1. In your program define a class called GeoPoint that will have the following:

a. An init (self) method that will create two attributes (variables) called self.lat, self.lon for the location of that point. The init method will also initialize a description attribute (variable) that will start off as the empty string .

b. A SetPoint(self, lat, lon) method that will set the values of self.lat, self.lon

c. A GetPoint(self) method that will return a data structure with self.lat, self.lon.

d. A Distance(self, lat, lon) method that will figure out the distance between the objects self.lat, self.lon and lat, lon user parameters passed in.

e. A SetDescription(self, description) method that will set the objects self.description attribute (variable).

f. A GetDescription(self) method that will return the objects self.description attribute.

2. In the main part of your program do the following:

a. Instantiate (create objects from GeoPoint) the following two locations:

i. Dallas: 35.106766, -106.629181

ii. Austin: 39.742043, -104.991531

Name the objects Dallas and Austin

Test user location, for example, Santa Fe, NM

Santa Fe, NM: 36.89532386641793, -104.43291016842771

b. Use the SetPoint and SetDescription methods to set the Dallas and Austin locations and descriptions.

c. Inside a loop do the following:

i. Ask the user for their location. You can ask for coordinates in separate inputs or ask them for their coordinates in one input with each element separated by a coma.

ii. Use Dallas and Austin Distance method to find the distance from each to the users location

distanceToDallas=Dallas.Distance(lat, long)

distanceToAustin = Austin.Distance(lat, long)

iii. Tell the user which point they are closest to in this format:

You are closest to which is located at

iv. Ask Do another distance calculation (y/n)? and repeat loop if they respond with y; break out of loop for any other response