Dear developer,
We seem to hit a problem (or limitation?) with the 64bit version of 2011.2.17 (possibly with 2.16 too, but cannot confirm). The same input is processed just fine with the 32 bit version (of same 2.17).
The final goal is to have a functional Fluka version running on a Debian/squeeze cluster. This is a shared production system so the forced installations of g77 weren't very appealing, leaving us one option only - getting the gfortran based 64bit release to build and work. If there are other alternatives that I'm ignoring, I'd be very happy to try them (thanks!).
Any help/suggestion/comment is very welcome!
Regards,
Razvan Popescu
Brookhaven National Laboratory
----------------------------------------------------
(sorry for the long message)
Here are the details of the impasse:
- Both cases use the very same input file (attached below)
- Case A: RHEL5 64bit, g77 3.4.6, local make from fluka2011.2-linuxAA.tar.gz - runs OK
- Case B: Ubuntu 11.04 64bit, gfortran 4.5.2, local make from fluka2011.2-linux-gfor64bit-gcc451-AA.tar.gz - end in core dump
- (can't test fluka32bit on Ubuntu for lack of g77, neither fluka64bit on RHEL5 for lack of gfortran >=4.4)
- The Case B configuration is run as "nohup $FLUPRO/flutil/rfluka -N0 -M10 BoosterExtDCSpSideShdB1B2F30PShdArcShdBDBFBDSS2_VC.inp > log1 &" and results in a core dump.
- The log file of cycle 1 (BoosterExtDCSpSideShdB1B2F30PShdArcShdBDBFBDSS2_VC001.log) contains these lines:
--------------------------------------------------------------------------
At line 1199 of file flkcgi.f
Fortran runtime error: Bad integer for item 1 in list input
Backtrace for this error:
+ function flkcgi_ (0x5DC8FD)
at line 1199 of file flkcgi.f
+ function geoinp_ (0x4E2A5E)
at line 243 of file geoinp.f
+ function flukam_ (0x408B6A)
at line 2901 of file flukam.f
+ function fluka (0x4076AC)
at line 289 of file fluka.f
+ /lib/x86_64-linux-gnu/libc.so.6(__libc_start_main+0xff) [0x7f81b3750eff]
Quit (core dumped)
--------------------------------------------------------------------------
- Running a backtrace on the core yields:
--------------------------------------------------------------------------
popescu_at_ariel:/nsls2/projects/fluka/popescu/arielUb64tgz451/fluka_22702$ gdb /nsls2/projects/fluka/popescu/flukaUb64tgz451/flukahp core
GNU gdb (Ubuntu/Linaro 7.2-1ubuntu11) 7.2
Copyright (C) 2010 Free Software Foundation, Inc.
License GPLv3+: GNU GPL version 3 or later <http://gnu.org/licenses/gpl.html>
This is free software: you are free to change and redistribute it.
There is NO WARRANTY, to the extent permitted by law. Type "show copying"
and "show warranty" for details.
This GDB was configured as "x86_64-linux-gnu".
For bug reporting instructions, please see:
<http://www.gnu.org/software/gdb/bugs/>...
Reading symbols from /nsls2/projects/fluka/popescu/flukaUb64tgz451/flukahp...done.
[New Thread 22731]
warning: Can't read pathname for load map: Input/output error.
Reading symbols from /usr/lib/x86_64-linux-gnu/libgfortran.so.3...(no debugging symbols found)...done.
Loaded symbols for /usr/lib/x86_64-linux-gnu/libgfortran.so.3
Reading symbols from /lib/x86_64-linux-gnu/libm.so.6...Reading symbols from /usr/lib/debug/lib/x86_64-linux-gnu/libm-2.13.so...done.
done.
Loaded symbols for /lib/x86_64-linux-gnu/libm.so.6
Reading symbols from /lib/x86_64-linux-gnu/libgcc_s.so.1...(no debugging symbols found)...done.
Loaded symbols for /lib/x86_64-linux-gnu/libgcc_s.so.1
Reading symbols from /lib/x86_64-linux-gnu/libc.so.6...Reading symbols from /usr/lib/debug/lib/x86_64-linux-gnu/libc-2.13.so...done.
done.
Loaded symbols for /lib/x86_64-linux-gnu/libc.so.6
Reading symbols from /lib64/ld-linux-x86-64.so.2...(no debugging symbols found)...done.
Loaded symbols for /lib64/ld-linux-x86-64.so.2
Core was generated by `/nsls2/projects/fluka/popescu/flukaUb64tgz451/flukahp'.
Program terminated with signal 3, Quit.
