== maz_noesy_2 (Spinach /Users/alexej/Documents/PROG/spynach-spinach) -> /Users/alexej/Documents/PROG/spynach/comparison/runs/maz_noesy_2/spinach
Running startup checks...
[...> run_comparison > maz_noesy_2_spinach > create ]  scratch location: /Users/alexej/Documents/PROG/spynach-spinach/scratch
[...parison > maz_noesy_2_spinach > create > banner ]   
[...parison > maz_noesy_2_spinach > create > banner ]  ============================================
[...parison > maz_noesy_2_spinach > create > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > create > banner ]  =               SPINACH v2.13              =
[...parison > maz_noesy_2_spinach > create > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > create > banner ]  =                <a href = "https://spindynamics.org/wiki/index.php?title=Spinach_developer_team">author list</a>               =
[...parison > maz_noesy_2_spinach > create > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > create > banner ]  =               <a href = "https://spindynamics.org/wiki/index.php?title=Main_Page">documentation</a>              =
[...parison > maz_noesy_2_spinach > create > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > create > banner ]  =                   <a href = "https://link.springer.com/book/10.1007/978-3-031-05607-9">book</a>                   =
[...parison > maz_noesy_2_spinach > create > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > create > banner ]  =                MIT License               =
[...parison > maz_noesy_2_spinach > create > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > create > banner ]  ============================================
[...parison > maz_noesy_2_spinach > create > banner ]   
[...son > maz_noesy_2_spinach > create > tolerances ]  Drop interaction tensors with 2-norms below (Hz)                 2.00000000e+00       (user-specified)
[...son > maz_noesy_2_spinach > create > tolerances ]  Drop Liouvillian elements with norm below (rad/s)                1.00000000e-10       (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Drop relaxation superoperator elements with norm below (Hz)      1.00000000e-10       (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Drop propagator elements with norm below                         1.00000000e-10       (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Drop subspaces with populations below                            1.00000000e-10       (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Drop irreps with populations below                               1.00000000e-10       (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Steady state convergence tolerance                               1.00000000e-08       (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Number of time steps in ZTE sample                               32                   (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  ZTE track drop threshold                                         1.00000000e-24       (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  ZTE off for state vector densities above                         0.5                  (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Drop dipolar couplings over more than (Angstrom)                 4                    (user-specified)
[...son > maz_noesy_2_spinach > create > tolerances ]  Krylov propagation for dimensions above                          10000                (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Basis set printing hush threshold                                256                  (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Collect small subspaces into bundles of dimension                1000                 (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Force sparse algebra for matrix density below                    0.15                 (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Force full algebra for matrix dimension below                    200                  (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Rel. acc. for the elements of Redfield superoperator             1.00000000e-04       (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Matrix exponential differentiation algorithm                     auxmat               (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Number of PBC images for DD couplings in PBC systems             2                    (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Number of days before a cache record is deleted                  365                  (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Planck constant (hbar)                                           1.05457182e-34      
[...son > maz_noesy_2_spinach > create > tolerances ]  Boltzmann constant (k)                                           1.38064900e-23      
[...son > maz_noesy_2_spinach > create > tolerances ]  Free electron g-factor                                           2.00231930e+00      
[...son > maz_noesy_2_spinach > create > tolerances ]  Vacuum permeability                                              1.25663706e-06      
[...son > maz_noesy_2_spinach > create > tolerances ]  Bohr magneton                                                    9.27401007e-24      
[...> run_comparison > maz_noesy_2_spinach > create ]  WARNING: the following functionality is disabled by the user
[...> run_comparison > maz_noesy_2_spinach > create ]           > Krylov propagation inside evolution() function
[...> run_comparison > maz_noesy_2_spinach > create ]  job identifier: 758ad6f18bfcbea06db21d835bd1f7bc
[...> run_comparison > maz_noesy_2_spinach > create ]  random number generator shuffled
[...> run_comparison > maz_noesy_2_spinach > create ]  a running Spinach parallel pool found:
[...> run_comparison > maz_noesy_2_spinach > create ]           > parallel profile: Processes
[...> run_comparison > maz_noesy_2_spinach > create ]           > job identifier:   76d89cbcff75b94c1c58419eeaee3e32
[...> run_comparison > maz_noesy_2_spinach > create ]           > worker processes: 11
[...> run_comparison > maz_noesy_2_spinach > create ]  WARNING - this pool will be re-used
[...> run_comparison > maz_noesy_2_spinach > create ]  parallel pool ValueStore cleared.
[...parison > maz_noesy_2_spinach > create > banner ]   
[...parison > maz_noesy_2_spinach > create > banner ]  ============================================
[...parison > maz_noesy_2_spinach > create > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > create > banner ]  =               SPIN SYSTEM                =
[...parison > maz_noesy_2_spinach > create > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > create > banner ]  ============================================
[...parison > maz_noesy_2_spinach > create > banner ]   
[...> run_comparison > maz_noesy_2_spinach > create ]  a total of 8 particles in the simulation, of which 0 have a zero spin.
[...> run_comparison > maz_noesy_2_spinach > create ]  magnetic induction of 11.75 Tesla (-500.29 MHz proton frequency, 329.29 GHz electron frequency).
[...> maz_noesy_2_spinach > create > summary_zeeman ]  summary of Zeeman tensors and their anisotropies (ppm for nuclei, g-tensor for electrons)
[...> maz_noesy_2_spinach > create > summary_zeeman ]  =======================================================================================================
[...> maz_noesy_2_spinach > create > summary_zeeman ]  #    Spin  2S+1                      Matrix                      Tr/3         norm[rank1]  norm[rank2] 
[...> maz_noesy_2_spinach > create > summary_zeeman ]  -------------------------------------------------------------------------------------------------------
[...> maz_noesy_2_spinach > create > summary_zeeman ]  1    1H    2      -1.019700e+00  -6.197700e+00  +3.606100e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    -3.375700e+00  +2.441600e+00  +8.672000e-01    +1.3000e+00  +2.4399e+00  +8.7139e+00  
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +6.860300e+00  +3.160300e+00  +2.478100e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]   
[...> maz_noesy_2_spinach > create > summary_zeeman ]  2    1H    2      +4.789500e+00  +4.604000e-01  +3.967000e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    -2.449100e+00  +1.532800e+00  -3.594100e+00    +1.7000e+00  +2.7599e+00  +6.6037e+00  
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    -9.510000e-02  -5.939900e+00  -1.222300e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]   
[...> maz_noesy_2_spinach > create > summary_zeeman ]  3    1H    2      +4.313333e+00  +1.366200e+00  +3.466400e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +3.195000e-01  +8.337433e+00  +9.356000e-01    +1.9000e+00  +2.7701e+00  +8.9297e+00  
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    -1.956700e+00  +5.013000e-01  -6.950767e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]   
[...> maz_noesy_2_spinach > create > summary_zeeman ]  4    14N   3      -2.784930e+01  -1.692860e+01  +2.833050e+01
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    -2.279510e+01  +7.285280e+01  -1.853570e+01    -9.4739e-15  +2.1091e+01  +7.6700e+01  
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +1.389030e+01  +2.066050e+01  -4.500350e+01
[...> maz_noesy_2_spinach > create > summary_zeeman ]   
[...> maz_noesy_2_spinach > create > summary_zeeman ]  5    1H    2      +4.811700e+00  -3.798100e+00  +3.974500e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +1.006500e+00  +1.291400e+00  +4.211900e+00    +1.0000e-01  +4.0596e+00  +1.0912e+01  
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +1.199700e+00  +1.013950e+01  -5.803100e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]   
[...> maz_noesy_2_spinach > create > summary_zeeman ]  6    1H    2      -2.125667e+00  -4.340200e+00  -8.099000e-01
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    -3.392200e+00  +1.202133e+00  -1.222500e+00    +1.2000e+00  +1.0626e+00  +5.8881e+00  
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +7.891000e-01  -1.926000e-01  +4.523533e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]   
[...> maz_noesy_2_spinach > create > summary_zeeman ]  7    1H    2      -2.087000e+00  +4.730600e+00  -1.236600e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +3.641900e+00  +1.098900e+00  +1.118000e+00    +1.2000e+00  +9.7904e-01  +6.2563e+00  
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +3.469000e-01  +7.420000e-01  +4.588100e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]   
[...> maz_noesy_2_spinach > create > summary_zeeman ]  8    1H    2      +1.435567e+00  -1.078000e-01  +2.933900e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    -1.534000e-01  +4.966467e+00  -6.704000e-01    +1.2000e+00  +1.5342e-01  +5.6543e+00  
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +3.218800e+00  -7.748000e-01  -2.802033e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]  =======================================================================================================
[...> run_comparison > maz_noesy_2_spinach > create ]  WARNING - no giant spin terms supplied, zeros assumed.
[...> run_comparison > maz_noesy_2_spinach > create ]  initializing interaction arrays...
[..._noesy_2_spinach > create > summary_coordinates ]  atomic coordinates (Angstrom)
[..._noesy_2_spinach > create > summary_coordinates ]  ======================================
[..._noesy_2_spinach > create > summary_coordinates ]  N    Spin     X         Y         Z   
[..._noesy_2_spinach > create > summary_coordinates ]  --------------------------------------
[..._noesy_2_spinach > create > summary_coordinates ]  1    1H    -1.813    -1.099    +0.444  
[..._noesy_2_spinach > create > summary_coordinates ]  2    1H    -0.842    -1.116    -1.123  
[..._noesy_2_spinach > create > summary_coordinates ]  3    1H    +0.177    -0.023    +1.610  
[..._noesy_2_spinach > create > summary_coordinates ]  4    14N   -0.908    +0.812    -0.038  
[..._noesy_2_spinach > create > summary_coordinates ]  5    1H    -0.590    +1.188    -0.936  
[..._noesy_2_spinach > create > summary_coordinates ]  6    1H    +2.094    +0.832    +0.089  
[..._noesy_2_spinach > create > summary_coordinates ]  7    1H    +2.084    -0.944    +0.159  
[..._noesy_2_spinach > create > summary_coordinates ]  8    1H    +1.387    -0.108    -1.250  
[..._noesy_2_spinach > create > summary_coordinates ]  ======================================
[...> run_comparison > maz_noesy_2_spinach > create ]  periodic boundary conditions not specified, assuming a standalone spin system.
[...arison > maz_noesy_2_spinach > create > dipolar ]  dipolar interaction distance threshold: 4 Angstrom.
[...arison > maz_noesy_2_spinach > create > dipolar ]  running dipolar interaction network analysis...
[...arison > maz_noesy_2_spinach > create > dipolar ]  found 27 spin pair(s) with distance under the threshold of 4 Angstrom.
[...> run_comparison > maz_noesy_2_spinach > create ]  processing coupling data...
[...az_noesy_2_spinach > create > summary_couplings ]  summary of coupling tensors and their anisotropies (Hz)
[...az_noesy_2_spinach > create > summary_couplings ]  ======================================================================================================
[...az_noesy_2_spinach > create > summary_couplings ]  Spin A  Spin B                     Matrix                      Tr/3         norm[rank1]  norm[rank2]  
[...az_noesy_2_spinach > create > summary_couplings ]  ------------------------------------------------------------------------------------------------------
[...az_noesy_2_spinach > create > summary_couplings ]  2       1       +1.613059e+03  +1.471080e+02  +1.287022e+04
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.471080e+02  +9.581818e+03  -2.375109e+02    +0.0000e+00  +1.1580e-12  +1.9169e+04  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.287022e+04  -2.375109e+02  -1.119488e+04
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  3       1       -3.043425e+03  -3.614167e+03  -3.917988e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -3.614167e+03  +1.692772e+03  -2.116951e+03    -9.6500e-14  +0.0000e+00  +7.2911e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -3.917988e+03  -2.116951e+03  +1.350654e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  4       1       +2.075457e+02  -4.698288e+02  +1.187104e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -4.698288e+02  -5.612434e+02  +2.505034e+02    +4.4000e+00  +7.2375e-14  +8.5158e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.187104e+02  +2.505034e+02  +3.668977e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  5       1       +1.137531e+03  -2.302183e+03  +1.390340e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.302183e+03  -1.936158e+03  +2.599805e+03    +0.0000e+00  +2.0471e-13  +4.7374e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.390340e+03  +2.599805e+03  +7.986268e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  7       1       -1.987616e+03  -1.185299e+02  +2.189575e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.185299e+02  +9.994724e+02  +8.674758e+00    +0.0000e+00  +9.0469e-15  +2.0083e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.189575e+02  +8.674758e+00  +9.881436e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  8       1       -1.339288e+03  -7.658088e+02  +1.310564e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -7.658088e+02  +8.981991e+02  +4.055953e+02    +2.4125e-14  +0.0000e+00  +2.2704e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.310564e+03  +4.055953e+02  +4.410885e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  1       2       +1.601459e+03  +1.471080e+02  +1.287022e+04
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.471080e+02  +9.570218e+03  -2.375109e+02    -1.1600e+01  +1.1580e-12  +1.9169e+04  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.287022e+04  -2.375109e+02  -1.120648e+04
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  3       2       +1.348984e+03  -6.846490e+02  -1.711657e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -6.846490e+02  +1.253080e+03  -1.835732e+03    +0.0000e+00  +1.6184e-13  +3.9747e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.711657e+03  -1.835732e+03  -2.602063e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  4       2       +3.993456e+02  +3.093114e+01  +1.739738e+01
[...az_noesy_2_spinach > create > summary_couplings ]                  +3.093114e+01  -5.113157e+02  -5.127964e+02    -6.0313e-15  +2.2617e-15  +8.0079e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.739738e+01  -5.127964e+02  +1.119700e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  5       2       +4.605968e+03  -1.538460e+03  -1.243991e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.538460e+03  -9.288300e+03  -1.137093e+03    +0.0000e+00  +9.0469e-15  +9.5486e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.243991e+02  -1.137093e+03  +4.682332e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  6       2       -1.000829e+03  -1.434829e+03  -8.921332e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.434829e+03  +2.083035e+02  -5.921915e+02    +4.8250e-14  +0.0000e+00  +2.3215e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -8.921332e+02  -5.921915e+02  +7.925259e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  7       2       -2.767870e+03  -2.709279e+02  -2.015690e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.709279e+02  +1.817466e+03  -1.186856e+02    +0.0000e+00  +0.0000e+00  +3.6668e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.015690e+03  -1.186856e+02  +9.504041e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  8       2       -6.059815e+03  -4.587832e+03  +5.803920e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -4.587832e+03  +2.009022e+03  +2.624989e+02    +0.0000e+00  +2.8950e-13  +8.1680e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +5.803920e+02  +2.624989e+02  +4.050793e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  1       3       -3.037925e+03  -3.614167e+03  -3.917988e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -3.614167e+03  +1.698272e+03  -2.116951e+03    +5.5000e+00  +0.0000e+00  +7.2911e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -3.917988e+03  -2.116951e+03  +1.356154e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  2       3       +1.348984e+03  -6.846490e+02  -1.711657e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -6.846490e+02  +1.253080e+03  -1.835732e+03    +0.0000e+00  +1.6184e-13  +3.9747e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.711657e+03  -1.835732e+03  -2.602063e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  4       3       +1.072409e+02  +2.612730e+02  -5.156478e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.612730e+02  +2.453897e+02  +3.970390e+02    +5.2000e+00  +8.0918e-14  +8.8273e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  -5.156478e+02  +3.970390e+02  -3.370306e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  5       3       +1.908888e+03  +7.854594e+02  -1.651158e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +7.854594e+02  +1.165952e+03  +2.607385e+03    -1.9300e-13  +3.2367e-13  +4.8126e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.651158e+03  +2.607385e+03  -3.074840e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  6       3       -2.206962e+03  -2.524683e+03  +4.487945e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.524683e+03  +2.320794e+03  +2.003678e+03    +7.8407e-14  +2.8950e-13  +6.8959e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +4.487945e+03  +2.003678e+03  -1.138325e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  7       3       -2.328370e+03  +2.837806e+03  +4.471256e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.837806e+03  +2.179730e+03  -2.158608e+03    -6.0313e-15  +3.2367e-13  +7.0995e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +4.471256e+03  -2.158608e+03  +1.486402e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  8       3       +1.091292e+03  +6.390757e+01  +2.153979e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +6.390757e+01  +1.998008e+03  -1.510711e+02    +0.0000e+00  +4.5235e-15  +4.0050e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.153979e+03  -1.510711e+02  -3.089300e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  1       4       +2.031457e+02  -4.698288e+02  +1.187104e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -4.698288e+02  -5.656434e+02  +2.505034e+02    -2.4125e-14  +7.2375e-14  +8.5158e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.187104e+02  +2.505034e+02  +3.624977e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  2       4       +3.993456e+02  +3.093114e+01  +1.739738e+01
[...az_noesy_2_spinach > create > summary_couplings ]                  +3.093114e+01  -5.113157e+02  -5.127964e+02    -6.0313e-15  +2.2617e-15  +8.0079e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.739738e+01  -5.127964e+02  +1.119700e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  3       4       +1.020409e+02  +2.612730e+02  -5.156478e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.612730e+02  +2.401897e+02  +3.970390e+02    +2.4125e-14  +8.0918e-14  +8.8273e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  -5.156478e+02  +3.970390e+02  -3.422306e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  4       4       -1.293200e+06  +6.251000e+05  +1.870000e+06
[...az_noesy_2_spinach > create > summary_couplings ]                  +6.251000e+05  +1.717000e+06  -2.312700e+06    -2.4704e-11  +0.0000e+00  +3.5484e+06  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.870000e+06  -2.312700e+06  -4.238000e+05
