CalibratedMagnitude< DataType > Class Template Reference

#include <Magnitudes.hxx>

Inheritance diagram for CalibratedMagnitude< DataType >:

Collaboration diagram for CalibratedMagnitude< DataType >:

Public Member Functions
	CalibratedMagnitude (const FitsFile &aCatFile, IllumTable &anIllum)
virtual	~CalibratedMagnitude ()
	Destructor.
void	setSource (IntMap &tbls, IntMap &cols, StringMap units)
	Source is data column with the fluxes.
void	setTarget (IntMap &cols, StringMap units)
	Target is data column with the calibrated magnitudes.
void	doit2 (TableData< DataType > &inpData, TableData< DataType > &data, int row1, int row2)
void	doit (TableData< DataType > &data, int row1, int row2)
Private Attributes
FitsFile	mCatFile
IllumTable *	mIllum
int	mExtnumColno
int	mFluxColno
int	mXColno
int	mYColno
int	mMagColno
int	mExtnumTblno
int	mFluxTblno
int	mXTblno
int	mYTblno

Detailed Description

template<typename DataType>
class CalibratedMagnitude< DataType >

Implements method to calculate calibrated magnitudes from flux data in linear units. The calibrated magnitudes here, are corrected for extinction and airmass effect. Note the code is incomplete pending clarification on how the necessary information is encoded in the FITS files.

Constructor & Destructor Documentation

template<typename DataType>

CalibratedMagnitude< DataType >::CalibratedMagnitude	(	const FitsFile &	aCatFile,
		IllumTable &	anIllum
	)			`[inline]`

Constructor takes FitsFile objects for the pixel and catalog files. The final implementation, not yet complete, will extract the airmass and extinction from these objects.

References CalibratedMagnitude< DataType >::mIllum.

template<typename DataType>

virtual CalibratedMagnitude< DataType >::~CalibratedMagnitude ( ) [inline, virtual]

Destructor.

Member Function Documentation

template<typename DataType>

void CalibratedMagnitude< DataType >::doit	(	TableData< DataType > &	data,
		int	row1,
		int	row2
	)			`[inline, virtual]`

Run the data method. This fills up the appropriate columns in the TableData object over the given row range where row>=row1 and row<row2

Implements DataMethod< DataType >.

template<typename DataType>

void CalibratedMagnitude< DataType >::doit2	(	TableData< DataType > &	inpData,
		TableData< DataType > &	data,
		int	row1,
		int	row2
	)			`[inline, virtual]`

Fill up the data column with the calibrated magnitudes. Note that the implementation does not yet include corrections for extinction, airmass, and exposure time.

Implements DataMethod< DataType >.

References TableData< DataType >::assign(), FitsFile::cAMEND, FitsFile::cAMSTART, FitsFile::cCD11, FitsFile::cCD12, FitsFile::cCD21, FitsFile::cCD22, FitsFile::cCRPIX1, FitsFile::cCRPIX2, FitsFile::cCTYPE1, FitsFile::cCTYPE2, FitsFile::cEXP_TIME, FitsFile::cEXTINCT, FitsFile::cMAGZPT, FitsFile::cMAGZRR, FitsFile::cPV21, FitsFile::cPV23, PreSuffixNames::deepSuffix, ExpectNames::distortCorr, ExpectNames::eta, ExpectNames::extNum, ExpectNames::frameType, Options::getArchive(), IllumTable::getEtaIntervall(), FitsFile::getFileName(), DataOps::getFrameType(), IllumTable::getMag(), FitsFile::getNumHdus(), IllumTable::getXiIntervall(), ExpectNames::illumCorr, TableData< DataType >::isDefined(), CalibratedMagnitude< DataType >::mCatFile, CalibratedMagnitude< DataType >::mExtnumColno, CalibratedMagnitude< DataType >::mFluxColno, CalibratedMagnitude< DataType >::mIllum, CalibratedMagnitude< DataType >::mMagColno, PreSuffixNames::mosaSuffix, FitsFile::movabsHdu(), CalibratedMagnitude< DataType >::mXColno, CalibratedMagnitude< DataType >::mYColno, FitsFile::readKey(), DefaultValues::realdef, IllumTable::setEtaIntervall(), IllumTable::setXiIntervall(), StringOps::ToLower(), Intervall::val1, Intervall::val2, TableData< DataType >::value(), Intervall::x1, and Intervall::x2.