INFO: Using directory: "2"
INFO: Using existing c-file: ./Test_ML_elliptic.c
INFO: Using existing binary: ./Test_ML_elliptic.out
WARNING: Ignoring invalid parameter: "Test_ML_elliptic.instr"
INFO: ===
Simulation 'Test_ML_elliptic' (/zhome/7c/9/7041/TESTS/2022-01-06/McXtrace-1.6_CPU_MPICC_1e7/Test_ML_elliptic/Test_ML_elliptic.instr): running on 12 nodes (master is 'n-62-31-13', MPI version 3.1).
[Test_ML_elliptic] Initialize
[Test_ML_elliptic] Initialize
[Test_ML_elliptic] Initialize
[Test_ML_elliptic] Initialize
[Test_ML_elliptic] Initialize
[Test_ML_elliptic] Initialize
[Test_ML_elliptic] Initialize
[Test_ML_elliptic] Initialize
[Test_ML_elliptic] Initialize
[Test_ML_elliptic] Initialize
[Test_ML_elliptic] Initialize
[Test_ML_elliptic] Initialize
Opening input file '/zhome/7c/9/7041/McXtrace/mcxtrace/1.6/tools/Python_3.0-dev/mxrun/../mccodelib/../../../data/Ref_W_B4C.txt' (Table_Read_Offset)
header: #param=q
#	The reflectivity of the W/B4C multilayer, N=60;
#	Top material: W, Bottom material: B4C.
#	sigmaSub-4 (roughness of the substrate); sigma=4(interface roughness)
#	Gamma=0.667 (fraction of the bottom layer); grading=0;
#	Q=0:0.001:1(Å^-1); E=8.04778 keV; dE=0.1.
#	Alternating d-spacing: d=20:1:55 Å
#	1st column - Q vector; 2d - 36th column - d-spacing. 

Type: 'q'
header: #param=q
#	The reflectivity of the W/B4C multilayer, N=60;
#	Top material: W, Bottom material: B4C.
#	sigmaSub-4 (roughness of the substrate); sigma=4(interface roughness)
#	Gamma=0.667 (fraction of the bottom layer); grading=0;
#	Q=0:0.001:1(Å^-1); E=8.04778 keV; dE=0.1.
#	Alternating d-spacing: d=20:1:55 Å
#	1st column - Q vector; 2d - 36th column - d-spacing. 

Type: 'q'
header: #param=q
#	The reflectivity of the W/B4C multilayer, N=60;
#	Top material: W, Bottom material: B4C.
#	sigmaSub-4 (roughness of the substrate); sigma=4(interface roughness)
#	Gamma=0.667 (fraction of the bottom layer); grading=0;
#	Q=0:0.001:1(Å^-1); E=8.04778 keV; dE=0.1.
#	Alternating d-spacing: d=20:1:55 Å
#	1st column - Q vector; 2d - 36th column - d-spacing. 

Type: 'q'
header: #param=q
#	The reflectivity of the W/B4C multilayer, N=60;
#	Top material: W, Bottom material: B4C.
#	sigmaSub-4 (roughness of the substrate); sigma=4(interface roughness)
#	Gamma=0.667 (fraction of the bottom layer); grading=0;
#	Q=0:0.001:1(Å^-1); E=8.04778 keV; dE=0.1.
#	Alternating d-spacing: d=20:1:55 Å
#	1st column - Q vector; 2d - 36th column - d-spacing. 

Type: 'q'
header: #param=q
#	The reflectivity of the W/B4C multilayer, N=60;
#	Top material: W, Bottom material: B4C.
#	sigmaSub-4 (roughness of the substrate); sigma=4(interface roughness)
#	Gamma=0.667 (fraction of the bottom layer); grading=0;
#	Q=0:0.001:1(Å^-1); E=8.04778 keV; dE=0.1.
#	Alternating d-spacing: d=20:1:55 Å
#	1st column - Q vector; 2d - 36th column - d-spacing. 

header: #param=q
#	The reflectivity of the W/B4C multilayer, N=60;
#	Top material: W, Bottom material: B4C.
#	sigmaSub-4 (roughness of the substrate); sigma=4(interface roughness)
#	Gamma=0.667 (fraction of the bottom layer); grading=0;
#Type: 'q'
	Q=0:0.001:1(Å^-1); E=8.04778 keV; dE=0.1.
#	Alternating d-spacing: d=20:1:55 Å
#	1st column - Q vector; 2d - 36th column - d-spacing. 

Type: 'q'
header: #param=q
#	The reflectivity of the W/B4C multilayer, N=60;
#	Top material: W, Bottom material: B4C.
#	sigmaSub-4 (roughness of the substrate); sigma=4(interface roughness)
#	Gamma=0.667 (fraction of the bottom layer); grading=0;
#	Q=0:0.001:1(Å^-1); E=8.04778 keV; dE=0.1.
#	Alternating d-spacing: d=20:1:55 Å
#	1st column - Q vector; 2d - 36th column - d-spacing. 

