- #1
DePaco
- 14
- 2
Hello,
I use free VisEd and I want to plot the collision, the particle's transport and the particle in tally but I have an error. For the source the plot is ok. How can I solve this problem freely?
Someone can help me?
My input :C Cellules30 50 -1 (-1 3 19 ):(-2 3 ):(-4 3 -6 5 -7 1 2 ) imp:p=1
31 50 -1 -19 3 #(-4 3 -6 5 -7 1 2 ) imp:p=1 $Nodule eau
32 51 -1.19 -8 -9 #((-1 3 ):(-2 3 ):(-4 3 -6 5 -7 1 2 ): $cou PMMA
(-19 3 )) imp:p=1
33 52 -2.7 -10 11 imp:p=1
34 53 -0.0012 (-11 -13 ):-16 :-18 imp:p=1
35 51 -1.19 -11 13 -14 12 imp:p=1
36 54 -3.58 -11 14 imp:p=1
37 55 -3.67 -12 imp:p=1
38 56 -11.35 -15 16 imp:p=1
39 57 -7.87 -17 18 imp:p=1
40 53 -0.0012 -20 #(-8 -9 )10 15 17 imp:p=1
80 0 20 imp:p=0
c Structures
c Thyroide
1 sq 0.982 0.982 0.171 0 0 0 -1 1.4122 0 0
2 sq 0.982 0.982 0.171 0 0 0 -1 -1.4122 0 0
3 cz 1.009
4 cz 1.412
5 pz -2.017
6 pz 0
7 py 0
8 rcc 0 3.528 -3 0 0 6 5.4
9 py 1.412
c Detecteur NaI
10 41 rcc 0 0 0 0 3 0 2.85
11 41 rcc 0 0.04 0 0 2.92 0 2.81
12 41 rcc 0 0.18 0 0 2.54 0 2.54
13 41 py 0.18
14 41 py 2.72
15 41 rcc 0 3 0 0 1 0 2.85
16 41 rcc 0 3 0 0 1 0 2.35
17 41 rcc 0 4 0 0 0.32 0 2.85
18 41 rcc 0 4 0 0 0.32 0 2.64
19 sx 1.77 0.6
20 so 80
c tr41 0 -21.192 0 $DDC=15cm
c tr41 0 -36.192 0 $DDC=30cm
mode p
c eau
m50 1000. 2
8000. 1
c PMMA
m51 1000. -0.080541
6000. -0.599846 8000. -0.319613
c Aluminium
m52 13000. 1
c Air
m53 6000. -0.000124
7000. -0.755268 8000. -0.231781 18000. -0.012827
c MgO
m54 12000. -0.603036
8000. -0.396964
c NaI
m55 11000. -0.153373
53000. -0.846627
c Plomb
m56 82000. 1
c Inox (Fer)
m57 26000. 1
c Reste
c deplacement detecteur
tr41 0 -6.192 0
c Definition des paramètres uptake
sdef PAR=2 CEL=d1 POS=FCEL d2 AXS=0 0 1 RAD=FCEL d5 EXT=FCEL d8 ERG=FCEL d20
c Choix des cellules et leur uptake
si1 L 30 31
sp1 0 1
c SP1 0.1 0.9
c SP1 0.2 0.8
c SP1 0.3 0.7
c SP1 0.5 0.5
c SP1 0.7 0.3
c SP1 1 0
c Position centrale du cylindre englobant chaque source
ds2 S 3 4
si3 L 0 0 0
sp3 1
si4 L 1.77 0 0
sp4 1
c Rayon du cylindre englobant chaque source
ds5 S 6 7
si6 0 2.5
sp6 -21 1
si7 0 0.7
sp7 -21 1
c Limite inférieure et supérieure de chaque cylindre
ds8 S 9 10
si9 -3 3
sp9 -21 0
si10 -0.7 0.7
sp10 -21 0
c Energie des photons de chaque source
ds20 S 21 22
si21 L 0.356
sp21 D 1
si22 L 0.356
sp22 D 1
f8:p 37
e8 0.0 1e-4 0.320 100i 0.370
nps 1e6Thank you.
