/**
* Open up for internal Network API use.
* Returns an {@link Encoder.Builder} which corresponds to the specified name.
* @param encoderName
* @return
*/
public IBuilder GetBuilder(string encoderName)
{
switch (encoderName)
{
case "CategoryEncoder":
return(CategoryEncoder.GetBuilder());
case "CoordinateEncoder":
return(CoordinateEncoder.GetBuilder());
case "GeospatialCoordinateEncoder":
return(GeospatialCoordinateEncoder.GetGeobuilder());
case "LogEncoder":
return(LogEncoder.GetBuilder());
case "PassThroughEncoder":
return(PassThroughEncoder <int[]> .GetBuilder());
case "ScalarEncoder":
return(ScalarEncoder.GetBuilder());
case "AdaptiveScalarEncoder":
return(AdaptiveScalarEncoder.GetAdaptiveBuilder());
case "SparsePassThroughEncoder":
return(SparsePassThroughEncoder.GetSparseBuilder());
case "SDRCategoryEncoder":
return(SDRCategoryEncoder.GetBuilder());
case "RandomDistributedScalarEncoder":
return(RandomDistributedScalarEncoder.GetBuilder());
case "DateEncoder":
return(DateEncoder.GetBuilder());
case "DeltaEncoder":
return(DeltaEncoder.GetDeltaBuilder());
case "SDRPassThroughEncoder":
return(SDRPassThroughEncoder.GetSptBuilder());
default:
throw new ArgumentException("Invalid encoder: " + encoderName);
}
}
public override IEncoder Build()
{
// Must be instantiated so that super class can initialize
// boilerplate variables.
encoder = new RandomDistributedScalarEncoder();
// Call super class here
RandomDistributedScalarEncoder partialBuild = (RandomDistributedScalarEncoder)base.Build();
////////////////////////////////////////////////////////
// Implementing classes would do Setting of specific //
// vars here together with any sanity checking //
////////////////////////////////////////////////////////
partialBuild.SetSeed(seed);
partialBuild.SetMaxOverlap(maxOverlap);
partialBuild.SetMaxBuckets(maxBuckets);
partialBuild.SetOffset(offset);
partialBuild.SetNumRetry(0);
partialBuild.Init();
return(partialBuild);
}