public void TestSolve()
{
var svc = new RouteService();
var solveParameters = new SolveParameters
{
stops = new double[][] {
new double[] { -122.4079, 37.78356 },
new double[] { -122.404, 37.782 }
},
////restrictionAttributeNames = new string[] { "none" }
};
SolveResult result = svc.Solve(solveParameters, this.Token);
Assert.IsInstanceOfType(result, typeof(SolveResult));
Assert.IsNotNull(result.directions, "Directions should not be null");
Assert.AreEqual(result.directions.Length, 1, "Directions should have a single element.");
Direction direction = result.directions.First();
// Check some properties for expected results.
Assert.AreEqual(direction.routeId, 1);
Assert.AreEqual(direction.routeName, "Location 1 - Location 2");
Assert.IsTrue(direction.features.Length > 1);
Assert.AreEqual(direction.features.First().attributes["maneuverType"], "esriDMTDepart");
Assert.AreEqual(direction.features.Last().attributes["maneuverType"], "esriDMTStop");
Assert.IsNotNull(result.routes);
Assert.AreEqual(result.routes.spatialReference.wkid, 4326);
}
/// <summary>
/// Determines a route between two or more points.
/// </summary>
/// <param name="parameters"></param>
/// <param name="token"></param>
/// <returns></returns>
/// <exception cref="SolveException"></exception>
public SolveResult Solve(SolveParameters parameters, Token token)
{
UriBuilder uriBuilder = new UriBuilder(this.Uri);
uriBuilder.Path += "solve";
string qs = parameters.ToQueryString();
if (token != null)
{
qs = string.Format("token={1}&{0}&f=json", qs, token.AccessToken);
}
uriBuilder.Query = qs;
var request = HttpWebRequest.Create(uriBuilder.Uri) as HttpWebRequest;
string json = null;
using (var response = request.GetResponse() as HttpWebResponse)
{
var stream = response.GetResponseStream();
using (var streamReader = new StreamReader(stream))
{
json = streamReader.ReadToEnd();
}
}
// If the request returned an error, throw an exception.
var errorResponse = JsonConvert.DeserializeObject<SolveErrorResponse>(json);
if (errorResponse.error != null)
{
throw new SolveException(errorResponse);
}
SolveResult solveResult = null;
solveResult = JsonConvert.DeserializeObject<SolveResult>(json);
return solveResult;
}
public void TestSolve2()
{
const string stopsJson = "{\"features\":[{\"geometry\":{\"x\":-122.473948,\"y\":37.7436},\"attributes\":{\"Name\":\"Office\",\"Attr_TravelTime\":0}},{\"geometry\":{\"x\":-122.439613,\"y\":37.746144},\"attributes\":{\"Name\":\"Store 1\",\"Attr_TravelTime\":25}},{\"geometry\":{\"x\":-122.488254,\"y\":37.754092},\"attributes\":{\"Name\":\"Store 2\",\"Attr_TravelTime\":20}},{\"geometry\":{\"x\":-122.44915,\"y\":37.731837},\"attributes\":{\"Name\":\"Store 3\",\"Attr_TravelTime\":30}},{\"geometry\":{\"x\":-122.46441,\"y\":37.774756},\"attributes\":{\"Name\":\"Store 4\",\"Attr_TravelTime\":25}},{\"geometry\":{\"x\":-122.426896,\"y\":37.769352},\"attributes\":{\"Name\":\"Store 5\",\"Attr_TravelTime\":20}},{\"geometry\":{\"x\":-122.473948,\"y\":37.7436},\"attributes\":{\"Name\":\"Office\",\"Attr_TravelTime\":0}}]}";
var stopFeatures = JsonConvert.DeserializeObject <FeatureSet>(stopsJson);
Assert.AreEqual(stopFeatures.features.Length, 7, "There should be seven stops.");
var solveParams = new SolveParameters
{
stopsAsFeatures = stopFeatures,
findBestSequence = true,
preserveFirstStop = true,
preserveLastStop = true,
returnDirections = true,
returnRoutes = true
};
var svc = new RouteService();
SolveResult result = svc.Solve(solveParams, this.Token);
Assert.IsInstanceOfType(result, typeof(SolveResult));
Assert.IsNotNull(result.routes, "Routes should not be null.");
Assert.IsNotNull(result.directions, "Directions should not be null.");
}
public SolveProjector(ProjectorEntry pe, double radius, ProjectionType type, ScreenTypes tranformType, SolveParameters solveParameters)
{
projectionType = type;
screenType = tranformType;
this.solveParameters = solveParameters;
switch (type)
{
case ProjectionType.View:
{
Fov.Value = pe.ViewProjection.FOV;
Aspect.Value = pe.ViewProjection.Aspect;
OffsetX.Value = pe.ViewProjection.XOffset;
