Dear Leticia,
There is a STOP card in the input file just before the definitions of the
scorings. The code stops reading the input when it finds a STOP card, the
rest is ignored. Deleting that card you'll obtain data files.
Warning: remember to include the ion interaction generators in the
executable (link using the ldpmqmd script, from command line or from the
flair "Build" tab)) and to run with this executable (-e flukadpm3 in
command line, or defining the executable in the Flair Run page) Otherwise
the code will stop.
Regards
Paola
> Dear Paola,
>
> I am currently trying to simulate the irradiation of a material and the
> dose
> 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
> process
> 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
>
> www.cnpem.br
>
> ??
>
> cid:image001.png_at_01D4C444.68E95790
>
> ??
>
> Aviso Legal: Esta mensagem e seus anexos podem conter informa????es
> confidenciais e/ou de uso restrito. Observe atentamente seu conte??do e
> considere eventual consulta ao remetente antes de copi??-la, divulg??-la
> ou
> distribu??-la. Se voc?? recebeu esta mensagem por engano, por favor avise
> o
> remetente e apague-a imediatamente.
>
> Disclaimer: This email and its attachments may contain confidential and/or
> privileged information. Observe its content carefully and consider
> possible
> querying to the sender before copying, disclosing or distributing it. If
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> have received this email by mistake, please notify the sender and delete
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>
> ??
>
>
> ____________________________________________________________________________
> De: owner-fluka-discuss_at_mi.infn.it <owner-fluka-discuss_at_mi.infn.it> em
> nome
> de Paola Sala <paola.sala_at_mi.infn.it>
> Enviado: domingo, 19 de janeiro de 2020 11:13
> Para: fluka-discuss_at_fluka.org <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
>>
>> --
>> ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
>> iThemba LABS
>> Old Faure Road
>> Faure
>> P. O. Box 722
>> Somerset West, 7129
>> South Africa
>> www.tlabs.ac.za
>>
>> Dr Obed Shirinda
>> Computational Physicist: Instrumentation and Information Technology
>> Department
>> Office no: J-bolck, J158
>> Tel:???? +27 (0) 21 843 1547
>> Fax:???? +27 (0) 21 843 3525
>> Cell:?? +27 (0) 72 056 4314/ +27 (0) 78 253 6798
>> email: obed_at_tlabs.ac.za
>> Alternative email: obedshirinda_at_yahoo.co.uk
>>???????????????????????????????????????? obedshirinda_at_gmail.com
>> ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
>>
>>
>>
>>
>> __________________________________________________________________________
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>> https://www.fluka.org/fluka.php?id=acc_info
>>
> * ..+....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
> PRECISIO
> *
> *
> *
> * 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.
> AL5080
> MATERIAL 2.51 27. B4C
> MATERIAL 3.637 28.
> BACONC
> MATERIAL 56. 137.33 3.59 29.
> BARIUM
> MATERIAL 5. 10.811 2.34 30.
> BORON
> MATERIAL 17. 35.4527 2.9947E-3 31.
> CHLORINE
> MATERIAL 24. 51.9961 7.19 32.
> CHROMIUM
> MATERIAL 3.70 33.
> HAEMATIT
> MATERIAL 18.5 34.
> HPM1850
> MATERIAL 1. 1.0079 8.988E-5 3.
> 1.HYDROGEN
> MATERIAL 25. 54.93805 7.44 35.
> MANGANES
> MATERIAL 42. 95.94 10.2 36.
> MOLYBDEN
> MATERIAL 41. 93. 8.4 37.
> NIOBIUM
> MATERIAL 15. 30.97376 2.2 38.
> PHOSPHO
> MATERIAL 2.35 39.
> PITWALL
> MATERIAL 0.95 40.
> POLYETHE
> MATERIAL 19. 39.10 0.862 41.
> POTASSIU
> MATERIAL 1.6 42. SAND
> MATERIAL 0.001205 43.
> STDAIR
> MATERIAL 2.96E-4 44.
> STDAIR1
> MATERIAL 8.11 45.
