INFO: Using directory: "1" INFO: Using existing c-file: ./Test_Magnon_bcc_2D.c INFO: Using existing binary: ./Test_Magnon_bcc_2D.out INFO: === Simulation 'Test_Magnon_bcc_2D' (Test_Magnon_bcc_2D.instr): running on 16 nodes (master is 'elearn1.fysik.dtu.dk', MPI version 3.1). [Test_Magnon_bcc_2D] Initialize Magnon_bcc: Magnon: The target is not defined. Using direct beam (Z-axis). [Test_Magnon_bcc_2D] Initialize Magnon_bcc: Magnon: The target is not defined. Using direct beam (Z-axis). [Test_Magnon_bcc_2D] Initialize Magnon_bcc: Magnon: The target is not defined. Using direct beam (Z-axis). [Test_Magnon_bcc_2D] Initialize Magnon_bcc: Magnon: The target is not defined. Using direct beam (Z-axis). [Test_Magnon_bcc_2D] Initialize Magnon_bcc: Magnon: The target is not defined. Using direct beam (Z-axis). [Test_Magnon_bcc_2D] Initialize Magnon_bcc: Magnon: The target is not defined. Using direct beam (Z-axis). [Test_Magnon_bcc_2D] Initialize Magnon_bcc: Magnon: The target is not defined. Using direct beam (Z-axis). [Test_Magnon_bcc_2D] Initialize Magnon_bcc: Magnon: The target is not defined. Using direct beam (Z-axis). [Test_Magnon_bcc_2D] Initialize Magnon_bcc: Magnon: The target is not defined. Using direct beam (Z-axis). [Test_Magnon_bcc_2D] Initialize Magnon_bcc: Magnon: The target is not defined. Using direct beam (Z-axis). [Test_Magnon_bcc_2D] Initialize Magnon_bcc: Magnon: The target is not defined. Using direct beam (Z-axis). [Test_Magnon_bcc_2D] Initialize Magnon_bcc: Magnon: The target is not defined. Using direct beam (Z-axis). [Test_Magnon_bcc_2D] Initialize Magnon_bcc: Magnon: The target is not defined. Using direct beam (Z-axis). Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/BCC_fake.lau' (Table_Read_Offset) [Test_Magnon_bcc_2D] Initialize Magnon_bcc: Magnon: The target is not defined. Using direct beam (Z-axis). [Test_Magnon_bcc_2D] Initialize Magnon_bcc: Magnon: The target is not defined. Using direct beam (Z-axis). [Test_Magnon_bcc_2D] Initialize Magnon_bcc: Magnon: The target is not defined. Using direct beam (Z-axis). Mode: Direct mode lattice Single_crystal: BCC_fake.lau structure a=[-6.28319,0,0] b=[0,0,6.28319] c=[0,6.28319,0] V0=248.05 Mode: Direct mode lattice Single_crystal: BCC_fake.lau structure a=[-6.28319,0,0] b=[0,0,6.28319] c=[0,6.28319,0] V0=248.05 Mode: Direct mode lattice Single_crystal: BCC_fake.lau structure a=[-6.28319,0,0] b=[0,0,6.28319] c=[0,6.28319,0] V0=248.05 Mode: Direct mode lattice Single_crystal: BCC_fake.lau structure a=[-6.28319,0,0] b=[0,0,6.28319] c=[0,6.28319,0] V0=248.05 Mode: Direct mode lattice Single_crystal: BCC_fake.lau structure a=[-6.28319,0,0] b=[0,0,6.28319] c=[0,6.28319,0] V0=248.05 Mode: Direct mode lattice Single_crystal: BCC_fake.lau structure a=[-6.28319,0,0] b=[0,0,6.28319] c=[0,6.28319,0] V0=248.05 Mode: Direct mode lattice Single_crystal: BCC_fake.lau structure a=[-6.28319,0,0] b=[0,0,6.28319] c=[0,6.28319,0] V0=248.05 Mode: Direct mode lattice Single_crystal: BCC_fake.lau structure a=[-6.28319,0,0] b=[0,0,6.28319] c=[0,6.28319,0] V0=248.05 Mode: Direct mode