Classes
class	ACToolboxWoss
	base class for implementing acoustic-toolbox channel simulators (Bellhop, Kraken, etc...) More...

class	AltimBretschneider
	AltimBretschneider supports Bretschneider wave model. More...

class	Altimetry
	Altimetry profile class. More...

class	ArrAscResReader
	Class for reading and manipulating results provided by any acoustic toolbox textual ARR file. More...

class	ArrBinResReader
	Class for reading and manipulating results provided by any acoustic toolbox binary ARR file. More...

class	ArrData
	class for storing data of any acoustic toolbox ARR file More...

class	BathyGebcoDb
	NetCDF specialization of WossNetcdfDb for GEBCO database. More...

class	BathyGebcoDbCreator
	WossDbCreator for the GEBCO bathymetry database. More...

class	BathyUtmCsvDb
	Specialization of WossTextualDb for UTM CSV database. More...

class	BathyUtmCsvDbCreator
	WossDbCreator for the UMT CSV bathymetry database. More...

class	BellhopCreator
	class that provides correctly initialized BellhopWoss objects More...

class	BellhopWoss
	Implempentation of ACToolboxWoss for Bellhop raytracing program. More...

class	Coord
	Coordinates (lat, long) class definitions and functions library. More...

class	CoordComparator
	Function object for partial ordering of coordinates. More...

class	CoordComparator< CompUser, CoordZ >
	Partial specialization for partial ordering of CoordZ coordinates. More...

class	CoordZ
	3D-Coordinates (lat, long, depth) class definitions and functions library More...

struct	CustomAngles
	Bellhop min max angles. More...

class	CustomDataContainer
	Class for managing custom db data. More...

class	CustomDataTimeContainer
	Class for managing custom db data. More...

class	CustomDataTimeContainer< T, MidFunctor, InFunctor, std::shared_ptr< Data >, OutComp, MidComp, InComp >
	Partial specialization for Data = std::shared_ptr< Data > More...

struct	CustomTransducer
	Initial set up of a transducer. More...

class	Deck41TypeTests
	Abstraction layer for database and data manipulation. More...

class	DefHandler
	Class for managing dynamic instantiation of foundation classes. More...

class	Location
	Class that stores the coordinates of moving entity. More...

class	PDouble
	Custom precision long double class. More...

class	Pressure
	Complex attenuated pressure class. More...

class	RandomGenerator
	woss::RandomGenerator class More...

class	ResPressureBinDb
	Binary WossDb for Pressure. More...

class	ResPressureBinDbCreator
	DbCreator for binary Pressure database. More...

class	ResPressureTxtDb
	Textual WossDb for Pressure. More...

class	ResPressureTxtDbCreator
	DbCreator for textual Pressure database. More...

class	ResReader
	Abstract class for channel simulator result files processing. More...

class	ResTimeArrBinDb
	Binary WossDb for TimeArr. More...

class	ResTimeArrBinDbCreator
	DbCreator for textual TimeArr database. More...

class	ResTimeArrTxtDb
	Textual WossDb for TimeArr. More...

class	ResTimeArrTxtDbCreator
	DbCreator for textual TimeArr database. More...

class	SedimDeck41CoordDb
	WossDb for custom made NetCDF DECK41 Sediment database. More...

class	SedimDeck41Db
	WossDb for NetCDF DECK41 Sediment database. More...

class	SedimDeck41DbCreator
	DbCreator for NetCDF Deck41 Sediment database. More...

class	SedimDeck41MarsdenDb
	WossDb for custom made NetCDF marsden square DECK41 Sediment database. More...

class	SedimDeck41MarsdenOneDb
	WossDb for custom made NetCDF marsden coordinates DECK41 Sediment database. More...

class	Sediment
	Surficial sediment geoacoustic parameters definitions. More...

class	SedimentClay
	Clay type implementation. More...

class	SedimentGravel
	Gravel type implementation. More...

class	SedimentHardBottom
	Hard bottom type implementation. More...

class	SedimentMud
	Mud type implementation. More...

class	SedimentNodules
	Deck41 nodules type implementation. More...

class	SedimentOoze
	Ooze type implementation. More...

