Spectral grid defined as a list of frequencies with basic complementary informations. More...

#include <ATMSpectralGrid.h>

Inheritance diagram for SpectralGrid:

Public Member Functions
	SpectralGrid (const Frequency &oneFreq)

	SpectralGrid (unsigned int numChan, unsigned int refChan, const Frequency &refFreq, const Frequency &chanSep)
	A full constructor to be used in cases the channel separation is uniform. More...

	SpectralGrid (unsigned int numChan, double refFreq, double *chanFreq, const std::string &freqUnits)
	A full constructor to be used in cases the channel separation is not uniform. More...

	SpectralGrid (double refFreq, const std::vector< double > &chanFreq, const std::string &freqUnits)

	SpectralGrid (const std::vector< double > &chanFreq, const std::string &freqUnits)

	SpectralGrid (const std::vector< Frequency > &chanFreq)

	SpectralGrid (unsigned int numChan, unsigned int refChan, const Frequency &refFreq, const Frequency &chanSep, const Frequency &intermediateFreq, const SidebandSide &sbSide, const SidebandType &sbType)
	A full constructor to be used in cases of two sibands (separated or not) The reference frequency, may not coincide with the center of a channel, is the frequency used to track on. More...

	SpectralGrid (unsigned int numChan, unsigned int refChan, double *chanFreq, const std::string &freqUnits)
	A full constructor to be used in cases the channel separation is not uniform. More...

	SpectralGrid ()

	SpectralGrid (const SpectralGrid &)

	~SpectralGrid ()

unsigned int	add (unsigned int numChan, unsigned int refChan, const Frequency &refFreq, const Frequency &chanSep)
	Add a new spectral window, uniformly sampled, this spectral window having no sideband. More...

unsigned int	add (unsigned int numChan, unsigned int refChan, double *chanFreq, const std::string &freqUnits)
	Add a new spectral window, this spectral window having no sideband. More...

unsigned int	add (unsigned int numChan, double refFreq, double *chanFreq, const std::string &freqUnits)
	Add a new spectral window, this spectral window having no sideband. More...

unsigned int	add (unsigned int numChan, double refFreq, const std::vector< double > &chanFreq, const std::string &freqUnits)

unsigned int	add (const std::vector< Frequency > &chanFreq)

void	add (unsigned int numChan, unsigned int refChan, const Frequency &refFreq, const Frequency &chanSep, const Frequency &intermediateFreq, const SidebandSide &sbSide, const SidebandType &sbType)
	Add two new spectral windows, one spectral window per sideband. More...

bool	operator== (const SpectralGrid &) const


unsigned int	getNumSpectralWindow () const
	Accessor to the number of spectral wondows. More...

unsigned int	getNumChan () const
	Accessor to the number of frequency points for the first spectral window. More...

unsigned int	getNumChan (unsigned int spwId) const
	Accessor to the number of frequency points for a given spectral window. More...

unsigned int	getRefChan () const
	Accessor to the reference channel of the first spectral window. More...

unsigned int	getRefChan (unsigned int spwId) const
	Accessor to the reference channel for a given spectral window. More...

Frequency	getRefFreq () const
	Frequency getRefFreq();. More...

Frequency	getRefFreq (unsigned int spwId) const
	Accessor to the reference frequency (Hz) for a given spectral window. More...

Frequency	getChanSep () const
	Accessor to the channel separation for regularily spaced grids (for the first spectral window) More...

Frequency	getChanSep (unsigned int spwId) const
	Accessor to the channel separation for regularily spaced grids (for a given spectral window) More...

Frequency	getChanFreq (unsigned int chanNum) const
	Accessor to the frequency (Hz) for a given grid point (for the first spectral window) More...

Frequency	getChanWidth (unsigned int chanNum) const

Frequency	getChanFreq (unsigned int spwId, unsigned int chanNum) const
	Accessor to the frequency (Hz) for a given grid point for the specified spectral window. More...

