description O.K.

Parameter directory is C:/Programme/VITESS_2_5_1/FILES/SANS_DIR
Starting simulation
C:/Programme/VITESS_2_5_1/MODULES/source.exe -S1 --Z1 --G1 --U1.0e-12 --B10000 --PC:/Programme/VITESS_2_5_1/FILES/SANS_DIR --LC:/Programme/VITESS_2_5_1/FILES/SANS_DIR/vpipelog1 -aC:/Programme/VITESS_2_5_1/FILES/SANS_DIR/Reactor.mod -n5000000 -m4.0 -t0.0 -M6.0 -T0.0 -d1 -P0 -X1 -Y0 -V0 -D600 -w3.0 -h3.0 -k0 
| C:/Programme/VITESS_2_5_1/MODULES/velselect.exe --Z1 --G1 --U1.0e-12 --B10000 --PC:/Programme/VITESS_2_5_1/FILES/SANS_DIR --LC:/Programme/VITESS_2_5_1/FILES/SANS_DIR/vpipelog2 -l25 -s420 -w72 -c48.3 -r14.5 -o11.5 -d0.04 
| C:/Programme/VITESS_2_5_1/MODULES/monitor1.exe -k1 --Z1 --G1 --U1.0e-12 --B10000 --PC:/Programme/VITESS_2_5_1/FILES/SANS_DIR --LC:/Programme/VITESS_2_5_1/FILES/SANS_DIR/vpipelog3 -OC:/Programme/VITESS_2_5_1/FILES/SANS_DIR/sans_lambda.dat -n60 -m3.5 -M6.5 -p1 -e0 -t-1.e10 -T1.e10 
| C:/Programme/VITESS_2_5_1/MODULES/spacewindow.exe --Z1 --G1 --U1.0e-12 --B10000 --PC:/Programme/VITESS_2_5_1/FILES/SANS_DIR --LC:/Programme/VITESS_2_5_1/FILES/SANS_DIR/vpipelog4 -l0 -R0 -r1 -y0 -z0 -h-1.5 -H1.5 -w-1.5 -W1.5 -S0 -t0.01 -c6 
| C:/Programme/VITESS_2_5_1/MODULES/spacewindow.exe --Z1 --G1 --U1.0e-12 --B10000 --PC:/Programme/VITESS_2_5_1/FILES/SANS_DIR --LC:/Programme/VITESS_2_5_1/FILES/SANS_DIR/vpipelog5 -l800 -R0 -r1 -y0 -z0 -h-0.75 -H0.75 -w-0.75 -W0.75 -S0 -t0.01 -c6 
| C:/Programme/VITESS_2_5_1/MODULES/sample_sans.exe --Z1 --G1 --U1.0e-12 --B10000 --PC:/Programme/VITESS_2_5_1/FILES/SANS_DIR --LC:/Programme/VITESS_2_5_1/FILES/SANS_DIR/vpipelog6 -D1.55 -d1.55 -P180 -p180 -A1 -SC:/Programme/VITESS_2_5_1/FILES/SANS_DIR/sphere.san 
| C:/Programme/VITESS_2_5_1/MODULES/detector.exe --Z1 --G1 --U1.0e-12 --B10000 --PC:/Programme/VITESS_2_5_1/FILES/SANS_DIR --LC:/Programme/VITESS_2_5_1/FILES/SANS_DIR/vpipelog7 -Gcub -h60 -w60 -t1 -e0.9 -T0 -P90 -D800 -c120 -r120 -A1 -M0 -g1 
| C:/Programme/VITESS_2_5_1/MODULES/eval_elast.exe --Z1 --G1 --U1.0e-12 --B10000 --PC:/Programme/VITESS_2_5_1/FILES/SANS_DIR --LC:/Programme/VITESS_2_5_1/FILES/SANS_DIR/vpipelog8 -k2 -oC:/Programme/VITESS_2_5_1/FILES/SANS_DIR/spectsans.dat -n75 -m0 -M0.075 -p1 -d0.215 -w0 -r5.0 -C0 --Fno_file
simulation (608 ac4 124 d70 cdc b7c 1b0 f84 ) (1544 2756 292 3440 3292 2940 432 3972) is active
.........................................------------------------------