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  5       4       +2.875051e+03  -1.379897e+03  +3.294563e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.379897e+03  +2.404804e+03  +3.903415e+03    +0.0000e+00  +0.0000e+00  +8.0794e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +3.294563e+03  +3.903415e+03  -5.279855e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  6       4       -3.193942e+02  -3.282394e+00  -2.031508e+01
[...az_noesy_2_spinach > create > summary_couplings ]                  -3.282394e+00  +1.601162e+02  -1.390564e-01    +6.0313e-15  +0.0000e+00  +3.2028e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.031508e+01  -1.390564e-01  +1.592780e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  7       4       -1.266751e+02  +1.350741e+02  -1.518933e+01
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.350741e+02  +2.420176e+01  +8.914518e+00    -6.0313e-15  +0.0000e+00  +2.0695e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.518933e+01  +8.914518e+00  +1.024734e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  8       4       -2.253744e+02  +1.737472e+02  +2.289087e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.737472e+02  +1.383144e+02  -9.177840e+01    +0.0000e+00  +9.0469e-15  +4.1595e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.289087e+02  -9.177840e+01  +8.706009e+01
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  1       5       +1.145031e+03  -2.302183e+03  +1.390340e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.302183e+03  -1.928658e+03  +2.599805e+03    +7.5000e+00  +2.0471e-13  +4.7374e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.390340e+03  +2.599805e+03  +8.061268e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  2       5       +4.618668e+03  -1.538460e+03  -1.243991e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.538460e+03  -9.275600e+03  -1.137093e+03    +1.2700e+01  +9.0469e-15  +9.5486e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.243991e+02  -1.137093e+03  +4.695032e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  3       5       +1.908888e+03  +7.854594e+02  -1.651158e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +7.854594e+02  +1.165952e+03  +2.607385e+03    -1.9300e-13  +3.2367e-13  +4.8126e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.651158e+03  +2.607385e+03  -3.074840e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  4       5       +2.919851e+03  -1.379897e+03  +3.294563e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.379897e+03  +2.449604e+03  +3.903415e+03    +4.4800e+01  +0.0000e+00  +8.0794e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +3.294563e+03  +3.903415e+03  -5.235055e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  6       5       -3.907262e+03  +8.458910e+02  -2.438651e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +8.458910e+02  +2.363442e+03  +3.231858e+02    +0.0000e+00  +1.8094e-14  +4.9511e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.438651e+03  +3.231858e+02  +1.543820e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  7       5       -8.601209e+02  +1.719263e+03  -8.835014e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.719263e+03  -7.429576e+01  +7.043683e+02    +0.0000e+00  +0.0000e+00  +2.5928e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -8.835014e+02  +7.043683e+02  +9.344167e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  8       5       -4.701092e+03  +5.984764e+03  +1.449234e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +5.984764e+03  +5.037447e+02  -9.501349e+02    +0.0000e+00  +6.0119e-13  +8.8549e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.449234e+03  -9.501349e+02  +4.197348e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  2       6       -1.000829e+03  -1.434829e+03  -8.921332e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.434829e+03  +2.083035e+02  -5.921915e+02    +4.8250e-14  +0.0000e+00  +2.3215e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -8.921332e+02  -5.921915e+02  +7.925259e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  3       6       -2.202462e+03  -2.524683e+03  +4.487945e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.524683e+03  +2.325294e+03  +2.003678e+03    +4.5000e+00  +2.8950e-13  +6.8959e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +4.487945e+03  +2.003678e+03  -1.093325e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  4       6       -3.193942e+02  -3.282394e+00  -2.031508e+01
[...az_noesy_2_spinach > create > summary_couplings ]                  -3.282394e+00  +1.601162e+02  -1.390564e-01    +6.0313e-15  +0.0000e+00  +3.2028e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.031508e+01  -1.390564e-01  +1.592780e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  5       6       -3.907262e+03  +8.458910e+02  -2.438651e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +8.458910e+02  +2.363442e+03  +3.231858e+02    +0.0000e+00  +1.8094e-14  +4.9511e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.438651e+03  +3.231858e+02  +1.543820e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  7       6       +1.068580e+04  -1.684673e+02  +6.667806e+00
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.684673e+02  -2.132234e+04  +1.266892e+03    +0.0000e+00  +1.8103e-14  +2.1373e+04  
[...az_noesy_2_spinach > create > summary_couplings ]                  +6.667806e+00  +1.266892e+03  +1.063654e+04
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  8       6       +5.604635e+03  -6.653064e+03  -9.473209e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -6.653064e+03  +1.747121e+03  -1.260960e+04    +3.8600e-13  +5.7900e-13  +2.1206e+04  
[...az_noesy_2_spinach > create > summary_couplings ]                  -9.473209e+03  -1.260960e+04  -7.351757e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  1       7       -1.987616e+03  -1.185299e+02  +2.189575e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.185299e+02  +9.994724e+02  +8.674758e+00    +0.0000e+00  +9.0469e-15  +2.0083e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.189575e+02  +8.674758e+00  +9.881436e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  2       7       -2.767870e+03  -2.709279e+02  -2.015690e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.709279e+02  +1.817466e+03  -1.186856e+02    +0.0000e+00  +0.0000e+00  +3.6668e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.015690e+03  -1.186856e+02  +9.504041e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  3       7       -2.323870e+03  +2.837806e+03  +4.471256e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.837806e+03  +2.184230e+03  -2.158608e+03    +4.5000e+00  +3.2367e-13  +7.0995e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +4.471256e+03  -2.158608e+03  +1.531402e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  4       7       -1.266751e+02  +1.350741e+02  -1.518933e+01
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.350741e+02  +2.420176e+01  +8.914518e+00    -6.0313e-15  +0.0000e+00  +2.0695e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.518933e+01  +8.914518e+00  +1.024734e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  5       7       -8.601209e+02  +1.719263e+03  -8.835014e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.719263e+03  -7.429576e+01  +7.043683e+02    +0.0000e+00  +0.0000e+00  +2.5928e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -8.835014e+02  +7.043683e+02  +9.344167e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  6       7       +1.068580e+04  -1.684673e+02  +6.667806e+00
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.684673e+02  -2.132234e+04  +1.266892e+03    +0.0000e+00  +1.8103e-14  +2.1373e+04  
[...az_noesy_2_spinach > create > summary_couplings ]                  +6.667806e+00  +1.266892e+03  +1.063654e+04
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  8       7       +5.742781e+03  +5.861100e+03  -9.883216e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +5.861100e+03  +3.605059e+03  +1.184857e+04    -3.8600e-13  +1.1580e-12  +2.1263e+04  
[...az_noesy_2_spinach > create > summary_couplings ]                  -9.883216e+03  +1.184857e+04  -9.347839e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  1       8       -1.339288e+03  -7.658088e+02  +1.310564e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -7.658088e+02  +8.981991e+02  +4.055953e+02    +2.4125e-14  +0.0000e+00  +2.2704e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.310564e+03  +4.055953e+02  +4.410885e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  2       8       -6.059815e+03  -4.587832e+03  +5.803920e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -4.587832e+03  +2.009022e+03  +2.624989e+02    +0.0000e+00  +2.8950e-13  +8.1680e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +5.803920e+02  +2.624989e+02  +4.050793e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  3       8       +1.095792e+03  +6.390757e+01  +2.153979e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +6.390757e+01  +2.002508e+03  -1.510711e+02    +4.5000e+00  +4.5235e-15  +4.0050e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.153979e+03  -1.510711e+02  -3.084800e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  4       8       -2.253744e+02  +1.737472e+02  +2.289087e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.737472e+02  +1.383144e+02  -9.177840e+01    +0.0000e+00  +9.0469e-15  +4.1595e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.289087e+02  -9.177840e+01  +8.706009e+01
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  5       8       -4.701092e+03  +5.984764e+03  +1.449234e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +5.984764e+03  +5.037447e+02  -9.501349e+02    +0.0000e+00  +6.0119e-13  +8.8549e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.449234e+03  -9.501349e+02  +4.197348e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  6       8       +5.604635e+03  -6.653064e+03  -9.473209e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -6.653064e+03  +1.747121e+03  -1.260960e+04    +3.8600e-13  +5.7900e-13  +2.1206e+04  
[...az_noesy_2_spinach > create > summary_couplings ]                  -9.473209e+03  -1.260960e+04  -7.351757e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  7       8       +5.742781e+03  +5.861100e+03  -9.883216e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +5.861100e+03  +3.605059e+03  +1.184857e+04    -3.8600e-13  +1.1580e-12  +2.1263e+04  
[...az_noesy_2_spinach > create > summary_couplings ]                  -9.883216e+03  +1.184857e+04  -9.347839e+03
[...az_noesy_2_spinach > create > summary_couplings ]  ======================================================================================================
[...> run_comparison > maz_noesy_2_spinach > create ]  WARNING - spin temperature not specified, assuming 298 Kelvin
[...> run_comparison > maz_noesy_2_spinach > create ]  relaxation theory 1: redfield
[...> run_comparison > maz_noesy_2_spinach > create ]  relaxation theory 2: SRFK
[...> run_comparison > maz_noesy_2_spinach > create ]  relaxation theory 3: SRSK
[...> run_comparison > maz_noesy_2_spinach > create ]  chemical subsystem 1, rotational correlation time(s): 2.5e-11 seconds
[...> run_comparison > maz_noesy_2_spinach > create ]  terms to keep in the relaxation superoperator: kite
[...> run_comparison > maz_noesy_2_spinach > create ]  action to take on dynamic frequency shifts: ignore
[...> run_comparison > maz_noesy_2_spinach > create ]  SRFK autocorrelation function component 1:
[...> run_comparison > maz_noesy_2_spinach > create ]    component weight: 1
[...> run_comparison > maz_noesy_2_spinach > create ]    correlation time: 0.001 seconds
[...> run_comparison > maz_noesy_2_spinach > create ]  SRFK modulation depth for spins 1,5: 15 Hz
[...> run_comparison > maz_noesy_2_spinach > create ]  SRFK modulation depth for spins 2,5: 15 Hz
[...> run_comparison > maz_noesy_2_spinach > create ]  SRFK modulation depth for spins 3,5: 15 Hz
[...> run_comparison > maz_noesy_2_spinach > create ]  thermalisation method: zero
create                                0.9 s
[...mparison > maz_noesy_2_spinach > basis > banner ]   
[...mparison > maz_noesy_2_spinach > basis > banner ]  ============================================
[...mparison > maz_noesy_2_spinach > basis > banner ]  =                                          =
[...mparison > maz_noesy_2_spinach > basis > banner ]  =                BASIS SET                 =
[...mparison > maz_noesy_2_spinach > basis > banner ]  =                                          =
[...mparison > maz_noesy_2_spinach > basis > banner ]  ============================================
[...mparison > maz_noesy_2_spinach > basis > banner ]   
[...az_noesy_2_spinach > basis > summary_basis_opts ]  spherical tensor basis set using Liouville space matrix formalism.
[...az_noesy_2_spinach > basis > summary_basis_opts ]  IK-2 approximation - spin correlations involving all nearest neighbours of each spin on the coupling graph.
[...az_noesy_2_spinach > basis > summary_basis_opts ]  IK-2 approximation - spin correlations up to order 4 between all spins within 4 Angstrom of each other.
[...az_noesy_2_spinach > basis > summary_basis_opts ]  IK-2 approximation - coupling graph from scalar couplings, tensors with 2-norm below 2 Hz dropped.
[... > run_comparison > maz_noesy_2_spinach > basis ]  coupling tensors with norm below 2 Hz will be ignored.
[... > run_comparison > maz_noesy_2_spinach > basis ]  scalar couplings will be used to build the coupling graph.
[... > run_comparison > maz_noesy_2_spinach > basis ]  connectivity matrix density 43.75%
[... > run_comparison > maz_noesy_2_spinach > basis ]  proximity matrix density 96.875%
[... > run_comparison > maz_noesy_2_spinach > basis ]  chemical substance 1, 8 spins:
[... > run_comparison > maz_noesy_2_spinach > basis ]      8 subgraphs generated from coupling data.
[... > run_comparison > maz_noesy_2_spinach > basis ]      70 subgraphs generated from proximity data.
[... > run_comparison > maz_noesy_2_spinach > basis ]      keeping 50 subgraphs with 4 spins each.
[... > run_comparison > maz_noesy_2_spinach > basis ]      keeping 1 subgraphs with 5 spins each.
[... > run_comparison > maz_noesy_2_spinach > basis ]      keeping 1 subgraphs with 6 spins each.
[... > run_comparison > maz_noesy_2_spinach > basis ]  building basis set descriptor...
[... > run_comparison > maz_noesy_2_spinach > basis ]  eliminating redundant states...
[... > run_comparison > maz_noesy_2_spinach > basis ]  sorting the basis...
[... > run_comparison > maz_noesy_2_spinach > basis ]  chemical substance 1: 19313 states.
[...n > maz_noesy_2_spinach > basis > summary_basis ]  over 256 states in the basis - printing suppressed.
[...n > maz_noesy_2_spinach > basis > summary_basis ]  state space dimension 19314 (13.0981% of the full state space).
[...arison > maz_noesy_2_spinach > basis > symmetry ]  no symmetry information available.
[... > run_comparison > maz_noesy_2_spinach > basis ]  caching Lie structure tables...
basis                                 2.9 s
[...parison > maz_noesy_2_spinach > liquid > banner ]   
[...parison > maz_noesy_2_spinach > liquid > banner ]  ============================================
[...parison > maz_noesy_2_spinach > liquid > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > liquid > banner ]  =              PULSE SEQUENCE              =
[...parison > maz_noesy_2_spinach > liquid > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > liquid > banner ]  ============================================
[...parison > maz_noesy_2_spinach > liquid > banner ]   
[...rison > maz_noesy_2_spinach > liquid > defaults ]  parameters.decouple field not set, assuming no decoupling.
[...rison > maz_noesy_2_spinach > liquid > defaults ]  parameters.rframes field not set, assuming no additional rotating frame transformations.
[...rison > maz_noesy_2_spinach > liquid > defaults ]  parameters.needs field not set, assumpting empty.
[...parison > maz_noesy_2_spinach > liquid > assume ]  generic high-field NMR assumption set:
[...parison > maz_noesy_2_spinach > liquid > assume ]    rotating frame approximation for electrons,
[...parison > maz_noesy_2_spinach > liquid > assume ]    rotating frame approximation for nuclei,
[...parison > maz_noesy_2_spinach > liquid > assume ]    secular terms for electron Zeeman interactions,
[...parison > maz_noesy_2_spinach > liquid > assume ]    secular terms for nuclear Zeeman interactions,
[...parison > maz_noesy_2_spinach > liquid > assume ]    secular terms for giant spin model interactions,
[...parison > maz_noesy_2_spinach > liquid > assume ]    secular coupling terms for spins belonging to the same species,
[...parison > maz_noesy_2_spinach > liquid > assume ]    weak coupling terms for spins belonging to different species,
[...parison > maz_noesy_2_spinach > liquid > assume ]    secular coupling terms for quadratic couplings.
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  building Hamiltonian descriptor...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  offset isotropic Zeeman interaction for spin 1...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (Lz) x -650.371 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  offset isotropic Zeeman interaction for spin 2...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (Lz) x -850.4851 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  offset isotropic Zeeman interaction for spin 3...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (Lz) x -950.5422 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  offset isotropic Zeeman interaction for spin 5...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (Lz) x -50.0285 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  offset isotropic Zeeman interaction for spin 6...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (Lz) x -600.3424 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  offset isotropic Zeeman interaction for spin 7...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (Lz) x -600.3424 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  offset isotropic Zeeman interaction for spin 8...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (Lz) x -600.3424 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  (z,z) part of the isotropic coupling for spins 4,1...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LzSz) x 4.4 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  complete isotropic coupling for spins 1,2...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LxSx+LySy+LzSz) x -11.6 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  complete isotropic coupling for spins 1,3...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LxSx+LySy+LzSz) x 5.5 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  (z,z) part of the isotropic coupling for spins 4,3...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LzSz) x 5.2 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  complete isotropic coupling for spins 1,5...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LxSx+LySy+LzSz) x 7.5 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  complete isotropic coupling for spins 2,5...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LxSx+LySy+LzSz) x 12.7 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  (z,z) part of the isotropic coupling for spins 4,5...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LzSz) x 44.8 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  complete isotropic coupling for spins 3,6...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  complete isotropic coupling for spins 3,7...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  complete isotropic coupling for spins 3,8...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  31 unique operators in the Hamiltonian descriptor.
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  building individual operators...
[..._2_spinach > liquid > hamiltonian > parfor/spmd ]  31/31 operators done, 103.3495 operators per second.
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  average worker process received 1.6038 MB and sent back 1.2053 MB
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  operator construction took 0.30397 seconds
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  operator array footprint: 0.012924 GB
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  assembling the Hamiltonian...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  Hamiltonian assembly took 0.017863 seconds
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  WARNING - only the isotropic part has been returned.
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  memory footprint of I array: 0.00187 GB
[...son > maz_noesy_2_spinach > liquid > relaxation ]  Redfield theory (rotational diffusion).
[...son > maz_noesy_2_spinach > liquid > relaxation ]  computing the lab frame Hamiltonian superoperator...
[..._noesy_2_spinach > liquid > relaxation > assume ]  lab frame assumption set - no assumptions:
[..._noesy_2_spinach > liquid > relaxation > assume ]    laboratory frame simulation for electrons,
[..._noesy_2_spinach > liquid > relaxation > assume ]    laboratory frame simulation for nuclei,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for electron Zeeman interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for nuclear Zeeman interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for giant spin model interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for all couplings.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  building Hamiltonian descriptor...
