BP_LDA.DataLoader.ParamModelHyperParamLoader C# (CSharp) Method

		public static paramModel_t ParamModelHyperParamLoader(string ParamModelHyperParamFileName)
		{
			paramModel_t ParamModel = new paramModel_t();
			using(StreamReader ParamModelFile = new StreamReader(ParamModelHyperParamFileName))
			{
				string StrLine;
				while((StrLine = ParamModelFile.ReadLine())!=null)
				{
					string[] StrLineSplit = StrLine.Split('\t');
					string Key = StrLineSplit[0];
					string Val = StrLineSplit[1];
					switch (Key)
					{
					case "nHid":
						ParamModel.nHid = int.Parse(Val);
						break;
					case "nHidLayer":
						ParamModel.nHidLayer = int.Parse(Val);
						break;
					case "To":
						ParamModel.To = float.Parse(Val);
						break;
					case "nOutput":
						ParamModel.nOutput = int.Parse(Val);
						break;
					case "nInput":
						ParamModel.nInput = int.Parse(Val);
						break;
					case "eta":
						ParamModel.eta = float.Parse(Val);
						break;
					case "alpha":
						ParamModel.alpha = float.Parse(Val);
						break;
					case "beta":
						ParamModel.beta = float.Parse(Val);
						break;
					case "T_value":
						ParamModel.T_value = float.Parse(Val);
						break;
					case "OutputType":
						ParamModel.OutputType = Val;
						break;
					default:
						throw new Exception("Unknown type of Key in hyperparameter file.");
					}
				}
				ParamModel.T = new float[ParamModel.nHidLayer];
				for (int Idx = 0; Idx<ParamModel.T.Length; ++Idx)
				{
					ParamModel.T[Idx] = ParamModel.T_value;
				}
				ParamModel.b = new DenseColumnVector(ParamModel.nHid, ParamModel.alpha - 1.0f);
			}

			return ParamModel;
		}
	}