Frequency	getChanWidth (unsigned int spwId, unsigned int chanNum) const

std::vector< double >	getSbChanFreq (unsigned int spwId, unsigned int chanNum, const std::string &freqUnits) const
	Accessor to the frequencies in the specified units for a given channel index (0-based) for the the specified spectral window its corresponding other sideband. More...

std::vector< double >	getSpectralWindow (unsigned int spwId) const
	Accessor to retrieve the spectral grid of a spectral window. More...

double	getChanNum (double freq) const
	Method to get the grid position for a given frequency specified in Hz (the first spectral window) More...

double	getChanNum (unsigned int spwId, double freq) const
	Method to get the grid position for a given frequency specified in Hz for the specified spectral window. More...

Frequency	getBandwidth () const
	Method to get the frequency range encompassing the list of frequency grid points (for the first spectral window) More...

Frequency	getBandwidth (unsigned int spwId) const
	Method to get the frequency range encompassing the list of frequency grid points for the specified spectral window. More...

Frequency	getMinFreq () const
	Method to get the frequency (Hz) for the point at the lowest frequency (for the first spectral window) More...

Frequency	getMinFreq (unsigned int spwId) const
	Method to get the frequency in the specified units for the channel at the lowest frequency for the specified spectral window. More...

Frequency	getMaxFreq () const
	Method to get the frequency (Hz) for the point at the largest frequency (for the first spectral window) More...

Frequency	getMaxFreq (unsigned int spwId) const
	Method to get the frequency in the specified units for the point at the largest frequency (for the first spectral window) More...

bool	isRegular () const
	Method to know if the spectral grid is regular or not (the first spectral window) More...

bool	isRegular (unsigned int spwId) const
	Method to know if the spectral grid is regular or not for the specified spectral window. More...

std::string	getSidebandSide (unsigned int spwId) const
	Accessor for the side of the sideband. More...

std::vector< std::string >	getAssocNature (unsigned int spwId) const
	Accessor to the nature(s) of the associated spectral window(s) More...

std::vector< unsigned int >	getAssocSpwId (unsigned int spwId) const
	Accessor to the identifier of the associated spectral window(s) More...

std::vector< unsigned int >	getAssocSpwIds (const std::vector< unsigned int > &spwIds) const

std::string	getSidebandType (unsigned int spwId) const
	Accessor for the type of sideband. More...

std::string	getSideband (unsigned int spwId) const
	Accessor for the side of the sideband and its type. More...

double	getLoFrequency () const

double	getLoFrequency (unsigned int spwId) const

Protected Attributes
std::string	freqUnits_
	The frequency inits (always Hz) More...

std::vector< double >	v_chanFreq_
	Channel frequencies of ALL the channels (i.e. all spectral window appended) More...

std::vector< unsigned int >	v_numChan_
	number of channels for every spectral window More...

std::vector< unsigned int >	v_refChan_
	reference channel for every spectral window More...

std::vector< double >	v_refFreq_
	frequency at reference channel for every spectral window More...

std::vector< double >	v_chanSep_
	channel separation for every spectral window More...

std::vector< double >	v_maxFreq_
	frequency maximum for every spectral window More...

std::vector< double >	v_minFreq_
	frequency minimum for every spectral window More...

std::vector< double >	v_intermediateFrequency_

std::vector< double >	v_loFreq_

std::vector< SidebandSide >	v_sidebandSide_

std::vector< SidebandType >	v_sidebandType_

std::vector< std::vector < unsigned int > >	vv_assocSpwId_

std::vector< std::vector < std::string > >	vv_assocNature_

std::vector< unsigned int >	v_transfertId_

Private Member Functions
void	appendChanFreq (unsigned int numChan, double *chanFreq)

void	appendChanFreq (unsigned int numChan, const std::vector< double > &chanFreq)

bool	wrongSpwId (unsigned int spwId) const

Detailed Description

Spectral grid defined as a list of frequencies with basic complementary informations.

