INFO: Using directory: "6"
INFO: Using existing c-file: ./Test_Sources.c
INFO: Using existing binary: ./Test_Sources.out
INFO: ===
Simulation 'Test_Sources' (/home/nexmap/pkwi/TESTS/2024-12-22/ANTLR_mpi_x_16_1e7_Linux_1e7/Test_Sources/Test_Sources.instr): running on 16 nodes (master is 'elearn1.fysik.dtu.dk', MPI version 3.1).
Test_Sources: Using ESS_butterfly
Studied wavelength range is [1 11] AA
Test_Sources: Using ESS_butterfly
Studied wavelength range is [1 11] AA
Test_Sources: Using ESS_butterfly
Studied wavelength range is [1 11] AA
Test_Sources: Using ESS_butterfly
Studied wavelength range is [1 11] AA
Test_Sources: Using ESS_butterfly
Studied wavelength range is [1 11] AA
Test_Sources: Using ESS_butterfly
Studied wavelength range is [1 11] AA
Test_Sources: Using ESS_butterfly
Studied wavelength range is [1 11] AA
Test_Sources: Using ESS_butterfly
Studied wavelength range is [1 11] AA
Test_Sources: Using ESS_butterfly
Studied wavelength range is [1 11] AA
Test_Sources: Using ESS_butterfly
Studied wavelength range is [1 11] AA
Test_Sources: Using ESS_butterfly
Studied wavelength range is [1 11] AA
Test_Sources: Using ESS_butterfly
Studied wavelength range is [1 11] AA
Test_Sources: Using ESS_butterfly
Studied wavelength range is [1 11] AA
Test_Sources: Using ESS_butterfly
Studied wavelength range is [1 11] AA
[Test_Sources] Initialize
[Test_Sources] Initialize
sa7: Setting up for sector W, beamline 8, global orientation angle is 108.7, internal angle 15
Test_Sources: Using ESS_butterfly
Studied wavelength range is [1 11] AA
[Test_Sources] Initialize
sa7: Setting up for sector W, beamline 8, global orientation angle is 108.7, internal angle 15
sa7: Focusing at rectagle sized 0.1 x 0.1 
  - positioned at location (x,y,z)=(0 m, 0 m, 1 m) 
 ( from dist parameter -> distance 1 )
sa7: Cold and Thermal brilliance performance multiplicators are c_performance=1 and t_performance=1
[Test_Sources] Initialize
sa7: Setting up for sector W, beamline 8, global orientation angle is 108.7, internal angle 15
sa7: Focusing at rectagle sized 0.1 x 0.1 
  - positioned at location (x,y,z)=(0 m, 0 m, 1 m) 
[Test_Sources] Initialize
sa7: Setting up for sector W, beamline 8, global orientation angle is 108.7, internal angle 15
sa7: Focusing at rectagle sized 0.1 x 0.1 
  - positioned at location (x,y,z)=(0 m, 0 m, 1 m) 
 ( from dist parameter -> distance 1 )
sa7: Cold and Thermal brilliance performance multiplicators are c_performance=1 and t_performance=1
[Test_Sources] Initialize
sa7: Setting up for sector W, beamline 8, global orientation angle is 108.7, internal angle 15
sa7: Focusing at rectagle sized 0.1 x 0.1 
  - positioned at location (x,y,z)=(0 m, 0 m, 1 m) 
 ( from dist parameter -> distance 1 )
sa7: Cold and Thermal brilliance performance multiplicators are c_performance=1 and t_performance=1
[Test_Sources] Initialize
sa7: Setting up for sector W, beamline 8, global orientation angle is 108.7, internal angle 15
sa7: Focusing at rectagle sized 0.1 x 0.1 
  - positioned at location (x,y,z)=(0 m, 0 m, 1 m) 
 ( from dist parameter -> distance 1 )
sa7: Cold and Thermal brilliance performance multiplicators are c_performance=1 and t_performance=1
sa7: NOT using time focusing
[Test_Sources] Initialize
sa7: Setting up for sector W, beamline 8, global orientation angle is 108.7, internal angle 15
sa7: Focusing at rectagle sized 0.1 x 0.1 
  - positioned at location (x,y,z)=(0 m, 0 m, 1 m) 
 ( from dist parameter -> distance 1 )
sa7: Cold and Thermal brilliance performance multiplicators are c_performance=1 and t_performance=1
sa7: NOT using time focusing
[Test_Sources] Initialize
sa7: Setting up for sector W, beamline 8, global orientation angle is 108.7, internal angle 15
sa7: Focusing at rectagle sized 0.1 x 0.1 
  - positioned at location (x,y,z)=(0 m, 0 m, 1 m) 
 ( from dist parameter -> distance 1 )
sa7: Cold and Thermal brilliance performance multiplicators are c_performance=1 and t_performance=1
sa7: NOT using time focusing
[Test_Sources] Initialize
sa7: Setting up for sector W, beamline 8, global orientation angle is 108.7, internal angle 15
sa7: Focusing at rectagle sized 0.1 x 0.1 
  - positioned at location (x,y,z)=(0 m, 0 m, 1 m) 
 ( from dist parameter -> distance 1 )
sa7: Cold and Thermal brilliance performance multiplicators are c_performance=1 and t_performance=1
sa7: NOT using time focusing
[Test_Sources] Initialize
sa7: Setting up for sector W, beamline 8, global orientation angle is 108.7, internal angle 15
sa7: Focusing at rectagle sized 0.1 x 0.1 
  - positioned at location (x,y,z)=(0 m, 0 m, 1 m) 
 ( from dist parameter -> distance 1 )
sa7: Cold and Thermal brilliance performance multiplicators are c_performance=1 and t_performance=1
sa7: NOT using time focusing
[Test_Sources] Initialize
sa7: Setting up for sector W, beamline 8, global orientation angle is 108.7, internal angle 15
sa7: Focusing at rectagle sized 0.1 x 0.1 
  - positioned at location (x,y,z)=(0 m, 0 m, 1 m) 
 ( from dist parameter -> distance 1 )
sa7: Cold and Thermal brilliance performance multiplicators are c_performance=1 and t_performance=1
sa7: NOT using time focusing
sa7: NOT using time focusing
 ( from dist parameter -> distance 1 )
sa7: Cold and Thermal brilliance performance multiplicators are c_performance=1 and t_performance=1
sa7: NOT using time focusing
sa7: NOT using time focusing
sa7: NOT using time focusing
[Test_Sources] Initialize
sa7: Setting up for sector W, beamline 8, global orientation angle is 108.7, internal angle 15
sa7: Focusing at rectagle sized 0.1 x 0.1 
  - positioned at location (x,y,z)=(0 m, 0 m, 1 m) 
 ( from dist parameter -> distance 1 )
sa7: Cold and Thermal brilliance performance multiplicators are c_performance=1 and t_performance=1
sa7: NOT using time focusing
[Test_Sources] Initialize
sa7: Setting up for sector W, beamline 8, global orientation angle is 108.7, internal angle 15
sa7: Focusing at rectagle sized 0.1 x 0.1 
  - positioned at location (x,y,z)=(0 m, 0 m, 1 m) 
 ( from dist parameter -> distance 1 )
sa7: Cold and Thermal brilliance performance multiplicators are c_performance=1 and t_performance=1
sa7: NOT using time focusing
sa7: Setting up for sector W, beamline 8, global orientation angle is 108.7, internal angle 15
sa7: Focusing at rectagle sized 0.1 x 0.1 
  - positioned at location (x,y,z)=(0 m, 0 m, 1 m) 
 ( from dist parameter -> distance 1 )
sa7: Cold and Thermal brilliance performance multiplicators are c_performance=1 and t_performance=1
sa7: NOT using time focusing
sa7: Focusing at rectagle sized 0.1 x 0.1 
  - positioned at location (x,y,z)=(0 m, 0 m, 1 m) 
 ( from dist parameter -> distance 1 )
sa7: Cold and Thermal brilliance performance multiplicators are c_performance=1 and t_performance=1
sa7: NOT using time focusing
Test_Sources: Using ESS_butterfly
Studied wavelength range is [1 11] AA
[Test_Sources] Initialize
Source_gen: component sa5 (square 0.01 x 0.01)
            focusing distance dist=1 area=0.1 x 0.1
            spectra 1.000 to 11.000 AA (0.676 to 81.810 meV)
            T1=216.8 K (2.093 AA), T2=33.9 K (5.292 AA), T3=16.7 K (7.539 AA)
  Flux is dPhi/dlambda in [n/s/cm2].
sa7: Setting up for sector W, beamline 8, global orientation angle is 108.7, internal angle 15
sa7: Focusing at rectagle sized 0.1 x 0.1 
  - positioned at location (x,y,z)=(0 m, 0 m, 1 m) 
 ( from dist parameter -> distance 1 )
sa7: Cold and Thermal brilliance performance multiplicators are c_performance=1 and t_performance=1
sa7: NOT using time focusing
[Test_Sources] Initialize
sa7: Setting up for sector W, beamline 8, global orientation angle is 108.7, internal angle 15
sa7: Focusing at rectagle sized 0.1 x 0.1 
  - positioned at location (x,y,z)=(0 m, 0 m, 1 m) 
 ( from dist parameter -> distance 1 )
sa7: Cold and Thermal brilliance performance multiplicators are c_performance=1 and t_performance=1
sa7: NOT using time focusing
*** TRACE end *** 
Storing event logfile -->  6/Events_12.log
Storing event logfile -->  6/Events_1.log
Storing event logfile -->  6/Events_15.log
Storing event logfile -->  6/Events_2.log
Storing event logfile -->  6/Events_4.log
Storing event logfile -->  6/Events_5.log
Storing event logfile -->  6/Events_6.log
Storing event logfile -->  6/Events_14.log
Storing event logfile -->  6/Events_8.log
Storing event logfile -->  6/Events_9.log
Storing event logfile -->  6/Events_11.log
Storing event logfile -->  6/Events_3.log
Storing event logfile -->  6/Events_7.log

