TurbuLenZ input file tB.inp
Simulate two layers (2000m, 10000m) at 500 nm for a single 8.4 m telescope
Running this file takes about 40 minutes on a PowerMac G4/450 MHz with IDL 5.4 and 256 MB RAM.

    2          number of turbulent layers
    1          number of telescopes/apertures
    1          number of stars/viewing directions
   20          number of time steps
   40          pixelscale in the aperture plane (pixels per meter)
               this number should be at least twice the smallest 1m/r0[m] value
    0.0000005  wavelength (meters)
 2500.0        height difference (meters) above which fresnel diffraction is used for light propagation

storage flags:

    1          1: save total phase screens; 0: don't
    7          bit 0 = 1: save centroids and intensities (remove all <sim.inp>l0tNSM files)
               bit 1 = 1: save intensity distribution in the image plane (speckle image)
               bit 2 = 1: save phase screens and amplitude screens of the telescopes 
               (after propagation through all turbulent layers)
    0          same as before, but for each turbulent layer individually
    1          number of first filename
    2          if 2: initialize phase screen at first time step, use RAM for temporal files
               if 1: initialize phase screen at first time step, use hard disk for temporal files
               if 0: use phase screen stored on hard disk for first time step, use hard disk for temporal files

turbulent layer(s), high to low altitude

   0.00         decorrelation factor 
   75.          outer scale of turbulence (meters)
    0.1         windspeed (meters per time step)
    45.0        direction of the wind (degrees, counter clockwise, 0 deg: phase screen moves right)
    0.1         r0 (meters)
   10000.0      height of the layer above the telescope (meters)
    next layer(s)

     0.00       decorrelation factor 
   75.          outer scale of turbulence (meters)
    0.05        windspeed (meters per time step)
    65.0        direction of the wind (degrees, counter clockwise, 0 deg: phase screen moves right)
    0.05        r0 (meters)
    2000.0      height of the layer above the telescope (meters)
    next layer(s)
     
telescope(s)

    8.4        aperture (meters), SH sensor
    0.01       pixelscale in the image plane (arcsec per pixel)
    400        size of the images of the image plane (pixels)
    0.0        relative x-position of the telescope (meters) 
    0.0        relative y-position of the telescope (meters) 
    next telescope(s)
    
 
relative star(s)/viewing direction(s) (arcseconds)

  0.0
  0.0


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