// Your normal Google Map object initialization</span>
	var myOptions = {
	  zoom: zoom,
	  center: center,
	  mapTypeId: google.maps.MapTypeId.ROADMAP
	};
	myMap = new google.maps.Map(div, myOptions);
	directionsPanel = document.getElementById("my_textual_div");

	// Create the tsp object
	tsp = new BpTspSolver(myMap, directionsPanel);
	
	// Set your preferences
	tsp.setAvoidHighways(true);
	tsp.setTravelMode(google.maps.DirectionsTravelMode.WALKING);
	
	// Add points (by coordinates, or by address).
	// The first point added is the starting location.
	// The last point added is the final destination (in the case of A - Z mode)
	tsp.addWaypoint(latLng, addWaypointCallback);  // Note: The callback is new for version 3, to ensure waypoints and addresses appear in the order they were added in.
	tsp.addAddress(address, addAddressCallback);
	
	// Solve the problem (start and end up at the first location)
	tsp.solveRoundTrip(onSolveCallback);
	// Or, if you want to start in the first location and end at the last,
	// but don't care about the order of the points in between:
	tsp.solveAtoZ(onSolveCallback);
	
	// Retrieve the solution (so you can display it to the user or do whatever :-)
	var dir = tsp.getGDirections();  // This is a normal GDirections object.
	// The order of the elements in dir now correspond to the optimal route.
	
	// If you just want the permutation of the location indices that is the best route:
	var order = tsp.getOrder();
	
	// If you want the duration matrix that was used to compute the route:
	var durations = tsp.getDurations();
	
	// There are also other utility functions, see the source.