================
mesh_fit summary
================

Input file
==========

File: /home/users/mfr24/dev/pycf/tests/eryso/test_mesh_fit.py

#!/usr/bin/env python

from __future__ import division
from pathlib import Path
import pytest

import numpy as np

import pycf
import pycf.cfl as cfl
from pycf.import_sljm import ImportSLJM
from pycf.cfl_util import *

# example of mesh fitting for Er3+ in YSO, with data from
# Sun et al. PRB 77, 085124 (2008) and Longdell and Chen PRB 74, 195101 (2006).
# The mesh fitting is performed on both the crystal-field parameters
# and the spin Hamiltonian parameters, using both the energy levels
# and the Zeeman splitting data.
# Note that in the fitting process only the magnitude of the spin-Hamiltonian
# matrices are fitted.

# Get paths to the matel files for the crystal-field and hyperfine calculations.
# relative to the current file.

MATEL_BASE = Path(__file__).resolve().parent / "matel" / "f11cf"
HFS_BASE = Path(__file__).resolve().parent / "matel" / "erhfs"
EXPERIMENT_BASE = Path(__file__).resolve().parent / "eryso_site1_energy.txt"

@pytest.mark.slow  # mark this test as slow, so it can be skipped by default
def test_mesh_fit() -> None:

    t = ImportSLJM(MATEL_BASE)
    thfs = ImportSLJM(HFS_BASE)
    #t.print_names()

    MTOT = t.M0 + 0.56*t.M2 + 0.31*t.M4
    MTOT.name = 'MTOT'
    PTOT = t.P2 + 0.5*t.P4 + 0.1*t.P6
    PTOT.name = 'PTOT'

    hfsMTOT = thfs.M0 + 0.56*thfs.M2 + 0.31*thfs.M4
    hfsMTOT.name = 'MTOT'
    hfsPTOT =  thfs.P2 + 0.5*thfs.P4 + 0.1*thfs.P6
    hfsPTOT.name = 'PTOT'

    # Z, X, and Y magnetic fields times Bohr magnetion in cm-1/T.
    mu_b = 0.466860
    MZ = mu_b * t.MAGZ
    MZ.name = 'MZ'
    MX = mu_b * t.MAGX
    MX.name = 'MX'
    MY = mu_b * t.MAGY
    MY.name = 'MY'

    t_list = [t.EAVG, t.F2, t.F4, t.F6, t.ALPHA, t.BETA, t.GAMMA, t.T2, t.T3, t.T4,
            t.T6, t.T7, t.T8, t.ZETA, t.C20, t.C21, t.C22, t.C40, t.C41, t.C42,
            t.C43, t.C44, t.C60, t.C61, t.C62, t.C63, t.C64, t.C65, t.C66, MTOT, PTOT, MX, MY, MZ]

    thfs_list = [thfs.EAVG, thfs.F2, thfs.F4, thfs.F6, thfs.ALPHA, thfs.BETA,
            thfs.GAMMA, thfs.T2, thfs.T3, thfs.T4, thfs.T6, thfs.T7, thfs.T8,
            thfs.ZETA, thfs.C20, thfs.C21, thfs.C22, thfs.C40, thfs.C41, thfs.C42,
            thfs.C43, thfs.C44, thfs.C60, thfs.C61, thfs.C62, thfs.C63, thfs.C64,
            thfs.C65, thfs.C66, hfsMTOT, hfsPTOT, thfs.HYP, thfs.EQHYP]

    # Start with parameters that are very close to the expected values,
    # so that the fitting process can be tested without taking too long.
    coeff = {
    'ALPHA':                      17.79,
    'BETA' :                    -582.10,
    'GAMMA':                    1800.00,
    'T2'   :                     400.00,
    'T3'   :                      43.00,
    'T4'   :                      73.00,
    'T6'   :                    -271.00,
    'T7'   :                     308.00,
    'T8'   :                     299.00,
    'ZETA' :                    2376.00,
    'MTOT' :                       3.86,
    'PTOT' :                     594.00,
    'MZ'   :                       0.00,
    'MX'   :                       0.00,
    'MY'   :                       0.00,
    'EAVG'       :          35496.34,
    'F2'         :          95972.36,
    'F4'         :          67686.89,
    'F6'         :          53053.60,
    'ZETA'       :           2363.15,
    'C20'        :           -396.17,
    #'C21'        :    491.79+320.38j,
    'C21'        :          500+300j, # small difference from expected value to test the fitting process
    'C22'        :    178.82-185.77j,
    'C40'        :            603.03,
    'C41'        :   1166.47-440.75j,
    'C42'        :    588.10+130.94j,
    'C43'        :    119.11-542.13j,
    'C44'        :   -102.22+982.14j,
    'C60'        :           -187.37,
    'C61'        :   -134.95+168.74j,
    'C62'        :     128.36-21.34j,
    'C63'        :    283.32+194.56j,
    'C64'        :     94.74-142.64j,
    'C65'        :     18.61-194.45j,
    'C66'        :      95.96-22.04j,
    'HYP'        :              0.0053,
    'EQHYP'      :               0.044,
    }


    h1 = cfl.Hamiltonian(t_list)
    h1.set_coeff(coeff)
    (w, z) = h1.diag()
    print(h1.gen_summary())

    exd = np.loadtxt(EXPERIMENT_BASE, skiprows=1)

    ex1 = cfl.ExData(exd)
    sh1 = cfl.SpinHamiltonian(['zeeman'], S=1/2, level=17)
    sh1.set_pro_data([t.MAGX, t.MAGY, t.MAGZ])

    # Sun et al. excited state spin Hamiltonian (PRB 77, 085124 (2008))
    ge = np.array([[1.950, -2.212, -3.584], [-2.212, 4.232, 4.986], [-3.584, 4.986, 7.888]])
    shx1 = {'zeeman': ge}
    weights1 = {'energy': 0.001, 'zeeman': 12.0}

    h_sh_list = [{'h': h1, 'sh': sh1, 'ex': ex1, 'shx': shx1, 'weights': weights1, 'svd_sym': True}]
    # Fix: thfs_list already contains HYP and EQHYP (line 36)
    h2 = cfl.Hamiltonian(thfs_list)
    h2.set_coeff(coeff)


    sh2 = cfl.SpinHamiltonian(['zeeman', 'hyperfine', 'quadrupole'], S=1/2, I=7/2, level=1)
    sh2.set_pro_data([thfs.MAGX, thfs.MAGY, thfs.MAGZ, thfs.HYP, thfs.EQHYP], {'HYP': 0.0053, 'EQHYP':0.1})

    # Longdell and Chen spin Hamiltonian parameters
    g = np.array([[2.92, -2.97, -3.56],[-2.97, 8.89, 5.56], [-3.56, 5.56, 5.14]])
    A = MHz2cm1(np.array([[256.03, -210.55, -360.36], [-210.55, 846.72, 615.37], [-360.36, 615.36, 705.96]]))
    Q = MHz2cm1(np.array([[5.45, -11.04, -11.90], [-11.04, -2.98, -17.24], [-11.90, -17.24, -2.48]]))
    shx2 = {'zeeman': g, 'hyperfine': A, 'quadrupole': Q}
    weights2 = {'zeeman': 20.0, 'hyperfine': 5e5, 'quadrupole': 3e5}

    h_sh_list += [{'h': h2, 'sh': sh2, 'shx': shx2, 'weights': weights2, 'svd_sym': True}]

    bounds = bal_bounds(coeff, {
    'EAVG' :  500.00,
    'F2'   :  500.00,
    'F4'   :  500.00,
    'F6'   :  500.00,
    'ZETA' :    5.00,
    'C20'  :  1000.00,
    'C21'  :  1000.00 + 1000.00j,
    'C22'  :  1000.00 + 1000.00j,
    'C40'  :  1300.00,
    'C41'  :  1300.00 + 1300.00j,
    'C42'  :  1300.00 + 1300.00j,
    'C43'  :  1300.00 + 1300.00j,
    'C44'  :  1300.00 + 1300.00j,
    'C60'  :  500.00,
    'C61'  :  500.00 + 500.00j,
    'C62'  :  500.00 + 500.00j,
    'C63'  :  500.00 + 500.00j,
    'C64'  :  500.00 + 500.00j,
    'C65'  :  500.00 + 500.00j,
    'C66'  :  500.00 + 500.00j,
    'HYP'  :  0.0001,
    'EQHYP':  0.01,
    })

    stepsize = {
    'EAVG' :  50.00,
    'F2'   :  50.00,
    'F4'   :  50.00,
    'F6'   :  50.00,
    'ZETA' :  0.500,
    'C20'  :  100.00,
    'C21'  :  100.00 + 100.00j,
    'C22'  :  100.00 + 100.00j,
    'C40'  :  100.00,
    'C41'  :  130.00 + 130.00j,
    'C42'  :  130.00 + 130.00j,
    'C43'  :  130.00 + 130.00j,
    'C44'  :  130.00 + 130.00j,
    'C60'  :  50.00,
    'C61'  :  50.00 + 50.00j,
    'C62'  :  50.00 + 50.00j,
    'C63'  :  50.00 + 50.00j,
    'C64'  :  50.00 + 50.00j,
    'C65'  :  50.00 + 50.00j,
    'C66'  :  50.00 + 50.00j
    }
    stepsize['HYP'] = 0.00001
    stepsize['EQHYP'] = 0.001


    param = ['EAVG', 'ZETA', 'F2', 'F4', 'F6', 'C20', 'C21', 'C22', 'C40', 'C41', 'C42',
            'C43', 'C44', 'C60', 'C61', 'C62', 'C63', 'C64', 'C65', 'C66']

    cfl_min = cfl.CFLMin('nlopt_bobyqa', xtol=1e-5, bounds=bounds, cov=False, dry_run=False)
    #cfl_min = cfl.CFLMin('basinhopping', niter=250, lmin='nlopt_bobyqa', xtol=1e-4,
    #    bounds=bounds, stepsize=stepsize, step_adapt_int=20)

    res = cfl.mesh_fit(param, h_sh_list, cfl_min)

    print(res['summary'])

    with open("mesh_fit_eryso_site1.txt", "w") as summary_file:
        summary_file.write(res['summary'])

    fit_coeff = res['coeff']
    print('Check fitted parameters:')
    expected_coeff = {
    'EAVG'       :          35496.34,
    'F2'         :          95972.36,
    'F4'         :          67686.89,
    'F6'         :          53053.60,
    'ZETA'       :           2363.15,
    'C20'        :           -396.17,
    'C21'        :    491.79+320.38j,
    'C22'        :    178.82-185.77j,
    'C40'        :            603.03,
    'C41'        :   1166.47-440.75j,
    'C42'        :    588.10+130.94j,
    'C43'        :    119.11-542.13j,
    'C44'        :   -102.22+982.14j,
    'C60'        :           -187.37,
    'C61'        :   -134.95+168.74j,
    'C62'        :     128.36-21.34j,
    'C63'        :    283.32+194.56j,
    'C64'        :     94.74-142.64j,
    'C65'        :     18.61-194.45j,
    'C66'        :      95.96-22.04j,
    }

    tolerance = 5 # absolute tolerance for checking the fitted parameters against expected values
    for label, value in fit_coeff.items():
        if label in expected_coeff:
            print(label, value, ' should be equal to ', expected_coeff[label])
            assert value == pytest.approx(expected_coeff[label], abs=tolerance)


if __name__ == '__main__':
    # for running from spyder or as a stand-alone file
    pycf.pycf_info()
    print('\nRun mesh_fit test\n')
    test_mesh_fit()

pycf details
============

pycf revision: c8f9751  built at 2026-04-25 00:38:45
Build comment:     MFR: Updated to python 3.13.
    Added conjugation before lapack call.
    Changed MAGX and MAGY to standard signs.
    C memory fixes and other minor changes may change behaviour of some calculations.
Calculation started at: 2026-04-25 13:22:08
Calculation completed at: 2026-04-25 13:34:00