Type: 'q'
header: #param=q
#	The reflectivity of the W/B4C multilayer, N=60;
#	Top material: W, Bottom material: B4C.
#	sigmaSub-4 (roughness of the substrate); sigma=4(interface roughness)
#	Gamma=0.667 (fraction of the bottom layer); grading=0;
#	Q=0:0.001:1(Å^-1); E=8.04778 keV; dE=0.1.
#	Alternating d-spacing: d=20:1:55 Å
#	1st column - Q vector; 2d - 36th column - d-spacing. 

Type: 'q'
header: #param=q
#	The reflectivity of the W/B4C multilayer, N=60;
#	Top material: W, Bottom material: B4C.
#	sigmaSub-4 (roughness of the substrate); sigma=4(interface roughness)
#	Gamma=0.667 (fraction of the bottom layer); grading=0;
#	Q=0:0.001:1(Å^-1); E=8.04778 keV; dE=0.1.
#	Alternating d-spacing: d=20:1:55 Å
#	1st column - Q vector; 2d - 36th column - d-spacing. 

Type: 'q'
header: #param=q
#	The reflectivity of the W/B4C multilayer, N=60;
#	Top material: W, Bottom material: B4C.
#	sigmaSub-4 (roughness of the substrate); sigma=4(interface roughness)
#	header: #param=q
#	The reflectivity of the W/B4C multilayer, N=60;
#	Top material: W, Bottom material: B4C.
#	Gamma=0.667 (fraction of the bottom layer); grading=0;
#	Q=0:0.001:1(Å^-1); E=8.04778 keV; dE=0.1.
#	Alternating d-spacing: d=20:1:55 Å
#	1st column - Q vector; 2d - 36th column - d-spacing. 

Type: 'q'
sigmaSub-4 (roughness of the substrate); sigma=4(interface roughness)
#	Gamma=0.667 (fraction of the bottom layer); grading=0;
#	Q=0:0.001:1(Å^-1); E=8.04778 keV; dE=0.1.
#	Alternating d-spacing: d=20:1:55 Å
#	1st column - Q vector; 2d - 36th column - d-spacing. 

Type: 'q'
header: #param=q
#	The reflectivity of the W/B4C multilayer, N=60;
#	Top material: W, Bottom material: B4C.
#	sigmaSub-4 (roughness of the substrate); sigma=4(interface roughness)
#	Gamma=0.667 (fraction of the bottom layer); grading=0;
#	Q=0:0.001:1(Å^-1); E=8.04778 keV; dE=0.1.
#	Alternating d-spacing: d=20:1:55 Å
#	1st column - Q vector; 2d - 36th column - d-spacing. 

Type: 'q'

Finally [Test_ML_elliptic: 2]. Time: 2 [s] 

Finally [Test_ML_elliptic: 2]. Time: 2 [s] 

Finally [Test_ML_elliptic: 2]. Time: 2 [s] 

Finally [Test_ML_elliptic: 2]. Time: 2 [s] 

Save [Test_ML_elliptic]

Finally [Test_ML_elliptic: 2]. Time: 2 [s] 
Detector: psd0_I=7.95774e-20 psd0_ERR=2.51646e-23 psd0_N=1e+07 "psd0.dat"

Finally [Test_ML_elliptic: 2]. Time: 2 [s] 

Finally [Test_ML_elliptic: 2]. Time: 2 [s] 
Detector: emon0_I=7.95774e-20 emon0_ERR=2.51646e-23 emon0_N=1e+07 "emon0.dat"
Detector: psd1_I=4.61332e-21 psd1_ERR=5.53144e-24 psd1_N=1e+07 "psd1.dat"
Detector: emon1_I=4.61332e-21 emon1_ERR=5.53144e-24 emon1_N=1e+07 "emon1.dat"

Finally [Test_ML_elliptic: 2]. Time: 2 [s] 
Detector: psdd_I=4.61332e-21 psdd_ERR=5.53144e-24 psdd_N=1e+07 "psdd.dat"
Detector: emond_I=4.61332e-21 emond_ERR=5.53144e-24 emond_N=1e+07 "emond.dat"
Detector: emonsingle_I=2.5664e-25 emonsingle_ERR=1.29611e-27 emonsingle_N=50006 "emonsingle.dat"

Finally [Test_ML_elliptic: 2]. Time: 2 [s] 

Finally [Test_ML_elliptic: 2]. Time: 2 [s] 
Detector: psd6_I=4.61332e-21 psd6_ERR=5.53144e-24 psd6_N=1e+07 "psd6.dat"

Finally [Test_ML_elliptic: 2]. Time: 2 [s] 
Detector: emon6_I=4.61332e-21 emon6_ERR=5.53144e-24 emon6_N=1e+07 "emon6.dat"

Finally [Test_ML_elliptic: 2]. Time: 2 [s] 
INFO: Placing instr file copy /zhome/7c/9/7041/TESTS/2022-01-06/McXtrace-1.6_CPU_MPICC_1e7/Test_ML_elliptic/Test_ML_elliptic.instr in dataset 2
loading system configuration
loading override configuration from /zhome/7c/9/7041/McXtrace/mcxtrace/1.5/tools/Python/mctest/../mccodelib/mcxtrace-test/McXtrace-1.6_CPU_MPICC/mccode_config.json