public CubicAnisotropy(string name, IMifScalarField k1, IMifVectorField axis1, IMifVectorField axis2)
: base(name)
{
K1 = k1;
Axis1 = axis1;
Axis2 = axis2;
}
public Surface(IMifAtlas atlas, string region, IMifScalarField scalarField, double scalarFieldValue, bool scalarSideSign)
{
Atlas = atlas;
Region = region;
ScalarField = scalarField;
ScalarFieldValue = scalarFieldValue;
ScalarSideSign = scalarSideSign;
}
private IMifEnergy CreateUniaxialAnisotropy(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, "axis");
var textAxis = helper.GetCodeToClosingBrace(lines, number, '{');
IMifVectorField axis = vectorFieldFactory.Create(textAxis);
return(new UniaxialAnisotropy(name, k1, axis));
}
public UniaxialAnisotropy(string name, IMifScalarField k1, IMifVectorField axis) : base(name)
{
K1 = k1;
Axis = axis;
}