3  10 1.0    9  9 1994
   1  1 900 IN   E   20.8 147.00  19.0 115.50  1023  33.50   86944   84705  31.5
   2  2 900 OUT  W   11.0  35.50  11.0  35.50  1019  33.00   87144   87467  30.5
   3  3 900 IN   NE  22.1  95.00  21.0  95.00  1017  40.00   92436   91398  14.0
   4  4 900 OUT  SE  11.0  61.00  11.0  61.00  1020  10.50   92559   94169   7.0
   5  1 900 IN  NNW  14.6  78.00  14.6  78.00  1004  23.00  128939  127528  16.0
   6  2 900 OUT WNW  11.2 125.00  11.0 125.00  1023  97.00  130831  131887  95.0
   7  3 900 IN   W   15.1  31.50  14.9  31.50  1013  31.00  133558  132449  31.0
   8  4 900 OUT  E   13.1  16.00  12.5  16.00  1008  19.00  135123  136691  15.5
   9  1 900 IN   N   20.2  29.50  20.2  29.50   989   9.50  151185  149754   9.5
  10  2 900 OUT  E   14.7 128.50  12.6  33.00   981  15.00  155171  156662  15.0
 DEBBY94                       

 First line holds:
    Number of flights for storm
    Number of passes for storm
    DR (see top-level README file for explanation)
    Starting day, in day, month and year
 Order of variables:
 Global pass number
 Local pass number, i.e., the pass number for the local flight
 The standard pressure for the pass, in mb.
 String, either "IN " or "OUT" for inward or outward pass
 String giving approx. location of the pass relative to the storm center
 Maximum (scalar) windspeed in that pass, in storm-relative coords
 Radius (distance from storm center) at which max windspeed is found
 Maximum tangential wind for that pass
 Radius at which max. tan. wind is found
 Minimum height of the standard pressure surface, in meters above sealevel
 Radius at which min. height of standard pressure surface is found
 Time value for the innermost bin that has data
 Time value for the outermost bin that has data
 Radius of the innermost bin that has data

  Radii are in km and winds in meters per second