class	SedimentOrganic
	Organic type implementation. More...

class	SedimentRocks
	Rocks type implementation. More...

class	SedimentSand
	Sand type implementation. More...

class	SedimentSilt
	Silt type implementation. More...

class	ShdData
	class for storing data of any acoustic toolbox SHD file More...

class	ShdData_v1
	class for storing data of any acoustic toolbox SHD file More...

class	ShdResReader
	Class for reading and manipulating results provided by any acoustic toolbox SHD file. More...

struct	SimTime
	Struct that stores start and end Time. More...

class	Singleton
	Singleton design pattern template. More...

class	SSP
	SSP class offers multiple creation and manipulation capabilities for sound speed profile. More...

class	SspWoa2005Db
	WossDb for the custom made NetCDF WOA2005 SSP database. More...

class	SspWoa2005DbCreator
	WossDbCreator for the custom made NetCDF WOA2005 SSP database. More...

class	TestTimeReference

class	ThreadPool

class	Time
	a class for time date manipulation More...

class	TimeArr
	Channel power delay profile class. More...

class	TimeReference
	Class for simulation time reference purposes. More...

class	Transducer
	Transducer class. More...

class	TransducerHandler
	Transducer creator and handler class. More...

class	UtmWgs84

class	Woss
	Abstract class that provides the interface for initializing and running a channel simulator. More...

class	WossBathymetryDb
	Data behaviour class for bathymetry database. More...

class	WossController
	Class for managing all WOSS classes involved. More...

class	WossCreator
	Abstract class that provides correctly initialized Woss objects. More...

class	WossCreatorContainer
	Class that stores WossCreator parameters. More...

class	WossCreatorContainer< CustomTransducer >
	Full specialization for woss::CustomTransducer. More...

class	WossDb
	Abstract class that provides the interface of databases. More...

class	WossDbCreator
	Abstract class that provides the interface of database creator ( Factory object ) More...

class	WossDbManager
	Abstraction layer for database and data manipulation. More...

class	WossException
	Exception thrown by the Woss test framework. More...

class	WossManager
	Abstract class that interfaces Pressure or TimeArr requests from user layer. More...

class	WossManagerResDb
	Abstract class that implements WossManager. It adds computed results dbs control. More...

class	WossManagerResDbMT
	Multi-threaded extension of WossManagerResDb. More...

class	WossManagerSimple
	simple template extension of WossManagerResDb or WossManagerResDbMT More...

class	WossNetcdfDb
	NetCDF implementation of WossDb. More...

class	WossResPressDb
	Data behaviour class for storing calculated Pressure. More...

class	WossResReader
	Woss class with ResReader objects for reading simulated results. More...

class	WossResTimeArrDb
	Data behaviour class for storing calculated TimeArr. More...

class	WossSedimentDb
	Data behaviour class for Sediment database. More...

class	WossSSPDb
	Data behaviour class for SSP database. More...

class	WossTest
	WossTest provides the framework for the WOSS library test binaries. More...

class	WossTextualDb
	Textual implementation of WossDb. More...

Typedefs
using	RangeVector = std::vector< double >

using	SSPMap = std::map< int, std::unique_ptr< SSP > >

using	SedimentMap = std::map< int, std::unique_ptr< Sediment > >

using	NormSSPMap = std::map< double, std::unique_ptr< SSP > >

using	NSMIter = NormSSPMap::iterator

using	NSMCIter = NormSSPMap::const_iterator

using	NSMRIter = NormSSPMap::reverse_iterator

using	NSMCRIter = NormSSPMap::const_reverse_iterator

typedef Singleton< WossController >	SWossController
	Singleton implementation of WossController class.