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500286022.9555 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic Zeeman interaction for spin 1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,+1]:      -0.5*(Lp) x 814.0143-573.6022i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,-1]:      -0.5*(Lm) x 814.0143+573.6022i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:      -0.5*(Lp) x 2618.0934-1007.4497i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(Lz) x -721.8477 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:       0.5*(Lm) x -2618.0934-1007.4497i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500286223.0697 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic Zeeman interaction for spin 2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,+1]:      -0.5*(Lp) x -1016.1046+586.78471i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,-1]:      -0.5*(Lm) x -1016.1046-586.78471i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:      -0.5*(Lp) x 968.52747+2384.8604i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(Lz) x 1790.5573 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:       0.5*(Lm) x -968.52747+2384.8604i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500286323.1267 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic Zeeman interaction for spin 3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,+1]:      -0.5*(Lp) x -1356.5488+108.63697i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,-1]:      -0.5*(Lm) x -1356.5488-108.63697i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:      -0.5*(Lp) x 377.6404-359.43i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(Lz) x 5423.059 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:       0.5*(Lm) x -377.6404-359.43i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -36163035.9271 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic Zeeman interaction for spin 4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,+1]:      -0.5*(Lp) x -261.1007-708.7268i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,-1]:      -0.5*(Lm) x -261.1007+708.7268i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:      -0.5*(Lp) x 763.4162-38.41961i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(Lz) x 1993.2272 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:       0.5*(Lm) x -763.4162-38.41961i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete quadratic coupling for spin 4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             T(2,+2) x -1.50510e+06-6.25100e+05i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]             T(2,+1) x -1.87000e+06-2.31270e+06i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]             T(2, 0) x -5.19047e+05 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]             T(2,-1) x +1.87000e+06-2.31270e+06i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]             T(2,-2) x -1.50510e+06+6.25100e+05i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500285422.6131 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic Zeeman interaction for spin 5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,+1]:      -0.5*(Lp) x -694.09593-1482.7458i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,-1]:      -0.5*(Lm) x -694.09593+1482.7458i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:      -0.5*(Lp) x 1294.2883-3589.8977i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(Lz) x 3616.9589 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:       0.5*(Lm) x -1294.2883-3589.8977i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500285972.927 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic Zeeman interaction for spin 6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,+1]:      -0.5*(Lp) x 399.9782-257.622i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,-1]:      -0.5*(Lm) x 399.9782+257.622i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:      -0.5*(Lp) x -5.202968+353.9769i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(Lz) x -2036.4018 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:       0.5*(Lm) x 5.202968+353.9769i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500285972.927 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic Zeeman interaction for spin 7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,+1]:      -0.5*(Lp) x 396.1009+94.05365i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,-1]:      -0.5*(Lm) x 396.1009-94.05365i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:      -0.5*(Lp) x -222.5519-465.2654i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(Lz) x -2075.9632 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:       0.5*(Lm) x 222.5519-465.2654i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500285972.927 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic Zeeman interaction for spin 8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,+1]:      -0.5*(Lp) x 71.2657+26.1149i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,-1]:      -0.5*(Lm) x 71.2657-26.1149i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:      -0.5*(Lp) x 1539.0529+361.50621i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(Lz) x 2452.1336 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:       0.5*(Lm) x -1539.0529+361.50621i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 2,1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -3.98438e+03-1.47108e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.28702e+04-2.37511e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -1.37109e+04 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.28702e+04-2.37511e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -3.98438e+03+1.47108e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 3,1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.36810e+03+3.61417e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +3.91799e+03-2.11695e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.65421e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -3.91799e+03-2.11695e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.36810e+03-3.61417e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 4,1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 4.4 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 4,1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +3.84395e+02+4.69829e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.18710e+02+2.50503e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +4.43967e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.18710e+02+2.50503e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +3.84395e+02-4.69829e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 5,1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +1.53684e+03+2.30218e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.39034e+03+2.59980e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +9.78114e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.39034e+03+2.59980e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +1.53684e+03-2.30218e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 7,1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -1.49354e+03+1.18530e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -2.18958e+02+8.67476e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.21022e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +2.18958e+02+8.67476e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -1.49354e+03-1.18530e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 8,1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -1.11874e+03+7.65809e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.31056e+03+4.05595e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +5.40221e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.31056e+03+4.05595e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -1.11874e+03-7.65809e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 1,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x -11.6 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 1,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -3.98438e+03-1.47108e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.28702e+04-2.37511e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -1.37109e+04 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.28702e+04-2.37511e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -3.98438e+03+1.47108e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 3,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +4.79520e+01+6.84649e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +1.71166e+03-1.83573e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -3.18686e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -1.71166e+03-1.83573e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +4.79520e+01-6.84649e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 4,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +4.55331e+02-3.09311e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.73974e+01-5.12796e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.37135e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.73974e+01-5.12796e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +4.55331e+02+3.09311e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 5,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +6.94713e+03+1.53846e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +1.24399e+02-1.13709e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +5.73466e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -1.24399e+02-1.13709e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +6.94713e+03-1.53846e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 6,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -6.04566e+02+1.43483e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +8.92133e+02-5.92192e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +9.70642e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -8.92133e+02-5.92192e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -6.04566e+02-1.43483e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 7,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.29267e+03+2.70928e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +2.01569e+03-1.18686e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.16400e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -2.01569e+03-1.18686e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.29267e+03-2.70928e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 8,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -4.03442e+03+4.58783e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -5.80392e+02+2.62499e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +4.96119e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +5.80392e+02+2.62499e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -4.03442e+03-4.58783e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 1,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 5.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 1,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.36810e+03+3.61417e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +3.91799e+03-2.11695e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.65421e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -3.91799e+03-2.11695e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.36810e+03-3.61417e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 2,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +4.79520e+01+6.84649e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +1.71166e+03-1.83573e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -3.18686e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -1.71166e+03-1.83573e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +4.79520e+01-6.84649e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 4,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 5.2 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 4,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -6.90744e+01-2.61273e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +5.15648e+02+3.97039e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -4.19145e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -5.15648e+02+3.97039e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -6.90744e+01+2.61273e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 5,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +3.71468e+02-7.85459e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +1.65116e+03+2.60739e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -3.76589e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -1.65116e+03+2.60739e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +3.71468e+02+7.85459e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 6,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.26388e+03+2.52468e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -4.48794e+03+2.00368e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -1.39416e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +4.48794e+03+2.00368e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.26388e+03-2.52468e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 7,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.25405e+03-2.83781e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -4.47126e+03-2.15861e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.82046e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +4.47126e+03-2.15861e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.25405e+03+2.83781e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 8,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -4.53358e+02-6.39076e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -2.15398e+03-1.51071e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -3.78360e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +2.15398e+03-1.51071e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -4.53358e+02+6.39076e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 1,4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +3.84395e+02+4.69829e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.18710e+02+2.50503e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +4.43967e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.18710e+02+2.50503e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +3.84395e+02-4.69829e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 2,4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +4.55331e+02-3.09311e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.73974e+01-5.12796e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.37135e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.73974e+01-5.12796e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +4.55331e+02+3.09311e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 3,4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -6.90744e+01-2.61273e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +5.15648e+02+3.97039e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -4.19145e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -5.15648e+02+3.97039e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -6.90744e+01+2.61273e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 5,4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +2.35123e+02+1.37990e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -3.29456e+03+3.90341e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -6.46647e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +3.29456e+03+3.90341e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +2.35123e+02-1.37990e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 6,4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.39755e+02+3.28239e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +2.03151e+01-1.39056e-01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.95075e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -2.03151e+01-1.39056e-01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.39755e+02-3.28239e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 7,4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -7.54384e+01-1.35074e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +1.51893e+01+8.91452e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.25504e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -1.51893e+01+8.91452e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -7.54384e+01+1.35074e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 8,4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -1.81844e+02-1.73747e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -2.28909e+02-9.17784e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.06626e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +2.28909e+02-9.17784e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -1.81844e+02+1.73747e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 1,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 7.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 1,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +1.53684e+03+2.30218e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.39034e+03+2.59980e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +9.78114e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.39034e+03+2.59980e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +1.53684e+03-2.30218e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 2,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 12.7 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 2,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +6.94713e+03+1.53846e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +1.24399e+02-1.13709e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +5.73466e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -1.24399e+02-1.13709e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +6.94713e+03-1.53846e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 3,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +3.71468e+02-7.85459e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +1.65116e+03+2.60739e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -3.76589e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -1.65116e+03+2.60739e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +3.71468e+02+7.85459e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 4,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 44.8 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 4,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +2.35123e+02+1.37990e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -3.29456e+03+3.90341e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -6.46647e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +3.29456e+03+3.90341e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +2.35123e+02-1.37990e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 6,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -3.13535e+03-8.45891e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +2.43865e+03+3.23186e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.89079e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -2.43865e+03+3.23186e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -3.13535e+03+8.45891e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 7,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -3.92913e+02-1.71926e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +8.83501e+02+7.04368e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.14442e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -8.83501e+02+7.04368e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -3.92913e+02+1.71926e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 8,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.60242e+03-5.98476e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.44923e+03-9.50135e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +5.14068e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.44923e+03-9.50135e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.60242e+03+5.98476e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 2,6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -6.04566e+02+1.43483e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +8.92133e+02-5.92192e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +9.70642e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -8.92133e+02-5.92192e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -6.04566e+02-1.43483e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 3,6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 3,6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.26388e+03+2.52468e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -4.48794e+03+2.00368e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -1.39416e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +4.48794e+03+2.00368e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.26388e+03-2.52468e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 4,6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.39755e+02+3.28239e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +2.03151e+01-1.39056e-01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.95075e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -2.03151e+01-1.39056e-01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.39755e+02-3.28239e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 5,6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -3.13535e+03-8.45891e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +2.43865e+03+3.23186e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.89079e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -2.43865e+03+3.23186e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -3.13535e+03+8.45891e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 7,6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +1.60041e+04+1.68467e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -6.66781e+00+1.26689e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.30271e+04 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +6.66781e+00+1.26689e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +1.60041e+04-1.68467e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 8,6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +1.92876e+03+6.65306e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +9.47321e+03-1.26096e+04i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -9.00403e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -9.47321e+03-1.26096e+04i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +1.92876e+03-6.65306e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 1,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -1.49354e+03+1.18530e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -2.18958e+02+8.67476e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.21022e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +2.18958e+02+8.67476e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -1.49354e+03-1.18530e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 2,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.29267e+03+2.70928e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +2.01569e+03-1.18686e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.16400e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -2.01569e+03-1.18686e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.29267e+03-2.70928e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 3,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 3,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.25405e+03-2.83781e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -4.47126e+03-2.15861e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.82046e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +4.47126e+03-2.15861e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.25405e+03+2.83781e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 4,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -7.54384e+01-1.35074e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +1.51893e+01+8.91452e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.25504e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -1.51893e+01+8.91452e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -7.54384e+01+1.35074e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 5,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -3.92913e+02-1.71926e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +8.83501e+02+7.04368e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.14442e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -8.83501e+02+7.04368e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -3.92913e+02+1.71926e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 6,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +1.60041e+04+1.68467e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -6.66781e+00+1.26689e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.30271e+04 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +6.66781e+00+1.26689e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +1.60041e+04-1.68467e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 8,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +1.06886e+03-5.86110e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +9.88322e+03+1.18486e+04i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -1.14487e+04 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -9.88322e+03+1.18486e+04i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +1.06886e+03+5.86110e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 1,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -1.11874e+03+7.65809e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.31056e+03+4.05595e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +5.40221e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.31056e+03+4.05595e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -1.11874e+03-7.65809e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 2,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -4.03442e+03+4.58783e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -5.80392e+02+2.62499e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +4.96119e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +5.80392e+02+2.62499e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -4.03442e+03-4.58783e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 3,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 3,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -4.53358e+02-6.39076e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -2.15398e+03-1.51071e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -3.78360e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +2.15398e+03-1.51071e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -4.53358e+02+6.39076e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 4,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -1.81844e+02-1.73747e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -2.28909e+02-9.17784e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.06626e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +2.28909e+02-9.17784e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -1.81844e+02+1.73747e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 5,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.60242e+03-5.98476e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.44923e+03-9.50135e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +5.14068e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.44923e+03-9.50135e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.60242e+03+5.98476e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 6,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +1.92876e+03+6.65306e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +9.47321e+03-1.26096e+04i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -9.00403e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -9.47321e+03-1.26096e+04i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +1.92876e+03-6.65306e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 7,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +1.06886e+03-5.86110e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +9.88322e+03+1.18486e+04i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -1.14487e+04 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -9.88322e+03+1.18486e+04i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +1.06886e+03+5.86110e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  515 unique operators in the Hamiltonian descriptor.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  building individual operators...
[...liquid > relaxation > hamiltonian > parfor/spmd ]  515/515 operators done, 208.1869 operators per second.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  average worker process received 1.6551 MB and sent back 22.6208 MB
[...y_2_spinach > liquid > relaxation > hamiltonian ]  operator construction took 2.4778 seconds
[...y_2_spinach > liquid > relaxation > hamiltonian ]  operator array footprint: 0.24287 GB
[...y_2_spinach > liquid > relaxation > hamiltonian ]  assembling the Hamiltonian...
[...y_2_spinach > liquid > relaxation > hamiltonian ]  Hamiltonian assembly took 1.4435 seconds
[...y_2_spinach > liquid > relaxation > hamiltonian ]  maximum spherical rank in the giant spin Hamiltonian: 0
[...y_2_spinach > liquid > relaxation > hamiltonian ]  memory footprint of I array: 0.0026514 GB
[...y_2_spinach > liquid > relaxation > hamiltonian ]  memory footprint of Q array: 0.12936 GB
[...son > maz_noesy_2_spinach > liquid > relaxation ]  parallel evaluation path...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=1, k=+1, m=+1, p=+1, q=+1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=1, k=+1, m=+0, p=+1, q=+0, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=1, k=+1, m=-1, p=+1, q=-1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=1, k=-1, m=+1, p=-1, q=+1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=1, k=-1, m=+0, p=-1, q=+0, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=1, k=-1, m=-1, p=-1, q=-1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+2, m=+2, p=+2, q=+2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+2, m=+1, p=+2, q=+1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+2, m=+0, p=+2, q=+0, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+2, m=-1, p=+2, q=-1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+2, m=-2, p=+2, q=-2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+1, m=+2, p=+1, q=+2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+1, m=+1, p=+1, q=+1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+1, m=+0, p=+1, q=+0, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+1, m=-1, p=+1, q=-1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+1, m=-2, p=+1, q=-2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+0, m=+2, p=+0, q=+2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+0, m=+1, p=+0, q=+1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+0, m=+0, p=+0, q=+0, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+0, m=-1, p=+0, q=-1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+0, m=-2, p=+0, q=-2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-1, m=+2, p=-1, q=+2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-1, m=+1, p=-1, q=+1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-1, m=+0, p=-1, q=+0, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-1, m=-1, p=-1, q=-1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-1, m=-2, p=-1, q=-2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-2, m=+2, p=-2, q=+2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-2, m=+1, p=-2, q=+1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-2, m=+0, p=-2, q=+0, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-2, m=-1, p=-2, q=-1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-2, m=-2, p=-2, q=-2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  getting data from workers...
[...son > maz_noesy_2_spinach > liquid > relaxation ]  Redfield superoperator build time: 14.3803 seconds
[...son > maz_noesy_2_spinach > liquid > relaxation ]  scalar relaxation of the first kind...
[..._noesy_2_spinach > liquid > relaxation > assume ]  lab frame assumption set - no assumptions:
[..._noesy_2_spinach > liquid > relaxation > assume ]    laboratory frame simulation for electrons,
[..._noesy_2_spinach > liquid > relaxation > assume ]    laboratory frame simulation for nuclei,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for electron Zeeman interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for nuclear Zeeman interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for giant spin model interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for all couplings.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  building Hamiltonian descriptor...
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500286022.9555 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500286223.0697 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500286323.1267 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -36163035.9271 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500285422.6131 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500285972.927 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500285972.927 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500285972.927 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 4,1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 4.4 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 1,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x -11.6 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 1,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 5.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 4,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 5.2 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 1,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 7.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 2,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 12.7 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 4,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 44.8 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 3,6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 3,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 3,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  38 unique operators in the Hamiltonian descriptor.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  building individual operators...
[...liquid > relaxation > hamiltonian > parfor/spmd ]  38/38 operators done, 121.0812 operators per second.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  average worker process received 1.6091 MB and sent back 1.7358 MB
[...y_2_spinach > liquid > relaxation > hamiltonian ]  operator construction took 0.31793 seconds
[...y_2_spinach > liquid > relaxation > hamiltonian ]  operator array footprint: 0.018619 GB
[...y_2_spinach > liquid > relaxation > hamiltonian ]  assembling the Hamiltonian...
[...y_2_spinach > liquid > relaxation > hamiltonian ]  Hamiltonian assembly took 0.018497 seconds
[...y_2_spinach > liquid > relaxation > hamiltonian ]  WARNING - only the isotropic part has been returned.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  memory footprint of I array: 0.0026514 GB
[..._noesy_2_spinach > liquid > relaxation > assume ]  lab frame assumption set - no assumptions:
[..._noesy_2_spinach > liquid > relaxation > assume ]    laboratory frame simulation for electrons,
[..._noesy_2_spinach > liquid > relaxation > assume ]    laboratory frame simulation for nuclei,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for electron Zeeman interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for nuclear Zeeman interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for giant spin model interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for all couplings.
[..._noesy_2_spinach > liquid > relaxation > assume ]  WARNING - all Zeeman interactions will be ignored.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  building Hamiltonian descriptor...
[...y_2_spinach > liquid > relaxation > hamiltonian ]  isotropic Zeeman interaction ignored for spin 1.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  isotropic Zeeman interaction ignored for spin 2.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  isotropic Zeeman interaction ignored for spin 3.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  isotropic Zeeman interaction ignored for spin 4.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  isotropic Zeeman interaction ignored for spin 5.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  isotropic Zeeman interaction ignored for spin 6.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  isotropic Zeeman interaction ignored for spin 7.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  isotropic Zeeman interaction ignored for spin 8.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 1,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 15 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 2,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 15 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 3,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 15 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  9 unique operators in the Hamiltonian descriptor.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  building individual operators...
[...liquid > relaxation > hamiltonian > parfor/spmd ]  9/9 operators done, 115.1744 operators per second.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  average worker process received 1.2999 MB and sent back 0.23005 MB
[...y_2_spinach > liquid > relaxation > hamiltonian ]  operator construction took 0.080352 seconds
[...y_2_spinach > liquid > relaxation > hamiltonian ]  operator array footprint: 0.0024633 GB
[...y_2_spinach > liquid > relaxation > hamiltonian ]  assembling the Hamiltonian...
[...y_2_spinach > liquid > relaxation > hamiltonian ]  Hamiltonian assembly took 0.002788 seconds
[...y_2_spinach > liquid > relaxation > hamiltonian ]  WARNING - only the isotropic part has been returned.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  memory footprint of I array: 0.00045343 GB
[...son > maz_noesy_2_spinach > liquid > relaxation ]  integrating the SRFK component...
[... relaxation > rlx_scalar > expmint > propagator ]  generator dimension 38628, nnz 357792, density 0.023979%, sparsity 1
[... relaxation > rlx_scalar > expmint > propagator ]  WARNING - time step greatly exceeds the timescale of system dynamics.
[... relaxation > rlx_scalar > expmint > propagator ]  WARNING - exponentiation tolerance tightened up to eps('double').
[... relaxation > rlx_scalar > expmint > propagator ]  scaling -i*L*dt down by 536870912 and squaring the propagator 29 times.
[... relaxation > rlx_scalar > expmint > propagator ]  Taylor series converged on CPU in 17 iterations.
[... relaxation > rlx_scalar > expmint > propagator ]  propagator dimension 38628, nnz 358256, density 0.02401%, sparsity 1
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 1...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 2...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 3...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 4...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 5...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 6...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 7...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 8...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 9...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 10...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 11...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 12...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 13...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 14...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 15...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 16...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 17...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 18...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 19...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 20...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 21...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 22...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 23...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 24...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 25...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 26...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 27...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 28...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 29...
[... relaxation > rlx_scalar > expmint > propagator ]  propagator dimension 38628, nnz 63055766, density 4.2259%, sparsity 1
[...ch > liquid > relaxation > rlx_scalar > expmint ]  processing auxiliary matrix blocks...
[...son > maz_noesy_2_spinach > liquid > relaxation ]  SRFK terms have been incorporated.
[...son > maz_noesy_2_spinach > liquid > relaxation ]  scalar relaxation of the second kind...
[...son > maz_noesy_2_spinach > liquid > relaxation ]  SRSK from spin 4 (14N, T1=4.3542e-05 s, T2=4.3539e-05 s):
[...son > maz_noesy_2_spinach > liquid > relaxation ]    > onto spin 1 (1H): +2.7524e-12 Hz to R1, +0.022186 Hz to R2
[...son > maz_noesy_2_spinach > liquid > relaxation ]    > onto spin 3 (1H): +3.8442e-12 Hz to R1, +0.030987 Hz to R2
[...son > maz_noesy_2_spinach > liquid > relaxation ]    > onto spin 5 (1H): +2.8534e-10 Hz to R1, +2.3 Hz to R2
[...son > maz_noesy_2_spinach > liquid > relaxation ]  recursive call for SRSK relaxation terms...
[...sy_2_spinach > liquid > relaxation > relaxation ]  adding extended T1/T2 model terms...
[...sy_2_spinach > liquid > relaxation > relaxation ]  full relaxation superoperator density 0.0051679%, nnz 19278, sparsity 1
[...sy_2_spinach > liquid > relaxation > relaxation ]  dynamic frequency shifts have been ignored.
[...sy_2_spinach > liquid > relaxation > relaxation ]  transverse cross-relaxation terms have been ignored.
[...sy_2_spinach > liquid > relaxation > relaxation ]  thermalisation method: none, relaxation to unit state
[...sy_2_spinach > liquid > relaxation > relaxation ]  final relaxation superoperator density 0.0040678%, nnz(R)=15174, sparsity 1
[...sy_2_spinach > liquid > relaxation > relaxation ]  memory footprint of the relaxation superoperator: 0.00048307 GB
[...son > maz_noesy_2_spinach > liquid > relaxation ]  SRSK relaxation theory terms have been incorporated.
[...son > maz_noesy_2_spinach > liquid > relaxation ]  full relaxation superoperator density 1.9228%, nnz 7172452, sparsity 1
[...son > maz_noesy_2_spinach > liquid > relaxation ]  dynamic frequency shifts have been ignored.
[...son > maz_noesy_2_spinach > liquid > relaxation ]  transverse cross-relaxation terms have been ignored.
[...son > maz_noesy_2_spinach > liquid > relaxation ]  thermalisation method: none, relaxation to unit state
[...son > maz_noesy_2_spinach > liquid > relaxation ]  final relaxation superoperator density 0.0090561%, nnz(R)=33782, sparsity 1
[...son > maz_noesy_2_spinach > liquid > relaxation ]  memory footprint of the relaxation superoperator: 0.00089899 GB
[...rison > maz_noesy_2_spinach > liquid > kinetics ]  no significant kinetics specified.
[...rison > maz_noesy_2_spinach > liquid > kinetics ]  kinetics superoperator set to zero.
[...ison > maz_noesy_2_spinach > liquid > frqoffset ]  applying 500 Hz Larmor frequency offset to 1H...
[...> run_comparison > maz_noesy_2_spinach > liquid ]  running the pulse sequence...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening is not applicable.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0012782 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 3.9944e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 21
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 2901
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 3005
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 3, active space dimension 3127
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 4, active space dimension 3201
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 5, active space dimension 3243
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 6, active space dimension 3263
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 7, active space dimension 3275
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 8, active space dimension 3296
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 9, active space dimension 3310
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 10, active space dimension 3322
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 11, active space dimension 3332
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 12, active space dimension 3332
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 3332
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  analyzing 3332-dimensional state space.
[...iquid > noesy > evolution > reduce > path_trace ]  Liouvillian zero tolerance 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  population tolerance for subspace drop 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  found 3 non-interacting subspaces.
[...iquid > noesy > evolution > reduce > path_trace ]  running subspace population analysis...
[...iquid > noesy > evolution > reduce > path_trace ]  2 populated subspaces of dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  keeping a total of 2 independent subspaces of total dimension 3030
[...iquid > noesy > evolution > reduce > path_trace ]  merging small subspaces into batches of dimension 1000...
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 1, dim 1515
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 2, dim 1515
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[                                                   ]  evolving subspace 1 of 2...
[                                                   ]  building the propagator...
[propagator                                         ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[propagator                                         ]  WARNING - time step exceeds the timescale of system dynamics.