Energy level summary
====================

Lev.  Percentage                 State        Percentage                 State               Theory
----  ----------                 -----        ----------                 -----               ------
1     ( 0.17-0.39j)  18.4%   328 |0,4I15, -9> (-0.41-0.10j)  18.0%   305 |0,4I15, -7>        5.3518
2     ( 0.02+0.43j)  18.4%    31 |0,4I15,  9> ( 0.42+0.05j)  18.0%    53 |0,4I15,  7>        5.3519
3     (-0.17-0.59j)  37.4%   354 |0,4I15,-13> ( 0.40+0.10j)  17.1%   305 |0,4I15, -7>       44.0915
4     ( 0.44-0.42j)  37.4%     7 |0,4I15, 13> ( 0.40+0.12j)  17.1%    53 |0,4I15,  7>       44.0915
5     (-0.43-0.04j)  18.6%   328 |0,4I15, -9> (-0.33-0.20j)  14.7%   275 |0,4I15, -5>       82.6299
6     ( 0.29-0.32j)  18.6%    31 |0,4I15,  9> ( 0.11-0.37j)  14.7%    82 |0,4I15,  5>       82.6299
7     ( 0.62-0.22j)  44.0%   360 |0,4I15,-15> (-0.50+0.15j)  26.9%   344 |0,4I15,-11>      114.3067
8     ( 0.36+0.56j)  44.0%     2 |0,4I15, 15> (-0.31-0.42j)  26.9%    16 |0,4I15, 11>      114.3067
9     ( 0.09-0.46j)  21.9%   328 |0,4I15, -9> ( 0.44+0.12j)  20.9%   305 |0,4I15, -7>      183.1380
10    ( 0.11-0.46j)  21.9%    31 |0,4I15,  9> ( 0.45+0.08j)  20.9%    53 |0,4I15,  7>      183.1380
11    ( 0.51+0.04j)  26.5%   199 |0,4I15, -1> (-0.29+0.29j)  17.0%   305 |0,4I15, -7>      411.1433
12    (-0.10-0.51j)  26.5%   158 |0,4I15,  1> ( 0.26-0.32j)  17.0%    53 |0,4I15,  7>      411.1433
13    (-0.04-0.39j)  15.7%   158 |0,4I15,  1> ( 0.19+0.31j)  12.7%   239 |0,4I15, -3>      475.4515
14    (-0.30-0.26j)  15.7%   199 |0,4I15, -1> ( 0.15+0.33j)  12.7%   118 |0,4I15,  3>      475.4515
15    (-0.47+0.12j)  23.5%   354 |0,4I15,-13> (-0.39+0.16j)  17.8%   360 |0,4I15,-15>      506.6656
16    (-0.31-0.37j)  23.5%     7 |0,4I15, 13> ( 0.23+0.36j)  17.8%     2 |0,4I15, 15>      506.6656
17    (-0.52-0.37j)  40.0%   343 |0,4I13,-11> ( 0.14+0.44j)  20.9%   327 |0,4I13, -9>     6508.6662
18    ( 0.22+0.59j)  40.0%    15 |0,4I13, 11> ( 0.38+0.25j)  20.9%    30 |0,4I13,  9>     6508.6662
19    (-0.50-0.04j)  25.3%   353 |0,4I13,-13> ( 0.15-0.40j)  18.5%   304 |0,4I13, -7>     6546.0877
20    ( 0.29+0.41j)  25.3%     6 |0,4I13, 13> (-0.27+0.33j)  18.5%    52 |0,4I13,  7>     6546.0877
21    (-0.26+0.43j)  24.8%   327 |0,4I13, -9> ( 0.29-0.39j)  23.4%   353 |0,4I13,-13>     6605.6211
22    ( 0.45-0.22j)  24.8%    30 |0,4I13,  9> (-0.41+0.26j)  23.4%     6 |0,4I13, 13>     6605.6211
23    ( 0.54-0.20j)  33.1%   304 |0,4I13, -7> ( 0.32+0.26j)  16.9%   274 |0,4I13, -5>     6628.2449
24    ( 0.43-0.38j)  33.1%    52 |0,4I13,  7> ( 0.08+0.40j)  16.9%    81 |0,4I13,  5>     6628.2449
25    (-0.51+0.16j)  28.5%   198 |0,4I13, -1> (-0.07+0.40j)  16.4%   274 |0,4I13, -5>     6786.4145
26    ( 0.05+0.53j)  28.5%   157 |0,4I13,  1> (-0.34+0.22j)  16.4%    81 |0,4I13,  5>     6786.4145
27    (-0.41-0.13j)  18.6%   157 |0,4I13,  1> (-0.09-0.40j)  16.9%   343 |0,4I13,-11>     6846.4643
28    ( 0.01-0.43j)  18.6%   198 |0,4I13, -1> (-0.35-0.21j)  16.9%    15 |0,4I13, 11>     6846.4643
29    ( 0.08+0.45j)  20.9%   343 |0,4I13,-11> ( 0.10+0.43j)  19.8%   353 |0,4I13,-13>     6866.9163
30    (-0.43-0.15j)  20.9%    15 |0,4I13, 11> ( 0.41+0.16j)  19.8%     6 |0,4I13, 13>     6866.9163
31    (-0.15+0.61j)  39.3%   326 |0,4I11, -9> (-0.03-0.43j)  19.0%   342 |0,4I11,-11>    10189.4175
32    (-0.32+0.54j)  39.3%    29 |0,4I11,  9> (-0.33+0.29j)  19.0%    14 |0,4I11, 11>    10189.4175
33    (-0.49+0.13j)  25.4%   303 |0,4I11, -7> ( 0.14-0.47j)  23.8%   342 |0,4I11,-11>    10232.0478
34    ( 0.50+0.00j)  25.4%    51 |0,4I11,  7> (-0.26-0.42j)  23.8%    14 |0,4I11, 11>    10232.0478
35    ( 0.43-0.24j)  24.3%   273 |0,4I11, -5> ( 0.00-0.39j)  15.4%   303 |0,4I11, -7>    10271.8710
36    (-0.07+0.49j)  24.3%    80 |0,4I11,  5> ( 0.37-0.14j)  15.4%    51 |0,4I11,  7>    10271.8710
37    (-0.43-0.18j)  21.7%   197 |0,4I11, -1> (-0.33+0.17j)  13.8%   273 |0,4I11, -5>    10345.9066
38    (-0.31+0.35j)  21.7%   156 |0,4I11,  1> (-0.37-0.01j)  13.8%    80 |0,4I11,  5>    10345.9066
39    (-0.51+0.19j)  29.1%   197 |0,4I11, -1> ( 0.15+0.31j)  12.1%   237 |0,4I11, -3>    10385.1133
40    ( 0.45-0.30j)  29.1%   156 |0,4I11,  1> (-0.16-0.31j)  12.1%   116 |0,4I11,  3>    10385.1133
41    (-0.14+0.48j)  24.6%   326 |0,4I11, -9> (-0.11+0.45j)  21.8%   342 |0,4I11,-11>    10398.8510
42    (-0.19+0.46j)  24.6%    29 |0,4I11,  9> ( 0.19-0.43j)  21.8%    14 |0,4I11, 11>    10398.8510
43    ( 0.18-0.36j)  16.1%   272 |0,4I 9, -5> (-0.03-0.35j)  12.5%   236 |0,4I 9, -3>    12346.7114
44    ( 0.31+0.25j)  16.1%    79 |0,4I 9,  5> (-0.12-0.33j)  12.5%   115 |0,4I 9,  3>    12346.7114
45    ( 0.09-0.40j)  16.6%   302 |0,4I 9, -7> (-0.06+0.40j)  16.4%   325 |0,4I 9, -9>    12444.4105
46    (-0.36-0.19j)  16.6%    50 |0,4I 9,  7> (-0.34-0.22j)  16.4%    28 |0,4I 9,  9>    12444.4105
47    (-0.16-0.30j)  11.6%   302 |0,4I 9, -7> (-0.21+0.24j)  10.1%   236 |0,4I 9, -3>    12534.8775
48    ( 0.03-0.34j)  11.6%    50 |0,4I 9,  7> ( 0.29+0.14j)  10.1%   115 |0,4I 9,  3>    12534.8775
49    (-0.08+0.47j)  22.8%   325 |0,4I 9, -9> (-0.10+0.30j)   9.7%   302 |0,4I 9, -7>    12614.2212
50    ( 0.44+0.18j)  22.8%    28 |0,4I 9,  9> (-0.30-0.07j)   9.7%    50 |0,4I 9,  7>    12614.2212
51    ( 0.40-0.22j)  20.4%   196 |0,4I 9, -1> (-0.29-0.15j)  10.4%   236 |0,4I 9, -3>    12662.1679
52    (-0.45+0.06j)  20.4%   155 |0,4I 9,  1> (-0.15+0.29j)  10.4%   115 |0,4I 9,  3>    12662.1679
53    ( 0.36-0.28j)  20.5%   267 |0,4F 9, -5> ( 0.28-0.33j)  18.8%   231 |0,4F 9, -3>    15179.1894
54    (-0.09-0.44j)  20.5%    74 |0,4F 9,  5> (-0.00+0.43j)  18.8%   110 |0,4F 9,  3>    15179.1894
55    (-0.39+0.34j)  26.6%   298 |0,4F 9, -7> (-0.26+0.23j)  12.2%   302 |0,4I 9, -7>    15231.1748
56    ( 0.01-0.52j)  26.6%    46 |0,4F 9,  7> ( 0.01-0.35j)  12.2%    50 |0,4I 9,  7>    15231.1748
57    ( 0.28-0.24j)  13.5%   150 |0,4F 9,  1> (-0.15+0.31j)  11.9%   322 |0,4F 9, -9>    15358.0469
58    (-0.19-0.32j)  13.5%   191 |0,4F 9, -1> (-0.04-0.34j)  11.9%    25 |0,4F 9,  9>    15358.0469
59    ( 0.17-0.39j)  18.1%   322 |0,4F 9, -9> ( 0.06-0.33j)  11.1%   298 |0,4F 9, -7>    15377.6578
