public TravelData getOriginalRoute(string travelMode, GeoPoint originXY, GeoPoint destinationXY)
{
TravelData travelData = new TravelData();
travelData.steps = new List <Step> ();
// ORIGIN -> PLACE DATA
string url = @"https://maps.googleapis.com/maps/api/directions/json?mode=" + travelMode + "&origin=" + originXY.latitude + "," + originXY.longitude + "&destination=" + destinationXY.latitude + "," + destinationXY.longitude + "&key=";
var httpClient = new HttpClient(new NativeMessageHandler());
Task <HttpResponseMessage> response = httpClient.GetAsync(url);
Task <string> returnedText = response.Result.Content.ReadAsStringAsync();
var json = (JObject)JsonConvert.DeserializeObject(returnedText.Result);
string status = (string)json["status"];
if (status == "OK")
{
try
{
var routes = json["routes"];
var route = routes[0];
var legs = route["legs"];
var leg = legs[0];
var totalDistance = leg["distance"];
travelData.meters = (int)totalDistance["value"];
var totalDuration = leg["duration"];
travelData.seconds = (int)totalDuration["value"];
var steps = leg["steps"];
foreach (JToken step in steps)
{
Step nextStep = new Step();
JToken startLoc = step["start_location"];
nextStep.originXY = new GeoPoint((double)startLoc["lat"], (double)startLoc["lng"]);
JToken endLoc = step["end_location"];
nextStep.endpointXY = new GeoPoint((double)endLoc["lat"], (double)endLoc["lng"]);
JToken polyLine = step["polyline"];
nextStep.polyLine = (string)polyLine["points"];
JToken distance = step["distance"];
nextStep.distance = (int)distance["value"];
travelData.steps.Add(nextStep);
}
}
catch (Exception ex)
{
}
}
else
{
//error handling
}
return(travelData);
}
public List <GeoPoint> findPointsToSearch(TravelData originalRoute, int searchRadius, GeoPoint originXY)
{
// START OFF BY ADDING THE ORIGIN POINT
List <GeoPoint> pointsToSearch = new List <GeoPoint>();
pointsToSearch.Add(originXY);
// CONTINUE SEARCHING ALONG THE NEXT STEP UNTIL FOUND ALL POINTS
for (int i = 0; i < originalRoute.steps.Count; i++)
{
List <GeoPoint> morePoints = findPointsAlongStep(originalRoute.steps[i], searchRadius);
foreach (GeoPoint point in morePoints)
{
pointsToSearch.Add(point);
}
}
return(pointsToSearch);
}
public async Task <List <Place> > Run(GeoPoint startCoordinate, GeoPoint endCoordinate)
// I think pass the coordinates as params because startCoord will probably be pulled
// from the native phones GPS
//public List<Place> Run(GeoPoint startCoordinate, GeoPoint endCoordinate)
{
DateTime timeStarted = DateTime.Now;
//GET TRAVEL DATA FOR THE ORIGINAL ROUTE
GeoPoint originXY = startCoordinate; //getCurrentLocation ();
GeoPoint finalDestinationXY = endCoordinate; //getFinalDestination ();
string placeType = "thai food";
string transportationMethod = "driving";
int searchRadius = 100;
TravelData originalRoute = getOriginalRoute(transportationMethod, originXY, finalDestinationXY);
decimal originalMinutes = Math.Round((originalRoute.seconds / 60.0m), 0);
List <GeoPoint> pointsToSearch = findPointsToSearch(originalRoute, searchRadius, originXY);
// foreach (GeoPoint point in pointsToSearch)
// {
// Logger.info ("SearchPoint", point.latitude + "," + point.longitude);
// }
List <List <GeoPoint> > pointsArrays = new List <List <GeoPoint> >();
List <GeoPoint> pointsArray1 = new List <GeoPoint>();
List <GeoPoint> pointsArray2 = new List <GeoPoint>();
List <GeoPoint> pointsArray3 = new List <GeoPoint>();
List <GeoPoint> pointsArray4 = new List <GeoPoint>();
List <GeoPoint> pointsArray5 = new List <GeoPoint>();
List <GeoPoint> pointsArray6 = new List <GeoPoint>();
List <GeoPoint> pointsArray7 = new List <GeoPoint>();
List <GeoPoint> pointsArray8 = new List <GeoPoint>();
pointsArrays.Add(pointsArray1);
