Re: [fluka-discuss]: how to use FLUKA to score dose equivalent

From: Tamer Tolba <t.tolba_at_fz-juelich.de>
Date: Wed, 22 Jan 2020 17:30:41 +0100

Dear Paola,

Actually, I am facing the same problem as Letcia! I am simply running the c=
ode in the example and I am also getting an empty data file. When I checked=
 the *.err file I found:

Abort called from FLRM64 reason NO RANDOM FILE Run stopped!
 STOP NO RANDOM FILE

Do you have any advice?

Regards,
Tamer

On 22.01.2020 12:42, Let??cia Braga da Rosa wrote:

Dear Paola,

I am currently trying to simulate the irradiation of a material and the dos=
e
from the activation. I am using??RADDECAY,
IRRPROFI, DCYTIMES and DCYSCORE cards, and I already have gone??through the
lectures from past courses. I believe that I am missing something important
because I am getting an empty data set every time, I get no files to proces=
s
at all.?? I am attaching here my input file.
Could you or anybody else try to help me please?
Thank you in advance.

Best regards,

Let??cia Braga da Rosa

Estagi??ria - Prote????o Radiol??gica - RADS
Centro Nacional de Pesquisa em Energia e Materiais (CNPEM)

Laborat??rio Nacional de Luz S??ncrotron (LNLS)

leticia.rosa_at_lnls.br<mailto:leticia.rosa_at_lnls.br>

www.cnpem.br<http://www.cnpem.br>

??

cid:image001.png_at_01D4C444.68E95790

??

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___________________________________________________________________________=
_
De: owner-fluka-discuss_at_mi.infn.it<mailto:owner-fluka-discuss_at_mi.infn.it> <=
owner-fluka-discuss_at_mi.infn.it><mailto:owner-fluka-discuss_at_mi.infn.it> em n=
ome
de Paola Sala <paola.sala_at_mi.infn.it><mailto:paola.sala_at_mi.infn.it>
Enviado: domingo, 19 de janeiro de 2020 11:13
Para: fluka-discuss_at_fluka.org<mailto:fluka-discuss_at_fluka.org> <fluka-discus=
s_at_fluka.org><mailto:fluka-discuss_at_fluka.org>
Assunto: Re: [fluka-discuss]: how to use FLUKA to score dose equivalent ??

Dear Obed,

It is difficult to help without knowing exactly what you wish to do.

If you wish to simulate both the irradiation of your material and the dose
from the activation, you can do it in a single run by using the RADDECAY,
IRRPROFI, DCYTIMES and DCYSCORE cards

If you already have a distribution of radioactive nuclei, you can input
them (one isotope at a time) through the BEAM card with sdum ISOTOPE. The
source can be distributed within a given volume, see options CYLY-VOL etc.

Dose equivalent ca be scored directly by asking DOSE-EQ as quantity. It is
computed from particle fluences convoluted with conversion factors.

I strongly suggest you to go through lectures from past courses, for
instance
https://indico.cern.ch/event/694979/contributions/2927152/attachments/16576
58/2654336/Activation_2018.pdf

Hope this helps
Paola



Dear FLUKA experts

I want to use FLUKA to score dose equivalent from an activated material.
How should I do that?

