cAparch::~cAparch()
{
mvArch.Delete() ;
mvGamma.Delete() ;
mvGarch.Delete() ;
MESS_DESTR("cAparch") ;
}
cRegArchValue::~cRegArchValue()
{
mYt.Delete();
ClearMatrix(mXt) ;
mMt.Delete() ;
mHt.Delete() ;
mUt.Delete() ;
mEpst.Delete() ;
MESS_DESTR("cRegArchValue") ;
}
cRegArchParam::~cRegArchParam()
{
if (mMean != NULL)
{ mMean->Delete() ;
delete mMean ;
}
if (mVar != NULL)
delete mVar ;
if (mResids != NULL)
delete mResids ;
MESS_DESTR("cRegArchParam") ;
}
cHmm::~cHmm()
{ MESS_DESTR("cHmm")
std::vector<cDMatrix>::iterator it;
for (it = mTransMatVector.begin(); it < mTransMatVector.end(); it++ )
it->Delete();
// Probably more to free here
mInitProba.Delete() ;
delete mDistrParam ;
mDistrParam = (cDistribution *)NULL ;
}
/*!
* \fn cArch::~cArch()
*/
cArch::~cArch()
{ mvArch.Delete() ;
MESS_DESTR("cArch") ;
}
cConstCondVar::~cConstCondVar()
{ MESS_DESTR("cConstCondVar");
}
/*!
* \fn cCondMean::~cCondMean()
* \param None
* \details simple destructor
*/
cCondMean::~cCondMean()
{ Delete() ;
MESS_DESTR("cCondMean") ;
}
void cAr::Delete(void)
{
mvAr.Delete() ;
MESS_DESTR("cAR") ;
}
/*!
* \fn cAr::~cAr
* \brief destructor.
* \param none.
*/
cAr::~cAr()
{
mvAr.Delete() ;
MESS_DESTR("cAR") ;
}
cTarch::~cTarch()
{
mvArchPos.Delete() ;
mvArchNeg.Delete() ;
MESS_DESTR("cTarch") ;
}
/*!
* \fn void cConst::Delete(void)
* \\details Delete. Nothing to do.
*/
void cConst::Delete(void)
{ MESS_DESTR("cConst") ;
}
/*!
* \fn cConst::~cConst()
* \details Nothing to do.
*/
cConst::~cConst()
{ MESS_DESTR("cConst") ;
}
