const string& HollowElectronLens::GetType () const
{
_TYPESTR(HollowElectronLens);
}
const string& Collimator::GetType () const
{
_TYPESTR(Collimator);
}
const string& Solenoid::GetType () const
{
_TYPESTR(Solenoid);
}
EPUB3_XML_BEGIN_NAMESPACE
std::string TypeString(NodeType type)
{
std::string r;
#define _TYPESTR(x) case NodeType::x: r = #x; break;
switch (type)
{
_TYPESTR(Element);
_TYPESTR(Attribute);
_TYPESTR(Text);
_TYPESTR(CDATASection);
_TYPESTR(EntityReference);
_TYPESTR(Entity);
_TYPESTR(ProcessingInstruction);
_TYPESTR(Comment);
_TYPESTR(Document);
_TYPESTR(DocumentType);
_TYPESTR(DocumentFragment);
_TYPESTR(Notation);
_TYPESTR(HTMLDocument);
_TYPESTR(DTD);
_TYPESTR(ElementDeclaration);
_TYPESTR(AttributeDeclaration);
_TYPESTR(EntityDeclaration);
_TYPESTR(NamespaceDeclaration);
_TYPESTR(XIncludeStart);
_TYPESTR(XIncludeEnd);
#ifdef LIBXML_DOCBOOK_ENABLED
_TYPESTR(DocbookSGMLDocument);
#endif
default:
break;
}
return r;
}
const string& Sextupole::GetType () const
{
_TYPESTR(Sextupole);
}
void Quadrupole::PrepareTracker (ComponentTracker& aTracker)
{
_MPT
}
int Quadrupole::GetIndex () const
{
_RID
}
const string& Quadrupole::GetType () const
{
_TYPESTR(Quadrupole)
}
ModelElement* Quadrupole::Copy () const
{
_CP(Quadrupole)
}
// Class Sextupole
const int Sextupole::ID = UniqueIndex();
Sextupole::Sextupole (const string& id, double len, double dnB)
: _RMC1(2)
{
}
const string& MagnetMover::GetType () const
{
_TYPESTR(MagnetMover);
}