using	CoordZPair = std::pair< CoordZ, CoordZ >

using	CoordZPairVect = std::vector< CoordZPair >

using	SimFreq = std::pair< double, double >

using	SimFreqVector = std::vector< SimFreq >

using	PressureVector = std::vector< std::unique_ptr< Pressure > >

using	TimeArrVector = std::vector< std::unique_ptr< TimeArr > >

using	FreqSet = std::set< double >

using	FreqSIt = FreqSet::iterator

using	FreqSCIt = FreqSet::const_iterator

using	FreqSRIt = FreqSet::reverse_iterator

using	FreqSCRIt = FreqSet::const_reverse_iterator

using	ResReaderMap = std::map< double, std::unique_ptr< ResReader > >

using	RRMIter = ResReaderMap::iterator

using	RRMRIter = ResReaderMap::reverse_iterator

using	RRMCIter = ResReaderMap::const_iterator

using	RRMCRIter = ResReaderMap::const_reverse_iterator

using	RRMPair = std::pair< RRMIter, bool >

using	AltimetryMap = std::map< PDouble, double >

using	AltIt = AltimetryMap::iterator

using	AltCIt = AltimetryMap::const_iterator

using	AltRIt = AltimetryMap::reverse_iterator

using	AltCRIt = AltimetryMap::const_reverse_iterator

using	UtmZoneChar = char

using	CoordZVector = std::vector< CoordZ >

using	Marsden = int

using	MarsdenCoord = std::pair< int, int >

using	CoordVector = std::vector< Coord >

using	MarsdenVector = std::vector< Marsden >

using	MarsdenCoordVector = std::vector< MarsdenCoord >

typedef Singleton< DefHandler >	SDefHandler
	Singleton implementation of DefHandler class.

using	Bathymetry = double

using	Deck41Types = std::pair< int, int >

using	DepthMap = std::map< PDouble, double >

using	DConstIter = DepthMap::const_iterator

using	DIter = DepthMap::iterator

using	DRIter = DepthMap::reverse_iterator

using	DConstRIter = DepthMap::const_reverse_iterator

using	TimeArrMap = std::map< PDouble, std::complex< double > >

using	TimeArrIt = TimeArrMap::iterator

using	TimeArrCIt = TimeArrMap::const_iterator

using	TimeArrRIt = TimeArrMap::reverse_iterator

using	TimeArrCRIt = TimeArrMap::const_reverse_iterator

using	Gebco2DIndexes = std::pair< long, long >

using	FrequencyMap = std::map< int, int >

using	FMCIter = FrequencyMap::const_iterator

using	FMIter = FrequencyMap::iterator

using	FMRIter = FrequencyMap::reverse_iterator

using	FMCRIter = FrequencyMap::const_reverse_iterator

using	SedimWeightMap = std::map< char, double >

using	SWIter = SedimWeightMap::iterator

using	SWRIter = SedimWeightMap::reverse_iterator

using	SSPIndexes = std::pair< int, int >

using	PathName = std::pair< std::string, std::string >

Enumerations
enum class	BellhopArrSyntax { BELLHOP_CREATOR_ARR_FILE_SYNTAX_0 = 0 , BELLHOP_CREATOR_ARR_FILE_SYNTAX_1 , BELLHOP_CREATOR_ARR_FILE_SYNTAX_2 , BELLHOP_CREATOR_ARR_FILE_INVALID }

enum class	BellhopShdSyntax { BELLHOP_CREATOR_SHD_FILE_SYNTAX_0 = 0 , BELLHOP_CREATOR_SHD_FILE_SYNTAX_1 , BELLHOP_CREATOR_SHD_FILE_INVALID }

enum class	GEBCO_BATHY_TYPE { GEBCO_1D_1_MINUTE_BATHY_TYPE = 0 , GEBCO_1D_30_SECONDS_BATHY_TYPE = 1 , GEBCO_2D_1_MINUTE_BATHY_TYPE = 2 , GEBCO_2D_30_SECONDS_BATHY_TYPE = 3 , GEBCO_2D_15_SECONDS_BATHY_TYPE = 4 , GEBCO_INVALID_BATHY_TYPE }

enum class	DECK41DbType { DECK41_DB_V1_TYPE = 0 , DECK41_DB_V2_TYPE = 1 , DECK41_DB_INVALID_TYPE }

enum class	WOADbType { WOA_DB_TYPE_2005 = 0 , WOA_DB_TYPE_2013 = 1 , WOA_DB_TYPE_INVALID }

enum class	WossErrorType { WOSS_ERROR_NO_ERROR = 0 , WOSS_ERROR_OUT_OF_MEMORY , WOSS_ERROR_OUT_OF_RANGE_PARAM , WOSS_ERROR_INVALID_PARAM , WOSS_ERROR_TIMEOUT , WOSS_ERROR_WRONG_STATE , WOSS_ERROR_BAD_FORMAT , WOSS_ERROR_INSUFFICIENT_PERMISSIONS , WOSS_ERROR_IO_ERROR , WOSS_ERROR_OUT_OF_HANDLES , WOSS_ERROR_UNKNOWN , WOSS_ERROR_UNEXPECTED_EXCEPTION }

