protected ModelEvaluatorCollection(List <ModelEvaluator> modelsToEvaluate)
:
base(modelsToEvaluate[0].NullDistns, modelsToEvaluate[0].AltDistn, modelsToEvaluate[0].ModelScorer)
{
_modelsToEvaluate = new List <ModelEvaluatorCrossValidate>(modelsToEvaluate.Count);
foreach (ModelEvaluator modelEvaluator in modelsToEvaluate)
{
ModelEvaluatorCrossValidate modelToAdd;
if (modelEvaluator is ModelEvaluatorCrossValidate)
{
modelToAdd = (ModelEvaluatorCrossValidate)modelEvaluator;
}
else
{
modelToAdd = ModelEvaluatorCrossValidate.GetInstance(modelEvaluator);
}
_modelsToEvaluate.Add(modelToAdd);
}
}
public static ModelEvaluator GetInstance(string nameAndParameters, ModelScorer scorer)
{
nameAndParameters = nameAndParameters.ToLower();
if (nameAndParameters.StartsWith(ModelEvaluatorCrossValidate.BaseName.ToLower()))
{
return(ModelEvaluatorCrossValidate.GetInstance(nameAndParameters.Substring(ModelEvaluatorCrossValidate.BaseName.Length), scorer));
}
else if (nameAndParameters.StartsWith(ModelEvaluatorDiscreteConditionalCollection.BaseName.ToLower()))
{
return(ModelEvaluatorDiscreteConditionalCollection.GetInstance(nameAndParameters.Substring(ModelEvaluatorDiscreteConditionalCollection.BaseName.Length), scorer));
}
else if (nameAndParameters.StartsWith(ModelEvaluatorDiscrete.BaseName.ToLower()))
{
return(ModelEvaluatorDiscrete.GetInstance(nameAndParameters.Substring(ModelEvaluatorDiscrete.BaseName.Length), scorer));
}
else if (nameAndParameters.StartsWith(ModelEvaluatorGaussian.BaseName.ToLower()))
{
return(ModelEvaluatorGaussian.GetInstance(nameAndParameters.Substring(ModelEvaluatorGaussian.BaseName.Length), scorer));
}
else
{
throw new ArgumentException("ModelEvaluator cannot parse " + nameAndParameters);
}
}
