VOID 0.0 0.0 0.0 500. 
> > * Infinite cylinder 
> > ZCC CILIN=3D46 0.0 0.0 5. 
> > * Infinite cylinder hole 
> > ZCC CILHOL 0.0 0.0 1. 
> > * planes cutting the cylinder 
> > XYP Tini 0.0 
> > XYP Tfin 110. 
> > XYP CBW -5. 
> > XYP HOLEend 10. 
> > * 
> > END 
> > * 
> > * Regions 
> > * ------- 
> > * 
> > * Blackhole 
> > BLKHOLE 5 +BLK -VOID 
> > * 
> > * TARGET-hole 
> > Hole 5 =3D7C +CILHOL -Tini +HOLEend 
> > * 
> > * TARGET 
> > TARG 5 =3D7C +CILIN=3D46 -Tini +Tfin-(=3D7C+CILHOL -Tini +HOLEend )<b=
r />
> > * 
> > * BWRegion 
> > BWR 5 =3D7C +CILIN=3D46 -CBW +Tini 
> > * 
> > * Air around TARG1 
> > INAIR 5 =3D7C +VOID -CILIN=3D46 
> > =3D7C +VOID +CBW 
> > =3D7C +VOID -Tfin 
> > END 
> > GEOEND 
> > * 
> > * Assign materials 
> > * ---------------- 
> > ASSIGNMA BLCKHOLE BLKHOLE 
> > ASSIGNMA AIR Hole 
> > ASSIGNMA TUNGSTEN TARG 
> > ASSIGNMA AIR BWR 
> > ASSIGNMA AIR INAIR 
> > PHYSICS 102. 4-HELIUM AOMEGAC0 DECAYS 
> > PHYSICS 202. 4-HELIUM AOMEGAC0 DECAYS 
> > MUPHOTON 1. BLCKHOLE AIR 
> > PAIRBREM 3. 0.0 0.0 BLCKHOLE AIR 1. 
> > EVENTBIN 11. ENERGY -21. 5. 110.energy 
> > EVENTBIN 0.0 0.0 100. 100. & 
> > * 
> > RANDOMIZ 1. 
> > START 50. 0.0 
> > STOP 
> > 
> > 
> > 
> > =3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=
=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D=
5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D
> > =3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=
=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D=
5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D
> > =3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=
=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D=
5=46=3D5=46=3D5=46=3D5=46<=3D
> > br />
> > You can manage unsubscription from this mailing list at https://www.f=
luka=3D
> > .org/fluka.php=3D3=46id=3D3Dacc=3D5=46info 
> > </blockquote>
> > </div>
> > </body>
> > </html>
> >
> > --5e07337a=5F3804823e=5F104--
> >
> >
> >
> > =5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=
=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=
=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=
=5F
> > You can manage unsubscription from this mailing list at
> > https://www.fluka.org/fluka.php=3Fid=3Dacc=5Finfo
> >
>
>
>
>
> =5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=
=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=
=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=

> You can manage unsubscription from this mailing list at https://www.flu=
ka.org/fluka.php=3Fid=3Dacc=5Finfo
>

--5e087c01_2ca88611_14c
Content-Type: text/html; charset="utf-8"
Content-Transfer-Encoding: quoted-printable
Content-Disposition: inline

