public GoogleDirectionsInput Create(string originId, string destinationId, GoogleTravelMode mode, DateTime departureTime)
{
LanguageType language = LanguageType.Pl;
var startSeconds = GooglePlaceCalculator.ConvertToUnixTimestamp(departureTime);
return(new GoogleDirectionsInput(originId, destinationId, mode, language, startSeconds));
}
public GoogleDirectionsInput(Location originLoc, Location destinationLoc, GoogleTravelMode mode, LanguageType language, double?departure_time = null)
{
OriginLoc = originLoc;
DestinationLoc = destinationLoc;
Mode = mode;
Departure_time = departure_time;
WaypointsLoc = new List <Location>();
WaypointsPlaceId = new List <string>();
OptimizeWaypoints = true;
}
public GoogleDistanceMatrixInput(LanguageType language, GoogleTravelMode mode = GoogleTravelMode.Walking, int?departure_time = null)
{
Language = language;
Mode = mode;
Units = "metric";
Departure_time = departure_time;
OriginsLoc = new List <Location>();
OriginsPlaceId = new List <string>();
DestinationsLoc = new List <Location>();
DestinationsPlaceId = new List <string>();
}
public PlanRouteStep(int distance, int duration, double startStepLat, double startStepLng, double endStepLat, double endStepLng, GoogleTravelMode travelMode, string htmlInstruction, string maneuver)
{
Distance = distance;
Duration = duration;
StartStepLat = startStepLat;
StartStepLng = startStepLng;
EndStepLat = endStepLat;
EndStepLng = endStepLng;
TravelMode = travelMode;
HtmlInstruction = htmlInstruction;
Maneuver = maneuver;
}
public GoogleDirectionsInput(Location originLoc, Location destinationLoc, GoogleTravelMode mode, LanguageType language, IList <Location> waypoints, bool optimize, double?departure_time = null)
{
OriginLoc = originLoc;
DestinationLoc = destinationLoc;
Mode = mode;
WaypointsLoc = new List <Location>();
foreach (var w in waypoints)
{
WaypointsLoc.Add(w);
}
WaypointsPlaceId = new List <string>();
OptimizeWaypoints = optimize;
Departure_time = departure_time;
}
public GoogleDirectionsInput Create(Location origin, Location destination, GoogleTravelMode mode, DateTime departureTime)
{
LanguageType language = LanguageType.Pl;
var startSeconds = GooglePlaceCalculator.ConvertToUnixTimestamp(departureTime);
if (startSeconds < 0)
{
return(new GoogleDirectionsInput(origin, destination, mode, language));
}
else
{
return(new GoogleDirectionsInput(origin, destination, mode, language, startSeconds));
}
}
//Required parameters:
//-key
//-origin — The address, textual latitude/longitude value, or place ID from which you wish to calculate directions.
// - destination — The address, textual latitude/longitude value, or place ID
//Optional parameters:
//- language = {en, pl}
//- mode {driving, walking, bicycling, transit(+departure_time, arrival_tie)}
//- waypoints (intermediate locations) =via:lat%2Clng| =via:place_id:{id}|place_id:{id2}
//- optimize waypoints( travelling salesperson problem) np &waypoints=optimize:true|Barossa+Valley,SA|Clare,SA
// and return "waypoint_order": [ 3, 2, 0, 1 ]
// -alternatives {true,false} alternative routes
// - avoid {tolls|highways|ferries|indoor}
// - unit={metirc}
// - arrival_time/departure_time - Specifies the desired time of departure. You can specify the time as an integer in seconds since midnight, January 1, 1970 UTC
//mode is driving: You can specify the departure_time to receive a route and trip duration that take traffic conditions into account.
// -traffic_model {best_guess ,pessimistic ,optimistic )
// - transit_mode={bus,subway,train,tram,rail}
// -transit_routing_preference {less_walking, fewer_transfers}
public GoogleDirectionsInput CreateOptimizedWaypoints(Location originLoc, Location destinationLoc, GoogleTravelMode mode, IList <Location> waypoints, double?departure_time = null)
{
LanguageType language = LanguageType.Pl;
return(new GoogleDirectionsInput(originLoc, destinationLoc, mode, language, waypoints, true, departure_time));
}