#0 0x00007f81b3765fe7 in kill () at ../sysdeps/unix/syscall-template.S:82
82 ../sysdeps/unix/syscall-template.S: No such file or directory.
in ../sysdeps/unix/syscall-template.S
(gdb) bt
#0 0x00007f81b3765fe7 in kill () at ../sysdeps/unix/syscall-template.S:82
#1 0x00007f81b3f7acb4 in ?? () from /usr/lib/x86_64-linux-gnu/libgfortran.so.3
#2 0x00007f81b3f7b3e8 in _gfortran_generate_error () from /usr/lib/x86_64-linux-gnu/libgfortran.so.3
#3 0x00007f81b400c1f4 in ?? () from /usr/lib/x86_64-linux-gnu/libgfortran.so.3
#4 0x00007f81b400ddae in ?? () from /usr/lib/x86_64-linux-gnu/libgfortran.so.3
#5 0x00007f81b400ed7c in ?? () from /usr/lib/x86_64-linux-gnu/libgfortran.so.3
#6 0x00000000005dc8fd in flkcgi (nadd=4002, lingeo=<value optimized out>, lougeo=<value optimized out>) at flkcgi.f:1199
#7 0x00000000004e2a5e in geoinp (what=..., sdum=..., luinpt=5, nregs=0, nregcg=0, _sdum=<value optimized out>) at geoinp.f:238
#8 0x0000000000408b6a in flukam (iflgeo=0) at flukam.f:2900
#9 0x00000000004076ac in fluka (argc=<value optimized out>, argv=<value optimized out>) at fluka.f:288
#10 main (argc=<value optimized out>, argv=<value optimized out>) at fluka.f:291
#11 0x00007f81b3750eff in __libc_start_main (main=0x407670 <main>, argc=1, ubp_av=0x7fffd2d0b198, init=<value optimized out>,
fini=<value optimized out>, rtld_fini=<value optimized out>, stack_end=0x7fffd2d0b188) at libc-start.c:226
#12 0x00000000004075a9 in _start ()
(gdb)
--------------------------------------------------------------------------
- The output file for cycle 1 (BoosterExtDCSpSideShdB1B2F30PShdArcShdBDBFBDSS2_VC001.out) ends with these lines:
--------------------------------------------------------------------------
[snip]
*
*--------------- BSR B1 roof Shield Lead ---------------*
*
BOX bsb1sdsd 81 0.10200000D+03 -0.33800000D+02 0.54000000D+03 0.19899320D+02 0.00000000D+00 -0.17542171D+01 958
0.00000000D+00 0.67600000D+02 0.00000000D+00 0.14033740D+02 0.00000000D+00 0.15919460D+03
*
*--------------- BSR B1 side Shield poly ---------------*
*
BOX bsb1rfsd 82 0.12189932D+03 0.33800000D+02 0.53824578D+03 -0.69729580D+02 0.00000000D+00 0.61469849D+01 974
0.00000000D+00 0.20000000D+02 0.00000000D+00 0.14033740D+02 0.00000000D+00 0.15919460D+03
*
--------------------------------------------------------------------------
- Finally, here is the input file (BoosterExtDCSpSideShdB1B2F30PShdArcShdBDBFBDSS2_VC.inp)
--------------------------------------------------------------------------
TITLE
BoosterExtract DC B1B2 QF SeptShield Side=10 F=30Poly to Arc3 BD BF QF3 BD2 Shadow Shield1_2 and Vaccuum chamber
* Set the defaults for precision simulations
DEFAULTS NEW-DEFA
* Define the beam characteristics 3GeV 1% dp/p
BEAM 3.0 -.03 -0.075 -0.5 -.0044 ELECTRON
* Define the beam position 1.25 mradians toward septum knife
BEAMPOS 2.14 0.0 -30.1 0.001250
* Define the beam position after BSR QF3 qudrupole centered in beam pipe at 5.038 degrees
*BEAMPOS 55.8 0.0 400. 0.087814
* Define the beam position after BSR QF3 qudrupole centered in beam pipe at 9.04Degrees
*BEAMPOS 55.8 0.0 400. 0.157144
PHOTONUC 1. CARBON @LASTMAT 1.
GEOBEGIN COMBNAME
0 0
* Black body
SPH blkbody 0.0 0.0 0.0 10000.0
RPP air -3000.0 1500.0 -1000. 1500.0 -1000. 1000.
* Elliptical beam pipe
REC bmpipe 0.0 0.0 -500. 0.0 0.0 1000. 0.0 1.3 0.0 2.15 0.0 0.0
* Beam Vacuum
REC bmvac 0.0 0.0 -500. 0.0 0.0 1000. 0.0 1.2 0.0 2.05 0.0 0.0
RCC bdvcin -887.66 -3.5 500. 0.0 7.0 0.0 875.16
RCC bdvcout -887.66 -3.5 500. 0.0 7.0 0.0 901.66
XYP bdvcus 500.
PLA bdvcds 0.18971 0.0 -1.2861 -9.5 0.0 631.4
RCC bdipin -887.66 -15.5 500. 0.0 31. 0.0 868.66
RCC bdipout -887.66 -15.5 500. 0.0 31. 0.0 908.66
* Elliptical beam pipe
REC bmpipe1 0.0 0.0 575. -38.67128010105 0.0 262.16317837436 0.0 1.3 0.0
2.1269842773769 0.0 .31374812157456
* Beam Vacuum
REC bmvac1 0.0 0.0 575. -38.67128010105 0.0 262.16317837436 0.0 1.2 0.0
2.0280547761035 0.0 .29915518568737
* Elliptical beam pipe for extraction
REC bmdect 4.6 0.0 33. 0.0 0.0 10. 0.0 1.3 0.0 2.15 0.0 0.0
* Extraction Inner Bulk shield wall
RPP extinwl -170. -100. -120. 155. -500. 500.
* Extraction Floor Bulk shield wall
RPP extfloor -550. 657. -200. -120. -500. 1740.
