
ChillMapper class is a main class that displays
  wind chill values on a map (of Virginia).
  
      The system must satisfy the following operational requirements:
      
OR-1
      As with all main classes, the main() method must be
      passed a String[] containing the command-line
      arguments.
      
OR-2
      If there are no command-line arguments, the system must
      display a map containing wind chill values calculated from the
      weather data in the file named "today.txt".
      
OR-3
      If there is one command-line arguments, the system must
      display a map containing wind chill values calculated from the
      weather data in the file with the name contained in that argument
      (e.g., "yesterday.txt").
      
OR-4 If there are 3, 6, 9, etc... command line arguments (i.e., if the number of command line arguments is a multiple of 3) then the system must display a map containing the wind chill values calculated from the weather data contained in the arguments.
OR-5 In all other cases, the system must not display a map.
OR-6 If either the temperature or the wind speed can't be converted into a valid double value for a particular station, that station must be ignored (but others must be processed).
OR-7
      Regardless of the source of the weather data (i.e., whether it
      is in a file or the command-line arguments), the system must use
      the first value as a String representation of the ICAO
      code, the second value as a  String representation of 
      the temperature (in degrees Farenheit), and the  third value
      as a String representation of the wind speed (in mi/hr).
      
OR-8
      The main class must use the windChillNA() function in 
      the Weather class to calculate the wind chill values.
      
OR-9
      The main class must use the setTemperature() function in 
      the Map class to display the temperatures on the map.
      
OR-10 The system must calculate and display the wind chill values for every station in the file or every station in the command-line arguments (depending on how the application is started). In the case of the former, there will be as many stations as there are lines in the file. In the case of the latter, there will be as many stations as there are command-line arguments divided by three.
Copyright 2013