public void Run()
{
// so here we're going to build the model
var api = new ApiHelper <Matrix.MatrixRequest, Matrix.MatrixResponse>("matrix-vyv95n7wchpl", configFile);
// create a solve request
Matrix.MatrixRequest sr = new Matrix.MatrixRequest();
// add locations to the matrix request
foreach (var d in data)
{
sr.Locations.Add(new Matrix.Location
{
Id = d.id,
Geocode = new Matrix.Geocode
{
Longitude = d.X,
Latitude = d.Y
}
});
sr.Sources.Add(d.id); // this will ensure a complete matrix. because destinations are empty, we assume you're asking for sources:sources
}
// configure the distance metric (although road network is the default)
sr.distanceUnit = Matrix.MatrixRequest.eDistanceUnit.Kilometres;
sr.durationUnit = Matrix.MatrixRequest.eDurationUnit.Minutes;
string requestId = api.Post(sr); // send the model to the api
Solution = api.Get(requestId); // get the response (which it typed, so that's cool)
System.Console.WriteLine(Solution.Elements.Count + " elements returned by the api");
// lets make a matrix!
Dictionary <string, int> idToIndex = new Dictionary <string, int>();
for (int i = 0; i < data.Count; i++)
{
idToIndex.Add(data[i].id, i);
}
double[][] DM = new double[data.Count][];
double[][] TM = new double[data.Count][];
for (int i = 0; i < data.Count; i++)
{
DM[i] = new double[data.Count]; // make a square matrix
TM[i] = new double[data.Count]; // make a square matrix
}
foreach (var item in Solution.Elements)
{
DM[idToIndex[item.fromId]][idToIndex[item.toId]] = item.Distance;
TM[idToIndex[item.fromId]][idToIndex[item.toId]] = item.Distance;
}
printMatrix(DM, "Distance matrix");
printMatrix(TM, "Time Matrix");
return;
}
public void Run()
{
// so here we're going to build the model
var api = new ApiHelper <Matrix.MatrixRequest, Matrix.MatrixResponse>("matrix-vyv95n7wchpl", configFile);
// create a solve request
Matrix.MatrixRequest sr = new Matrix.MatrixRequest();
// add points to the matrix request
foreach (var d in data)
{
sr.Locations.Add(new Matrix.Location
{
Id = d.id,
Geocode = new Matrix.Geocode
{
Longitude = d.X,
Latitude = d.Y
}
});
}
// in this example we add the first two locations as sources and the balance as destinations
for (int i = 0; i < data.Count; i++)
{
if (i < 2)
{
sr.Sources.Add(data[i].id);
}
else
{
sr.Destinations.Add(data[i].id);
}
}
// configure the distance metric (although road network is the default)
sr.distanceUnit = Matrix.MatrixRequest.eDistanceUnit.Kilometres;
sr.durationUnit = Matrix.MatrixRequest.eDurationUnit.Minutes;
string requestId = api.Post(sr); // send the model to the api
Solution = api.Get(requestId); // get the response (which it typed, so that's cool)
Console.WriteLine(Solution.Elements.Count + " elements returned by the api");
// We'll write this one out in long form.
int maxchar = 0;
foreach (var d in data)
{
maxchar = Math.Max(d.id.Length, maxchar); // so that the table displays nicely in the console :-)
}
string formatLine = "|{0,-" + maxchar + "}|{1,-" + maxchar + "}|{2,15}|{3,15}|";
Console.WriteLine(String.Format(formatLine, "From", "To", "Distance", "Time"));
foreach (var item in Solution.Elements)
{
Console.WriteLine(String.Format(formatLine, item.fromId, item.toId, item.Distance, item.Duration));
}
return;
}
