public static void AddCharts(ZedGraphControl pdf, ZedGraphControl cdf, DistributionsPair distributions, int length)
{
AddChart(pdf, cdf, distributions.RandomsAlgebra, Languages.GetText("RandomsAlgebra"), Color.Blue, length);
AddChart(pdf, cdf, distributions.MonteCarlo, Languages.GetText("MonteCarlo"), Color.Red, length);
InvalidateChart(pdf);
InvalidateChart(cdf);
}
public static List <DistributionParameters> GetParameters(DistributionsPair distributions, double p)
{
var randomsAlgebra = distributions.RandomsAlgebra;
var monteCarlo = distributions.MonteCarlo;
List <DistributionParameters> parameters = new List <DistributionParameters>();
parameters.Add(new DistributionParameters("t, ms", distributions.RandomsAlgebraTime?.TotalMilliseconds, distributions.MonteCarloTime?.TotalMilliseconds));
parameters.Add(new DistributionParameters("μ", randomsAlgebra?.Mean, monteCarlo?.Mean));
parameters.Add(new DistributionParameters("σ", randomsAlgebra?.StandardDeviation, monteCarlo?.StandardDeviation));
parameters.Add(new DistributionParameters("σ²", randomsAlgebra?.Variance, monteCarlo?.Variance));
parameters.Add(new DistributionParameters("U⁺", randomsAlgebra?.QuantileUpper(p), monteCarlo?.QuantileUpper(p)));
parameters.Add(new DistributionParameters("U⁻", randomsAlgebra?.QuantileLower(p), monteCarlo?.QuantileLower(p)));
parameters.Add(new DistributionParameters("γ", randomsAlgebra?.Skewness, monteCarlo?.Skewness));
parameters.Add(new DistributionParameters("U±", randomsAlgebra?.QuantileRange(p), monteCarlo?.QuantileRange(p)));
return(parameters);
}
public static string ExportToText(DistributionsPair pair)
{
StringBuilder sb = new StringBuilder();
if (pair.RandomsAlgebra != null)
{
sb.AppendLine(Languages.GetText("RandomsAlgebra"));
AppendDistribution(sb, pair.RandomsAlgebra);
}
if (pair.MonteCarlo != null)
{
sb.AppendLine(Languages.GetText("MonteCarlo"));
AppendDistribution(sb, pair.MonteCarlo);
}
return(sb.ToString());
}
