public static SymmetryBuilder Clone(SymmetryBuilder template)
{
Type symmetryType = template.GetType();
SymmetryDescriptor descriptor = _knownSymmetriesByType[symmetryType];
SymmetryBuilder builder = CreateFromSymmetryName(descriptor.Architecture);
builder.EnabledUnits = template.EnabledUnits == null? null : (string[])template.EnabledUnits.Clone();
return(builder);
}
public int GetMultiplicity(string axis)
{
SymmetryDescriptor descriptor = SymmetryBuilderFactory.GetDescriptor(this.GetType());
for (int i = 0; i < descriptor.Units.Length; i++)
{
if (descriptor.Units[i].Equals(axis, StringComparison.InvariantCultureIgnoreCase))
{
return(descriptor.Multiplicities[i]);
}
}
throw new ArgumentException(String.Format("{0} has no unit {1}", descriptor.Architecture, axis));
}
public IList <string> GetAxesWithMultiplicity(int multiplicity)
{
List <string> axes = new List <string>();
SymmetryDescriptor descriptor = SymmetryBuilderFactory.GetDescriptor(this.GetType());
for (int i = 0; i < descriptor.Units.Length; i++)
{
if (descriptor.Multiplicities[i] == multiplicity)
{
axes.Add(descriptor.Units[i]);
}
}
return(axes);
}
static SymmetryBuilderFactory()
{
SymmetryDescriptor[] descriptors = new SymmetryDescriptor[]
{
// Cyclic
new SymmetryDescriptor(typeof(C2SymmetryBuilder), C2SymmetryBuilder.Architecture, C2SymmetryBuilder.Units, C2SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(C3SymmetryBuilder), C3SymmetryBuilder.Architecture, C3SymmetryBuilder.Units, C3SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(C4SymmetryBuilder), C4SymmetryBuilder.Architecture, C4SymmetryBuilder.Units, C4SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(C5SymmetryBuilder), C5SymmetryBuilder.Architecture, C5SymmetryBuilder.Units, C5SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(C6SymmetryBuilder), C6SymmetryBuilder.Architecture, C6SymmetryBuilder.Units, C6SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(C7SymmetryBuilder), C7SymmetryBuilder.Architecture, C7SymmetryBuilder.Units, C7SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(C8SymmetryBuilder), C8SymmetryBuilder.Architecture, C8SymmetryBuilder.Units, C8SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(C9SymmetryBuilder), C9SymmetryBuilder.Architecture, C9SymmetryBuilder.Units, C9SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(C10SymmetryBuilder), C10SymmetryBuilder.Architecture, C10SymmetryBuilder.Units, C10SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(C11SymmetryBuilder), C11SymmetryBuilder.Architecture, C11SymmetryBuilder.Units, C11SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(C12SymmetryBuilder), C12SymmetryBuilder.Architecture, C12SymmetryBuilder.Units, C12SymmetryBuilder.Multiplicities),
// Dihedral
new SymmetryDescriptor(typeof(D2SymmetryBuilder), D2SymmetryBuilder.Architecture, D2SymmetryBuilder.Units, D2SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(D3SymmetryBuilder), D3SymmetryBuilder.Architecture, D3SymmetryBuilder.Units, D3SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(D4SymmetryBuilder), D4SymmetryBuilder.Architecture, D4SymmetryBuilder.Units, D4SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(D5SymmetryBuilder), D5SymmetryBuilder.Architecture, D5SymmetryBuilder.Units, D5SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(D6SymmetryBuilder), D6SymmetryBuilder.Architecture, D6SymmetryBuilder.Units, D6SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(D7SymmetryBuilder), D7SymmetryBuilder.Architecture, D7SymmetryBuilder.Units, D7SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(D8SymmetryBuilder), D8SymmetryBuilder.Architecture, D8SymmetryBuilder.Units, D8SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(D9SymmetryBuilder), D9SymmetryBuilder.Architecture, D9SymmetryBuilder.Units, D9SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(D10SymmetryBuilder), D10SymmetryBuilder.Architecture, D10SymmetryBuilder.Units, D10SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(D11SymmetryBuilder), D11SymmetryBuilder.Architecture, D11SymmetryBuilder.Units, D11SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(D12SymmetryBuilder), D12SymmetryBuilder.Architecture, D12SymmetryBuilder.Units, D12SymmetryBuilder.Multiplicities),
// Cage
new SymmetryDescriptor(typeof(TetrahedralSymmetryBuilder), TetrahedralSymmetryBuilder.Architecture, TetrahedralSymmetryBuilder.Units, TetrahedralSymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(OctahedralSymmetryBuilder), OctahedralSymmetryBuilder.Architecture, OctahedralSymmetryBuilder.Units, OctahedralSymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(IcosahedralSymmetryBuilder), IcosahedralSymmetryBuilder.Architecture, IcosahedralSymmetryBuilder.Units, IcosahedralSymmetryBuilder.Multiplicities),
// Plane
new SymmetryDescriptor(typeof(P4SymmetryBuilder), P4SymmetryBuilder.Architecture, P4SymmetryBuilder.Units, P4SymmetryBuilder.Multiplicities),
new SymmetryDescriptor(typeof(P6SymmetryBuilder), P6SymmetryBuilder.Architecture, P6SymmetryBuilder.Units, P6SymmetryBuilder.Multiplicities)
};
foreach (SymmetryDescriptor descriptor in descriptors)
{
_knownSymmetriesByName.Add(descriptor.Architecture, descriptor);
_knownSymmetriesByType.Add(descriptor.Type, descriptor);
}
}