Difference between revisions of "Example of a MCEEP run"
(New page: mceep Enter input file prefix (.inp) > v3 9 Elast (E), Bnd State (B), Contin (C), Acceptance (A)? b Radiate? (0=No, 1=Yes, 2=Yes with multiphoton corr.) 2 Cutoff energy...) |
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Enter input file prefix (.inp) > | Enter input file prefix (.inp) > | ||
| − | + | v3_9 | |
Elast (E), Bnd State (B), Contin (C), Acceptance (A)? | Elast (E), Bnd State (B), Contin (C), Acceptance (A)? | ||
| Line 14: | Line 14: | ||
Cutoff energy in MeV (RET for 1 MeV default) > | Cutoff energy in MeV (RET for 1 MeV default) > | ||
| − | S(p,E) X Sigma CC1 (unpolarized) --------------- 100 | + | |
| − | S(p,E) X Sigma CC2 (unpolarized) --------------- 101 | + | 1 |
| − | S(p,E) X Sigma CC1 (polarized - Van Orden) ----- 200 | + | |
| − | Gross/Dmitrasinovic Deuterium IA --------------- 300 | + | S(p,E) X Sigma CC1 (unpolarized) ------------------- 100 |
| − | S. Jeschonnek Deuterium PWBA ------------------- 350 | + | |
| − | p(e,e’p)pi0 ------------------------------------ 500 | + | S(p,E) X Sigma CC2 (unpolarized) ------------------- 101 |
| − | p(e,e’pi+)n ------------------------------------ 600 | + | |
| − | p(e,e’K+)Y ------------------------------------- 700 | + | S(p,E) X Sigma CC1 (polarized - Van Orden) ------- 200 |
| − | d(e,e’p)n Arenhoevel unpolarized responses ----- 804 | + | |
| − | d(e,e’p)n Laget unpolarized responses ---------- 814 | + | Gross/Dmitrasinovic Deuterium IA ------------------ 300 |
| + | |||
| + | S. Jeschonnek Deuterium PWBA -------------------- 350 | ||
| + | |||
| + | p(e,e’p)pi0 --------------------------------------------- 500 | ||
| + | |||
| + | p(e,e’pi+)n --------------------------------------------- 600 | ||
| + | |||
| + | p(e,e’K+)Y --------------------------------------------- 700 | ||
| + | |||
| + | d(e,e’p)n Arenhoevel unpolarized responses ------- 804 | ||
| + | |||
| + | d(e,e’p)n Laget unpolarized responses ------------- 814 | ||
| + | |||
Enter Option> | Enter Option> | ||
200 | 200 | ||
| − | (e, | + | (e,e'p) or (e,e'n)? (P/N)> |
p | p | ||
Deuteron: | Deuteron: | ||
| + | |||
Krautschneider ------------------------- 10 | Krautschneider ------------------------- 10 | ||
| + | |||
Saha parametric fit to data ------------ 11 | Saha parametric fit to data ------------ 11 | ||
| − | from EPC code | + | |
| + | from EPC code ------------------------- 12 | ||
| + | |||
Bernheim data -------------------------- 13 | Bernheim data -------------------------- 13 | ||
| − | Van Orden parameterization | + | |
| − | Paris ---------------------------------- 15 | + | Van Orden parameterization ----------- 14 |
| − | Bonn ----------------------------------- 16 | + | |
| + | Paris ------------------------------------- 15 | ||
| + | |||
| + | Bonn ------------------------------------- 16 | ||
| + | |||
Argonne V18 ---------------------------- 17 | Argonne V18 ---------------------------- 17 | ||
| + | |||
CD Bonn -------------------------------- 18 | CD Bonn -------------------------------- 18 | ||
| − | Gross ---------------------------------- 19 | + | |
| + | Gross ------------------------------------ 19 | ||
| + | |||
Enter Option or <RET> for more options | Enter Option or <RET> for more options | ||
| Line 52: | Line 76: | ||
-------------------------------- | -------------------------------- | ||
| + | |||
Doing Radiation Tail Calculation | Doing Radiation Tail Calculation | ||
| + | |||
-------------------------------- | -------------------------------- | ||
| + | |||
Event number: 1000 | Event number: 1000 | ||
| + | |||
Event number: 2000 | Event number: 2000 | ||
| + | |||
. | . | ||
| − | Event number: 50000 | + | |
| + | Event number: 50000 | ||
| + | |||
---------------------- | ---------------------- | ||
| − | Doing Peak Calculation | + | |
| + | Doing Peak Calculation | ||
| + | |||
---------------------- | ---------------------- | ||
| + | |||
Event number: 1000 | Event number: 1000 | ||
| + | |||
Event number: 2000 | Event number: 2000 | ||
| + | |||
. | . | ||
| + | |||
Event number: 50000 | Event number: 50000 | ||
| + | |||
FORTRAN STOP | FORTRAN STOP | ||
Latest revision as of 22:14, 25 February 2015
mceep
Enter input file prefix (.inp) >
v3_9
Elast (E), Bnd State (B), Contin (C), Acceptance (A)?
b
Radiate? (0=No, 1=Yes, 2=Yes with multiphoton corr.)
2
Cutoff energy in MeV (RET for 1 MeV default) >
1
S(p,E) X Sigma CC1 (unpolarized) ------------------- 100
S(p,E) X Sigma CC2 (unpolarized) ------------------- 101
S(p,E) X Sigma CC1 (polarized - Van Orden) ------- 200
Gross/Dmitrasinovic Deuterium IA ------------------ 300
S. Jeschonnek Deuterium PWBA -------------------- 350
p(e,e’p)pi0 --------------------------------------------- 500
p(e,e’pi+)n --------------------------------------------- 600
p(e,e’K+)Y --------------------------------------------- 700
d(e,e’p)n Arenhoevel unpolarized responses ------- 804
d(e,e’p)n Laget unpolarized responses ------------- 814
Enter Option>
200
(e,e'p) or (e,e'n)? (P/N)>
p
Deuteron:
Krautschneider ------------------------- 10
Saha parametric fit to data ------------ 11
from EPC code ------------------------- 12
Bernheim data -------------------------- 13
Van Orden parameterization ----------- 14
Paris ------------------------------------- 15
Bonn ------------------------------------- 16
Argonne V18 ---------------------------- 17
CD Bonn -------------------------------- 18
Gross ------------------------------------ 19
Enter Option or <RET> for more options
10
Compute singles and accidentals? (Y/N)>
n
Doing Radiation Tail Calculation
Event number: 1000
Event number: 2000
.
Event number: 50000
Doing Peak Calculation
Event number: 1000
Event number: 2000
.
Event number: 50000
FORTRAN STOP
