private static InterpolationScheme NewInterpolationScheme(string[] y)
{
const string isValue = @"[-|\d|\.]+";
const string ShortLimit = @"(limitedLinear|vanLeer|Gamma|limitedCubic|MUSCL)+(\d)(\d)";
const string RangeLimit = @"(limited(vanLeer|Gamma|MUSCL))";
InterpolationScheme x = null;
if (y.Length > 1)
{
x = new InterpolationScheme();
x.SetHeader( ref y[0]);
var shortLimMatch = Regex.Match(y[1], ShortLimit);
if (shortLimMatch.Length == 0)
{
var rangeLimMatch = Regex.Match(y[1], RangeLimit);
if ( rangeLimMatch.Length == 0)
{
x.interpolation = y[1].ToEnum<InterpolationType>();
}
else
{
x.interpolation = rangeLimMatch.Groups[2].Value.ToEnum<InterpolationType>();
//x.view = BoundView.Range;
}
}
else
{
x.view = BoundView.Name;
x.interpolation = shortLimMatch.Groups[1].Value.ToEnum<InterpolationType>();
x.lower_limit = Convert.ToDecimal(shortLimMatch.Groups[2].Value);
x.upper_limit = Convert.ToDecimal(shortLimMatch.Groups[3].Value);
}
switch (y.Length)
{
case 5:
x.lower_limit = Convert.ToDecimal(y[2]);
x.upper_limit = Convert.ToDecimal(y[3]);
x.flux = String.Copy(y[4]);
x.view = BoundView.Range;
break;
case 4:
if (Regex.IsMatch(isValue,y[3]))
{
x.lower_limit = Convert.ToDecimal(y[2]);
x.upper_limit = Convert.ToDecimal(y[3]);
x.view = BoundView.Range;
}
else
{
x.psi = Convert.ToDecimal(y[2]);
x.flux = String.Copy(y[3]);
}
break;
case 3:
if (Regex.IsMatch(isValue, y[2]))
{
x.psi = Convert.ToDecimal(y[2]);
}
else
{
x.flux = String.Copy(y[3]);
}
break;
}
}
return x;
}
private static InterpolationScheme NewInterpolationScheme(string[] y)
{
const string isValue = @"[-|\d|\.]+";
const string ShortLimit = @"(limitedLinear|vanLeer|Gamma|limitedCubic|MUSCL)+(\d)(\d)";
const string RangeLimit = @"(limited(vanLeer|Gamma|MUSCL))";
InterpolationScheme x = null;
if (y.Length > 1)
{
x = new InterpolationScheme();
x.SetHeader(ref y[0]);
var shortLimMatch = Regex.Match(y[1], ShortLimit);
if (shortLimMatch.Length == 0)
{
var rangeLimMatch = Regex.Match(y[1], RangeLimit);
if (rangeLimMatch.Length == 0)
{
x.interpolation = y[1].ToEnum <InterpolationType>();
}
else
{
x.interpolation = rangeLimMatch.Groups[2].Value.ToEnum <InterpolationType>();
//x.view = BoundView.Range;
}
}
else
{
x.view = BoundView.Name;
x.interpolation = shortLimMatch.Groups[1].Value.ToEnum <InterpolationType>();
x.lower_limit = Convert.ToDecimal(shortLimMatch.Groups[2].Value);
x.upper_limit = Convert.ToDecimal(shortLimMatch.Groups[3].Value);
}
switch (y.Length)
{
case 5:
x.lower_limit = Convert.ToDecimal(y[2]);
x.upper_limit = Convert.ToDecimal(y[3]);
x.flux = String.Copy(y[4]);
x.view = BoundView.Range;
break;
case 4:
if (Regex.IsMatch(isValue, y[3]))
{
x.lower_limit = Convert.ToDecimal(y[2]);
x.upper_limit = Convert.ToDecimal(y[3]);
x.view = BoundView.Range;
}
else
{
x.psi = Convert.ToDecimal(y[2]);
x.flux = String.Copy(y[3]);
}
break;
case 3:
if (Regex.IsMatch(isValue, y[2]))
{
x.psi = Convert.ToDecimal(y[2]);
}
else
{
x.flux = String.Copy(y[3]);
}
break;
}
}
return(x);
}