Thanks in advance. Obed

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* ..+....1....+....2....+....3....+....4....+....5....+....6....+....7...
*
* Sirius: Roof
TITLE
Teste de Ativacao
GLOBAL         2000.                            1.        1.
*  DEFAULT PRECISIO: see page 101 from Tutorial
DEFAULTS                                                              PRECI=
SIO
*
*
*
* FLUKA input produced by ALIFE from:
* /home/ott/flsir/sirius.alife
* User: ott
* Date: Di 9. Jun 19:48:11 CEST 2015
MATERIAL                            2.66       26.                    AL508=
0
MATERIAL                            2.51       27.                    B4C
MATERIAL                           3.637       28.                    BACON=
C
MATERIAL         56.    137.33      3.59       29.                    BARIU=
M
MATERIAL          5.    10.811      2.34       30.                    BORON
MATERIAL         17.   35.4527 2.9947E-3       31.                    CHLOR=
INE
MATERIAL         24.   51.9961      7.19       32.                    CHROM=
IUM
MATERIAL                            3.70       33.                    HAEMA=
TIT
MATERIAL                            18.5       34.                    HPM18=
50
MATERIAL          1.    1.0079  8.988E-5        3.                  1.HYDRO=
GEN
MATERIAL         25.  54.93805      7.44       35.                    MANGA=
NES
MATERIAL         42.     95.94      10.2       36.                    MOLYB=
DEN
MATERIAL         41.       93.       8.4       37.                    NIOBI=
UM
MATERIAL         15.  30.97376       2.2       38.                    PHOSP=
HO
MATERIAL                            2.35       39.                    PITWA=
LL
MATERIAL                            0.95       40.                    POLYE=
THE
MATERIAL         19.     39.10     0.862       41.                    POTAS=
SIU
MATERIAL                             1.6       42.                    SAND
MATERIAL                        0.001205       43.                    STDAI=
R
MATERIAL                         2.96E-4       44.                    STDAI=
R1
MATERIAL                            8.11       45.                    STEEL
MATERIAL                            8.11       46.                    STEEL=
2
MATERIAL         16.    32.066        2.       47.                    SULFU=
R
MATERIAL                            1.01       48.                    TISSE=
YE
MATERIAL                            1.05       49.                    TISSG=
EN
MATERIAL                            1.05       50.                    TISST=
UM
MATERIAL                              1.       51.                    WATER
MATERIAL                             1.8       52.                    WETSO=
IL
MATERIAL                             2.2       53.                    DIOXS=
I
* Choosing Bisphenol A as glue. Check correct information!!! http://www.les=
ker.com/msds/pdfs/b3feddd2e786b88ac6354dcf0bc56168edc047c6ad23a03ffe574c4de=
.pdf
* Density from STYCAST 2850 FT: http://lartpc-docdb.fnal.gov/0000/000059/00=
1/stycas2850.pdf
MATERIAL                             2.4       54.                    BPAde=
nso
MATERIAL                            7.85       55.                    ACO
* Stainless steel AISI316LN
MATERIAL                             7.8                              SS316=
LN
COMPOUND     0.67145      IRON     0.185  CHROMIUM    0.1125    NICKELSS316=
LN
COMPOUND        0.02  MANGANES      0.01   SILICON   0.00045   PHOSPHOSS316=
LN
COMPOUND      0.0003    SULFUR    0.0003    CARBON                    SS316=
LN
*
* Residual gas in the straight section (density corresponds to 1 atm)
MATERIAL                         2.96E-4                              GAS
COMPOUND   -0.258427  HYDROGEN -0.337079    CARBON -0.404494    OXYGENGAS
MAT-PROP          1.                           GAS
COMPOUND          1.   SILICON                            2.    OXYGENDIOXS=
I
COMPOUND         15.    CARBON       16.  HYDROGEN        2.    OXYGENBPAde=
nso
COMPOUND      -0.948  ALUMINUM    -0.045  MAGNESIU    -0.007  MANGANESAL508=
0
COMPOUND          4.     BORON        1.    CARBON                    B4C
COMPOUND      -0.004  HYDROGEN    -0.312    OXYGEN    -0.001    SODIUMBACON=
C
COMPOUND      -0.004  MAGNESIU    -0.006  ALUMINUM    -0.018   SILICONBACON=
C
COMPOUND        -0.1    SULFUR    -0.046   CALCIUM    -0.001  MANGANESBACON=
C
COMPOUND      -0.088      IRON    -0.421    BARIUM                    BACON=
C
COMPOUND      -0.506      IRON    -0.339    OXYGEN    -0.005     BORONHAEMA=
TIT
COMPOUND      -0.068   SILICON    -0.048   CALCIUM    -0.019  MAGNESIUHAEMA=
TIT
COMPOUND       -0.01  ALUMINUM    -0.004  HYDROGEN    -0.001  MANGANESHAEMA=
TIT
COMPOUND       -97.5  TUNGSTEN       -1.      IRON      -1.5    NICKELHPM18=
50
COMPOUND       -49.5    OXYGEN      -0.5     BORON      -20.   SILICONPITWA=
LL
COMPOUND       -19.5   CALCIUM       -3.  ALUMINUM       -1.    SODIUMPITWA=
LL
COMPOUND        -1.4      IRON      -0.6  HYDROGEN       -3.    CARBONPITWA=
LL
COMPOUND        -0.5  MAGNESIU       -1.  POTASSIU                    PITWA=
LL
COMPOUND          2.  HYDROGEN        1.    CARBON                    POLYE=
THE
COMPOUND       -0.03  HYDROGEN     -0.63    OXYGEN     -0.02  MAGNESIUSAND
COMPOUND       -0.04  ALUMINUM     -0.23   SILICON     -0.03   CALCIUMSAND
COMPOUND       -0.02      IRON                                        SAND
COMPOUND   -0.000124    CARBON -0.755267  NITROGEN -0.231781    OXYGENSTDAI=
R
COMPOUND   -0.012827     ARGON                                        STDAI=
R
COMPOUND    -0.25847  HYDROGEN -0.337079    CARBON -0.404494    OXYGENSTDAI=
R1
COMPOUND                                                              STDAI=
R1
MAT-PROP          1.                       STDAIR1
COMPOUND     -0.6281      IRON     -0.13    NICKEL    -0.185  CHROMIUMSTEEL
COMPOUND      -0.025  MOLYBDEN     -0.02  MANGANES     -0.01   SILICONSTEEL
COMPOUND     -0.0003    CARBON  -0.00045   PHOSPHO  -0.00015    SULFURSTEEL
COMPOUND      -0.001  NITROGEN                                        STEEL
COMPOUND     -0.6119      IRON     -0.14    NICKEL    -0.185  CHROMIUMSTEEL=
2
COMPOUND       -0.03  MOLYBDEN     -0.02  MANGANES     -0.01   SILICONSTEEL=
2
COMPOUND     -0.0003    CARBON  -0.00045   PHOSPHO  -0.00015    SULFURSTEEL=
2
COMPOUND     -0.0022  NITROGEN                                        STEEL=
2
COMPOUND       -10.6  HYDROGEN     -28.4    CARBON      -2.6  NITROGENTISSE=
YE
COMPOUND       -57.8    OXYGEN      -0.2    SULFUR      -0.2  CHLORINETISSE=
YE
COMPOUND        -0.1  POTASSIU      -0.1   PHOSPHO                    TISSE=
YE
COMPOUND       -10.6  HYDROGEN     -28.4    CARBON      -2.6  NITROGENTISSG=
EN
COMPOUND       -57.8    OXYGEN      -0.2    SULFUR      -0.2  CHLORINETISSG=
EN
COMPOUND        -0.1  POTASSIU      -0.1   PHOSPHO                    TISSG=
EN
COMPOUND       -10.6  HYDROGEN     -28.4    CARBON      -2.6  NITROGENTISST=
UM
COMPOUND       -57.8    OXYGEN      -0.2    SULFUR      -0.2  CHLORINETISST=
UM
COMPOUND        -0.1  POTASSIU      -0.1   PHOSPHO                    TISST=
UM
COMPOUND          2.  HYDROGEN        1.    OXYGEN                    WATER
COMPOUND         -3.  HYDROGEN      -62.    OXYGEN       -2.  MAGNESIUWETSO=
IL
COMPOUND         -4.  ALUMINUM       -2.      IRON       -4.   CALCIUMWETSO=
IL
COMPOUND        -23.  MUSCLEST                                        WETSO=
IL
COMPOUND     -0.0029    CARBON    -0.002    COPPER     -0.98      IRONACO
COMPOUND     -0.0103  MANGANES   -0.0004   PHOSPHO   -0.0028   SILICONACO
COMPOUND     -0.0005    SULFUR                                        ACO
GEOBEGIN         0.0                                                  COMBN=
AME
      3    0          LABORDE
*
*
*   BODY DEFINITIONS
*   ----------------
*
* xyz origin is at the centre of the front of the standard target
* x-axis up
* y-axis points towards the right (in comparison to the flight direction of=
 e-)
* z-axis coincides with the beam-axis
*
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* ----------------------------General Definitions--------------------------=
-----------
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
*
*  external void
*
RPP Blackhol   -999999. 999999. -999999. 999999. -999999. 999999.
*
*  boundaries of geometry
*
RPP Air        -200. 1150. -350. 350. -517. 4620.
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* -----------BEAMLINES (z=3D0, y=3D0, x=3D0 center of straight)-----------
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
*
*
* Storage ring
ZCC ExtPipe    0.0 0.0 3.175
ZCC IntPipe    0.0 0.0 3.025
* Booster externo
ZCC BoosterO   0.0 320. 1.25
* Booster interno
ZCC BoosterI   0.0 320. 1.2
* Plano dipolo UP
XYP Dip1U      517.
* Plano dipolo down
XYP Dip1D      518.2
* Camara do dipolo externa feita de steel
RPP CamdipO    -1.4 1.4 -10. 40. 517. 628.43
* Camara do dipolo interna feita de steel
RPP CamdipI    -1.3 1.3 -9.9 39.8 517. 628.43
* plano do dipolo inclinado interno
PLA DipIn      0.0 .996195 -0.0871557 0.0 -53.25312345763 -203.7035708751
* Plano inclinado do dipolo externo
PLA DipOut     0.0 .996195 -0.0871557 0.0 -53.05348942353 -203.7035388572
* Piso in (limite interno) SR/Booster Tunnel
*
* Beamheight 1.4 m
YZP PisoIn     -140.
* piso out (limite externo)
YZP PisoOut    -200.
YZP TetoIn     190.
* Limite externo do teto do anel
YZP TetoOut    290.
* Limite externo do teto da cabana
YZP RoofOut    240.
*
*                     Y         Z         R
XCC TunelIn    8255.8 0.0 7886.8
XCC TunelOut   8255.8 0.0 7806.8
* Parte interna da parede externa do tunel
XZP TunExIn    -117.7
* Parte externa da parede externa do t??nel
XZP TunExtO    -222.9
* Hx        Hy        Hz         x         y         z
PLA LeftDI     0.0 .99254662698443 -.121869261095 0.0 119.5141628834
                2376.8546849702
PLA LeftDO     0.0 .99254662698443 -.121869261095 0.0 124.65759594161
                3233.1202168871
*
XYP FrontI     2370.
XYP FrontO     2520.
RCC plugin     0.0 0.0 2215.78 0.0 0.0 254.21956911467237 5.5
RCC plugo      0.0 0.0 2470. 0.0 0.0 35. 15.
RCC Plugo1     0.0 0.0 2520. 0.0 0.0 -15. 23.3
XYP GSDown     2295.8
TRC body3      0.0 0.0 1397.2 0.0 0.0 9.4000000000001 1.2 .4
XZP LeftDet    -0.75
XZP RightDet   0.75
*
*
* New Detectors Upstream
*
*
*
XYP P1DtDown   2544.9
XYP P1DtUp     2544.9
XYP P2DtDown   2650.6
XYP P2DtUp     2650.5
ZCC PipeInBH   0.0 0.0 3.025
*$start_transform ROT_OPT
*$end_transform
*
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
*
* Second Crystal and Frame 2 need be also translated:
*    0 mm for Bragg=3D60deg
*    9.973 mm for Bragg =3D 3deg
*$start_transform Trans2nd
*$end_transform
#if 0
YZP HO300      3.24
#endif
#if 0
YZP HO400      4.9
#endif
#if 0
XZP VOL100     -8.26
#endif
#if 0
XZP VOL200     -6.99
#endif
#if 0
XZP VOR100     1.99
#endif
#if 0
XZP VOL200     3.26
#endif
#if 0
XYP ZOB500     2798.15
#endif
XYP Z2800      2800.
XYP Det3       2935.0049666574
XYP Det4       2995.
XYP EndHutch   3490.78
RPP opright    -140. 560.3 -300. -299.4 4360.78 5910.78
RPP opleft     -140. 560.3 199.4 200. 4360.78 5910.78
RPP opdown     -140. 560. -300. 200. 5910.18 5910.78
RPP opup       -140. 560. -300. 200. 4360.78 4361.38
RPP oproof     560. 560.3 -300. 200. 4360.78 5910.78
RPP G_stop1    -50. 95. -50. 50. 3609.7 3614.7
RPP BS3din     0.8000000000000002 2.8 -1. 1. 2856. 2888.4
RCC Beampip    1.8 0.0 3616.7 0.0 0.0 733.85 2.8
RPP gamash     -22. -9.9 -3.75 3.75 2279. 2286.5
RPP polibre1   10. 30. -11.75 11.75 2870. 2902.4
RPP polibre2   -30. -10. -11.75 11.75 2870. 2902.4
RCC gamahol    11.8 9.6 2314.1 0.0 0.0 -10.2 0.805
RPP GamaSec    -10. 10. -10. 10. 3550. 3591.1
RPP PE5        -140. 262.86 -197.27 -195.27 2515.78 3616.7
RPP PE6        -140. 262.86 122.76 124.76 3005. 3616.7
RPP PE7        -140. 259.86 -195.27 122.76 3614.7 3616.7
RPP PE8        259.86 261.86 -195.27 122.76 2515.78 3617.7
RCC plugin1    122. 0.0 2370. 0.0 0.0 150. 8.
RCC plugo1     122. 0.0 2470. 0.0 0.0 35. 15.
RCC Plugo2     122. 0.0 2520. 0.0 0.0 -15. 23.3
RPP plugin2    178. 190. -112.7 -47.7 2370. 2520.
RPP plugin3    -140. -134. -112.7 -92.7 2370. 2520.
RPP hole1      -0.65 0.65 -0.9 0.9 1568.4 1571.6
RPP hole2      -0.825 0.825 -1.125 1.125 1953.5 1956.5
TRC hole3      0.0 0.0 2055.4 0.0 0.0 25.4 1.75 0.0
TRC hole4      0.0 0.0 2080. 0.0 0.0 -10.4 0.8 0.0
PLA hole6      -.997676180109 0.0 0.068133983032 -146.8470725472 0.0
                10.028580564196
YZP hole5      0.6
XYP hole8      2145.65
XYP hole9      2158.9
XZP hole10     0.6
PLA hole11     0.0 -.997676180109 0.068133983032 0.0 -146.8417413139
                10.028216479979
RPP hole12     -0.3 0.6 -.3 .6 2155.8 2158.9
PLA hole13     0.997676180109 0.0 0.068133983032 148.94688898925 0.0
                10.171982662679
RPP hole14     -0.6 .3 -0.6 0.3 2186.7 2189.8034860134
YZP hole15     -0.6
XZP hole16     -0.6
PLA hole17     0.0 0.997676180109 0.068133983032 0.0 148.94416996318
                10.171796973095
PLA hole18     .9945218953682 0.0 .10452846326765 -.5381554320514 -2.181944=
40448
                2216.5202069136
XZP hole19     1.1
XZP hole20     -1.1
YZP hole21     -1.4
YZP hole22     -.6
#if 0
RPP G_stop2    -126.75 -21.25 -50. 42.5 2323. 2333.
#endif
RPP parede1    -140. 200. -205. -200. 2510. 3340.
RPP parede3    -140. 200. 100. 110. 2828.5 3355.
RPP parede4    -140. 200. -205. 101. 3340. 3355.
RPP parede6    200. 208. -205. -12. 2515. 3355.
RPP parede7    200. 208. -12. 110. 2515. 3355.
RPP chicaca1   130. 189.8 -117.4 -40. 2349.22 2354.22
RPP chicaca2   130. 189.6 -45. -40. 2354.22 2369.42
RCC esp1       0.0 0.0 3000. 0.0 0.0 20. 4.
RCC killel     0.0 0.0 517. 0.0 0.0 1.2 5.
RPP Shield1    -140. -135. -105. -95. 2366. 2386.
RCC RefLim     -76.75 0.0 2323. 0.0 0.0 10. 2.405
RCC plugo2     0.0 0.0 2470.72 0.0 0.0 23.5 14.
RCC plugo3     0.0 0.0 2494.22 0.0 0.0 10.6 14.
RCC Plugo3     0.0 0.0 2520. 0.0 0.0 -14.58 22.3
* Backwall inside the hutch
XYP BackIn     3302.
* Backwall outside the hutch
XYP BackOut    3310.
* Sidewall inside the hutch
XZP SideIn     -218.9
* Limite interno do teto da cabana
YZP RoofIn     236.
XYP hole27     2950.
XYP hole28     2953.175
XYP hole29     2951.755
* Camara de v??cuo ap??s Out Shielding Wall
RCC Cilin1     0.0 0.0 2520. 0.0 0.0 433.025 3.025
RPP Cilin2     -0.2 1.95 -1.7 1.7 2948.245 2951.755
RPP ExtP2      0.0 1.8 -1.85 1.86 2948.1 2951.905
RCC Cilin3     1.8 0.0 2946.975 0.0 0.0 153.175 3.175
RCC ExtP3      1.8 0.0 2946.825 0.0 0.0 153.275 3.175
RCC Cilin4     1.8 0.0 3100. 0.0 -6.960090164005 1160.0000174592 3.025
RCC ExtP4      1.8 0.0 3100. 0.0 -6.96099017925 1160.1500180592 3.175
* Delimita????es ap??s Out Shielding Wall
YZP hole30     11.743
YZP hole31     3.743
YZP hole32     -0.143
YZP hole33     -8.143
XYP hole34     4000.
XYP hole35     3260.
XYP hole36     3260.
XYP hole37     4620.
XYP EndPlug    3320.3
PLA hole391    5.789631486E-15 94.551857559932 -32.55681544572 -3.67956188E=