60    ( 0.40+0.14j)  18.1%    25 |0,4F 9,  9> (-0.28-0.18j)  11.1%    46 |0,4F 9,  7>    15377.6578
61    (-0.24+0.38j)  20.1%   322 |0,4F 9, -9> ( 0.31+0.16j)  12.1%   231 |0,4F 9, -3>    15493.2625
62    (-0.39+0.23j)  20.1%    25 |0,4F 9,  9> ( 0.15+0.31j)  12.1%   110 |0,4F 9,  3>    15493.2625
63    ( 0.61+0.25j)  43.0%   183 |0,4S 3, -1> ( 0.41-0.08j)  17.1%   224 |0,4S 3, -3>    18261.2371
64    ( 0.22-0.62j)  43.0%   142 |0,4S 3,  1> (-0.33+0.25j)  17.1%   103 |0,4S 3,  3>    18261.2371
65    (-0.61+0.29j)  45.2%   224 |0,4S 3, -3> ( 0.39+0.05j)  15.7%   183 |0,4S 3, -1>    18369.6205
66    (-0.56+0.36j)  45.2%   103 |0,4S 3,  3> (-0.16+0.36j)  15.7%   142 |0,4S 3,  1>    18369.6205
67    (-0.08-0.33j)  11.5%   289 |2,2H11, -5> (-0.07-0.30j)   9.3%   271 |0,4G11, -5>    19093.4128
68    (-0.17-0.29j)  11.5%    96 |2,2H11,  5> (-0.16-0.26j)   9.3%    78 |0,4G11,  5>    19093.4128
69    ( 0.43+0.16j)  21.0%   346 |2,2H11,-11> ( 0.38+0.14j)  16.9%   341 |0,4G11,-11>    19115.6083
70    (-0.17+0.42j)  21.0%    18 |2,2H11, 11> (-0.16+0.38j)  16.9%    13 |0,4G11, 11>    19115.6083
71    (-0.05+0.29j)   8.5%   334 |2,2H11, -9> (-0.27+0.02j)   7.2%   217 |2,2H11, -1>    19132.7672
72    ( 0.22-0.19j)   8.5%    37 |2,2H11,  9> (-0.12-0.24j)   7.2%   176 |2,2H11,  1>    19132.7672
73    (-0.10-0.35j)  13.3%   315 |2,2H11, -7> ( 0.31-0.07j)   9.8%   217 |2,2H11, -1>    19187.5967
74    (-0.26+0.25j)  13.3%    63 |2,2H11,  7> (-0.23-0.21j)   9.8%   176 |2,2H11,  1>    19187.5967
75    ( 0.24-0.22j)  10.5%   315 |2,2H11, -7> (-0.12-0.26j)   8.4%   256 |2,2H11, -3>    19212.3565
76    ( 0.16+0.28j)  10.5%    63 |2,2H11,  7> (-0.19+0.22j)   8.4%   135 |2,2H11,  3>    19212.3565
77    (-0.02-0.37j)  13.5%   334 |2,2H11, -9> (-0.13+0.31j)  11.4%   289 |2,2H11, -5>    19239.0611
78    ( 0.27-0.25j)  13.5%    37 |2,2H11,  9> (-0.12+0.31j)  11.4%    96 |2,2H11,  5>    19239.0611
79    ( 0.16-0.54j)  31.9%   266 |0,4F 7, -5> ( 0.45-0.28j)  28.6%   230 |0,4F 7, -3>    20415.9813
80    ( 0.54+0.16j)  31.9%    73 |0,4F 7,  5> (-0.48+0.23j)  28.6%   109 |0,4F 7,  3>    20415.9813
81    ( 0.45+0.19j)  24.1%   190 |0,4F 7, -1> (-0.15-0.43j)  20.6%   149 |0,4F 7,  1>    20460.8804
82    (-0.49-0.02j)  24.1%   149 |0,4F 7,  1> (-0.32+0.33j)  20.6%   190 |0,4F 7, -1>    20460.8804
83    ( 0.21-0.46j)  25.9%   297 |0,4F 7, -7> (-0.49-0.06j)  24.5%   230 |0,4F 7, -3>    20539.6490
84    (-0.10+0.50j)  25.9%    45 |0,4F 7,  7> (-0.43-0.24j)  24.5%   109 |0,4F 7,  3>    20539.6491
85    (-0.19-0.60j)  39.7%   297 |0,4F 7, -7> (-0.09+0.61j)  38.4%   266 |0,4F 7, -5>    20648.4450
86    (-0.38-0.50j)  39.7%    45 |0,4F 7,  7> (-0.55-0.28j)  38.4%    73 |0,4F 7,  5>    20648.4451
87    (-0.09+0.47j)  23.4%   229 |0,4F 5, -3> ( 0.20+0.42j)  21.4%   265 |0,4F 5, -5>    22097.1734
88    (-0.06-0.48j)  23.4%   108 |0,4F 5,  3> (-0.23+0.40j)  21.4%    72 |0,4F 5,  5>    22097.1734
89    (-0.49-0.34j)  35.8%   189 |0,4F 5, -1> (-0.42+0.02j)  17.9%   265 |0,4F 5, -5>    22120.9229
90    (-0.23-0.55j)  35.8%   148 |0,4F 5,  1> ( 0.10-0.41j)  17.9%    72 |0,4F 5,  5>    22120.9229
91    (-0.56+0.17j)  34.7%   265 |0,4F 5, -5> ( 0.58-0.00j)  34.0%   229 |0,4F 5, -3>    22217.4166
92    ( 0.51-0.30j)  34.7%    72 |0,4F 5,  5> ( 0.39-0.43j)  34.0%   108 |0,4F 5,  3>    22217.4166
93    ( 0.23+0.55j)  36.0%   188 |0,4F 3, -1> ( 0.32+0.21j)  14.6%   228 |0,4F 3, -3>    22450.4120
94    (-0.50+0.34j)  36.0%   147 |0,4F 3,  1> ( 0.38-0.00j)  14.6%   107 |0,4F 3,  3>    22450.4120
95    ( 0.09+0.61j)  38.6%   228 |0,4F 3, -3> ( 0.16-0.37j)  15.9%   188 |0,4F 3, -1>    22600.7339
96    ( 0.41+0.46j)  38.6%   107 |0,4F 3,  3> ( 0.38+0.11j)  15.9%   147 |0,4F 3,  1>    22600.7339
97    (-0.06+0.28j)   8.1%   267 |0,4F 9, -5> ( 0.06-0.25j)   6.6%   283 |1,2G 9, -5>    24349.1564
98    (-0.11-0.26j)   8.1%    74 |0,4F 9,  5> ( 0.10+0.24j)   6.6%    90 |1,2G 9,  5>    24349.1564
99    (-0.16+0.26j)   9.0%   298 |0,4F 9, -7> ( 0.14-0.23j)   7.4%   309 |1,2G 9, -7>    24480.1399
100   ( 0.30+0.01j)   9.0%    46 |0,4F 9,  7> (-0.27-0.01j)   7.4%    57 |1,2G 9,  7>    24480.1399
101   ( 0.15-0.16j)   4.7%   231 |0,4F 9, -3> ( 0.04+0.21j)   4.5%   298 |0,4F 9, -7>    24531.8499
102   (-0.13-0.17j)   4.7%   110 |0,4F 9,  3> (-0.06+0.20j)   4.5%    46 |0,4F 9,  7>    24531.8499
103   (-0.11+0.35j)  13.5%   322 |0,4F 9, -9> ( 0.10-0.31j)  10.5%   329 |1,2G 9, -9>    24596.3321
104   ( 0.26+0.25j)  13.5%    25 |0,4F 9,  9> (-0.23-0.23j)  10.5%    32 |1,2G 9,  9>    24596.3321
105   (-0.25-0.14j)   8.0%   191 |0,4F 9, -1> ( 0.22+0.12j)   6.2%   211 |1,2G 9, -1>    24643.1880
106   ( 0.27-0.07j)   8.0%   150 |0,4F 9,  1> (-0.24+0.06j)   6.2%   170 |1,2G 9,  1>    24643.1880
107   (-0.39+0.14j)  17.0%   341 |0,4G11,-11> (-0.11-0.33j)  11.8%   195 |0,4G11, -1>    26204.6117
108   ( 0.32-0.26j)  17.0%    13 |0,4G11, 11> ( 0.23+0.26j)  11.8%   154 |0,4G11,  1>    26204.6117
109   (-0.33+0.15j)  13.0%   235 |0,4G11, -3> ( 0.30+0.01j)   9.3%   271 |0,4G11, -5>    26220.5405
110   (-0.34-0.13j)  13.0%   114 |0,4G11,  3> (-0.30+0.04j)   9.3%    78 |0,4G11,  5>    26220.5405
111   ( 0.18-0.27j)  10.4%   301 |0,4G11, -7> (-0.23-0.20j)   9.2%   195 |0,4G11, -1>    26306.2536
112   ( 0.31-0.09j)  10.4%    49 |0,4G11,  7> (-0.12-0.28j)   9.2%   154 |0,4G11,  1>    26306.2536
113   ( 0.27+0.22j)  12.4%   301 |0,4G11, -7> ( 0.02+0.28j)   8.0%   271 |0,4G11, -5>    26442.4481
114   ( 0.33-0.12j)  12.4%    49 |0,4G11,  7> (-0.11+0.26j)   8.0%    78 |0,4G11,  5>    26442.4481
115   (-0.40+0.02j)  15.9%   301 |0,4G11, -7> ( 0.18-0.20j)   7.4%   341 |0,4G11,-11>    26474.0640
116   (-0.32-0.23j)  15.9%    49 |0,4G11,  7> ( 0.05+0.27j)   7.4%    13 |0,4G11, 11>    26474.0640
117   ( 0.01-0.43j)  18.5%   324 |0,4G11, -9> (-0.07+0.32j)  11.1%   271 |0,4G11, -5>    26535.6021
118   ( 0.32-0.29j)  18.5%    27 |0,4G11,  9> (-0.20+0.27j)  11.1%    78 |0,4G11,  5>    26535.6021
119   (-0.30-0.49j)  33.2%   357 |0,2K15,-13> (-0.14+0.39j)  17.2%   350 |0,2K15,-11>    27129.6128
120   ( 0.36+0.45j)  33.2%    10 |0,2K15, 13> ( 0.41+0.00j)  17.2%    22 |0,2K15, 11>    27129.6128
