####################   Start Wave Initial Parameters   ####################

Number of Wavevector-k Search'
500

Min-kmin & Max-kmax Range of Wavevectors Search'
0.01, 4.0

Search-direction of Wavevectors: isensedir = +1 = Formard, isensedir = -1 = Backward'
1

Propagation Angle ang0 '
60

Min & Max Real Freq Range for ROOTS-IMAGE INITIAL [Nyquist-Penrose Map] Search '
0.2,0.25

Min & Max Imag Freq Range for ROOTS-IMAGE INITIAL [Nyquist-Penrose Map] Search '
-0.004,0.001

####################   End Wave Initial Parameters   ####################


####################   Start Particle Species Initial Parameters   ####################

 Mass Ratio of Protons/Electrons '
1836.0

  Ratio of Alfven-Velocity/Speed-of-Light (Va/c) Va = Bo^2/SQRT(4*pi*n0*Mp) n0=Total density '
0.0033


    &&&&&&&&&&&&&&&&&&   Ion Initial Parameters (First must be protons)   &&&&&&&&&&&&&&&&&&
      '
    Number of Ion Components (Limited to 5) '
    3

    Ion-Charge State (Qi) Normalized to Proton Charge-(Qp) For Each Ion-Component
    1.0, 1.0, 1.0

    Ion-Mass (Mi) Normalized to Proton Mass (Mp) For Each Ion-Component
    1.0, 16.0, 4.0

    Ion-Density Normalized to Total density n0 For Each Ion-Component
    0.50, 0.45, 0.05

    Ion BBetaTi_pal = 8*pi*n0*Ti_pal/B0^2   n0=Total density For Each Ion-Component
    0.65, 0.65, 0.65 

    Ion Temp Anisotropy Ai = Ti_per/Ti_pal For Each Ion-Component
    1.0, 1.0, 1.0

    Ion Parallel Drift Normalized to Core Thermal Speed Ui_pal/Alphai(0) For Each Ion-Component
    0.0, 0.0, 0.0

    Ion-Harmonic Number For Infinite Summation For Each Ion-Component
    7, 7, 7


    &&&&&&&&&&&&&&&&&&   Electron Initial Parameters (First must be background electrons)   &&&&&&&&&&&&&&&&&&

    Number of Electron Components (Limited to 5)
    1

    Electron-Density Normalized to Total density n0 For Each Electron-Component
    1.0

    Electron BBetaTe_pal = 8*pi*n0*Te_pal/B0^2   n0=Total density  For Each Electron-Component
    0.65

    Electron Temp Anisotropy Ae = Te_per/Te_pal For Each Electron-Component
    1.0

    Electron Parallel Drift Normalized to Core  Thermal Speed Ue_pal/Alphae(0) For Each Electron-Component
    0.0

    Electron-Harmonic Number For Infinite Summation For Each Electron-Component
    7

####################   End Particle Species Initial Parameters   ####################

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Output diagnostic directory (DiDiag) where output-files will written ###fig1b/
/home/ivan/Datos/Dispersion/Italia/Kp4/He/L5/