I use free VisEd and I want to plot the collision, the particle's transport and the particle in tally but I have an error. For the source the plot is ok. How can I solve this problem freely?
Someone can help me?
My input :C Cellules30 50 -1 (-1 3 19 ):(-2 3 ):(-4 3 -6 5 -7 1 2 ) imp:p=1
31 50 -1 -19 3 #(-4 3 -6 5 -7 1 2 ) imp:p=1 $Nodule eau
32 51 -1.19 -8 -9 #((-1 3 ):(-2 3 ):(-4 3 -6 5 -7 1 2 ): $cou PMMA
(-19 3 )) imp:p=1
33 52 -2.7 -10 11 imp:p=1
34 53 -0.0012 (-11 -13 ):-16 :-18 imp:p=1
35 51 -1.19 -11 13 -14 12 imp:p=1
36 54 -3.58 -11 14 imp:p=1
37 55 -3.67 -12 imp:p=1
38 56 -11.35 -15 16 imp:p=1
39 57 -7.87 -17 18 imp:p=1
40 53 -0.0012 -20 #(-8 -9 )10 15 17 imp:p=1
80 0 20 imp:p=0
c Structures
c Thyroide
1 sq 0.982 0.982 0.171 0 0 0 -1 1.4122 0 0
2 sq 0.982 0.982 0.171 0 0 0 -1 -1.4122 0 0
3 cz 1.009
4 cz 1.412
5 pz -2.017
6 pz 0
7 py 0
8 rcc 0 3.528 -3 0 0 6 5.4
9 py 1.412
c Detecteur NaI
10 41 rcc 0 0 0 0 3 0 2.85
11 41 rcc 0 0.04 0 0 2.92 0 2.81
12 41 rcc 0 0.18 0 0 2.54 0 2.54
13 41 py 0.18
14 41 py 2.72
15 41 rcc 0 3 0 0 1 0 2.85
16 41 rcc 0 3 0 0 1 0 2.35
17 41 rcc 0 4 0 0 0.32 0 2.85
18 41 rcc 0 4 0 0 0.32 0 2.64
19 sx 1.77 0.6
20 so 80
c tr41 0 -21.192 0 $DDC=15cm
c tr41 0 -36.192 0 $DDC=30cm
mode p
c eau
m50 1000. 2
8000. 1
c PMMA
m51 1000. -0.080541
6000. -0.599846 8000. -0.319613
c Aluminium
m52 13000. 1
c Air
m53 6000. -0.000124
7000. -0.755268 8000. -0.231781 18000. -0.012827
c MgO
m54 12000. -0.603036
8000. -0.396964
c NaI
m55 11000. -0.153373
53000. -0.846627
c Plomb
m56 82000. 1
c Inox (Fer)
m57 26000. 1
c Reste
c deplacement detecteur
tr41 0 -6.192 0
c Definition des paramètres uptake
sdef PAR=2 CEL=d1 POS=FCEL d2 AXS=0 0 1 RAD=FCEL d5 EXT=FCEL d8 ERG=FCEL d20
c Choix des cellules et leur uptake
si1 L 30 31
sp1 0 1
c SP1 0.1 0.9
c SP1 0.2 0.8
c SP1 0.3 0.7
c SP1 0.5 0.5
c SP1 0.7 0.3
c SP1 1 0
c Position centrale du cylindre englobant chaque source
ds2 S 3 4
si3 L 0 0 0
sp3 1
si4 L 1.77 0 0
sp4 1
c Rayon du cylindre englobant chaque source
ds5 S 6 7
si6 0 2.5
sp6 -21 1
si7 0 0.7
sp7 -21 1
c Limite inférieure et supérieure de chaque cylindre
ds8 S 9 10
si9 -3 3
sp9 -21 0
si10 -0.7 0.7
sp10 -21 0
c Energie des photons de chaque source
ds20 S 21 22
si21 L 0.356
sp21 D 1
si22 L 0.356
sp22 D 1
f8:p 37
e8 0.0 1e-4 0.320 100i 0.370
nps 1e6Thank you.