Functions
const Altimetry	operator+ (const Altimetry &left, const Altimetry &right)

const Altimetry	operator- (const Altimetry &left, const Altimetry &right)

const Altimetry	operator+ (const Altimetry &left, const double right)

const Altimetry	operator- (const Altimetry &left, const double right)

const Altimetry	operator/ (const Altimetry &left, const double right)

const Altimetry	operator* (const Altimetry &left, const double right)

const Altimetry	operator+ (const double left, const Altimetry &right)

const Altimetry	operator- (const double left, const Altimetry &right)

const Altimetry	operator/ (const double left, const Altimetry &right)

const Altimetry	operator* (const double left, const Altimetry &right)

Altimetry &	operator+= (Altimetry &left, const Altimetry &right)

Altimetry &	operator-= (Altimetry &left, const Altimetry &right)

Altimetry &	operator+= (Altimetry &left, double right)

Altimetry &	operator-= (Altimetry &left, double right)

Altimetry &	operator/= (Altimetry &left, double right)

Altimetry &	operator*= (Altimetry &left, double right)

std::ostream &	operator<< (std::ostream &os, const Altimetry &instance)

bool	operator== (const Altimetry &left, const Altimetry &right)

bool	operator!= (const Altimetry &left, const Altimetry &right)

constexpr Coord &	operator+= (Coord &left, const Coord &right)

constexpr Coord &	operator-= (Coord &left, const Coord &right)

constexpr Coord	operator+ (const Coord &left, const Coord &right)

constexpr Coord	operator- (const Coord &left, const Coord &right)

constexpr bool	operator== (const Coord &left, const Coord &right)

constexpr bool	operator!= (const Coord &left, const Coord &right)

constexpr bool	operator> (const Coord &left, const Coord &right)

constexpr bool	operator< (const Coord &left, const Coord &right)

constexpr bool	operator>= (const Coord &left, const Coord &right)

constexpr bool	operator<= (const Coord &left, const Coord &right)

std::ostream &	operator<< (std::ostream &os, const Coord &x)

std::ostream &	operator<< (std::ostream &os, const CoordZ::CartCoords &instance)

constexpr bool	operator== (const CoordZ &left, const CoordZ &right)

constexpr bool	operator!= (const CoordZ &left, const CoordZ &right)

constexpr bool	operator> (const CoordZ &left, const CoordZ &right)

constexpr bool	operator< (const CoordZ &left, const CoordZ &right)

constexpr bool	operator>= (const CoordZ &left, const CoordZ &right)

constexpr bool	operator<= (const CoordZ &left, const CoordZ &right)

constexpr CoordZ &	operator+= (CoordZ &left, const CoordZ &right)

constexpr CoordZ &	operator-= (CoordZ &left, const CoordZ &right)

std::ostream &	operator<< (std::ostream &os, const CoordZ &instance)

constexpr CoordZ	operator+ (const CoordZ &left, const CoordZ &right)

constexpr CoordZ	operator- (const CoordZ &left, const CoordZ &right)

std::ostream &	operator<< (std::ostream &os, const UtmWgs84 &instance)

constexpr PDouble	operator+ (const PDouble &left, const PDouble &right)

constexpr PDouble	operator- (const PDouble &left, const PDouble &right)

constexpr PDouble	operator/ (const PDouble &left, const PDouble &right)

constexpr PDouble	operator* (const PDouble &left, const PDouble &right)

constexpr PDouble	operator% (const PDouble &left, const PDouble &right)

constexpr PDouble &	operator+= (PDouble &left, const PDouble &right)