VITESS version 2.5 module Source and Window 1.11

> Simulation of constant wave source  <

moderator temperature        :  45.000 K
total neutron flux (in 2*pi) : 1.0000e+013 n/(cm²s) 
moderator position           :(  0.000    0.000    0.000) cm 
moderator size (W x H)       :   7.500 cm  x   7.500 cm 
divergence defined by propagation window 
time averaged neutron current: 2.2380e+009 n/s in 0.000025 str
wavelength band used         :   4.000 Ang -   6.000 Ang

window (W x H)               :   3.000 cm  x   3.000 cm 
  in a distance of           :   6.000 m   
  with a declination of      :   0.000°    
polarization                 :   0.000 %  X: 1.000 Y: 0.000 Z: 0.000
Center of beam at window     :(600.000    0.000    0.001) cm 
Average TOF                  :   7.263 ms 

Gravity is enabled 
Cutoff probability per traj. : 1.000e-012 

number of trajectories started         :     5000000
 1 number of trajectories read         :           0
   number of trajectories written      :     5000000
(time averaged) neutron count rate     : 5.8722e+008 n/s 
------------------------------


VITESS version 2.5 module velselect 1.2
 2 number of trajectories read         :     5000000
   number of trajectories written      :     1205412
(time averaged) neutron count rate     : 1.2870e+008 n/s 
------------------------------


VITESS version 2.5 module monitor1 1.4
Norm:  1.000000
 3 number of trajectories read         :     1205412
   number of trajectories written      :     1205412
(time averaged) neutron count rate     : 1.2870e+008 n/s 
------------------------------


VITESS version 2.5 module Space and Window 2.21
WARNING: It is recommeded to have outer and inner thickness EQUAL! 
OUTER MATERIAL OF COLLIMATOR: IDEAL ABSORBER 
Thickness of outer material of collimator 0.010000 cm 
Gravity is enabled 
Distance between plane x=0 and window plane  0.000000 cm 
Center of beam: X = 0.000000 cm Y = -0.013669 cm Z = -0.000360 cm 
 
 4 number of trajectories read         :     1205412
   number of trajectories written      :     1089432
(time averaged) neutron count rate     : 1.1631e+008 n/s 
------------------------------


VITESS version 2.5 module Space and Window 2.21
WARNING: It is recommeded to have outer and inner thickness EQUAL! 
OUTER MATERIAL OF COLLIMATOR: IDEAL ABSORBER 
Thickness of outer material of collimator 0.010000 cm 
Gravity is enabled 
Distance between plane x=0 and window plane  800.000000 cm 
Center of beam: X = 800.000000 cm Y = -0.105193 cm Z = -0.084156 cm 
 
 5 number of trajectories read         :     1089432
   number of trajectories written      :       25503
(time averaged) neutron count rate     : 2.7206e+006 n/s 
------------------------------


VITESS version 2.5 module sample_sans 1.7
Cubic sample, sizes :     0.10,    1.00,    1.00   cm  (thickness, height, width)
  direction         :(    1.000,   0.000,   0.000)   
  position          :(   30.00,    0.00,    0.00 ) cm
Spherical particles :   500.00 Ang radius
scat. length density:    1.000e+010 (particle) 3.000e+010 1/cm² (solvent)
vol.fract. of part. :    0.030
macr. cross section :    0.00000,   0.50000;   0.05000  1/cm (incoh, total scat; absorption)

 6 number of trajectories read         :       25503
   number of trajectories written      :       10576
(time averaged) neutron count rate     : 2.4200e+004 n/s 
------------------------------


VITESS version 2.5 module detector 1.5
 
 7 number of trajectories read         :       10576
   number of trajectories written      :        8225
(time averaged) neutron count rate     : 2.1223e+004 n/s 
------------------------------


VITESS version 2.5 module eval_elast 1.6b
Option: momentum transfer Q
total neutron count rate within binning: 8.2418e+003 n/s 

 8 number of trajectories read         :        8225
   number of trajectories written      :        8225
(time averaged) neutron count rate     : 2.1223e+004 n/s 
------------------------------
simulation finished


