Re: total deposit energy on sicintillator layer with lattice card

Dear Husnu

Unfortunately, I cannot see the graph as the file-attachement must have
got damaged.

Apart from that I am not sure if the EVENTBIN cards do what you think they
do..:

The second one indeed scores energy deposition in the "Plastic_" (reg2 to
reg20). However, the first one scores energy deposition in regions 1 to
19, i.e. BLKBODY to reg17 (!?), in lattice 2-20 (while you have defined
lattices on index 3-21)..

I am not sure what exactly you want to score, but if you want to score in
the "Plastic_" of the replicas, then it should be regions 4-22
(reg2-reg20) for lattice numbers 3-21.

Cheers
Stefan

On Tue, 26 Jul 2011, husnu aksakal wrote:

> This is a multi-part message in MIME format.
>
> --Boundary_(ID_y8OFfBfGDUTh1SKrnZiOBw)
> Content-type: text/html; CHARSET=US-ASCII
> Content-transfer-encoding: quoted-printable
> Content-disposition: inline
>
> Dear Fluka Expert,
> I have written a calorimeter input which is consist of steinless
> steel and scintillator layers. I used lattice
> card for replication of layers. And I used 2 Eventbin card to obtain
> deposit energy on scintillator. First Eventbin card for lattices
> which are 19 lattices inside and the second for prototype of
> lattice (first 20 layer)
> The problem is using Eventbin card with what1=8 (special point)
> I assumed the other whats as I1min, I1max are min and
> maximum lattice number which has increment step 1<= I2min
> and I2 max inside a lattice there is 20 layer and from layer
> 2 to 20 with step increment 2 (for choose scintillator)
> Is that true ?
> Second Eventbin card for prototype lattice from reg2 to to reg 20
> with step 2 is choose scintillator from there. And I print them same output.
> Using a root file I obtained total energy deposit on scintillator
> (sum prototype and whole lattice) plot as attached figure.
> I expect that a gaussian distribution but it is not like that.
> Could you please tell me is my fluka input wrong?
> Husnu AKSAKAL
>
>
> --Boundary_(ID_y8OFfBfGDUTh1SKrnZiOBw)
> Content-type: text/plain; NAME=100_HaDbar-E.inp
> Content-transfer-encoding: 7BIT
> Content-disposition: attachment; filename=100_HaDbar-E.inp
>
> TITLE
>
> GLOBAL 1.0 1.0
> DEFAULTS CALORIME
> BEAM -100.0 0.0 0.0 -1.0PION+
> BEAMPOS 0.0 -0.1 0.0 1.
> GEOBEGIN COMBNAME
> 0 0
> * Black body
> SPH blkbody 0.0 0.0 0.0 10000000.0
> * Void sphere
> SPH void 0.0 0.0 0.0 1000000.0
> RPP hac -70. 70. 0. 140. -290. 290.
> * 1-> steel
> XZP layer01 0.4
> XZP layer02 0.7
> XZP layer03 1.10
> * scint
> XZP layer04 1.40
> XZP layer05 1.80
> XZP layer06 2.10
> * steel
> XZP layer07 2.50
