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 2 nodes (master is 'fv-az1048-904', MPI version 4.1).
[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).
Opening input file '/home/runner/work/McCode/McCode/install_mcstas/share/mcstas/resources/data/BCC_fake.lau' (Table_Read_Offset)
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]

Trace ETA (2 MPI processes) 29 [s] 
37 %
40 %
50 %
60 %
70 %
80 %
90 %
*** TRACE end *** 

Save [Test_Magnon_bcc_2D]
Storing event logfile -->  1/In_0.log
Storing event logfile -->  1/In_1.log
Done storing logfile.
Storing event logfile -->  1/Out_1.log
Done storing logfile.
Storing event logfile -->  1/Out_0.log
Done storing logfile.
Done storing logfile.
Detector: Sqqw_I=1.11497e+11 Sqqw_ERR=6.7822e+08 Sqqw_N=240569 "qa_vs_qb_Sum.dat"
Detector: Sqqw_I=2.59346e+10 Sqqw_ERR=1.28436e+08 Sqqw_N=81002 "qa_vs_qb_0.dat"
Detector: Sqqw_I=7.92605e+09 Sqqw_ERR=8.4996e+07 Sqqw_N=41323 "qa_vs_qb_1.dat"
Detector: Sqqw_I=3.44722e+09 Sqqw_ERR=5.72862e+07 Sqqw_N=18627 "qa_vs_qb_2.dat"
Detector: Sqqw_I=2.25296e+09 Sqqw_ERR=4.47753e+07 Sqqw_N=15342 "qa_vs_qb_3.dat"
Detector: Sqqw_I=2.04262e+09 Sqqw_ERR=4.05634e+07 Sqqw_N=15648 "qa_vs_qb_4.dat"
Detector: Sqqw_I=4.297e+09 Sqqw_ERR=7.65812e+07 Sqqw_N=14215 "qa_vs_qb_5.dat"
Detector: Sqqw_I=4.65663e+09 Sqqw_ERR=1.15448e+08 Sqqw_N=9937 "qa_vs_qb_6.dat"
Detector: Sqqw_I=8.0497e+09 Sqqw_ERR=1.75671e+08 Sqqw_N=5663 "qa_vs_qb_7.dat"
Detector: Sqqw_I=1.14899e+10 Sqqw_ERR=2.4426e+08 Sqqw_N=8503 "qa_vs_qb_8.dat"
Detector: Sqqw_I=1.08878e+10 Sqqw_ERR=2.19247e+08 Sqqw_N=7750 "qa_vs_qb_9.dat"
Detector: Sqqw_I=6.75228e+09 Sqqw_ERR=1.58934e+08 Sqqw_N=3302 "qa_vs_qb_10.dat"
Detector: Sqqw_I=4.13638e+09 Sqqw_ERR=1.49376e+08 Sqqw_N=1743 "qa_vs_qb_11.dat"
Detector: Sqqw_I=2.698e+09 Sqqw_ERR=1.19446e+08 Sqqw_N=952 "qa_vs_qb_12.dat"
Detector: Sqqw_I=1.87242e+09 Sqqw_ERR=1.28667e+08 Sqqw_N=1856 "qa_vs_qb_13.dat"
Detector: Sqqw_I=1.23032e+10 Sqqw_ERR=3.4908e+08 Sqqw_N=2945 "qa_vs_qb_14.dat"
Detector: Sqqw_I=4.53322e+08 Sqqw_ERR=1.17955e+08 Sqqw_N=162 "qa_vs_qb_15.dat"
Detector: Sqqw_I=2.18971e+08 Sqqw_ERR=2.68155e+08 Sqqw_N=2 "qa_vs_qb_16.dat"
Detector: Sqqw_I=2.54642e+08 Sqqw_ERR=8.07864e+07 Sqqw_N=71 "qa_vs_qb_17.dat"
Detector: Sqqw_I=1.87585e+08 Sqqw_ERR=4.36792e+07 Sqqw_N=145 "qa_vs_qb_18.dat"
Detector: Sqqw_I=1.97163e+08 Sqqw_ERR=2.58668e+07 Sqqw_N=245 "qa_vs_qb_19.dat"
Detector: Sqqw_I=9.47269e+07 Sqqw_ERR=1.20725e+07 Sqqw_N=174 "qa_vs_qb_20.dat"
Detector: Sqqw_I=7.09057e+07 Sqqw_ERR=8.14429e+06 Sqqw_N=176 "qa_vs_qb_21.dat"
Detector: Sqqw_I=2.35546e+07 Sqqw_ERR=7.71891e+06 Sqqw_N=55 "qa_vs_qb_22.dat"
Detector: Sqqw_I=1.03509e+07 Sqqw_ERR=2.71361e+06 Sqqw_N=33 "qa_vs_qb_23.dat"
Detector: Sqqw_I=1.72377e+07 Sqqw_ERR=2.79646e+06 Sqqw_N=113 "qa_vs_qb_24.dat"
Detector: Sqqw_I=2.97167e+07 Sqqw_ERR=3.21066e+06 Sqqw_N=281 "qa_vs_qb_25.dat"
Detector: Sqqw_I=4.63024e+07 Sqqw_ERR=3.9928e+06 Sqqw_N=508 "qa_vs_qb_26.dat"
Detector: Sqqw_I=5.18183e+07 Sqqw_ERR=4.02779e+06 Sqqw_N=615 "qa_vs_qb_27.dat"
Detector: Sqqw_I=6.64655e+07 Sqqw_ERR=4.08173e+06 Sqqw_N=815 "qa_vs_qb_28.dat"
Detector: Sqqw_I=9.09589e+07 Sqqw_ERR=5.73316e+06 Sqqw_N=916 "qa_vs_qb_29.dat"
Detector: Sqqw_I=1.10874e+08 Sqqw_ERR=5.25865e+06 Sqqw_N=1107 "qa_vs_qb_30.dat"
Detector: Sqqw_I=1.76145e+08 Sqqw_ERR=6.62114e+06 Sqqw_N=1560 "qa_vs_qb_31.dat"
Detector: Sqqw_I=6.49693e+08 Sqqw_ERR=1.09262e+07 Sqqw_N=4783 "qa_vs_qb_32.dat"
Detector: det_I=4.81024e+11 det_ERR=1.88657e+09 det_N=1e+06 "psd.dat"

Finally [Test_Magnon_bcc_2D: 1]. Time: 32 [s] 

Finally [Test_Magnon_bcc_2D: 1]. Time: 32 [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