private IMifEnergy CreateCubicAnisotropy(string[] lines)
{
string name = helper.GetName(lines[0]);
int number = helper.GetIndexOfStringContaining(lines, "K1");
var textK1 = helper.GetCodeToClosingBrace(lines, number, '{');
IMifScalarField k1 = scalarFieldFactory.Create(textK1);
number = helper.GetIndexOfStringContaining(lines, "axis1");
var textAxis = helper.GetCodeToClosingBrace(lines, number, '{');
IMifVectorField axis1 = vectorFieldFactory.Create(textAxis);
number = helper.GetIndexOfStringContaining(lines, "axis2");
textAxis = helper.GetCodeToClosingBrace(lines, number, '{');
IMifVectorField axis2 = vectorFieldFactory.Create(textAxis);
return(new CubicAnisotropy(name, k1, axis1, axis2));
}
private IMifEnergy CreateUZeeman(string[] text)
{
string name = _helper.GetName(text[0]);
var index = _helper.GetIndexOfStringContaining(text, hRange);
var list = GetHRange(_helper.GetCodeToClosingBrace(text, index, '{'));
var multiplier = text.Where(s => s.Contains(_multiplier)).
Select(s => s.Substring(s.IndexOf(_multiplier) + _multiplier.Length)).FirstOrDefault();
multiplier = multiplier.Replace(" ", "");
double multiplierValue = double.Parse(multiplier);
return(new UZeeman(name, multiplierValue, list));
}
private IMifEnergy CreateTwoSurfaceExchange(string[] lines)
{
Surface surface1, surface2;
double sigma1, sigma2;
string name = _helper.GetName(lines[0]);
var index = _helper.GetIndexOfStringContaining(lines, _surface1);
var surfaceText = _helper.GetCodeToClosingBrace(lines, index, '{');
surface1 = CreateSurface(surfaceText);
index = _helper.GetIndexOfStringContaining(lines, _surface2);
surfaceText = _helper.GetCodeToClosingBrace(lines, index, '{');
surface2 = CreateSurface(surfaceText);
var sigmaText = GetValueOf(_sigma, lines);
sigma1 = double.Parse(sigmaText);
sigmaText = GetValueOf(_sigma + "2", lines);
sigma2 = double.Parse(sigmaText);
return(new TwoSurfaceExchange(name, sigma1, sigma2, surface1, surface2));
}