This grid is composed by a set frequency channels (or pixels) which may or may not be at a regular interval. The grid is composed of one or more spectral windows. A spectral window is defined as a group of channels, this group having the following attributes:

a number of channels
a reference channel
the frequency for that reference channel
a channel separation (it is set to 0 if there is only one channel or when the channels are at irregular intervals.
the intermediate frequency (if NetSideband is greater than -1) To every spectral window is assigned an identifier (zero-based) which can be used when retrieving the parameters of a given window.
In case of spectral windows with regularily spaced channels this reference frequency can be associated to a position in channel number units.

There are several different constructors which can be used to define a spectral window. One of these must be used to construct the first spectral window. Would more than a single spectral be necessary, they are appended with the add methods. When there are two sidebands, every of these corresponds to a single spectral window. Note that these two sidebands can be constructed using a single method if the intermediate frequency is an input parameter.

Note
The Alma Science Data Model (ASDM) spectral windows derive from spectral grids, with extra informations such as the channel width, the resolution the noise bandwidth etc...

Definition at line 69 of file ATMSpectralGrid.h.

Constructor & Destructor Documentation

SpectralGrid::SpectralGrid ( const Frequency & oneFreq )

SpectralGrid::SpectralGrid	(	unsigned int	numChan,
		unsigned int	refChan,
		const Frequency &	refFreq,
		const Frequency &	chanSep
	)

A full constructor to be used in cases the channel separation is uniform.

The position of the reference frequency is set at the center of the specified reference channel. This reference channel does not need to be necessarily in the range [1,numChan].

Precondition: no spectral window has yet been defined

Parameters

numChan	Number of channels for the spectral window
refChan	Reference channel for the spectral window
refFreq	Frequency for this reference channel
chanSep	Frequency increment between two adjacent channels

Postcondition: the spectral window has been defined; it is taken as a spectral window with no sideband. Its spectral window identifier spwId is 0.

SpectralGrid::SpectralGrid	(	unsigned int	numChan,
		double	refFreq,
		double *	chanFreq,
		const std::string &	freqUnits
	)

A full constructor to be used in cases the channel separation is not uniform.

In this case the reference frequency may not coincide with the center of a channel. The frequency units (freqUnits) is common for the reference frequency (refFReq) and for the numChan frequencies in the list chanFreq. Known units are GHz, MHz, kHz and Hz.

Precondition: no spectral window has yet been defined

Parameters

numChan	Number of channels for the spectral window
refFreq	The frequency of the reference channel
chanFreq	The frequencies of the individual channels
freqUnits	The frequency units used to define refFreq and chanFreq

Postcondition: the spectral window has been defined; it is taken as a spectral window with no sideband. Its spectral window identifier spwId is 0.

SpectralGrid::SpectralGrid	(	double	refFreq,
		const std::vector< double > &	chanFreq,
		const std::string &	freqUnits
	)

SpectralGrid::SpectralGrid	(	const std::vector< double > &	chanFreq,
		const std::string &	freqUnits
	)

SpectralGrid::SpectralGrid ( const std::vector< Frequency > & chanFreq )

SpectralGrid::SpectralGrid	(	unsigned int	numChan,
		unsigned int	refChan,
		const Frequency &	refFreq,
		const Frequency &	chanSep,
		const Frequency &	intermediateFreq,
		const SidebandSide &	sbSide,
		const SidebandType &	sbType
	)

A full constructor to be used in cases of two sibands (separated or not) The reference frequency, may not coincide with the center of a channel, is the frequency used to track on.

The frequency units (freqUnits) is common for the reference frequency (refFReq) and for the numChan frequencies in the list chanFreq. Known units are GHz, MHz, kHz and Hz.

Precondition: no spectral window has yet been defined

Parameters

numChan	Number of channels for the spectral window
refFreq	Frequency of the reference channel
chanSep	Frequency interval between two adajacent channels
intermediateFreq	Intermediate Frequency
SidebandSide	code (see SidebandSide for details)
SidebandType	code (see SidebandType for details)

Postcondition: Two spectral windows have been defined, one for each sideband Their spectral window identifiers are 0 and 1. The identifier is 0 and 1 for the lower and upper sidebands if the input netSideband is 0, 1, 3 or 5 else it is 1 and 0 respectively.

