private static GradientScheme NewGradientScheme(string[] y)
{
GradientScheme x = null;
if (y.Length < 2) return x;
x = new GradientScheme();
var i = 0;
x.SetHeader(ref y[i++]);
switch (y[i])
{
case "cellLimited":
x.limited = LimitedType.cellLimited;
i++;
break;
case "faceLimited":
x.limited = LimitedType.faceLimited;
i++;
break;
}
x.discretisation = y[i++].ToEnum<DiscretisationType>();
if (x.discretisation == DiscretisationType.Gauss)
{
x.interpolation = y[i++].ToEnum<InterpolationType>();
}
if (i < y.Length)
{
x.psi = Convert.ToDecimal(y[i]);
}
return x;
}
private static GradientScheme NewGradientScheme(string[] y)
{
GradientScheme x = null;
if (y.Length < 2)
{
return(x);
}
x = new GradientScheme();
var i = 0;
x.SetHeader(ref y[i++]);
switch (y[i])
{
case "cellLimited":
x.limited = LimitedType.cellLimited;
i++;
break;
case "faceLimited":
x.limited = LimitedType.faceLimited;
i++;
break;
}
x.discretisation = y[i++].ToEnum <DiscretisationType>();
if (x.discretisation == DiscretisationType.Gauss)
{
x.interpolation = y[i++].ToEnum <InterpolationType>();
}
if (i < y.Length)
{
x.psi = Convert.ToDecimal(y[i]);
}
return(x);
}