121   (-0.37+0.24j)  19.7%   361 |0,2K15,-15> ( 0.27+0.30j)  16.5%   350 |0,2K15,-11>    27282.2284
122   ( 0.20+0.39j)  19.7%     3 |0,2K15, 15> (-0.39+0.13j)  16.5%    22 |0,2K15, 11>    27282.2284
123   (-0.32+0.29j)  18.7%   234 |0,4G 9, -3> (-0.23-0.34j)  17.1%   323 |0,4G 9, -9>    27306.3999
124   ( 0.06+0.43j)  18.7%   113 |0,4G 9,  3> (-0.40+0.10j)  17.1%    26 |0,4G 9,  9>    27306.3999
125   (-0.50+0.27j)  32.2%   270 |0,4G 9, -5> ( 0.17-0.25j)   9.2%   194 |0,4G 9, -1>    27337.4938
126   ( 0.53+0.21j)  32.2%    77 |0,4G 9,  5> (-0.20-0.23j)   9.2%   153 |0,4G 9,  1>    27337.4938
127   ( 0.29+0.27j)  15.6%   300 |0,4G 9, -7> ( 0.36+0.02j)  13.1%   194 |0,4G 9, -1>    27360.8993
128   (-0.08-0.39j)  15.6%    48 |0,4G 9,  7> (-0.17+0.32j)  13.1%   153 |0,4G 9,  1>    27360.8993
129   ( 0.47+0.16j)  24.8%   234 |0,4G 9, -3> (-0.29-0.29j)  16.6%   300 |0,4G 9, -7>    27408.3282
130   (-0.45-0.21j)  24.8%   113 |0,4G 9,  3> ( 0.41-0.01j)  16.6%    48 |0,4G 9,  7>    27408.3282
131   ( 0.42-0.02j)  17.3%   323 |0,4G 9, -9> ( 0.08-0.39j)  15.9%   270 |0,4G 9, -5>    27423.2554
132   (-0.26+0.33j)  17.3%    26 |0,4G 9,  9> (-0.36-0.17j)  15.9%    77 |0,4G 9,  5>    27423.2554
133   ( 0.48+0.09j)  23.7%   350 |0,2K15,-11> (-0.30-0.21j)  13.4%   293 |0,2K15, -5>    27511.4245
134   (-0.06+0.48j)  23.7%    22 |0,2K15, 11> ( 0.11+0.35j)  13.4%   100 |0,2K15,  5>    27511.4245
135   (-0.31-0.28j)  17.7%   139 |0,2K15,  3> ( 0.37-0.02j)  13.9%   338 |0,2K15, -9>    27635.4383
136   ( 0.02+0.42j)  17.7%   260 |0,2K15, -3> ( 0.25-0.27j)  13.9%    41 |0,2K15,  9>    27635.4383
137   (-0.46+0.10j)  22.2%   319 |0,2K15, -7> (-0.37+0.28j)  21.6%   338 |0,2K15, -9>    27678.7022
138   ( 0.26+0.39j)  22.2%    67 |0,2K15,  7> (-0.07-0.46j)  21.6%    41 |0,2K15,  9>    27678.7022
139   ( 0.37-0.11j)  14.6%   260 |0,2K15, -3> ( 0.32+0.10j)  11.3%   180 |0,2K15,  1>    27784.8864
140   ( 0.01-0.38j)  14.6%   139 |0,2K15,  3> (-0.18-0.28j)  11.3%   221 |0,2K15, -1>    27784.8864
141   (-0.33+0.13j)  12.5%   361 |0,2K15,-15> (-0.31+0.16j)  12.2%   357 |0,2K15,-13>    27906.4305
142   ( 0.18-0.30j)  12.5%     3 |0,2K15, 15> (-0.21+0.28j)  12.2%    10 |0,2K15, 13>    27906.4305
143   (-0.24+0.11j)   6.7%   180 |0,2K15,  1> (-0.05+0.24j)   5.9%   221 |0,2K15, -1>    27942.8414
144   (-0.25-0.07j)   6.7%   221 |0,2K15, -1> ( 0.09+0.23j)   5.9%   180 |0,2K15,  1>    27942.8414
145   ( 0.12-0.33j)  12.2%   299 |0,4G 7, -7> ( 0.09-0.26j)   7.6%   308 |1,2G 7, -7>    27986.7642
146   ( 0.35+0.03j)  12.2%    47 |0,4G 7,  7> ( 0.27+0.03j)   7.6%    56 |1,2G 7,  7>    27986.7642
147   ( 0.00-0.32j)  10.4%   269 |0,4G 7, -5> (-0.15+0.26j)   9.3%   233 |0,4G 7, -3>    28094.1563
148   ( 0.30-0.13j)  10.4%    76 |0,4G 7,  5> ( 0.18-0.24j)   9.3%   112 |0,4G 7,  3>    28094.1563
149   (-0.21+0.21j)   8.6%   193 |0,4G 7, -1> ( 0.04+0.28j)   7.7%   299 |0,4G 7, -7>    28143.3703
150   (-0.21-0.21j)   8.6%   152 |0,4G 7,  1> (-0.04+0.28j)   7.7%    47 |0,4G 7,  7>    28143.3703
151   (-0.23+0.22j)   9.9%   357 |0,2K15,-13> (-0.20+0.17j)   7.0%   361 |0,2K15,-15>    28171.7084
152   (-0.30-0.10j)   9.9%    10 |0,2K15, 13> ( 0.26+0.06j)   7.0%     3 |0,2K15, 15>    28171.7084
153   (-0.45-0.17j)  23.4%   201 |0,2P 3, -1> (-0.38-0.14j)  16.4%   188 |0,4F 3, -1>    31360.1223
154   (-0.48+0.05j)  23.4%   160 |0,2P 3,  1> (-0.40+0.04j)  16.4%   147 |0,4F 3,  1>    31360.1223
155   (-0.39+0.31j)  25.0%   240 |0,2P 3, -3> (-0.31+0.25j)  16.0%   228 |0,4F 3, -3>    31546.2489
156   ( 0.49+0.07j)  25.0%   119 |0,2P 3,  3> ( 0.40+0.06j)  16.0%   107 |0,4F 3,  3>    31546.2489
157   ( 0.21+0.59j)  38.5%   349 |0,2K13,-11> ( 0.22-0.33j)  15.9%   337 |0,2K13, -9>    32409.4175
158   (-0.44-0.44j)  38.5%    21 |0,2K13, 11> (-0.40+0.05j)  15.9%    40 |0,2K13,  9>    32409.4175
159   ( 0.28-0.39j)  23.4%   356 |0,2K13,-13> (-0.43-0.16j)  21.3%   337 |0,2K13, -9>    32562.7405
160   ( 0.24+0.42j)  23.4%     9 |0,2K13, 13> (-0.45+0.11j)  21.3%    40 |0,2K13,  9>    32562.7405
161   (-0.29+0.37j)  22.3%   337 |0,2K13, -9> ( 0.32-0.16j)  12.6%   259 |0,2K13, -3>    32775.2085
162   ( 0.16-0.45j)  22.3%    40 |0,2K13,  9> (-0.04-0.35j)  12.6%   138 |0,2K13,  3>    32775.2086
163   ( 0.43-0.18j)  21.6%   318 |0,2K13, -7> ( 0.38-0.16j)  16.8%   292 |0,2K13, -5>    32840.0752
164   ( 0.17+0.43j)  21.6%    66 |0,2K13,  7> (-0.15-0.38j)  16.8%    99 |0,2K13,  5>    32840.0752
165   ( 0.66+0.47j)  65.8%   200 |0,2P 1, -1> ( 0.17+0.20j)   7.0%   151 |0,4G 5,  1>    32928.4096
166   ( 0.48-0.65j)  65.8%   159 |0,2P 1,  1> (-0.09+0.25j)   7.0%   192 |0,4G 5, -1>    32928.4096
167   ( 0.43+0.11j)  19.5%   220 |0,2K13, -1> (-0.13+0.28j)   9.5%   318 |0,2K13, -7>    32986.2679
168   (-0.12-0.43j)  19.5%   179 |0,2K13,  1> ( 0.27-0.14j)   9.5%    66 |0,2K13,  7>    32986.2679
169   ( 0.29-0.42j)  25.9%   268 |0,4G 5, -5> ( 0.26+0.19j)  10.3%   111 |0,4G 5,  3>    33088.0471
170   (-0.26-0.44j)  25.9%    75 |0,4G 5,  5> (-0.27+0.17j)  10.3%   232 |0,4G 5, -3>    33088.0471
171   ( 0.38-0.13j)  15.7%   268 |0,4G 5, -5> ( 0.16-0.30j)  11.4%   151 |0,4G 5,  1>    33134.7584
172   ( 0.30+0.26j)  15.7%    75 |0,4G 5,  5> (-0.03-0.34j)  11.4%   192 |0,4G 5, -1>    33134.7584
173   (-0.23-0.25j)  11.7%   111 |0,4G 5,  3> (-0.32-0.09j)  11.3%   151 |0,4G 5,  1>    33216.6646
174   ( 0.34-0.07j)  11.7%   232 |0,4G 5, -3> (-0.32-0.11j)  11.3%   192 |0,4G 5, -1>    33216.6646
175   ( 0.36+0.07j)  13.5%   349 |0,2K13,-11> (-0.09+0.32j)  11.2%   268 |0,4G 5, -5>    33265.4314
176   (-0.34-0.15j)  13.5%    21 |0,2K13, 11> ( 0.11-0.32j)  11.2%    75 |0,4G 5,  5>    33265.4314
177   ( 0.39+0.43j)  33.6%   232 |0,4G 5, -3> (-0.22-0.34j)  16.5%   268 |0,4G 5, -5>    33481.1290
178   ( 0.32+0.48j)  33.6%   111 |0,4G 5,  3> ( 0.28+0.29j)  16.5%    75 |0,4G 5,  5>    33481.1290
179   ( 0.27-0.27j)  14.6%   193 |0,4G 7, -1> ( 0.30+0.20j)  13.0%   269 |0,4G 7, -5>    33856.6582
180   (-0.37-0.08j)  14.6%   152 |0,4G 7,  1> (-0.14+0.33j)  13.0%    76 |0,4G 7,  5>    33856.6582
181   ( 0.36-0.13j)  14.3%   193 |0,4G 7, -1> (-0.12-0.35j)  13.3%   233 |0,4G 7, -3>    33924.5207
