Situation:
I have 3 web references (xMap, xLocation, xRoute)
xMap is dedicated to generating maps.
xLocation is dedicated to locating places.
xRoute is dedicated to generating routes.
I am using a simple GUI to display the map and inputting locations for the start and destination routes.
These are my errors.
Error 1 Cannot implicitly convert type 'Plantool.xRoute.LineString[]'
to 'Plantool.xMap.LineString[]'
Error 2 The best overloaded method match for
'Plantool.xMap.XMapWSService.renderMapBoundingBox(Plantool.xMap.BoundingBox,
Plantool.xMap.MapParams, Plantool.xMap.ImageInfo,
Plantool.xMap.Layer[], bool, Plantool.xMap.CallerContext)' has some
invalid arguments
Error 3 Argument '1': cannot convert from
'Plantool.xRoute.BoundingBox' to 'Plantool.xMap.BoundingBox'
I am guessing that PTV xServer's duplicate methods/features/etc are the same as xMap, xLocate, xRoute are optional modules. It is probably a simple answer is there a solution to this?
I am looking a head for a long trip home and spend an additional addicted half an hour of overtime on this code. And hi, I'm new.
Below his my class.
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using Plantool.xMap;
using Plantool.xLocate;
using Plantool.xRoute;
namespace Plantool
{
class ClassMap
{
/*
* xServer clients
*/
private static XMapWSService xMapClient = new XMapWSService();
private static XRouteWSService xRouteClient = new XRouteWSService();
private static XLocateWSService xLocateClient = new XLocateWSService();
/* getLocation()
* Input: Address string
* Output: WKT (Well-Known-Text) Location
* Edited 20/12/12 - Davide Nguyen
*/
public string getLocation(string input)
{
// create the adress object
string[] address = input.Split(',');
Address addr = new Address();
addr.country = address[0];
addr.city = address[1];
addr.postCode = address[2];
// call findAddress on the xLocate server
// only the first argument of findAddress is mandatory,
// all others are nullable (see xLocate API documentation)
AddressResponse response = xLocateClient.findAddress(addr, null, null, null, null);
string result = "";
foreach (ResultAddress ra in response.wrappedResultList)
{
result += String.Format("POINT( {0} {1}) ", ra.coordinates.point.x, ra.coordinates.point.y);
}
string result2 = result.Replace(",", ".");
return result2;
}
/* route()
* Input: Start address, Destination address
* Output: string[] [0] DISTANCE [1] TIME [2] MAP
* Edited 20/12/12 - Davide Nguyen
*/
public string[] route(string startlocation, string destination)
{
#region WaypointDesc[]
// create the WayPoint for the Start
// ATTENTION: Here at the object WaypointDesc the parameters are not named
// "coords" as described within the documentation but
// "wrappedCoords"
WaypointDesc wpdStart = new WaypointDesc();
// please note that this has to be an array of Point...
wpdStart.wrappedCoords = new xRoute.Point[] { new xRoute.Point() };
wpdStart.wrappedCoords[0].wkt = getLocation(startlocation);
// Waypoint for the Destination...