-18
                -218.8616214092 2957.2900834755
PLA hole392    5.789631486E-15 94.551857559932 -32.55681544572 -8.25977189E=
-18
                -218.5848923117 2957.2464471477
PLA hole393    5.789631485710341E-15 94.55185755993169 -32.556815445715664 =
0.0
                -218. 2957.2
PLA hole401    1.737290959E-14 283.72114484672 -97.69302464488 4.712299095E=
-18
                -222.5805179143 2958.5899934959
PLA hole402    1.737290959E-14 283.72114484672 -97.69302464488 8.072563061E=
-18
                -222.9181650405 2958.654605583
PLA hole403    1.7372909594347953E-14 283.7211448467207 -97.69302464488273 =
0.0
                -223.5 2958.7
PLA plano1m5   2.094269369E-14 342.02014332567 939.69262078591 -1.42895086E=
-17
                167.76176777107 3048.8000558806
PLA plano2m    2.094269369E-14 342.02014332567 939.69262078591 -1.90892316E=
-15
                115.17595761571 2904.321729895
* Tungsten Stop1
RPP Stop1Out   -3.9 7.5 -5.65 5.65 3050. 3060.
ZCC Stop1In    1.8 0.0 0.3175
* Tungsten Stop2
RPP Stop2Out   -3.15 11.25 -5.05 5.05 3250. 3260.
RCC Stop2In    1.8 0.0 3100. 0.0 -1.2000084233532913 199.99881599809487 0.3=
175
* Fe Gamma Shutter
RPP FeGSOut    140. 152.1 -3.75 3.75 2285. 2310.
ZCC FeGSIn     0.0 0.0 0.375
#if 0
RPP FMaskOu    -21.55 21.55 -21.55 21.55 2075. 2095.
#endif
* Fe Mask
RCC FMaskOut   50. 0.0 2047.6049877819 0.0 0.0 24.6 3.81
TRC FMaskIn1   50. 0.0 2047.6049877819 0.0 0.0 0.93941 1.54 1.14
TRC FMaskIn2   50. 0.0 2048.5449877819 0.0 0.0 18.7949 1.14 0.155
TRC FMaskIn3   50. 0.0 2067.3389877819 0.0 0.0 4.86569 0.155 0.41
PLA FMaskIn4   .99452189536828 0.0 .10452846326765 50. 0.0 2057.
TRC FSlitIn    0.0 30. 2127. 0.0 0.0 10.5 0.78 0.072
RCC TubeInt    1.8 0.0 3270. 0.0 0.0 730. 3.0066592756746
RCC TubeExt1   1.8 0.0 3100. 2.6819629175467453E-16 -4.3799778342850075
                729.9868600147345 10.
RCC TubeExt2   1.8 0.0 3100. 2.6819629175467453E-16 -4.3799778342850075
                729.9868600147345 3.425
* XBPM-1
RCC XBPM1Out   183.3588540639 0.0 1578.1598856204 0.0 0.0 6.7 5.65
RPP XBPM1In1   182.6338540639 184.0838540639 -1.04 1.04 1578.1598856204
                1580.6598856204
RPP XBPM1In2   182.8838540639 183.8338540639 -0.79 0.79 1580.6598856204
                1581.1598856204
RPP XBPM1In3   177.7088540639 189.0088540639 -5.65 5.65 1581.1598856204
                1581.6598856204
RPP XBPM1In4   182.7838540639 183.9338540639 -0.94 0.94 1581.6598856204
                1584.8598856204
PLA XBPM1In5   0.0 -.9950555699611 .09931974974363 183.3588540639
                -.9090958024725 1579.4715765496
PLA XBPM1In6   0.0 .9950555699611 .09931974974363 183.3588540639 .890378941=
79985
                1579.6589253111
PLA XBPM1In7   -.9950555699612 0.0 .09931974974363 182.7012788679 0.0
                1578.8355950428
PLA XBPM1In8   .99505556996123 0.0 .09931974974364 184. 0.0 1579.
* XBPM-2
RCC XBPM2Out   184.12954977239 0.0 1954.7029494594 0.0 0.0 6.7 5.65
RPP XBPM2In1   183.22954977239 185.02954977239 -1.275 1.275 1954.7029494594
                1957.2029494594
RPP XBPM2In2   183.47954977239 184.77954977239 -1.026 1.024 1957.2029494594
                1957.7029494594
RPP XBPM2In3   178.47954977239 189.77954977239 -5.65 5.65 1957.7029494594
                1958.2029494594
RPP XBPM2In4   183.47954977239 184.97954977239 -1.125 1.125 1958.2029494594
                1961.4029494594
PLA XBPM2In5   0.0 -.9950555699612 .09931974974364 184.12954977239 -1.275
                1954.7029494594
PLA XBPM2In6   0.0 .99505556996123 .09931974974364 184.12954977239
                1.2159420092094 1955.2545406835
PLA XBPM2In7   -.9950555699612 0.0 .09931974974364 183.33924379772 0.0
                1955.8019818671
PLA XBPM2In8   .99505556996123 0.0 .09931974974364 185. 0.0 1955.
* Photon Shutter
RCC PSOut      56. 0.0 2197.5 0.0 0.0 16. 3.81
RCC PSIn1      56. 0.0 2197.5 0.0 0.0 1.5 1.925
RPP PSIn2a     54.8 57.2 -0.6 0.6 2199. 2210.4
PLA PSIn2b     .99452189536824 0.0 .10452846326765 55.974168960295 0.0
                2210.6972850483
RPP PSIn3      54.8 56. -0.6 0.6 2210.4 2212.
RCC PSIn4      56. 0.0 2212. 0.0 0.0 1.5 1.925
* HPS-1
RPP HPS1Out    144.351 185.791 -20.72 20.72 2155. 2165.5
RPP HPS1In     165. 165.142 -.071 .071 2155. 2165.5
* HPS-2
RPP HPS2Out    144.352 185.792 -20.72 20.72 2180. 2190.5
RPP HPS2In     165. 165.144 -.072 .072 2180. 2190.5
* Slits 1
RCC SlitsOut   61.450934381378 0.345 2121.5 0.0 0.0 16. 3.81
RCC SlitsIn3   61.450934381378 0.35 2135.3 0.0 0.0 2.2 1.945
RPP SlitsIn2   60.655934381378 61.555934381378 -0.45 0.45 2132.1 2135.3
RPP SlitsIn1   60.655934381378 62.245934381378 -0.45 1.14 2121.5 2132.1
PLA SlitsIn4   0.0 .99780146829221 .06627390040001 61.105855739833
                1.1044855544075 2122.1069399228
PLA SlitsIn5   .997801468292 0.0 .0662739004 62.16820738105 0.0 2122.757272=
1094
* Slits 2
RCC SlitsOu1   60.760934381378 -0.345 2157.5 0.0 0.0 16. 3.81
RCC SlitsIn6   60.760934381378 -0.35 2171.3 0.0 0.0 2.2 1.945
RPP SlitsIn7   60.655934381378 61.555934381378 -0.45 0.45 2168.1 2171.3
RPP SlitsIn8   59.965934381378 61.555934381378 -1.14 .45 2157.5 2168.1
PLA SlitsIn9   0.0 -.9978014682922 .06627390040001 61.105855739833
                -1.114525195483 2157.8705706014
PLA SlitsI10   -.997801468292 0.0 .0662739004 60. 0.0 2158.
* Plug
RCC PlugPb1    1.8 0.0 3100. 4.2617492936359216E-16 -6.959964777767953
                1159.9791200234133 5.075
RCC Plughole   0.0 0.0 3100. 4.2617492936359216E-16 -6.959964777767953
                1159.9791200234133 3.
RPP PlugPb2    -8.75 12.35 -11.850000000000001 9.25 3310.3 3311.3
RPP PlugPb3    -8.75 12.35 -11.850000000000001 9.25 3311.3 3313.84
RPP PlugPb4    -6.21 9.81 -9.31 6.71 3311.3 3313.84
#if 0
RCC PlugPb2    1.8 -1.4 3310. 0.0 0.0 1.500000000000 15.
#endif
#if 0
RCC PlugPb3    1.8 -1.4 3311.5 0.0 0.0 1.3000000000002 15.
#endif
#if 0
RCC PlugPb4    1.8 -1.4 3311.5 0.0 0.0 1.2999999999999 13.
#endif
RCC PlugPb5    1.8 0.0 3100. 2.6819629175467453E-16 -4.3799778342850075
                729.9868600147345 3.825
* Guilhotina
RPP Guilh      -48.2 51.8 -50. 50. 3297. 3302.
* Guilhotina
RPP Guilh2     -8.75 12.35 -11.85 9.2 3310.3 3320.6
RCC Cilin5     1.8 0.0 3100. 0.0 -6.960090164005 1160.0000174592 1.755
* Tungsten Stop1
RPP Stop1Ou1   -3.9 7.5 -5.65 5.65 3060. 3070.
* Tungsten Stop2
RPP Stop2Ou1   -3.15 11.25 -5.05 5.05 3260. 3270.
XYP hole41     3318.
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* -----------BEAMLINES (z=3D0, y=3D0, x=3D0 center of straight)-----------
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
*
*
* Storage ring
ZCC ExtPipe1   0.0 0.0 3.175
ZCC IntPipe1   0.0 0.0 3.025
* Plano dipolo down
XYP Dip1D1     518.2
*
*  boundaries of geometry
*
RPP Air1       -200. 1150. -350. 350. -517. 4620.
RPP gamash1    -22. -9.9 -3.75 3.75 2279. 2286.5
XYP FrontO1    2520.
* Fe Mask
RCC FMaskOu1   0.0 0.0 2075. 0.0 0.0 24.6 3.81
* Fe Gamma Shutter
RPP FeGSOut1   -3.75 8.35 -3.75 3.75 2321. 2346.
* XBPM-1
RCC XBPM1Ou1   183.3588540639 0.0 1578.1598856204 0.0 0.0 6.7 5.65
* XBPM-2
RCC XBPM2Ou1   184.12954977239 0.0 1954.7029494594 0.0 0.0 6.7 5.65
* HPS-1
RPP HPS1Out1   144.351 185.791 -20.72 20.72 2155. 2165.5
* HPS-2
RPP HPS2Out1   144.352 185.792 -20.72 20.72 2180. 2190.5
* Photon Shutter
RCC PSOut1     0.6 0.0 2219. 0.0 0.0 16. 3.81
* Slits
RCC SlitsOu2   0.345 0.345 2134. 0.0 0.0 16. 3.81
* Slits
RCC SlitsOu3   -0.345 -.345 2170. 0.0 0.0 16. 3.81
* Plano dipolo UP
XYP Dip1U1     517.
XYP hole42     2953.175
RPP Cilin6     -0.2 1.95 -1.7 1.7 2948.245 2951.755
XYP hole43     2953.025
RCC ExtP5      1.8 0.0 2946.825 0.0 0.0 153.325 3.175
RCC Cilin7     1.8 0.0 2946.975 0.0 0.0 153.125 3.025
RCC Cilin8     1.8 0.0 3100. 0.0 -6.960090164005 1160.0000174592 3.025
* Camara de v??cuo ap??s Out Shielding Wall
RCC Cilin9     0.0 0.0 2520. 0.0 0.0 433.025 3.025
* Tungsten Stop1
RPP Stop1Ou2   -3.9 7.5 -5.65 5.65 3050. 3060.
* Tungsten Stop2
RPP Stop2Ou2   -3.15 11.25 -5.05 5.05 3250. 3260.
RPP ExtP6      0.0 1.8 -1.85 1.86 2948.1 2951.905
RCC ExtP7      1.8 0.0 3100. 0.0 -6.96099017925 1160.1500180592 3.175
XYP hole44     3318.
RPP Targ1      -10. 10. -10. 10. 1870. 1890.
RPP Targ2      -10. 10. -10. 10. 1890. 1900.
*
* ------------------------------------------------------------------------
END
* include region data from:l
* /home/ott/flsir/sirius.alife
*
*
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3DREGION DEFINITIONS=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
*
*
*
*
*
*
*
*
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* ---------------------- BLACK HOLE AROUND GEOMETRY -----------------------=
-
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
*
*
*
BLACKHOL     5 +Blackhol -Air
KILLELE      5 +killel
* V??cuo da parte interna da camara de v??cuo da linha de luz ?? direita
InsideSR     5 +IntPipe +Dip1U+Air
* Iron vaccum pipe
InoxUpG1     5 +ExtPipe -IntPipe -Dip1D +Air -gamash +FrontO +FrontO -FMask=
Out -FeGSOut -XBPM1Out -XBPM2Out
                 -HPS1Out -HPS2Out -PSOut -SlitsOut -SlitsOu1 -plugo -Plugo=
1
                 | +ExtPipe -IntPipe +Dip1U +Air
* Parte interna da camara de vacuo da linha de luz ?? esquerda at?? se????o=
 de corte
InsideF1     5 +IntPipe -Dip1D +Air -gamash +FrontO +FrontO -FMaskOut -FeGS=
Out -XBPM1Out -XBPM2Out -HPS1Out
                 -HPS2Out -PSOut -SlitsOut -SlitsOu1 -plugo -Plugo1
* Parte interna da camara de vacuo da linha de luz ?? esquerda at?? se????o=
 de corte
InsideF2     5 +Cilin1
                 | +Cilin2
                 | +Cilin7 -Stop1Out
                 | +Cilin4 -Stop1Out -Stop2Out -Guilh +BackIn
                 | +Stop2Out +Stop2In
                 | +Stop1Out +Stop1In
* BlackHole colimando para 1.5mm - Peda??o 3
BH3          5 +IntPipe -PipeInBH  -Dip1D+Air-P1DtUp
*
*
*
*
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* --------------------------------------- TUNNEL  -------------------------=
----------------
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
*
*
*
*
*        Floor
GROUNDFL     5 +Air -PisoOut +PisoIn
*
*        Beneath Floor
SobrePis     5 +Air +PisoOut
* Ceiling
ROOF         5 +Air -TetoIn +TetoOut -TunExtO -TunelOut +FrontO
R13          5 +Air -TetoIn +TetoOut -LeftDO -TunelOut -FrontO -TetoIn
*
*        left wall upstream
TUNELEXT     5 +Air -PisoIn +TetoIn -TunExtO +TunExIn +FrontO
*
*        front wall
FRONTWAL     5 +Air -PisoIn +TetoIn -TunExIn +LeftDI +FrontO -FrontI -ExtPi=
pe -plugin -plugo -Plugo1 -plugo1
                 -Plugo2 -plugin1-plugin2 -plugin3
                 | +plugin1 -Plugo2
                 |+plugin1 -plugo1
*
*        left wall downstream
LEFTWALL     5 +Air -PisoIn +TetoIn  -LeftDO +LeftDI -FrontO -FrontO
*
*        right wall (circular)
TUNELIN      5 +Air -PisoIn +TetoIn -TunelOut +TunelIn
*
* ---------------------- TUNNEL AIR ---------------------------------
*
* upstream
TUNELAIR     5 +Air -PisoIn +TetoIn -TunExIn -TunelIn +Dip1U -ExtPipe
*
* around dipole chamber
AIRDIPD      5 +Air -PisoIn +TetoIn -TunExIn -Dip1U +Dip1D -killel
* downstream 1
AIRDOWNS     5 +Air -PisoIn +TetoIn -TunExIn -TunelIn -Dip1D +FrontI -ExtPi=
pe -chicaca1 -chicaca2 -XBPM1Out
                 -XBPM2Out -HPS2Out -HPS1Out -Targ1 -Targ2
                 | +RefLim -ExtPipe
*
* downstream 2
AIRLEFT      5 +Air -PisoIn +TetoIn -LeftDI -TunelIn -FrontI -hole32 +hole3=
1 -TubeExt1
*
* ---------------------- AIR OUTSIDE TUNNEL -------------------------------
*
* upstream left side
AIRTUNO      5 +Air -PisoOut +TunExtO +FrontO -PisoIn
                 | +Air -FrontO +TunExtO +BackOut +hole30 -hole31
                 | +Air -FrontO +TunExtO +BackOut +hole32 -hole33
* right side, AIR IN CENTER OF THE MACHINE
AIRCENTE     5 +Air -PisoOut +TunelOut -PisoIn
*
* above Tunnel upstream
AIRROOFO     5 +Air -TetoOut -TunExtO -TunelOut +FrontO
* above Tunnel downstream
R27          5 +Air -TetoOut -LeftDO -TunelOut -FrontO
PLUG         5 +plugo2 -plugin
                 | +plugo1 -plugin1
PLUGI        5 +plugin +plugo -ExtPipe
                 | +plugin -ExtPipe -FrontI -plugo
                 | +plugin2
                 | +plugin3
PLUGO1       5 +Plugo3 -plugin
                 | +Plugo2 -plugin1
                 | +plugo3
#if 0
STOP         5 +G_stop2 -RefLim
#endif
#if 0
GAMASH       5 +gamash -gamahol
                 | +ExtPipe +gamash -IntPipe
#endif
#if 0
MASC         5 +masc3 -hole3 -hole4
                 | +masc4 -hole10
                 | +masc4 +hole10 +hole11 -hole6 -hole12
                 | +masc4 +hole10 +hole11 -hole5
                 | +masc4 -hole11 -hole12
                 | +masc5 -hole14 -hole17
                 | +masc5 +hole16 -hole13 -hole14 -hole15
                 | +masc5 +hole13 +hole16 +hole17 -hole14 -hole15
                 | +masc5 +hole15 +hole17
                 | +masc5 +hole17 -hole13 -hole14 -hole16
                 | +masc6 +hole18 +hole19 +hole21 -hole20
                 | +masc6 +hole19 -hole18 -hole22
                 | +masc6 -hole19
                 | +masc6 +hole18 +hole20
                 | +masc6 -hole18 +hole20
#endif
* chicane
CHICAFER     5 +chicaca1
                 | +chicaca2
* air inside the hutch
AIRCAB       5 +Air +LeftDO -FrontO -PisoIn -SideIn -SideIn +BackIn +RoofIn=
 -Cilin1 -ExtPipe -ExtP2 -ExtP3
                 +hole35 -ExtP4 -Cilin2 -Cilin3 -Cilin4 -Stop1Out -Stop2Out=
 -hole393
                 | +Plugo1 -Plugo3
                 | +plugo -plugo3 -plugo2
                 | +Air +ExtPipe +hole35 -hole28 -Stop1Out -Stop2Out -ExtP3=
 -ExtP4 -ExtP5
                 | +Air -ExtP4 +BackIn +RoofIn -hole35 -SideIn -PisoIn +Lef=
tDO -PlugPb2 -Guilh -hole393
                 | +Air -hole35 +hole31 -hole32 -ExtP3 +LeftDO -SideIn -Ext=
P4 -TubeExt1 +BackIn -BackOut
                 | +Air -LeftDI -FrontO -PisoIn +hole32
                 | +Air -FrontI +FrontO -PisoIn +BackIn +hole33 -LeftDI
                 | +Air -FrontI +FrontO -PisoIn +BackIn -hole33 +hole32 -Le=
ftDI
                 | +Stop1In +Stop1Out -ExtP3
                 | +Stop2In +Stop2Out -ExtP4
                 | +Air -hole34 +TubeExt1
                 | +Air -FrontI +FrontO +TetoIn +BackIn -hole31 -LeftDI
                 | +Air -BackIn +TubeExt1 -ExtP4 +BackOut -PlugPb1
                 | +Air -LeftDI -FrontO +hole35 -hole31 +TetoIn
                 | +Air -LeftDI -FrontO -hole31 +TetoIn
                 | +Air -SideIn +plano2m -hole391 +hole393 -PisoIn +RoofIn
                 | +Air -plano2m +plano1m5 -hole392 +hole393 -PisoIn +RoofI=
n
* air outside the tunnel
AIROUT       5 +Air +BackOut +TunExtO -FrontO +TunExIn -PisoIn -hole30
                 | +Air -RoofOut -FrontO +hole37 +LeftDO
                 | +Air +BackOut +TunExtO -FrontO +TunExIn -PisoIn +hole31 =
-hole32
                 | +Air +BackOut +TunExtO -FrontO +TunExIn -PisoIn +hole33
                 | +Air -BackOut +TunExtO -hole30 -RoofIn +TetoOut
                 | +Air +TetoIn -hole32 +hole33 +TunExtO -hole35