> STEEL
> MATERIAL 8.11 46.
> STEEL2
> MATERIAL 16. 32.066 2. 47.
> SULFUR
> MATERIAL 1.01 48.
> TISSEYE
> MATERIAL 1.05 49.
> TISSGEN
> MATERIAL 1.05 50.
> TISSTUM
> MATERIAL 1. 51.
> WATER
> MATERIAL 1.8 52.
> WETSOIL
> MATERIAL 2.2 53.
> DIOXSI
> * Choosing Bisphenol A as glue. Check correct information!!!
> http://www.lesker.com/msds/pdfs/b3feddd2e786b88ac6354dcf0bc56168edc047c6ad23a03ffe574c4de.pdf
> * Density from STYCAST 2850 FT:
> http://lartpc-docdb.fnal.gov/0000/000059/001/stycas2850.pdf
> MATERIAL 2.4 54.
> BPAdenso
> MATERIAL 7.85 55. ACO
> * Stainless steel AISI316LN
> MATERIAL 7.8
> SS316LN
> COMPOUND 0.67145 IRON 0.185 CHROMIUM 0.1125
> NICKELSS316LN
> COMPOUND 0.02 MANGANES 0.01 SILICON 0.00045
> PHOSPHOSS316LN
> COMPOUND 0.0003 SULFUR 0.0003 CARBON
> SS316LN
> *
> * 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.
> OXYGENDIOXSI
> COMPOUND 15. CARBON 16. HYDROGEN 2.
> OXYGENBPAdenso
> COMPOUND -0.948 ALUMINUM -0.045 MAGNESIU -0.007
> MANGANESAL5080
> COMPOUND 4. BORON 1. CARBON B4C
> COMPOUND -0.004 HYDROGEN -0.312 OXYGEN -0.001
> SODIUMBACONC
> COMPOUND -0.004 MAGNESIU -0.006 ALUMINUM -0.018
> SILICONBACONC
> COMPOUND -0.1 SULFUR -0.046 CALCIUM -0.001
> MANGANESBACONC
> COMPOUND -0.088 IRON -0.421 BARIUM
> BACONC
> COMPOUND -0.506 IRON -0.339 OXYGEN -0.005
> BORONHAEMATIT
> COMPOUND -0.068 SILICON -0.048 CALCIUM -0.019
> MAGNESIUHAEMATIT
> COMPOUND -0.01 ALUMINUM -0.004 HYDROGEN -0.001
> MANGANESHAEMATIT
> COMPOUND -97.5 TUNGSTEN -1. IRON -1.5
> NICKELHPM1850
> COMPOUND -49.5 OXYGEN -0.5 BORON -20.
> SILICONPITWALL
> COMPOUND -19.5 CALCIUM -3. ALUMINUM -1.
> SODIUMPITWALL
> COMPOUND -1.4 IRON -0.6 HYDROGEN -3.
> CARBONPITWALL
> COMPOUND -0.5 MAGNESIU -1. POTASSIU
> PITWALL
> COMPOUND 2. HYDROGEN 1. CARBON
> POLYETHE
> 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
> OXYGENSTDAIR
> COMPOUND -0.012827 ARGON
> STDAIR
> COMPOUND -0.25847 HYDROGEN -0.337079 CARBON -0.404494
> OXYGENSTDAIR1
> COMPOUND
> STDAIR1
> 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
> CHROMIUMSTEEL2
> COMPOUND -0.03 MOLYBDEN -0.02 MANGANES -0.01
> SILICONSTEEL2
> COMPOUND -0.0003 CARBON -0.00045 PHOSPHO -0.00015
> SULFURSTEEL2
> COMPOUND -0.0022 NITROGEN
> STEEL2
> COMPOUND -10.6 HYDROGEN -28.4 CARBON -2.6
> NITROGENTISSEYE
> COMPOUND -57.8 OXYGEN -0.2 SULFUR -0.2
> CHLORINETISSEYE
> COMPOUND -0.1 POTASSIU -0.1 PHOSPHO
> TISSEYE
> COMPOUND -10.6 HYDROGEN -28.4 CARBON -2.6
> NITROGENTISSGEN
> COMPOUND -57.8 OXYGEN -0.2 SULFUR -0.2
> CHLORINETISSGEN
> COMPOUND -0.1 POTASSIU -0.1 PHOSPHO
> TISSGEN
> COMPOUND -10.6 HYDROGEN -28.4 CARBON -2.6
> NITROGENTISSTUM
> COMPOUND -57.8 OXYGEN -0.2 SULFUR -0.2
> CHLORINETISSTUM
> COMPOUND -0.1 POTASSIU -0.1 PHOSPHO
> TISSTUM
> COMPOUND 2. HYDROGEN 1. OXYGEN
> WATER
> COMPOUND -3. HYDROGEN -62. OXYGEN -2.
