public IVector[] GetObservedLocalization(IObservationDescriptions observationDescriptions, double distance)
{
throw new NotImplementedException();
//NOTE OLD STUFF
if (_openMIComponent is ITimeSpaceComponentExtensions)
{
ITimeSpaceComponentExtensions extendedComponent = (ITimeSpaceComponentExtensions)_openMIComponent;
//Determine the number of observations (=number of columns)
int nObs = observationDescriptions.ObservationCount;
org.openda.utils.TreeVector[] retVectorsTree = new org.openda.utils.TreeVector[nObs];
for (int iObs = 0; iObs < nObs; iObs++)
{
retVectorsTree[iObs] = new org.openda.utils.TreeVector("localizationMask");
}
// Loop over all active echangeItems
// Note interface of this method must be improved to fix and answer the question which echangeItems are inwhat order in the state vector
foreach (KeyValuePair <string, ExchangeItem> inout in _inout)
{
string exchangeItemID = inout.Key;
double[][] mask = extendedComponent.getLocalization(exchangeItemID, observationDescriptions, distance);
if (mask != null)
{
for (int iObs = 0; iObs < nObs; iObs++)
{
org.openda.utils.Vector vec = new org.openda.utils.Vector(mask[iObs]);
org.openda.utils.TreeVector subVec = new org.openda.utils.TreeVector(exchangeItemID, vec);
retVectorsTree[iObs].addChild(subVec);
}
}
}
// Cast fancy treevectors to vectors
IVector[] retVectors = new IVector[nObs];
for (int iObs = 0; iObs < nObs; iObs++)
{
double[] values = retVectorsTree[iObs].getValues();
retVectors[iObs] = new OpenDA.DotNet.Bridge.Vector(values);
}
return(retVectors);
}
else
{
throw new NotImplementedException();
return(null);
}
}
public VectorJ2N(int size)
{
_javaVector = new org.openda.utils.Vector(size);
}
public VectorJ2N(double[] doubles)
{
_javaVector = new org.openda.utils.Vector(doubles);
}
public VectorJ2N(string timeSpanString)
{
_javaVector = new org.openda.utils.Vector(timeSpanString);
}
