The program - GEO POINTS - does the following:

1. Calculates the distance between two geographical points

2. The programs have the following functions:

3. A "header" function that takes no parameters and returns nothing that displays a header. The header will print a summary explaining the purpose of the program.

4. A "get location" function that takes no parameters, asks the user for a latitude and longitude, and returns a tuple or list with the latitude and longitude. Make sure you tell the user what units to enter their information in!

5. A "calcDistance" function that takes two tuples or lists, each with a latitude and longitude, calculates the distance between those two geographical points and returns the distance.6

6. The haversine formula is: Given: Latitude in decimal degrees: Lat1 and Lat2 Longitude in decimal degrees: Lon1 and Lon2 Radius of the Earth R (mean radius = 6,371 km); The distance D between points (Lat1, Lon2) and (Lat2, Lon2) can be calculated using: A = sin²((Lat2-Lat1)/2) + cos Lat1 ⋅ cos Lat2 ⋅ sin²((Lon2-Lon1)/2) C = 2 ⋅ atan2( √A, √(1−A) ) D = R ⋅ C

7. In the main part of the program (after declaring my functions): a.) Call the Header function that displays a header b.) The program should allow the user to do multiple calculations. Use a "do another?" loop. c.) Inside the loop, the program will do the following: i.) Call the get-location function to get the first location ii.) Call the get-location again to get the second location iii.) Call the distance function passing in the two locations above as arguments. iv.) Display a nicely formatted message to the user telling them the distance between those two locations v.) Finally, ask the user if they want to do another.

8. When done, display a goodbye message outside the loop.