[propagator                                         ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[propagator                                         ]  Taylor series converged on CPU in 12 iterations.
[propagator                                         ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[propagator                                         ]  CPU squaring step 1...
[propagator                                         ]  CPU squaring step 2...
[propagator                                         ]  CPU squaring step 3...
[propagator                                         ]  CPU squaring step 4...
[                                                   ]  evolving subspace 2 of 2...
[                                                   ]  building the propagator...
[propagator                                         ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[propagator                                         ]  WARNING - time step exceeds the timescale of system dynamics.
[propagator                                         ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[propagator                                         ]  Taylor series converged on CPU in 12 iterations.
[propagator                                         ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[propagator                                         ]  CPU squaring step 1...
[propagator                                         ]  CPU squaring step 2...
[propagator                                         ]  CPU squaring step 3...
[propagator                                         ]  CPU squaring step 4...
[propagator                                         ]  CPU squaring step 5...
[propagator                                         ]  CPU squaring step 5...
[propagator                                         ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[                                                   ]  propagating the system on CPU...
[propagator                                         ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[                                                   ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  recombining subspaces...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  data retrieval finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening is not applicable.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0013917 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 4.349e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 211
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 241
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 241
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 241
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  small state space - path tracing skipped.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  evolving subspace 1 of 1...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  dim(L)=241, rho stack size 256, 1 substeps in optimal stepping.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  building the propagator...
[...inach > liquid > noesy > evolution > propagator ]  generator dimension 241, nnz 14710, density 25.3267%, sparsity 0
[...inach > liquid > noesy > evolution > propagator ]  WARNING - time step greatly exceeds the timescale of system dynamics.
[...inach > liquid > noesy > evolution > propagator ]  WARNING - exponentiation tolerance tightened up to eps('double').
[...inach > liquid > noesy > evolution > propagator ]  scaling -i*L*dt down by 65536 and squaring the propagator 16 times.
[...inach > liquid > noesy > evolution > propagator ]  Taylor series converged on CPU in 18 iterations.
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 241, nnz 42806, density 73.7005%, sparsity 0
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 1...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 2...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 3...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 4...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 5...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 6...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 7...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 8...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 9...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 10...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 11...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 12...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 13...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 14...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 15...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 16...
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 241, nnz 46794, density 80.5668%, sparsity 0
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  recombining subspaces...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  data retrieval finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening using coil state.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0012782 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 3.9944e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 7
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 1428
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 1500
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 3, active space dimension 1512
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 4, active space dimension 1515
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 5, active space dimension 1515
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 1515
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  analyzing 1515-dimensional state space.
[...iquid > noesy > evolution > reduce > path_trace ]  Liouvillian zero tolerance 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  population tolerance for subspace drop 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  found 1 non-interacting subspaces.
[...iquid > noesy > evolution > reduce > path_trace ]  running subspace population analysis...
[...iquid > noesy > evolution > reduce > path_trace ]  1 populated subspaces of dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  keeping a total of 1 independent subspaces of total dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  merging small subspaces into batches of dimension 1000...
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 1, dim 1515
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  evolving subspace 1 of 1...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  building the propagator...
[...inach > liquid > noesy > evolution > propagator ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[...inach > liquid > noesy > evolution > propagator ]  WARNING - time step exceeds the timescale of system dynamics.
[...inach > liquid > noesy > evolution > propagator ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[...inach > liquid > noesy > evolution > propagator ]  Taylor series converged on CPU in 12 iterations.
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 1...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 2...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 3...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 4...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 5...
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening is not applicable.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0012782 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 3.9944e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 21
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 2901
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 3005
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 3, active space dimension 3127
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 4, active space dimension 3201
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 5, active space dimension 3243
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 6, active space dimension 3263
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 7, active space dimension 3275
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 8, active space dimension 3296
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 9, active space dimension 3310
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 10, active space dimension 3322
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 11, active space dimension 3332
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 12, active space dimension 3332
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 3332
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  analyzing 3332-dimensional state space.
[...iquid > noesy > evolution > reduce > path_trace ]  Liouvillian zero tolerance 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  population tolerance for subspace drop 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  found 3 non-interacting subspaces.
[...iquid > noesy > evolution > reduce > path_trace ]  running subspace population analysis...
[...iquid > noesy > evolution > reduce > path_trace ]  2 populated subspaces of dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  keeping a total of 2 independent subspaces of total dimension 3030
[...iquid > noesy > evolution > reduce > path_trace ]  merging small subspaces into batches of dimension 1000...
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 1, dim 1515
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 2, dim 1515
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[                                                   ]  evolving subspace 1 of 2...
[                                                   ]  building the propagator...
[propagator                                         ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[propagator                                         ]  WARNING - time step exceeds the timescale of system dynamics.
[propagator                                         ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[propagator                                         ]  Taylor series converged on CPU in 12 iterations.
[propagator                                         ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[propagator                                         ]  CPU squaring step 1...
[propagator                                         ]  CPU squaring step 2...
[                                                   ]  evolving subspace 2 of 2...
[                                                   ]  building the propagator...
[propagator                                         ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[propagator                                         ]  WARNING - time step exceeds the timescale of system dynamics.
[propagator                                         ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[propagator                                         ]  Taylor series converged on CPU in 12 iterations.
[propagator                                         ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[propagator                                         ]  CPU squaring step 1...
[propagator                                         ]  CPU squaring step 2...
[propagator                                         ]  CPU squaring step 3...
[propagator                                         ]  CPU squaring step 4...
[propagator                                         ]  CPU squaring step 3...
[propagator                                         ]  CPU squaring step 4...
[propagator                                         ]  CPU squaring step 5...
[propagator                                         ]  CPU squaring step 5...
[propagator                                         ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[                                                   ]  propagating the system on CPU...
[propagator                                         ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[                                                   ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  recombining subspaces...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  data retrieval finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening is not applicable.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0013917 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 4.349e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 211
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 241
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 241
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 241
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  small state space - path tracing skipped.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  evolving subspace 1 of 1...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  dim(L)=241, rho stack size 256, 1 substeps in optimal stepping.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  building the propagator...
[...inach > liquid > noesy > evolution > propagator ]  generator dimension 241, nnz 14710, density 25.3267%, sparsity 0
[...inach > liquid > noesy > evolution > propagator ]  WARNING - time step greatly exceeds the timescale of system dynamics.
[...inach > liquid > noesy > evolution > propagator ]  WARNING - exponentiation tolerance tightened up to eps('double').
[...inach > liquid > noesy > evolution > propagator ]  scaling -i*L*dt down by 65536 and squaring the propagator 16 times.
[...inach > liquid > noesy > evolution > propagator ]  Taylor series converged on CPU in 18 iterations.
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 241, nnz 42806, density 73.7005%, sparsity 0
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 1...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 2...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 3...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 4...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 5...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 6...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 7...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 8...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 9...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 10...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 11...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 12...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 13...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 14...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 15...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 16...
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 241, nnz 46794, density 80.5668%, sparsity 0
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  recombining subspaces...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  data retrieval finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening using coil state.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0012782 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 3.9944e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 7
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 1428
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 1500
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 3, active space dimension 1512
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 4, active space dimension 1515
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 5, active space dimension 1515
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 1515
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  analyzing 1515-dimensional state space.
[...iquid > noesy > evolution > reduce > path_trace ]  Liouvillian zero tolerance 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  population tolerance for subspace drop 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  found 1 non-interacting subspaces.
[...iquid > noesy > evolution > reduce > path_trace ]  running subspace population analysis...
[...iquid > noesy > evolution > reduce > path_trace ]  1 populated subspaces of dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  keeping a total of 1 independent subspaces of total dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  merging small subspaces into batches of dimension 1000...
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 1, dim 1515
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  evolving subspace 1 of 1...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  building the propagator...
[...inach > liquid > noesy > evolution > propagator ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[...inach > liquid > noesy > evolution > propagator ]  WARNING - time step exceeds the timescale of system dynamics.
[...inach > liquid > noesy > evolution > propagator ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[...inach > liquid > noesy > evolution > propagator ]  Taylor series converged on CPU in 12 iterations.
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 1...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 2...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 3...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 4...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 5...
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening is not applicable.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0012782 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 3.9944e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 21
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 2901
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 3005
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 3, active space dimension 3127
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 4, active space dimension 3201
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 5, active space dimension 3243
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 6, active space dimension 3263
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 7, active space dimension 3275
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 8, active space dimension 3296
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 9, active space dimension 3310
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 10, active space dimension 3322
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 11, active space dimension 3332
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 12, active space dimension 3332
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 3332
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  analyzing 3332-dimensional state space.
[...iquid > noesy > evolution > reduce > path_trace ]  Liouvillian zero tolerance 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  population tolerance for subspace drop 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  found 3 non-interacting subspaces.
[...iquid > noesy > evolution > reduce > path_trace ]  running subspace population analysis...
[...iquid > noesy > evolution > reduce > path_trace ]  2 populated subspaces of dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  keeping a total of 2 independent subspaces of total dimension 3030
[...iquid > noesy > evolution > reduce > path_trace ]  merging small subspaces into batches of dimension 1000...
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 1, dim 1515
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 2, dim 1515
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[                                                   ]  evolving subspace 1 of 2...
[                                                   ]  building the propagator...
[propagator                                         ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[propagator                                         ]  WARNING - time step exceeds the timescale of system dynamics.
[propagator                                         ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[propagator                                         ]  Taylor series converged on CPU in 12 iterations.
[propagator                                         ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[propagator                                         ]  CPU squaring step 1...
[propagator                                         ]  CPU squaring step 2...
[                                                   ]  evolving subspace 2 of 2...
[                                                   ]  building the propagator...
[propagator                                         ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[propagator                                         ]  WARNING - time step exceeds the timescale of system dynamics.
[propagator                                         ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[propagator                                         ]  Taylor series converged on CPU in 12 iterations.
[propagator                                         ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[propagator                                         ]  CPU squaring step 1...
[propagator                                         ]  CPU squaring step 2...
[propagator                                         ]  CPU squaring step 3...
[propagator                                         ]  CPU squaring step 4...
[propagator                                         ]  CPU squaring step 3...
[propagator                                         ]  CPU squaring step 4...
[propagator                                         ]  CPU squaring step 5...
[propagator                                         ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[                                                   ]  propagating the system on CPU...
[propagator                                         ]  CPU squaring step 5...
[propagator                                         ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[                                                   ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  recombining subspaces...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  data retrieval finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening is not applicable.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0013917 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 4.349e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 211
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 241
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 241
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 241
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  small state space - path tracing skipped.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  evolving subspace 1 of 1...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  dim(L)=241, rho stack size 256, 1 substeps in optimal stepping.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  building the propagator...
[...inach > liquid > noesy > evolution > propagator ]  generator dimension 241, nnz 14710, density 25.3267%, sparsity 0
[...inach > liquid > noesy > evolution > propagator ]  WARNING - time step greatly exceeds the timescale of system dynamics.
[...inach > liquid > noesy > evolution > propagator ]  WARNING - exponentiation tolerance tightened up to eps('double').
[...inach > liquid > noesy > evolution > propagator ]  scaling -i*L*dt down by 65536 and squaring the propagator 16 times.
[...inach > liquid > noesy > evolution > propagator ]  Taylor series converged on CPU in 18 iterations.
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 241, nnz 42806, density 73.7005%, sparsity 0
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 1...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 2...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 3...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 4...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 5...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 6...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 7...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 8...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 9...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 10...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 11...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 12...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 13...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 14...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 15...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 16...
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 241, nnz 46794, density 80.5668%, sparsity 0
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  recombining subspaces...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  data retrieval finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening using coil state.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0012782 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 3.9944e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 7
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 1428
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 1500
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 3, active space dimension 1512
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 4, active space dimension 1515
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 5, active space dimension 1515
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 1515
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  analyzing 1515-dimensional state space.
[...iquid > noesy > evolution > reduce > path_trace ]  Liouvillian zero tolerance 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  population tolerance for subspace drop 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  found 1 non-interacting subspaces.
[...iquid > noesy > evolution > reduce > path_trace ]  running subspace population analysis...
[...iquid > noesy > evolution > reduce > path_trace ]  1 populated subspaces of dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  keeping a total of 1 independent subspaces of total dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  merging small subspaces into batches of dimension 1000...
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 1, dim 1515
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  evolving subspace 1 of 1...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  building the propagator...
[...inach > liquid > noesy > evolution > propagator ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[...inach > liquid > noesy > evolution > propagator ]  WARNING - time step exceeds the timescale of system dynamics.
[...inach > liquid > noesy > evolution > propagator ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[...inach > liquid > noesy > evolution > propagator ]  Taylor series converged on CPU in 12 iterations.
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 1...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 2...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 3...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 4...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 5...
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening is not applicable.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0012782 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 3.9944e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 21
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 2901
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 3005
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 3, active space dimension 3127
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 4, active space dimension 3201
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 5, active space dimension 3243
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 6, active space dimension 3263
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 7, active space dimension 3275
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 8, active space dimension 3296
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 9, active space dimension 3310
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 10, active space dimension 3322
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 11, active space dimension 3332
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 12, active space dimension 3332
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 3332
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  analyzing 3332-dimensional state space.
[...iquid > noesy > evolution > reduce > path_trace ]  Liouvillian zero tolerance 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  population tolerance for subspace drop 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  found 3 non-interacting subspaces.
[...iquid > noesy > evolution > reduce > path_trace ]  running subspace population analysis...
[...iquid > noesy > evolution > reduce > path_trace ]  2 populated subspaces of dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  keeping a total of 2 independent subspaces of total dimension 3030
[...iquid > noesy > evolution > reduce > path_trace ]  merging small subspaces into batches of dimension 1000...
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 1, dim 1515
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 2, dim 1515
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[                                                   ]  evolving subspace 1 of 2...
[                                                   ]  building the propagator...
[propagator                                         ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[propagator                                         ]  WARNING - time step exceeds the timescale of system dynamics.
[propagator                                         ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[propagator                                         ]  Taylor series converged on CPU in 12 iterations.
[propagator                                         ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[propagator                                         ]  CPU squaring step 1...
[propagator                                         ]  CPU squaring step 2...
[propagator                                         ]  CPU squaring step 3...
[                                                   ]  evolving subspace 2 of 2...
[                                                   ]  building the propagator...
[propagator                                         ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[propagator                                         ]  WARNING - time step exceeds the timescale of system dynamics.
[propagator                                         ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[propagator                                         ]  Taylor series converged on CPU in 12 iterations.
[propagator                                         ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[propagator                                         ]  CPU squaring step 1...
[propagator                                         ]  CPU squaring step 2...
[propagator                                         ]  CPU squaring step 4...
[propagator                                         ]  CPU squaring step 3...
[propagator                                         ]  CPU squaring step 4...
[propagator                                         ]  CPU squaring step 5...
[propagator                                         ]  CPU squaring step 5...
[propagator                                         ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[                                                   ]  propagating the system on CPU...
[propagator                                         ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[                                                   ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  recombining subspaces...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  data retrieval finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening is not applicable.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0013917 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 4.349e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 211
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 241
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 241
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 241
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  small state space - path tracing skipped.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  evolving subspace 1 of 1...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  dim(L)=241, rho stack size 256, 1 substeps in optimal stepping.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  building the propagator...
[...inach > liquid > noesy > evolution > propagator ]  generator dimension 241, nnz 14710, density 25.3267%, sparsity 0
[...inach > liquid > noesy > evolution > propagator ]  WARNING - time step greatly exceeds the timescale of system dynamics.
[...inach > liquid > noesy > evolution > propagator ]  WARNING - exponentiation tolerance tightened up to eps('double').
[...inach > liquid > noesy > evolution > propagator ]  scaling -i*L*dt down by 65536 and squaring the propagator 16 times.
[...inach > liquid > noesy > evolution > propagator ]  Taylor series converged on CPU in 18 iterations.
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 241, nnz 42806, density 73.7005%, sparsity 0
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 1...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 2...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 3...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 4...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 5...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 6...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 7...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 8...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 9...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 10...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 11...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 12...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 13...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 14...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 15...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 16...
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 241, nnz 46794, density 80.5668%, sparsity 0
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  recombining subspaces...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  data retrieval finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening using coil state.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0012782 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 3.9944e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 7
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 1428
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 1500
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 3, active space dimension 1512
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 4, active space dimension 1515
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 5, active space dimension 1515
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 1515
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  analyzing 1515-dimensional state space.
[...iquid > noesy > evolution > reduce > path_trace ]  Liouvillian zero tolerance 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  population tolerance for subspace drop 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  found 1 non-interacting subspaces.
[...iquid > noesy > evolution > reduce > path_trace ]  running subspace population analysis...
[...iquid > noesy > evolution > reduce > path_trace ]  1 populated subspaces of dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  keeping a total of 1 independent subspaces of total dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  merging small subspaces into batches of dimension 1000...
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 1, dim 1515
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  evolving subspace 1 of 1...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  building the propagator...
[...inach > liquid > noesy > evolution > propagator ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[...inach > liquid > noesy > evolution > propagator ]  WARNING - time step exceeds the timescale of system dynamics.
[...inach > liquid > noesy > evolution > propagator ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[...inach > liquid > noesy > evolution > propagator ]  Taylor series converged on CPU in 12 iterations.
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 1...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 2...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 3...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 4...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 5...
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
liquid/noesy                        809.4 s
[..._comparison > maz_noesy_2_spinach > apodisation ]  FID dimension 1, all first points divided by 2
[..._comparison > maz_noesy_2_spinach > apodisation ]  FID dimension 2, all first points divided by 2
[..._comparison > maz_noesy_2_spinach > apodisation ]  FID dimension 1, cos window function applied.
[..._comparison > maz_noesy_2_spinach > apodisation ]  FID dimension 2, cos window function applied.
[..._comparison > maz_noesy_2_spinach > apodisation ]  FID dimension 1, all first points divided by 2
[..._comparison > maz_noesy_2_spinach > apodisation ]  FID dimension 2, all first points divided by 2
[..._comparison > maz_noesy_2_spinach > apodisation ]  FID dimension 1, cos window function applied.
[..._comparison > maz_noesy_2_spinach > apodisation ]  FID dimension 2, cos window function applied.
processing                            0.0 s
[... run_comparison > maz_noesy_2_spinach > plot_2d ]  plotting...
plot                                  0.1 s
total                               813.5 s
== maz_noesy_2 (Spinach /Users/alexej/Documents/PROG/spynach-spinach) -> /Users/alexej/Documents/PROG/spynach/comparison/runs/maz_noesy_2/spinach
Running startup checks...
