/// <summary>
/// Generalized method to load Stochastic Data Parameters from AGEPRO Input Data files.
/// </summary>
/// <param name="inp">AGEPRO InputFile StochasticAge Parameters </param>
/// <param name="generalOpt">AGEPRO InputFile General Options values</param>
public void LoadStochasticAgeInputData(Nmfs.Agepro.CoreLib.AgeproStochasticAgeTable inp,
Nmfs.Agepro.CoreLib.AgeproGeneral generalOpt)
{
this.readInputFileState = true;
this.seqYears = Array.ConvertAll(generalOpt.SeqYears(), element => element.ToString());
this.numFleets = generalOpt.numFleets;
this.timeVarying = inp.timeVarying;
this.stochasticDataFile = inp.dataFile;
this.stochasticAgeTable = Util.GetAgeproInputDataTable(this.stochasticAgeTable, inp.byAgeData);
this.stochasticCV = Util.GetAgeproInputDataTable(this.stochasticCV, inp.byAgeCV);
if (this.stochasticAgeTable == null)
{
this.enableTimeVaryingCheckBox = false;
}
else
{
this.enableTimeVaryingCheckBox = true;
}
this.readInputFileState = false;
}
/// <summary>
/// Creates a empty Data Table for the Stochastic Parameter Control based on the user inputs gathered
/// from the General Options control parameter.
/// </summary>
/// <param name="objNT">Object representing the Stochastic Parameter</param>
/// <param name="genOpt">Paramters from the General Options Control</param>
/// <param name="fleetDependent">Is this Stochastic Parameter dependent on the
/// nubmber of fleets? Default is false.</param>
public void CreateStochasticParameterFallbackDataTable(Nmfs.Agepro.CoreLib.AgeproStochasticAgeTable objNT,
Nmfs.Agepro.CoreLib.AgeproGeneral genOpt,
StochasticAgeFleetDependency fleetDependent = StochasticAgeFleetDependency.independent)
{
this.numFleets = Convert.ToInt32(genOpt.numFleets);
this.seqYears = Array.ConvertAll(genOpt.SeqYears(), element => element.ToString());
this.readInputFileState = true;
//Reset Tables if they were used before
if (this.stochasticAgeTable != null)
{
this.stochasticAgeTable.Reset();
this.stochasticCV.Reset();
}
if (this.timeVarying == true)
{
this.stochasticAgeTable = CreateFallbackAgeDataTable(genOpt.NumAges(),
genOpt.SeqYears().Count(), this.numFleets);
}
else
{
if (fleetDependent == StochasticAgeFleetDependency.dependent)
{
this.stochasticAgeTable = CreateFallbackAgeDataTable(genOpt.NumAges(), 1, this.numFleets);
this.stochasticCV = CreateFallbackAgeDataTable(genOpt.NumAges(), 1, this.numFleets);
}
else
{
this.stochasticAgeTable = CreateFallbackAgeDataTable(genOpt.NumAges(), 1, 1);
this.stochasticCV = CreateFallbackAgeDataTable(genOpt.NumAges(), 1, 1);
}
}
objNT.byAgeData = this.stochasticAgeTable;
objNT.byAgeCV = this.stochasticCV;
this.readInputFileState = false;
}
public string ReadRetroAdjustmentFactorsTable(StreamReader sr, AgeproGeneral General)
{
string line = sr.ReadLine();
string[] rafLine = line.Split(" ".ToCharArray(), StringSplitOptions.RemoveEmptyEntries);
DataTable rafTable = new DataTable("Retro Adjustment Factors");
_ = rafTable.Columns.Add(); //set column without name
//Throw warning/error if 'rafLine' length doesn't match number of Ages
if (rafLine.Length != General.NumAges())
{
throw new InvalidAgeproParameterException("Number of retro adjustment factors does not match number of ages");
}
for (int i = 0; i < General.NumAges(); i++)
{
_ = rafTable.Rows.Add(rafLine[i]);
}
RetroAdjust = rafTable;
return(line);
}