constexpr PDouble &	operator-= (PDouble &left, const PDouble &right)

constexpr PDouble &	operator/= (PDouble &left, const PDouble &right)

constexpr PDouble &	operator*= (PDouble &left, const PDouble &right)

constexpr PDouble &	operator%= (PDouble &left, const PDouble &right)

constexpr bool	operator== (const PDouble &left, const PDouble &right)

constexpr bool	operator!= (const PDouble &left, const PDouble &right)

constexpr bool	operator> (const PDouble &left, const PDouble &right)

constexpr bool	operator< (const PDouble &left, const PDouble &right)

constexpr bool	operator>= (const PDouble &left, const PDouble &right)

constexpr bool	operator<= (const PDouble &left, const PDouble &right)

std::ostream &	operator<< (std::ostream &os, const PDouble &instance)

std::istream &	operator>> (std::istream &is, PDouble &instance)

void	debugWaitForUser ()

constexpr double	normCart (double x, double y, double z)

constexpr std::tuple< double, double, double >	convSpher2Cart (double rho, double theta, double phi)

constexpr std::tuple< double, double, double >	convCart2Spher (double x, double y, double z)

constexpr std::tuple< double, double >	rotCartXY (double rot_angle, double x_init, double y_init)

constexpr std::tuple< double, double >	rotCartXZ (double rot_angle, double x_init, double z_init)

constexpr std::tuple< double, double >	rotCartYZ (double rot_angle, double y_init, double z_init)

constexpr std::tuple< double, double, double >	crossProd (double left_x, double left_y, double left_z, double right_x, double right_y, double right_z)

constexpr double	scalarProd (double left_x, double left_y, double left_z, double right_x, double right_y, double right_z)

constexpr double	linInterp (double start_var, double end_var, double start_val, double end_val, double x_var)

bool	operator== (const Pressure &left, const Pressure &right)

bool	operator!= (const Pressure &left, const Pressure &right)

const Pressure	operator+ (const Pressure &left, const Pressure &right)

const Pressure	operator- (const Pressure &left, const Pressure &right)

const Pressure	operator/ (const Pressure &left, const Pressure &right)

const Pressure	operator* (const Pressure &left, const Pressure &right)

Pressure &	operator+= (Pressure &left, const Pressure &right)

Pressure &	operator-= (Pressure &left, const Pressure &right)

Pressure &	operator/= (Pressure &left, const Pressure &right)

Pressure &	operator*= (Pressure &left, const Pressure &right)

std::ostream &	operator<< (std::ostream &os, const Pressure &instance)

const Sediment	operator/ (const double left, const Sediment &right)

const Sediment	operator* (const double left, const Sediment &right)

const Sediment	operator/ (const Sediment &left, const double right)

const Sediment	operator* (const Sediment &left, const double right)

Sediment &	operator+= (Sediment &left, const Sediment &right)

Sediment &	operator-= (Sediment &left, const Sediment &right)

Sediment &	operator/= (Sediment &left, const Sediment &right)

Sediment &	operator*= (Sediment &left, const Sediment &right)

Sediment &	operator+= (Sediment &left, double right)

Sediment &	operator-= (Sediment &left, double right)

Sediment &	operator/= (Sediment &left, double right)

Sediment &	operator*= (Sediment &left, double right)

bool	operator== (const Sediment &left, const Sediment &right)

bool	operator!= (const Sediment &left, const Sediment &right)

std::ostream &	operator<< (std::ostream &os, const Sediment &instance)

const Sediment	operator+ (const Sediment &left, const Sediment &right)

const Sediment	operator- (const Sediment &left, const Sediment &right)

const Sediment	operator/ (const Sediment &left, const Sediment &right)

const Sediment	operator* (const Sediment &left, const Sediment &right)

SSP &	operator+= (SSP &left, const SSP &right)

SSP &	operator-= (SSP &left, const SSP &right)

SSP &	operator*= (SSP &left, const SSP &right)

SSP &	operator/= (SSP &left, const SSP &right)

SSP &	operator+= (SSP &left, const double right)

SSP &	operator-= (SSP &left, const double right)

SSP &	operator/= (SSP &left, const double right)