                 | +Air -BackOut +TetoOut -PisoIn +LeftDO -ExtP4 -Guilh -Pl=
ugPb2 -PlugPb3 -PlugPb1 +EndPlug -Guilh2
                 | +Air +SideIn +hole31 -hole32 -BackOut
                 | +Air -hole34 +hole32 -hole33 +LeftDO -ExtP4
                 | +Air -BackOut +TetoOut -PisoIn +LeftDO -ExtP4 -Guilh -En=
dPlug -Guilh2
                 | +Air +hole403 -TunExtO +BackOut -PisoIn +TetoOut
                 | +Air -TunExtO +plano2m +hole401 -hole403 -PisoIn +RoofIn
                 | +Air -TunExtO -plano2m +plano1m5 +hole402 -hole403 -Piso=
In +RoofIn
                 | +Air +PlugPb5 -ExtP4 +EndPlug -BackIn
                 | -ExtP4 +PlugPb1 -EndPlug +Guilh2
                 | +Air +Guilh -ExtP4 +TubeExt2
FOEWALL      5 +Air -BackIn +BackOut +RoofIn -SideIn -TubeExt1 +TetoOut -Pi=
soIn +LeftDO -hole391
                 | +Air +SideIn -TunExtO -FrontO +BackOut -PisoIn +RoofOut =
-hole391
                 | +Air -RoofIn +RoofOut +hole37 -FrontO +LeftDO -TunExtO +=
BackOut -hole403
                 | +hole391 -hole401 -TunExtO +BackOut +RoofIn -PisoIn +pla=
no2m
                 | +hole392 -hole402 -TunExtO +BackOut +RoofIn -PisoIn -pla=
no2m +plano1m5
                 | +hole393 -hole403 -TunExtO +BackOut +RoofIn -PisoIn -pla=
no1m5
XBPM1        5 +XBPM1Out -XBPM1In1 -XBPM1In2 -XBPM1In3 -XBPM1In4
                 | +XBPM1In1 -XBPM1In5 +XBPM1In6
                 | +XBPM1In1 -XBPM1In6
                 | +XBPM1In1 -XBPM1In7 +XBPM1In8
                 | +XBPM1In1 -XBPM1In8
                 | +XBPM1Out
XBPM2        5 +XBPM2Out -XBPM2In1 -XBPM2In2 -XBPM2In3 -XBPM2In4
                 | +XBPM2In1 -XBPM2In5 +XBPM2In6
                 | +XBPM2In1 -XBPM2In6
                 | +XBPM2In1 -XBPM2In7 +XBPM2In8
                 | +XBPM2In1 -XBPM2In8
                 | +XBPM2Out
* Tungsten Stop 1
WSTOP1       5 +Stop1Out -Stop1In
* Tungsten Stop 2
WSTOP2       5 +Stop2Out -Stop2In
#if 0
* Fe Gamma Shutter
GAMASHUT     5 +FeGSOut -FeGSIn
#endif
#if 0
* Fe Mask
FEMASK       5 +FMaskOut -FMaskIn2 -FMaskIn1 -FMaskIn3
#endif
#if 0
* Fe Slits (pdf manaca) - conflito com HPS-1
FESLITS      5 +FSlitOut -FSlitIn
#endif
#if 0
* Photon Shutter
PHOSHUT      5
#endif
HPS1         5 +HPS1Out -HPS1In
                 | +HPS1In
HPS2         5 +HPS2Out -HPS2In
                 | +HPS2In +HPS2Out
#if 0
* first Slits
SLITS1       5 +SlitsOut -SlitsIn1 -SlitsIn2 -SlitsIn3
                 | +SlitsIn1 +SlitsIn4 -SlitsIn5
                 | +SlitsIn1 +SlitsIn5 -SlitsIn4
                 | +SlitsIn1 -SlitsIn4 -SlitsIn5
#endif
#if 0
* second Slits
SLITS2       5 +SlitsOu1 -SlitsIn6 -SlitsIn7 -SlitsIn8
                 | +SlitsIn8 +SlitsIn9 -SlitsI10
                 | +SlitsIn8 +SlitsI10 -SlitsIn9
                 | +SlitsIn8 -SlitsIn9 -SlitsI10
#endif
* Lead Plug after hutch
PLUGPB       5 +PlugPb1 -PlugPb5 +EndPlug -BackIn -ExtP4
                 | +PlugPb2 -ExtP4 -PlugPb5
                 | +PlugPb3 -PlugPb4
* Guillotine
GUILHOT      5 +Guilh -TubeExt2
* Guillotine
GUILHOT1     5 +Guilh2 -ExtP4 -PlugPb2 -PlugPb3 -PlugPb1
                 | +PlugPb4 -PlugPb1
* Vaccum pipe
InoxUpG2     5 +ExtPipe1 -IntPipe1 -FrontO1 +hole42 +Air1 -Cilin6 +hole43 -=
Cilin3
                 | +ExtP5 -Cilin7 +Air1 -Cilin6 -Cilin8 -Cilin9 -Stop1Ou2 -=
Stop2Ou2
                 | +ExtP6 -Cilin6 +Air1 -Cilin7 -Cilin9
                 | -hole43 +hole42 +IntPipe1 -Cilin7 -Cilin8
                 | +ExtP7 -Cilin8 +Air1 -Cilin7 -Stop1Ou2 -Stop2Ou2 -Guilh =
+BackIn
                 | +ExtPipe1 -Cilin9 -hole43 +hole42 -Cilin7
* Inside pipe (optional)
InsideF3     5 +Cilin4 -Stop1Out -Stop2Out -BackIn
                 | +Guilh +Cilin4
* Vaccum pipe (optional)
InoxUpG3     5 +ExtP4 -Cilin4 +Air -Cilin3 -Stop1Out -Stop2Out -BackIn
                 | +Guilh +ExtP4 -Cilin4
TARG1        5 +Targ1 -ExtPipe
TARG2        5 +Targ2 -ExtPipe
END
          1.        1.        1.        1.        1.        1.        1.
          1.        1.        1.        1.        1.        1.        1.
          1.        1.        1.        1.        1.        1.        1.
          1.        1.        1.        1.        1.        1.        1.
          1.        1.        1.        1.        1.        1.        1.
          1.        1.        1.        1.        1.        1.        1.
          1.        1.
GEOEND
ASSIGNMA    BLCKHOLE  BLACKHOL                           0.0
ASSIGNMA       STEEL  InoxUpG1                           0.0
ASSIGNMA         GAS  InsideSR                           0.0
ASSIGNMA      VACUUM  InsideF1                           0.0
ASSIGNMA     PITWALL  GROUNDFL                           0.0
ASSIGNMA    BLCKHOLE  SobrePis                           0.0
ASSIGNMA     PITWALL      ROOF                           0.0
ASSIGNMA     PITWALL       R13                           0.0
ASSIGNMA     PITWALL  TUNELEXT                           0.0
ASSIGNMA     PITWALL  FRONTWAL                           0.0
ASSIGNMA     PITWALL  LEFTWALL                           0.0
ASSIGNMA    BLCKHOLE   TUNELIN                           0.0
ASSIGNMA         AIR  TUNELAIR                           0.0
ASSIGNMA         AIR   AIRDIPD                           0.0
ASSIGNMA         AIR  AIRDOWNS                           0.0
ASSIGNMA         AIR   AIRLEFT                           0.0
ASSIGNMA         AIR   AIRTUNO                           0.0
ASSIGNMA    BLCKHOLE  AIRCENTE                           0.0
ASSIGNMA         AIR  AIRROOFO                           0.0
ASSIGNMA         AIR       R27                           0.0
ASSIGNMA      VACUUM       BH3                           0.0
* Electron Beam (for Bremsstrahlung Simulation)
BEAM             -3.       0.0    -1E-06    -1E-05    -1E-05        1.ELECT=
RON
* Electron Beam (for Bremsstrahlung Simulation)
BEAMPOS          0.0       0.0     -517.       0.0       0.0       0.0
LAM-BIAS         0.0      0.01  BLCKHOLE    PHOTON
* activates heavy fragment evaporation (up to A=3D24), essential for activa=
tion
* calculations
PHYSICS           3.                                                  EVAPO=
RAT
*PHYSICS        1000.     1000.     1000.     1000.     1000.     1000.PEAT=
HRES
* coalescence, better to activate if light fragments are of interest (e.g.
* tritium)
PHYSICS           1.                                                  COALE=
SCE
ASSIGNMA         AIR  InoxUpG2
ASSIGNMA    POLYETHE      PLUG                           0.0
ASSIGNMA         AIR     PLUGI                           0.0
ASSIGNMA         ACO    PLUGO1                           0.0
*ASSIGNMA         AIR      STOP                           0.0
*ASSIGNMA         AIR    GAMASH                           0.0
*ASSIGNMA      COPPER      MASC
ASSIGNMA         AIR    AIRCAB
ASSIGNMA       STEEL  CHICAFER
ASSIGNMA         AIR   KILLELE
ASSIGNMA         AIR    AIROUT
ASSIGNMA         AIR   FOEWALL
ASSIGNMA         AIR    WSTOP1
ASSIGNMA         AIR    WSTOP2
*ASSIGNMA         AIR  GAMASHUT
*ASSIGNMA         AIR    FEMASK
*ASSIGNMA         AIR   FESLITS
ASSIGNMA         AIR     XBPM1
ASSIGNMA         AIR     XBPM2
*ASSIGNMA         AIR   PHOSHUT
ASSIGNMA         AIR      HPS1
ASSIGNMA         AIR      HPS2
*ASSIGNMA         AIR    SLITS1
ASSIGNMA         AIR  InoxUpG3
*ASSIGNMA         AIR    SLITS2
ASSIGNMA         AIR    PLUGPB
ASSIGNMA         AIR   GUILHOT
ASSIGNMA         AIR  InsideF3
ASSIGNMA         AIR  InsideF2
ASSIGNMA         AIR  GUILHOT1
ASSIGNMA      COPPER     TARG1
ASSIGNMA     SS316LN     TARG2
* ..+....1....+....2....+....3....+....4....+....5....+....6....+....7....+=
....8
* Suppress multiple scattering in the air target
MULSOPT          0.0       0.0        3.       GAS                 0.0
* Suppress Moller scattering in the air target
*EMFCUT           0.0       3.5       0.0       GAS                 0.0ELPO=
-THR
* Kill beam electrons by a high energy transport cutoff at the end
* of the straight section
EMFCUT           3.5  0.000001       0.0   KILLELE
* Activates Gamma Interactions with Nuclei
*PHOTONUC          1.                      HYDROGEN  _at_LASTMAT
* Activate muon pair coherent production
*
*PHOTONUC          1.     1.E-4       0.0  HYDROGEN  _at_LASTMAT          MUMU=
PAIR
PHOTONUC          1.       0.0       0.0  HYDROGEN  _at_LASTMAT
* The hadronic inelastic interaction length of the particle is reduced by a=
 multiplying factor 0.02.
*LAM-BIAS         0.0      0.02              PHOTON
* Desactivate bremsstrahlung and pair production in black hole region
*EMF-BIAS       1021.       0.0        6.  BLACKHOL  _at_LASTREG
* Defines the particle types to be discarded.
* In this case, neutrinos and antineutrinos.
DISCARD      NEUTRIE  ANEUTRIE
* Sets energy transport cutoffs for photons
PART-THR      -1E-05    PROTON   APROTON
* Sets energy transport cutoffs for antineutrons
PART-THR      -1E-05  ANEUTRON  _at_LASTPAR
* Energy threshold for electron and positron production in GeV
*EMFCUT       -0.0001    1.0E-5        1.  HYDROGEN  _at_LASTMAT          PROD=
-CUT
* Energy transport threshold for electrons/positrons/gammas in GeV
*EMFCUT        -1E-05    1.0E-5       0.0  InsideSR  _at_LASTREG
*  ----------------------------  RUN  -------------------------------------=
----------
RANDOMIZ          1.
START          1000.
STOP
* Irradiation profile
* -------------------
RADDECAY          1.                 3.0               99999
* 7days intensity     4days intensity     7days intensity
IRRPROFI     604800.   100000.   345600.       0.0   604800.   100000.
* 4days intensity     7days intensit
IRRPROFI     345600.       0.0   604800.   100000.
* Specific activity
DCYSCORE          1.                     Copper-1h   Inox-1h          RESNU=
CLE
RESNUCLE          3.      -61.                         TARG1   7425.05Coppe=
r-1h
RESNUCLE          3.      -61.                         TARG2   3425.05Inox-=
1h
DCYSCORE          2.                     Copper-1m   Inox-1m          RESNU=
CLE
RESNUCLE          3.      -62.                         TARG1   7425.05Coppe=
r-1m
RESNUCLE          3.      -62.                         TARG2   3425.05Inox-=
1m
DCYSCORE          1.                     Copbin-1hInoxbin-1h          USRBI=
N
USRBIN           11.  ACTIVITY      -63.       10.       0.0     1890.Copbi=
n-1h
USRBIN           0.0       0.0     1870.        1.        1.        1. &
USRBIN           11.  ACTIVITY      -63.       10.       0.0     1900.Inoxb=
in-1h
USRBIN           0.0       0.0     1890.        1.        1.        1. &
DCYSCORE          2.                     Copbin-1mInoxbin-1m          USRBI=
N
USRBIN           11.  ACTIVITY      -63.       10.       0.0     1890.Copbi=
n-1m
USRBIN           0.0       0.0     1870.        1.        1.        1. &
* Cooling:     1hour    1month
DCYTIMES       3600.  2592000.
USRBIN           11.  ACTIVITY      -63.       10.       0.0     1900.Inoxb=
in-1m
USRBIN           0.0       0.0     1890.        1.        1.        1. &
* Dose equivalent
DCYSCORE          1.                      DoseEq1h  DoseEq1h          USRBI=
N
AUXSCORE      USRBIN                      DoseEq1h                    EWT74
USRBIN           11.   DOSE-EQ      -64.       50.       0.0     2000.DoseE=
q1h
USRBIN           0.0       0.0     1800.      500.        1.     2000. &
DCYSCORE          2.                      DoseEq1m  DoseEq1m          USRBI=
N
AUXSCORE      USRBIN                      DoseEq1m                    EWT74
USRBIN           11.   DOSE-EQ      -64.       50.       0.0     2000.DoseE=
q1m
USRBIN           0.0       0.0     1800.      500.        1.     2000. &
STOP
ActivationSync.flair
#!/usr/local/flair/flair
# FLUKA Project file
Version: 2
Title: Teste de Ativacao
Input: ActivationSync.inp
Submit: *Default
Tabs: 0.1 0.32 0.56 0.81 1.0
Page: Input
DefMain: True
LinkPrg: lfluka
F77bound: True
F77dline: False
# Run information
Run: <default>
        Prev:     0
        Last:     5
        Status:   3
        Pid:      0
        StartRun: 0
        Family:  ActivationSync_aa ActivationSync_ab
        # USRxxx data file: ActivationSync_61.rnc
        Data: \I_\U.\e
                Unit: 61
                Type: r
                Rule: +,\I\d\d\d_fort\.\U
                Rule: +,\I\d\d\d_ftn\.\U
        End
        # USRxxx data file: ActivationSync_62.rnc
        Data: \I_\U.\e
                Unit: 62
                Type: r
                Rule: +,\I\d\d\d_fort\.\U
                Rule: +,\I\d\d\d_ftn\.\U
        End
        # USRxxx data file: ActivationSync_63.bnn
        Data: \I_\U.\e
                Unit: 63
                Type: b
                Rule: +,\I\d\d\d_fort\.\U
                Rule: +,\I\d\d\d_ftn\.\U
        End
        # USRxxx data file: ActivationSync_64.bnn
        Data: \I_\U.\e
                Unit: 64
                Type: b
                Rule: +,\I\d\d\d_fort\.\U
                Rule: +,\I\d\d\d_ftn\.\U
        End
End
# Run information
Run: ActivationSync_aa
        Rnd:      1
        Prev:     0
        Last:     5
        Status:   3
        Pid:      0
        StartRun: 1579007098
        Parent:    <default>
        # USRxxx data file: ActivationSync_aa_61.rnc
        Data: \I_\U.\e
                Unit: 61
                Type: r
                Rule: +,\I\d\d\d_fort\.\U
                Rule: +,\I\d\d\d_ftn\.\U
        End
        # USRxxx data file: ActivationSync_aa_62.rnc
        Data: \I_\U.\e
                Unit: 62
                Type: r
                Rule: +,\I\d\d\d_fort\.\U
                Rule: +,\I\d\d\d_ftn\.\U
        End
        # USRxxx data file: ActivationSync_aa_63.bnn
        Data: \I_\U.\e
                Unit: 63
                Type: b
                Rule: +,\I\d\d\d_fort\.\U
                Rule: +,\I\d\d\d_ftn\.\U
        End
        # USRxxx data file: ActivationSync_aa_64.bnn
        Data: \I_\U.\e
                Unit: 64
                Type: b
                Rule: +,\I\d\d\d_fort\.\U
                Rule: +,\I\d\d\d_ftn\.\U
        End
End
# Run information
Run: ActivationSync_ab
        Rnd:      2
        Prev:     0
        Last:     5
        Status:   3
        Pid:      0
        StartRun: 1579007098
        Parent:    <default>
        # USRxxx data file: ActivationSync_ab_61.rnc
        Data: \I_\U.\e
                Unit: 61
                Type: r
                Rule: +,\I\d\d\d_fort\.\U
                Rule: +,\I\d\d\d_ftn\.\U
        End
        # USRxxx data file: ActivationSync_ab_62.rnc
        Data: \I_\U.\e
                Unit: 62
                Type: r
                Rule: +,\I\d\d\d_fort\.\U
                Rule: +,\I\d\d\d_ftn\.\U
        End
        # USRxxx data file: ActivationSync_ab_63.bnn
        Data: \I_\U.\e
                Unit: 63
                Type: b
                Rule: +,\I\d\d\d_fort\.\U
                Rule: +,\I\d\d\d_ftn\.\U
        End
        # USRxxx data file: ActivationSync_ab_64.bnn
        Data: \I_\U.\e
                Unit: 64
                Type: b
                Rule: +,\I\d\d\d_fort\.\U
