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  ModelInfo: {
    File: cell1fourth.ncdf
    BoundaryCondition: {
      Magnetic: 1,2,3,4
      Exterior: 6
      Waveguide: 7    //for each number appeared here, it should have at least one Port container later. Absorbing and Waveguide have the same effects. Omega3P internally will figure out which BC to use. 
    }
  }

  FiniteElement: {
    Order:           1
    Curved Surfaces: on
  }

  PostProcess: {
    Toggle: on
    ModeFile: test
  }

  EigenSolver: {
    NumEigenvalues:     1
    FrequencyShift: 		9.e9
  }

  CheckPoint: {
    Action: save
    Directory: eigens
  }


  Port: {
        ReferenceNumber: 7     //this number should match surface groups in waveguide boundary condition.
        Origin:     0.0, 0.0415, 0.0    //the origin of the 2D port in the 3D coordinate system
        XDirection: 1.0, 0.0,    0.0    //the x axis of the 2D port in the 3D coordinate system
        YDirection: 0.0, 0.0,   -1.0   //the y axis of the 2D port in the 3D coordinate system
        ESolver: {
                Type: Analytic              //analytic expression is used
                Mode: {
                        WaveguideType: Rectangular     //it is a rectangular waveguide
                        ModeType: TE 1 0                    //load the TE10 mode
                        A: 0.028499                            //dimension of the waveguide in x
                        B: 0.0134053                           //dimension of the waveguide in y
                 }
         }
   }