> XZP layer08 2.80
> * steel
> XZP layer09 3.20
> XZP layer10 3.50
> XZP layer11 3.90
> * scint
> XZP layer12 4.20
> XZP layer13 4.60
> * scint
> XZP layer14 4.90
> XZP layer15 5.30
> * scint
> XZP layer16 5.60
> XZP layer17 6.00
> * scint
> XZP layer18 6.30
> XZP layer19 6.70
> * scint
> XZP layer20 7.00
> * scint
> XZP layer21 14.00
> XZP layer22 21.00
> XZP layer23 28.00
> XZP layer24 35.00
> XZP layer25 42.00
> XZP layer26 49.00
> XZP layer27 56.00
> XZP layer28 63.00
> XZP layer29 70.00
> XZP layer30 77.00
> XZP layer31 84.00
> XZP layer32 91.00
> XZP layer33 98.00
> XZP layer34 105.00
> XZP layer35 112.00
> XZP layer36 119.00
> XZP layer37 126.00
> XZP layer38 133.00
> XZP layer39 140.00
> END
> * Black hole
> BLKBODY 5 +blkbody -void
> * Void around
> VOID 5 +void -hac
> * steel
> reg1 5 +hac +layer01
> reg2 5 +hac +(layer02 -layer01)
> reg3 5 +hac +(layer03 -layer02 )
> reg4 5 +hac +(layer04 -layer03 )
> reg5 5 +hac +(layer05 -layer04 )
> reg6 5 +hac +(layer06 -layer05 )
> reg7 5 +hac +(layer07 -layer06 )
> reg8 5 +hac +(layer08 -layer07 )
> reg9 5 +hac +(layer09 -layer08 )
> reg10 5 +hac +(layer10 -layer09 )
> reg11 5 +hac +(layer11 -layer10 )
> reg12 5 +hac +(layer12 -layer11 )
> reg13 5 +hac +(layer13 -layer12 )
> reg14 5 +hac +(layer14 -layer13 )
> reg15 5 +hac +(layer15 -layer14 )
> reg16 5 +hac +(layer16 -layer15 )
> reg17 5 +hac +(layer17 -layer16 )
> reg18 5 +hac +(layer18 -layer17 )
> reg19 5 +hac +(layer19 -layer18 )
> reg20 5 +hac +(layer20 -layer19 )
> rep1 5 +hac +(+layer21 -layer20 )
> rep2 5 +hac +(layer22 -layer21 )
> rep3 5 +hac +(layer23 -layer22 )
> rep4 5 +hac +(layer24 -layer23 )
> rep5 5 +hac +(layer25 -layer24 )
> rep6 5 +hac +(layer26 -layer25 )
> rep7 5 +hac +(layer27 -layer26 )
> rep8 5 +hac +(layer28 -layer27 )
> rep9 5 +hac +(layer29 -layer28 )
> rep10 5 +hac +(layer30 -layer29 )
> rep11 5 +hac +(layer31 -layer30 )
> rep12 5 +hac +(layer32 -layer31 )
> rep13 5 +hac +(layer33 -layer32 )
> rep14 5 +hac +(layer34 -layer33 )
> rep15 5 +hac +(layer35 -layer34 )
> rep16 5 +hac +(layer36 -layer35 )
> rep17 5 +hac +(layer37 -layer36 )
> rep18 5 +hac +(layer38 -layer37)
> rep19 5 +hac +(layer39 -layer38)
> rest 5 +hac -layer39
> END
> LATTICE rep1 3.0 3. 1.h1
> LATTICE rep2 4.0 4. 1.h2
> LATTICE rep3 5.0 5. 1.h3
> LATTICE rep4 6.0 6. 1.h4
> LATTICE rep5 7.0 7. 1.h5
> LATTICE rep6 8.0 8. 1.h6
> LATTICE rep7 9.0 9. 1.h7
> LATTICE rep8 10.0 10. 1.h8
> LATTICE rep9 11.0 11. 1.h9
> LATTICE rep10 12.0 12. 1.h10
> LATTICE rep11 13.0 13. 1.h11
> LATTICE rep12 14.0 14. 1.h12
> LATTICE rep13 15.0 15. 1.h13
> LATTICE rep14 16.0 16. 1.h14
> LATTICE rep15 17.0 17. 1.h15
> LATTICE rep16 18.0 18. 1.h16