pointsArrays.Add(pointsArray2);
pointsArrays.Add(pointsArray3);
pointsArrays.Add(pointsArray4);
pointsArrays.Add(pointsArray5);
pointsArrays.Add(pointsArray6);
pointsArrays.Add(pointsArray7);
pointsArrays.Add(pointsArray8);
int numberPointsPerTask = pointsToSearch.Count / pointsArrays.Count;
numberPointsPerTask++;
int numPointsAdded = 0;
int pointsArraysIndex = 0;
for (int i = 0; i < pointsToSearch.Count; i++)
{
if (numPointsAdded == numberPointsPerTask)
{
numPointsAdded = 0;
pointsArraysIndex++;
}
pointsArrays[pointsArraysIndex].Add(pointsToSearch[i]);
numPointsAdded++;
}
// List<List<Place>> allPlaces = new List<List<Place>> ();
// List<Place> places1 = await searchPlacesFromListPoints (pointsArray1, searchRadius, placeType);
// List<Place> places2 = await searchPlacesFromListPoints (pointsArray2, searchRadius, placeType);
// List<Place> places3 = await searchPlacesFromListPoints (pointsArray3, searchRadius, placeType);
// List<Place> places4 = await searchPlacesFromListPoints (pointsArray4, searchRadius, placeType);
// allPlaces.Add (places1);
// allPlaces.Add (places2);
// allPlaces.Add (places3);
// allPlaces.Add (places4);
Task <List <Place> >[] allPlaces =
{
Task <List <Place> > .Run(() => runTasksSearchPlaces(pointsArray1, searchRadius, placeType)),
Task <List <Place> > .Run(() => runTasksSearchPlaces(pointsArray2, searchRadius, placeType)),
Task <List <Place> > .Run(() => runTasksSearchPlaces(pointsArray3, searchRadius, placeType)),
Task <List <Place> > .Run(() => runTasksSearchPlaces(pointsArray4, searchRadius, placeType)),
Task <List <Place> > .Run(() => runTasksSearchPlaces(pointsArray5, searchRadius, placeType)),
Task <List <Place> > .Run(() => runTasksSearchPlaces(pointsArray6, searchRadius, placeType)),
Task <List <Place> > .Run(() => runTasksSearchPlaces(pointsArray7, searchRadius, placeType)),
Task <List <Place> > .Run(() => runTasksSearchPlaces(pointsArray8, searchRadius, placeType))
};
Task.WaitAll(allPlaces);
List <Place> placesToSearch = new List <Place>();
for (int x = 0; x < allPlaces.Length; x++)
{
foreach (Place place in allPlaces[x].Result)
{
placesToSearch.Add(place);
}
}
placesToSearch = removeDuplicatePlaces(placesToSearch);
int index = 0;
List <Place> placesToSearch2 = new List <Place> ();
foreach (Place place in placesToSearch)
{
placesToSearch2.Add(getPlaceDetails(place.id));
}
TimeSpan duration = DateTime.Now - timeStarted;
Logger.info("Results", "Number Of Places Found: " + placesToSearch2.Count);
Logger.info("Results", "Place Searches Calls: " + numTimesSearchPlacesCalled);
Logger.info("Results", "Place Details Calls: " + placesToSearch2.Count);
Logger.info("Results", "Total API Calls: " + (placesToSearch2.Count + numTimesSearchPlacesCalled));
Logger.info("Results", "Total Time: " + duration.ToString());
foreach (Place place in placesToSearch2)
{
Logger.info("Results", " ");
Logger.info("Results", place.Name);
Logger.info("Results", "Open now: " + place.openNow);
Logger.info("Results", "Open: " + place.openTime);
Logger.info("Results", "Close: " + place.CloseTime);
Logger.info("Results", "Coordinates: " + place.Location.latitude + "," + place.Location.longitude);
}
foreach (Place place in placesToSearch2)
{
if (place.openNow)
{
place.OpenColor = Color.Green;
}
else
{
place.OpenColor = Color.Red;
}
TravelData travelData = getPitStopRoute(transportationMethod, originXY, place.Location, finalDestinationXY);
int pitStopAddedSeconds = travelData.seconds - originalRoute.seconds;
place.SecondsAdded = pitStopAddedSeconds;
if (pitStopAddedSeconds > 60)
{
int minsAdded = pitStopAddedSeconds / 60;
place.AddedTime = minsAdded + " Mins";
}
else
{
place.AddedTime = pitStopAddedSeconds + " Seconds";
}
}
return(placesToSearch2);
}