public static void WriteModelDiscrete <DomainType, LabelType>(BinaryWriter writer, IModelDiscrete <DomainType, LabelType> model)
{
string model_type = model.ModelType;
writer.Write(model_type);
switch (model_type)
{
case "ModelDiscreteC45Default":
ModelDiscreteC45Default.Write(writer, (ModelDiscreteC45Default)model);
break;
case "ModelNearestNeighborListDefault":
ModelNearestNeighborListDefault.Write(writer, (ModelNearestNeighborListDefault)model);
break;
case "ModelNearestNeighborKDTreeDefault":
ModelNearestNeighborKDTreeDefault.Write(writer, (ModelNearestNeighborKDTreeDefault)model);
break;
case "ModelLibSVMCSVC":
ModelLibSVMCSVC.Write(writer, (ModelLibSVMCSVC)model);
break;
case "ModelNaiveBayesIntervalDefault":
ModelNaiveBayesInterval.Write(writer, (ModelNaiveBayesInterval)model);
break;
default:
throw new Exception("Unknown discrete model type: " + model_type);
}
}
public static IModelDiscrete <DomainType, LabelType> ReadModelDiscrete <DomainType, LabelType>(BinaryReader reader)
{
string model_type = reader.ReadString();
switch (model_type)
{
case "ModelDiscreteC45Default":
return((IModelDiscrete <DomainType, LabelType>)ModelDiscreteC45Default.Read(reader));
case "ModelNearestNeighborListDefault":
return((IModelDiscrete <DomainType, LabelType>)ModelNearestNeighborListDefault.Read(reader));
case "ModelNearestNeighborKDTreeDefault":
return((IModelDiscrete <DomainType, LabelType>)ModelNearestNeighborKDTreeDefault.Read(reader));
case "ModelLibSVMCSVC":
return((IModelDiscrete <DomainType, LabelType>)ModelLibSVMCSVC.Read(reader));
case "ModelNaiveBayesInterval":
return((IModelDiscrete <DomainType, LabelType>)ModelNaiveBayesInterval.Read(reader));
default:
throw new Exception("Unknown discrete model type: " + model_type);
}
}