WaypointDesc wpdDestination = new WaypointDesc();
wpdDestination.wrappedCoords = new xRoute.Point[] { new xRoute.Point() };
wpdDestination.wrappedCoords[0].wkt = getLocation(destination);
// create a new array of WayPointDescriptions and fill it with Start and Destination
WaypointDesc[] waypointDesc = new WaypointDesc[] { wpdStart, wpdDestination };
#endregion
try
{
// Route
Route route = calculateRoute(waypointDesc);
// Map
string DisplayMapURL = createMap(waypointDesc, route);
// get route info
string[] routeinfo = getRouteInfo(waypointDesc);
// Create the result
string[] result = new string[3];
result[0] = routeinfo[0]; // Distance
result[1] = routeinfo[1]; // Time
result[2] = DisplayMapURL;// Map URL
// Return the result
return result;
}
catch
{
throw new NotImplementedException();
}
}
/* getRouteInfo()
* Input: WaypointDesc[]
* Output: string mapURL
* Edited 20/12/12 - Davide Nguyen
*/
private static string createMap(WaypointDesc[] waypointDesc, Route route)
{
#region boundingBox
// Set boundingBox fand use corners from the calculated route
xRoute.BoundingBox boundingBox = new xRoute.BoundingBox();
boundingBox.leftTop = route.totalRectangle.rightTop;
boundingBox.rightBottom = route.totalRectangle.leftBottom;
#endregion
#region mapParams
// Build mapParams
MapParams mapParams = new MapParams();
mapParams.showScale = true;
mapParams.useMiles = false;
#endregion
#region imageInfo
// Create imageInfo and set the frame size and image format. NOTE: 1052; 863
ImageInfo imageInfo = new ImageInfo();
imageInfo.format = ImageFileFormat.PNG;
imageInfo.height = 1052;
imageInfo.width = 863;
imageInfo.imageParameter = "";
#endregion
#region layers
// Create a line from the calculated route
xRoute.LineString[] lineStrings = new xRoute.LineString[] { route.polygon };
Lines[] lines = new Lines[1];
LineOptions options = new LineOptions();
LinePartOptions partoptions = new LinePartOptions();
partoptions.color = new Color();
partoptions.visible = true;
partoptions.width = -10;
options.mainLine = partoptions;
lines[0] = new Lines();
lines[0].wrappedLines = lineStrings; //NEED HELP
lines[0].options = options;
// Define customLayer that contains the object lines and set layers.
CustomLayer customLayer = new CustomLayer();
customLayer.visible = true;
customLayer.drawPriority = 100;
customLayer.wrappedLines = lines;
customLayer.objectInfos = ObjectInfoType.NONE;
customLayer.centerObjects = true;
Layer[] layers = new Layer[] { customLayer };
#endregion
#region includeImageInResponse
// Set argument includeImageInResponse to false (default).
Boolean includeImageInResponse = false;
#endregion
// Return object map using the following method.
Map map = xMapClient.renderMapBoundingBox(boundingBox, mapParams, imageInfo, layers, includeImageInResponse, null); // NEED HELP
// Retrieve the image
string result = "http://" + map.image.url;
// Return the drawn map
return result;
}
/* getRouteInfo()
* Input: WaypointDesc[]
* Output: string[] [0] Distance in M [1] Time in H:M:S:MS
* Edited 20/12/12 - Davide Nguyen
*/
private string[] getRouteInfo(WaypointDesc[] waypointDesc)
{
// Call the service
RouteInfo routeInfo = xRouteClient.calculateRouteInfo(waypointDesc, null, null, null);
// Create the result
TimeSpan t = TimeSpan.FromSeconds(routeInfo.time);
string[] result = new string[2];
result[0] = string.Format("{0} KM", routeInfo.distance);
result[1] = string.Format("{0:D2}h:{1:D2}m:{2:D2}s:{3:D3}ms", t.Hours, t.Minutes, t.Seconds, t.Milliseconds);
// Return the result
return result;
}
/* getRouteLines()
* Input: WaypointDesc[]
* Output: Route object
* Edited 20/12/12 - Davide Nguyen
*/
private static Route calculateRoute(WaypointDesc[] waypointDesc)
{
#region ResultListOptions
// Instantiate a new object resultListOPtions
ResultListOptions resultListOptions = new ResultListOptions();
resultListOptions.polygon = true;
resultListOptions.totalRectangle = true;
resultListOptions.detailLevel = DetailLevel.STANDARD;
#endregion
#region CallerContext/CallerContextPropery
// Create a new CallerContextProperty object property
xRoute.CallerContextProperty property = new xRoute.CallerContextProperty();
property.key = "ResponseGeometry";
property.value = "WKT";
xRoute.CallerContext callerContext = new xRoute.CallerContext();
callerContext.wrappedProperties = new xRoute.CallerContextProperty[] { property };
#endregion
// Call the service
Route route = xRouteClient.calculateRoute(waypointDesc, null, null, resultListOptions, callerContext);
return route;
}
}
}