182   (-0.04-0.38j)  14.3%   152 |0,4G 7,  1> (-0.36+0.04j)  13.3%   112 |0,4G 7,  3>    33924.5207
183   ( 0.17-0.35j)  15.4%   233 |0,4G 7, -3> ( 0.18+0.24j)   8.7%   299 |0,4G 7, -7>    34031.7431
184   (-0.37+0.13j)  15.4%   112 |0,4G 7,  3> ( 0.22+0.20j)   8.7%    47 |0,4G 7,  7>    34031.7431
185   ( 0.21+0.39j)  19.3%   269 |0,4G 7, -5> (-0.27-0.28j)  15.6%   299 |0,4G 7, -7>    34157.9040
186   ( 0.32-0.30j)  19.3%    76 |0,4G 7,  5> ( 0.35-0.18j)  15.6%    47 |0,4G 7,  7>    34157.9040
187   (-0.16-0.51j)  28.1%   242 |1,2D 5, -3> (-0.12-0.35j)  13.7%   203 |1,2D 5, -1>    34523.2647
188   ( 0.13+0.51j)  28.1%   121 |1,2D 5,  3> (-0.08-0.36j)  13.7%   162 |1,2D 5,  1>    34523.2647
189   ( 0.49-0.22j)  28.3%   276 |1,2D 5, -5> (-0.32-0.09j)  11.1%   203 |1,2D 5, -1>    34615.1604
190   (-0.00+0.53j)  28.3%    83 |1,2D 5,  5> (-0.21-0.26j)  11.1%   162 |1,2D 5,  1>    34615.1604
191   ( 0.41-0.17j)  19.7%   276 |1,2D 5, -5> (-0.32-0.25j)  16.7%   242 |1,2D 5, -3>    34665.4199
192   (-0.38+0.24j)  19.7%    83 |1,2D 5,  5> ( 0.02+0.41j)  16.7%   121 |1,2D 5,  3>    34665.4199
193   ( 0.25+0.08j)   7.2%   175 |2,2H 9,  1> (-0.18+0.18j)   6.6%   288 |2,2H 9, -5>    36238.6274
194   (-0.01-0.27j)   7.2%   216 |2,2H 9, -1> ( 0.22-0.13j)   6.6%    95 |2,2H 9,  5>    36238.6274
195   ( 0.04-0.25j)   6.6%   134 |2,2H 9,  3> ( 0.14-0.20j)   5.9%   314 |2,2H 9, -7>    36290.7804
196   ( 0.16-0.21j)   6.6%   255 |2,2H 9, -3> (-0.05+0.24j)   5.9%    62 |2,2H 9,  7>    36290.7804
197   (-0.11+0.28j)   9.1%   314 |2,2H 9, -7> (-0.21-0.22j)   9.1%   216 |2,2H 9, -1>    36377.5056
198   (-0.23+0.19j)   9.1%    62 |2,2H 9,  7> (-0.27-0.13j)   9.1%   175 |2,2H 9,  1>    36377.5056
199   (-0.06+0.38j)  14.8%   333 |2,2H 9, -9> (-0.06+0.33j)  10.9%   329 |1,2G 9, -9>    36477.5560
200   ( 0.24-0.30j)  14.8%    36 |2,2H 9,  9> ( 0.20-0.26j)  10.9%    32 |1,2G 9,  9>    36477.5560
201   (-0.25-0.21j)  10.4%   314 |2,2H 9, -7> (-0.22-0.18j)   8.0%   309 |1,2G 9, -7>    36525.2312
202   (-0.22-0.23j)  10.4%    62 |2,2H 9,  7> (-0.19-0.21j)   8.0%    57 |1,2G 9,  7>    36525.2312
203   (-0.33+0.29j)  19.6%   226 |0,4D 5, -3> ( 0.29-0.25j)  14.4%   242 |1,2D 5, -3>    38394.3576
204   (-0.03+0.44j)  19.6%   105 |0,4D 5,  3> ( 0.02-0.38j)  14.4%   121 |1,2D 5,  3>    38394.3576
205   (-0.43+0.18j)  21.6%   263 |0,4D 5, -5> ( 0.35-0.15j)  14.6%   276 |1,2D 5, -5>    38497.3197
206   (-0.41-0.21j)  21.6%    70 |0,4D 5,  5> ( 0.34+0.18j)  14.6%    83 |1,2D 5,  5>    38497.3198
207   ( 0.36-0.06j)  13.5%   226 |0,4D 5, -3> (-0.29+0.05j)   8.8%   242 |1,2D 5, -3>    38533.5793
208   ( 0.19+0.31j)  13.5%   105 |0,4D 5,  3> (-0.16-0.25j)   8.8%   121 |1,2D 5,  3>    38533.5793
209   (-0.18+0.62j)  41.4%   296 |0,4D 7, -7> ( 0.46-0.18j)  24.8%   264 |0,4D 7, -5>    38829.4886
210   (-0.24+0.60j)  41.4%    44 |0,4D 7,  7> ( 0.25+0.43j)  24.8%    71 |0,4D 7,  5>    38829.4886
211   (-0.12+0.55j)  32.3%   296 |0,4D 7, -7> ( 0.53-0.08j)  29.1%   227 |0,4D 7, -3>    39074.6652
212   ( 0.27+0.50j)  32.3%    44 |0,4D 7,  7> (-0.54+0.07j)  29.1%   106 |0,4D 7,  3>    39074.6652
213   ( 0.53-0.17j)  30.6%   264 |0,4D 7, -5> (-0.45+0.01j)  20.7%   146 |0,4D 7,  1>    39251.9451
214   ( 0.24-0.50j)  30.6%    71 |0,4D 7,  5> ( 0.07-0.45j)  20.7%   187 |0,4D 7, -1>    39251.9451
215   (-0.58-0.15j)  36.0%   227 |0,4D 7, -3> (-0.51-0.03j)  25.7%   264 |0,4D 7, -5>    39460.4991
216   (-0.02-0.60j)  36.0%   106 |0,4D 7,  3> (-0.08+0.50j)  25.7%    71 |0,4D 7,  5>    39460.4991
217   ( 0.38+0.17j)  17.3%   335 |0,2I11, -9> (-0.01-0.36j)  13.0%   316 |0,2I11, -7>    40700.0618
218   ( 0.28+0.30j)  17.3%    38 |0,2I11,  9> ( 0.35-0.10j)  13.0%    64 |0,2I11,  7>    40700.0618
219   ( 0.45+0.01j)  20.0%   347 |0,2I11,-11> (-0.37-0.24j)  19.4%   363 |0,2L17,-15>    40735.3539
220   (-0.04-0.45j)  20.0%    19 |0,2I11, 11> (-0.26-0.35j)  19.4%     5 |0,2L17, 15>    40735.3539
221   ( 0.25-0.22j)  11.2%   290 |0,2I11, -5> (-0.32+0.07j)  10.7%   257 |0,2I11, -3>    40781.6911
222   (-0.04+0.33j)  11.2%    97 |0,2I11,  5> ( 0.12+0.30j)  10.7%   136 |0,2I11,  3>    40781.6911
223   (-0.04+0.40j)  16.0%   347 |0,2I11,-11> (-0.14+0.32j)  12.1%   335 |0,2I11, -9>    40831.2821
224   ( 0.37-0.15j)  16.0%    19 |0,2I11, 11> (-0.27+0.22j)  12.1%    38 |0,2I11,  9>    40831.2821
225   (-0.44+0.23j)  24.4%   218 |0,2I11, -1> ( 0.31-0.12j)  11.4%   290 |0,2I11, -5>    40868.1674
226   ( 0.19-0.46j)  24.4%   177 |0,2I11,  1> (-0.09+0.32j)  11.4%    97 |0,2I11,  5>    40868.1674
227   (-0.06+0.49j)  24.6%   316 |0,2I11, -7> ( 0.30+0.24j)  14.7%   335 |0,2I11, -9>    40903.3338
228   (-0.30+0.40j)  24.6%    64 |0,2I11,  7> ( 0.38+0.04j)  14.7%    38 |0,2I11,  9>    40903.3338
229   ( 0.47+0.00j)  22.2%   364 |0,2L17,-17> (-0.25+0.33j)  16.9%   352 |0,2L17,-11>    40977.3121
230   ( 0.44+0.17j)  22.2%     1 |0,2L17, 17> ( 0.11+0.40j)  16.9%    24 |0,2L17, 11>    40977.3121
231   ( 0.10+0.42j)  18.6%   290 |0,2I11, -5> ( 0.17+0.33j)  14.0%   257 |0,2I11, -3>    41015.6521
232   ( 0.42-0.07j)  18.6%    97 |0,2I11,  5> (-0.37-0.03j)  14.0%   136 |0,2I11,  3>    41015.6521
233   ( 0.45+0.00j)  20.2%   364 |0,2L17,-17> ( 0.41+0.16j)  19.2%   321 |0,2L17, -7>    41158.4791
234   (-0.33+0.31j)  20.2%     1 |0,2L17, 17> ( 0.19-0.39j)  19.2%    69 |0,2L17,  7>    41158.4791
235   ( 0.40+0.00j)  16.3%   364 |0,2L17,-17> ( 0.02-0.38j)  14.2%   262 |0,2L17, -3>    41315.1541
236   ( 0.40+0.03j)  16.3%     1 |0,2L17, 17> ( 0.01-0.38j)  14.2%   141 |0,2L17,  3>    41315.1542
237   (-0.37+0.03j)  14.0%   182 |0,2L17,  1> (-0.30+0.22j)  13.6%   321 |0,2L17, -7>    41453.2412
238   ( 0.04+0.37j)  14.0%   223 |0,2L17, -1> (-0.16+0.33j)  13.6%    69 |0,2L17,  7>    41453.2412
239   ( 0.34-0.23j)  17.0%   295 |0,2L17, -5> (-0.06+0.39j)  15.5%   340 |0,2L17, -9>    41556.8715
240   ( 0.13+0.39j)  17.0%   102 |0,2L17,  5> ( 0.19-0.35j)  15.5%    43 |0,2L17,  9>    41556.8715
241   (-0.09-0.36j)  13.7%   321 |0,2L17, -7> ( 0.28+0.21j)  12.7%   359 |0,2L17,-13>    41633.6896
242   (-0.35-0.10j)  13.7%    69 |0,2L17,  7> (-0.20-0.30j)  12.7%    12 |0,2L17, 13>    41633.6896
