//Field scan parameters
FieldScales:{
  Type: FieldGradient    // Three types: 
                         // FieldGradient: average field gradient as field scale parameter, unit: v/m
                         // InputPortPower: input port power as field scale parameter, unit: W.
                         // StorEnergy: store energy as field scale parameter, unit: Joul.
                         
  ScanToken: 1           // 1: scan, 0: no scan, must provided 
  //Minimum <= field <= Maximum,  all following three paramerters must provided, otherwise warning in track3p.warn
  Minimum: 23.0e+6       // Minimum Field level 
  Maximum: 25.0e+6       // Maximum Field level
  Interval : 1.0e+6      // Field scan interval
}

// When average field gradient as field scale parameter, this block is used to normalize average field gradient between StartPoint and EndPoint

NormalizedField:{
  StartPoint: 0.0 0.0 -0.057
  EndPoint: 0.0 0.0 0.057
}

// specify the location of EM field

Domain:{
  FieldDir: ./omega3p_results
}

// Particles emitter
Emitter:{
  BoundaryID: 6      // particles emit from BoundaryID exterior surface 
// particles emit from x0 <= x <= x1; y0 <= y <=y1; z0 <= z <= z0 bounding box
  x0: 0.03
  x1: 0.035
  y0: 0.04
  y1: 0.1
  z0: -0.045
  z1: 0.0
}

// Test material for energy watching:
// Four types of Material
// 
// 2(Absorber): when particle hit on this surface, it will be dead
// 3(Secondary):when particle hit on this surface, seondary particles will be emitted.
// 4(Primary): Primary particles can be emitted from this surface
Material:{
  Type: Primary
  BoundarySurfaceID: 6 
}

OutputImpacts: on

Material: {
  Type: Secondary 
  BoundarySurfaceID: 6
}

Material: {
  Type: Absorber 
  BoundarySurfaceID: 1 2 
}

Postprocess:{
  Toggle: on
  ResonantParticles:{
    Token: on
  }
  EnhancementCounter:{
    Token: on
    MinimumEC: 0.01
    SEYFileName1: copper.dat
    BoundarySurfaceID1: 6
  }
  
}