SpectralGrid::SpectralGrid	(	unsigned int	numChan,
		unsigned int	refChan,
		double *	chanFreq,
		const std::string &	freqUnits
	)

A full constructor to be used in cases the channel separation is not uniform.

In this case the reference frequency coincides with the center of a channel, the one at the refChan position in the numChan elements of the list of frequencies chanFreq. Hence refChan must be in the range [1,numChan]. The frequency units (freqUnits) is common for the reference frequency (refFReq) and for the numChan frequencies in the list chanFreq. Known units are GHz, MHz, kHz and Hz.

Precondition: no spectral window has yet been defined

Parameters

numChan	Number of channels for the spectral window
refChan	Reference channel for the spectral window
chanFreq	The frequencies of the individual channels
freqUnits	The frequency units used to define refFreq and chanFreq

Postcondition: the spectral window has been defined; it is taken as a spectral window with no sideband. Its spectral window identifier spwId is 0.

SpectralGrid::SpectralGrid ( )

SpectralGrid::SpectralGrid ( const SpectralGrid & )

SpectralGrid::~SpectralGrid ( )

Member Function Documentation

unsigned int SpectralGrid::add	(	unsigned int	numChan,
		unsigned int	refChan,
		const Frequency &	refFreq,
		const Frequency &	chanSep
	)

Add a new spectral window, uniformly sampled, this spectral window having no sideband.

Precondition: at least one spectral window has already been defined

Parameters

numChan	Number of channels for the spectral window
refChan	Reference channel for the spectral window
refFreq	Frequency for this reference channel
chanSep	Frequency increment between two adjacent channels

Returns: the identifier for this spectral window

Postcondition: the spectral window has been defined and appended to the set of spectral windows; this new spectral window is taken as one with no sideband.

Referenced by add(), RefractiveIndexProfile::addNewSpectralWindow(), and SkyStatus::addNewSpectralWindow().

unsigned int SpectralGrid::add	(	unsigned int	numChan,
		unsigned int	refChan,
		double *	chanFreq,
		const std::string &	freqUnits
	)

Add a new spectral window, this spectral window having no sideband.

Precondition: at least one spectral window has already been defined

Parameters

numChan	Number of channels for the spectral window
refChan	Reference channel for the spectral window
chanFreq	The frequency for every channel
freqUnits	The frequency units (GHz, MHz or kHz, else assumed in Hz) used for chanFreq

Returns: the identifier for this spectral window

Postcondition: the spectral window has been defined and appended to the set of spectral windows; this new spectral window is taken as one with no sideband.

unsigned int SpectralGrid::add	(	unsigned int	numChan,
		double	refFreq,
		double *	chanFreq,
		const std::string &	freqUnits
	)

Add a new spectral window, this spectral window having no sideband.

Precondition: at least one spectral window has already been defined

Parameters

numChan	Number of channels for the spectral window
refFreq	The frequency at the reference channel for the spectral window
chanFreq	The frequency for every channel
freqUnits	The frequency units (GHz, MHz or kHz, else assumed in Hz) used for refFreq and chanFreq

Returns: the identifier for this spectral window

Postcondition: the spectral window has been defined and appended to the set of spectral windows; this new spectral window is taken as one with no sideband.

unsigned int SpectralGrid::add	(	unsigned int	numChan,
		double	refFreq,
		const std::vector< double > &	chanFreq,
		const std::string &	freqUnits
	)

unsigned int SpectralGrid::add ( const std::vector< Frequency > & chanFreq )

inline

Definition at line 211 of file ATMSpectralGrid.h.

References add().

void SpectralGrid::add	(	unsigned int	numChan,
		unsigned int	refChan,
		const Frequency &	refFreq,
		const Frequency &	chanSep,
		const Frequency &	intermediateFreq,
		const SidebandSide &	sbSide,
		const SidebandType &	sbType
	)

Add two new spectral windows, one spectral window per sideband.