                Rule: +,\I\d\d\d_ftn\.\U
        End
End
# Material
Material: MOLYBDEN
        alpha: 0
        color: #70B090
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: BARIUM
        alpha: 0
        color: #907010
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: ACO
        alpha: 0
        color: #B05070
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: PITWALL
        alpha: 0
        color: #50B010
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: STDAIR1
        alpha: 0
        color: #20B010
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: B4C
        alpha: 0
        color: #90D010
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: POLYETHE
        alpha: 0
        color: #30D0B0
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: TISSTUM
        alpha: 0
        color: #7010B0
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: DIOXSI
        alpha: 0
        color: #301070
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: TISSGEN
        alpha: 0
        color: #B010B0
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: STDAIR
        alpha: 0
        color: #C0B0D0
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: GAS
        alpha: 0
        color: #301030
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: SAND
        alpha: 0
        color: #D0B0D0
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: CHLORINE
        alpha: 0
        color: #503010
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: SS316LN
        alpha: 0
        color: #401010
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: AL5080
        alpha: 0
        color: #D0D0D0
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: NIOBIUM
        alpha: 0
        color: #7030D0
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: WETSOIL
        alpha: 0
        color: #709030
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: BPAdenso
        alpha: 0
        color: #30D030
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: TISSEYE
        alpha: 0
        color: #E010D0
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: MANGANES
        alpha: 0
        color: #B050D0
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: HAEMATIT
        alpha: 0
        color: #803010
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: POTASSIU
        alpha: 0
        color: #70B0B0
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: HPM1850
        alpha: 0
        color: #901090
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: STEEL2
        alpha: 0
        color: #401090
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Material
Material: BACONC
        alpha: 0
        color: #50D090
        fuzz: 0.0
        ior: 1.0
        shine: 10.0
        specular: 0.0
End
# Geometry Information
Geometry:
        Frame.bsplit: 0.5
        Frame.tsplit: 0.5
        Frame.vsplit: 0.5
End
# Geometry plot "GeoViewer Red plot"
Plot: Red
        Format: .eps
        Type:   Geometry
        basisu: 1 0 0
        basisv: 0 1 0
        boundaries: 1
        coord: X-Y
        extends: 100 75
        labels: 1
        layer: Media
        origin: 0 0 0
        subtype: Material
        title: GeoViewer Red plot
End
# Geometry plot "GeoViewer Green plot"
Plot: Green
        Format: .eps
        Type:   Geometry
        basisu: 0 0 1
        basisv: 1 0 0
        boundaries: 1
        coord: Z-X
        extends: 100 75
        labels: 1
        layer: Media
        origin: 0 0 0
        subtype: Material
        title: GeoViewer Green plot
End
# Geometry plot "GeoViewer Blue plot"
Plot: Blue
        Format: .eps
        Type:   Geometry
        basisu: 0 0 1
        basisv: 0 1 0
        boundaries: 1
        coord: Z-Y
        extends: 619.174 290.541
        labels: 1
        layer: Media
        origin: 0 -60.9333 2903.19
        subtype: Material
        title: GeoViewer Blue plot
End
# Geometry plot "GeoViewer Magenta plot"
Plot: Magenta
        Format: .eps
        Type:   Geometry
        basisu: -1 0 0
        basisv: 0 1 0
        boundaries: 1
        coord: X-Y
        extends: 100 75
        labels: 1
        layer: Media
        origin: 0 0 0
        subtype: Material
        title: GeoViewer Magenta plot
End
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--------------DA108F1BCA53672CC496F18B
Content-Type: text/html; charset="utf-8"
Content-Transfer-Encoding: quoted-printable
<html>
<head>
<meta http-equiv=3D"Content-Type" content=3D"text/html; charset=3Dutf-8">
</head>
<body>
<p>Dear Paola,</p>
<p>Actually, I am facing the same problem as Letcia! I am simply running th=
e code in the example and I am also getting an empty data file. When I chec=
ked the *.err file I found:</p>
<p><font size=3D"2"><span style=3D"font-size:10pt;">Abort called from FLRM6=
4 reason NO RANDOM FILE Run stopped!<br>
&nbsp;STOP NO RANDOM FILE</span></font></p>
Do you have any advice?
<div class=3D"moz-cite-prefix"><br>
</div>
<div class=3D"moz-cite-prefix">Regards,</div>
<div class=3D"moz-cite-prefix">Tamer<br>
</div>
<div class=3D"moz-cite-prefix"><br>
</div>
<div class=3D"moz-cite-prefix">On 22.01.2020 12:42, Let??cia Braga da Rosa =
wrote:<br>
</div>
<blockquote type=3D"cite" cite=3D"mid:202001221240.00MCeHxd157306_at_smtp3.mi.=
infn.it">
<pre class=3D"moz-quote-pre" wrap=3D"">Dear Paola,
I am currently trying to simulate the irradiation of a material and the dos=
e
from the activation. I am using??RADDECAY,
IRRPROFI, DCYTIMES and DCYSCORE cards, and I already have gone??through the
lectures from past courses. I believe that I am missing something important
because I am getting an empty data set every time, I get no files to proces=
s
at all.?? I am attaching here my input file.
Could you or anybody else try to help me please?
Thank you in advance.
Best regards,
Let??cia Braga da Rosa
Estagi??ria - Prote????o Radiol??gica - RADS
Centro Nacional de Pesquisa em Energia e Materiais (CNPEM)
Laborat??rio Nacional de Luz S??ncrotron (LNLS)
<a class=3D"moz-txt-link-abbreviated" href=3D"mailto:leticia.rosa_at_lnls.br">=
leticia.rosa_at_lnls.br</a>
<a class=3D"moz-txt-link-abbreviated" href=3D"http://www.cnpem.br">www.cnpe=
m.br</a>
??
<a class=3D"moz-txt-link-freetext" href=3D"cid:image001.png_at_01D4C444.68E957=
90">cid:image001.png_at_01D4C444.68E95790</a>
??
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___________________________________________________________________________=
_
De: <a class=3D"moz-txt-link-abbreviated" href=3D"mailto:owner-fluka-discus=
s_at_mi.infn.it">owner-fluka-discuss_at_mi.infn.it</a> <a class=3D"moz-txt-link-r=
fc2396E" href=3D"mailto:owner-fluka-discuss_at_mi.infn.it">&lt;owner-fluka-dis=
cuss_at_mi.infn.it&gt;</a> em nome
de Paola Sala <a class=3D"moz-txt-link-rfc2396E" href=3D"mailto:paola.sala_at_=
mi.infn.it">&lt;paola.sala_at_mi.infn.it&gt;</a>
Enviado: domingo, 19 de janeiro de 2020 11:13
Para: <a class=3D"moz-txt-link-abbreviated" href=3D"mailto:fluka-discuss_at_fl=
uka.org">fluka-discuss_at_fluka.org</a> <a class=3D"moz-txt-link-rfc2396E" hre=
f=3D"mailto:fluka-discuss_at_fluka.org">&lt;fluka-discuss_at_fluka.org&gt;</a>
Assunto: Re: [fluka-discuss]: how to use FLUKA to score dose equivalent ??
Dear Obed,
It is difficult to help without knowing exactly what you wish to do.
If you wish to simulate both the irradiation of your material and the dose
from the activation, you can do it in a single run by using the RADDECAY,
IRRPROFI, DCYTIMES and DCYSCORE cards
If you already have a distribution of radioactive nuclei, you can input
them (one isotope at a time) through the BEAM card with sdum ISOTOPE. The
source can be distributed within a given volume, see options CYLY-VOL etc.
Dose equivalent ca be scored directly by asking DOSE-EQ as quantity. It is
computed from particle fluences convoluted with conversion factors.
I strongly suggest you to go through lectures from past courses, for
instance
<a class=3D"moz-txt-link-freetext" href=3D"https://indico.cern.ch/event/694=
979/contributions/2927152/attachments/16576">https://indico.cern.ch/event/6=
94979/contributions/2927152/attachments/16576</a>
58/2654336/Activation_2018.pdf
Hope this helps
Paola
</pre>
<blockquote type=3D"cite">
<pre class=3D"moz-quote-pre" wrap=3D"">Dear FLUKA experts
I want to use FLUKA to score dose equivalent from an activated material.
How should I do that?
Thanks in advance. Obed
--
&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;=
&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;=
&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;=
&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;=
&#43;&#43;&#43;&#43;
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<a class=3D"moz-txt-link-abbreviated" href=3D"http://www.tlabs.ac.za">www.t=
labs.ac.za</a>
Dr Obed Shirinda
Computational Physicist: Instrumentation and Information Technology
Department
Office no: J-bolck, J158
Tel:???? &#43;27 (0) 21 843 1547
Fax:???? &#43;27 (0) 21 843 3525
Cell:?? &#43;27 (0) 72 056 4314/ &#43;27 (0) 78 253 6798
email: <a class=3D"moz-txt-link-abbreviated" href=3D"mailto:obed_at_tlabs.ac.z=
a">obed_at_tlabs.ac.za</a>
Alternative email: <a class=3D"moz-txt-link-abbreviated" href=3D"mailto:obe=
dshirinda_at_yahoo.co.uk">obedshirinda_at_yahoo.co.uk</a>
???????????????????????????????????????? <a class=3D"moz-txt-link-abbreviat=
ed" href=3D"mailto:obedshirinda_at_gmail.com">obedshirinda_at_gmail.com</a>
&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;=
&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;=
&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;&#43;=
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</pre>
</blockquote>
<pre class=3D"moz-quote-pre" wrap=3D"">* ..&#43;....1....&#43;....2....&#43=
;....3....&#43;....4....&#43;....5....&#43;....6....&#43;....7...
*
* Sirius: Roof
TITLE
Teste de Ativacao
GLOBAL         2000.                            1.        1.
*  DEFAULT PRECISIO: see page 101 from Tutorial
DEFAULTS                                                              PRECI=
SIO
*
*
*
* FLUKA input produced by ALIFE from:
* /home/ott/flsir/sirius.alife
* User: ott
* Date: Di 9. Jun 19:48:11 CEST 2015
MATERIAL                            2.66       26.                    AL508=
0
MATERIAL                            2.51       27.                    B4C
MATERIAL                           3.637       28.                    BACON=
C
MATERIAL         56.    137.33      3.59       29.                    BARIU=
M
MATERIAL          5.    10.811      2.34       30.                    BORON
MATERIAL         17.   35.4527 2.9947E-3       31.                    CHLOR=
INE
MATERIAL         24.   51.9961      7.19       32.                    CHROM=
IUM
MATERIAL                            3.70       33.                    HAEMA=
TIT
MATERIAL                            18.5       34.                    HPM18=
50
MATERIAL          1.    1.0079  8.988E-5        3.                  1.HYDRO=
GEN
MATERIAL         25.  54.93805      7.44       35.                    MANGA=
NES
MATERIAL         42.     95.94      10.2       36.                    MOLYB=
DEN
MATERIAL         41.       93.       8.4       37.                    NIOBI=
UM
MATERIAL         15.  30.97376       2.2       38.                    PHOSP=
HO
MATERIAL                            2.35       39.                    PITWA=
LL
MATERIAL                            0.95       40.                    POLYE=
THE
MATERIAL         19.     39.10     0.862       41.                    POTAS=
SIU
MATERIAL                             1.6       42.                    SAND
MATERIAL                        0.001205       43.                    STDAI=
R
MATERIAL                         2.96E-4       44.                    STDAI=
R1
MATERIAL                            8.11       45.                    STEEL
MATERIAL                            8.11       46.                    STEEL=
2
MATERIAL         16.    32.066        2.       47.                    SULFU=
R
MATERIAL                            1.01       48.                    TISSE=
YE
MATERIAL                            1.05       49.                    TISSG=
EN
MATERIAL                            1.05       50.                    TISST=
UM
MATERIAL                              1.       51.                    WATER
MATERIAL                             1.8       52.                    WETSO=
IL
MATERIAL                             2.2       53.                    DIOXS=
I
* Choosing Bisphenol A as glue. Check correct information!!! <a class=3D"mo=
z-txt-link-freetext" href=3D"http://www.lesker.com/msds/pdfs/b3feddd2e786b8=
8ac6354dcf0bc56168edc047c6ad23a03ffe574c4de.pdf">http://www.lesker.com/msds=
/pdfs/b3feddd2e786b88ac6354dcf0bc56168edc047c6ad23a03ffe574c4de.pdf</a>
* Density from STYCAST 2850 FT: <a class=3D"moz-txt-link-freetext" href=3D"=
http://lartpc-docdb.fnal.gov/0000/000059/001/stycas2850.pdf">http://lartpc-=
docdb.fnal.gov/0000/000059/001/stycas2850.pdf</a>
MATERIAL                             2.4       54.                    BPAde=
nso
MATERIAL                            7.85       55.                    ACO
* Stainless steel AISI316LN
MATERIAL                             7.8                              SS316=
LN
COMPOUND     0.67145      IRON     0.185  CHROMIUM    0.1125    NICKELSS316=
LN
COMPOUND        0.02  MANGANES      0.01   SILICON   0.00045   PHOSPHOSS316=
LN
COMPOUND      0.0003    SULFUR    0.0003    CARBON                    SS316=
LN
*
* Residual gas in the straight section (density corresponds to 1 atm)
MATERIAL                         2.96E-4                              GAS
COMPOUND   -0.258427  HYDROGEN -0.337079    CARBON -0.404494    OXYGENGAS
MAT-PROP          1.                           GAS
COMPOUND          1.   SILICON                            2.    OXYGENDIOXS=
I
COMPOUND         15.    CARBON       16.  HYDROGEN        2.    OXYGENBPAde=
nso
COMPOUND      -0.948  ALUMINUM    -0.045  MAGNESIU    -0.007  MANGANESAL508=
0
COMPOUND          4.     BORON        1.    CARBON                    B4C
COMPOUND      -0.004  HYDROGEN    -0.312    OXYGEN    -0.001    SODIUMBACON=
C
COMPOUND      -0.004  MAGNESIU    -0.006  ALUMINUM    -0.018   SILICONBACON=
C
COMPOUND        -0.1    SULFUR    -0.046   CALCIUM    -0.001  MANGANESBACON=
C
COMPOUND      -0.088      IRON    -0.421    BARIUM                    BACON=
C
COMPOUND      -0.506      IRON    -0.339    OXYGEN    -0.005     BORONHAEMA=
TIT
COMPOUND      -0.068   SILICON    -0.048   CALCIUM    -0.019  MAGNESIUHAEMA=
TIT
COMPOUND       -0.01  ALUMINUM    -0.004  HYDROGEN    -0.001  MANGANESHAEMA=
TIT
COMPOUND       -97.5  TUNGSTEN       -1.      IRON      -1.5    NICKELHPM18=
50
COMPOUND       -49.5    OXYGEN      -0.5     BORON      -20.   SILICONPITWA=
LL
COMPOUND       -19.5   CALCIUM       -3.  ALUMINUM       -1.    SODIUMPITWA=
LL
COMPOUND        -1.4      IRON      -0.6  HYDROGEN       -3.    CARBONPITWA=
