private IEnergy CreateUniaxialAnisotropy(IMifEnergy energy, IColor color)
{
var anisotropy = energy as UniaxialAnisotropy;
int energiesAmount = 0;
if ((energy as UniaxialAnisotropy).Axis.Atlas != null)
{
energiesAmount = (energy as UniaxialAnisotropy).Axis.RegionsValue.Count;
}
List <IEnergyPart> energies = new List <IEnergyPart>();
energies.Add(_creator.Create(Enums.EnergyType.UniaxialAnisotropy,
anisotropy.Axis.DefaultValue.X, anisotropy.Axis.DefaultValue.Y,
anisotropy.Axis.DefaultValue.Z, color, anisotropy.K1.DefaultValue, "default"));
for (int i = 0; i < energiesAmount; i++)
{
var energyPart = _creator.Create(Enums.EnergyType.UniaxialAnisotropy,
anisotropy.Axis.RegionsValue[i].Item2.X, anisotropy.Axis.RegionsValue[i].Item2.Y,
anisotropy.Axis.RegionsValue[i].Item2.Z, color, anisotropy.K1.RegionsValue[i].Item2,
anisotropy.K1.RegionsValue[i].Item1);
energies.Add(energyPart);
}
if (energiesAmount != 0)
{
// Positioning(anisotropy, energies);
}
//else : Get max of all atlases x,y,z and select it as point<-how can I get atlases from here?
return(new SpintronicsAnisotropy(energy, energies));
}
public IEnergy CreateEnergy(IMifEnergy energy, IColor color)
{
if (energy != null)
{
return(_energyCreator.CreateEnergy(energy, color));
}
throw new NullReferenceException();
}
public IEnergy CreateZeeman(IMifEnergy energy, IColor color)
{
switch (energy.GetType())
{
case Type T when T == typeof(UZeeman):
return(CreateUZeeman(energy, color));
default: throw new NotImplementedException();
}
}
public IEnergy CreateAnisotropy(IMifEnergy energy, IColor color)
{
switch (energy.GetType())
{
case Type T when T == typeof(UniaxialAnisotropy):
return(CreateUniaxialAnisotropy(energy, color));
default: throw new NotImplementedException();
}
}
private IEnergy CreateUZeeman(IMifEnergy energy, IColor color)
{
var zeeman = energy as UZeeman;
List <(IEnergyPart, IEnergyPart)> energies = new List <(IEnergyPart, IEnergyPart)>();
zeeman.PositionDestinationStepsList.ForEach(e =>
{
var part1 = _creator.Create(Enums.EnergyType.UZeeman, e.Item1.X, e.Item1.Y, e.Item1.Z, color, e.Item3, null);
var part2 = _creator.Create(Enums.EnergyType.UZeeman, e.Item2.X, e.Item2.Y, e.Item2.Z, color, 0, null);
energies.Add((part1, part2));
});
return(new SpintronicsZeeman(energy, energies));
}
private IEnergy CreateAnisotropy(IMifEnergy energy, IColor color)
{
return(_anisotropyCreator.CreateAnisotropy(energy, color));
}
private IEnergy CreateZeeman(IMifEnergy energy, IColor color)
{
return(_zeemanCreator.CreateZeeman(energy, color));
}
public SpintronicsExchange(IMifEnergy energy, IGraphicsObject graphic)
{
_energy = energy;
_graphic = graphic;
}
