RFField
{
   ResultDir   = omega3p_results  // Jobname 
   FreqScanID  =      0  // For S3P only: frequency scan index
   ModeID      =      0
   xsymmetry   =      magnetic   // [none, electric, magnetic]
   ysymmetry   =      magnetic   // [none, electric, magnetic]
   gradient    =  2.00000e+07
   cavityBeta  =      1.00000     //for R/Q, V integral
   x0          =      0.00000  // x for gradient calc
   y0          =      0.00000  // y for gradient calc
  [z0          =      0.00000]  // set field at this z location when gradient<0
   gz1         =     -0.05700  // starting z for gradient calc
   gz2         =      0.05700  // starting z for gradient calc
   npoint      =    300
   fmnx        =     10
   fmny        =     10
   fmnz        =     50
}

RFField
{
   ResultDir   = omega3p_results  // Jobname 
   FreqScanID  =      0  // For S3P only: frequency scan index
   ModeID      =      0
   xsymmetry   =      magnetic   // [none, electric, magnetic]
   ysymmetry   =      magnetic   // [none, electric, magnetic]
   gradient    =  2.00000e+07
   cavityBeta  =      1.00000     //for R/Q, V integral
   x0          =      0.00000  // x for gradient calc
   y0          =      0.00000  // y for gradient calc
  [z0          =      0.00000]  // set field at this z location when gradient<0
   gz1         =     -0.05700  // starting z for gradient calc
   gz2         =      0.05700  // starting z for gradient calc
   npoint      =    300
   fmnx        =     10
   fmny        =     10
   fmnz        =     50
}


***************************** Omega3P/S3P Mode Summary ************************************
**
** Omega3P/S3P Mode Summary:
**
**   Total number of modes :      2
**      ModeID         Frequency(r,i)                       Qext
**         0           1.31381e+09, 0.00000e+00           0.00000e+00
**         1           2.32914e+09, 0.00000e+00           0.00000e+00
**
**   Model bounding box: ( 0.00000e+00,  0.00000e+00 -1.50000e-01)
**                       ( 1.00121e-01,  1.00125e-01  1.50000e-01)
**
** ------------
**   Mode used:
**      ModeID    =      0
**      Frequency =  1.31381e+09,    0.00000e+00
**
***************************************************************************************

[scaling]
{
   ModeID:   0
   Integral:  x0    = 0.0000e+00,   y0  = 0.0000e+00
              gz1   =-5.7000e-02,   gz2 = 5.7000e-02
              V     =( 5.9456e-03,  4.5814e+00) (normalized field)
              ga    = 4.01875e+01   (normalized field)
   E,B m_factor =(-2.73606e+05,  4.15708e+05)   amplitude/phase_deg( 4.97667e+05  1.23352e+02)
}

RoverQ
{
   ionoff      =      1
   modeID1     =     -1
   modeID2     =     -1
   x1          =      0.00000
   x2          =      0.00000
   y1          =      0.00100
   y2          =      0.00100
   z1          =     -0.15000
   z2          =      0.15000
}

[RoverQ]
{  // RoverQ=V^2/(omega*U)
   Integral:  x1  = 0.0000e+00,  y1  = 1.0000e-03,  z1  =-1.5000e-01
              x2  = 0.0000e+00,  y2  = 1.0000e-03,  z2  = 1.5000e-01
 ModeID   Frequency       Qext              V_r, V_i              |V|          RoQ(ohm/cavity)
    0   1.3138100e+09  0.00000e+00  -2.2982e+00, -3.4926e+00    4.18085e+00      1.19574e+02
    1   2.3291386e+09  0.00000e+00   6.8065e-04, -6.9209e-04    9.70705e-04      3.63598e-06
}