* Extraction Roof Bulk shield wall
RPP extroof -550. 657. 155. 225. -500. 1740.
* Extraction Outer Bulk shield wall
RPP extotwl 657. 738. -200. 206. -500. 1640.
* Extraction Roof Bulk shield wall
RPP sroofmz 554. 1000. 206. 287. -500. 2000.
* Arc3 inner wall outer radius
RCC arinwlo -2006. -120. 500. 0.0 275. 0.0 1906.
* Arc3 inner wall inner radius
RCC arinwli -2006. -120. 500. 0.0 275. 0.0 1836.
YZP arc3ds -2006.
* Arc3 outer wall outer radius
RCC arotwlo -2006. -120. 500. 0.0 275. 0.0 2326.
* Arc3 outer wall inner radius
RCC arotwli -2006. -120. 500. 0.0 275. 0.0 2226.
* Arc3 floor inner radius
RCC arfloori -2006. -200. 500. 0.0 80. 0.0 1836.
* Arc3 Floor outer radius
RCC arflooro -2006. -200. 500. 0.0 80. 0.0 2326.
* Arc3 roof inner radius
RCC aroofin -2006. 155. 500. 0.0 70. 0.0 1836.
* Arc3 roof outer radius
RCC aroofot -2006. 155. 500. 0.0 70. 0.0 2326.
* Arc3 upstream cut plane
PLA arc3us .18971 0.0 -1.2861 440.0 0.0 1840.0
* Extraction Outer Bulk shield wall
BOX extotwls 738. -200.0 1630. -903.5 0.0 94.26 0.0 406.0 0.0 10.37639327 0.0
99.4597
* Extraction Inner Tissue
RPP innrtiss -210. -170. -120. 155. -500. 500.
* Extraction Outer Tissue
RPP outrtiss 738. 778. -200. 206. -500. 1600.
* Extraction Roof Tissue
RPP extrftis -100. 200. 225. 265. -500. 1600.
* Extraction Roof Tissue
RPP srooftis 778. 1000. 287. 327. -500. 1640.
* SR alcove Tissue
RPP sralctis 400. 780. -120.0 155.0 1775. 1815.
* ISA lower floor tissue
BOX isatiss 0.0 -120.0 2180.0 -1618.54 0.0 787.875 15.55266243 0.0 31.95 0.0
520. 0.0
* Extraction septum forward shield
RPP exfwdshd -27. 24. -20. 42. 345. 375.
* Extraction septum forward cart shield
RPP extfwshd 16. 36. -16. 19. 48. 63.
* Extraction Outer Bulk shield wall
BOX sralwls 240. -200.0 1780. -82. 0.0 775. 0.0 406. 0.0 -99.61946980917 0.0
-10.54038261
* Achmeds Tomb Bulk shield wall
BOX actmbwl -340.0 -200.0 2000. 537.261185 0.0 56.8422336 0.0 406. 0.0
-10.53974 0.0 99.6194703
* Outer radius of septum yoke
RCC esptout 1252.97 -13.3 -30. 0.0 24. 0.0 1252.8
* Inner radius of septum yoke
RCC esptinr 1252.97 -13.3 -30. 0.0 24. 0.0 1236.
XYP esptus -30.
* Downs Stream Septum cut
PLA esptds 0.5377 0.0 9.9855 3. 0.0 30.
YZP esptxct 1.95
* Outer radius of septum vacuum
RCC esptvcot 1252.97 -1. -30. 0.0 2. 0.0 1250.7
* Inner radius of septum vacuum
RCC esptvcin 1252.97 -1. -30. 0.0 2. 0.0 1248.7
* Outer radius beam pipe Ext to DC septum
RCC edcspipe 4.3 0.0 29.5 3.38 0.0 62.9 1.1
* Inner radius beam vacuum Ext to DC septum
RCC edcspvac 4.3 0.0 29.5 3.38 0.0 62.9 0.9
* Extraction septum side cart shield
RPP extsdshd 36. 51. -17. 34.2 -44. 52.
* Extraction septum roof cart shield
RPP extrfshd -27.2 36. 19. 34.2 -44. 52.
* Extraction septum rear cart shield
RPP extrrshd 26. 36. -17. 19. -56.5 -36.5
* Arc BD dipole shadow shield 1 20 thick 40 wide an 20 high
BOX abdss1 -24.0 -10.0 767.0 -2.92032952 0.0 19.7857 39.571 0.0 5.8406 0.0
20.0 0.0
* Booster BF1 dipole upstream cut
PLA bfvcus1 -0.18971 0.0 1.2861 -38.77 0.0 837.15
* Booster BF1 dipole outer radius
RCC brbfout1 -2189.99 -14.1 520. 0.0 28.2 0.0 2191.0
* Booster BF1 inner radius
RCC brbfin1 -2189.99 -14.1 520. 0.0 28.2 0.0 2158.0
* Booster BF1 dipole downstream cut
PLA bfvcds1 -0.20208 0.0 0.979369 -61.45 0.0 959.80
* Booster BF1 dipole vacuum outer radius
RCC brbfvco1 -2189.99 -1.13 520. 0.0 2.26 0.0 2182.75
* Booster BF1 dipole vacuum inner radius
RCC brbfvci1 -2189.99 -1.13 520. 0.0 2.26 0.0 2166.25
* Void outside air
RPP void -5000.0 5000.0 -1000. 1500.0 -5000. 5000.