[...> run_comparison > maz_noesy_2_spinach > create ]  scratch location: /Users/alexej/Documents/PROG/spynach-spinach/scratch
[...parison > maz_noesy_2_spinach > create > banner ]   
[...parison > maz_noesy_2_spinach > create > banner ]  ============================================
[...parison > maz_noesy_2_spinach > create > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > create > banner ]  =               SPINACH v2.13              =
[...parison > maz_noesy_2_spinach > create > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > create > banner ]  =                <a href = "https://spindynamics.org/wiki/index.php?title=Spinach_developer_team">author list</a>               =
[...parison > maz_noesy_2_spinach > create > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > create > banner ]  =               <a href = "https://spindynamics.org/wiki/index.php?title=Main_Page">documentation</a>              =
[...parison > maz_noesy_2_spinach > create > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > create > banner ]  =                   <a href = "https://link.springer.com/book/10.1007/978-3-031-05607-9">book</a>                   =
[...parison > maz_noesy_2_spinach > create > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > create > banner ]  =                MIT License               =
[...parison > maz_noesy_2_spinach > create > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > create > banner ]  ============================================
[...parison > maz_noesy_2_spinach > create > banner ]   
[...son > maz_noesy_2_spinach > create > tolerances ]  Drop interaction tensors with 2-norms below (Hz)                 2.00000000e+00       (user-specified)
[...son > maz_noesy_2_spinach > create > tolerances ]  Drop Liouvillian elements with norm below (rad/s)                1.00000000e-10       (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Drop relaxation superoperator elements with norm below (Hz)      1.00000000e-10       (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Drop propagator elements with norm below                         1.00000000e-10       (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Drop subspaces with populations below                            1.00000000e-10       (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Drop irreps with populations below                               1.00000000e-10       (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Steady state convergence tolerance                               1.00000000e-08       (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Number of time steps in ZTE sample                               32                   (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  ZTE track drop threshold                                         1.00000000e-24       (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  ZTE off for state vector densities above                         0.5                  (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Drop dipolar couplings over more than (Angstrom)                 4                    (user-specified)
[...son > maz_noesy_2_spinach > create > tolerances ]  Krylov propagation for dimensions above                          10000                (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Basis set printing hush threshold                                256                  (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Collect small subspaces into bundles of dimension                1000                 (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Force sparse algebra for matrix density below                    0.15                 (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Force full algebra for matrix dimension below                    200                  (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Rel. acc. for the elements of Redfield superoperator             1.00000000e-04       (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Matrix exponential differentiation algorithm                     auxmat               (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Number of PBC images for DD couplings in PBC systems             2                    (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Number of days before a cache record is deleted                  365                  (safe default)
[...son > maz_noesy_2_spinach > create > tolerances ]  Planck constant (hbar)                                           1.05457182e-34      
[...son > maz_noesy_2_spinach > create > tolerances ]  Boltzmann constant (k)                                           1.38064900e-23      
[...son > maz_noesy_2_spinach > create > tolerances ]  Free electron g-factor                                           2.00231930e+00      
[...son > maz_noesy_2_spinach > create > tolerances ]  Vacuum permeability                                              1.25663706e-06      
[...son > maz_noesy_2_spinach > create > tolerances ]  Bohr magneton                                                    9.27401007e-24      
[...> run_comparison > maz_noesy_2_spinach > create ]  WARNING: the following functionality is disabled by the user
[...> run_comparison > maz_noesy_2_spinach > create ]           > Krylov propagation inside evolution() function
[...> run_comparison > maz_noesy_2_spinach > create ]  job identifier: 5fd8da14dfc6297cbd7dcba5aaee614a
[...> run_comparison > maz_noesy_2_spinach > create ]  random number generator shuffled
[...> run_comparison > maz_noesy_2_spinach > create ]  a running Spinach parallel pool found:
[...> run_comparison > maz_noesy_2_spinach > create ]           > parallel profile: Processes
[...> run_comparison > maz_noesy_2_spinach > create ]           > job identifier:   4eeb6af943e221a556f14be256709c6d
[...> run_comparison > maz_noesy_2_spinach > create ]           > worker processes: 11
[...> run_comparison > maz_noesy_2_spinach > create ]  WARNING - this pool will be re-used
[...> run_comparison > maz_noesy_2_spinach > create ]  parallel pool ValueStore cleared.
[...parison > maz_noesy_2_spinach > create > banner ]   
[...parison > maz_noesy_2_spinach > create > banner ]  ============================================
[...parison > maz_noesy_2_spinach > create > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > create > banner ]  =               SPIN SYSTEM                =
[...parison > maz_noesy_2_spinach > create > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > create > banner ]  ============================================
[...parison > maz_noesy_2_spinach > create > banner ]   
[...> run_comparison > maz_noesy_2_spinach > create ]  a total of 8 particles in the simulation, of which 0 have a zero spin.
[...> run_comparison > maz_noesy_2_spinach > create ]  magnetic induction of 11.75 Tesla (-500.29 MHz proton frequency, 329.29 GHz electron frequency).
[...> maz_noesy_2_spinach > create > summary_zeeman ]  summary of Zeeman tensors and their anisotropies (ppm for nuclei, g-tensor for electrons)
[...> maz_noesy_2_spinach > create > summary_zeeman ]  =======================================================================================================
[...> maz_noesy_2_spinach > create > summary_zeeman ]  #    Spin  2S+1                      Matrix                      Tr/3         norm[rank1]  norm[rank2] 
[...> maz_noesy_2_spinach > create > summary_zeeman ]  -------------------------------------------------------------------------------------------------------
[...> maz_noesy_2_spinach > create > summary_zeeman ]  1    1H    2      -1.019700e+00  -6.197700e+00  +3.606100e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    -3.375700e+00  +2.441600e+00  +8.672000e-01    +1.3000e+00  +2.4399e+00  +8.7139e+00  
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +6.860300e+00  +3.160300e+00  +2.478100e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]   
[...> maz_noesy_2_spinach > create > summary_zeeman ]  2    1H    2      +4.789500e+00  +4.604000e-01  +3.967000e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    -2.449100e+00  +1.532800e+00  -3.594100e+00    +1.7000e+00  +2.7599e+00  +6.6037e+00  
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    -9.510000e-02  -5.939900e+00  -1.222300e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]   
[...> maz_noesy_2_spinach > create > summary_zeeman ]  3    1H    2      +4.313333e+00  +1.366200e+00  +3.466400e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +3.195000e-01  +8.337433e+00  +9.356000e-01    +1.9000e+00  +2.7701e+00  +8.9297e+00  
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    -1.956700e+00  +5.013000e-01  -6.950767e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]   
[...> maz_noesy_2_spinach > create > summary_zeeman ]  4    14N   3      -2.784930e+01  -1.692860e+01  +2.833050e+01
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    -2.279510e+01  +7.285280e+01  -1.853570e+01    -9.4739e-15  +2.1091e+01  +7.6700e+01  
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +1.389030e+01  +2.066050e+01  -4.500350e+01
[...> maz_noesy_2_spinach > create > summary_zeeman ]   
[...> maz_noesy_2_spinach > create > summary_zeeman ]  5    1H    2      +4.811700e+00  -3.798100e+00  +3.974500e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +1.006500e+00  +1.291400e+00  +4.211900e+00    +1.0000e-01  +4.0596e+00  +1.0912e+01  
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +1.199700e+00  +1.013950e+01  -5.803100e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]   
[...> maz_noesy_2_spinach > create > summary_zeeman ]  6    1H    2      -2.125667e+00  -4.340200e+00  -8.099000e-01
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    -3.392200e+00  +1.202133e+00  -1.222500e+00    +1.2000e+00  +1.0626e+00  +5.8881e+00  
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +7.891000e-01  -1.926000e-01  +4.523533e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]   
[...> maz_noesy_2_spinach > create > summary_zeeman ]  7    1H    2      -2.087000e+00  +4.730600e+00  -1.236600e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +3.641900e+00  +1.098900e+00  +1.118000e+00    +1.2000e+00  +9.7904e-01  +6.2563e+00  
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +3.469000e-01  +7.420000e-01  +4.588100e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]   
[...> maz_noesy_2_spinach > create > summary_zeeman ]  8    1H    2      +1.435567e+00  -1.078000e-01  +2.933900e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    -1.534000e-01  +4.966467e+00  -6.704000e-01    +1.2000e+00  +1.5342e-01  +5.6543e+00  
[...> maz_noesy_2_spinach > create > summary_zeeman ]                    +3.218800e+00  -7.748000e-01  -2.802033e+00
[...> maz_noesy_2_spinach > create > summary_zeeman ]  =======================================================================================================
[...> run_comparison > maz_noesy_2_spinach > create ]  WARNING - no giant spin terms supplied, zeros assumed.
[...> run_comparison > maz_noesy_2_spinach > create ]  initializing interaction arrays...
[..._noesy_2_spinach > create > summary_coordinates ]  atomic coordinates (Angstrom)
[..._noesy_2_spinach > create > summary_coordinates ]  ======================================
[..._noesy_2_spinach > create > summary_coordinates ]  N    Spin     X         Y         Z   
[..._noesy_2_spinach > create > summary_coordinates ]  --------------------------------------
[..._noesy_2_spinach > create > summary_coordinates ]  1    1H    -1.813    -1.099    +0.444  
[..._noesy_2_spinach > create > summary_coordinates ]  2    1H    -0.842    -1.116    -1.123  
[..._noesy_2_spinach > create > summary_coordinates ]  3    1H    +0.177    -0.023    +1.610  
[..._noesy_2_spinach > create > summary_coordinates ]  4    14N   -0.908    +0.812    -0.038  
[..._noesy_2_spinach > create > summary_coordinates ]  5    1H    -0.590    +1.188    -0.936  
[..._noesy_2_spinach > create > summary_coordinates ]  6    1H    +2.094    +0.832    +0.089  
[..._noesy_2_spinach > create > summary_coordinates ]  7    1H    +2.084    -0.944    +0.159  
[..._noesy_2_spinach > create > summary_coordinates ]  8    1H    +1.387    -0.108    -1.250  
[..._noesy_2_spinach > create > summary_coordinates ]  ======================================
[...> run_comparison > maz_noesy_2_spinach > create ]  periodic boundary conditions not specified, assuming a standalone spin system.
[...arison > maz_noesy_2_spinach > create > dipolar ]  dipolar interaction distance threshold: 4 Angstrom.
[...arison > maz_noesy_2_spinach > create > dipolar ]  running dipolar interaction network analysis...
[...arison > maz_noesy_2_spinach > create > dipolar ]  found 27 spin pair(s) with distance under the threshold of 4 Angstrom.
[...> run_comparison > maz_noesy_2_spinach > create ]  processing coupling data...
[...az_noesy_2_spinach > create > summary_couplings ]  summary of coupling tensors and their anisotropies (Hz)
[...az_noesy_2_spinach > create > summary_couplings ]  ======================================================================================================
[...az_noesy_2_spinach > create > summary_couplings ]  Spin A  Spin B                     Matrix                      Tr/3         norm[rank1]  norm[rank2]  
[...az_noesy_2_spinach > create > summary_couplings ]  ------------------------------------------------------------------------------------------------------
[...az_noesy_2_spinach > create > summary_couplings ]  2       1       +1.613059e+03  +1.471080e+02  +1.287022e+04
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.471080e+02  +9.581818e+03  -2.375109e+02    +0.0000e+00  +1.1580e-12  +1.9169e+04  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.287022e+04  -2.375109e+02  -1.119488e+04
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  3       1       -3.043425e+03  -3.614167e+03  -3.917988e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -3.614167e+03  +1.692772e+03  -2.116951e+03    -9.6500e-14  +0.0000e+00  +7.2911e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -3.917988e+03  -2.116951e+03  +1.350654e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  4       1       +2.075457e+02  -4.698288e+02  +1.187104e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -4.698288e+02  -5.612434e+02  +2.505034e+02    +4.4000e+00  +7.2375e-14  +8.5158e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.187104e+02  +2.505034e+02  +3.668977e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  5       1       +1.137531e+03  -2.302183e+03  +1.390340e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.302183e+03  -1.936158e+03  +2.599805e+03    +0.0000e+00  +2.0471e-13  +4.7374e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.390340e+03  +2.599805e+03  +7.986268e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  7       1       -1.987616e+03  -1.185299e+02  +2.189575e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.185299e+02  +9.994724e+02  +8.674758e+00    +0.0000e+00  +9.0469e-15  +2.0083e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.189575e+02  +8.674758e+00  +9.881436e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  8       1       -1.339288e+03  -7.658088e+02  +1.310564e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -7.658088e+02  +8.981991e+02  +4.055953e+02    +2.4125e-14  +0.0000e+00  +2.2704e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.310564e+03  +4.055953e+02  +4.410885e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  1       2       +1.601459e+03  +1.471080e+02  +1.287022e+04
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.471080e+02  +9.570218e+03  -2.375109e+02    -1.1600e+01  +1.1580e-12  +1.9169e+04  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.287022e+04  -2.375109e+02  -1.120648e+04
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  3       2       +1.348984e+03  -6.846490e+02  -1.711657e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -6.846490e+02  +1.253080e+03  -1.835732e+03    +0.0000e+00  +1.6184e-13  +3.9747e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.711657e+03  -1.835732e+03  -2.602063e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  4       2       +3.993456e+02  +3.093114e+01  +1.739738e+01
[...az_noesy_2_spinach > create > summary_couplings ]                  +3.093114e+01  -5.113157e+02  -5.127964e+02    -6.0313e-15  +2.2617e-15  +8.0079e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.739738e+01  -5.127964e+02  +1.119700e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  5       2       +4.605968e+03  -1.538460e+03  -1.243991e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.538460e+03  -9.288300e+03  -1.137093e+03    +0.0000e+00  +9.0469e-15  +9.5486e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.243991e+02  -1.137093e+03  +4.682332e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  6       2       -1.000829e+03  -1.434829e+03  -8.921332e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.434829e+03  +2.083035e+02  -5.921915e+02    +4.8250e-14  +0.0000e+00  +2.3215e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -8.921332e+02  -5.921915e+02  +7.925259e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  7       2       -2.767870e+03  -2.709279e+02  -2.015690e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.709279e+02  +1.817466e+03  -1.186856e+02    +0.0000e+00  +0.0000e+00  +3.6668e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.015690e+03  -1.186856e+02  +9.504041e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  8       2       -6.059815e+03  -4.587832e+03  +5.803920e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -4.587832e+03  +2.009022e+03  +2.624989e+02    +0.0000e+00  +2.8950e-13  +8.1680e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +5.803920e+02  +2.624989e+02  +4.050793e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  1       3       -3.037925e+03  -3.614167e+03  -3.917988e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -3.614167e+03  +1.698272e+03  -2.116951e+03    +5.5000e+00  +0.0000e+00  +7.2911e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -3.917988e+03  -2.116951e+03  +1.356154e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  2       3       +1.348984e+03  -6.846490e+02  -1.711657e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -6.846490e+02  +1.253080e+03  -1.835732e+03    +0.0000e+00  +1.6184e-13  +3.9747e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.711657e+03  -1.835732e+03  -2.602063e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  4       3       +1.072409e+02  +2.612730e+02  -5.156478e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.612730e+02  +2.453897e+02  +3.970390e+02    +5.2000e+00  +8.0918e-14  +8.8273e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  -5.156478e+02  +3.970390e+02  -3.370306e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  5       3       +1.908888e+03  +7.854594e+02  -1.651158e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +7.854594e+02  +1.165952e+03  +2.607385e+03    -1.9300e-13  +3.2367e-13  +4.8126e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.651158e+03  +2.607385e+03  -3.074840e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  6       3       -2.206962e+03  -2.524683e+03  +4.487945e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.524683e+03  +2.320794e+03  +2.003678e+03    +7.8407e-14  +2.8950e-13  +6.8959e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +4.487945e+03  +2.003678e+03  -1.138325e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  7       3       -2.328370e+03  +2.837806e+03  +4.471256e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.837806e+03  +2.179730e+03  -2.158608e+03    -6.0313e-15  +3.2367e-13  +7.0995e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +4.471256e+03  -2.158608e+03  +1.486402e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  8       3       +1.091292e+03  +6.390757e+01  +2.153979e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +6.390757e+01  +1.998008e+03  -1.510711e+02    +0.0000e+00  +4.5235e-15  +4.0050e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.153979e+03  -1.510711e+02  -3.089300e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  1       4       +2.031457e+02  -4.698288e+02  +1.187104e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -4.698288e+02  -5.656434e+02  +2.505034e+02    -2.4125e-14  +7.2375e-14  +8.5158e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.187104e+02  +2.505034e+02  +3.624977e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  2       4       +3.993456e+02  +3.093114e+01  +1.739738e+01
[...az_noesy_2_spinach > create > summary_couplings ]                  +3.093114e+01  -5.113157e+02  -5.127964e+02    -6.0313e-15  +2.2617e-15  +8.0079e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.739738e+01  -5.127964e+02  +1.119700e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  3       4       +1.020409e+02  +2.612730e+02  -5.156478e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.612730e+02  +2.401897e+02  +3.970390e+02    +2.4125e-14  +8.0918e-14  +8.8273e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  -5.156478e+02  +3.970390e+02  -3.422306e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  4       4       -1.293200e+06  +6.251000e+05  +1.870000e+06
[...az_noesy_2_spinach > create > summary_couplings ]                  +6.251000e+05  +1.717000e+06  -2.312700e+06    -2.4704e-11  +0.0000e+00  +3.5484e+06  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.870000e+06  -2.312700e+06  -4.238000e+05
