Created coordinate transform between 3D mesh and 2D face with ID 7 on 1 CPUs:
      Origin: (0, 0, -0.06)
       X-dir: (1, 0, 0)
       Y-dir: (0, 1, 0)
  normal-dir: (0, 0, 1)
Starting EigenXYZ Solver on 1 CPUs, using the following parameters: 
/********************************/
/* input parameters, KVC syntax */
/********************************/


        ESIL : { 
            NumberOfEigenmodes : 1 
            Frequency : 3856000000.0 
            MaxIterations : 1000 
            Tolerance : 1e-15 
        }
/********************************/




Boundary conditions:
0 = INTERIOR
1 = MAGNETIC
2 = ELECTRIC
6 = EXTERIOR
7 = WAVEGUIDE
8 = WAVEGUIDE
 -- NumVrtx = 28
 -- NumElem = 36
 -- Order = 1 
 -- NumEdgeNodes = 0
 -- NumNodes = 28
   Mean Element Size: 5.8236 mm.
   Total Number of elements = 36
   Total Number of curved elements = 0
   Total Hierarchical Node DOFs = 12
   Total Hierarchical Edge DOFs = 48 (Outer: 48, Inner: 0)
   Total Hierarchical DOFs = 60
###  NOT reordering
Created 36 visualization triplets. Size: 0.0049438 MBytes


///////////////////// MESH //////////////////////////
//  o  Maximum order p:     1 
//  o  Total # of elements:    36 
//  o  Total # of mesh points:    28 
//  o  Total # of nodes:       28 (DOF = 12):
//  o    Interior:       0
//  o    Zaxis:          0
//  o    MetalWall:     16
//  o    Magn Wall:      2
//  o    Absorbing:     10
//  o  Total # of edge DOFs:     48:
//  o  Total DOFs :      60
///////////////////////////////////////////////////

  ### Write 2D mesh data to file s3p_results/port_7/mesh.orig
Doing global h-refinement of level 0
 -- NumVrtx = 28
 -- NumElem = 36
 -- Order = 2 
 -- NumEdgeNodes = 63
 -- NumNodes = 91
   Mean Element Size: 5.8236 mm.
   Total Number of elements = 36
   Total Number of curved elements = 0
   Total Hierarchical Node DOFs = 60
   Total Hierarchical Edge DOFs = 168 (Outer: 96, Inner: 72)
   Total Hierarchical DOFs = 228
###  NOT reordering
Created 36 visualization triplets. Size: 0.0049438 MBytes


///////////////////// MESH //////////////////////////
//  o  Maximum order p:     2 
//  o  Total # of elements:    36 
//  o  Total # of mesh points:    28 
//  o  Total # of nodes:       91 (DOF = 60):
//  o    Interior:       0
//  o    Zaxis:          0
//  o    MetalWall:     31
//  o    Magn Wall:      5
//  o    Absorbing:     55
//  o  Total # of edge DOFs:    168:
//  o  Total DOFs :     228
///////////////////////////////////////////////////

  ### Write 2D mesh data to file s3p_results/port_7/mesh.eigen
Now solving 2D Eigen problem

Created Locator with manual binning override:
 NON-OPTIMIZED NML_AttentionLimiter_USS
 Bounds: [(0, 0, 0) (0.036068, 0.017081, 0)]
   Bins: 32x16
  Stats: n = 512, min = 2, max = 7, mean = 2.748, stdev = 0.91999

Solving Eigen Problem now
f = 3.856 GHz (k0 = 80.816, k = 80.816)
ncv = 40, nev = 1, lworkl = 5000
Solving for propagating modes...
propagating mode 0 eigenvalue = (-0.7096,-4.6612e-14)
done.

Eigv. (r)  Eigv. (i)   Freq. (r)    Freq. (i)     kz (r)     kz (i)   Residual
---------  ---------  -----------  -----------  ---------  ---------  --------
-7.10e-01   0.00e+00   2.0780e+09   0.0000e+00   6.81e+01  -0.00e+00  2.24e-13

********************************************
Number of OP*x operations:             200
Number of re-orthogonalizations:       199
********************************************

mode: 0
pos: (0.0017674, 0.0085065)
kz: (68.077,-0)
E: ((-0.019999,9.6987e-12), (-1200.6,-1.2175e-12), (7.2554e-13,1.2916e-11))
Done solving 2D Eigen problem