mplete the following program that can calculate the direction from Greensboro to any point on be. You will have to convert the math equations to their proper C++ format. Note that atan2 thod of the cmath library that takes two parameters separated by a comma. Calculate the direction to any place on the earth. */ your name here / nclude nolude ing namespace std; t main () I double PI =3.141592653589793; / Declare two doubles, degrees and minutes, to hold the input. */ / Declare, latitude, longitude and direction to hold the destination and result */ / Declare two doubles, longDif and cosLat, to hold temporary values */ /* Declare gboroLat and gboroLong and set them to 0.629482084 and 1.36513836/ / Ask the user to enter the degrees and minutes of the destination longitude */ / Read degrees and minutes */ /* Calculate longitude =( degrees +60minutes)180 */ / Ask the user to enter the degrees and minutes of the destination latitude */ / Read degrees and minutes */ F Calculate latitude =( degrees +60minutes)180/ /* Set longDif to longitude minus gboroLong */ /* Set cosLat to the cosine of the latitude */ / Calculate direction =atan2(sin( longDif) cos Lat, cos( gboroLat ) sin( latitude ) sin( gboroLat) * cos Lat * cos( longDif) ) / / Convert the direction in radians to degrees by degrees = direction 180/ / Display the direction in degrees / Some interesting locations Sample input and output: Enter destination longitude in degrees and minutes 3948 Enter destination latitude in degrees and minutes 2125 The direction is 56.0834 degrees