Precondition: at least one spectral window has already been defined

Parameters

numChan	Number of channels for the spectral window in one sideband
refFreq	The frequency at the reference channel for that spectral window
chanSep	The channel separation (unsigned)
intermediateFreq	the Intermediate Frequency

Returns: the netSideband for this first spectral window (the second spectral will have the corresponding netSideband for the other sideband.

Postcondition: the spectral window has been defined and appended to the set of spectral windows; this new spectral window is taken as one with no sideband.

Note: For SSB receivers the first sideband is the signal sideband and in this case refFreq is usually the frequency for the middle of that sideband. For DSB refFreq may be in between the two sideband.

void SpectralGrid::appendChanFreq	(	unsigned int	numChan,
		double *	chanFreq
	)

private

void SpectralGrid::appendChanFreq	(	unsigned int	numChan,
		const std::vector< double > &	chanFreq
	)

private

std::vector<std::string> SpectralGrid::getAssocNature ( unsigned int spwId ) const

Accessor to the nature(s) of the associated spectral window(s)

Precondition: the spectral window must have an associated sideband. Would that not be the case the returned std::vector has a size of 0.

Parameters

spwId spectral window identifier (0-based)

Returns: the associated nature(s) of the associated spectral windows

std::vector<unsigned int> SpectralGrid::getAssocSpwId ( unsigned int spwId ) const

Accessor to the identifier of the associated spectral window(s)

Precondition: the spectral window must have an associated spectral window. Would that not be the case the returned std::vector has a size of 0.

Parameters

spwId spectral window identifier (0-based)

Returns: the identifiers of the its associated spectral windows

std::vector<unsigned int> SpectralGrid::getAssocSpwIds ( const std::vector< unsigned int > & spwIds ) const

Frequency SpectralGrid::getBandwidth ( ) const

Method to get the frequency range encompassing the list of frequency grid points (for the first spectral window)

Note: In case of irregular sampling the return value is the difference between the frequencies of the channels with the highest one and the channel with the lowedt one else it the product of the number of channels times the channel separation

Returns: the frequency bandwidth (Hz)

Frequency SpectralGrid::getBandwidth ( unsigned int spwId ) const

Method to get the frequency range encompassing the list of frequency grid points for the specified spectral window.

Note: In case of irregular sampling the return value is the difference between the frequencies of the channels with the highest one and the channel with the lowedt one else it the product of the number of channels times the channel separation

Parameters

spwId spectral window identifier (0-based)

Returns: the frequency bandwidth (Hz)

Frequency SpectralGrid::getChanFreq ( unsigned int chanNum ) const

Accessor to the frequency (Hz) for a given grid point (for the first spectral window)

Parameters

chanNum the channel number (grid units) @ return the frequency (Hz) corresponding to the center of the channel

Referenced by RefractiveIndexProfile::getFrequency().

Frequency SpectralGrid::getChanFreq	(	unsigned int	spwId,
		unsigned int	chanNum
	)		const

Accessor to the frequency (Hz) for a given grid point for the specified spectral window.

Parameters

spwId	spectral window identifier (0-based)
chanNum	the channel number (grid units) @ return the frequency (Hz) corresponding to the center of the channel

double SpectralGrid::getChanNum ( double freq ) const

Method to get the grid position for a given frequency specified in Hz (the first spectral window)

Returns: the grid position

double SpectralGrid::getChanNum	(	unsigned int	spwId,
		double	freq
	)		const

Method to get the grid position for a given frequency specified in Hz for the specified spectral window.

Parameters

freq	the frequency (Hz) for the grid position
spwId	spectral window identifier (0-based)

Returns: the grid position

Frequency SpectralGrid::getChanSep ( ) const

Accessor to the channel separation for regularily spaced grids (for the first spectral window)

Returns: the channel separation (Hz)

Frequency SpectralGrid::getChanSep ( unsigned int spwId ) const

Accessor to the channel separation for regularily spaced grids (for a given spectral window)

Parameters

spwId spectral window identifier (0-based)

Returns: the channel separation (Hz)