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  5       4       +2.875051e+03  -1.379897e+03  +3.294563e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.379897e+03  +2.404804e+03  +3.903415e+03    +0.0000e+00  +0.0000e+00  +8.0794e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +3.294563e+03  +3.903415e+03  -5.279855e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  6       4       -3.193942e+02  -3.282394e+00  -2.031508e+01
[...az_noesy_2_spinach > create > summary_couplings ]                  -3.282394e+00  +1.601162e+02  -1.390564e-01    +6.0313e-15  +0.0000e+00  +3.2028e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.031508e+01  -1.390564e-01  +1.592780e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  7       4       -1.266751e+02  +1.350741e+02  -1.518933e+01
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.350741e+02  +2.420176e+01  +8.914518e+00    -6.0313e-15  +0.0000e+00  +2.0695e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.518933e+01  +8.914518e+00  +1.024734e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  8       4       -2.253744e+02  +1.737472e+02  +2.289087e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.737472e+02  +1.383144e+02  -9.177840e+01    +0.0000e+00  +9.0469e-15  +4.1595e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.289087e+02  -9.177840e+01  +8.706009e+01
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  1       5       +1.145031e+03  -2.302183e+03  +1.390340e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.302183e+03  -1.928658e+03  +2.599805e+03    +7.5000e+00  +2.0471e-13  +4.7374e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.390340e+03  +2.599805e+03  +8.061268e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  2       5       +4.618668e+03  -1.538460e+03  -1.243991e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.538460e+03  -9.275600e+03  -1.137093e+03    +1.2700e+01  +9.0469e-15  +9.5486e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.243991e+02  -1.137093e+03  +4.695032e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  3       5       +1.908888e+03  +7.854594e+02  -1.651158e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +7.854594e+02  +1.165952e+03  +2.607385e+03    -1.9300e-13  +3.2367e-13  +4.8126e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.651158e+03  +2.607385e+03  -3.074840e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  4       5       +2.919851e+03  -1.379897e+03  +3.294563e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.379897e+03  +2.449604e+03  +3.903415e+03    +4.4800e+01  +0.0000e+00  +8.0794e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +3.294563e+03  +3.903415e+03  -5.235055e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  6       5       -3.907262e+03  +8.458910e+02  -2.438651e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +8.458910e+02  +2.363442e+03  +3.231858e+02    +0.0000e+00  +1.8094e-14  +4.9511e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.438651e+03  +3.231858e+02  +1.543820e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  7       5       -8.601209e+02  +1.719263e+03  -8.835014e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.719263e+03  -7.429576e+01  +7.043683e+02    +0.0000e+00  +0.0000e+00  +2.5928e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -8.835014e+02  +7.043683e+02  +9.344167e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  8       5       -4.701092e+03  +5.984764e+03  +1.449234e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +5.984764e+03  +5.037447e+02  -9.501349e+02    +0.0000e+00  +6.0119e-13  +8.8549e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.449234e+03  -9.501349e+02  +4.197348e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  2       6       -1.000829e+03  -1.434829e+03  -8.921332e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.434829e+03  +2.083035e+02  -5.921915e+02    +4.8250e-14  +0.0000e+00  +2.3215e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -8.921332e+02  -5.921915e+02  +7.925259e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  3       6       -2.202462e+03  -2.524683e+03  +4.487945e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.524683e+03  +2.325294e+03  +2.003678e+03    +4.5000e+00  +2.8950e-13  +6.8959e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +4.487945e+03  +2.003678e+03  -1.093325e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  4       6       -3.193942e+02  -3.282394e+00  -2.031508e+01
[...az_noesy_2_spinach > create > summary_couplings ]                  -3.282394e+00  +1.601162e+02  -1.390564e-01    +6.0313e-15  +0.0000e+00  +3.2028e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.031508e+01  -1.390564e-01  +1.592780e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  5       6       -3.907262e+03  +8.458910e+02  -2.438651e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +8.458910e+02  +2.363442e+03  +3.231858e+02    +0.0000e+00  +1.8094e-14  +4.9511e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.438651e+03  +3.231858e+02  +1.543820e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  7       6       +1.068580e+04  -1.684673e+02  +6.667806e+00
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.684673e+02  -2.132234e+04  +1.266892e+03    +0.0000e+00  +1.8103e-14  +2.1373e+04  
[...az_noesy_2_spinach > create > summary_couplings ]                  +6.667806e+00  +1.266892e+03  +1.063654e+04
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  8       6       +5.604635e+03  -6.653064e+03  -9.473209e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -6.653064e+03  +1.747121e+03  -1.260960e+04    +3.8600e-13  +5.7900e-13  +2.1206e+04  
[...az_noesy_2_spinach > create > summary_couplings ]                  -9.473209e+03  -1.260960e+04  -7.351757e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  1       7       -1.987616e+03  -1.185299e+02  +2.189575e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.185299e+02  +9.994724e+02  +8.674758e+00    +0.0000e+00  +9.0469e-15  +2.0083e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.189575e+02  +8.674758e+00  +9.881436e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  2       7       -2.767870e+03  -2.709279e+02  -2.015690e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.709279e+02  +1.817466e+03  -1.186856e+02    +0.0000e+00  +0.0000e+00  +3.6668e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -2.015690e+03  -1.186856e+02  +9.504041e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  3       7       -2.323870e+03  +2.837806e+03  +4.471256e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.837806e+03  +2.184230e+03  -2.158608e+03    +4.5000e+00  +3.2367e-13  +7.0995e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +4.471256e+03  -2.158608e+03  +1.531402e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  4       7       -1.266751e+02  +1.350741e+02  -1.518933e+01
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.350741e+02  +2.420176e+01  +8.914518e+00    -6.0313e-15  +0.0000e+00  +2.0695e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.518933e+01  +8.914518e+00  +1.024734e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  5       7       -8.601209e+02  +1.719263e+03  -8.835014e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.719263e+03  -7.429576e+01  +7.043683e+02    +0.0000e+00  +0.0000e+00  +2.5928e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  -8.835014e+02  +7.043683e+02  +9.344167e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  6       7       +1.068580e+04  -1.684673e+02  +6.667806e+00
[...az_noesy_2_spinach > create > summary_couplings ]                  -1.684673e+02  -2.132234e+04  +1.266892e+03    +0.0000e+00  +1.8103e-14  +2.1373e+04  
[...az_noesy_2_spinach > create > summary_couplings ]                  +6.667806e+00  +1.266892e+03  +1.063654e+04
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  8       7       +5.742781e+03  +5.861100e+03  -9.883216e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +5.861100e+03  +3.605059e+03  +1.184857e+04    -3.8600e-13  +1.1580e-12  +2.1263e+04  
[...az_noesy_2_spinach > create > summary_couplings ]                  -9.883216e+03  +1.184857e+04  -9.347839e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  1       8       -1.339288e+03  -7.658088e+02  +1.310564e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -7.658088e+02  +8.981991e+02  +4.055953e+02    +2.4125e-14  +0.0000e+00  +2.2704e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.310564e+03  +4.055953e+02  +4.410885e+02
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  2       8       -6.059815e+03  -4.587832e+03  +5.803920e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  -4.587832e+03  +2.009022e+03  +2.624989e+02    +0.0000e+00  +2.8950e-13  +8.1680e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +5.803920e+02  +2.624989e+02  +4.050793e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  3       8       +1.095792e+03  +6.390757e+01  +2.153979e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +6.390757e+01  +2.002508e+03  -1.510711e+02    +4.5000e+00  +4.5235e-15  +4.0050e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.153979e+03  -1.510711e+02  -3.084800e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  4       8       -2.253744e+02  +1.737472e+02  +2.289087e+02
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.737472e+02  +1.383144e+02  -9.177840e+01    +0.0000e+00  +9.0469e-15  +4.1595e+02  
[...az_noesy_2_spinach > create > summary_couplings ]                  +2.289087e+02  -9.177840e+01  +8.706009e+01
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  5       8       -4.701092e+03  +5.984764e+03  +1.449234e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +5.984764e+03  +5.037447e+02  -9.501349e+02    +0.0000e+00  +6.0119e-13  +8.8549e+03  
[...az_noesy_2_spinach > create > summary_couplings ]                  +1.449234e+03  -9.501349e+02  +4.197348e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  6       8       +5.604635e+03  -6.653064e+03  -9.473209e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  -6.653064e+03  +1.747121e+03  -1.260960e+04    +3.8600e-13  +5.7900e-13  +2.1206e+04  
[...az_noesy_2_spinach > create > summary_couplings ]                  -9.473209e+03  -1.260960e+04  -7.351757e+03
[...az_noesy_2_spinach > create > summary_couplings ]   
[...az_noesy_2_spinach > create > summary_couplings ]  7       8       +5.742781e+03  +5.861100e+03  -9.883216e+03
[...az_noesy_2_spinach > create > summary_couplings ]                  +5.861100e+03  +3.605059e+03  +1.184857e+04    -3.8600e-13  +1.1580e-12  +2.1263e+04  
[...az_noesy_2_spinach > create > summary_couplings ]                  -9.883216e+03  +1.184857e+04  -9.347839e+03
[...az_noesy_2_spinach > create > summary_couplings ]  ======================================================================================================
[...> run_comparison > maz_noesy_2_spinach > create ]  WARNING - spin temperature not specified, assuming 298 Kelvin
[...> run_comparison > maz_noesy_2_spinach > create ]  relaxation theory 1: redfield
[...> run_comparison > maz_noesy_2_spinach > create ]  relaxation theory 2: SRFK
[...> run_comparison > maz_noesy_2_spinach > create ]  relaxation theory 3: SRSK
[...> run_comparison > maz_noesy_2_spinach > create ]  chemical subsystem 1, rotational correlation time(s): 2.5e-11 seconds
[...> run_comparison > maz_noesy_2_spinach > create ]  terms to keep in the relaxation superoperator: kite
[...> run_comparison > maz_noesy_2_spinach > create ]  action to take on dynamic frequency shifts: ignore
[...> run_comparison > maz_noesy_2_spinach > create ]  SRFK autocorrelation function component 1:
[...> run_comparison > maz_noesy_2_spinach > create ]    component weight: 1
[...> run_comparison > maz_noesy_2_spinach > create ]    correlation time: 0.001 seconds
[...> run_comparison > maz_noesy_2_spinach > create ]  SRFK modulation depth for spins 1,5: 15 Hz
[...> run_comparison > maz_noesy_2_spinach > create ]  SRFK modulation depth for spins 2,5: 15 Hz
[...> run_comparison > maz_noesy_2_spinach > create ]  SRFK modulation depth for spins 3,5: 15 Hz
[...> run_comparison > maz_noesy_2_spinach > create ]  thermalisation method: zero
create                                1.3 s
[...mparison > maz_noesy_2_spinach > basis > banner ]   
[...mparison > maz_noesy_2_spinach > basis > banner ]  ============================================
[...mparison > maz_noesy_2_spinach > basis > banner ]  =                                          =
[...mparison > maz_noesy_2_spinach > basis > banner ]  =                BASIS SET                 =
[...mparison > maz_noesy_2_spinach > basis > banner ]  =                                          =
[...mparison > maz_noesy_2_spinach > basis > banner ]  ============================================
[...mparison > maz_noesy_2_spinach > basis > banner ]   
[...az_noesy_2_spinach > basis > summary_basis_opts ]  spherical tensor basis set using Liouville space matrix formalism.
[...az_noesy_2_spinach > basis > summary_basis_opts ]  IK-2 approximation - spin correlations involving all nearest neighbours of each spin on the coupling graph.
[...az_noesy_2_spinach > basis > summary_basis_opts ]  IK-2 approximation - spin correlations up to order 4 between all spins within 4 Angstrom of each other.
[...az_noesy_2_spinach > basis > summary_basis_opts ]  IK-2 approximation - coupling graph from scalar couplings, tensors with 2-norm below 2 Hz dropped.
[... > run_comparison > maz_noesy_2_spinach > basis ]  coupling tensors with norm below 2 Hz will be ignored.
[... > run_comparison > maz_noesy_2_spinach > basis ]  scalar couplings will be used to build the coupling graph.
[... > run_comparison > maz_noesy_2_spinach > basis ]  connectivity matrix density 43.75%
[... > run_comparison > maz_noesy_2_spinach > basis ]  proximity matrix density 96.875%
[... > run_comparison > maz_noesy_2_spinach > basis ]  chemical substance 1, 8 spins:
[... > run_comparison > maz_noesy_2_spinach > basis ]      8 subgraphs generated from coupling data.
[... > run_comparison > maz_noesy_2_spinach > basis ]      70 subgraphs generated from proximity data.
[... > run_comparison > maz_noesy_2_spinach > basis ]      keeping 50 subgraphs with 4 spins each.
[... > run_comparison > maz_noesy_2_spinach > basis ]      keeping 1 subgraphs with 5 spins each.
[... > run_comparison > maz_noesy_2_spinach > basis ]      keeping 1 subgraphs with 6 spins each.
[... > run_comparison > maz_noesy_2_spinach > basis ]  building basis set descriptor...
[... > run_comparison > maz_noesy_2_spinach > basis ]  eliminating redundant states...
[... > run_comparison > maz_noesy_2_spinach > basis ]  sorting the basis...
[... > run_comparison > maz_noesy_2_spinach > basis ]  chemical substance 1: 19313 states.
[...n > maz_noesy_2_spinach > basis > summary_basis ]  over 256 states in the basis - printing suppressed.
[...n > maz_noesy_2_spinach > basis > summary_basis ]  state space dimension 19314 (13.0981% of the full state space).
[...arison > maz_noesy_2_spinach > basis > symmetry ]  no symmetry information available.
[... > run_comparison > maz_noesy_2_spinach > basis ]  caching Lie structure tables...
basis                                 3.7 s
[...parison > maz_noesy_2_spinach > liquid > banner ]   
[...parison > maz_noesy_2_spinach > liquid > banner ]  ============================================
[...parison > maz_noesy_2_spinach > liquid > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > liquid > banner ]  =              PULSE SEQUENCE              =
[...parison > maz_noesy_2_spinach > liquid > banner ]  =                                          =
[...parison > maz_noesy_2_spinach > liquid > banner ]  ============================================
[...parison > maz_noesy_2_spinach > liquid > banner ]   
[...rison > maz_noesy_2_spinach > liquid > defaults ]  parameters.decouple field not set, assuming no decoupling.
[...rison > maz_noesy_2_spinach > liquid > defaults ]  parameters.rframes field not set, assuming no additional rotating frame transformations.
[...rison > maz_noesy_2_spinach > liquid > defaults ]  parameters.needs field not set, assumpting empty.
[...parison > maz_noesy_2_spinach > liquid > assume ]  generic high-field NMR assumption set:
[...parison > maz_noesy_2_spinach > liquid > assume ]    rotating frame approximation for electrons,
[...parison > maz_noesy_2_spinach > liquid > assume ]    rotating frame approximation for nuclei,
[...parison > maz_noesy_2_spinach > liquid > assume ]    secular terms for electron Zeeman interactions,
[...parison > maz_noesy_2_spinach > liquid > assume ]    secular terms for nuclear Zeeman interactions,
[...parison > maz_noesy_2_spinach > liquid > assume ]    secular terms for giant spin model interactions,
[...parison > maz_noesy_2_spinach > liquid > assume ]    secular coupling terms for spins belonging to the same species,
[...parison > maz_noesy_2_spinach > liquid > assume ]    weak coupling terms for spins belonging to different species,
[...parison > maz_noesy_2_spinach > liquid > assume ]    secular coupling terms for quadratic couplings.
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  building Hamiltonian descriptor...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  offset isotropic Zeeman interaction for spin 1...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (Lz) x -650.371 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  offset isotropic Zeeman interaction for spin 2...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (Lz) x -850.4851 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  offset isotropic Zeeman interaction for spin 3...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (Lz) x -950.5422 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  offset isotropic Zeeman interaction for spin 5...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (Lz) x -50.0285 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  offset isotropic Zeeman interaction for spin 6...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (Lz) x -600.3424 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  offset isotropic Zeeman interaction for spin 7...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (Lz) x -600.3424 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  offset isotropic Zeeman interaction for spin 8...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (Lz) x -600.3424 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  (z,z) part of the isotropic coupling for spins 4,1...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LzSz) x 4.4 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  complete isotropic coupling for spins 1,2...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LxSx+LySy+LzSz) x -11.6 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  complete isotropic coupling for spins 1,3...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LxSx+LySy+LzSz) x 5.5 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  (z,z) part of the isotropic coupling for spins 4,3...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LzSz) x 5.2 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  complete isotropic coupling for spins 1,5...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LxSx+LySy+LzSz) x 7.5 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  complete isotropic coupling for spins 2,5...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LxSx+LySy+LzSz) x 12.7 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  (z,z) part of the isotropic coupling for spins 4,5...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LzSz) x 44.8 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  complete isotropic coupling for spins 3,6...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  complete isotropic coupling for spins 3,7...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  complete isotropic coupling for spins 3,8...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  31 unique operators in the Hamiltonian descriptor.
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  building individual operators...
[..._2_spinach > liquid > hamiltonian > parfor/spmd ]  31/31 operators done, 87.5213 operators per second.
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  average worker process received 1.6038 MB and sent back 1.2053 MB
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  operator construction took 0.35854 seconds
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  operator array footprint: 0.012924 GB
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  assembling the Hamiltonian...
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  Hamiltonian assembly took 0.01867 seconds
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  WARNING - only the isotropic part has been returned.
[...on > maz_noesy_2_spinach > liquid > hamiltonian ]  memory footprint of I array: 0.00187 GB
[...son > maz_noesy_2_spinach > liquid > relaxation ]  Redfield theory (rotational diffusion).
[...son > maz_noesy_2_spinach > liquid > relaxation ]  computing the lab frame Hamiltonian superoperator...
[..._noesy_2_spinach > liquid > relaxation > assume ]  lab frame assumption set - no assumptions:
[..._noesy_2_spinach > liquid > relaxation > assume ]    laboratory frame simulation for electrons,
[..._noesy_2_spinach > liquid > relaxation > assume ]    laboratory frame simulation for nuclei,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for electron Zeeman interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for nuclear Zeeman interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for giant spin model interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for all couplings.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  building Hamiltonian descriptor...