LL
COMPOUND        -0.5  MAGNESIU       -1.  POTASSIU                    PITWA=
LL
COMPOUND          2.  HYDROGEN        1.    CARBON                    POLYE=
THE
COMPOUND       -0.03  HYDROGEN     -0.63    OXYGEN     -0.02  MAGNESIUSAND
COMPOUND       -0.04  ALUMINUM     -0.23   SILICON     -0.03   CALCIUMSAND
COMPOUND       -0.02      IRON                                        SAND
COMPOUND   -0.000124    CARBON -0.755267  NITROGEN -0.231781    OXYGENSTDAI=
R
COMPOUND   -0.012827     ARGON                                        STDAI=
R
COMPOUND    -0.25847  HYDROGEN -0.337079    CARBON -0.404494    OXYGENSTDAI=
R1
COMPOUND                                                              STDAI=
R1
MAT-PROP          1.                       STDAIR1
COMPOUND     -0.6281      IRON     -0.13    NICKEL    -0.185  CHROMIUMSTEEL
COMPOUND      -0.025  MOLYBDEN     -0.02  MANGANES     -0.01   SILICONSTEEL
COMPOUND     -0.0003    CARBON  -0.00045   PHOSPHO  -0.00015    SULFURSTEEL
COMPOUND      -0.001  NITROGEN                                        STEEL
COMPOUND     -0.6119      IRON     -0.14    NICKEL    -0.185  CHROMIUMSTEEL=
2
COMPOUND       -0.03  MOLYBDEN     -0.02  MANGANES     -0.01   SILICONSTEEL=
2
COMPOUND     -0.0003    CARBON  -0.00045   PHOSPHO  -0.00015    SULFURSTEEL=
2
COMPOUND     -0.0022  NITROGEN                                        STEEL=
2
COMPOUND       -10.6  HYDROGEN     -28.4    CARBON      -2.6  NITROGENTISSE=
YE
COMPOUND       -57.8    OXYGEN      -0.2    SULFUR      -0.2  CHLORINETISSE=
YE
COMPOUND        -0.1  POTASSIU      -0.1   PHOSPHO                    TISSE=
YE
COMPOUND       -10.6  HYDROGEN     -28.4    CARBON      -2.6  NITROGENTISSG=
EN
COMPOUND       -57.8    OXYGEN      -0.2    SULFUR      -0.2  CHLORINETISSG=
EN
COMPOUND        -0.1  POTASSIU      -0.1   PHOSPHO                    TISSG=
EN
COMPOUND       -10.6  HYDROGEN     -28.4    CARBON      -2.6  NITROGENTISST=
UM
COMPOUND       -57.8    OXYGEN      -0.2    SULFUR      -0.2  CHLORINETISST=
UM
COMPOUND        -0.1  POTASSIU      -0.1   PHOSPHO                    TISST=
UM
COMPOUND          2.  HYDROGEN        1.    OXYGEN                    WATER
COMPOUND         -3.  HYDROGEN      -62.    OXYGEN       -2.  MAGNESIUWETSO=
IL
COMPOUND         -4.  ALUMINUM       -2.      IRON       -4.   CALCIUMWETSO=
IL
COMPOUND        -23.  MUSCLEST                                        WETSO=
IL
COMPOUND     -0.0029    CARBON    -0.002    COPPER     -0.98      IRONACO
COMPOUND     -0.0103  MANGANES   -0.0004   PHOSPHO   -0.0028   SILICONACO
COMPOUND     -0.0005    SULFUR                                        ACO
GEOBEGIN         0.0                                                  COMBN=
AME
      3    0          LABORDE
*
*
*   BODY DEFINITIONS
*   ----------------
*
* xyz origin is at the centre of the front of the standard target
* x-axis up
* y-axis points towards the right (in comparison to the flight direction of=
 e-)
* z-axis coincides with the beam-axis
*
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* ----------------------------General Definitions--------------------------=
-----------
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
*
*  external void
*
RPP Blackhol   -999999. 999999. -999999. 999999. -999999. 999999.
*
*  boundaries of geometry
*
RPP Air        -200. 1150. -350. 350. -517. 4620.
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* -----------BEAMLINES (z=3D0, y=3D0, x=3D0 center of straight)-----------
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
*
*
* Storage ring
ZCC ExtPipe    0.0 0.0 3.175
ZCC IntPipe    0.0 0.0 3.025
* Booster externo
ZCC BoosterO   0.0 320. 1.25
* Booster interno
ZCC BoosterI   0.0 320. 1.2
* Plano dipolo UP
XYP Dip1U      517.
* Plano dipolo down
XYP Dip1D      518.2
* Camara do dipolo externa feita de steel
RPP CamdipO    -1.4 1.4 -10. 40. 517. 628.43
* Camara do dipolo interna feita de steel
RPP CamdipI    -1.3 1.3 -9.9 39.8 517. 628.43
* plano do dipolo inclinado interno
PLA DipIn      0.0 .996195 -0.0871557 0.0 -53.25312345763 -203.7035708751
* Plano inclinado do dipolo externo
PLA DipOut     0.0 .996195 -0.0871557 0.0 -53.05348942353 -203.7035388572
* Piso in (limite interno) SR/Booster Tunnel
*
* Beamheight 1.4 m
YZP PisoIn     -140.
* piso out (limite externo)
YZP PisoOut    -200.
YZP TetoIn     190.
* Limite externo do teto do anel
YZP TetoOut    290.
* Limite externo do teto da cabana
YZP RoofOut    240.
*
*                     Y         Z         R
XCC TunelIn    8255.8 0.0 7886.8
XCC TunelOut   8255.8 0.0 7806.8
* Parte interna da parede externa do tunel
XZP TunExIn    -117.7
* Parte externa da parede externa do t??nel
XZP TunExtO    -222.9
* Hx        Hy        Hz         x         y         z
PLA LeftDI     0.0 .99254662698443 -.121869261095 0.0 119.5141628834
                2376.8546849702
PLA LeftDO     0.0 .99254662698443 -.121869261095 0.0 124.65759594161
                3233.1202168871
*
XYP FrontI     2370.
XYP FrontO     2520.
RCC plugin     0.0 0.0 2215.78 0.0 0.0 254.21956911467237 5.5
RCC plugo      0.0 0.0 2470. 0.0 0.0 35. 15.
RCC Plugo1     0.0 0.0 2520. 0.0 0.0 -15. 23.3
XYP GSDown     2295.8
TRC body3      0.0 0.0 1397.2 0.0 0.0 9.4000000000001 1.2 .4
XZP LeftDet    -0.75
XZP RightDet   0.75
*
*
* New Detectors Upstream
*
*
*
XYP P1DtDown   2544.9
XYP P1DtUp     2544.9
XYP P2DtDown   2650.6
XYP P2DtUp     2650.5
ZCC PipeInBH   0.0 0.0 3.025
*$start_transform ROT_OPT
*$end_transform
*
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
*
* Second Crystal and Frame 2 need be also translated:
*    0 mm for Bragg=3D60deg
*    9.973 mm for Bragg =3D 3deg
*$start_transform Trans2nd
*$end_transform
#if 0
YZP HO300      3.24
#endif
#if 0
YZP HO400      4.9
#endif
#if 0
XZP VOL100     -8.26
#endif
#if 0
XZP VOL200     -6.99
#endif
#if 0
XZP VOR100     1.99
#endif
#if 0
XZP VOL200     3.26
#endif
#if 0
XYP ZOB500     2798.15
#endif
XYP Z2800      2800.
XYP Det3       2935.0049666574
XYP Det4       2995.
XYP EndHutch   3490.78
RPP opright    -140. 560.3 -300. -299.4 4360.78 5910.78
RPP opleft     -140. 560.3 199.4 200. 4360.78 5910.78
RPP opdown     -140. 560. -300. 200. 5910.18 5910.78
RPP opup       -140. 560. -300. 200. 4360.78 4361.38
RPP oproof     560. 560.3 -300. 200. 4360.78 5910.78
RPP G_stop1    -50. 95. -50. 50. 3609.7 3614.7
RPP BS3din     0.8000000000000002 2.8 -1. 1. 2856. 2888.4
RCC Beampip    1.8 0.0 3616.7 0.0 0.0 733.85 2.8
RPP gamash     -22. -9.9 -3.75 3.75 2279. 2286.5
RPP polibre1   10. 30. -11.75 11.75 2870. 2902.4
RPP polibre2   -30. -10. -11.75 11.75 2870. 2902.4
RCC gamahol    11.8 9.6 2314.1 0.0 0.0 -10.2 0.805
RPP GamaSec    -10. 10. -10. 10. 3550. 3591.1
RPP PE5        -140. 262.86 -197.27 -195.27 2515.78 3616.7
RPP PE6        -140. 262.86 122.76 124.76 3005. 3616.7
RPP PE7        -140. 259.86 -195.27 122.76 3614.7 3616.7
RPP PE8        259.86 261.86 -195.27 122.76 2515.78 3617.7
RCC plugin1    122. 0.0 2370. 0.0 0.0 150. 8.
RCC plugo1     122. 0.0 2470. 0.0 0.0 35. 15.
RCC Plugo2     122. 0.0 2520. 0.0 0.0 -15. 23.3
RPP plugin2    178. 190. -112.7 -47.7 2370. 2520.
RPP plugin3    -140. -134. -112.7 -92.7 2370. 2520.
RPP hole1      -0.65 0.65 -0.9 0.9 1568.4 1571.6
RPP hole2      -0.825 0.825 -1.125 1.125 1953.5 1956.5
TRC hole3      0.0 0.0 2055.4 0.0 0.0 25.4 1.75 0.0
TRC hole4      0.0 0.0 2080. 0.0 0.0 -10.4 0.8 0.0
PLA hole6      -.997676180109 0.0 0.068133983032 -146.8470725472 0.0
                10.028580564196
YZP hole5      0.6
XYP hole8      2145.65
XYP hole9      2158.9
XZP hole10     0.6
PLA hole11     0.0 -.997676180109 0.068133983032 0.0 -146.8417413139
                10.028216479979
RPP hole12     -0.3 0.6 -.3 .6 2155.8 2158.9
PLA hole13     0.997676180109 0.0 0.068133983032 148.94688898925 0.0
                10.171982662679
RPP hole14     -0.6 .3 -0.6 0.3 2186.7 2189.8034860134
YZP hole15     -0.6
XZP hole16     -0.6
PLA hole17     0.0 0.997676180109 0.068133983032 0.0 148.94416996318
                10.171796973095
PLA hole18     .9945218953682 0.0 .10452846326765 -.5381554320514 -2.181944=
40448
                2216.5202069136
XZP hole19     1.1
XZP hole20     -1.1
YZP hole21     -1.4
YZP hole22     -.6
#if 0
RPP G_stop2    -126.75 -21.25 -50. 42.5 2323. 2333.
#endif
RPP parede1    -140. 200. -205. -200. 2510. 3340.
RPP parede3    -140. 200. 100. 110. 2828.5 3355.
RPP parede4    -140. 200. -205. 101. 3340. 3355.
RPP parede6    200. 208. -205. -12. 2515. 3355.
RPP parede7    200. 208. -12. 110. 2515. 3355.
RPP chicaca1   130. 189.8 -117.4 -40. 2349.22 2354.22
RPP chicaca2   130. 189.6 -45. -40. 2354.22 2369.42
RCC esp1       0.0 0.0 3000. 0.0 0.0 20. 4.
RCC killel     0.0 0.0 517. 0.0 0.0 1.2 5.
RPP Shield1    -140. -135. -105. -95. 2366. 2386.
RCC RefLim     -76.75 0.0 2323. 0.0 0.0 10. 2.405
RCC plugo2     0.0 0.0 2470.72 0.0 0.0 23.5 14.
RCC plugo3     0.0 0.0 2494.22 0.0 0.0 10.6 14.
RCC Plugo3     0.0 0.0 2520. 0.0 0.0 -14.58 22.3
* Backwall inside the hutch
XYP BackIn     3302.
* Backwall outside the hutch
XYP BackOut    3310.
* Sidewall inside the hutch
XZP SideIn     -218.9
* Limite interno do teto da cabana
YZP RoofIn     236.
XYP hole27     2950.
XYP hole28     2953.175
XYP hole29     2951.755
* Camara de v??cuo ap??s Out Shielding Wall
RCC Cilin1     0.0 0.0 2520. 0.0 0.0 433.025 3.025
RPP Cilin2     -0.2 1.95 -1.7 1.7 2948.245 2951.755
RPP ExtP2      0.0 1.8 -1.85 1.86 2948.1 2951.905
RCC Cilin3     1.8 0.0 2946.975 0.0 0.0 153.175 3.175
RCC ExtP3      1.8 0.0 2946.825 0.0 0.0 153.275 3.175
RCC Cilin4     1.8 0.0 3100. 0.0 -6.960090164005 1160.0000174592 3.025
RCC ExtP4      1.8 0.0 3100. 0.0 -6.96099017925 1160.1500180592 3.175
* Delimita????es ap??s Out Shielding Wall
YZP hole30     11.743
YZP hole31     3.743
YZP hole32     -0.143
YZP hole33     -8.143
XYP hole34     4000.
XYP hole35     3260.
XYP hole36     3260.
XYP hole37     4620.
XYP EndPlug    3320.3
PLA hole391    5.789631486E-15 94.551857559932 -32.55681544572 -3.67956188E=
-18
                -218.8616214092 2957.2900834755
PLA hole392    5.789631486E-15 94.551857559932 -32.55681544572 -8.25977189E=
-18
                -218.5848923117 2957.2464471477
PLA hole393    5.789631485710341E-15 94.55185755993169 -32.556815445715664 =
0.0
                -218. 2957.2
PLA hole401    1.737290959E-14 283.72114484672 -97.69302464488 4.712299095E=
-18
                -222.5805179143 2958.5899934959
PLA hole402    1.737290959E-14 283.72114484672 -97.69302464488 8.072563061E=
-18
                -222.9181650405 2958.654605583
PLA hole403    1.7372909594347953E-14 283.7211448467207 -97.69302464488273 =
0.0
                -223.5 2958.7
PLA plano1m5   2.094269369E-14 342.02014332567 939.69262078591 -1.42895086E=
-17
                167.76176777107 3048.8000558806
PLA plano2m    2.094269369E-14 342.02014332567 939.69262078591 -1.90892316E=
-15
                115.17595761571 2904.321729895
* Tungsten Stop1
RPP Stop1Out   -3.9 7.5 -5.65 5.65 3050. 3060.
ZCC Stop1In    1.8 0.0 0.3175
* Tungsten Stop2
RPP Stop2Out   -3.15 11.25 -5.05 5.05 3250. 3260.
RCC Stop2In    1.8 0.0 3100. 0.0 -1.2000084233532913 199.99881599809487 0.3=
175
* Fe Gamma Shutter
RPP FeGSOut    140. 152.1 -3.75 3.75 2285. 2310.
ZCC FeGSIn     0.0 0.0 0.375
#if 0
RPP FMaskOu    -21.55 21.55 -21.55 21.55 2075. 2095.
#endif
* Fe Mask
RCC FMaskOut   50. 0.0 2047.6049877819 0.0 0.0 24.6 3.81
TRC FMaskIn1   50. 0.0 2047.6049877819 0.0 0.0 0.93941 1.54 1.14
TRC FMaskIn2   50. 0.0 2048.5449877819 0.0 0.0 18.7949 1.14 0.155
TRC FMaskIn3   50. 0.0 2067.3389877819 0.0 0.0 4.86569 0.155 0.41
PLA FMaskIn4   .99452189536828 0.0 .10452846326765 50. 0.0 2057.
TRC FSlitIn    0.0 30. 2127. 0.0 0.0 10.5 0.78 0.072
RCC TubeInt    1.8 0.0 3270. 0.0 0.0 730. 3.0066592756746
RCC TubeExt1   1.8 0.0 3100. 2.6819629175467453E-16 -4.3799778342850075
                729.9868600147345 10.
RCC TubeExt2   1.8 0.0 3100. 2.6819629175467453E-16 -4.3799778342850075
                729.9868600147345 3.425
* XBPM-1
RCC XBPM1Out   183.3588540639 0.0 1578.1598856204 0.0 0.0 6.7 5.65
RPP XBPM1In1   182.6338540639 184.0838540639 -1.04 1.04 1578.1598856204
                1580.6598856204
RPP XBPM1In2   182.8838540639 183.8338540639 -0.79 0.79 1580.6598856204
                1581.1598856204
RPP XBPM1In3   177.7088540639 189.0088540639 -5.65 5.65 1581.1598856204
                1581.6598856204
RPP XBPM1In4   182.7838540639 183.9338540639 -0.94 0.94 1581.6598856204
                1584.8598856204
PLA XBPM1In5   0.0 -.9950555699611 .09931974974363 183.3588540639
                -.9090958024725 1579.4715765496
PLA XBPM1In6   0.0 .9950555699611 .09931974974363 183.3588540639 .890378941=
79985
                1579.6589253111
PLA XBPM1In7   -.9950555699612 0.0 .09931974974363 182.7012788679 0.0
                1578.8355950428
PLA XBPM1In8   .99505556996123 0.0 .09931974974364 184. 0.0 1579.
* XBPM-2
RCC XBPM2Out   184.12954977239 0.0 1954.7029494594 0.0 0.0 6.7 5.65
RPP XBPM2In1   183.22954977239 185.02954977239 -1.275 1.275 1954.7029494594
                1957.2029494594
RPP XBPM2In2   183.47954977239 184.77954977239 -1.026 1.024 1957.2029494594
                1957.7029494594
RPP XBPM2In3   178.47954977239 189.77954977239 -5.65 5.65 1957.7029494594
                1958.2029494594
RPP XBPM2In4   183.47954977239 184.97954977239 -1.125 1.125 1958.2029494594
                1961.4029494594
PLA XBPM2In5   0.0 -.9950555699612 .09931974974364 184.12954977239 -1.275
                1954.7029494594
PLA XBPM2In6   0.0 .99505556996123 .09931974974364 184.12954977239
                1.2159420092094 1955.2545406835
PLA XBPM2In7   -.9950555699612 0.0 .09931974974364 183.33924379772 0.0
                1955.8019818671
PLA XBPM2In8   .99505556996123 0.0 .09931974974364 185. 0.0 1955.
* Photon Shutter
RCC PSOut      56. 0.0 2197.5 0.0 0.0 16. 3.81
RCC PSIn1      56. 0.0 2197.5 0.0 0.0 1.5 1.925
RPP PSIn2a     54.8 57.2 -0.6 0.6 2199. 2210.4
PLA PSIn2b     .99452189536824 0.0 .10452846326765 55.974168960295 0.0
                2210.6972850483
RPP PSIn3      54.8 56. -0.6 0.6 2210.4 2212.
RCC PSIn4      56. 0.0 2212. 0.0 0.0 1.5 1.925
* HPS-1
RPP HPS1Out    144.351 185.791 -20.72 20.72 2155. 2165.5
RPP HPS1In     165. 165.142 -.071 .071 2155. 2165.5
* HPS-2
RPP HPS2Out    144.352 185.792 -20.72 20.72 2180. 2190.5
RPP HPS2In     165. 165.144 -.072 .072 2180. 2190.5
* Slits 1
RCC SlitsOut   61.450934381378 0.345 2121.5 0.0 0.0 16. 3.81
RCC SlitsIn3   61.450934381378 0.35 2135.3 0.0 0.0 2.2 1.945
RPP SlitsIn2   60.655934381378 61.555934381378 -0.45 0.45 2132.1 2135.3
RPP SlitsIn1   60.655934381378 62.245934381378 -0.45 1.14 2121.5 2132.1
PLA SlitsIn4   0.0 .99780146829221 .06627390040001 61.105855739833
                1.1044855544075 2122.1069399228
PLA SlitsIn5   .997801468292 0.0 .0662739004 62.16820738105 0.0 2122.757272=
1094
* Slits 2
RCC SlitsOu1   60.760934381378 -0.345 2157.5 0.0 0.0 16. 3.81
RCC SlitsIn6   60.760934381378 -0.35 2171.3 0.0 0.0 2.2 1.945