> MAGNESIUWETSOIL
> COMPOUND -4. ALUMINUM -2. IRON -4.
> CALCIUMWETSOIL
> COMPOUND -23. MUSCLEST
> WETSOIL
> 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
> COMBNAME
> 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
> *
> * =====================================
> * ----------------------------General
> Definitions-------------------------------------
> * =====================================
> *
> * external void
> *
> RPP Blackhol -999999. 999999. -999999. 999999. -999999. 999999.
> *
> * boundaries of geometry
> *
> RPP Air -200. 1150. -350. 350. -517. 4620.
> * =====================================
> * -----------BEAMLINES (z=0, y=0, x=0 center of straight)-----------
> * =====================================
> *
> *
> * 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
> *
> * ===================================================================
> *
> * Second Crystal and Frame 2 need be also translated:
> * 0 mm for Bragg=60deg
> * 9.973 mm for Bragg = 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
> -2.18194440448
> 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
> 0.3175
> * 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
> .89037894179985
> 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
> 2122.7572721094
> * 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.
> * =====================================
> * -----------BEAMLINES (z=0, y=0, x=0 center of straight)-----------
> * =====================================
> *
> *
> * 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
> *
> *
> * =======================================
> * =======================================
> * =======================================
> * ============REGION DEFINITIONS==============
> * =======================================
> * =======================================
> * =======================================
> *
> *
> *
> *
> *
> *
> *
> *
> * =======================================
> * ---------------------- BLACK HOLE AROUND GEOMETRY
> ------------------------
> * =======================================
> *
> *
> *
> 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
> -FMaskOut -FeGSOut -XBPM1Out -XBPM2Out
> -HPS1Out -HPS2Out -PSOut -SlitsOut -SlitsOu1 -plugo
> -Plugo1
> | +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
> -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 +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
> *
> *
> *
> *
> * =======================================
> * --------------------------------------- TUNNEL
> -----------------------------------------
> * =======================================
> *
> *
> *
> *
> * 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
> -ExtPipe -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
> -ExtPipe -chicaca1 -chicaca2 -XBPM1Out
> -XBPM2Out -HPS2Out -HPS1Out -Targ1 -Targ2
> | +RefLim -ExtPipe
> *
> * downstream 2
> AIRLEFT 5 +Air -PisoIn +TetoIn -LeftDI -TunelIn -FrontI -hole32
> +hole31 -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
> +LeftDO -PlugPb2 -Guilh -hole393
> | +Air -hole35 +hole31 -hole32 -ExtP3 +LeftDO -SideIn
> -ExtP4 -TubeExt1 +BackIn -BackOut
> | +Air -LeftDI -FrontO -PisoIn +hole32
> | +Air -FrontI +FrontO -PisoIn +BackIn +hole33 -LeftDI
> | +Air -FrontI +FrontO -PisoIn +BackIn -hole33 +hole32
> -LeftDI
> | +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
> +RoofIn
> * 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
> -PlugPb2 -PlugPb3 -PlugPb1 +EndPlug -Guilh2
> | +Air +SideIn +hole31 -hole32 -BackOut
> | +Air -hole34 +hole32 -hole33 +LeftDO -ExtP4
> | +Air -BackOut +TetoOut -PisoIn +LeftDO -ExtP4 -Guilh
> -EndPlug -Guilh2
> | +Air +hole403 -TunExtO +BackOut -PisoIn +TetoOut
> | +Air -TunExtO +plano2m +hole401 -hole403 -PisoIn
> +RoofIn
> | +Air -TunExtO -plano2m +plano1m5 +hole402 -hole403
> -PisoIn +RoofIn
> | +Air +PlugPb5 -ExtP4 +EndPlug -BackIn
> | -ExtP4 +PlugPb1 -EndPlug +Guilh2
> | +Air +Guilh -ExtP4 +TubeExt2
> FOEWALL 5 +Air -BackIn +BackOut +RoofIn -SideIn -TubeExt1 +TetoOut
> -PisoIn +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
> +plano2m
> | +hole392 -hole402 -TunExtO +BackOut +RoofIn -PisoIn
> -plano2m +plano1m5
> | +hole393 -hole403 -TunExtO +BackOut +RoofIn -PisoIn
> -plano1m5
> 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.ELECTRON
> * 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=24), essential for
> activation
> * calculations
> PHYSICS 3.