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500286022.9555 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic Zeeman interaction for spin 1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,+1]:      -0.5*(Lp) x 814.0143-573.6022i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,-1]:      -0.5*(Lm) x 814.0143+573.6022i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:      -0.5*(Lp) x 2618.0934-1007.4497i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(Lz) x -721.8477 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:       0.5*(Lm) x -2618.0934-1007.4497i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500286223.0697 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic Zeeman interaction for spin 2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,+1]:      -0.5*(Lp) x -1016.1046+586.78471i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,-1]:      -0.5*(Lm) x -1016.1046-586.78471i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:      -0.5*(Lp) x 968.52747+2384.8604i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(Lz) x 1790.5573 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:       0.5*(Lm) x -968.52747+2384.8604i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500286323.1267 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic Zeeman interaction for spin 3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,+1]:      -0.5*(Lp) x -1356.5488+108.63697i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,-1]:      -0.5*(Lm) x -1356.5488-108.63697i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:      -0.5*(Lp) x 377.6404-359.43i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(Lz) x 5423.059 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:       0.5*(Lm) x -377.6404-359.43i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -36163035.9271 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic Zeeman interaction for spin 4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,+1]:      -0.5*(Lp) x -261.1007-708.7268i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,-1]:      -0.5*(Lm) x -261.1007+708.7268i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:      -0.5*(Lp) x 763.4162-38.41961i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(Lz) x 1993.2272 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:       0.5*(Lm) x -763.4162-38.41961i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete quadratic coupling for spin 4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             T(2,+2) x -1.50510e+06-6.25100e+05i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]             T(2,+1) x -1.87000e+06-2.31270e+06i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]             T(2, 0) x -5.19047e+05 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]             T(2,-1) x +1.87000e+06-2.31270e+06i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]             T(2,-2) x -1.50510e+06+6.25100e+05i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500285422.6131 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic Zeeman interaction for spin 5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,+1]:      -0.5*(Lp) x -694.09593-1482.7458i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,-1]:      -0.5*(Lm) x -694.09593+1482.7458i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:      -0.5*(Lp) x 1294.2883-3589.8977i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(Lz) x 3616.9589 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:       0.5*(Lm) x -1294.2883-3589.8977i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500285972.927 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic Zeeman interaction for spin 6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,+1]:      -0.5*(Lp) x 399.9782-257.622i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,-1]:      -0.5*(Lm) x 399.9782+257.622i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:      -0.5*(Lp) x -5.202968+353.9769i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(Lz) x -2036.4018 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:       0.5*(Lm) x 5.202968+353.9769i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500285972.927 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic Zeeman interaction for spin 7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,+1]:      -0.5*(Lp) x 396.1009+94.05365i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,-1]:      -0.5*(Lm) x 396.1009-94.05365i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:      -0.5*(Lp) x -222.5519-465.2654i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(Lz) x -2075.9632 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:       0.5*(Lm) x 222.5519-465.2654i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500285972.927 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic Zeeman interaction for spin 8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,+1]:      -0.5*(Lp) x 71.2657+26.1149i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[1,-1]:      -0.5*(Lm) x 71.2657-26.1149i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:      -0.5*(Lp) x 1539.0529+361.50621i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(Lz) x 2452.1336 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:       0.5*(Lm) x -1539.0529+361.50621i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 2,1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -3.98438e+03-1.47108e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.28702e+04-2.37511e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -1.37109e+04 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.28702e+04-2.37511e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -3.98438e+03+1.47108e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 3,1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.36810e+03+3.61417e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +3.91799e+03-2.11695e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.65421e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -3.91799e+03-2.11695e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.36810e+03-3.61417e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 4,1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 4.4 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 4,1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +3.84395e+02+4.69829e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.18710e+02+2.50503e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +4.43967e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.18710e+02+2.50503e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +3.84395e+02-4.69829e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 5,1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +1.53684e+03+2.30218e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.39034e+03+2.59980e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +9.78114e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.39034e+03+2.59980e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +1.53684e+03-2.30218e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 7,1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -1.49354e+03+1.18530e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -2.18958e+02+8.67476e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.21022e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +2.18958e+02+8.67476e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -1.49354e+03-1.18530e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 8,1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -1.11874e+03+7.65809e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.31056e+03+4.05595e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +5.40221e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.31056e+03+4.05595e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -1.11874e+03-7.65809e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 1,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x -11.6 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 1,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -3.98438e+03-1.47108e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.28702e+04-2.37511e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -1.37109e+04 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.28702e+04-2.37511e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -3.98438e+03+1.47108e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 3,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +4.79520e+01+6.84649e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +1.71166e+03-1.83573e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -3.18686e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -1.71166e+03-1.83573e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +4.79520e+01-6.84649e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 4,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +4.55331e+02-3.09311e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.73974e+01-5.12796e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.37135e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.73974e+01-5.12796e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +4.55331e+02+3.09311e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 5,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +6.94713e+03+1.53846e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +1.24399e+02-1.13709e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +5.73466e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -1.24399e+02-1.13709e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +6.94713e+03-1.53846e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 6,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -6.04566e+02+1.43483e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +8.92133e+02-5.92192e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +9.70642e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -8.92133e+02-5.92192e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -6.04566e+02-1.43483e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 7,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.29267e+03+2.70928e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +2.01569e+03-1.18686e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.16400e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -2.01569e+03-1.18686e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.29267e+03-2.70928e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 8,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -4.03442e+03+4.58783e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -5.80392e+02+2.62499e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +4.96119e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +5.80392e+02+2.62499e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -4.03442e+03-4.58783e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 1,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 5.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 1,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.36810e+03+3.61417e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +3.91799e+03-2.11695e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.65421e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -3.91799e+03-2.11695e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.36810e+03-3.61417e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 2,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +4.79520e+01+6.84649e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +1.71166e+03-1.83573e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -3.18686e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -1.71166e+03-1.83573e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +4.79520e+01-6.84649e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 4,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 5.2 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 4,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -6.90744e+01-2.61273e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +5.15648e+02+3.97039e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -4.19145e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -5.15648e+02+3.97039e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -6.90744e+01+2.61273e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 5,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +3.71468e+02-7.85459e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +1.65116e+03+2.60739e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -3.76589e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -1.65116e+03+2.60739e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +3.71468e+02+7.85459e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 6,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.26388e+03+2.52468e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -4.48794e+03+2.00368e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -1.39416e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +4.48794e+03+2.00368e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.26388e+03-2.52468e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 7,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.25405e+03-2.83781e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -4.47126e+03-2.15861e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.82046e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +4.47126e+03-2.15861e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.25405e+03+2.83781e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 8,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -4.53358e+02-6.39076e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -2.15398e+03-1.51071e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -3.78360e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +2.15398e+03-1.51071e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -4.53358e+02+6.39076e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 1,4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +3.84395e+02+4.69829e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.18710e+02+2.50503e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +4.43967e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.18710e+02+2.50503e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +3.84395e+02-4.69829e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 2,4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +4.55331e+02-3.09311e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.73974e+01-5.12796e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.37135e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.73974e+01-5.12796e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +4.55331e+02+3.09311e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 3,4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -6.90744e+01-2.61273e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +5.15648e+02+3.97039e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -4.19145e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -5.15648e+02+3.97039e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -6.90744e+01+2.61273e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 5,4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +2.35123e+02+1.37990e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -3.29456e+03+3.90341e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -6.46647e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +3.29456e+03+3.90341e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +2.35123e+02-1.37990e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 6,4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.39755e+02+3.28239e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +2.03151e+01-1.39056e-01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.95075e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -2.03151e+01-1.39056e-01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.39755e+02-3.28239e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 7,4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -7.54384e+01-1.35074e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +1.51893e+01+8.91452e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.25504e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -1.51893e+01+8.91452e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -7.54384e+01+1.35074e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 8,4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -1.81844e+02-1.73747e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -2.28909e+02-9.17784e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.06626e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +2.28909e+02-9.17784e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -1.81844e+02+1.73747e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 1,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 7.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 1,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +1.53684e+03+2.30218e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.39034e+03+2.59980e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +9.78114e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.39034e+03+2.59980e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +1.53684e+03-2.30218e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 2,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 12.7 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 2,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +6.94713e+03+1.53846e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +1.24399e+02-1.13709e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +5.73466e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -1.24399e+02-1.13709e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +6.94713e+03-1.53846e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 3,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +3.71468e+02-7.85459e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +1.65116e+03+2.60739e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -3.76589e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -1.65116e+03+2.60739e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +3.71468e+02+7.85459e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 4,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 44.8 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 4,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +2.35123e+02+1.37990e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -3.29456e+03+3.90341e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -6.46647e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +3.29456e+03+3.90341e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +2.35123e+02-1.37990e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 6,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -3.13535e+03-8.45891e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +2.43865e+03+3.23186e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.89079e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -2.43865e+03+3.23186e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -3.13535e+03+8.45891e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 7,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -3.92913e+02-1.71926e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +8.83501e+02+7.04368e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.14442e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -8.83501e+02+7.04368e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -3.92913e+02+1.71926e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 8,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.60242e+03-5.98476e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.44923e+03-9.50135e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +5.14068e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.44923e+03-9.50135e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.60242e+03+5.98476e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 2,6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -6.04566e+02+1.43483e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +8.92133e+02-5.92192e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +9.70642e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -8.92133e+02-5.92192e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -6.04566e+02-1.43483e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 3,6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 3,6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.26388e+03+2.52468e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -4.48794e+03+2.00368e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -1.39416e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +4.48794e+03+2.00368e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.26388e+03-2.52468e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 4,6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.39755e+02+3.28239e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +2.03151e+01-1.39056e-01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.95075e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -2.03151e+01-1.39056e-01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.39755e+02-3.28239e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 5,6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -3.13535e+03-8.45891e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +2.43865e+03+3.23186e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.89079e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -2.43865e+03+3.23186e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -3.13535e+03+8.45891e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 7,6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +1.60041e+04+1.68467e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -6.66781e+00+1.26689e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.30271e+04 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +6.66781e+00+1.26689e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +1.60041e+04-1.68467e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 8,6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +1.92876e+03+6.65306e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +9.47321e+03-1.26096e+04i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -9.00403e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -9.47321e+03-1.26096e+04i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +1.92876e+03-6.65306e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 1,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -1.49354e+03+1.18530e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -2.18958e+02+8.67476e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.21022e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +2.18958e+02+8.67476e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -1.49354e+03-1.18530e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 2,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.29267e+03+2.70928e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +2.01569e+03-1.18686e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.16400e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -2.01569e+03-1.18686e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.29267e+03-2.70928e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 3,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 3,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.25405e+03-2.83781e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -4.47126e+03-2.15861e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.82046e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +4.47126e+03-2.15861e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.25405e+03+2.83781e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 4,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -7.54384e+01-1.35074e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +1.51893e+01+8.91452e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.25504e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -1.51893e+01+8.91452e+00i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -7.54384e+01+1.35074e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 5,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -3.92913e+02-1.71926e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +8.83501e+02+7.04368e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.14442e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -8.83501e+02+7.04368e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -3.92913e+02+1.71926e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 6,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +1.60041e+04+1.68467e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -6.66781e+00+1.26689e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.30271e+04 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +6.66781e+00+1.26689e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +1.60041e+04-1.68467e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 8,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +1.06886e+03-5.86110e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +9.88322e+03+1.18486e+04i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -1.14487e+04 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -9.88322e+03+1.18486e+04i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +1.06886e+03+5.86110e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 1,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -1.11874e+03+7.65809e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.31056e+03+4.05595e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +5.40221e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.31056e+03+4.05595e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -1.11874e+03-7.65809e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 2,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -4.03442e+03+4.58783e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -5.80392e+02+2.62499e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +4.96119e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +5.80392e+02+2.62499e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -4.03442e+03-4.58783e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 3,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 3,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -4.53358e+02-6.39076e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -2.15398e+03-1.51071e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -3.78360e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +2.15398e+03-1.51071e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -4.53358e+02+6.39076e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 4,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -1.81844e+02-1.73747e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -2.28909e+02-9.17784e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +1.06626e+02 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +2.28909e+02-9.17784e+01i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -1.81844e+02+1.73747e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 5,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x -2.60242e+03-5.98476e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x -1.44923e+03-9.50135e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x +5.14068e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x +1.44923e+03-9.50135e+02i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x -2.60242e+03+5.98476e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 6,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +1.92876e+03+6.65306e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +9.47321e+03-1.26096e+04i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -9.00403e+03 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -9.47321e+03-1.26096e+04i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +1.92876e+03-6.65306e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete anisotropic coupling for spins 7,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+2]:                        0.5*(LpSp) x +1.06886e+03-5.86110e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,+1]:                  -0.5*(LzSp+LpSz) x +9.88322e+03+1.18486e+04i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2, 0]: sqrt(2/3)*(LzSz-0.25*(LpSm+LmSp)) x -1.14487e+04 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-1]:                   0.5*(LzSm+LmSz) x -9.88322e+03+1.18486e+04i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]    T[2,-2]:                        0.5*(LmSm) x +1.06886e+03+5.86110e+03i Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  515 unique operators in the Hamiltonian descriptor.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  building individual operators...
[...liquid > relaxation > hamiltonian > parfor/spmd ]  515/515 operators done, 180.1033 operators per second.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  average worker process received 1.6551 MB and sent back 22.6208 MB
[...y_2_spinach > liquid > relaxation > hamiltonian ]  operator construction took 2.8634 seconds
[...y_2_spinach > liquid > relaxation > hamiltonian ]  operator array footprint: 0.24287 GB
[...y_2_spinach > liquid > relaxation > hamiltonian ]  assembling the Hamiltonian...
[...y_2_spinach > liquid > relaxation > hamiltonian ]  Hamiltonian assembly took 1.4815 seconds
[...y_2_spinach > liquid > relaxation > hamiltonian ]  maximum spherical rank in the giant spin Hamiltonian: 0
[...y_2_spinach > liquid > relaxation > hamiltonian ]  memory footprint of I array: 0.0026514 GB
[...y_2_spinach > liquid > relaxation > hamiltonian ]  memory footprint of Q array: 0.12936 GB
[...son > maz_noesy_2_spinach > liquid > relaxation ]  parallel evaluation path...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=1, k=+1, m=+1, p=+1, q=+1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=1, k=+1, m=+0, p=+1, q=+0, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=1, k=+1, m=-1, p=+1, q=-1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=1, k=-1, m=+1, p=-1, q=+1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=1, k=-1, m=+0, p=-1, q=+0, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=1, k=-1, m=-1, p=-1, q=-1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+2, m=+2, p=+2, q=+2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+2, m=+1, p=+2, q=+1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+2, m=+0, p=+2, q=+0, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+2, m=-1, p=+2, q=-1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+2, m=-2, p=+2, q=-2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+1, m=+2, p=+1, q=+2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+1, m=+1, p=+1, q=+1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+1, m=+0, p=+1, q=+0, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+1, m=-1, p=+1, q=-1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+1, m=-2, p=+1, q=-2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+0, m=+2, p=+0, q=+2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+0, m=+1, p=+0, q=+1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+0, m=+0, p=+0, q=+0, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+0, m=-1, p=+0, q=-1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=+0, m=-2, p=+0, q=-2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-1, m=+2, p=-1, q=+2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-1, m=+1, p=-1, q=+1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-1, m=+0, p=-1, q=+0, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-1, m=-1, p=-1, q=-1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-1, m=-2, p=-1, q=-2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-2, m=+2, p=-2, q=+2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-2, m=+1, p=-2, q=+1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-2, m=+0, p=-2, q=+0, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-2, m=-1, p=-2, q=-1, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  queuing up L=2, k=-2, m=-2, p=-2, q=-2, chemical species 1...
[...> liquid > relaxation > redfield_integral_async ]  getting data from workers...
[...son > maz_noesy_2_spinach > liquid > relaxation ]  Redfield superoperator build time: 19.2847 seconds
[...son > maz_noesy_2_spinach > liquid > relaxation ]  scalar relaxation of the first kind...
[..._noesy_2_spinach > liquid > relaxation > assume ]  lab frame assumption set - no assumptions:
[..._noesy_2_spinach > liquid > relaxation > assume ]    laboratory frame simulation for electrons,
[..._noesy_2_spinach > liquid > relaxation > assume ]    laboratory frame simulation for nuclei,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for electron Zeeman interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for nuclear Zeeman interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for giant spin model interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for all couplings.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  building Hamiltonian descriptor...
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500286022.9555 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500286223.0697 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500286323.1267 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 4...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -36163035.9271 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500285422.6131 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500285972.927 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500285972.927 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic Zeeman interaction for spin 8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (Lz) x -500285972.927 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 4,1...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 4.4 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 1,2...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x -11.6 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 1,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 5.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 4,3...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 5.2 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 1,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 7.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 2,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 12.7 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 4,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 44.8 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 3,6...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 3,7...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 3,8...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 4.5 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  38 unique operators in the Hamiltonian descriptor.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  building individual operators...
[...liquid > relaxation > hamiltonian > parfor/spmd ]  38/38 operators done, 90.6108 operators per second.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  average worker process received 1.6091 MB and sent back 1.7358 MB
[...y_2_spinach > liquid > relaxation > hamiltonian ]  operator construction took 0.42423 seconds
[...y_2_spinach > liquid > relaxation > hamiltonian ]  operator array footprint: 0.018619 GB
[...y_2_spinach > liquid > relaxation > hamiltonian ]  assembling the Hamiltonian...
[...y_2_spinach > liquid > relaxation > hamiltonian ]  Hamiltonian assembly took 0.021987 seconds
[...y_2_spinach > liquid > relaxation > hamiltonian ]  WARNING - only the isotropic part has been returned.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  memory footprint of I array: 0.0026514 GB
[..._noesy_2_spinach > liquid > relaxation > assume ]  lab frame assumption set - no assumptions:
[..._noesy_2_spinach > liquid > relaxation > assume ]    laboratory frame simulation for electrons,
[..._noesy_2_spinach > liquid > relaxation > assume ]    laboratory frame simulation for nuclei,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for electron Zeeman interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for nuclear Zeeman interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for giant spin model interactions,
[..._noesy_2_spinach > liquid > relaxation > assume ]    all terms for all couplings.
[..._noesy_2_spinach > liquid > relaxation > assume ]  WARNING - all Zeeman interactions will be ignored.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  building Hamiltonian descriptor...
[...y_2_spinach > liquid > relaxation > hamiltonian ]  isotropic Zeeman interaction ignored for spin 1.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  isotropic Zeeman interaction ignored for spin 2.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  isotropic Zeeman interaction ignored for spin 3.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  isotropic Zeeman interaction ignored for spin 4.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  isotropic Zeeman interaction ignored for spin 5.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  isotropic Zeeman interaction ignored for spin 6.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  isotropic Zeeman interaction ignored for spin 7.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  isotropic Zeeman interaction ignored for spin 8.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 1,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 15 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 2,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 15 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  complete isotropic coupling for spins 3,5...
[...y_2_spinach > liquid > relaxation > hamiltonian ]             (LxSx+LySy+LzSz) x 15 Hz
[...y_2_spinach > liquid > relaxation > hamiltonian ]  9 unique operators in the Hamiltonian descriptor.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  building individual operators...
[...liquid > relaxation > hamiltonian > parfor/spmd ]  9/9 operators done, 91.1612 operators per second.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  average worker process received 1.2999 MB and sent back 0.23005 MB
[...y_2_spinach > liquid > relaxation > hamiltonian ]  operator construction took 0.10151 seconds
[...y_2_spinach > liquid > relaxation > hamiltonian ]  operator array footprint: 0.0024633 GB
[...y_2_spinach > liquid > relaxation > hamiltonian ]  assembling the Hamiltonian...
[...y_2_spinach > liquid > relaxation > hamiltonian ]  Hamiltonian assembly took 0.002604 seconds
[...y_2_spinach > liquid > relaxation > hamiltonian ]  WARNING - only the isotropic part has been returned.
[...y_2_spinach > liquid > relaxation > hamiltonian ]  memory footprint of I array: 0.00045343 GB
[...son > maz_noesy_2_spinach > liquid > relaxation ]  integrating the SRFK component...
[... relaxation > rlx_scalar > expmint > propagator ]  generator dimension 38628, nnz 357792, density 0.023979%, sparsity 1
[... relaxation > rlx_scalar > expmint > propagator ]  WARNING - time step greatly exceeds the timescale of system dynamics.
[... relaxation > rlx_scalar > expmint > propagator ]  WARNING - exponentiation tolerance tightened up to eps('double').
[... relaxation > rlx_scalar > expmint > propagator ]  scaling -i*L*dt down by 536870912 and squaring the propagator 29 times.
[... relaxation > rlx_scalar > expmint > propagator ]  Taylor series converged on CPU in 17 iterations.
[... relaxation > rlx_scalar > expmint > propagator ]  propagator dimension 38628, nnz 358256, density 0.02401%, sparsity 1
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 1...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 2...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 3...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 4...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 5...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 6...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 7...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 8...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 9...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 10...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 11...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 12...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 13...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 14...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 15...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 16...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 17...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 18...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 19...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 20...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 21...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 22...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 23...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 24...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 25...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 26...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 27...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 28...
[... relaxation > rlx_scalar > expmint > propagator ]  CPU squaring step 29...
[... relaxation > rlx_scalar > expmint > propagator ]  propagator dimension 38628, nnz 63055766, density 4.2259%, sparsity 1
[...ch > liquid > relaxation > rlx_scalar > expmint ]  processing auxiliary matrix blocks...
[...son > maz_noesy_2_spinach > liquid > relaxation ]  SRFK terms have been incorporated.
[...son > maz_noesy_2_spinach > liquid > relaxation ]  scalar relaxation of the second kind...
[...son > maz_noesy_2_spinach > liquid > relaxation ]  SRSK from spin 4 (14N, T1=4.3542e-05 s, T2=4.3539e-05 s):
[...son > maz_noesy_2_spinach > liquid > relaxation ]    > onto spin 1 (1H): +2.7524e-12 Hz to R1, +0.022186 Hz to R2
[...son > maz_noesy_2_spinach > liquid > relaxation ]    > onto spin 3 (1H): +3.8442e-12 Hz to R1, +0.030987 Hz to R2
[...son > maz_noesy_2_spinach > liquid > relaxation ]    > onto spin 5 (1H): +2.8534e-10 Hz to R1, +2.3 Hz to R2
[...son > maz_noesy_2_spinach > liquid > relaxation ]  recursive call for SRSK relaxation terms...
[...sy_2_spinach > liquid > relaxation > relaxation ]  adding extended T1/T2 model terms...
[...sy_2_spinach > liquid > relaxation > relaxation ]  full relaxation superoperator density 0.0051679%, nnz 19278, sparsity 1
[...sy_2_spinach > liquid > relaxation > relaxation ]  dynamic frequency shifts have been ignored.
[...sy_2_spinach > liquid > relaxation > relaxation ]  transverse cross-relaxation terms have been ignored.
[...sy_2_spinach > liquid > relaxation > relaxation ]  thermalisation method: none, relaxation to unit state
[...sy_2_spinach > liquid > relaxation > relaxation ]  final relaxation superoperator density 0.0040678%, nnz(R)=15174, sparsity 1
[...sy_2_spinach > liquid > relaxation > relaxation ]  memory footprint of the relaxation superoperator: 0.00048307 GB
[...son > maz_noesy_2_spinach > liquid > relaxation ]  SRSK relaxation theory terms have been incorporated.
[...son > maz_noesy_2_spinach > liquid > relaxation ]  full relaxation superoperator density 1.9228%, nnz 7172452, sparsity 1
[...son > maz_noesy_2_spinach > liquid > relaxation ]  dynamic frequency shifts have been ignored.
[...son > maz_noesy_2_spinach > liquid > relaxation ]  transverse cross-relaxation terms have been ignored.
[...son > maz_noesy_2_spinach > liquid > relaxation ]  thermalisation method: none, relaxation to unit state
[...son > maz_noesy_2_spinach > liquid > relaxation ]  final relaxation superoperator density 0.0090561%, nnz(R)=33782, sparsity 1
[...son > maz_noesy_2_spinach > liquid > relaxation ]  memory footprint of the relaxation superoperator: 0.00089899 GB
[...rison > maz_noesy_2_spinach > liquid > kinetics ]  no significant kinetics specified.
[...rison > maz_noesy_2_spinach > liquid > kinetics ]  kinetics superoperator set to zero.
[...ison > maz_noesy_2_spinach > liquid > frqoffset ]  applying 500 Hz Larmor frequency offset to 1H...
[...> run_comparison > maz_noesy_2_spinach > liquid ]  running the pulse sequence...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening is not applicable.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0012782 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 3.9944e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 21
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 2901
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 3005
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 3, active space dimension 3127
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 4, active space dimension 3201
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 5, active space dimension 3243
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 6, active space dimension 3263
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 7, active space dimension 3275
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 8, active space dimension 3296
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 9, active space dimension 3310
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 10, active space dimension 3322
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 11, active space dimension 3332
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 12, active space dimension 3332
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 3332
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  analyzing 3332-dimensional state space.
[...iquid > noesy > evolution > reduce > path_trace ]  Liouvillian zero tolerance 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  population tolerance for subspace drop 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  found 3 non-interacting subspaces.
[...iquid > noesy > evolution > reduce > path_trace ]  running subspace population analysis...
[...iquid > noesy > evolution > reduce > path_trace ]  2 populated subspaces of dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  keeping a total of 2 independent subspaces of total dimension 3030
[...iquid > noesy > evolution > reduce > path_trace ]  merging small subspaces into batches of dimension 1000...
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 1, dim 1515
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 2, dim 1515
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[                                                   ]  evolving subspace 1 of 2...
[                                                   ]  building the propagator...
[propagator                                         ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[propagator                                         ]  WARNING - time step exceeds the timescale of system dynamics.