Frequency SpectralGrid::getChanWidth ( unsigned int chanNum ) const

Frequency SpectralGrid::getChanWidth	(	unsigned int	spwId,
		unsigned int	chanNum
	)		const

double SpectralGrid::getLoFrequency ( ) const

double SpectralGrid::getLoFrequency ( unsigned int spwId ) const

Frequency SpectralGrid::getMaxFreq ( ) const

Method to get the frequency (Hz) for the point at the largest frequency (for the first spectral window)

Returns: the frequency (Hz) of the channel at the highest frequency

Frequency SpectralGrid::getMaxFreq ( unsigned int spwId ) const

Method to get the frequency in the specified units for the point at the largest frequency (for the first spectral window)

Parameters

units the requested units

Returns: the frequency (Hz) of the channel at the highest frequency

Frequency SpectralGrid::getMinFreq ( ) const

Method to get the frequency (Hz) for the point at the lowest frequency (for the first spectral window)

Returns: the frequency of the channel at the lowest frequency

Frequency SpectralGrid::getMinFreq ( unsigned int spwId ) const

Method to get the frequency in the specified units for the channel at the lowest frequency for the specified spectral window.

Parameters

spwId spectral window identifier (0-based)

Returns: the frequency (Hz) of the channel at the lowest frequency

unsigned int SpectralGrid::getNumChan ( ) const

Accessor to the number of frequency points for the first spectral window.

Returns: number of frequency channels

unsigned int SpectralGrid::getNumChan ( unsigned int spwId ) const

Accessor to the number of frequency points for a given spectral window.

Parameters

spwId spectral window identifier (0-based)

Returns: number of frequency channels

unsigned int SpectralGrid::getNumSpectralWindow ( ) const

Accessor to the number of spectral wondows.

Returns: number of spectral windows

unsigned int SpectralGrid::getRefChan ( ) const

Accessor to the reference channel of the first spectral window.

Returns: the reference channel

Note: with the constructor SpectralGrid( int numChan, double refFreq, double* chanFreq, std::string freqUnits) there is no way to determine the reference channel if the grid is not regularily sampled! would that be the case, the returned value is 0.

unsigned int SpectralGrid::getRefChan ( unsigned int spwId ) const

Accessor to the reference channel for a given spectral window.

Parameters

spwId spectral window identifier (0-based)

Returns: the reference channel

Frequency SpectralGrid::getRefFreq ( ) const

Frequency getRefFreq();.

Accessor to the reference frequency (Hz) for the first spectral window

Returns: the frequency at the reference channel position

Frequency SpectralGrid::getRefFreq ( unsigned int spwId ) const

Accessor to the reference frequency (Hz) for a given spectral window.

Parameters

spwId spectral window identifier (0-based)

Returns: the frequency at the reference channel position

std::vector<double> SpectralGrid::getSbChanFreq	(	unsigned int	spwId,
		unsigned int	chanNum,
		const std::string &	freqUnits
	)		const

Accessor to the frequencies in the specified units for a given channel index (0-based) for the the specified spectral window its corresponding other sideband.

Parameters

spwId	spectral window identifier (0-based)
chanNum	the channel number (grid units)
freqUnits	the requested units

Returns: the frequencies corresponding to the center of the channel in the specified units for the input spectral window and for the corresponding channel in the other sideband

std::string SpectralGrid::getSideband ( unsigned int spwId ) const

Accessor for the side of the sideband and its type.

Precondition: the spectral window must have a sideband side and a sideband type. Would that not be the case the returned std::string has a size of 0.

Parameters

spwId spectral window identifier (0-based)

Returns: the side and the type of the sideband

std::string SpectralGrid::getSidebandSide ( unsigned int spwId ) const

Accessor for the side of the sideband.

Parameters

spwId spectral window identifier (0-based)

Returns: the side of the sideband

Note: Possible result is no sideband (NoSB) or lower sideband (LSB) or upper sideband (USB)

std::string SpectralGrid::getSidebandType ( unsigned int spwId ) const

Accessor for the type of sideband.

Precondition: the spectral window must have an associated spectral window. Would that not be the case the returned std::vector has a size of 0.