OffsetY.Value = pe.ViewProjection.YOffset;
RadialCenterX.Value = pe.ViewProjection.RadialCenterX;
RadialCenterY.Value = pe.ViewProjection.RadialCenterY;
RadialAmountX.Value = pe.ViewProjection.RadialAmountX;
RadialAmountY.Value = pe.ViewProjection.RadialAmountY;
Pitch.Value = pe.ViewTransform.Pitch;
Heading.Value = pe.ViewTransform.Heading;
Roll.Value = pe.ViewTransform.Roll;
X.Value = -pe.ViewTransform.X;
Y.Value = pe.ViewTransform.Y;
Z.Value = pe.ViewTransform.Z;
}
break;
case ProjectionType.FishEye:
case ProjectionType.Projector:
{
Fov.Value = pe.ProjectorProjection.FOV;
Aspect.Value = pe.ProjectorProjection.Aspect;
OffsetX.Value = pe.ProjectorProjection.XOffset;
OffsetY.Value = pe.ProjectorProjection.YOffset;
RadialCenterX.Value = pe.ProjectorProjection.RadialCenterX;
RadialCenterY.Value = pe.ProjectorProjection.RadialCenterY;
RadialAmountX.Value = pe.ProjectorProjection.RadialAmountX;
RadialAmountY.Value = pe.ProjectorProjection.RadialAmountY;
Pitch.Value = pe.ProjectorTransform.Pitch;
Heading.Value = pe.ProjectorTransform.Heading;
Roll.Value = pe.ProjectorTransform.Roll;
X.Value = -pe.ProjectorTransform.X;
Y.Value = pe.ProjectorTransform.Y;
Z.Value = pe.ProjectorTransform.Z;
}
break;
case ProjectionType.Solved:
{
Fov.Value = pe.SolvedProjection.FOV;
Aspect.Value = pe.SolvedProjection.Aspect;
OffsetX.Value = pe.SolvedProjection.XOffset;
OffsetY.Value = pe.SolvedProjection.YOffset;
RadialCenterX.Value = pe.ProjectorProjection.RadialCenterX;
RadialCenterY.Value = pe.ProjectorProjection.RadialCenterY;
RadialAmountX.Value = pe.ProjectorProjection.RadialAmountX;
RadialAmountY.Value = pe.ProjectorProjection.RadialAmountY;
Pitch.Value = pe.SolvedTransform.Pitch;
Heading.Value = pe.SolvedTransform.Heading;
Roll.Value = pe.SolvedTransform.Roll;
X.Value = -pe.SolvedTransform.X;
Y.Value = pe.SolvedTransform.Y;
Z.Value = pe.SolvedTransform.Z;
}
break;
}
width = pe.Width;
height = pe.Height;
sphereRadius = radius;
}
public void TestSolve2()
{
const string stopsJson = "{\"features\":[{\"geometry\":{\"x\":-122.473948,\"y\":37.7436},\"attributes\":{\"Name\":\"Office\",\"Attr_TravelTime\":0}},{\"geometry\":{\"x\":-122.439613,\"y\":37.746144},\"attributes\":{\"Name\":\"Store 1\",\"Attr_TravelTime\":25}},{\"geometry\":{\"x\":-122.488254,\"y\":37.754092},\"attributes\":{\"Name\":\"Store 2\",\"Attr_TravelTime\":20}},{\"geometry\":{\"x\":-122.44915,\"y\":37.731837},\"attributes\":{\"Name\":\"Store 3\",\"Attr_TravelTime\":30}},{\"geometry\":{\"x\":-122.46441,\"y\":37.774756},\"attributes\":{\"Name\":\"Store 4\",\"Attr_TravelTime\":25}},{\"geometry\":{\"x\":-122.426896,\"y\":37.769352},\"attributes\":{\"Name\":\"Store 5\",\"Attr_TravelTime\":20}},{\"geometry\":{\"x\":-122.473948,\"y\":37.7436},\"attributes\":{\"Name\":\"Office\",\"Attr_TravelTime\":0}}]}";
var stopFeatures = JsonConvert.DeserializeObject<FeatureSet>(stopsJson);
Assert.AreEqual(stopFeatures.features.Length, 7, "There should be seven stops.");
var solveParams = new SolveParameters
{
stopsAsFeatures = stopFeatures,
findBestSequence = true,
preserveFirstStop = true,
preserveLastStop = true,
returnDirections = true,
returnRoutes = true
};
var svc = new RouteService();
SolveResult result = svc.Solve(solveParams, this.Token);
Assert.IsInstanceOfType(result, typeof(SolveResult));
Assert.IsNotNull(result.routes, "Routes should not be null.");
Assert.IsNotNull(result.directions, "Directions should not be null.");
}
public void TestSolve()
{
var svc = new RouteService();
var solveParameters = new SolveParameters
{
stops = new double[][] {
new double[] {-122.4079,37.78356},
new double[] {-122.404,37.782}
},
////restrictionAttributeNames = new string[] { "none" }
};
SolveResult result = svc.Solve(solveParameters, this.Token);
Assert.IsInstanceOfType(result, typeof(SolveResult));
Assert.IsNotNull(result.directions, "Directions should not be null");
Assert.AreEqual(result.directions.Length, 1, "Directions should have a single element.");
Direction direction = result.directions.First();
// Check some properties for expected results.