RPP airr -3000.0 1500.0 -1000. 1500.0 1000. 3500.
* Extraction septum forward poly shield
RPP exfwdply -27. 24. -20. 42. 375. 385.
* Booster Quadrupole
RPP brqf -20.9 20.9 -20.9 20.9 431. 461.
* Booster quad vacuum inner radius
RCC brqfgap 0.0 0.0 431. 0.0 0.0 30. 2.5
* Booster Quadrupole horizontal gap
RPP brqfhar -14.7 14.7 -0.82 0.82 431. 461.
* Booster Quadrupole horizontal gap
RPP brqfvar -0.82 0.82 -14.7 14.7 431. 461.
* Arc booster quad1
BOX brqf1 -38.897 -20.9 694.98 41.3526488 0.0 6.099052 0.0 41.8 0.0
-4.377310026 0.0 29.6789344
* Arc booster quad1
BOX brqf2 -52.15 -20.9 784.808 41.3526488 0.0 6.099052 0.0 41.8 0.0
-4.377310026 0.0 29.6789344
* DC Septum Yoke
BOX dcsept 2.85 -28. 66.8 35.8 0.0 -3.801106176 0.0 56. 0.0 12.67 0.0 119.33
* DC Septum vacuum
BOX dcsptvc 2.85 -1.0 66.8 19.391 0.0 -2.058861728 0.0 2. 0.0 12.67 0.0
119.33
* BSR beam pipe after DC septum
RCC bsrpipe1 21. 0.0 182. 39.0785 0.0 245.59 2.2
* BSR beam vacuum after DC septum
RCC bsrvac1 21. 0.0 182. 39.0785 0.0 245.59 1.9
* BSR quad1
BOX bsrqf1 17.19 -18.45 275.18 36.44 0.0 -5.79864498 0.0 36.9 0.0 5.186 0.0
32.59
* BSR quad1
BOX bsrqf2 31. -18.45 361.90 36.44 0.0 -5.79864498 0.0 36.9 0.0 5.186 0.0
32.59
* BSR B1 dipole yoke
BOX bsrb1 74. -33.8 426. -50.05 0.0 5.040929648 0.0 67.6 0.0 14.03 0.0
139.3
* BSR B1 dipole vaccum
BOX bsrb1vac 74. -5. 426. -31.84 0.0 3.20685714 0.0 10. 0.0 14.03 0.0 139.3
* BSR B2 dipole yoke
BOX bsrb2 64.7 -33.8 696. 50.05 0.0 -5.040929648 0.0 67.6 0.0 14.03 0.0
139.3
* BSR beam pipe to dump
RCC bsdpipe 74. 0.0 567. 44.53 0.0 1035. 2.2
* BSR beam vacuum to dump
RCC bsdvac 74. 0.0 567. 44.53 0.0 1035. 1.9
* BSR quad3
BOX bsrqf3 57. -18.45 591. 36.8751 0.0 -1.314505495 0.0 36.9 0.0 1.17562244
0.0 32.97909
* BSR B2 dipole vacuum
BOX bsrb2vac 64.7 -5. 696. 31.84 0.0 -3.20685714 0.0 10. 0.0 14.03 0.0 139.3
* BSR B1 side Shield Lead
BOX bsb1sdsd 102. -33.8 540. 19.89932 0.0 -1.75421706 0.0 67.6 0.0 14.03374
0.0 159.1946
* BSR B1 roof Shield Lead
BOX bsb1rfsd 121.89932 33.8 538.2457829 -69.72958 0.0 6.14698486 0.0 20. 0.0
14.03374 0.0 159.1946
* BSR B1 side Shield poly
BOX bsb1sdpy 121.89932 -33.8 538.2457829 24.9034 0.0 -2.195349847 0.0 112.6
0.0 14.03374 0.0 159.1946
* BSR B1 roof Shield poly
BOX bsb1rfpy 121.89932 53.8 538.2457829 -69.72958 0.0 6.14698486 0.0 25. 0.0
14.03374 0.0 159.1946
* BSR quad4 to dump
BOX bsrqf4 72. -18.45 972. 36.87 0.0 -1.276974613 0.0 36.9 0.0 1.1419 0.0
32.97
* BSR quad3
BOX bsrqf5 76. -18.45 1030. 36.87 0.0 -1.276974613 0.0 36.9 0.0 1.1419 0.0
32.97
* Booster Dump poly
BOX bdmpply 56.005546 -20. 1550.579 119.889 0.0 -5.158127 0.0 97. 0.0 6.0178
0.0 139.87
* Booster Dump table
BOX bdmptbl 56.005546 -23. 1550.579 119.889 0.0 -5.158127 0.0 3. 0.0 6.0178
0.0 139.87
* Booster Dump lead
BOX bdmppb 81.032349 -20. 1549.504454 69.935302 0.0 -3.008907 0.0 71. 0.0
4.5134 0.0 104.903
* Booster Dump air
BOX bdmpair 101.013864 -20. 1548.644766 29.972272 0.0 -1.289532 0.0 51. 0.0
1.977282 0.0 45.957484
* Booster Dump FC iron
BOX bdmpfc 102.9911 -20. 1594.602 29.972272 0.0 -1.289532 0.0 51. 0.0
0.85969 0.0 19.9815
* Booster Dump poly
BOX bdmpply1 56.005546 -20. 1550.579 119.889 0.0 -5.158127 0.0 97. 0.0 6.0178
0.0 139.87
* SR mezzanine Vertical tissue
RPP srooftiv 738. 778. 287. 487. 0.0 2000.
#if 0
* Elliptical beam vacuum
REC bmvac2 -61.4 0.0 959. -12.1246404 0.0 58.76219001 1.860802 0.0
0.3839468049 0.0 1.2 0.0
#endif
#if 0
* Elliptical beam pipe
REC bmpipe2 -61.4 0.0 959. -12.1246404 0.0 58.7621900 2.10561 0.0 0.434459030
0.0 1.3 0.0
#endif
RCC bmpipe2 -61.4 0.0 959. -12.1246404 0.0 58.76219 2.15
RCC bmvac2 -61.4 0.0 959. -12.1246404 0.0 58.76219 2.05
PLA bd2cvus -12.1247 0.0 58.7622 -73.5 0.0 1017.57
* BD2 dipole outer radius
RCC bd2rout -942.8617 -15.5 838.19023 0.0 31. 0.0 910.675
* BD2 dipole inner radius
RCC bd2rin -942.8617 -15.5 838.19023 0.0 31. 0.0 864.675
* BD2 Vacuum outer radius
RCC bd2vcout -942.8617 -3.5 838.19023 0.0 7.0 0.0 900.975
* BD2 Vacuum inner radius
RCC bd2vcin -942.8617 -3.5 838.19023 0.0 7.0 0.0 874.375
* BD2 dipole Downstreamcut
PLA bd2cvds -0.342832 0.0 0.939396786 -109.06 0.0 1143.5
* Arc BD dipole shadow shield 1 20 thick 40 wide an 20 high
BOX abdss2 -114.0 -5. 1179.0 -6.311713901511 0.0 18.978000859439
37.955618047965 0.0 12.623300200701 0.0 10.0 0.0
RCC bmpipe3 -109. 0.0 1143. -20.57 0.0 56.3638 2.15
RCC bmvac3 -109. 0.0 1143. -20.57 0.0 56.3638 2.05
#if 0
* Elliptical beam pipe
REC bmpipe3 -109. 0.0 1143. -20.57 0.0 56.3638 0.0 1.3 0.0 2.019703 0.0
0.737091727491759
#endif
#if 0
* Elliptical vacuum pipe
REC bmvac3 -109. 0.0 1143. -20.57 0.0 56.3638 0.0 1.2 0.0 1.9257634 0.0
0.702808418
#endif
* Extraction septum roof cart shield
RPP extinshd -25. -15. -15. 15. -44. 52.
* Extraction septum side poly
RPP extsdply 51. 71. -17. 54. -44. 52.
* Extraction septum side poly
RPP extrfply -27.2 51. 34.2 54. -44. 52.
* Neutron Detector
RCC nblm1 0.0 34.2 -15. 0.0 19. 0.0 2.54
* Neutron Detector
RCC nblm2 0.0 34.2 15. 0.0 19. 0.0 2.54
END
* Black hole
BLKBODY 5 +blkbody -void
* air around bmpipe
AIR 20 +air -bmpipe -(+bdipout -bdipin -bdvcus -bdvcds) -bmpipe1 -extinwl -extfloor -extroof -extotwl
-sroofmz -(+arinwlo -arinwli -bdvcus -arc3ds) -(+arflooro -arfloori -arc3ds +arc3us) -(+aroofot
-aroofin -arc3ds +arc3us) -innrtiss -outrtiss -extrftis -srooftis -exfwdshd -extfwshd -extsdshd
-extrfshd -extrrshd -(+esptout -esptinr -esptus +esptds -esptxct) -edcspipe -abdss1 -(+brbfout1
-brbfin1 -bfvcus1 +bfvcds1) -exfwdply -brqf -brqf1 -brqf2 -dcsept -bsrpipe1 -bsrqf1 -bsrqf2 -bsrb1
-bsdpipe -bsrqf3 -bsrb2 -bsb1sdsd -bsb1rfsd -bsb1sdpy -bsb1rfpy -bsrqf4 -srooftiv -bmpipe2
-extinshd -extsdply -extrfply
* Beam Pipe Steel
BMPIPE 5 +bmpipe -bmvac
* Beam vacuum ahead of target
BEAMVAC 5 +bmvac
* Beam vacuum ahead of target
BDVAC 5 +bdvcout -bdvcin -bdvcus -bdvcds
* Beam Pipe Steel
BDIPOLE 5 +bdipout -bdipin -bdvcus -bdvcds -(+bdvcout -bdvcin -bdvcus -bdvcds)
* Beam Pipe Steel
BMPIPE1 5 +bmpipe1 +bdvcds -bmvac1 +bfvcus1
* Beam vacuum ahead of target
BEAMVC1 5 +bmvac1 +bdvcds +bfvcus1
* Extraction Septum Bulk Shield
SPTBSHLD 5 +extinwl
| +extfloor -extotwls -arc3us
| +extroof -extotwls -arc3us
| +extotwl -extotwls
| +sroofmz
* ARC3 Bulk Shield
AR3BSHLD 10 +arinwlo -arinwli -bdvcus -arc3ds
| +arotwlo -arotwli -arc3ds +arc3us
| +arflooro -arfloori -arc3ds +arc3us
| +aroofot -aroofin -arc3ds +arc3us
| +extotwls
| +sralwls
| +actmbwl
* Extraction region tissue
TISSUE 5 +innrtiss
| +outrtiss
| +extrftis
| +srooftis
| +sralctis
| +isatiss
| +srooftiv
* Extraction Septum Forward Shield
EXFWDSHD 5 +exfwdshd -bmpipe
* Extraction Septum Cart Shield
EXTSHLD 5 +extfwshd
| +extsdshd
| +extrfshd
| +extrrshd
* Septum Steel Yoke
EXTSPTUM 10 +esptout -esptinr -esptus +esptds -esptxct -bmpipe -bmvac -(+esptvcot -esptvcin -esptus +esptds)
* Septum Vacuum
EXSPTVAC 5 +esptvcot -esptvcin -esptus +esptds
* Septum to DC Vacuum
EDCSPVAC 5 +edcspvac -esptds -dcsept
* Septum to DC Beam Pipe
EDCSPIPE 5 +edcspipe -esptds -(+edcspvac -esptds) -dcsept
* Arc3 BD Shadow shield 1
A3BDSS1 5 +abdss1
* Booster BF dipole 1
BRBFDIP1 5 +brbfout1 -brbfin1 -bfvcus1 +bfvcds1 -(+brbfvco1 -brbfvci1)
* Booster BF dipole 1 vacuum chamber
BRBFVC1 5 +brbfvco1 -brbfvci1 -bfvcus1 +bfvcds1
* Vacuum outside Air
VOID 5 +void -air -airr
* air around bmpipe
AIRR 20 +airr -extfloor -extroof -extotwl -sroofmz -(+arinwlo -arinwli -bdvcus -arc3ds) -(+arotwlo
-arotwli -arc3ds +arc3us) -(+arflooro -arfloori -arc3ds +arc3us) -(+aroofot -aroofin -arc3ds
+arc3us) -extotwls -outrtiss -extrftis -srooftis -sralctis -extrrshd -edcspipe -actmbwl -isatiss
-sralwls -bsdpipe -bsrqf4 -bsrqf5 -bdmptbl -bdmpply -bdmppb -srooftiv -bmpipe2 -(+bd2rout -bd2rin
-bd2cvus +bd2cvds) -abdss2 -bmpipe3
| +bdmpair -bdmpfc -bsdpipe
* Extraction Septum Forward Poly Shield
EXFWDPLY 5 +exfwdply -bmpipe
* Booster Quadrupole Pipe Steel
BRQF 5 +brqf -brqfgap -brqfhar -brqfvar
* Booster Quadrupole Air Gap
BRQFAR 5 +brqfvar -bmpipe
| +brqfhar -bmpipe
| +brqfgap -bmpipe
* Booster Quadrupole Pipe Steel
BRQF1 5 +brqf1 -bmpipe1
* Booster Quadrupole Pipe Steel
BRQF2 5 +brqf2 -bmpipe1
* Booster Quadrupole Pipe Steel
DCSEPT 5 +dcsept -dcsptvc
* Booster Quadrupole Vacuum
DCSPTVC 5 +dcsptvc
* BSR Beam Pipe after DC septum
BSRPIPE1 5 +bsrpipe1 -bsrvac1 -dcsept -bsrb1
* BSR Beam Vacuum after DC septum
BSRVAC1 5 +bsrvac1 -dcsept -bsrb1
* BSR Quad1 after DC septum
BSRQF1 5 +bsrqf1 -bsrpipe1
* BSR Quad2 after DC septum
BSRQF2 5 +bsrqf2 -bsrpipe1
* BSR B1 vacuum after DC septum
BSRB1VAC 5 +bsrb1vac
* BSR B1 dipole after DC septum
BSRB1 5 +bsrb1 -bsrb1vac
* BSR Beam Pipe to dump
BSDPIPE 5 +bsdpipe -bsdvac -bsrb1 -bsrb2 -bsrb2vac -bdmpfc
* BSR Beam Vacuum to dump
BSDVAC 5 +bsdvac -bsrb1 -bsrb2 -bsrb2vac -bdmpfc
* BSR Quad3 after B1 dipole
BSRQF3 5 +bsrqf3 -bsdpipe
* BSR B2 dipole after DC septum
BSRB2 5 +bsrb2 -bsrb2vac
* BSR B2 dipole Vacuum after DC septum
BSRB2VAC 5 +bsrb2vac
* BSR B1 dipole Side shield Lead
BSB1SHD 5 +bsb1sdsd
| +bsb1rfsd
* BSR B1 dipole shield Poly
BSB1POLY 5 +bsb1sdpy
| +bsb1rfpy
* BSR Quad4 after B1 dipole
BSRQF4 5 +bsrqf4 -bsdpipe
* BSR Quad5 after B1 dipole
BSRQF5 5 +bsrqf5 -bsdpipe
* Booster dump table
BDMPTBL 5 +bdmptbl
* Booster dump Lead
BDMPPB 5 +bdmppb -bdmpair -bdmpfc -bsdpipe
* Booster dump poly
BDMPPLY 5 +bdmpply -bdmppb -bsdpipe
* Booster Dump FC
BDMPFC 5 +bdmpfc
* Beam Pipe Steel
BMPIPE2 5 +bmpipe2 -bmvac2 -bfvcds1 +bd2cvus
* Beam Pipe Steel
BMVAC2 5 +bmvac2 -bfvcds1 +bd2cvus
* Booster BD2 dipole Steel
BRBD2 5 +bd2rout -bd2rin -bd2cvus +bd2cvds -(+bd2vcout -bd2vcin -bd2cvus +bd2cvds)
* Booster BD2 Vacuum Chamber
BRBD2VAC 5 +bd2vcout -bd2vcin -bd2cvus +bd2cvds
* Arc3 BD Shadow shield 1
A3BDSS2 5 +abdss2
* Beam Pipe Steel
BMPIPE3 5 +bmpipe3 -bmvac3 -bd2cvds
* Beam Pipe Vacuum
BMVAC3 5 +bmvac3 -bd2cvds
* Extraction Inner Shield
EXTINSHD 5 +extinshd
* Extraction Shield Poly
EXTISHPY 5 +extsdply
| +extrfply -nblm1 - nblm2
* Extraction Inner Shield
NBLM2 5 +nblm2
* Extraction Inner Shield
NBLM1 5 +nblm1
END
GEOEND
* Concrete
* Concrete has a wide variation in density and composition. The above
* description is for poured structural concrete with 10% moisture
* content. Concrete block will have a density of about 2.05 g/cm3.
* Ranges of concrete composition are : C (8-25%), O (38-60%), Si (8-18%).
* Concrete composition can be analyzed cheaply by commercial laboratories.
MATERIAL 2.35 Concrete
COMPOUND 23.0 CARBON 40.0 OXYGEN 12.0 SILICONConcrete
COMPOUND 12.0 CALCIUM 10.0 HYDROGEN 2.0 MAGNESIUConcrete
* ..+....1....+....2....+....3....+....4....+....5....+....6....+....7..
ASSIGNMA BLCKHOLE BLKBODY
ASSIGNMA AIR AIR
ASSIGNMA VACUUM BEAMVAC
ASSIGNMA IRON BMPIPE
ASSIGNMA VACUUM BDVAC 1.
ASSIGNMA IRON BDIPOLE
ASSIGNMA IRON BMPIPE1
ASSIGNMA VACUUM BEAMVC1
ASSIGNMA Concrete SPTBSHLD
ASSIGNMA Concrete AR3BSHLD
ASSIGNMA ADTISSUE TISSUE
ASSIGNMA LEAD EXFWDSHD
ASSIGNMA LEAD EXTSHLD
ASSIGNMA IRON EXTSPTUM
ASSIGNMA VACUUM EXSPTVAC
ASSIGNMA VACUUM EDCSPVAC
ASSIGNMA IRON EDCSPIPE
ASSIGNMA LEAD A3BDSS1
ASSIGNMA VACUUM BRBFVC1 1.
ASSIGNMA IRON BRBFDIP1
ASSIGNMA VACUUM VOID
ASSIGNMA AIR AIRR
ASSIGNMA POLYETHY EXFWDPLY
ASSIGNMA IRON BRQF
ASSIGNMA AIR BRQFAR
ASSIGNMA IRON BRQF1
ASSIGNMA IRON BRQF2
ASSIGNMA IRON DCSEPT
ASSIGNMA VACUUM DCSPTVC
ASSIGNMA IRON BSRPIPE1
ASSIGNMA VACUUM BSRVAC1
ASSIGNMA IRON BSRQF1
ASSIGNMA IRON BSRQF2
ASSIGNMA IRON BSRB1
ASSIGNMA VACUUM BSRB1VAC
ASSIGNMA IRON BSDPIPE
ASSIGNMA VACUUM BSDVAC
ASSIGNMA IRON BSRQF3
ASSIGNMA IRON BSRB2
ASSIGNMA VACUUM BSRB2VAC
ASSIGNMA LEAD BSB1SHD
ASSIGNMA POLYETHY BSB1POLY
ASSIGNMA IRON BSRQF4
ASSIGNMA IRON BSRQF5
ASSIGNMA IRON BDMPTBL
ASSIGNMA POLYETHY BDMPPLY
ASSIGNMA LEAD BDMPPB
ASSIGNMA IRON BDMPFC
ASSIGNMA IRON BMPIPE2
ASSIGNMA VACUUM BMVAC2
ASSIGNMA IRON BRBD2
ASSIGNMA VACUUM BRBD2VAC 1.
ASSIGNMA LEAD A3BDSS2
ASSIGNMA IRON BMPIPE3
ASSIGNMA VACUUM BMVAC3
ASSIGNMA LEAD EXTINSHD
ASSIGNMA POLYETHY EXTISHPY
ASSIGNMA ADTISSUE NBLM1
ASSIGNMA ADTISSUE NBLM2
* BD Dipole field at 3 GeV uniform field
MGNFIELD 0.1 0.05 0.1 -1.120
LOW-NEUT 260. 42. 0.02
EMF-BIAS 7. 0.1 0.001 BMPIPE @LASTREG 1.LPBEMF
BIASING 0.0 5. BMPIPE @LASTREG 1.PRINT
LOW-BIAS 0.0 BMPIPE @LASTREG 1.
USRBDX 99. NEUTRON -42. EXTSHLD NBLM1 20.26NBLM1
USRBDX 1. 1E-6 200. &
USRBDX 99. NEUTRON -42. EXTSHLD NBLM2 20.26NBLM2
USRBDX 1. 1E-6 200. &
USRBDX 99. NEUTRON -40. EXFWDSHD EXFWDPLY SFWDn
USRBDX 1. 1E-8 500. &
USRBDX 99. PHOTON -40. EXFWDSHD EXFWDPLY SFWDg
USRBDX 1. 1E-8 500. &
USRBDX 99. E+&E- -40. EXFWDSHD EXFWDPLY SFWDe
USRBDX 1. 1E-8 500. &
USRBDX 99. NEUTRON -41. BSB1SHD BSB1POLY SB1Pbn
USRBDX 1. 1E-8 500. &
USRBDX 99. NEUTRON -41. BSB1POLY AIR SB1Plyn
USRBDX 1. 1E-8 500. &
USRBDX 99. PHOTON -41. BSB1SHD BSB1POLY SB1Pbg
USRBDX 1. 1E-8 500. &
USRBDX 99. PHOTON -40. BSB1POLY AIR SFWDPn
USRBDX 1. 1E-8 500. &
USRBDX 99. PHOTON -40. EXFWDPLY AIR SFWDPg
USRBDX 1. 1E-8 500. &
USRBDX 99. E+&E- -40. EXFWDPLY AIR SFWDPe
USRBDX 1. 1E-8 500. &
USRBDX 99. NEUTRON -40. EXTSHLD AIR SSIDn
USRBDX 1. 1E-8 500. &
USRBDX 99. PHOTON -40. EXTSHLD AIR SSIDg
USRBDX 1. 1E-8 500. &
USRBDX 99. NEUTRON -41. A3BDSS1 AIR ABDSSn
USRBDX 1. 1E-8 500. &
USRBDX 99. PHOTON -41. A3BDSS1 AIR ABDSSg
USRBDX 1. 1E-8 500. &
USRBIN 10. DOSE -44. 800. 100. 2500.Dose
USRBIN -800. -100. -500. 160. 25. 150.&
USRBIN 10. DOSE -44. 0.0 50. 3000.DosArc3
USRBIN -2000. -50. 1000. 200. 25. 250.&
USRBIN 10. ELECTRON -44. 300. 40. 1000.Electrn
USRBIN 0.0 -40. 100. 150. 20. 180.&
USRBIN 10. DOSE-EQ -45. -170. 150. 500.INNRDeq
USRBIN -210. -120. -500. 5. 27. 100.&
USRBIN 10. DOSE-EQ -45. 778. 150. 1600.OUTRDeq
USRBIN 738. -120. -500. 4. 27. 210.&
USRBIN 10. DOSE-EQ -45. 200. 265. 1600.EXTROOF
USRBIN -100. 225. -500. 30. 5. 210.&
USRBIN 10. DOSE-EQ -46. 780. 150. 1815.SRALDeq
USRBIN 400. -120. 1775. 95. 27. 5.&
USRBIN 10. DOSE-EQ -46. 780. 150. 1815.SRALDeqn
USRBIN 400. -120. 1775. 95. 27. 5.&
USRBIN 10. DOSE-EQ -46. 1000. 327. 1600.SROOFDeq
USRBIN 800. 287. -500. 20. 4. 210.&
USRBIN 10. DOSE-EQ -46. 778. 487. 2000.SMZDeq
USRBIN 738. 287. 0.0 4. 20. 200.&
USRBIN 10. DOSE-EQ -46. 0.0 400. 3000.ISADeq
USRBIN -2000. -120. 2200. 200. 52. 160.&
USRBIN 10. DOSE-EQ -46. 0.0 400. 3000.ISADeqn
USRBIN -2000. -120. 2200. 200. 52. 160.&
AUXSCORE USRBIN ALL-PART INNRDeq AMB74
AUXSCORE USRBIN ALL-PART OUTRDeq AMB74
AUXSCORE USRBIN ALL-PART EXTROOF AMB74
AUXSCORE USRBIN ALL-PART SROOFDeq AMB74
AUXSCORE USRBIN ALL-PART SRALDeq AMB74
AUXSCORE USRBIN NEUTRON SRALDeqn AMB74
AUXSCORE USRBIN ALL-PART ISADeq AMB74
AUXSCORE USRBIN NEUTRON ISADeqn AMB74
* Set the random number seed
* ..+....1....+....2....+....3....+....4....+....5....+....6....+....7..
*RANDOMIZ 1.0 39155.
* Set the random number seed Run1
*RANDOMIZ 1.0 731971.
* Set the random number seed Run2
*RANDOMIZ 1.0 1539743.
* Set the random number seed Run3
RANDOMIZ 1.0 914893.
* Set the random number seed Run4
*RANDOMIZ 1.0 59265.
* Set the number of primary histories to be simulated in the run
START 500000. 0.0
STOP
Received on Thu Jan 10 2013 - 00:23:47 CET
This archive was generated by hypermail 2.2.0 : Thu Jan 10 2013 - 00:23:48 CET