private void Positioning(UniaxialAnisotropy anisotropy, List <IEnergyPart> energies)
{
foreach (var energyPart in energies)
{
energyPart.PositionX = anisotropy.Axis.Atlas.X.Max * XyzConstrainsModifier.Norm;
energyPart.PositionY = anisotropy.Axis.Atlas.Y.Max * XyzConstrainsModifier.Norm;
energyPart.PositionZ = anisotropy.Axis.Atlas.Z.Max * XyzConstrainsModifier.Norm;
}
}
public void CreateUniaxalAnisotopyTest()
{
CultureInfo.CurrentCulture = CultureInfo.CreateSpecificCulture("en-US");
var text = new string[] { "Specify Oxs_UniaxialAnisotropy:IP {", "K1 { Oxs_AtlasScalarField {",
"atlas: multiatlas1", "default_value 0", "values {", "top 7.5e3", "}", "} }",
"axis { Oxs_AtlasVectorField {", "atlas: multiatlas1", "default_value { 1 0 0 }",
"values {", "top { 1 0 0 }", "}", "} }", "}" };
UniaxialAnisotropy anisotropy = factory.CreateAnisotropy(text) as UniaxialAnisotropy;
Assert.Equal("IP", anisotropy.Name);
}