lattice Single_crystal: BCC_fake.lau structure a=[-6.28319,0,0] b=[0,0,6.28319] c=[0,6.28319,0] V0=248.05 Mode: Direct mode lattice Single_crystal: BCC_fake.lau structure a=[-6.28319,0,0] b=[0,0,6.28319] c=[0,6.28319,0] V0=248.05 Mode: Direct mode lattice Mode: Direct mode lattice Single_crystal: BCC_fake.lau structure a=[-6.28319,0,0] b=[0,0,6.28319] c=[0,6.28319,0] V0=248.05 Single_crystal: BCC_fake.lau structure a=[-6.28319,0,0] b=[0,0,6.28319] c=[0,6.28319,0] V0=248.05 Mode: Direct mode lattice Single_crystal: BCC_fake.lau structure a=[-6.28319,0,0] b=[0,0,6.28319] c=[0,6.28319,0] V0=248.05 Mode: Direct mode lattice Single_crystal: BCC_fake.lau structure a=[-6.28319,0,0] b=[0,0,6.28319] c=[0,6.28319,0] V0=248.05 Mode: Direct mode lattice Single_crystal: BCC_fake.lau structure a=[-6.28319,0,0] b=[0,0,6.28319] c=[0,6.28319,0] V0=248.05 Mode: Direct mode lattice Single_crystal: BCC_fake.lau structure a=[-6.28319,0,0] b=[0,0,6.28319] c=[0,6.28319,0] V0=248.05 Single_crystal: Lattice: Read 2204 reflections from file 'BCC_fake.lau' Single_crystal: Lattice: Vc=248.05 [Angs] sigma_abs=0.014 [barn] sigma_inc=0.004 [barn] reflections=BCC_fake.lau Direct space lattice orientation: a = [-6.28319 0 0] b = [0 0 6.28319] c = [0 6.28319 0] Reciprocal space lattice orientation: a* = [-1 0 0] b* = [0 -0 1] c* = [0 1 -0] Single_crystal: Lattice: Read 2204 reflections from file 'BCC_fake.lau' Single_crystal: Lattice: Vc=248.05 [Angs] sigma_abs=0.014 [barn] sigma_inc=0.004 [barn] reflections=BCC_fake.lau Direct space lattice orientation: a = [-6.28319 0 0] b = [0 0 6.28319] c = [0 6.28319 0] Reciprocal space lattice orientation: a* = [-1 0 0] b* = [0 -0 1] c* = [0 1 -0] Single_crystal: Lattice: Read 2204 reflections from file 'BCC_fake.lau' Single_crystal: Lattice: Vc=248.05 [Angs] sigma_abs=0.014 [barn] sigma_inc=0.004 [barn] reflections=BCC_fake.lau Direct space lattice orientation: a = [-6.28319 0 0] b = [0 0 6.28319] c = [0 6.28319 0] Reciprocal space lattice orientation: a* = [-1 0 0] b* = [0 -0 1] c* = [0 1 -0] Single_crystal: Lattice: Read 2204 reflections from file 'BCC_fake.lau' Single_crystal: Lattice: Vc=248.05 [Angs] sigma_abs=0.014 [barn] sigma_inc=0.004 [barn] reflections=BCC_fake.lau Direct space lattice orientation: a = [-6.28319 0 0] b = [0 0 6.28319] Single_crystal: Lattice: Read 2204 reflections from file 'BCC_fake.lau' Single_crystal: Lattice: Vc=248.05 [Angs] sigma_abs=0.014 [barn] sigma_inc=0.004 [barn] reflections=BCC_fake.lau Direct space lattice orientation: a = [-6.28319 0 0] b = [0 0 6.28319] c = [0 6.28319 0] Reciprocal space lattice orientation: a* = [-1 0 0] b* = [0 -0 1] c* = [0 1 -0] Single_crystal: Lattice: Read 2204 reflections from file 'BCC_fake.lau' Single_crystal: Lattice: Vc=248.05 [Angs] sigma_abs=0.014 [barn] sigma_inc=0.004 [barn] reflections=BCC_fake.lau Direct space lattice orientation: a = [-6.28319 0 0] b = [0 0 6.28319] c = [0 6.28319 0] Reciprocal space lattice orientation: a* = [-1 0 0] b* = [0 -0 1] c* = [0 1 -0] c = [0 6.28319 0] Reciprocal space lattice orientation: a* = [-1 0 0] b* = [0 -0 