243   ( 0.45+0.10j)  21.1%   262 |0,2L17, -3> ( 0.45-0.02j)  20.2%   223 |0,2L17, -1>    41721.5431
244   ( 0.44-0.12j)  21.1%   141 |0,2L17,  3> (-0.45+0.00j)  20.2%   182 |0,2L17,  1>    41721.5431
245   (-0.37-0.31j)  23.1%   352 |0,2L17,-11> (-0.35-0.32j)  22.2%   340 |0,2L17, -9>    41815.1147
246   (-0.36-0.31j)  23.1%    24 |0,2L17, 11> ( 0.37+0.29j)  22.2%    43 |0,2L17,  9>    41815.1147
247   ( 0.06+0.58j)  33.5%   185 |0,4D 3, -1> ( 0.05+0.45j)  20.4%   202 |1,2D 3, -1>    42049.2839
248   ( 0.04+0.58j)  33.5%   144 |0,4D 3,  1> ( 0.03+0.45j)  20.4%   161 |1,2D 3,  1>    42049.2839
249   ( 0.05-0.61j)  36.8%   225 |0,4D 3, -3> ( 0.03-0.45j)  20.4%   241 |1,2D 3, -3>    42161.1335
250   (-0.28+0.54j)  36.8%   104 |0,4D 3,  3> (-0.21+0.40j)  20.4%   120 |1,2D 3,  3>    42161.1335
251   (-0.45+0.15j)  22.4%   240 |0,2P 3, -3> ( 0.40-0.14j)  17.8%   243 |2,2D 3, -3>    42682.4042
252   ( 0.42+0.22j)  22.4%   119 |0,2P 3,  3> (-0.37-0.20j)  17.8%   122 |2,2D 3,  3>    42682.4042
253   ( 0.15+0.43j)  20.6%   201 |0,2P 3, -1> (-0.13-0.38j)  16.4%   204 |2,2D 3, -1>    42809.3353
254   ( 0.34+0.30j)  20.6%   160 |0,2P 3,  1> (-0.30-0.27j)  16.4%   163 |2,2D 3,  1>    42809.3353
255   (-0.43+0.06j)  19.0%   317 |0,2I13, -7> ( 0.33-0.26j)  17.3%   336 |0,2I13, -9>    43020.2279
256   (-0.33-0.29j)  19.0%    65 |0,2I13,  7> (-0.14-0.39j)  17.3%    39 |0,2I13,  9>    43020.2279
257   ( 0.22+0.76j)  62.9%   355 |0,2I13,-13> ( 0.26+0.16j)   9.5%   348 |0,2I13,-11>    43145.7098
258   ( 0.71-0.35j)  62.9%     8 |0,2I13, 13> (-0.30-0.08j)   9.5%    20 |0,2I13, 11>    43145.7098
259   (-0.36+0.21j)  17.2%   291 |0,2I13, -5> (-0.09-0.40j)  16.7%   258 |0,2I13, -3>    43228.1312
260   (-0.35+0.22j)  17.2%    98 |0,2I13,  5> (-0.30-0.27j)  16.7%   137 |0,2I13,  3>    43228.1312
261   (-0.28-0.51j)  34.5%   348 |0,2I13,-11> (-0.30+0.18j)  12.3%   336 |0,2I13, -9>    43370.6263
262   (-0.45-0.38j)  34.5%    20 |0,2I13, 11> (-0.24+0.26j)  12.3%    39 |0,2I13,  9>    43370.6263
263   (-0.43+0.03j)  18.8%   219 |0,2I13, -1> (-0.26+0.31j)  15.9%   348 |0,2I13,-11>    43518.8666
264   ( 0.22-0.37j)  18.8%   178 |0,2I13,  1> (-0.39+0.09j)  15.9%    20 |0,2I13, 11>    43518.8666
265   ( 0.32+0.46j)  31.8%   336 |0,2I13, -9> (-0.12-0.32j)  11.4%   219 |0,2I13, -1>    43604.9808
266   (-0.34+0.45j)  31.8%    39 |0,2I13,  9> ( 0.13-0.31j)  11.4%   178 |0,2I13,  1>    43604.9808
267   (-0.04-0.52j)  26.8%   291 |0,2I13, -5> (-0.02-0.46j)  21.5%   317 |0,2I13, -7>    43815.2622
268   (-0.20+0.48j)  26.8%    98 |0,2I13,  5> ( 0.16-0.43j)  21.5%    65 |0,2I13,  7>    43815.2622
269   ( 0.86+0.32j)  84.2%   184 |0,4D 1, -1> ( 0.25+0.09j)   7.2%   200 |0,2P 1, -1>    46893.3683
270   (-0.86-0.31j)  84.2%   143 |0,4D 1,  1> (-0.25-0.09j)   7.2%   159 |0,2P 1,  1>    46893.3683
271   ( 0.33-0.47j)  33.4%   358 |0,2L15,-13> (-0.48+0.08j)  23.6%   351 |0,2L15,-11>    46958.6848
272   ( 0.28-0.51j)  33.4%    11 |0,2L15, 13> (-0.14-0.47j)  23.6%    23 |0,2L15, 11>    46958.6848
273   ( 0.45-0.09j)  20.7%   362 |0,2L15,-15> (-0.22+0.39j)  20.1%   339 |0,2L15, -9>    47177.7667
274   (-0.40-0.21j)  20.7%     4 |0,2L15, 15> (-0.09-0.44j)  20.1%    42 |0,2L15,  9>    47177.7667
275   (-0.53+0.04j)  27.8%   362 |0,2L15,-15> ( 0.23+0.34j)  16.6%   351 |0,2L15,-11>    47374.5114
276   (-0.39-0.35j)  27.8%     4 |0,2L15, 15> ( 0.39-0.12j)  16.6%    23 |0,2L15, 11>    47374.5114
277   ( 0.37+0.04j)  14.2%   261 |0,2L15, -3> (-0.27-0.17j)  10.2%   339 |0,2L15, -9>    47526.6287
278   (-0.31-0.21j)  14.2%   140 |0,2L15,  3> (-0.32-0.05j)  10.2%    42 |0,2L15,  9>    47526.6287
279   ( 0.28+0.21j)  12.4%   294 |0,2L15, -5> (-0.13+0.26j)   8.6%   312 |1,2H 9, -7>    47574.9200
280   ( 0.30-0.18j)  12.4%   101 |0,2L15,  5> (-0.10-0.28j)   8.6%    60 |1,2H 9,  7>    47574.9200
281   ( 0.06-0.32j)  10.8%   214 |1,2H 9, -1> (-0.26+0.05j)   7.2%   222 |0,2L15, -1>    47636.9411
282   ( 0.33-0.04j)  10.8%   173 |1,2H 9,  1> ( 0.07-0.26j)   7.2%   181 |0,2L15,  1>    47636.9411
283   (-0.01-0.41j)  16.5%   331 |1,2H 9, -9> (-0.21+0.29j)  12.9%   253 |1,2H 9, -3>    47670.0762
284   (-0.38+0.13j)  16.5%    34 |1,2H 9,  9> (-0.19+0.30j)  12.9%   132 |1,2H 9,  3>    47670.0762
285   (-0.20-0.26j)  11.1%   261 |0,2L15, -3> ( 0.28+0.09j)   8.8%   358 |0,2L15,-13>    47704.8265
286   (-0.22-0.25j)  11.1%   140 |0,2L15,  3> (-0.03-0.29j)   8.8%    11 |0,2L15, 13>    47704.8266
287   ( 0.25+0.22j)  11.0%   358 |0,2L15,-13> ( 0.13+0.30j)  10.5%   331 |1,2H 9, -9>    47770.6028
288   ( 0.28-0.18j)  11.0%    11 |0,2L15, 13> (-0.17+0.27j)  10.5%    34 |1,2H 9,  9>    47770.6028
289   (-0.30-0.33j)  19.9%   312 |1,2H 9, -7> (-0.10+0.27j)   8.1%   331 |1,2H 9, -9>    47839.0913
290   (-0.09-0.44j)  19.9%    60 |1,2H 9,  7> (-0.27-0.08j)   8.1%    34 |1,2H 9,  9>    47839.0913
291   (-0.47-0.03j)  22.4%   351 |0,2L15,-11> (-0.33+0.06j)  11.6%   358 |0,2L15,-13>    47892.7885
292   ( 0.47+0.03j)  22.4%    23 |0,2L15, 11> (-0.32-0.11j)  11.6%    11 |0,2L15, 13>    47892.7885
293   ( 0.01-0.39j)  15.1%   320 |0,2L15, -7> ( 0.31+0.19j)  12.8%   286 |1,2H 9, -5>    48061.8935
294   ( 0.20+0.34j)  15.1%    68 |0,2L15,  7> ( 0.18-0.31j)  12.8%    93 |1,2H 9,  5>    48061.8935
295   ( 0.14-0.32j)  12.0%   339 |0,2L15, -9> ( 0.13-0.32j)  11.9%   320 |0,2L15, -7>    48138.9435
296   ( 0.23-0.26j)  12.0%    42 |0,2L15,  9> (-0.23+0.26j)  11.9%    68 |0,2L15,  7>    48138.9435
297   ( 0.43-0.14j)  20.2%   277 |2,2D 5, -5> ( 0.40-0.13j)  17.8%   263 |0,4D 5, -5>    48451.4859
298   ( 0.19+0.41j)  20.2%    84 |2,2D 5,  5> ( 0.18+0.38j)  17.8%    70 |0,4D 5,  5>    48451.4859
299   (-0.12+0.37j)  15.1%   205 |2,2D 5, -1> (-0.12+0.35j)  13.4%   186 |0,4D 5, -1>    48797.1793
300   ( 0.36+0.14j)  15.1%   164 |2,2D 5,  1> ( 0.34+0.13j)  13.4%   145 |0,4D 5,  1>    48797.1793
301   (-0.40+0.02j)  15.7%   244 |2,2D 5, -3> (-0.37+0.02j)  13.8%   226 |0,4D 5, -3>    48935.8454
302   (-0.39+0.05j)  15.7%   123 |2,2D 5,  3> (-0.37+0.05j)  13.8%   105 |0,4D 5,  3>    48935.8454
303   ( 0.25+0.31j)  15.8%   345 |1,2H11,-11> ( 0.32-0.10j)  11.4%   287 |1,2H11, -5>    50479.1274