RPP SlitsIn7   60.655934381378 61.555934381378 -0.45 0.45 2168.1 2171.3
RPP SlitsIn8   59.965934381378 61.555934381378 -1.14 .45 2157.5 2168.1
PLA SlitsIn9   0.0 -.9978014682922 .06627390040001 61.105855739833
                -1.114525195483 2157.8705706014
PLA SlitsI10   -.997801468292 0.0 .0662739004 60. 0.0 2158.
* Plug
RCC PlugPb1    1.8 0.0 3100. 4.2617492936359216E-16 -6.959964777767953
                1159.9791200234133 5.075
RCC Plughole   0.0 0.0 3100. 4.2617492936359216E-16 -6.959964777767953
                1159.9791200234133 3.
RPP PlugPb2    -8.75 12.35 -11.850000000000001 9.25 3310.3 3311.3
RPP PlugPb3    -8.75 12.35 -11.850000000000001 9.25 3311.3 3313.84
RPP PlugPb4    -6.21 9.81 -9.31 6.71 3311.3 3313.84
#if 0
RCC PlugPb2    1.8 -1.4 3310. 0.0 0.0 1.500000000000 15.
#endif
#if 0
RCC PlugPb3    1.8 -1.4 3311.5 0.0 0.0 1.3000000000002 15.
#endif
#if 0
RCC PlugPb4    1.8 -1.4 3311.5 0.0 0.0 1.2999999999999 13.
#endif
RCC PlugPb5    1.8 0.0 3100. 2.6819629175467453E-16 -4.3799778342850075
                729.9868600147345 3.825
* Guilhotina
RPP Guilh      -48.2 51.8 -50. 50. 3297. 3302.
* Guilhotina
RPP Guilh2     -8.75 12.35 -11.85 9.2 3310.3 3320.6
RCC Cilin5     1.8 0.0 3100. 0.0 -6.960090164005 1160.0000174592 1.755
* Tungsten Stop1
RPP Stop1Ou1   -3.9 7.5 -5.65 5.65 3060. 3070.
* Tungsten Stop2
RPP Stop2Ou1   -3.15 11.25 -5.05 5.05 3260. 3270.
XYP hole41     3318.
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* -----------BEAMLINES (z=3D0, y=3D0, x=3D0 center of straight)-----------
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
*
*
* Storage ring
ZCC ExtPipe1   0.0 0.0 3.175
ZCC IntPipe1   0.0 0.0 3.025
* Plano dipolo down
XYP Dip1D1     518.2
*
*  boundaries of geometry
*
RPP Air1       -200. 1150. -350. 350. -517. 4620.
RPP gamash1    -22. -9.9 -3.75 3.75 2279. 2286.5
XYP FrontO1    2520.
* Fe Mask
RCC FMaskOu1   0.0 0.0 2075. 0.0 0.0 24.6 3.81
* Fe Gamma Shutter
RPP FeGSOut1   -3.75 8.35 -3.75 3.75 2321. 2346.
* XBPM-1
RCC XBPM1Ou1   183.3588540639 0.0 1578.1598856204 0.0 0.0 6.7 5.65
* XBPM-2
RCC XBPM2Ou1   184.12954977239 0.0 1954.7029494594 0.0 0.0 6.7 5.65
* HPS-1
RPP HPS1Out1   144.351 185.791 -20.72 20.72 2155. 2165.5
* HPS-2
RPP HPS2Out1   144.352 185.792 -20.72 20.72 2180. 2190.5
* Photon Shutter
RCC PSOut1     0.6 0.0 2219. 0.0 0.0 16. 3.81
* Slits
RCC SlitsOu2   0.345 0.345 2134. 0.0 0.0 16. 3.81
* Slits
RCC SlitsOu3   -0.345 -.345 2170. 0.0 0.0 16. 3.81
* Plano dipolo UP
XYP Dip1U1     517.
XYP hole42     2953.175
RPP Cilin6     -0.2 1.95 -1.7 1.7 2948.245 2951.755
XYP hole43     2953.025
RCC ExtP5      1.8 0.0 2946.825 0.0 0.0 153.325 3.175
RCC Cilin7     1.8 0.0 2946.975 0.0 0.0 153.125 3.025
RCC Cilin8     1.8 0.0 3100. 0.0 -6.960090164005 1160.0000174592 3.025
* Camara de v??cuo ap??s Out Shielding Wall
RCC Cilin9     0.0 0.0 2520. 0.0 0.0 433.025 3.025
* Tungsten Stop1
RPP Stop1Ou2   -3.9 7.5 -5.65 5.65 3050. 3060.
* Tungsten Stop2
RPP Stop2Ou2   -3.15 11.25 -5.05 5.05 3250. 3260.
RPP ExtP6      0.0 1.8 -1.85 1.86 2948.1 2951.905
RCC ExtP7      1.8 0.0 3100. 0.0 -6.96099017925 1160.1500180592 3.175
XYP hole44     3318.
RPP Targ1      -10. 10. -10. 10. 1870. 1890.
RPP Targ2      -10. 10. -10. 10. 1890. 1900.
*
* ------------------------------------------------------------------------
END
* include region data from:l
* /home/ott/flsir/sirius.alife
*
*
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3DREGION DEFINITIONS=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
*
*
*
*
*
*
*
*
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* ---------------------- BLACK HOLE AROUND GEOMETRY -----------------------=
-
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
*
*
*
BLACKHOL     5 &#43;Blackhol -Air
KILLELE      5 &#43;killel
* V??cuo da parte interna da camara de v??cuo da linha de luz ?? direita
InsideSR     5 &#43;IntPipe &#43;Dip1U&#43;Air
* Iron vaccum pipe
InoxUpG1     5 &#43;ExtPipe -IntPipe -Dip1D &#43;Air -gamash &#43;FrontO &#=
43;FrontO -FMaskOut -FeGSOut -XBPM1Out -XBPM2Out
                 -HPS1Out -HPS2Out -PSOut -SlitsOut -SlitsOu1 -plugo -Plugo=
1
                 | &#43;ExtPipe -IntPipe &#43;Dip1U &#43;Air
* Parte interna da camara de vacuo da linha de luz ?? esquerda at?? se????o=
 de corte
InsideF1     5 &#43;IntPipe -Dip1D &#43;Air -gamash &#43;FrontO &#43;FrontO=
 -FMaskOut -FeGSOut -XBPM1Out -XBPM2Out -HPS1Out
                 -HPS2Out -PSOut -SlitsOut -SlitsOu1 -plugo -Plugo1
* Parte interna da camara de vacuo da linha de luz ?? esquerda at?? se????o=
 de corte
InsideF2     5 &#43;Cilin1
                 | &#43;Cilin2
                 | &#43;Cilin7 -Stop1Out
                 | &#43;Cilin4 -Stop1Out -Stop2Out -Guilh &#43;BackIn
                 | &#43;Stop2Out &#43;Stop2In
                 | &#43;Stop1Out &#43;Stop1In
* BlackHole colimando para 1.5mm - Peda??o 3
BH3          5 &#43;IntPipe -PipeInBH  -Dip1D&#43;Air-P1DtUp
*
*
*
*
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
* --------------------------------------- TUNNEL  -------------------------=
----------------
* =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D
*
*
*
*
*        Floor
GROUNDFL     5 &#43;Air -PisoOut &#43;PisoIn
*
*        Beneath Floor
SobrePis     5 &#43;Air &#43;PisoOut
* Ceiling
ROOF         5 &#43;Air -TetoIn &#43;TetoOut -TunExtO -TunelOut &#43;FrontO
R13          5 &#43;Air -TetoIn &#43;TetoOut -LeftDO -TunelOut -FrontO -Tet=
oIn
*
*        left wall upstream
TUNELEXT     5 &#43;Air -PisoIn &#43;TetoIn -TunExtO &#43;TunExIn &#43;Fron=
tO
*
*        front wall
FRONTWAL     5 &#43;Air -PisoIn &#43;TetoIn -TunExIn &#43;LeftDI &#43;Front=
O -FrontI -ExtPipe -plugin -plugo -Plugo1 -plugo1
                 -Plugo2 -plugin1-plugin2 -plugin3
                 | &#43;plugin1 -Plugo2
                 |&#43;plugin1 -plugo1
*
*        left wall downstream
LEFTWALL     5 &#43;Air -PisoIn &#43;TetoIn  -LeftDO &#43;LeftDI -FrontO -F=
rontO
*
*        right wall (circular)
TUNELIN      5 &#43;Air -PisoIn &#43;TetoIn -TunelOut &#43;TunelIn
*
* ---------------------- TUNNEL AIR ---------------------------------
*
* upstream
TUNELAIR     5 &#43;Air -PisoIn &#43;TetoIn -TunExIn -TunelIn &#43;Dip1U -E=
xtPipe
*
* around dipole chamber
AIRDIPD      5 &#43;Air -PisoIn &#43;TetoIn -TunExIn -Dip1U &#43;Dip1D -kil=
lel
* downstream 1
AIRDOWNS     5 &#43;Air -PisoIn &#43;TetoIn -TunExIn -TunelIn -Dip1D &#43;F=
rontI -ExtPipe -chicaca1 -chicaca2 -XBPM1Out
                 -XBPM2Out -HPS2Out -HPS1Out -Targ1 -Targ2
                 | &#43;RefLim -ExtPipe
*
* downstream 2
AIRLEFT      5 &#43;Air -PisoIn &#43;TetoIn -LeftDI -TunelIn -FrontI -hole3=
2 &#43;hole31 -TubeExt1
*
* ---------------------- AIR OUTSIDE TUNNEL -------------------------------
*
* upstream left side
AIRTUNO      5 &#43;Air -PisoOut &#43;TunExtO &#43;FrontO -PisoIn
                 | &#43;Air -FrontO &#43;TunExtO &#43;BackOut &#43;hole30 -=
hole31
                 | &#43;Air -FrontO &#43;TunExtO &#43;BackOut &#43;hole32 -=
hole33
* right side, AIR IN CENTER OF THE MACHINE
AIRCENTE     5 &#43;Air -PisoOut &#43;TunelOut -PisoIn
*
* above Tunnel upstream
AIRROOFO     5 &#43;Air -TetoOut -TunExtO -TunelOut &#43;FrontO
* above Tunnel downstream
R27          5 &#43;Air -TetoOut -LeftDO -TunelOut -FrontO
PLUG         5 &#43;plugo2 -plugin
                 | &#43;plugo1 -plugin1
PLUGI        5 &#43;plugin &#43;plugo -ExtPipe
                 | &#43;plugin -ExtPipe -FrontI -plugo
                 | &#43;plugin2
                 | &#43;plugin3
PLUGO1       5 &#43;Plugo3 -plugin
                 | &#43;Plugo2 -plugin1
                 | &#43;plugo3
#if 0
STOP         5 &#43;G_stop2 -RefLim
#endif
#if 0
GAMASH       5 &#43;gamash -gamahol
                 | &#43;ExtPipe &#43;gamash -IntPipe
#endif
#if 0
MASC         5 &#43;masc3 -hole3 -hole4
                 | &#43;masc4 -hole10
                 | &#43;masc4 &#43;hole10 &#43;hole11 -hole6 -hole12
                 | &#43;masc4 &#43;hole10 &#43;hole11 -hole5
                 | &#43;masc4 -hole11 -hole12
                 | &#43;masc5 -hole14 -hole17
                 | &#43;masc5 &#43;hole16 -hole13 -hole14 -hole15
                 | &#43;masc5 &#43;hole13 &#43;hole16 &#43;hole17 -hole14 -=
hole15
                 | &#43;masc5 &#43;hole15 &#43;hole17
                 | &#43;masc5 &#43;hole17 -hole13 -hole14 -hole16
                 | &#43;masc6 &#43;hole18 &#43;hole19 &#43;hole21 -hole20
                 | &#43;masc6 &#43;hole19 -hole18 -hole22
                 | &#43;masc6 -hole19
                 | &#43;masc6 &#43;hole18 &#43;hole20
                 | &#43;masc6 -hole18 &#43;hole20
#endif
* chicane
CHICAFER     5 &#43;chicaca1
                 | &#43;chicaca2
* air inside the hutch
AIRCAB       5 &#43;Air &#43;LeftDO -FrontO -PisoIn -SideIn -SideIn &#43;Ba=
ckIn &#43;RoofIn -Cilin1 -ExtPipe -ExtP2 -ExtP3
                 &#43;hole35 -ExtP4 -Cilin2 -Cilin3 -Cilin4 -Stop1Out -Stop=
2Out -hole393
                 | &#43;Plugo1 -Plugo3
                 | &#43;plugo -plugo3 -plugo2
                 | &#43;Air &#43;ExtPipe &#43;hole35 -hole28 -Stop1Out -Sto=
p2Out -ExtP3 -ExtP4 -ExtP5
                 | &#43;Air -ExtP4 &#43;BackIn &#43;RoofIn -hole35 -SideIn =
-PisoIn &#43;LeftDO -PlugPb2 -Guilh -hole393
                 | &#43;Air -hole35 &#43;hole31 -hole32 -ExtP3 &#43;LeftDO =
-SideIn -ExtP4 -TubeExt1 &#43;BackIn -BackOut
                 | &#43;Air -LeftDI -FrontO -PisoIn &#43;hole32
                 | &#43;Air -FrontI &#43;FrontO -PisoIn &#43;BackIn &#43;ho=
le33 -LeftDI
                 | &#43;Air -FrontI &#43;FrontO -PisoIn &#43;BackIn -hole33=
 &#43;hole32 -LeftDI
                 | &#43;Stop1In &#43;Stop1Out -ExtP3
                 | &#43;Stop2In &#43;Stop2Out -ExtP4
                 | &#43;Air -hole34 &#43;TubeExt1
                 | &#43;Air -FrontI &#43;FrontO &#43;TetoIn &#43;BackIn -ho=
le31 -LeftDI
                 | &#43;Air -BackIn &#43;TubeExt1 -ExtP4 &#43;BackOut -Plug=
Pb1
                 | &#43;Air -LeftDI -FrontO &#43;hole35 -hole31 &#43;TetoIn
                 | &#43;Air -LeftDI -FrontO -hole31 &#43;TetoIn
                 | &#43;Air -SideIn &#43;plano2m -hole391 &#43;hole393 -Pis=
oIn &#43;RoofIn
                 | &#43;Air -plano2m &#43;plano1m5 -hole392 &#43;hole393 -P=
isoIn &#43;RoofIn
* air outside the tunnel
AIROUT       5 &#43;Air &#43;BackOut &#43;TunExtO -FrontO &#43;TunExIn -Pis=
oIn -hole30
                 | &#43;Air -RoofOut -FrontO &#43;hole37 &#43;LeftDO
                 | &#43;Air &#43;BackOut &#43;TunExtO -FrontO &#43;TunExIn =
-PisoIn &#43;hole31 -hole32
                 | &#43;Air &#43;BackOut &#43;TunExtO -FrontO &#43;TunExIn =
-PisoIn &#43;hole33
                 | &#43;Air -BackOut &#43;TunExtO -hole30 -RoofIn &#43;Teto=
Out
                 | &#43;Air &#43;TetoIn -hole32 &#43;hole33 &#43;TunExtO -h=
ole35
                 | &#43;Air -BackOut &#43;TetoOut -PisoIn &#43;LeftDO -ExtP=
4 -Guilh -PlugPb2 -PlugPb3 -PlugPb1 &#43;EndPlug -Guilh2
                 | &#43;Air &#43;SideIn &#43;hole31 -hole32 -BackOut
                 | &#43;Air -hole34 &#43;hole32 -hole33 &#43;LeftDO -ExtP4
                 | &#43;Air -BackOut &#43;TetoOut -PisoIn &#43;LeftDO -ExtP=
4 -Guilh -EndPlug -Guilh2
                 | &#43;Air &#43;hole403 -TunExtO &#43;BackOut -PisoIn &#43=
;TetoOut
                 | &#43;Air -TunExtO &#43;plano2m &#43;hole401 -hole403 -Pi=
soIn &#43;RoofIn
                 | &#43;Air -TunExtO -plano2m &#43;plano1m5 &#43;hole402 -h=
ole403 -PisoIn &#43;RoofIn
                 | &#43;Air &#43;PlugPb5 -ExtP4 &#43;EndPlug -BackIn
                 | -ExtP4 &#43;PlugPb1 -EndPlug &#43;Guilh2
                 | &#43;Air &#43;Guilh -ExtP4 &#43;TubeExt2
FOEWALL      5 &#43;Air -BackIn &#43;BackOut &#43;RoofIn -SideIn -TubeExt1 =
&#43;TetoOut -PisoIn &#43;LeftDO -hole391
                 | &#43;Air &#43;SideIn -TunExtO -FrontO &#43;BackOut -Piso=
In &#43;RoofOut -hole391
                 | &#43;Air -RoofIn &#43;RoofOut &#43;hole37 -FrontO &#43;L=
eftDO -TunExtO &#43;BackOut -hole403
                 | &#43;hole391 -hole401 -TunExtO &#43;BackOut &#43;RoofIn =
-PisoIn &#43;plano2m
                 | &#43;hole392 -hole402 -TunExtO &#43;BackOut &#43;RoofIn =
-PisoIn -plano2m &#43;plano1m5
                 | &#43;hole393 -hole403 -TunExtO &#43;BackOut &#43;RoofIn =
-PisoIn -plano1m5
XBPM1        5 &#43;XBPM1Out -XBPM1In1 -XBPM1In2 -XBPM1In3 -XBPM1In4
                 | &#43;XBPM1In1 -XBPM1In5 &#43;XBPM1In6
                 | &#43;XBPM1In1 -XBPM1In6
                 | &#43;XBPM1In1 -XBPM1In7 &#43;XBPM1In8
                 | &#43;XBPM1In1 -XBPM1In8
                 | &#43;XBPM1Out
XBPM2        5 &#43;XBPM2Out -XBPM2In1 -XBPM2In2 -XBPM2In3 -XBPM2In4
                 | &#43;XBPM2In1 -XBPM2In5 &#43;XBPM2In6
                 | &#43;XBPM2In1 -XBPM2In6
                 | &#43;XBPM2In1 -XBPM2In7 &#43;XBPM2In8
                 | &#43;XBPM2In1 -XBPM2In8
                 | &#43;XBPM2Out
* Tungsten Stop 1
WSTOP1       5 &#43;Stop1Out -Stop1In
* Tungsten Stop 2
WSTOP2       5 &#43;Stop2Out -Stop2In
#if 0
* Fe Gamma Shutter
GAMASHUT     5 &#43;FeGSOut -FeGSIn
#endif
#if 0
* Fe Mask
FEMASK       5 &#43;FMaskOut -FMaskIn2 -FMaskIn1 -FMaskIn3
#endif
#if 0
* Fe Slits (pdf manaca) - conflito com HPS-1
FESLITS      5 &#43;FSlitOut -FSlitIn
#endif
#if 0
* Photon Shutter
PHOSHUT      5
#endif
HPS1         5 &#43;HPS1Out -HPS1In
                 | &#43;HPS1In
HPS2         5 &#43;HPS2Out -HPS2In
                 | &#43;HPS2In &#43;HPS2Out
#if 0
* first Slits
SLITS1       5 &#43;SlitsOut -SlitsIn1 -SlitsIn2 -SlitsIn3
                 | &#43;SlitsIn1 &#43;SlitsIn4 -SlitsIn5
                 | &#43;SlitsIn1 &#43;SlitsIn5 -SlitsIn4
                 | &#43;SlitsIn1 -SlitsIn4 -SlitsIn5
#endif
#if 0
* second Slits
SLITS2       5 &#43;SlitsOu1 -SlitsIn6 -SlitsIn7 -SlitsIn8
                 | &#43;SlitsIn8 &#43;SlitsIn9 -SlitsI10
                 | &#43;SlitsIn8 &#43;SlitsI10 -SlitsIn9
                 | &#43;SlitsIn8 -SlitsIn9 -SlitsI10
#endif
* Lead Plug after hutch
PLUGPB       5 &#43;PlugPb1 -PlugPb5 &#43;EndPlug -BackIn -ExtP4
                 | &#43;PlugPb2 -ExtP4 -PlugPb5
                 | &#43;PlugPb3 -PlugPb4
* Guillotine
GUILHOT      5 &#43;Guilh -TubeExt2
* Guillotine
GUILHOT1     5 &#43;Guilh2 -ExtP4 -PlugPb2 -PlugPb3 -PlugPb1
                 | &#43;PlugPb4 -PlugPb1
* Vaccum pipe
InoxUpG2     5 &#43;ExtPipe1 -IntPipe1 -FrontO1 &#43;hole42 &#43;Air1 -Cili=
n6 &#43;hole43 -Cilin3
                 | &#43;ExtP5 -Cilin7 &#43;Air1 -Cilin6 -Cilin8 -Cilin9 -St=
op1Ou2 -Stop2Ou2
                 | &#43;ExtP6 -Cilin6 &#43;Air1 -Cilin7 -Cilin9
                 | -hole43 &#43;hole42 &#43;IntPipe1 -Cilin7 -Cilin8
                 | &#43;ExtP7 -Cilin8 &#43;Air1 -Cilin7 -Stop1Ou2 -Stop2Ou2=
 -Guilh &#43;BackIn
                 | &#43;ExtPipe1 -Cilin9 -hole43 &#43;hole42 -Cilin7
* Inside pipe (optional)
InsideF3     5 &#43;Cilin4 -Stop1Out -Stop2Out -BackIn
                 | &#43;Guilh &#43;Cilin4
* Vaccum pipe (optional)