<html xmlns=3D=22http://www.w3.org/1999/xhtml=22>
<head>
<title></title>
</head>
<body>
<div name=3D=22messageBodySection=22>
<div dir=3D=22auto=22>ups=21=21 A very naive question.
<div> </div>
<div dir=3D=22auto=22> </div>
<div dir=3D=22auto=22>Thanks a lot Paola=21=21=21</div>
<div dir=3D=22auto=22> </div>
<div dir=3D=22auto=22> </div>
<div dir=3D=22auto=22>Regards,</div>
<div dir=3D=22auto=22>Jilberto</div>
</div>
</div>
<div name=3D=22messageSignatureSection=22> 
<div class=3D=22match=46ont=22>
<div dir=3D=22auto=22 style=3D=22caret-color: rgb(39, 39, 40);=22>*******=
************************************************************&=23160;</div=
>
<div dir=3D=22auto=22 style=3D=22caret-color: rgb(39, 39, 40);=22>Dr. Jil=
berto Zamora Saa&=23160; 
<div dir=3D=22auto=22>=46acultad&=23160;de&=23160;Ciencias Exactas&=23160=
;</div>
<div dir=3D=22auto=22>Universidad Andr=C3=A9s Bello&=23160;</div>
<div dir=3D=22auto=22>Santiago, Regi=C3=B3n Metropolitana, Chile&=23160;<=
/div>
<div dir=3D=22auto=22>phone: +(56) 22 770 3707 (Office)&=23160;</div>
<div dir=3D=22auto=22>email: jzamorasaa=40jinr.ru</div>
<div dir=3D=22auto=22> </div>
<div dir=3D=22auto=22>***************************************************=
*****************</div>
</div>
</div>
</div>
<div name=3D=22messageReplySection=22>El 29 de dic. de 2019 6:19 AM -0300=
, Paola Sala <paola.sala=40mi.infn.it>, escribi=C3=B3: 
<blockquote type=3D=22cite=22 class=3D=22spark=5Fquote=22 style=3D=22marg=
in: 5px 5px; padding-left: 10px; border-left: thin solid =231abc9c;=22>De=
ar Jilberto, 
The energy of the Gold Ions is 4 GeV per nucleon, it means that the total=
 
energy of each Gold ion is 197*4 =3D 788 GeV 
Regards 
Paola 
<blockquote type=3D=22cite=22 class=3D=22spark=5Fquote=22 style=3D=22marg=
in: 5px 5px; padding-left: 10px; border-left: thin solid =23e67e22;=22>De=
ar =46luka expert 
 
I already understand my problem, however I do not understand the results.=
=3D 
In my output I'm getting the following results: 
 
***** Iones de Oro impactando target de tungsteno ***** 
 
DATE: 12/28/19, TIME: 6:26:19 
 
Total number of particles to be followed 50, event by event 
 
R - Z binning n. 1 =22CALO=22 , generalized particle n. 208 
 
R coordinate: from 0.0000E+00 to 5.0000E+00 cm, 1 bins ( 5.0000E+00 cm<br=
/>
wide) 
Z coordinate: from 0.0000E+00 to 6.0000E+01 cm, 1 bins ( 6.0000E+01 cm<br=
/>
wide) 
axis coordinates: X =3D 0.0000E+00, Y =3D 0.0000E+00 cm 
Data follow in a matrix A(ir,iz), format (1(5x,1p,10(1x,e11.4))) 
 
accurate deposition along the tracks requested 
only non-zero cells will be printed 
 
Binning n: 1, =22CALO=22, Event =3D23: 1, Primary(s) weight 1.0000E+00<br=
/>
Number of hit cells: 1 
660.390869 
 
Binning n: 1, =22CALO=22 , Event =3D23: 2, Primary(s) weight 1.0000E+00<b=
r />
Number of hit cells: 1 
768.414673 
 
Binning n: 1,=22CALO=22 , Event =3D23: 3, Primary(s) weight 1.0000E+00<br=
/>
Number of hit cells: 1 
530.399353 
 
 
 
I'm considering 1 bin in Radius and 1 bin in Z direction. What seems 
strange to me is: 
 
I'f the energy of the Gold Ions is 4 GeV per nucleon, how the deposited<b=
r />
energy can be larger than 5 GeV, i.e. 660.39 GeV for event 1 =3F 
 
I would appreciate any explanation of this. 
 
Thanks in advance. 
 
 
Regards, 
Jilberto 
 
 
******************************************************************* =

Dr. Jilberto Zamora Saa 
=46acultad de Ciencias Exactas 
Universidad Andr=3DC3=3DA9s Bello 
Santiago, Regi=3DC3=3DB3n Metropolitana, Chile 
phone: +(56) 22 770 3707 (Office) 
email: jzamorasaa=3D40jinr.ru 
 
******************************************************************** 
On Dec 27, 2019, 4:02 PM -0300, Jilberto Zamora-Saa <jzamorasaa=3D40ji=
nr.ru=3D 
<blockquote type=3D=22cite=22 class=3D=22spark=5Fquote=22 style=3D=22marg=
in: 5px 5px; padding-left: 10px; border-left: thin solid =233498db;=22>, =
wrote: 
Dear =3D46luka expert 
 
I'm trying to score energy, event-by-event. I can run the simulation, b=3D=
 </blockquote>
y 
<blockquote type=3D=22cite=22 class=3D=22spark=5Fquote=22 style=3D=22marg=
in: 5px 5px; padding-left: 10px; border-left: thin solid =233498db;=22>me=
ans of flair. However, when simulation ends and I try to process 
the data, I haven't file to process. 
 