304   (-0.15-0.37j)  15.8%    17 |1,2H11, 11> (-0.25+0.23j)  11.4%    94 |1,2H11,  5>    50479.1274
305   (-0.43-0.03j)  18.7%   345 |1,2H11,-11> ( 0.32+0.02j)  10.3%   347 |0,2I11,-11>    50622.9939
306   ( 0.04+0.43j)  18.7%    17 |1,2H11, 11> (-0.03-0.32j)  10.3%    19 |0,2I11, 11>    50622.9939
307   ( 0.33-0.06j)  11.2%   345 |1,2H11,-11> (-0.19-0.27j)  10.9%   215 |1,2H11, -1>    50679.6472
308   ( 0.00-0.33j)  11.2%    17 |1,2H11, 11> (-0.30-0.13j)  10.9%   174 |1,2H11,  1>    50679.6472
309   ( 0.06+0.46j)  21.6%   332 |1,2H11, -9> (-0.04-0.36j)  13.0%   335 |0,2I11, -9>    50918.7136
310   (-0.45-0.13j)  21.6%    35 |1,2H11,  9> ( 0.35+0.10j)  13.0%    38 |0,2I11,  9>    50918.7136
311   (-0.43+0.03j)  18.2%   313 |1,2H11, -7> (-0.17+0.32j)  13.4%   332 |1,2H11, -9>    51032.9419
312   ( 0.36-0.23j)  18.2%    61 |1,2H11,  7> (-0.33-0.16j)  13.4%    35 |1,2H11,  9>    51032.9419
313   (-0.13+0.41j)  18.6%   287 |1,2H11, -5> (-0.07+0.38j)  15.1%   254 |1,2H11, -3>    51180.0584
314   (-0.20+0.38j)  18.6%    94 |1,2H11,  5> ( 0.22-0.32j)  15.1%   133 |1,2H11,  3>    51180.0584
315   ( 0.06-0.43j)  18.9%   307 |2,2F 7, -7> ( 0.05-0.36j)  13.6%   306 |1,2F 7, -7>    53853.1140
316   ( 0.13-0.41j)  18.9%    55 |2,2F 7,  7> ( 0.11-0.35j)  13.6%    54 |1,2F 7,  7>    53853.1140
317   (-0.14+0.44j)  20.9%   307 |2,2F 7, -7> (-0.11+0.37j)  15.1%   306 |1,2F 7, -7>    53920.1601
318   ( 0.12-0.44j)  20.9%    55 |2,2F 7,  7> ( 0.11-0.37j)  15.1%    54 |1,2F 7,  7>    53920.1602
319   ( 0.34-0.02j)  11.7%   281 |2,2F 7, -5> (-0.34-0.01j)  11.6%   168 |2,2F 7,  1>    53966.3953
320   ( 0.22+0.26j)  11.7%    88 |2,2F 7,  5> ( 0.23+0.25j)  11.6%   209 |2,2F 7, -1>    53966.3953
321   ( 0.41-0.07j)  17.5%   281 |2,2F 7, -5> ( 0.40-0.10j)  17.0%   248 |2,2F 7, -3>    54000.0913
322   (-0.04+0.42j)  17.5%    88 |2,2F 7,  5> ( 0.07-0.41j)  17.0%   127 |2,2F 7,  3>    54000.0913
323   ( 0.42+0.55j)  47.4%   243 |2,2D 3, -3> (-0.01-0.42j)  17.4%   204 |2,2D 3, -1>    54768.5142
324   ( 0.41+0.55j)  47.4%   122 |2,2D 3,  3> ( 0.40+0.12j)  17.4%   163 |2,2D 3,  1>    54768.5142
325   ( 0.67+0.14j)  46.2%   204 |2,2D 3, -1> ( 0.40-0.18j)  19.4%   243 |2,2D 3, -3>    54990.1986
326   ( 0.68+0.06j)  46.2%   163 |2,2D 3,  1> (-0.33-0.29j)  19.4%   122 |2,2D 3,  3>    54990.1986
327   (-0.51-0.17j)  28.9%   280 |2,2F 5, -5> ( 0.33+0.37j)  24.5%   247 |2,2F 5, -3>    62544.8844
328   ( 0.38-0.38j)  28.9%    87 |2,2F 5,  5> ( 0.13-0.48j)  24.5%   126 |2,2F 5,  3>    62544.8844
329   (-0.06+0.46j)  21.7%   167 |2,2F 5,  1> ( 0.35+0.15j)  14.8%   280 |2,2F 5, -5>    62623.9540
330   (-0.27+0.38j)  21.7%   208 |2,2F 5, -1> ( 0.36+0.13j)  14.8%    87 |2,2F 5,  5>    62623.9540
331   (-0.33-0.33j)  22.1%   247 |2,2F 5, -3> (-0.02+0.41j)  16.7%   167 |2,2F 5,  1>    62653.4967
332   (-0.46-0.08j)  22.1%   126 |2,2F 5,  3> ( 0.32-0.25j)  16.7%   208 |2,2F 5, -1>    62653.4967
333   ( 0.04+0.51j)  25.7%   310 |2,2G 7, -7> ( 0.21-0.44j)  23.7%   284 |2,2G 7, -5>    65565.8650
334   ( 0.29+0.42j)  25.7%    58 |2,2G 7,  7> ( 0.44+0.21j)  23.7%    91 |2,2G 7,  5>    65565.8650
335   (-0.41-0.24j)  22.4%   251 |2,2G 7, -3> ( 0.32-0.25j)  16.3%   310 |2,2G 7, -7>    65728.5438
336   ( 0.07+0.47j)  22.4%   130 |2,2G 7,  3> ( 0.35-0.20j)  16.3%    58 |2,2G 7,  7>    65728.5438
337   ( 0.44+0.27j)  26.2%   212 |2,2G 7, -1> ( 0.36+0.23j)  18.4%   210 |1,2G 7, -1>    65852.9547
338   ( 0.51-0.02j)  26.2%   171 |2,2G 7,  1> ( 0.43-0.02j)  18.4%   169 |1,2G 7,  1>    65852.9547
339   ( 0.40-0.18j)  19.2%   251 |2,2G 7, -3> ( 0.36-0.25j)  19.1%   284 |2,2G 7, -5>    65898.7069
340   ( 0.30-0.32j)  19.2%   130 |2,2G 7,  3> (-0.35+0.26j)  19.1%    91 |2,2G 7,  5>    65898.7069
341   (-0.31+0.34j)  21.1%   311 |2,2G 9, -7> ( 0.01-0.45j)  20.0%   330 |2,2G 9, -9>    69511.4417
342   ( 0.45+0.10j)  21.1%    59 |2,2G 9,  7> ( 0.26+0.36j)  20.0%    33 |2,2G 9,  9>    69511.4417
343   ( 0.04-0.47j)  22.4%   330 |2,2G 9, -9> ( 0.03-0.40j)  16.2%   329 |1,2G 9, -9>    69678.8842
344   ( 0.33+0.34j)  22.4%    33 |2,2G 9,  9> ( 0.28+0.29j)  16.2%    32 |1,2G 9,  9>    69678.8842
345   ( 0.32-0.16j)  12.5%   311 |2,2G 9, -7> (-0.23-0.24j)  10.9%   252 |2,2G 9, -3>    69799.3083
346   (-0.35-0.02j)  12.5%    59 |2,2G 9,  7> ( 0.12-0.31j)  10.9%   131 |2,2G 9,  3>    69799.3083
347   ( 0.25-0.25j)  12.5%   311 |2,2G 9, -7> (-0.34+0.03j)  11.5%   213 |2,2G 9, -1>    69889.4136
348   ( 0.09+0.34j)  12.5%    59 |2,2G 9,  7> ( 0.27+0.20j)  11.5%   172 |2,2G 9,  1>    69889.4136
349   ( 0.22-0.37j)  18.7%   285 |2,2G 9, -5> ( 0.22-0.34j)  16.0%   252 |2,2G 9, -3>    70001.0951
350   ( 0.43+0.04j)  18.7%    92 |2,2G 9,  5> (-0.40-0.02j)  16.0%   131 |2,2G 9,  3>    70001.0951
351   (-0.61+0.05j)  37.3%   278 |1,2F 5, -5> ( 0.35+0.34j)  23.1%   245 |1,2F 5, -3>    91512.5033
352   ( 0.08-0.61j)  37.3%    85 |1,2F 5,  5> (-0.32-0.36j)  23.1%   124 |1,2F 5,  3>    91512.5033
353   (-0.50+0.15j)  27.4%   278 |1,2F 5, -5> ( 0.40+0.26j)  23.2%   206 |1,2F 5, -1>    91905.7559
354   (-0.17-0.50j)  27.4%    85 |1,2F 5,  5> ( 0.45+0.18j)  23.2%   165 |1,2F 5,  1>    91905.7559
355   ( 0.47+0.37j)  36.3%   245 |1,2F 5, -3> ( 0.34+0.30j)  20.7%   206 |1,2F 5, -1>    92390.2115
356   (-0.33-0.50j)  36.3%   124 |1,2F 5,  3> ( 0.27+0.37j)  20.7%   165 |1,2F 5,  1>    92390.2115
357   (-0.02-0.49j)  24.2%   306 |1,2F 7, -7> ( 0.02+0.42j)  17.5%   307 |2,2F 7, -7>    95928.3064
358   ( 0.23-0.43j)  24.2%    54 |1,2F 7,  7> (-0.20+0.37j)  17.5%    55 |2,2F 7,  7>    95928.3064
359   ( 0.12-0.43j)  20.0%   306 |1,2F 7, -7> (-0.40-0.02j)  16.2%   246 |1,2F 7, -3>    96329.4835
360   ( 0.15-0.42j)  20.0%    54 |1,2F 7,  7> ( 0.34+0.22j)  16.2%   125 |1,2F 7,  3>    96329.4835
361   ( 0.42-0.12j)  19.0%   279 |1,2F 7, -5> (-0.36+0.11j)  13.7%   281 |2,2F 7, -5>    96643.3976
362   ( 0.41+0.14j)  19.0%    86 |1,2F 7,  5> (-0.35-0.12j)  13.7%    88 |2,2F 7,  5>    96643.3976
363   (-0.47-0.01j)  22.3%   246 |1,2F 7, -3> ( 0.40+0.01j)  16.2%   248 |2,2F 7, -3>    97138.9713
364   ( 0.14-0.45j)  22.3%   125 |1,2F 7,  3> (-0.12+0.38j)  16.2%   127 |2,2F 7,  3>    97138.9713
Label key: TSLJM