1] c* = [0 1 -0] Single_crystal: Lattice: Read 2204 reflections from file 'BCC_fake.lau' Single_crystal: Lattice: Vc=248.05 [Angs] sigma_abs=0.014 [barn] sigma_inc=0.004 [barn] reflections=BCC_fake.lau Direct space lattice orientation: Single_crystal: Lattice: Read 2204 reflections from file 'BCC_fake.lau' Single_crystal: Lattice: Vc=248.05 [Angs] sigma_abs=0.014 [barn] sigma_inc=0.004 [barn] reflections=BCC_fake.lau Direct space lattice orientation: a = [-6.28319 0 0] b = [0 0 6.28319] c = [0 6.28319 0] Reciprocal space lattice orientation: a* = [-1 0 0] b* = [0 -0 1] c* = [0 1 -0] Single_crystal: Lattice: Read 2204 reflections from file 'BCC_fake.lau' Single_crystal: Lattice: Vc=248.05 [Angs] sigma_abs=0.014 [barn] sigma_inc=0.004 [barn] reflections=BCC_fake.lau Direct space lattice orientation: a = [-6.28319 0 0] b = [0 0 6.28319] c = [0 6.28319 0] Reciprocal space lattice orientation: a* = [-1 0 0] Single_crystal: Lattice: Read 2204 reflections from file 'BCC_fake.lau' Single_crystal: Lattice: Vc=248.05 [Angs] sigma_abs=0.014 [barn] sigma_inc=0.004 [barn] reflections=BCC_fake.lau Direct space lattice orientation: a = [-6.28319 0 0] b = [0 0 6.28319] a = [-6.28319 0 0] b = [0 0 6.28319] c = [0 6.28319 0] Reciprocal space lattice orientation: a* = [-1 0 0] b* = [0 -0 1] c* = [0 1 -0] Single_crystal: Lattice: Read 2204 reflections from file 'BCC_fake.lau' Single_crystal: Lattice: Vc=248.05 [Angs] sigma_abs=0.014 [barn] sigma_inc=0.004 [barn] reflections=BCC_fake.lau Direct space lattice orientation: a = [-6.28319 0 0] b = [0 0 6.28319] c = [0 6.28319 0] Reciprocal space lattice orientation: a* = [-1 0 0] Single_crystal: Lattice: Read 2204 reflections from file 'BCC_fake.lau' Single_crystal: Lattice: Vc=248.05 [Angs] sigma_abs=0.014 [barn] sigma_inc=0.004 [barn] reflections=BCC_fake.lau Direct space lattice orientation: a = [-6.28319 0 0] b = [0 0 6.28319] c = [0 6.28319 0] Reciprocal space lattice orientation: a* = [-1 0 0] b* = [0 -0 1] c* = [0 1 -0] c = [0 6.28319 0] Reciprocal space lattice orientation: a* = [-1 0 0] b* = [0 -0 1] c* = [0 1 -0] b* = [0 -0 1] c* = [0 1 -0] b* = [0 -0 1] c* = [0 1 -0] Single_crystal: Lattice: Read 2204 reflections from file 'BCC_fake.lau' Single_crystal: Lattice: Vc=248.05 [Angs] sigma_abs=0.014 [barn] sigma_inc=0.004 [barn] reflections=BCC_fake.lau Direct space lattice orientation: a = [-6.28319 0 0] b = [0 0 6.28319] c = [0 6.28319 0] Reciprocal space lattice orientation: a* = [-1 0 0] b* = [0 -0 1] Single_crystal: Lattice: Read 2204 reflections from file 'BCC_fake.lau' Single_crystal: Lattice: Vc=248.05 [Angs] sigma_abs=0.014 [barn] sigma_inc=0.004 [barn] reflections=BCC_fake.lau Direct space lattice orientation: a = [-6.28319 0 0] b = [0 0 6.28319] c = [0 6.28319 0] Reciprocal space lattice orientation: Single_crystal: Lattice: Read 2204 reflections from file 'BCC_fake.lau' Single_crystal: Lattice: Vc=248.05 [Angs] sigma_abs=0.014 [barn] sigma_inc=0.004 [barn] reflections=BCC_fake.lau Direct space lattice orientation: a = [-6.28319 0 0] b = [0 0 6.28319] c = [0 6.28319 0] Reciprocal space