Starting Poisson2D Solver on 1 CPUs, using the following parameters: 
/********************************/
/* input parameters, KVC syntax */
/********************************/


        Bunch : { 
            Position : 0.0 , 0.01875 
        }
/********************************/




Boundary conditions:
0 = INTERIOR
2 = MAGNETIC
3 = ABSORBING
4 = ABSORBING
5 = EXTERIOR
6 = EXTERIOR
 -- NumVrtx = 39
 -- NumElem = 55
 -- Order = 1 
 -- NumEdgeNodes = 0
 -- NumNodes = 39
   Mean Element Size: 5.9372 mm.
   Total Number of elements = 55
   Total Number of curved elements = 13
   Total Hierarchical Node DOFs = 25
   Total Hierarchical Edge DOFs = 0 (Outer: 0, Inner: 0)
   Total Hierarchical DOFs = 25
###  NOT reordering
Created 55 visualization triplets. Size: 0.0075531 MBytes


///////////////////// MESH //////////////////////////
//  o  Maximum order p:     1 
//  o  Total # of elements:    55 
//  o  Total # of mesh points:    39 
//  o  Total # of nodes:       39 (DOF = 25):
//  o    Interior:       0
//  o    Zaxis:          0
//  o    MetalWall:     14
//  o    Magn Wall:      7
//  o    Absorbing:     18
//  o  Total # of edge DOFs:      0:
//  o  Total DOFs :      25
///////////////////////////////////////////////////

  ### Write 2D mesh data to file t3p_results/OUTPUT/BBL2//mesh.orig
Doing global h-refinement of level 0
 -- NumVrtx = 39
 -- NumElem = 55
 -- Order = 3 
 -- NumEdgeNodes = 186
 -- NumNodes = 280
   Mean Element Size: 5.9372 mm.
   Total Number of elements = 55
   Total Number of curved elements = 13
   Total Hierarchical Node DOFs = 240
   Total Hierarchical Edge DOFs = 0 (Outer: 0, Inner: 0)
   Total Hierarchical DOFs = 240
###  NOT reordering
Created 55 visualization triplets. Size: 0.0075531 MBytes


///////////////////// MESH //////////////////////////
//  o  Maximum order p:     3 
//  o  Total # of elements:    55 
//  o  Total # of mesh points:    39 
//  o  Total # of nodes:      280 (DOF = 240):
//  o    Interior:      55
//  o    Zaxis:          0
//  o    MetalWall:     40
//  o    Magn Wall:     23
//  o    Absorbing:    162
//  o  Total # of edge DOFs:      0:
//  o  Total DOFs :     240
///////////////////////////////////////////////////

  ### Write 2D mesh data to file t3p_results/OUTPUT/BBL2//mesh.poisson
Now solving 2D Poisson problem

Created Locator with manual binning override:
 NON-OPTIMIZED NML_AttentionLimiter_USS
 Bounds: [(0, 0, 0) (0.0249797, 0.05, 0)]
   Bins: 32x65
  Stats: n = 1794, min = 1, max = 8, mean = 2.33389, stdev = 0.926465


Created Locator with manual binning override:
 NON-OPTIMIZED NML_AttentionLimiter_USS
 Bounds: [(0, 0, 0) (0.0249797, 0.05, 0)]
   Bins: 32x65
  Stats: n = 1794, min = 1, max = 8, mean = 2.33389, stdev = 0.926465

CPU 0 dumping
Done solving 2D Poisson problem