private PGradientAndPressures SendWellsForGradient(PGradient gradient)
{
WellsList wellsList = _gvm.wellsList;
GradientAndWellsList <PGradient> gradientAndWellsList = new GradientAndWellsList <PGradient>
{
Gradient = gradient,
WellsList = wellsList,
};
PGradientAndPressures pGradientAndPressures = Functions.PGradientMethod(gradientAndWellsList);
return(pGradientAndPressures);
}
public override void Execute(object parameter)
{
var parameters = (object[])parameter;
PGradient g = new PGradient();
if (!_gvm.IsFirstTimeGradientClicked)
{
var lastGrad = _gvm.PGradientAndPressures?.LastOrDefault()?.Grad;
if (lastGrad is not null)
{
lastGrad.Lambda = Convert.ToDouble(parameters[0]);
lastGrad.ChangedK = Convert.ToDouble(parameters[1]) * Math.Pow(10.0, -15);
lastGrad.ChangedKappa = Convert.ToDouble(parameters[2]) * (1.0 / 3600.0);
lastGrad.ChangedKsi = Convert.ToDouble(parameters[3]);
lastGrad.ChangedP0 = Convert.ToDouble(parameters[4]) * Math.Pow(10.0, 6);
FillDeltas(parameters, lastGrad);
lastGrad.UsedK = (bool?)parameters[9];
lastGrad.UsedKappa = (bool?)parameters[10];
lastGrad.UsedKsi = (bool?)parameters[11];
lastGrad.UsedP0 = (bool?)parameters[12];
g = lastGrad;
_gvm.IsFirstTimeGradientClicked = true;
}
}
else
{
g = _gvm.PGradientAndPressures.Last().Grad;
g.Lambda = Convert.ToDouble(parameters[0]);
FillDeltas(parameters, g);
}
PGradientAndPressures pGradientAndPressures = SendWellsForGradient(g);
if (pGradientAndPressures.ValuesAndTimes != null)
{
_gvm.PGradientAndPressures.Add(pGradientAndPressures);
_gvm.Gradients.Add(pGradientAndPressures.Grad);
_gvm.SelectedGradient = _gvm.PGradientAndPressures.Last().Grad;
}
}
