void FingerTable::clearSuccList()
{
ChordId EmptyId ;
for(int i = 0 ; i < NSUCCLIST ; i++)
{
setSuccessor(i,EmptyId) ;
}
}
MDUnitFactory_uptr makeMDUnitFactoryChain() {
typedef MDUnitFactory_uptr FactoryType;
auto first = FactoryType(new InverseAngstromsUnitFactory);
first->setSuccessor(FactoryType(new ReciprocalLatticeUnitFactory))
// Add more factories here!
// Make sure that LabelUnitFactory is the last in the chain to give a fall through
.setSuccessor(FactoryType(new LabelUnitFactory));
return first;
}
// ----------------------------------------------------------------------------
/// Bracket
// ----------------------------------------------------------------------------
PatMat::PatElmt_* PatMat::bracket(PatElmt_* e, PatElmt_* p, PatElmt_* a)
{
if (p == EOP)
{
e->pNext_ = a;
e->index_ = 2;
a->index_ = 1;
}
else
{
e->pNext_ = p;
setSuccessor(p, a);
e->index_ = p->index_ + 2;
a->index_ = p->index_ + 1;
}
return e;
}
/**
* Create a MantidMatrix Tab Extension
* @param type: provide the type
* @returns a MantidMatrixTabeExtension
*/
MantidMatrixTabExtension
MantidMatrixExtensionRequest::createMantidMatrixTabExtension(
MantidMatrixModel::Type type) {
MantidMatrixTabExtension extension;
switch (type) {
case MantidMatrixModel::DX: {
extension.label = "X Errors";
extension.type = type;
// Extend the chain of responsibility
auto dxHandler =
Mantid::Kernel::make_unique<MantidMatrixDxExtensionHandler>();
dxHandler->setSuccessor(m_extensionHandler);
m_extensionHandler = std::move(dxHandler);
return extension;
}
default:
throw std::runtime_error(
"The requested extension type has not been implemented yet");
}
}
// ----------------------------------------------------------------------------
/// Arbno
// ----------------------------------------------------------------------------
PatMat::PatElmt_* PatMat::arbnoSimple(const PatElmt_* p)
{
PatElmt_* s = new PatElmt_(PC_Arbno_S, p->index_ + 1, EOP, p);
setSuccessor(p, s);
return s;
}
