Ray_Tracing_Through_Ionosphere/Documentation/ray.csv at main · silicondsp/Ray_Tracing_Through_Ionosphere · GitHub

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1,-1.0,               extraordinary ray
  3,  0.,                 transmitter height km
  4,  40.0 ,              transmitter latitude  deg north
  5,  -105,              transmitter longitude  deg east
  7,  6.0,               initial frequency, MHz
  9, 0.,                 dont step frequency
 11,  45.0,             initial azimuth angle  degs clockwise from north pole
 13,  0.,                 dont step azimuth angle
 15,  45.,                initial elevation angle CHANGED
 16,  90.0,              final elevation angle  deg
 17,  15.0,               step in elevation angle  deg
 20,  200.,               receiver height above the earth  km
 22,  3.,                 number of hops
 57,  2.0,               integrate and print phase path
 58,  2.0,                integrate and print absorption
 71,  5.0,                number of steps for each printing
 72,  1.0,                punch raysets
 81,  1.,                 plot projection of ray path on vertical plane
 83,  40.0,               left latitude of plot  deg
 84,  -105.,              left longitude of plot  deg
 85,  52.12,             right latitude of plot  deg
 86,  -81.8,              right longitude of plot  deg
 87,  100.0,              distance between tic marks  km
101,   6.5,               critical freq MHz
102,  300.0,              hmax  km
103,  62.0,               scale height   km
104,  0.5,                alpha chapman layer
150,  1.0,                call perturbation subroutine
151,  250.0,              z0  km
152,   100.0,            sh  scale height  km
153,   0.1,               delta
155,   100,             lamdax  horizontal wavelength  km
156,   100.0,             lamdaz  vertical wavellength   km
201,   0.8,               gyrofrequency on the ground at the equator  MHz
 24,   78.5,             accepted standard lat. of north magnetic pole  deg north
 25,   291.,              accepted standard long. of north magnetic pole  deg east
251,   36500,            3.65*10^4  collision freq. at h1  /sec
252,   100.0,             h1  reference height  km
253,   .148,              a1  exponential decrease of nu with height  /km
254,   30.,               collision freq. at h2  /sec
255,   140.,              h2  reference height   km
256,  0.0183,            a2  exponential decrease of nu with hieght , /km