private static void CreateInfiltrationParametersDefaultFile(string infiltrationParametersFileName)
{
//Add an empty parameters group to InfiltrationParameters:
var anInfiltrationGroup = new Universal.InfiltrationParametersGroup();
anInfiltrationGroup.ParametersFileName = infiltrationParametersFileName;
anInfiltrationGroup.ModelType = "1";
anInfiltrationGroup.DecayRate = "0";
anInfiltrationGroup.FinalRate = "0";
anInfiltrationGroup.InitialRate = "0";
Universal.InfiltrationParametersFiles.Add(infiltrationParametersFileName, anInfiltrationGroup);
// Write new empty infiltration parameters file:
TextWriter infiltrationParametersFile = new StreamWriter(infiltrationParametersFileName);
infiltrationParametersFile.WriteLine("1");
infiltrationParametersFile.WriteLine("0 0 0");
infiltrationParametersFile.Close();
}
private static void LoadInfiltrationSecondaryData(string wholeFileName, ref List <string> warnings)
{
// Create new item in InfiltrationParametersFiles structure (of type InfiltrationParametersGroup) (if it is not already there) with
// data from infiltration parameters file name.
if (!Universal.InfiltrationParametersFiles.ContainsKey(wholeFileName))
{
if (File.Exists(wholeFileName))
{
try
{
var thisInfiltrationParameters = new Universal.InfiltrationParametersGroup();
StreamReader parametersFile;
parametersFile = File.OpenText(wholeFileName);
string modelType = parametersFile.ReadLine();
string nParameters = parametersFile.ReadLine();
string parameters = parametersFile.ReadLine();
string[] split = parameters.Split(new[] { ' ', '\t' }, StringSplitOptions.RemoveEmptyEntries);
parametersFile.Close();
//Store parameters:
thisInfiltrationParameters.ModelType = modelType;
thisInfiltrationParameters.ParametersFileName = wholeFileName;
switch (Convert.ToInt32(modelType))
{
case 1: //Horton model
thisInfiltrationParameters.DecayRate = split[0];
thisInfiltrationParameters.FinalRate = split[1];
thisInfiltrationParameters.InitialRate = split[2];
break;
case 2: //HorGreen-Ampt model
thisInfiltrationParameters.HydraulicConductivity = split[0];
thisInfiltrationParameters.PsiWetting = split[1];
thisInfiltrationParameters.DeltaTheta = split[2];
thisInfiltrationParameters.DecayRate = split[0];
thisInfiltrationParameters.FinalRate = split[1];
thisInfiltrationParameters.InitialRate = split[2];
break;
case 3: //SCS-CN model
thisInfiltrationParameters.CNCurveNumber = split[0];
thisInfiltrationParameters.InitialAbstraction = split[1];
thisInfiltrationParameters.DecayRate = split[0];
thisInfiltrationParameters.FinalRate = split[1];
thisInfiltrationParameters.InitialRate = "";
break;
}
//Store this new group of parameters:
Universal.InfiltrationParametersFiles.Add(wholeFileName, thisInfiltrationParameters);
}
catch (Exception ex)
{
MessageBox.Show(Universal.Idioma("ERROR 2504172139: error reading file ", "ERROR 2504172139: error leyendo archivo ") +
wholeFileName + ". " + ex.Message, "RiverFlow2D", MessageBoxButtons.OK,
MessageBoxIcon.Error);
}
}
else
{
//Gates apertures file doesn't exist. See if a default file was created.
if (warnings.IndexOf(wholeFileName) == -1)
{
// Write this default file.
warnings.Add(wholeFileName);
CreateInfiltrationParametersDefaultFile(wholeFileName);
}
}
}
}