Parameters

spwId spectral window identifier (0-based)

Returns: the type of the sideband

Note: Possible result is double sideband (DSB) or single sideband (SSB) or two sidebands (2SB). 2SB implies sideband separation which is possible only in the interferometric case

std::vector<double> SpectralGrid::getSpectralWindow ( unsigned int spwId ) const

Accessor to retrieve the spectral grid of a spectral window.

Parameters

spwId spectral window identifier (0-based)

Returns: a std::vector of numChan frequencies (Hz)

bool SpectralGrid::isRegular ( ) const

Method to know if the spectral grid is regular or not (the first spectral window)

Returns: true if uniformly sampled, else false

bool SpectralGrid::isRegular ( unsigned int spwId ) const

Method to know if the spectral grid is regular or not for the specified spectral window.

Parameters

spwId spectral window identifier (0-based)

Returns: true if uniformly sampled, else false

bool SpectralGrid::operator== ( const SpectralGrid & a ) const

inline

Definition at line 467 of file ATMSpectralGrid.h.

References freqUnits_, v_chanFreq_, v_chanSep_, v_maxFreq_, v_minFreq_, v_numChan_, and v_refChan_.

bool SpectralGrid::wrongSpwId ( unsigned int spwId ) const

private

Member Data Documentation

std::string SpectralGrid::freqUnits_

protected

The frequency inits (always Hz)

Definition at line 441 of file ATMSpectralGrid.h.

Referenced by operator==().

std::vector<double> SpectralGrid::v_chanFreq_

protected

Channel frequencies of ALL the channels (i.e. all spectral window appended)

Definition at line 442 of file ATMSpectralGrid.h.

Referenced by RefractiveIndexProfile::getNumIndividualFrequencies(), and operator==().

std::vector<double> SpectralGrid::v_chanSep_

protected

channel separation for every spectral window

Definition at line 447 of file ATMSpectralGrid.h.

Referenced by operator==().

std::vector<double> SpectralGrid::v_intermediateFrequency_

protected

Definition at line 450 of file ATMSpectralGrid.h.

std::vector<double> SpectralGrid::v_loFreq_

protected

Definition at line 451 of file ATMSpectralGrid.h.

std::vector<double> SpectralGrid::v_maxFreq_

protected

frequency maximum for every spectral window

Definition at line 448 of file ATMSpectralGrid.h.

Referenced by operator==().

std::vector<double> SpectralGrid::v_minFreq_

protected

frequency minimum for every spectral window

Definition at line 449 of file ATMSpectralGrid.h.

Referenced by operator==().

std::vector<unsigned int> SpectralGrid::v_numChan_

protected

number of channels for every spectral window

Definition at line 444 of file ATMSpectralGrid.h.

Referenced by operator==(), SkyStatus::RT(), and SkyStatus::RTRJ().

std::vector<unsigned int> SpectralGrid::v_refChan_

protected

reference channel for every spectral window

Definition at line 445 of file ATMSpectralGrid.h.

Referenced by operator==().

std::vector<double> SpectralGrid::v_refFreq_

protected

frequency at reference channel for every spectral window

Definition at line 446 of file ATMSpectralGrid.h.

std::vector<SidebandSide> SpectralGrid::v_sidebandSide_

protected

Definition at line 453 of file ATMSpectralGrid.h.

std::vector<SidebandType> SpectralGrid::v_sidebandType_

protected

Definition at line 454 of file ATMSpectralGrid.h.

std::vector<unsigned int> SpectralGrid::v_transfertId_

protected

Definition at line 458 of file ATMSpectralGrid.h.

std::vector<std::vector<std::string> > SpectralGrid::vv_assocNature_

protected

Definition at line 456 of file ATMSpectralGrid.h.

std::vector<std::vector<unsigned int> > SpectralGrid::vv_assocSpwId_

protected

Definition at line 455 of file ATMSpectralGrid.h.

The documentation for this class was generated from the following file:

casa/code/atmosphere/ATM/ATMSpectralGrid.h

Public Member Functions

Protected Attributes

Private Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation