Dear Edil
many thanks for pointing this out.
It is an indexing problem, the solution has been devised and will be
available in the next respin (soon!)
Paola
On 4/1/21 10:38 AM, Mustafin, Edil Dr. wrote:
>
> Dear all,
>
>
> I installed the last respin of FLUKA2020 (March 20, 2021) and run it
> for 238U beam with R = 245 MeV/u in Al target.
>
>
> And I keep getting errors like the following:
>
>
> ---------------
> fluka_124344/UG_08001.log:Fortran runtime error: Index '25207' of
> dimension 1 of array 'amnhea' above upper bound of 40
> fluka_33856/UG_01001.log:Fortran runtime error: Index '25307' of
> dimension 1 of array 'amnhea' above upper bound of 40
> fluka_34201/UG_04001.log:Fortran runtime error: Index '25007' of
> dimension 1 of array 'amnhea' above upper bound of 40
> fluka_34217/UG_03001.log:Fortran runtime error: Index '25307' of
> dimension 1 of array 'amnhea' above upper bound of 40
> fluka_34295/UG_06001.log:Fortran runtime error: Index '24408' of
> dimension 1 of array 'amnhea' above upper bound of 40
> fluka_8746/UG_07001.log:Fortran runtime error: Index '25007' of
> dimension 1 of array 'amnhea' above upper bound of 40
> ----------------
>
> More details on backtracing from one of the .log files:
>
> ----------------
> At line 661 of file kaskad.f
> Fortran runtime error: Index '24408' of dimension 1 of array 'amnhea'
> above upper bound of 40
>
> Error termination. Backtrace:
> #0 0x7feda7b69bb0 in ???
> #1 0x7feda7b6a665 in ???
> #2 0x7feda7b6ac7e in ???
> #3 0x98e300 in kaskad_
> at /home/psala/releasefluka2020/fluprogfor/kaskadmvax/kaskad.f:661
> #4 0x97be61 in feeder_
> at /home/psala/releasefluka2020/fluprogfor/kaskadmvax/feeder.f:276
> #5 0x838fbb in flukam_
> at /home/psala/releasefluka2020/fluprogfor/mainmvax/flukam.f:3598
> #6 0x40390b in fluka
> at /home/psala/releasefluka2020/fluprogfor/mainmvax/fluka.f:318
> #7 0x40390b in main
> at /home/psala/releasefluka2020/fluprogfor/mainmvax/(USFLMD):23
> ----------------
>
> There are no other error messages from the failed runs.
>
> All my runs fail sooner or later.
> I did ldpmqmd.
> Everything is Ok with the geometry (according to Flair).
> I switched off electromagnetic dissosiation on purpose for those runs.
> With it switched off the runs survive longer. No run reaches 1 000 000
> primaries. Almost all of them fail within the first 10k-100k primaries.
> The runs fail not only on our Virgo-Centos7 but on a normal standing
> alone PC, too.
>
> All input files are identical (see below). The difference is in
> RADNOMIZ card only.
>
> What could be the problem with?
>
> Many thanks for your help,
> Edil
>
>
> TITLE
> 245 MeV/u 238U beam in 1.45 cm thick Al target with cross-section 10x10 cm
> DEFAULTS NEW-DEFA
> BEAM -0.245 0.0 0.0 1.5 0.0 -1.HEAVYION
> HI-PROPE 92. 238.
> BEAMPOS 0.0 0.0 -61.
> PHYSICS 3. EVAPORAT
> PHYSICS 1. COALESCE
> PHYSICS 1. EM-DISSO
> IONTRANS HEAVYION
> GEOBEGIN COMBNAME
> 0 0 Geometry definition
> SPH BH1 0.0 0.0 0.0 100.
> SPH BH2 0.0 0.0 0.0 90.
> RCC WIN 0.0 0.0 -60.01 0.0 0.0 0.01 5.
> RPP T1 -5. 5. -5. 5. 0.0 1.45
> XYP F1 0.1
> XYP F2 0.2
> XYP F3 0.25
> XYP F4 0.3
> XYP F5 0.35
> XYP F6 0.4
> XYP F7 0.42
> XYP F8 0.44
> XYP F9 0.46
> XYP F10 0.47
> XYP F11 0.48
> XYP F12 0.49
> XYP F13 0.495
> XYP F14 0.500
> XYP F15 0.505
> XYP F16 0.510
> XYP F17 0.515
> XYP F18 0.52
> XYP F19 0.53
> XYP F20 0.54
> XYP F21 0.55
> XYP F22 0.56
> XYP F23 0.57
> XYP F24 0.58
> XYP F25 0.59
> XYP F26 0.60
> XYP F27 0.61
> XYP F28 0.63
> XYP F29 0.65
> XYP F30 0.67
> XYP F31 0.69
> XYP F32 0.71
> XYP F33 0.73
> XYP F34 0.75
> XYP F35 0.80
> XYP F36 0.85
> XYP F37 0.95
> XYP F38 1.05
> XYP F39 1.25
> XYP F_60cm -60.
