results.txt

GridPointWeight:  reference_point=0
  mass=[  0.000144   0.000264 0.000316271]
  cg  =[         0         -0          0]
       [    96.081          0         -0]
       [   153.227          0          0]

  IS  =[         0         -0          0]
       [        -0   0.245943          0]
       [         0          0    0.62716]

  IQ  =[         0                      ]
       [             0.245943           ]
       [                         0.62716]

  Q  = [         1          0          0]
       [         0          1          0]
       [         0          0          1]
displacements[1]
  isubcase = 1
  type=ComplexDisplacementArray ntimes=251 nnodes=47, table_name=OUGV1
  data: [t1, t2, t3, r1, r2, r3] shape=[251, 47, 6] dtype=complex64
  node_gridtype.shape = (47, 2)
  sort1
  freqs = [   0.    1.    2. ...,  248.  249.  250.]

accelerations[1]
  isubcase = 1
  type=ComplexAccelerationArray ntimes=251 nnodes=47, table_name=OUGV1
  data: [t1, t2, t3, r1, r2, r3] shape=[251, 47, 6] dtype=complex64
  node_gridtype.shape = (47, 2)
  sort1
  freqs = [   0.    1.    2. ...,  248.  249.  250.]

spc_forces[1]
  isubcase = 1
  type=ComplexSPCForcesArray ntimes=251 nnodes=47, table_name=OQG1
  data: [t1, t2, t3, r1, r2, r3] shape=[251, 47, 6] dtype=complex64
  node_gridtype.shape = (47, 2)
  sort1
  freqs = [   0.    1.    2. ...,  248.  249.  250.]

eigenvalues[NX NASTRAN FREQUENCY ANALYSIS SET]
  type=RealEigenvalues neigenvalues=10
  title, extraction_order, eigenvalues, radians, cycles, generalized_mass, generalized_stiffness

Matrix[b'KHH'];     shape=(10, 10);   type=scipy.sparse.coo.coo_matrix;      dtype=complex128; desc=symmetric