> LATTICE rep17 19.0 19. 1.h17
> LATTICE rep18 20.0 20. 1.h18
> LATTICE rep19 21.0 21. 1.h19
> * -----------------
> * Lattice->Rot-Defi
> * ------------------
> GEOEND 70. 140. 290. -70. 0.0 -290.DEBUG
> GEOEND 1. 400. 1.&
> ROT-DEFI 203. 0.0 0.0 0.0 -7.0 0.0h1
> ROT-DEFI 204. 0.0 0.0 0.0 -14.0 0.0h2
> ROT-DEFI 205. 0.0 0.0 0.0 -21.0 0.0h3
> ROT-DEFI 206. 0.0 0.0 0.0 -28.0 0.0h4
> ROT-DEFI 207. 0.0 0.0 0.0 -35.0 0.0h5
> ROT-DEFI 208. 0.0 0.0 0.0 -42.0 0.0h6
> ROT-DEFI 209. 0.0 0.0 0.0 -49.0 0.0h7
> ROT-DEFI 210. 0.0 0.0 0.0 -56.0 0.0h8
> ROT-DEFI 211. 0.0 0.0 0.0 -63.0 0.0h9
> ROT-DEFI 212. 0.0 0.0 0.0 -70.0 0.0h10
> ROT-DEFI 213. 0.0 0.0 0.0 -77.0 0.0h11
> ROT-DEFI 214. 0.0 0.0 0.0 -84.0 0.0h12
> ROT-DEFI 215. 0.0 0.0 0.0 -91.0 0.0h13
> ROT-DEFI 16002. 0.0 0.0 0.0 -98.0 0.0h14
> ROT-DEFI 17002. 0.0 0.0 0.0 -105.0 0.0h15
> ROT-DEFI 18002. 0.0 0.0 0.0 -112.0 0.0h16
> ROT-DEFI 19002. 0.0 0.0 0.0 -119.0 0.0h17
> ROT-DEFI 20002. 0.0 0.0 0.0 -126.0 0.0h18
> ROT-DEFI 21002. 0.0 0.0 0.0 -133.0 0.0h19
> * 216 Plastic Scint.(Vinyltoluene)
> *
> MATERIAL 1.032 Plastic_
> COMPOUND -.085 HYDROGEN -.915 CARBON Plastic_
> 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 8.0 Stainles
> COMPOUND 18.0 CHROMIUM 74.0 IRON 8.0 NICKELStainles
> * ..+....1....+....2....+....3....+....4....+....5....+....6....+....7..
> ASSIGNMA BLCKHOLE BLKBODY
> ASSIGNMA VACUUM VOID
> ASSIGNMA Stainles reg1
> ASSIGNMA Plastic_ reg2
> ASSIGNMA Stainles reg3
> ASSIGNMA Plastic_ reg4
> ASSIGNMA Stainles reg5
> ASSIGNMA Plastic_ reg6
> ASSIGNMA Stainles reg7
> ASSIGNMA Plastic_ reg8
> ASSIGNMA Stainles reg9
> ASSIGNMA Plastic_ reg10
> ASSIGNMA Stainles reg11
> ASSIGNMA Plastic_ reg12
> ASSIGNMA Stainles reg13
> ASSIGNMA Plastic_ reg14
> ASSIGNMA Stainles reg15
> ASSIGNMA Plastic_ reg16
> ASSIGNMA Stainles reg17
> ASSIGNMA Plastic_ reg18
> ASSIGNMA Stainles reg19
> ASSIGNMA Plastic_ reg20
> ASSIGNMA VACUUM rest
> EVENTBIN 8.0 ENERGY 31. 19. 20. 10000.event
> EVENTBIN 1. 2. -10000. 1. 2. 1.&
> EVENTBIN -2.0 ENERGY 31. reg20 evPC
> EVENTBIN reg2 2.&
> EVENTDAT 33. heventdat
> ROTPRBIN h1 event
> ROTPRBIN h2 event
> ROTPRBIN h3 event
> ROTPRBIN h4 event
> ROTPRBIN h5 event
> ROTPRBIN h6 event
> ROTPRBIN h7 event
> ROTPRBIN h8 event
> ROTPRBIN h9 event
> ROTPRBIN h10 event
> ROTPRBIN h11 event
> ROTPRBIN h12 event
> ROTPRBIN h13 event
> ROTPRBIN h14 event
> ROTPRBIN h15 event
> ROTPRBIN h16 event
> ROTPRBIN h17 event
> ROTPRBIN h18 event
> ROTPRBIN h19 event
> RANDOMIZ 1.0
> START 700.
> STOP
>
> --Boundary_(ID_y8OFfBfGDUTh1SKrnZiOBw)
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>
>
Received on Fri Jul 29 2011 - 16:54:32 CEST