[propagator                                         ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[propagator                                         ]  Taylor series converged on CPU in 12 iterations.
[propagator                                         ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[propagator                                         ]  CPU squaring step 1...
[propagator                                         ]  CPU squaring step 2...
[propagator                                         ]  CPU squaring step 3...
[propagator                                         ]  CPU squaring step 4...
[                                                   ]  evolving subspace 2 of 2...
[                                                   ]  building the propagator...
[propagator                                         ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[propagator                                         ]  WARNING - time step exceeds the timescale of system dynamics.
[propagator                                         ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[propagator                                         ]  Taylor series converged on CPU in 12 iterations.
[propagator                                         ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[propagator                                         ]  CPU squaring step 1...
[propagator                                         ]  CPU squaring step 2...
[propagator                                         ]  CPU squaring step 3...
[propagator                                         ]  CPU squaring step 5...
[propagator                                         ]  CPU squaring step 4...
[propagator                                         ]  CPU squaring step 5...
[propagator                                         ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[                                                   ]  propagating the system on CPU...
[propagator                                         ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[                                                   ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  recombining subspaces...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  data retrieval finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening is not applicable.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0013917 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 4.349e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 211
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 241
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 241
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 241
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  small state space - path tracing skipped.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  evolving subspace 1 of 1...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  dim(L)=241, rho stack size 256, 1 substeps in optimal stepping.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  building the propagator...
[...inach > liquid > noesy > evolution > propagator ]  generator dimension 241, nnz 14710, density 25.3267%, sparsity 0
[...inach > liquid > noesy > evolution > propagator ]  WARNING - time step greatly exceeds the timescale of system dynamics.
[...inach > liquid > noesy > evolution > propagator ]  WARNING - exponentiation tolerance tightened up to eps('double').
[...inach > liquid > noesy > evolution > propagator ]  scaling -i*L*dt down by 65536 and squaring the propagator 16 times.
[...inach > liquid > noesy > evolution > propagator ]  Taylor series converged on CPU in 18 iterations.
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 241, nnz 42806, density 73.7005%, sparsity 0
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 1...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 2...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 3...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 4...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 5...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 6...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 7...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 8...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 9...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 10...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 11...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 12...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 13...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 14...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 15...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 16...
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 241, nnz 46794, density 80.5668%, sparsity 0
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  recombining subspaces...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  data retrieval finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening using coil state.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0012782 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 3.9944e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 7
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 1428
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 1500
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 3, active space dimension 1512
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 4, active space dimension 1515
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 5, active space dimension 1515
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 1515
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  analyzing 1515-dimensional state space.
[...iquid > noesy > evolution > reduce > path_trace ]  Liouvillian zero tolerance 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  population tolerance for subspace drop 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  found 1 non-interacting subspaces.
[...iquid > noesy > evolution > reduce > path_trace ]  running subspace population analysis...
[...iquid > noesy > evolution > reduce > path_trace ]  1 populated subspaces of dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  keeping a total of 1 independent subspaces of total dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  merging small subspaces into batches of dimension 1000...
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 1, dim 1515
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  evolving subspace 1 of 1...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  building the propagator...
[...inach > liquid > noesy > evolution > propagator ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[...inach > liquid > noesy > evolution > propagator ]  WARNING - time step exceeds the timescale of system dynamics.
[...inach > liquid > noesy > evolution > propagator ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[...inach > liquid > noesy > evolution > propagator ]  Taylor series converged on CPU in 12 iterations.
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 1...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 2...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 3...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 4...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 5...
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening is not applicable.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0012782 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 3.9944e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 21
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 2901
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 3005
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 3, active space dimension 3127
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 4, active space dimension 3201
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 5, active space dimension 3243
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 6, active space dimension 3263
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 7, active space dimension 3275
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 8, active space dimension 3296
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 9, active space dimension 3310
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 10, active space dimension 3322
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 11, active space dimension 3332
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 12, active space dimension 3332
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 3332
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  analyzing 3332-dimensional state space.
[...iquid > noesy > evolution > reduce > path_trace ]  Liouvillian zero tolerance 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  population tolerance for subspace drop 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  found 3 non-interacting subspaces.
[...iquid > noesy > evolution > reduce > path_trace ]  running subspace population analysis...
[...iquid > noesy > evolution > reduce > path_trace ]  2 populated subspaces of dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  keeping a total of 2 independent subspaces of total dimension 3030
[...iquid > noesy > evolution > reduce > path_trace ]  merging small subspaces into batches of dimension 1000...
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 1, dim 1515
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 2, dim 1515
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[                                                   ]  evolving subspace 1 of 2...
[                                                   ]  building the propagator...
[propagator                                         ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[propagator                                         ]  WARNING - time step exceeds the timescale of system dynamics.
[propagator                                         ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[propagator                                         ]  Taylor series converged on CPU in 12 iterations.
[propagator                                         ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[propagator                                         ]  CPU squaring step 1...
[propagator                                         ]  CPU squaring step 2...
[                                                   ]  evolving subspace 2 of 2...
[                                                   ]  building the propagator...
[propagator                                         ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[propagator                                         ]  WARNING - time step exceeds the timescale of system dynamics.
[propagator                                         ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[propagator                                         ]  Taylor series converged on CPU in 12 iterations.
[propagator                                         ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[propagator                                         ]  CPU squaring step 1...
[propagator                                         ]  CPU squaring step 2...
[propagator                                         ]  CPU squaring step 3...
[propagator                                         ]  CPU squaring step 4...
[propagator                                         ]  CPU squaring step 3...
[propagator                                         ]  CPU squaring step 4...
[propagator                                         ]  CPU squaring step 5...
[propagator                                         ]  CPU squaring step 5...
[propagator                                         ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[                                                   ]  propagating the system on CPU...
[propagator                                         ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[                                                   ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  recombining subspaces...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  data retrieval finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening is not applicable.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0013917 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 4.349e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 211
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 241
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 241
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 241
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  small state space - path tracing skipped.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  evolving subspace 1 of 1...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  dim(L)=241, rho stack size 256, 1 substeps in optimal stepping.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  building the propagator...
[...inach > liquid > noesy > evolution > propagator ]  generator dimension 241, nnz 14710, density 25.3267%, sparsity 0
[...inach > liquid > noesy > evolution > propagator ]  WARNING - time step greatly exceeds the timescale of system dynamics.
[...inach > liquid > noesy > evolution > propagator ]  WARNING - exponentiation tolerance tightened up to eps('double').
[...inach > liquid > noesy > evolution > propagator ]  scaling -i*L*dt down by 65536 and squaring the propagator 16 times.
[...inach > liquid > noesy > evolution > propagator ]  Taylor series converged on CPU in 18 iterations.
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 241, nnz 42806, density 73.7005%, sparsity 0
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 1...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 2...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 3...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 4...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 5...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 6...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 7...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 8...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 9...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 10...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 11...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 12...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 13...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 14...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 15...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 16...
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 241, nnz 46794, density 80.5668%, sparsity 0
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  recombining subspaces...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  data retrieval finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening using coil state.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0012782 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 3.9944e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 7
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 1428
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 1500
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 3, active space dimension 1512
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 4, active space dimension 1515
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 5, active space dimension 1515
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 1515
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  analyzing 1515-dimensional state space.
[...iquid > noesy > evolution > reduce > path_trace ]  Liouvillian zero tolerance 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  population tolerance for subspace drop 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  found 1 non-interacting subspaces.
[...iquid > noesy > evolution > reduce > path_trace ]  running subspace population analysis...
[...iquid > noesy > evolution > reduce > path_trace ]  1 populated subspaces of dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  keeping a total of 1 independent subspaces of total dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  merging small subspaces into batches of dimension 1000...
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 1, dim 1515
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  evolving subspace 1 of 1...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  building the propagator...
[...inach > liquid > noesy > evolution > propagator ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[...inach > liquid > noesy > evolution > propagator ]  WARNING - time step exceeds the timescale of system dynamics.
[...inach > liquid > noesy > evolution > propagator ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[...inach > liquid > noesy > evolution > propagator ]  Taylor series converged on CPU in 12 iterations.
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 1...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 2...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 3...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 4...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 5...
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening is not applicable.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0012782 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 3.9944e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 21
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 2901
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 3005
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 3, active space dimension 3127
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 4, active space dimension 3201
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 5, active space dimension 3243
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 6, active space dimension 3263
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 7, active space dimension 3275
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 8, active space dimension 3296
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 9, active space dimension 3310
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 10, active space dimension 3322
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 11, active space dimension 3332
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 12, active space dimension 3332
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 3332
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  analyzing 3332-dimensional state space.
[...iquid > noesy > evolution > reduce > path_trace ]  Liouvillian zero tolerance 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  population tolerance for subspace drop 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  found 3 non-interacting subspaces.
[...iquid > noesy > evolution > reduce > path_trace ]  running subspace population analysis...
[...iquid > noesy > evolution > reduce > path_trace ]  2 populated subspaces of dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  keeping a total of 2 independent subspaces of total dimension 3030
[...iquid > noesy > evolution > reduce > path_trace ]  merging small subspaces into batches of dimension 1000...
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 1, dim 1515
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 2, dim 1515
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[                                                   ]  evolving subspace 1 of 2...
[                                                   ]  building the propagator...
[propagator                                         ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[propagator                                         ]  WARNING - time step exceeds the timescale of system dynamics.
[propagator                                         ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[propagator                                         ]  Taylor series converged on CPU in 12 iterations.
[propagator                                         ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[propagator                                         ]  CPU squaring step 1...
[propagator                                         ]  CPU squaring step 2...
[propagator                                         ]  CPU squaring step 3...
[propagator                                         ]  CPU squaring step 4...
[                                                   ]  evolving subspace 2 of 2...
[                                                   ]  building the propagator...
[propagator                                         ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[propagator                                         ]  WARNING - time step exceeds the timescale of system dynamics.
[propagator                                         ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[propagator                                         ]  Taylor series converged on CPU in 12 iterations.
[propagator                                         ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[propagator                                         ]  CPU squaring step 1...
[propagator                                         ]  CPU squaring step 2...
[propagator                                         ]  CPU squaring step 3...
[propagator                                         ]  CPU squaring step 4...
[propagator                                         ]  CPU squaring step 5...
[propagator                                         ]  CPU squaring step 5...
[propagator                                         ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[                                                   ]  propagating the system on CPU...
[propagator                                         ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[                                                   ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  recombining subspaces...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  data retrieval finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening is not applicable.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0013917 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 4.349e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 211
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 241
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 241
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 241
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  small state space - path tracing skipped.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  evolving subspace 1 of 1...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  dim(L)=241, rho stack size 256, 1 substeps in optimal stepping.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  building the propagator...
[...inach > liquid > noesy > evolution > propagator ]  generator dimension 241, nnz 14710, density 25.3267%, sparsity 0
[...inach > liquid > noesy > evolution > propagator ]  WARNING - time step greatly exceeds the timescale of system dynamics.
[...inach > liquid > noesy > evolution > propagator ]  WARNING - exponentiation tolerance tightened up to eps('double').
[...inach > liquid > noesy > evolution > propagator ]  scaling -i*L*dt down by 65536 and squaring the propagator 16 times.
[...inach > liquid > noesy > evolution > propagator ]  Taylor series converged on CPU in 18 iterations.
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 241, nnz 42806, density 73.7005%, sparsity 0
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 1...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 2...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 3...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 4...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 5...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 6...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 7...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 8...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 9...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 10...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 11...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 12...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 13...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 14...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 15...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 16...
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 241, nnz 46794, density 80.5668%, sparsity 0
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  recombining subspaces...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  data retrieval finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening using coil state.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0012782 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 3.9944e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 7
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 1428
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 1500
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 3, active space dimension 1512
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 4, active space dimension 1515
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 5, active space dimension 1515
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 1515
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  analyzing 1515-dimensional state space.
[...iquid > noesy > evolution > reduce > path_trace ]  Liouvillian zero tolerance 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  population tolerance for subspace drop 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  found 1 non-interacting subspaces.
[...iquid > noesy > evolution > reduce > path_trace ]  running subspace population analysis...
[...iquid > noesy > evolution > reduce > path_trace ]  1 populated subspaces of dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  keeping a total of 1 independent subspaces of total dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  merging small subspaces into batches of dimension 1000...
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 1, dim 1515
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  evolving subspace 1 of 1...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  building the propagator...
[...inach > liquid > noesy > evolution > propagator ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[...inach > liquid > noesy > evolution > propagator ]  WARNING - time step exceeds the timescale of system dynamics.
[...inach > liquid > noesy > evolution > propagator ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[...inach > liquid > noesy > evolution > propagator ]  Taylor series converged on CPU in 12 iterations.
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 1...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 2...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 3...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 4...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 5...
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening is not applicable.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0012782 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 3.9944e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 21
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 2901
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 3005
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 3, active space dimension 3127
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 4, active space dimension 3201
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 5, active space dimension 3243
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 6, active space dimension 3263
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 7, active space dimension 3275
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 8, active space dimension 3296
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 9, active space dimension 3310
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 10, active space dimension 3322
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 11, active space dimension 3332
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 12, active space dimension 3332
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 3332
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  analyzing 3332-dimensional state space.
[...iquid > noesy > evolution > reduce > path_trace ]  Liouvillian zero tolerance 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  population tolerance for subspace drop 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  found 3 non-interacting subspaces.
[...iquid > noesy > evolution > reduce > path_trace ]  running subspace population analysis...
[...iquid > noesy > evolution > reduce > path_trace ]  2 populated subspaces of dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  keeping a total of 2 independent subspaces of total dimension 3030
[...iquid > noesy > evolution > reduce > path_trace ]  merging small subspaces into batches of dimension 1000...
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 1, dim 1515
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 2, dim 1515
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[                                                   ]  evolving subspace 1 of 2...
[                                                   ]  building the propagator...
[propagator                                         ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[propagator                                         ]  WARNING - time step exceeds the timescale of system dynamics.
[propagator                                         ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[propagator                                         ]  Taylor series converged on CPU in 12 iterations.
[propagator                                         ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[propagator                                         ]  CPU squaring step 1...
[propagator                                         ]  CPU squaring step 2...
[propagator                                         ]  CPU squaring step 3...
[propagator                                         ]  CPU squaring step 4...
[                                                   ]  evolving subspace 2 of 2...
[                                                   ]  building the propagator...
[propagator                                         ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[propagator                                         ]  WARNING - time step exceeds the timescale of system dynamics.
[propagator                                         ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[propagator                                         ]  Taylor series converged on CPU in 12 iterations.
[propagator                                         ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[propagator                                         ]  CPU squaring step 1...
[propagator                                         ]  CPU squaring step 2...
[propagator                                         ]  CPU squaring step 3...
[propagator                                         ]  CPU squaring step 4...
[propagator                                         ]  CPU squaring step 5...
[propagator                                         ]  CPU squaring step 5...
[propagator                                         ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[                                                   ]  propagating the system on CPU...
[propagator                                         ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[                                                   ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  recombining subspaces...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  data retrieval finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening is not applicable.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0013917 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 4.349e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 211
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 241
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 241
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 241
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  small state space - path tracing skipped.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  evolving subspace 1 of 1...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  dim(L)=241, rho stack size 256, 1 substeps in optimal stepping.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  building the propagator...
[...inach > liquid > noesy > evolution > propagator ]  generator dimension 241, nnz 14710, density 25.3267%, sparsity 0
[...inach > liquid > noesy > evolution > propagator ]  WARNING - time step greatly exceeds the timescale of system dynamics.
[...inach > liquid > noesy > evolution > propagator ]  WARNING - exponentiation tolerance tightened up to eps('double').
[...inach > liquid > noesy > evolution > propagator ]  scaling -i*L*dt down by 65536 and squaring the propagator 16 times.
[...inach > liquid > noesy > evolution > propagator ]  Taylor series converged on CPU in 18 iterations.
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 241, nnz 42806, density 73.7005%, sparsity 0
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 1...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 2...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 3...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 4...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 5...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 6...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 7...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 8...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 9...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 10...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 11...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 12...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 13...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 14...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 15...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 16...
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 241, nnz 46794, density 80.5668%, sparsity 0
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  recombining subspaces...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  data retrieval finished.
[...az_noesy_2_spinach > liquid > noesy > evolution ]  trying to reduce the problem dimension...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  destination state screening using coil state.
[...2_spinach > liquid > noesy > evolution > reduce ]  no permutation symmetry information has been supplied.
[...2_spinach > liquid > noesy > evolution > reduce ]  attempting zero track elimination...
[...ach > liquid > noesy > evolution > reduce > zte ]  dropping states with amplitudes below 1e-24 within the first 0.0012782 seconds.
[...ach > liquid > noesy > evolution > reduce > zte ]  a maximum of 32 steps shall be taken, 3.9944e-05 seconds each.
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 0, active space dimension 7
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 1, active space dimension 1428
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 2, active space dimension 1500
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 3, active space dimension 1512
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 4, active space dimension 1515
[...ach > liquid > noesy > evolution > reduce > zte ]  evolution step 5, active space dimension 1515
[...ach > liquid > noesy > evolution > reduce > zte ]  state space dimension reduced from 19314 to 1515
[...2_spinach > liquid > noesy > evolution > reduce ]  path-tracing subspace #1...
[...iquid > noesy > evolution > reduce > path_trace ]  analyzing 1515-dimensional state space.
[...iquid > noesy > evolution > reduce > path_trace ]  Liouvillian zero tolerance 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  population tolerance for subspace drop 1e-10
[...iquid > noesy > evolution > reduce > path_trace ]  found 1 non-interacting subspaces.
[...iquid > noesy > evolution > reduce > path_trace ]  running subspace population analysis...
[...iquid > noesy > evolution > reduce > path_trace ]  1 populated subspaces of dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  keeping a total of 1 independent subspaces of total dimension 1515
[...iquid > noesy > evolution > reduce > path_trace ]  merging small subspaces into batches of dimension 1000...
[...iquid > noesy > evolution > reduce > path_trace ]  working subspace 1, dim 1515
[...az_noesy_2_spinach > liquid > noesy > evolution ]  splitting the space...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  evolving subspace 1 of 1...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  building the propagator...
[...inach > liquid > noesy > evolution > propagator ]  generator dimension 1515, nnz 10349, density 0.45089%, sparsity 1
[...inach > liquid > noesy > evolution > propagator ]  WARNING - time step exceeds the timescale of system dynamics.
[...inach > liquid > noesy > evolution > propagator ]  scaling -i*L*dt down by 32 and squaring the propagator 5 times.
[...inach > liquid > noesy > evolution > propagator ]  Taylor series converged on CPU in 12 iterations.
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 1515, nnz 73243, density 3.1911%, sparsity 1
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 1...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 2...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 3...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 4...
[...inach > liquid > noesy > evolution > propagator ]  CPU squaring step 5...
[...inach > liquid > noesy > evolution > propagator ]  propagator dimension 1515, nnz 318523, density 13.8776%, sparsity 1
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagating the system on CPU...
[...az_noesy_2_spinach > liquid > noesy > evolution ]  propagation finished.
liquid/noesy                        840.8 s
[..._comparison > maz_noesy_2_spinach > apodisation ]  FID dimension 1, all first points divided by 2
[..._comparison > maz_noesy_2_spinach > apodisation ]  FID dimension 2, all first points divided by 2
[..._comparison > maz_noesy_2_spinach > apodisation ]  FID dimension 1, cos window function applied.
[..._comparison > maz_noesy_2_spinach > apodisation ]  FID dimension 2, cos window function applied.
[..._comparison > maz_noesy_2_spinach > apodisation ]  FID dimension 1, all first points divided by 2
[..._comparison > maz_noesy_2_spinach > apodisation ]  FID dimension 2, all first points divided by 2
[..._comparison > maz_noesy_2_spinach > apodisation ]  FID dimension 1, cos window function applied.
[..._comparison > maz_noesy_2_spinach > apodisation ]  FID dimension 2, cos window function applied.
processing                            0.0 s
[... run_comparison > maz_noesy_2_spinach > plot_2d ]  plotting...
plot                                  0.1 s
total                               846.2 s