InoxUpG3     5 &#43;ExtP4 -Cilin4 &#43;Air -Cilin3 -Stop1Out -Stop2Out -Bac=
kIn
                 | &#43;Guilh &#43;ExtP4 -Cilin4
TARG1        5 &#43;Targ1 -ExtPipe
TARG2        5 &#43;Targ2 -ExtPipe
END
          1.        1.        1.        1.        1.        1.        1.
          1.        1.        1.        1.        1.        1.        1.
          1.        1.        1.        1.        1.        1.        1.
          1.        1.        1.        1.        1.        1.        1.
          1.        1.        1.        1.        1.        1.        1.
          1.        1.        1.        1.        1.        1.        1.
          1.        1.
GEOEND
ASSIGNMA    BLCKHOLE  BLACKHOL                           0.0
ASSIGNMA       STEEL  InoxUpG1                           0.0
ASSIGNMA         GAS  InsideSR                           0.0
ASSIGNMA      VACUUM  InsideF1                           0.0
ASSIGNMA     PITWALL  GROUNDFL                           0.0
ASSIGNMA    BLCKHOLE  SobrePis                           0.0
ASSIGNMA     PITWALL      ROOF                           0.0
ASSIGNMA     PITWALL       R13                           0.0
ASSIGNMA     PITWALL  TUNELEXT                           0.0
ASSIGNMA     PITWALL  FRONTWAL                           0.0
ASSIGNMA     PITWALL  LEFTWALL                           0.0
ASSIGNMA    BLCKHOLE   TUNELIN                           0.0
ASSIGNMA         AIR  TUNELAIR                           0.0
ASSIGNMA         AIR   AIRDIPD                           0.0
ASSIGNMA         AIR  AIRDOWNS                           0.0
ASSIGNMA         AIR   AIRLEFT                           0.0
ASSIGNMA         AIR   AIRTUNO                           0.0
ASSIGNMA    BLCKHOLE  AIRCENTE                           0.0
ASSIGNMA         AIR  AIRROOFO                           0.0
ASSIGNMA         AIR       R27                           0.0
ASSIGNMA      VACUUM       BH3                           0.0
* Electron Beam (for Bremsstrahlung Simulation)
BEAM             -3.       0.0    -1E-06    -1E-05    -1E-05        1.ELECT=
RON
* Electron Beam (for Bremsstrahlung Simulation)
BEAMPOS          0.0       0.0     -517.       0.0       0.0       0.0
LAM-BIAS         0.0      0.01  BLCKHOLE    PHOTON
* activates heavy fragment evaporation (up to A=3D24), essential for activa=
tion
* calculations
PHYSICS           3.                                                  EVAPO=
RAT
*PHYSICS        1000.     1000.     1000.     1000.     1000.     1000.PEAT=
HRES
* coalescence, better to activate if light fragments are of interest (e.g.
* tritium)
PHYSICS           1.                                                  COALE=
SCE
ASSIGNMA         AIR  InoxUpG2
ASSIGNMA    POLYETHE      PLUG                           0.0
ASSIGNMA         AIR     PLUGI                           0.0
ASSIGNMA         ACO    PLUGO1                           0.0
*ASSIGNMA         AIR      STOP                           0.0
*ASSIGNMA         AIR    GAMASH                           0.0
*ASSIGNMA      COPPER      MASC
ASSIGNMA         AIR    AIRCAB
ASSIGNMA       STEEL  CHICAFER
ASSIGNMA         AIR   KILLELE
ASSIGNMA         AIR    AIROUT
ASSIGNMA         AIR   FOEWALL
ASSIGNMA         AIR    WSTOP1
ASSIGNMA         AIR    WSTOP2
*ASSIGNMA         AIR  GAMASHUT
*ASSIGNMA         AIR    FEMASK
*ASSIGNMA         AIR   FESLITS
ASSIGNMA         AIR     XBPM1
ASSIGNMA         AIR     XBPM2
*ASSIGNMA         AIR   PHOSHUT
ASSIGNMA         AIR      HPS1
ASSIGNMA         AIR      HPS2
*ASSIGNMA         AIR    SLITS1
ASSIGNMA         AIR  InoxUpG3
*ASSIGNMA         AIR    SLITS2
ASSIGNMA         AIR    PLUGPB
ASSIGNMA         AIR   GUILHOT
ASSIGNMA         AIR  InsideF3
ASSIGNMA         AIR  InsideF2
ASSIGNMA         AIR  GUILHOT1
ASSIGNMA      COPPER     TARG1
ASSIGNMA     SS316LN     TARG2
* ..&#43;....1....&#43;....2....&#43;....3....&#43;....4....&#43;....5....&=
#43;....6....&#43;....7....&#43;....8
* Suppress multiple scattering in the air target
MULSOPT          0.0       0.0        3.       GAS                 0.0
* Suppress Moller scattering in the air target
*EMFCUT           0.0       3.5       0.0       GAS                 0.0ELPO=
-THR
* Kill beam electrons by a high energy transport cutoff at the end
* of the straight section
EMFCUT           3.5  0.000001       0.0   KILLELE
* Activates Gamma Interactions with Nuclei
*PHOTONUC          1.                      HYDROGEN  _at_LASTMAT
* Activate muon pair coherent production
*
*PHOTONUC          1.     1.E-4       0.0  HYDROGEN  _at_LASTMAT          MUMU=
PAIR
PHOTONUC          1.       0.0       0.0  HYDROGEN  _at_LASTMAT
* The hadronic inelastic interaction length of the particle is reduced by a=
 multiplying factor 0.02.
*LAM-BIAS         0.0      0.02              PHOTON
* Desactivate bremsstrahlung and pair production in black hole region
*EMF-BIAS       1021.       0.0        6.  BLACKHOL  _at_LASTREG
* Defines the particle types to be discarded.
* In this case, neutrinos and antineutrinos.
DISCARD      NEUTRIE  ANEUTRIE
* Sets energy transport cutoffs for photons
PART-THR      -1E-05    PROTON   APROTON
* Sets energy transport cutoffs for antineutrons
PART-THR      -1E-05  ANEUTRON  _at_LASTPAR
* Energy threshold for electron and positron production in GeV
*EMFCUT       -0.0001    1.0E-5        1.  HYDROGEN  _at_LASTMAT          PROD=
-CUT
* Energy transport threshold for electrons/positrons/gammas in GeV
*EMFCUT        -1E-05    1.0E-5       0.0  InsideSR  _at_LASTREG
*  ----------------------------  RUN  -------------------------------------=
----------
RANDOMIZ          1.
START          1000.
STOP
* Irradiation profile
* -------------------
RADDECAY          1.                 3.0               99999
* 7days intensity     4days intensity     7days intensity
IRRPROFI     604800.   100000.   345600.       0.0   604800.   100000.
* 4days intensity     7days intensit
IRRPROFI     345600.       0.0   604800.   100000.
* Specific activity
DCYSCORE          1.                     Copper-1h   Inox-1h          RESNU=
CLE
RESNUCLE          3.      -61.                         TARG1   7425.05Coppe=
r-1h
RESNUCLE          3.      -61.                         TARG2   3425.05Inox-=
1h
DCYSCORE          2.                     Copper-1m   Inox-1m          RESNU=
CLE
RESNUCLE          3.      -62.                         TARG1   7425.05Coppe=
r-1m
RESNUCLE          3.      -62.                         TARG2   3425.05Inox-=
1m
DCYSCORE          1.                     Copbin-1hInoxbin-1h          USRBI=
N
USRBIN           11.  ACTIVITY      -63.       10.       0.0     1890.Copbi=
n-1h
USRBIN           0.0       0.0     1870.        1.        1.        1. &amp=
;
USRBIN           11.  ACTIVITY      -63.       10.       0.0     1900.Inoxb=
in-1h
USRBIN           0.0       0.0     1890.        1.        1.        1. &amp=
;
DCYSCORE          2.                     Copbin-1mInoxbin-1m          USRBI=
N
USRBIN           11.  ACTIVITY      -63.       10.       0.0     1890.Copbi=
n-1m
USRBIN           0.0       0.0     1870.        1.        1.        1. &amp=
;
* Cooling:     1hour    1month
DCYTIMES       3600.  2592000.
USRBIN           11.  ACTIVITY      -63.       10.       0.0     1900.Inoxb=
in-1m
USRBIN           0.0       0.0     1890.        1.        1.        1. &amp=
;
* Dose equivalent
DCYSCORE          1.                      DoseEq1h  DoseEq1h          USRBI=
N
AUXSCORE      USRBIN                      DoseEq1h                    EWT74
USRBIN           11.   DOSE-EQ      -64.       50.       0.0     2000.DoseE=
q1h
USRBIN           0.0       0.0     1800.      500.        1.     2000. &amp=
;
DCYSCORE          2.                      DoseEq1m  DoseEq1m          USRBI=
N
AUXSCORE      USRBIN                      DoseEq1m                    EWT74
USRBIN           11.   DOSE-EQ      -64.       50.       0.0     2000.DoseE=
q1m
USRBIN           0.0       0.0     1800.      500.        1.     2000. &amp=
;
STOP
ActivationSync.flair
#!/usr/local/flair/flair
# FLUKA Project file
Version: 2
Title: Teste de Ativacao
Input: ActivationSync.inp
Submit: *Default
Tabs: 0.1 0.32 0.56 0.81 1.0
Page: Input
DefMain: True
LinkPrg: lfluka
F77bound: True
F77dline: False
# Run information
Run: &lt;default&gt;
  	Prev:     0
  	Last:     5
  	Status:   3
  	Pid:      0
  	StartRun: 0
  	Family:  ActivationSync_aa ActivationSync_ab
  	# USRxxx data file: ActivationSync_61.rnc
  	Data: \I_\U.\e
  		Unit: 61
  		Type: r
  		Rule: &#43;,\I\d\d\d_fort\.\U
  		Rule: &#43;,\I\d\d\d_ftn\.\U
  	End
  	# USRxxx data file: ActivationSync_62.rnc
  	Data: \I_\U.\e
  		Unit: 62
  		Type: r
  		Rule: &#43;,\I\d\d\d_fort\.\U
  		Rule: &#43;,\I\d\d\d_ftn\.\U
  	End
  	# USRxxx data file: ActivationSync_63.bnn
  	Data: \I_\U.\e
  		Unit: 63
  		Type: b
  		Rule: &#43;,\I\d\d\d_fort\.\U
  		Rule: &#43;,\I\d\d\d_ftn\.\U
  	End
  	# USRxxx data file: ActivationSync_64.bnn
  	Data: \I_\U.\e
  		Unit: 64
  		Type: b
  		Rule: &#43;,\I\d\d\d_fort\.\U
  		Rule: &#43;,\I\d\d\d_ftn\.\U
  	End
End
# Run information
Run: ActivationSync_aa
  	Rnd:      1
  	Prev:     0
  	Last:     5
  	Status:   3
  	Pid:      0
  	StartRun: 1579007098
  	Parent:    &lt;default&gt;
  	# USRxxx data file: ActivationSync_aa_61.rnc
  	Data: \I_\U.\e
  		Unit: 61
  		Type: r
  		Rule: &#43;,\I\d\d\d_fort\.\U
  		Rule: &#43;,\I\d\d\d_ftn\.\U
  	End
  	# USRxxx data file: ActivationSync_aa_62.rnc
  	Data: \I_\U.\e
  		Unit: 62
  		Type: r
  		Rule: &#43;,\I\d\d\d_fort\.\U
  		Rule: &#43;,\I\d\d\d_ftn\.\U
  	End
  	# USRxxx data file: ActivationSync_aa_63.bnn
  	Data: \I_\U.\e
  		Unit: 63
  		Type: b
  		Rule: &#43;,\I\d\d\d_fort\.\U
  		Rule: &#43;,\I\d\d\d_ftn\.\U
  	End
  	# USRxxx data file: ActivationSync_aa_64.bnn
  	Data: \I_\U.\e
  		Unit: 64
  		Type: b
  		Rule: &#43;,\I\d\d\d_fort\.\U
  		Rule: &#43;,\I\d\d\d_ftn\.\U
  	End
End
# Run information
Run: ActivationSync_ab
  	Rnd:      2
  	Prev:     0
  	Last:     5
  	Status:   3
  	Pid:      0
  	StartRun: 1579007098
  	Parent:    &lt;default&gt;
  	# USRxxx data file: ActivationSync_ab_61.rnc
  	Data: \I_\U.\e
  		Unit: 61
  		Type: r
  		Rule: &#43;,\I\d\d\d_fort\.\U
  		Rule: &#43;,\I\d\d\d_ftn\.\U
  	End
  	# USRxxx data file: ActivationSync_ab_62.rnc
  	Data: \I_\U.\e
  		Unit: 62
  		Type: r
  		Rule: &#43;,\I\d\d\d_fort\.\U
  		Rule: &#43;,\I\d\d\d_ftn\.\U
  	End
  	# USRxxx data file: ActivationSync_ab_63.bnn
  	Data: \I_\U.\e
  		Unit: 63
  		Type: b
  		Rule: &#43;,\I\d\d\d_fort\.\U
  		Rule: &#43;,\I\d\d\d_ftn\.\U
  	End
  	# USRxxx data file: ActivationSync_ab_64.bnn
  	Data: \I_\U.\e
  		Unit: 64
  		Type: b
  		Rule: &#43;,\I\d\d\d_fort\.\U
  		Rule: &#43;,\I\d\d\d_ftn\.\U
  	End
End
# Material
Material: MOLYBDEN
  	alpha: 0
  	color: #70B090
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: BARIUM
  	alpha: 0
  	color: #907010
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: ACO
  	alpha: 0
  	color: #B05070
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: PITWALL
  	alpha: 0
  	color: #50B010
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: STDAIR1
  	alpha: 0
  	color: #20B010
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: B4C
  	alpha: 0
  	color: #90D010
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: POLYETHE
  	alpha: 0
  	color: #30D0B0
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: TISSTUM
  	alpha: 0
  	color: #7010B0
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: DIOXSI
  	alpha: 0
  	color: #301070
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: TISSGEN
  	alpha: 0
  	color: #B010B0
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: STDAIR
  	alpha: 0
  	color: #C0B0D0
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: GAS
  	alpha: 0
  	color: #301030
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: SAND
  	alpha: 0
  	color: #D0B0D0
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: CHLORINE
  	alpha: 0
  	color: #503010
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: SS316LN
  	alpha: 0
  	color: #401010
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: AL5080
  	alpha: 0
  	color: #D0D0D0
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: NIOBIUM
  	alpha: 0
  	color: #7030D0
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: WETSOIL
  	alpha: 0
  	color: #709030
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: BPAdenso
  	alpha: 0
  	color: #30D030
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: TISSEYE
  	alpha: 0
  	color: #E010D0
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: MANGANES
  	alpha: 0
  	color: #B050D0
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: HAEMATIT
  	alpha: 0
  	color: #803010
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: POTASSIU
  	alpha: 0
  	color: #70B0B0
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: HPM1850
  	alpha: 0
  	color: #901090
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: STEEL2
  	alpha: 0
  	color: #401090
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Material
Material: BACONC
  	alpha: 0
  	color: #50D090
  	fuzz: 0.0
  	ior: 1.0
  	shine: 10.0
  	specular: 0.0
End
# Geometry Information
Geometry:
  	Frame.bsplit: 0.5
  	Frame.tsplit: 0.5
  	Frame.vsplit: 0.5
End
# Geometry plot &quot;GeoViewer Red plot&quot;
Plot: Red
  	Format: .eps
  	Type:   Geometry
  	basisu: 1 0 0
  	basisv: 0 1 0
  	boundaries: 1
  	coord: X-Y
  	extends: 100 75
  	labels: 1
  	layer: Media
  	origin: 0 0 0
  	subtype: Material
  	title: GeoViewer Red plot
End
# Geometry plot &quot;GeoViewer Green plot&quot;
Plot: Green
  	Format: .eps
  	Type:   Geometry
  	basisu: 0 0 1
  	basisv: 1 0 0
  	boundaries: 1
  	coord: Z-X
  	extends: 100 75
  	labels: 1
  	layer: Media
  	origin: 0 0 0
  	subtype: Material
  	title: GeoViewer Green plot
End
# Geometry plot &quot;GeoViewer Blue plot&quot;
Plot: Blue
  	Format: .eps
  	Type:   Geometry
  	basisu: 0 0 1
  	basisv: 0 1 0
  	boundaries: 1
  	coord: Z-Y
  	extends: 619.174 290.541
  	labels: 1
  	layer: Media
  	origin: 0 -60.9333 2903.19
  	subtype: Material
  	title: GeoViewer Blue plot
End
# Geometry plot &quot;GeoViewer Magenta plot&quot;
Plot: Magenta
  	Format: .eps
  	Type:   Geometry
  	basisu: -1 0 0
  	basisv: 0 1 0
  	boundaries: 1
  	coord: X-Y
  	extends: 100 75
  	labels: 1
  	layer: Media
  	origin: 0 0 0
  	subtype: Material
  	title: GeoViewer Magenta plot
End
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</pre>
</blockquote>
<pre class=3D"moz-signature" cols=3D"72">--=20
Dr. Tamer Tolba
Forschungszentrum J=C3=BClich
Institut f=C3=BCr Kernphysik (IKP)
52425 J=C3=BClich, Germany
Tel.: &#43;49 2461 61 6860
Fax.: &#43;49 2461 61 96415</pre>
<br>
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Eingetragen im Handelsregister des Amtsgerichts Dueren Nr. HR B 3498<br>
Vorsitzender des Aufsichtsrats: MinDir Volker Rieke<br>
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