lattice orientation: a* = [-1 0 0] b* = [0 -0 1] c* = [0 1 -0] c* = [0 1 -0] a* = [-1 0 0] b* = [0 -0 1] c* = [0 1 -0] Single_crystal: Lattice: Read 2204 reflections from file 'BCC_fake.lau' Single_crystal: Lattice: Vc=248.05 [Angs] sigma_abs=0.014 [barn] sigma_inc=0.004 [barn] reflections=BCC_fake.lau Direct space lattice orientation: a = [-6.28319 0 0] b = [0 0 6.28319] c = [0 6.28319 0] Reciprocal space lattice orientation: a* = [-1 0 0] b* = [0 -0 1] c* = [0 1 -0] Trace ETA (16 MPI processes) 45 [s] 24 % 30 % 40 % 50 % 60 % 70 % 80 % 90 % *** TRACE end *** Storing event logfile --> 1/In_8.log Storing event logfile --> 1/In_11.log Storing event logfile --> 1/In_3.log Storing event logfile --> 1/In_7.log Storing event logfile --> 1/In_6.log Storing event logfile --> 1/In_1.log Storing event logfile --> 1/In_9.log Storing event logfile --> 1/In_15.log Storing event logfile --> 1/In_14.log Save [Test_Magnon_bcc_2D] Storing event logfile --> 1/In_0.log Storing event logfile --> 1/In_12.log Storing event logfile --> 1/In_10.log Storing event logfile --> 1/In_2.log Storing event logfile --> 1/In_5.log Storing event logfile --> 1/In_13.log Storing event logfile --> 1/In_4.log Done storing logfile. Storing event logfile --> 1/Out_8.log Done storing logfile. Storing event logfile --> 1/Out_4.log Done storing logfile. Storing event logfile --> 1/Out_12.log Done storing logfile. Storing event logfile --> 1/Out_0.log Done storing logfile. Storing event logfile --> 1/Out_2.log Done storing logfile. Storing event logfile --> 1/Out_14.log Done storing logfile. Storing event logfile --> 1/Out_6.log Done storing logfile. Storing event logfile --> 1/Out_10.log Done storing logfile. Storing event logfile --> 1/Out_1.log Done storing logfile. Storing event logfile --> 1/Out_13.log Done storing logfile. Storing event logfile --> 1/Out_9.log Done storing logfile. Storing event logfile --> 1/Out_5.log Done storing logfile. Storing event logfile --> 1/Out_3.log Done storing logfile. Storing event logfile --> 1/Out_7.log Done storing logfile. Storing event logfile --> 1/Out_15.log Done storing logfile. Storing event logfile --> 1/Out_11.log Done storing logfile. Done storing logfile. Done storing logfile. Done storing logfile. Done storing logfile. Done storing logfile. Done storing logfile. Done storing logfile. Done storing logfile. Done storing logfile. Done storing logfile. Done storing logfile. Done storing logfile. Done storing logfile. Done storing logfile. Done storing logfile. Detector: Sqqw_I=1.11323e+11 Sqqw_ERR=2.1688e+08 Sqqw_N=2.40505e+06 "qa_vs_qb_Sum.dat" Detector: Sqqw_I=2.59939e+10 Sqqw_ERR=4.19147e+07 Sqqw_N=811085 "qa_vs_qb_0.dat" Detector: Sqqw_I=8.00328e+09 Sqqw_ERR=2.75458e+07 Sqqw_N=413065 "qa_vs_qb_1.dat" Detector: Sqqw_I=3.41794e+09 Sqqw_ERR=1.61888e+07 Sqqw_N=187582 "qa_vs_qb_2.dat" Detector: Sqqw_I=2.23979e+09 Sqqw_ERR=1.21453e+07 Sqqw_N=154109 "qa_vs_qb_3.dat" Detector: Sqqw_I=2.00089e+09 Sqqw_ERR=1.24298e+07 Sqqw_N=155767 "qa_vs_qb_4.dat" Detector: Sqqw_I=4.37058e+09 Sqqw_ERR=2.43381e+07 Sqqw_N=140657 "qa_vs_qb_5.dat" Detector: Sqqw_I=4.71524e+09 Sqqw_ERR=3.78259e+07 Sqqw_N=100123 "qa_vs_qb_6.dat" Detector: Sqqw_I=8.19276e+09 Sqqw_ERR=5.81026e+07 Sqqw_N=56918 "qa_vs_qb_7.dat" Detector: Sqqw_I=1.13332e+10 Sqqw_ERR=7.25563e+07 Sqqw_N=85023 "qa_vs_qb_8.dat" Detector: Sqqw_I=1.08234e+10 Sqqw_ERR=6.864e+07 Sqqw_N=77385 "qa_vs_qb_9.dat" Detector: Sqqw_I=6.67914e+09 Sqqw_ERR=5.17673e+07 Sqqw_N=32917 "qa_vs_qb_10.dat" Detector: Sqqw_I=4.02556e+09 Sqqw_ERR=4.33218e+07 Sqqw_N=17415 "qa_vs_qb_11.dat" Detector: Sqqw_I=2.64943e+09 Sqqw_ERR=4.02113e+07 Sqqw_N=9046 "qa_vs_qb_12.dat" Detector: Sqqw_I=1.80621e+09 Sqqw_ERR=3.8097e+07 Sqqw_N=18718 "qa_vs_qb_13.dat" Detector: Sqqw_I=1.22252e+10 Sqqw_ERR=1.13964e+08 Sqqw_N=29654 "qa_vs_qb_14.dat" Detector: Sqqw_I=6.37925e+08 Sqqw_ERR=5.10226e+07 Sqqw_N=1853 "qa_vs_qb_15.dat" Detector: Sqqw_I=2.06962e+08 Sqqw_ERR=6.68549e+07 Sqqw_N=29 "qa_vs_qb_16.dat" Detector: Sqqw_I=2.24242e+08 Sqqw_ERR=2.75308e+07 Sqqw_N=559 "qa_vs_qb_17.dat" Detector: Sqqw_I=1.81143e+08 Sqqw_ERR=1.18584e+07 Sqqw_N=1352 "qa_vs_qb_18.dat" Detector: Sqqw_I=1.61389e+08 Sqqw_ERR=6.74915e+06 Sqqw_N=2177 "qa_vs_qb_19.dat" Detector: Sqqw_I=1.10106e+08 Sqqw_ERR=4.06308e+06 Sqqw_N=1941 "qa_vs_qb_20.dat" Detector: Sqqw_I=7.23645e+07 Sqqw_ERR=2.58424e+06 Sqqw_N=1848 "qa_vs_qb_21.dat" Detector: Sqqw_I=1.70893e+07 Sqqw_ERR=1.53939e+06 Sqqw_N=479 "qa_vs_qb_22.dat" Detector: Sqqw_I=9.99714e+06 Sqqw_ERR=850265 Sqqw_N=304 "qa_vs_qb_23.dat" Detector: Sqqw_I=1.6135e+07 Sqqw_ERR=860092 Sqqw_N=1128 "qa_vs_qb_24.dat" Detector: Sqqw_I=3.3597e+07 Sqqw_ERR=1.14079e+06 Sqqw_N=2739 "qa_vs_qb_25.dat" Detector: Sqqw_I=4.79725e+07 Sqqw_ERR=1.2924e+06 Sqqw_N=5043 "qa_vs_qb_26.dat" Detector: Sqqw_I=5.62806e+07 Sqqw_ERR=1.30641e+06 Sqqw_N=6391 "qa_vs_qb_27.dat" Detector: Sqqw_I=6.67944e+07 Sqqw_ERR=1.31844e+06 Sqqw_N=7848 "qa_vs_qb_28.dat" Detector: Sqqw_I=8.15284e+07 Sqqw_ERR=1.8211e+06 Sqqw_N=8893 "qa_vs_qb_29.dat" Detector: Sqqw_I=1.07837e+08 Sqqw_ERR=1.98174e+06 Sqqw_N=10436 "qa_vs_qb_30.dat" Detector: Sqqw_I=1.62193e+08 Sqqw_ERR=2.20462e+06 Sqqw_N=14556 "qa_vs_qb_31.dat" Detector: Sqqw_I=6.52637e+08 Sqqw_ERR=3.63889e+06 Sqqw_N=48010 "qa_vs_qb_32.dat" Finally [Test_Magnon_bcc_2D: 1]. Time: 49 [s] Detector: det_I=4.84941e+11 det_ERR=1.99189e+09 det_N=1e+07 "psd.dat" Finally [Test_Magnon_bcc_2D: 1]. Time: 49 [s] Finally [Test_Magnon_bcc_2D: 1]. Time: 49 [s] Finally [Test_Magnon_bcc_2D: 1]. Time: 49 [s] Finally [Test_Magnon_bcc_2D: 1]. Time: 49 [s] Finally [Test_Magnon_bcc_2D: 1]. Time: 49 [s] Finally [Test_Magnon_bcc_2D: 1]. Time: 49 [s] Finally [Test_Magnon_bcc_2D: 1]. Time: 49 [s] Finally [Test_Magnon_bcc_2D: 1]. Time: 49 [s] Finally [Test_Magnon_bcc_2D: 1]. Time: 49 [s] Finally [Test_Magnon_bcc_2D: 1]. Time: 49 [s] Finally [Test_Magnon_bcc_2D: 1]. Time: 49 [s] Finally [Test_Magnon_bcc_2D: 1]. Time: 49 [s] Finally [Test_Magnon_bcc_2D: 1]. Time: 49 [s] Finally [Test_Magnon_bcc_2D: 1]. Time: 49 [s] Finally [Test_Magnon_bcc_2D: 1]. Time: 49 [s] INFO: Placing instr file copy Test_Magnon_bcc_2D.instr in dataset 1 INFO: Placing generated c-code copy Test_Magnon_bcc_2D.c in dataset 1