Assert.AreEqual(direction.routeId, 1);
Assert.AreEqual(direction.routeName, "Location 1 - Location 2");
Assert.IsTrue(direction.features.Length > 1);
Assert.AreEqual(direction.features.First().attributes["maneuverType"], "esriDMTDepart");
Assert.AreEqual(direction.features.Last().attributes["maneuverType"], "esriDMTStop");
Assert.IsNotNull(result.routes);
Assert.AreEqual(result.routes.spatialReference.wkid, 4326);
}
public SolveProjector(ProjectorEntry pe, double radius, ProjectionType type, ScreenTypes tranformType, SolveParameters solveParameters)
{
this.projectionType = type;
this.screenType = tranformType;
this.solveParameters = solveParameters;
switch (type)
{
case ProjectionType.View:
{
Fov.Value = pe.ViewProjection.FOV;
Aspect.Value = pe.ViewProjection.Aspect;
OffsetX.Value = pe.ViewProjection.XOffset;
OffsetY.Value = pe.ViewProjection.YOffset;
RadialCenterX.Value = pe.ViewProjection.RadialCenterX;
RadialCenterY.Value = pe.ViewProjection.RadialCenterY;
RadialAmountX.Value = pe.ViewProjection.RadialAmountX;
RadialAmountY.Value = pe.ViewProjection.RadialAmountY;
Pitch.Value = pe.ViewTransform.Pitch;
Heading.Value = pe.ViewTransform.Heading;
Roll.Value = pe.ViewTransform.Roll;
X.Value = -pe.ViewTransform.X;
Y.Value = pe.ViewTransform.Y;
Z.Value = pe.ViewTransform.Z;
}
break;
case ProjectionType.FishEye:
case ProjectionType.Projector:
{
Fov.Value = pe.ProjectorProjection.FOV;
Aspect.Value = pe.ProjectorProjection.Aspect;
OffsetX.Value = pe.ProjectorProjection.XOffset;
OffsetY.Value = pe.ProjectorProjection.YOffset;
RadialCenterX.Value = pe.ProjectorProjection.RadialCenterX;
RadialCenterY.Value = pe.ProjectorProjection.RadialCenterY;
RadialAmountX.Value = pe.ProjectorProjection.RadialAmountX;
RadialAmountY.Value = pe.ProjectorProjection.RadialAmountY;
Pitch.Value = pe.ProjectorTransform.Pitch;
Heading.Value = pe.ProjectorTransform.Heading;
Roll.Value = pe.ProjectorTransform.Roll;
X.Value = -pe.ProjectorTransform.X;
Y.Value = pe.ProjectorTransform.Y;
Z.Value = pe.ProjectorTransform.Z;
}
break;
case ProjectionType.Solved:
{
Fov.Value = pe.SolvedProjection.FOV;
Aspect.Value = pe.SolvedProjection.Aspect;
OffsetX.Value = pe.SolvedProjection.XOffset;
OffsetY.Value = pe.SolvedProjection.YOffset;
RadialCenterX.Value = pe.ProjectorProjection.RadialCenterX;
RadialCenterY.Value = pe.ProjectorProjection.RadialCenterY;
RadialAmountX.Value = pe.ProjectorProjection.RadialAmountX;
RadialAmountY.Value = pe.ProjectorProjection.RadialAmountY;
Pitch.Value = pe.SolvedTransform.Pitch;
Heading.Value = pe.SolvedTransform.Heading;
Roll.Value = pe.SolvedTransform.Roll;
X.Value = -pe.SolvedTransform.X;
Y.Value = pe.SolvedTransform.Y;
Z.Value = pe.SolvedTransform.Z;
}
break;
default:
break;
}
useGrid = pe.UseGrid;
width = pe.Width;
height = pe.Height;
sphereRadius = radius;
if (useGrid)
{
LoadGrid(pe.Constraints);
}
}
