// Assignment operator. This copies the data
ClpInterior &
ClpInterior::operator=(const ClpInterior & rhs)
{
if (this != &rhs) {
gutsOfDelete();
ClpModel::operator=(rhs);
gutsOfCopy(rhs);
}
return *this;
}
// Copy constructor.
ClpInterior::ClpInterior(const ClpInterior &rhs) :
ClpModel(rhs),
largestPrimalError_(0.0),
largestDualError_(0.0),
sumDualInfeasibilities_(0.0),
sumPrimalInfeasibilities_(0.0),
worstComplementarity_(0.0),
xsize_(0.0),
zsize_(0.0),
lower_(NULL),
rowLowerWork_(NULL),
columnLowerWork_(NULL),
upper_(NULL),
rowUpperWork_(NULL),
columnUpperWork_(NULL),
cost_(NULL),
rhs_(NULL),
x_(NULL),
y_(NULL),
dj_(NULL),
lsqrObject_(NULL),
pdcoStuff_(NULL),
errorRegion_(NULL),
rhsFixRegion_(NULL),
upperSlack_(NULL),
lowerSlack_(NULL),
diagonal_(NULL),
solution_(NULL),
workArray_(NULL),
deltaX_(NULL),
deltaY_(NULL),
deltaZ_(NULL),
deltaW_(NULL),
deltaSU_(NULL),
deltaSL_(NULL),
primalR_(NULL),
dualR_(NULL),
rhsB_(NULL),
rhsU_(NULL),
rhsL_(NULL),
rhsZ_(NULL),
rhsW_(NULL),
rhsC_(NULL),
zVec_(NULL),
wVec_(NULL),
cholesky_(NULL)
{
gutsOfDelete();
gutsOfCopy(rhs);
solveType_ = 3; // say interior based life form
}
ClpInterior::~ClpInterior ()
{
gutsOfDelete();
}
// Destructor
CbcFathomDynamicProgramming::~CbcFathomDynamicProgramming ()
{
gutsOfDelete();
}