> EVAPORAT
> *PHYSICS 1000. 1000. 1000. 1000. 1000.
> 1000.PEATHRES
> * coalescence, better to activate if light fragments are of interest (e.g.
> * tritium)
> PHYSICS 1.
> COALESCE
> 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
> MUMUPAIR
> 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
> RESNUCLE
> RESNUCLE 3. -61. TARG1
> 7425.05Copper-1h
> RESNUCLE 3. -61. TARG2
> 3425.05Inox-1h
> DCYSCORE 2. Copper-1m Inox-1m
> RESNUCLE
> RESNUCLE 3. -62. TARG1
> 7425.05Copper-1m
> RESNUCLE 3. -62. TARG2
> 3425.05Inox-1m
> DCYSCORE 1. Copbin-1hInoxbin-1h
> USRBIN
> USRBIN 11. ACTIVITY -63. 10. 0.0
> 1890.Copbin-1h
> USRBIN 0.0 0.0 1870. 1. 1. 1. &
> USRBIN 11. ACTIVITY -63. 10. 0.0
> 1900.Inoxbin-1h
> USRBIN 0.0 0.0 1890. 1. 1. 1. &
> DCYSCORE 2. Copbin-1mInoxbin-1m
> USRBIN
> USRBIN 11. ACTIVITY -63. 10. 0.0
> 1890.Copbin-1m
> USRBIN 0.0 0.0 1870. 1. 1. 1. &
> * Cooling: 1hour 1month
> DCYTIMES 3600. 2592000.
> USRBIN 11. ACTIVITY -63. 10. 0.0
> 1900.Inoxbin-1m
> USRBIN 0.0 0.0 1890. 1. 1. 1. &
> * Dose equivalent
> DCYSCORE 1. DoseEq1h DoseEq1h
> USRBIN
> AUXSCORE USRBIN DoseEq1h
> EWT74
> USRBIN 11. DOSE-EQ -64. 50. 0.0
> 2000.DoseEq1h
> USRBIN 0.0 0.0 1800. 500. 1. 2000. &
> DCYSCORE 2. DoseEq1m DoseEq1m
> USRBIN
> AUXSCORE USRBIN DoseEq1m
> EWT74
> USRBIN 11. DOSE-EQ -64. 50. 0.0
> 2000.DoseEq1m
> 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
>
>
> __________________________________________________________________________
> You can manage unsubscription from this mailing list at
> https://www.fluka.org/fluka.php?id=acc_info
>
>
> --_005_RO1P15201MB2156C0619B2F292ACA4D738F870C0RO1P15201MB2156_--
>
> __________________________________________________________________________
> You can manage unsubscription from this mailing list at
> https://www.fluka.org/fluka.php?id=acc_info
>
__________________________________________________________________________
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Received on Thu Jan 23 2020 - 14:11:27 CET