> END
> BH 5 +BH1 -BH2
> AIR 5 +BH2 -WIN -T1 -F_60cm
> WIN 5 +WIN
> T1 5 +T1 +F1
> T2 5 +T1 +F2 -F1
> T3 5 +T1 +F3 -F2
> T4 5 +T1 +F4 -F3
> T5 5 +T1 +F5 -F4
> T6 5 +T1 +F6 -F5
> T7 5 +T1 +F7 -F6
> T8 5 +T1 +F8 -F7
> T9 5 +T1 +F9 -F8
> T10 5 +T1 +F10 -F9
> T11 5 +T1 +F11 -F10
> T12 5 +T1 +F12 -F11
> T13 5 +T1 +F13 -F12
> T14 5 +T1 +F14 -F13
> T15 5 +T1 +F15 -F14
> T16 5 +T1 +F16 -F15
> T17 5 +T1 +F17 -F16
> T18 5 +T1 +F18 -F17
> T19 5 +T1 +F19 -F18
> T20 5 +T1 +F20 -F19
> T21 5 +T1 +F21 -F20
> T22 5 +T1 +F22 -F21
> T23 5 +T1 +F23 -F22
> T24 5 +T1 +F24 -F23
> T25 5 +T1 +F25 -F24
> T26 5 +T1 +F26 -F25
> T27 5 +T1 +F27 -F26
> T28 5 +T1 +F28 -F27
> T29 5 +T1 +F29 -F28
> T30 5 +T1 +F30 -F29
> T31 5 +T1 +F31 -F30
> T32 5 +T1 +F32 -F31
> T33 5 +T1 +F33 -F32
> T34 5 +T1 +F34 -F33
> T35 5 +T1 +F35 -F34
> T36 5 +T1 +F36 -F35
> T37 5 +T1 +F37 -F36
> T38 5 +T1 +F38 -F37
> T39 5 +T1 +F39 -F38
> T40 5 +T1 -F39
> vacuum 5 +BH2 +F_60cm -WIN
> END
> GEOEND
> ASSIGNMA AIR AIR AIR
> ASSIGNMA BLCKHOLE BH BH
> ASSIGNMA Stainles WIN WIN
> ASSIGNMA ALUMINUM T1 T40
> ASSIGNMA VACUUM vacuum vacuum
> MATERIAL 24. 51.9961 7.18 CHROMIUM
> * Stainless-Steel (typical)
> * Stainless-Steel is produced with Cr content ranging from
> * 4 - 19 Atomic Percent, and with C content from 0 - 4 percent.
> MATERIAL 8. Stainles
> COMPOUND 18. CHROMIUM 74. IRON 8. NICKELStainles
> * Irradiation time 10000 seconds *** NOI = 1.0E+12 *** intensity =
> 1.0E+8 [p/s]
> IRRPROFI 10000.100000000.
> RADDECAY 1. 1.
> * Cooling time 10 days
> DCYTIMES 864000.
> DCYSCORE 1. DT1 DT40 RESNUCLE
> RESNUCLE 3. 21. 100. 100. T1 1.DT1
> RESNUCLE 3. 22. 100. 100. T2 1.DT2
> RESNUCLE 3. 23. 100. 100. T3 1.DT3
> RESNUCLE 3. 24. 100. 100. T4 1.DT4
> RESNUCLE 3. 25. 100. 100. T5 1.DT5
> RESNUCLE 3. 26. 100. 100. T6 1.DT6
> RESNUCLE 3. 27. 100. 100. T7 1.DT7
> RESNUCLE 3. 28. 100. 100. T8 1.DT8
> RESNUCLE 3. 29. 100. 100. T9 1.DT9
> RESNUCLE 3. 30. 100. 100. T10 1.DT10
> RESNUCLE 3. 31. 100. 100. T11 1.DT11
> RESNUCLE 3. 32. 100. 100. T12 1.DT12
> RESNUCLE 3. 33. 100. 100. T13 1.DT13
> RESNUCLE 3. 34. 100. 100. T14 1.DT14
> RESNUCLE 3. 35. 100. 100. T15 1.DT15
> RESNUCLE 3. 36. 100. 100. T16 1.DT16
> RESNUCLE 3. 37. 100. 100. T17 1.DT17
> RESNUCLE 3. 38. 100. 100. T18 1.DT18
> RESNUCLE 3. 39. 100. 100. T19 1.DT19
> RESNUCLE 3. 40. 100. 100. T20 1.DT20
> RESNUCLE 3. 41. 100. 100. T21 1.DT21
> RESNUCLE 3. 42. 100. 100. T22 1.DT22
> RESNUCLE 3. 43. 100. 100. T23 1.DT23
> RESNUCLE 3. 44. 100. 100. T24 1.DT24
> RESNUCLE 3. 45. 100. 100. T25 1.DT25
> RESNUCLE 3. 46. 100. 100. T26 1.DT26
> RESNUCLE 3. 47. 100. 100. T27 1.DT27
> RESNUCLE 3. 48. 100. 100. T28 1.DT28
> RESNUCLE 3. 49. 100. 100. T29 1.DT29
> RESNUCLE 3. 50. 100. 100. T30 1.DT30
> RESNUCLE 3. 51. 100. 100. T31 1.DT31
> RESNUCLE 3. 52. 100. 100. T32 1.DT32
> RESNUCLE 3. 53. 100. 100. T33 1.DT33
> RESNUCLE 3. 54. 100. 100. T34 1.DT34
> RESNUCLE 3. 55. 100. 100. T35 1.DT35
> RESNUCLE 3. 56. 100. 100. T36 1.DT36
> RESNUCLE 3. 57. 100. 100. T37 1.DT37
> RESNUCLE 3. 58. 100. 100. T38 1.DT38
> RESNUCLE 3. 59. 100. 100. T39 1.DT39
> RESNUCLE 3. 60. 100. 100. T40 1.DT40
> RANDOMIZ 1. 100000
> START 1000000. 0.0
>
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Received on Mon Apr 05 2021 - 10:44:00 CEST