Save [Test_Sources]
Storing event logfile -->  6/Events_0.log
Storing event logfile -->  6/Events_13.log
Storing event logfile -->  6/Events_10.log
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Done storing logfile.
Detector: m1_I=2.27932e+13 m1_ERR=2.34837e+10 m1_N=1e+07 "m1_1734854924.L"
Detector: m2_I=2.27932e+13 m2_ERR=2.34837e+10 m2_N=1e+07 "m2_1734854924.x_y"

Finally [Test_Sources: 6]. Time: 1 [s] 

Finally [Test_Sources: 6]. Time: 1 [s] 

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Finally [Test_Sources: 6]. Time: 1 [s] 
Detector: m3_I=1.49951e+13 m3_ERR=1.91285e+10 m3_N=6.16251e+06 "m3_1734854924.hd_vd"

Finally [Test_Sources: 6]. Time: 1 [s] 

Finally [Test_Sources: 6]. Time: 1 [s] 

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Finally [Test_Sources: 6]. Time: 1 [s] 

Finally [Test_Sources: 6]. Time: 1 [s] 

Finally [Test_Sources: 6]. Time: 1 [s] 
INFO: Placing instr file copy Test_Sources.instr in dataset 6
INFO: Placing generated c-code copy Test_Sources.c in dataset 6