My input files are attached, could you help me with this issue, please.=3D=
 </blockquote>
 
<blockquote type=3D=22cite=22 class=3D=22spark=5Fquote=22 style=3D=22marg=
in: 5px 5px; padding-left: 10px; border-left: thin solid =233498db;=22><b=
r />
Thanks in advance. 
 
Regards, 
Jilberto 
 
 
------=3D3D=3D5=4620191227190220=3D5=4675537 
Content-Type: text/plain; name=3D3D=3D22Au-Ions-4GeV-proton.flair=3D22<br=
/>
Content-Transfer-Encoding: 8bit 
Content-Disposition: attachment; filename=3D3D=3D22Au-Ions-4GeV-proton.fl=
ai=3D </blockquote>
r=3D22 
<blockquote type=3D=22cite=22 class=3D=22spark=5Fquote=22 style=3D=22marg=
in: 5px 5px; padding-left: 10px; border-left: thin solid =233498db;=22><b=
r />
=3D23=3D21/Users/sirjazs/fluka/flair/flair 
=3D23 =3D46LUKA Project file 
Version: 2 
Title: Piones impactando target de tungsteno 
Input: Gold=3D5=46Ions=3D5=46W=3D5=46target.inp 
Exec: RQMD 
Submit: Local 
Tabs: 0.1 0.32 0.56 0.81 1.0 
Page: Input 
DefMain: True 
LinkPrg: ldpmqmd 
=3D4677bound: True 
=3D4677dline: =3D46alse 
 
=3D23 Run information 
Run: <default> 
Prev: 0 
Last: 5 
Status: 3 
Pid: 0 
StartRun: 1577446258 
 
=3D23 USRxxx data file: Gold=3D5=46Ions=3D5=46W=3D5=46target=3D5=4622.bnn=
 
Data: =3D5CI=3D5=46=3D5CU.=3D5Ce 
Unit: 22 
Type: b 
Rule: +,=3D5CI=3D5Cd=3D5Cd=3D5Cd=3D5=46fort=3D5C.=3D5CU 
Rule: +,=3D5CI=3D5Cd=3D5Cd=3D5Cd=3D5=46ftn=3D5C.=3D5CU 
End 
End 
 
=3D23 Geometry Information 
Geometry: 
=3D46rame.bsplit: 0.5 
=3D46rame.tsplit: 0.5 
=3D46rame.vsplit: 0.5 
End 
 
=3D23 Geometry plot =3D22GeoViewer Red plot=3D22 
Plot: Red 
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=3D23 Geometry plot =3D22GeoViewer Blue plot=3D22 
Plot: Blue 
=3D46ormat: .eps 
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subtype: Material 
title: GeoViewer Blue plot 
x2tics: 0 
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=3D23 Geometry plot =3D22GeoViewer Magenta plot=3D22 
Plot: Magenta 
=3D46ormat: .eps 
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=3D23 Geometry plot =3D22GeoViewer Green plot=3D22 
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=3D23 USRBIN plot =3D22Proton =3D46luence (part/cmq/pr)=3D22 
Plot: proton 
=3D46ormat: .pdf 
Type: USRBIN 
axes: Auto 
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cblog: True 
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lw.0: 0 
max: 7.11499596 
min: 4.39392203E-08 
proj: Y 
ps.0: 0 
pt.0: 0 
swap: 0 
title: Proton =3D46luence (part/cmq/pr) 
with.0: errorbars 
x2log: =3D46alse 
x2tics: 0 
xlabel: Z cm 
xlog: =3D46alse 
xmax: 150 
xmin: -20 
xrebin: 1 
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ylabel: X cm 
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ymax: 10 
ymin: -10 
yrebin: 1 
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zrebin: 1 
ztics: 0 
End 
------=3D3D=3D5=4620191227190220=3D5=4675537 
Content-Type: text/plain; name=3D3D=3D22Gold=3D5=46Ions=3D5=46W=3D5=46tar=
get.inp=3D22 
Content-Transfer-Encoding: 8bit 
Content-Disposition: attachment; filename=3D3D=3D22Gold=3D5=46Ions=3D5=46=
W=3D5=46target=3D </blockquote>
.inp=3D22 
<blockquote type=3D=22cite=22 class=3D=22spark=5Fquote=22 style=3D=22marg=
in: 5px 5px; padding-left: 10px; border-left: thin solid =233498db;=22><b=
r />
* ..+....1....+....2....+....3....+....4....+....5....+....6....+....7.=3D=
 </blockquote>
.. 
<blockquote type=3D=22cite=22 class=3D=22spark=5Fquote=22 style=3D=22marg=
in: 5px 5px; padding-left: 10px; border-left: thin solid =233498db;=22>TI=
TLE 
Iones de Oro impactando target de tungsteno 
* 
* use names everywhere and free format for geometry 
DE=3D46AULTS 
PRECISIO 
* 
* beam definitions 
BEAM -4. 0.0 0.0 
1.HEAVYION 
BEAMPOS 0.0 0.0 -10. 
HI-PROPE 79. 197. 
IONTRANS HEAVYION 
* 
* Geometry 
* -------- 
GEOBEGIN 
COMBNAME 
0 0 Cylindrical Target 
* 
* Bodies 
* ------ 
* 
* Blackhole to include geometry 
SPH BLK 0.0 0.0 0.0 10000. 
* Void sphere 
SPH VOID 0.0 0.0 0.0 500. 
* Infinite cylinder 
ZCC CILIN=3D46 0.0 0.0 5. 
* Infinite cylinder hole 
ZCC CILHOL 0.0 0.0 1. 
* planes cutting the cylinder 
XYP Tini 0.0 
XYP Tfin 110. 
XYP CBW -5. 
XYP HOLEend 10. 
* 
END 
* 
* Regions 
* ------- 
* 
* Blackhole 
BLKHOLE 5 +BLK -VOID 
* 
* TARGET-hole 
Hole 5 =3D7C +CILHOL -Tini +HOLEend 
* 
* TARGET 
TARG 5 =3D7C +CILIN=3D46 -Tini +Tfin-(=3D7C+CILHOL -Tini +HOLEend ) =

* 
* BWRegion 
BWR 5 =3D7C +CILIN=3D46 -CBW +Tini 
* 
* Air around TARG1 
INAIR 5 =3D7C +VOID -CILIN=3D46 
=3D7C +VOID +CBW 
=3D7C +VOID -Tfin 
END 
GEOEND 
* 
* Assign materials 
* ---------------- 
ASSIGNMA BLCKHOLE BLKHOLE 
ASSIGNMA AIR Hole 
ASSIGNMA TUNGSTEN TARG 
ASSIGNMA AIR BWR 
ASSIGNMA AIR INAIR 
PHYSICS 102. 4-HELIUM AOMEGAC0 DECAYS 
PHYSICS 202. 4-HELIUM AOMEGAC0 DECAYS 
MUPHOTON 1. BLCKHOLE AIR 
PAIRBREM 3. 0.0 0.0 BLCKHOLE AIR 1. 
EVENTBIN 11. ENERGY -21. 5. 110.energy 
EVENTBIN 0.0 0.0 100. 100. & 
* 
RANDOMIZ 1. 
START 50. 0.0 
STOP 
 
 
 
=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D=
5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=
=3D5=46=3D5=46=3D5=46=3D </blockquote>
=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D=
5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=
=3D5=46=3D5=46=3D5=46=3D5=46=3D 
=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D=
5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=3D5=46=
=3D5=46=3D5=46=3D5=46=3D5=46=3D 
 
<blockquote type=3D=22cite=22 class=3D=22spark=5Fquote=22 style=3D=22marg=
in: 5px 5px; padding-left: 10px; border-left: thin solid =233498db;=22>Yo=
u can manage unsubscription from this mailing list at https://www.flu=3D<=
br /></blockquote>
ka.org/fluka.php=3D3=46id=3D3Dacc=3D5=46info 
<blockquote type=3D=22cite=22 class=3D=22spark=5Fquote=22 style=3D=22marg=
in: 5px 5px; padding-left: 10px; border-left: thin solid =233498db;=22><b=
r /></blockquote>
 
--5e07337a=5F3804823e=5F104 
Content-Type: text/html; charset=3D=22utf-8=22 
Content-Transfer-Encoding: quoted-printable 
Content-Disposition: inline 
 
<html xmlns=3D3D=3D22http://www.w3.org/1999/xhtml=3D22> 
<head> 
<title></title> 
</head> 
<body> 
<div name=3D3D=3D22messageBodySection=3D22> 
<div dir=3D3D=3D22auto=3D22>Dear =3D46luka expert 
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22>I already understand my problem, howeve=
r I do not u=3D 
nderstand the results. In my output I'm getting the following results:&lt=
;/d=3D 
iv> 
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22>***** Iones de Oro impactando target de=
tungsteno *=3D 
****</div> 
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D2=
3160; &=3D23160; &=3D23160; &=3D2316=3D 
0;DATE: 12/28/19, TIME: 6:26:19</div> 
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D2=
3160; &=3D23160; &=3D23160; Total =3D 
number of particles to be followed 50, event by event</div> 
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22>1</div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160;R - Z binn=
ing n. 1 =3D22CALO =3D22 , g=3D 
eneralized particle n. 208</div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D2=
3160; R coordinate: from 0.000=3D 
0E+00 to 5.0000E+00 cm, 1 bins ( 5.0000E+00 cm wide)</div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D2=
3160; Z coordinate: from 0.000=3D 
0E+00 to 6.0000E+01 cm, 1 bins ( 6.0000E+01 cm wide)</div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D2=
3160; axis coordinates: X =3D3D =3D 
0.0000E+00, Y =3D3D 0.0000E+00 cm</div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D2=
3160; Data follow in a matrix =3D 
A(ir,iz), format (1(5x,1p,10(1x,e11.4)))</div> 
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D2=
3160; accurate deposition alon=3D 
g the tracks requested</div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D2=
3160; only non-zero cells will=3D 
be printed</div> 
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160;Binning n:=
1, =3D22CALO =3D22, Event 
=3D23=3D 
: 1, Primary(s) weight 1.0000E+00</div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; Number of=
hit cells: 1</div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D2=
3160; &=3D23160; &=3D23160; &=3D2316=3D 
0;1 &=3D23160; 660.390869 &=3D23160; &=3D23160;</div><b=
r />
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160;Binning n:=
1, =3D22CALO =3D22, Event 
=3D23=3D 
: 2, Primary(s) weight 1.0000E+00</div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; Number of=
hit cells: 1</div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D2=
3160; &=3D23160; &=3D23160; &=3D2316=3D 
0;1 &=3D23160; 768.414673 &=3D23160; &=3D23160;</div><b=
r />
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160;Binning n:=
1, =3D22CALO =3D22, Event 
=3D23=3D 
: 3, Primary(s) weight 1.0000E+00</div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; Number of=
hit cells: 1</div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160; &=3D23160; &=3D2=
3160; &=3D23160; &=3D23160; &=3D2316=3D 
0;1 &=3D23160; 530.399353 &=3D23160; &=3D23160;</div><b=
r />
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22>I=3DE2=3D80=3D99m considering 1 bin in =
Radius and 1 bin i=3D 
n Z direction. What seems strange to me is:</div> 
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22>&=3D23160;I'f the energy of the Gol=
d Ions is 4 GeV pe=3D 
r nucleon, how the deposited energy can be larger than 5 GeV, i.e. 660.39=
=3D 
GeV for event 1=3D3=46</div> 
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22>I would appreciate any explanation of t=
his.</div> 
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22>Thanks in advance.</div> 
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22>Regards,</div> 
<div dir=3D3D=3D22auto=3D22>Jilberto</div> 
<div dir=3D3D=3D22auto=3D22> </div> 
</div> 
</div> 
<div name=3D3D=3D22messageSignatureSection=3D22> 
<div class=3D3D=3D22match=3D46ont=3D22> 
<div dir=3D3D=3D22auto=3D22 style=3D3D=3D22caret-color: rgb(39, 39, 40=
);=3D22>*******=3D 
************************************************************&=3D23160=
;</div=3D 
<blockquote type=3D=22cite=22 class=3D=22spark=5Fquote=22 style=3D=22marg=
in: 5px 5px; padding-left: 10px; border-left: thin solid =233498db;=22><b=
r /></blockquote>
<div dir=3D3D=3D22auto=3D22 style=3D3D=3D22caret-color: rgb(39, 39, 40=
);=3D22>Dr. Jil=3D 
berto Zamora Saa&=3D23160; 
<div dir=3D3D=3D22auto=3D22>=3D46acultad&=3D23160;de&=3D231=
60;Ciencias Exactas&=3D23160=3D 
;</div> 
<div dir=3D3D=3D22auto=3D22>Universidad Andr=3DC3=3DA9s Bello&=3D=
23160;</div> 
<div dir=3D3D=3D22auto=3D22>Santiago, Regi=3DC3=3DB3n Metropolitana=
, Chile&=3D23160;<=3D 
/div> 
<div dir=3D3D=3D22auto=3D22>phone: +(56) 22 770 3707 (Office)&=3D=
23160;</div> 
<div dir=3D3D=3D22auto=3D22>email: jzamorasaa=3D40jinr.ru</div&g=
t; 
<div dir=3D3D=3D22auto=3D22> </div> 
<div dir=3D3D=3D22auto=3D22>***************************************=
************=3D 
*****************</div> 
</div> 
</div> 
</div> 
<div name=3D3D=3D22messageReplySection=3D22>On Dec 27, 2019, 4:02 P=
M -0300, Jil=3D 
berto Zamora-Saa &lt;jzamorasaa=3D40jinr.ru&gt;, wrote: 
<blockquote type=3D3D=3D22cite=3D22 class=3D3D=3D22spark=3D5=46quote=3D=
22 style=3D3D=3D22marg=3D 
in: 5px 5px; padding-left: 10px; border-left: thin solid =3D231abc9c;=3D2=
2>De=3D 
ar =3D46luka expert 
 
I'm trying to score energy, event-by-event. I can run the simulation, by&=
lt;=3D 
br /> 
means of flair. However, when simulation ends and I try to process 
the data, I haven't file to process. 
 
My input files are attached, could you help me with this issue, please.&l=
t;b=3D 
r /> 
 
Thanks in advance. 
 
Regards, 
Jilberto 
 
 
------=3D3D=3D5=4620191227190220=3D5=4675537 
Content-Type: text/plain; name=3D3D=3D22Au-Ions-4GeV-proton.flair=3D22&lt=
;br /> 
Content-Transfer-Encoding: 8bit 
Content-Disposition: attachment; 
filename=3D3D=3D22Au-Ions-4GeV-proton.flair=3D22=3D 
 
 
=3D23=3D21/Users/sirjazs/fluka/flair/flair 
=3D23 =3D46LUKA Project file 
Version: 2 
Title: Piones impactando target de tungsteno 
Input: Gold=3D5=46Ions=3D5=46W=3D5=46target.inp 
Exec: RQMD 
Submit: Local 
Tabs: 0.1 0.32 0.56 0.81 1.0 
Page: Input 
DefMain: True 
LinkPrg: ldpmqmd 
=3D4677bound: True 
=3D4677dline: =3D46alse 
 
=3D23 Run information 
Run: &lt;default&gt; 
Prev: 0 
Last: 5 
Status: 3 
Pid: 0 
StartRun: 1577446258 
 
=3D23 USRxxx data file: Gold=3D5=46Ions=3D5=46W=3D5=46target=3D5=4622.bnn=
 
Data: =3D5CI=3D5=46=3D5CU.=3D5Ce 
Unit: 22 
Type: b 
Rule: +,=3D5CI=3D5Cd=3D5Cd=3D5Cd=3D5=46fort=3D5C.=3D5CU =

Rule: +,=3D5CI=3D5Cd=3D5Cd=3D5Cd=3D5=46ftn=3D5C.=3D5CU 
End 
End 
 
=3D23 Geometry Information 
Geometry: 
=3D46rame.bsplit: 0.5 
=3D46rame.tsplit: 0.5 
=3D46rame.vsplit: 0.5 
End 
 
=3D23 Geometry plot =3D22GeoViewer Red plot=3D22 
Plot: Red 
=3D46ormat: .eps 
Type: Geometry 
basisu: 1 0 0 
basisv: 0 1 0 
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cbcolors: 0 
cblog: =3D46alse 
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subtype: Material 
title: GeoViewer Red plot 
x2log: =3D46alse 
x2tics: 0 
xlog: =3D46alse 
y2log: =3D46alse 
y2tics: 0 
ylog: =3D46alse 
zlog: =3D46alse 
ztics: 0 
End 
 
=3D23 Geometry plot =3D22GeoViewer Blue plot=3D22 
Plot: Blue 
=3D46ormat: .eps 
Type: Geometry 
basisu: 0 0 1 
basisv: 0 1 0 
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cbtics: 0 
coord: Z-Y 
extends: 69.4445 27.1577 
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subtype: Material 
title: GeoViewer Blue plot 
x2tics: 0 
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=3D23 Geometry plot =3D22GeoViewer Magenta plot=3D22 
Plot: Magenta 
=3D46ormat: .eps 
Type: Geometry 
basisu: -1 0 0 
basisv: 0 1 0 
boundaries: 1 
cbcolors: 0 
cblog: =3D46alse 
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x2log: =3D46alse 
x2tics: 0 
xlog: =3D46alse 
y2log: =3D46alse 
y2tics: 0 
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zlog: =3D46alse 
ztics: 0 
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=3D23 Geometry plot =3D22GeoViewer Green plot=3D22 
Plot: Green 
=3D46ormat: .eps 
Type: Geometry 
basisu: 0 0 1 
basisv: 1 0 0 
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cbcolors: 0 
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title: GeoViewer Green plot 
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xlog: True 
y2log: =3D46alse 
y2tics: 0 
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zlog: True 
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End 
 
=3D23 USRBIN plot =3D22Proton =3D46luence (part/cmq/pr)=3D22 <=
br />
Plot: proton 
=3D46ormat: .pdf 
Type: USRBIN 
axes: Auto 
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title: Proton =3D46luence (part/cmq/pr) 
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=3D 
 
TITLE 
Iones de Oro impactando target de tungsteno 
* 
* use names everywhere and free format for geometry 
DE=3D46AULTS 
PRECISIO 
* 
* beam definitions 
BEAM -4. 0.0 0.0 
1.HEAVYION 
BEAMPOS 0.0 0.0 -10. 
HI-PROPE 79. 197. 
IONTRANS HEAVYION 
* 
* Geometry 
* -------- 
GEOBEGIN 
COMBNAME 
0 0 Cylindrical Target 
* 
* Bodies 
* ------ 
* 
* Blackhole to include geometry 
SPH BLK 0.0 0.0 0.0 10000. 
* Void sphere 
SPH VOID 0.0 0.0 0.0 500. 
* Infinite cylinder 
ZCC CILIN=3D46 0.0 0.0 5. 
* Infinite cylinder hole 
ZCC CILHOL 0.0 0.0 1. 
* planes cutting the cylinder 
XYP Tini 0.0 
XYP Tfin 110. 
XYP CBW -5. 
XYP HOLEend 10. 
* 
END 
* 
* Regions 
* ------- 
* 
* Blackhole 
BLKHOLE 5 +BLK -VOID 
* 
* TARGET-hole 
Hole 5 =3D7C +CILHOL -Tini +HOLEend 
* 
* TARGET 
TARG 5 =3D7C +CILIN=3D46 -Tini +Tfin-(=3D7C+CILHOL -Tini +HOLEend )<br=
/> 
* 
* BWRegion 
BWR 5 =3D7C +CILIN=3D46 -CBW +Tini 
* 
* Air around TARG1 
INAIR 5 =3D7C +VOID -CILIN=3D46 
=3D7C +VOID +CBW 
=3D7C +VOID -Tfin 
END 
GEOEND 
* 
* Assign materials 
* ---------------- 
ASSIGNMA BLCKHOLE BLKHOLE 
ASSIGNMA AIR Hole 
ASSIGNMA TUNGSTEN TARG 
ASSIGNMA AIR BWR 
ASSIGNMA AIR INAIR 
PHYSICS 102. 4-HELIUM AOMEGAC0 DECAYS 
PHYSICS 202. 4-HELIUM AOMEGAC0 DECAYS 
MUPHOTON 1. BLCKHOLE AIR 
PAIRBREM 3. 0.0 0.0 BLCKHOLE AIR 1. 
EVENTBIN 11. ENERGY -21. 5. 110.energy 
EVENTBIN 0.0 0.0 100. 100. &amp; 
* 
RANDOMIZ 1. 
START 50. 0.0 
STOP 
 
 
 
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