Hamiltonian 0 summary
=====================

Lev.  Percentage                 State        Percentage                 State               Theory     Experiment    Difference
----  ----------                 -----        ----------                 -----               ------     ----------    ----------
1     ( 0.17-0.39j)  18.4%   328 |0,4I15, -9> (-0.41-0.10j)  18.0%   305 |0,4I15, -7>        5.3518         0.0000       -5.3518
3     (-0.17-0.59j)  37.4%   354 |0,4I15,-13> ( 0.40+0.10j)  17.1%   305 |0,4I15, -7>       44.0915        42.0000       -2.0915
5     (-0.43-0.04j)  18.6%   328 |0,4I15, -9> (-0.33-0.20j)  14.7%   275 |0,4I15, -5>       82.6299        86.0000        3.3701
7     ( 0.62-0.22j)  44.0%   360 |0,4I15,-15> (-0.50+0.15j)  26.9%   344 |0,4I15,-11>      114.3067       104.0000      -10.3067
9     ( 0.09-0.46j)  21.9%   328 |0,4I15, -9> ( 0.44+0.12j)  20.9%   305 |0,4I15, -7>      183.1380       172.0000      -11.1380
11    ( 0.51+0.04j)  26.5%   199 |0,4I15, -1> (-0.29+0.29j)  17.0%   305 |0,4I15, -7>      411.1433       424.0000       12.8567
13    (-0.04-0.39j)  15.7%   158 |0,4I15,  1> ( 0.19+0.31j)  12.7%   239 |0,4I15, -3>      475.4515       481.0000        5.5485
15    (-0.47+0.12j)  23.5%   354 |0,4I15,-13> (-0.39+0.16j)  17.8%   360 |0,4I15,-15>      506.6656       513.0000        6.3344
17    (-0.52-0.37j)  40.0%   343 |0,4I13,-11> ( 0.14+0.44j)  20.9%   327 |0,4I13, -9>     6508.6662      6507.0000       -1.6662
19    (-0.50-0.04j)  25.3%   353 |0,4I13,-13> ( 0.15-0.40j)  18.5%   304 |0,4I13, -7>     6546.0877      6547.0000        0.9123
21    (-0.26+0.43j)  24.8%   327 |0,4I13, -9> ( 0.29-0.39j)  23.4%   353 |0,4I13,-13>     6605.6211      6596.5000       -9.1211
23    ( 0.54-0.20j)  33.1%   304 |0,4I13, -7> ( 0.32+0.26j)  16.9%   274 |0,4I13, -5>     6628.2449      6623.0000       -5.2449
25    (-0.51+0.16j)  28.5%   198 |0,4I13, -1> (-0.07+0.40j)  16.4%   274 |0,4I13, -5>     6786.4145      6798.0000       11.5855
27    (-0.41-0.13j)  18.6%   157 |0,4I13,  1> (-0.09-0.40j)  16.9%   343 |0,4I13,-11>     6846.4643      6852.0000        5.5357
29    ( 0.08+0.45j)  20.9%   343 |0,4I13,-11> ( 0.10+0.43j)  19.8%   353 |0,4I13,-13>     6866.9163      6871.0000        4.0837
31    (-0.15+0.61j)  39.3%   326 |0,4I11, -9> (-0.03-0.43j)  19.0%   342 |0,4I11,-11>    10189.4175     10193.0000        3.5825
33    (-0.49+0.13j)  25.4%   303 |0,4I11, -7> ( 0.14-0.47j)  23.8%   342 |0,4I11,-11>    10232.0478     10271.0000       38.9522
35    ( 0.43-0.24j)  24.3%   273 |0,4I11, -5> ( 0.00-0.39j)  15.4%   303 |0,4I11, -7>    10271.8710     10292.0000       20.1290
37    (-0.43-0.18j)  21.7%   197 |0,4I11, -1> (-0.33+0.17j)  13.8%   273 |0,4I11, -5>    10345.9066     10308.0000      -37.9066
39    (-0.51+0.19j)  29.1%   197 |0,4I11, -1> ( 0.15+0.31j)  12.1%   237 |0,4I11, -3>    10385.1133     10369.0000      -16.1133
41    (-0.14+0.48j)  24.6%   326 |0,4I11, -9> (-0.11+0.45j)  21.8%   342 |0,4I11,-11>    10398.8510     10383.0000      -15.8510
43    ( 0.18-0.36j)  16.1%   272 |0,4I 9, -5> (-0.03-0.35j)  12.5%   236 |0,4I 9, -3>    12346.7114     12359.5000       12.7886
45    ( 0.09-0.40j)  16.6%   302 |0,4I 9, -7> (-0.06+0.40j)  16.4%   325 |0,4I 9, -9>    12444.4105     12459.5000       15.0895
47    (-0.16-0.30j)  11.6%   302 |0,4I 9, -7> (-0.21+0.24j)  10.1%   236 |0,4I 9, -3>    12534.8775     12527.5000       -7.3775
49    (-0.08+0.47j)  22.8%   325 |0,4I 9, -9> (-0.10+0.30j)   9.7%   302 |0,4I 9, -7>    12614.2212     12612.0000       -2.2212
51    ( 0.40-0.22j)  20.4%   196 |0,4I 9, -1> (-0.29-0.15j)  10.4%   236 |0,4I 9, -3>    12662.1679     12649.5000      -12.6679
53    ( 0.36-0.28j)  20.5%   267 |0,4F 9, -5> ( 0.28-0.33j)  18.8%   231 |0,4F 9, -3>    15179.1894     15169.0000      -10.1894
55    (-0.39+0.34j)  26.6%   298 |0,4F 9, -7> (-0.26+0.23j)  12.2%   302 |0,4I 9, -7>    15231.1748     15220.5000      -10.6748
57    ( 0.28-0.24j)  13.5%   150 |0,4F 9,  1> (-0.15+0.31j)  11.9%   322 |0,4F 9, -9>    15358.0469     15360.5000        2.4531
59    ( 0.17-0.39j)  18.1%   322 |0,4F 9, -9> ( 0.06-0.33j)  11.1%   298 |0,4F 9, -7>    15377.6578     15381.5000        3.8422
61    (-0.24+0.38j)  20.1%   322 |0,4F 9, -9> ( 0.31+0.16j)  12.1%   231 |0,4F 9, -3>    15493.2625     15498.0000        4.7375
63    ( 0.61+0.25j)  43.0%   183 |0,4S 3, -1> ( 0.41-0.08j)  17.1%   224 |0,4S 3, -3>    18261.2371     18267.0000        5.7629
65    (-0.61+0.29j)  45.2%   224 |0,4S 3, -3> ( 0.39+0.05j)  15.7%   183 |0,4S 3, -1>    18369.6205     18372.0000        2.3795
67    (-0.08-0.33j)  11.5%   289 |2,2H11, -5> (-0.07-0.30j)   9.3%   271 |0,4G11, -5>    19093.4128     19091.0000       -2.4128
69    ( 0.43+0.16j)  21.0%   346 |2,2H11,-11> ( 0.38+0.14j)  16.9%   341 |0,4G11,-11>    19115.6083     19116.0000        0.3917

Label key: TSLJM
weighted chi2 = 5.6067
sigma = 14.6848
weighting factor = 1.00e-03


Spin Hamiltonian 0 summary
==========================

zeeman interaction
------------------
Theory (abs. value)           Experiment (abs. value)       Difference
-------------------           -----------------------       ----------
[ 1.99431  2.24159  3.55257]  [ 1.95000  2.21200  3.58400]  [-0.04431 -0.02959  0.03143]
[ 2.24159  4.22021  4.99169]  [ 2.21200  4.23200  4.98600]  [-0.02959  0.01179 -0.00569]
[ 3.55257  4.99169  7.91182]  [ 3.58400  4.98600  7.88800]  [ 0.03143 -0.00569 -0.02382]
weighted chi2 = 0.0775
weighting factor = 1.20e+01

sigma = 0.0158


Spin Hamiltonian 1 summary
==========================

zeeman interaction
------------------
Theory (abs. value)           Experiment (abs. value)       Difference
-------------------           -----------------------       ----------
[ 2.80721  2.74474  3.52895]  [ 2.92000  2.97000  3.56000]  [ 0.11279  0.22526  0.03105]
[ 2.74474  8.69748  5.63373]  [ 2.97000  8.89000  5.56000]  [ 0.22526  0.19252 -0.07373]
[ 3.52895  5.63373  5.51597]  [ 3.56000  5.56000  5.14000]  [ 0.03105 -0.07373 -0.37597]
weighted chi2 = 6.1084
weighting factor = 2.00e+01

hyperfine interaction
---------------------
Theory (abs. value)           Experiment (abs. value)       Difference
-------------------           -----------------------       ----------
[ 0.00980  0.00960  0.01235]  [ 0.00854  0.00702  0.01202]  [-0.00126 -0.00258 -0.00033]
[ 0.00960  0.03040  0.01968]  [ 0.00702  0.02824  0.02053]  [-0.00258 -0.00216  0.00085]
[ 0.01235  0.01968  0.01924]  [ 0.01202  0.02053  0.02355]  [-0.00033  0.00085  0.00431]
weighted chi2 = 19.8670
weighting factor = 5.00e+05

quadrupole interaction
----------------------
Theory (abs. value)           Experiment (abs. value)       Difference
-------------------           -----------------------       ----------
[ 0.00021  0.00019  0.00029]  [ 0.00018  0.00037  0.00040]  [-0.00003  0.00018  0.00011]
[ 0.00019  0.00029  0.00035]  [ 0.00037  0.00010  0.00058]  [ 0.00018 -0.00019  0.00023]
[ 0.00029  0.00035  0.00008]  [ 0.00040  0.00058  0.00008]  [ 0.00011  0.00023  0.00000]
weighted chi2 = 0.0677
weighting factor = 3.00e+05

sigma = 0.1084

Fitting summary
===============

Tensor name           Fitted coeff       Initial coeff          Difference   Lower bounds    Upper bounds
-----------           ------------       -------------          ----------   ------------    ------------
'EAVG'       :            35496.38            35496.34                0.04          34996           35996
'ZETA'       :             2363.16             2363.15                0.01           2358            2368
'F2'         :            95972.60            95972.36                0.24          95472           96472
'F4'         :            67686.38            67686.89               -0.51          67187           68187
'F6'         :            53053.53            53053.60               -0.07          52554           53554
'C20'        :             -396.74             -396.17               -0.57          -1396             604
'C21'        :      492.15+319.85j      500.00+300.00j        -7.85+19.85j      -500-700j      1500+1300j
'C22'        :      177.97-185.74j      178.82-185.77j         -0.85+0.03j     -821-1186j       1179+814j
'C40'        :              606.10              603.03                3.07           -697            1903
'C41'        :     1165.49-439.51j     1166.47-440.75j         -0.98+1.24j     -134-1741j       2466+859j
'C42'        :      589.97+132.31j      588.10+130.94j          1.87+1.37j     -712-1169j      1888+1431j
'C43'        :      116.09-542.20j      119.11-542.13j         -3.02-0.07j    -1181-1842j       1419+758j
'C44'        :      -98.36+982.65j     -102.22+982.14j          3.86+0.51j     -1402-318j      1198+2282j
'C60'        :             -187.23             -187.37                0.14           -687             313
'C61'        :     -134.64+168.13j     -134.95+168.74j          0.31-0.61j      -635-331j        365+669j
'C62'        :       127.66-20.99j       128.36-21.34j         -0.70+0.35j      -372-521j        628+479j
'C63'        :      284.54+194.25j      283.32+194.56j          1.22-0.31j      -217-305j        783+695j
'C64'        :       94.09-143.32j       94.74-142.64j         -0.65-0.68j      -405-643j        595+357j
'C65'        :       17.76-193.85j       18.61-194.45j         -0.85+0.60j      -481-694j        519+306j
'C66'        :        95.97-23.19j        95.96-22.04j          0.01-1.15j      -404-522j        596+478j

Number of observables: 58
Number of real-valued parameters: 32

Optimization routine details:
-----------------------------
fmin:                31.727444705967258
method:              nlopt_bobyqa
xtol:                1e-05
dry_run:             0
retval:              1