SSP &	operator*= (SSP &left, const double right)

bool	operator== (const SSP &left, const SSP &right)

bool	operator!= (const SSP &left, const SSP &right)

const SSP	operator+ (const SSP &left, const SSP &right)

const SSP	operator- (const SSP &left, const SSP &right)

const SSP	operator* (const SSP &left, const SSP &right)

const SSP	operator/ (const SSP &left, const SSP &right)

const SSP	operator+ (const SSP &left, const double right)

const SSP	operator- (const SSP &left, const double right)

const SSP	operator/ (const SSP &left, const double right)

const SSP	operator* (const SSP &left, const double right)

const SSP	operator+ (const double left, const SSP &right)

const SSP	operator- (const double left, const SSP &right)

const SSP	operator/ (const double left, const SSP &right)

const SSP	operator* (const double left, const SSP &right)

std::ostream &	operator<< (std::ostream &os, const SSP &instance)

std::istream &	operator>> (std::istream &is, SSP &instance)

const TimeArr	operator+ (const TimeArr &left, const TimeArr &right)

const TimeArr	operator- (const TimeArr &left, const TimeArr &right)

const TimeArr	operator+ (const TimeArr &left, const double right)

const TimeArr	operator- (const TimeArr &left, const double right)

const TimeArr	operator/ (const TimeArr &left, const double right)

const TimeArr	operator* (const TimeArr &left, const double right)

const TimeArr	operator+ (const double left, const TimeArr &right)

const TimeArr	operator- (const double left, const TimeArr &right)

const TimeArr	operator/ (const double left, const TimeArr &right)

const TimeArr	operator* (const double left, const TimeArr &right)

TimeArr &	operator+= (TimeArr &left, const TimeArr &right)

TimeArr &	operator-= (TimeArr &left, const TimeArr &right)

TimeArr &	operator+= (TimeArr &left, double right)

TimeArr &	operator-= (TimeArr &left, double right)

TimeArr &	operator/= (TimeArr &left, double right)

TimeArr &	operator*= (TimeArr &left, double right)

std::ostream &	operator<< (std::ostream &os, const TimeArr &instance)

bool	operator== (const TimeArr &left, const TimeArr &right)

bool	operator!= (const TimeArr &left, const TimeArr &right)

double	operator- (const Time &left, const Time &right)

bool	operator== (const Time &left, const Time &right)

bool	operator!= (const Time &left, const Time &right)

bool	operator> (const Time &left, const Time &right)

bool	operator< (const Time &left, const Time &right)

bool	operator<= (const Time &left, const Time &right)

bool	operator>= (const Time &left, const Time &right)

std::ostream &	operator<< (std::ostream &os, const Time &time)

const Time	operator+ (const Time &left, const time_t right)

const Time	operator- (const Time &left, const time_t right)

Time &	operator+= (Time &left, time_t right)

Time &	operator-= (Time &left, time_t right)

bool	operator== (const Transducer &left, const Transducer &right)

bool	operator!= (const Transducer &left, const Transducer &right)

std::ostream &	operator<< (std::ostream &os, const Transducer &instance)

std::istream &	operator>> (std::istream &is, Transducer &instance)

Typedef Documentation

◆ AltCIt

using woss::AltCIt = typedef AltimetryMap::const_iterator

◆ AltCRIt

using woss::AltCRIt = typedef AltimetryMap::const_reverse_iterator

◆ AltimetryMap

using woss::AltimetryMap = typedef std::map < PDouble, double >

Map that links a PDouble range [m] to a double altimetry value. Negative values ==> under water. Positive values ==> above water.

◆ AltIt

using woss::AltIt = typedef AltimetryMap::iterator

◆ AltRIt

using woss::AltRIt = typedef AltimetryMap::reverse_iterator

◆ Bathymetry

using woss::Bathymetry = typedef double

◆ CoordVector

using woss::CoordVector = typedef std::vector< Coord >

A vector of Coord

◆ CoordZPair

using woss::CoordZPair = typedef std::pair< CoordZ, CoordZ >

A pair of CoordZ (tx, rx)

◆ CoordZPairVect

using woss::CoordZPairVect = typedef std::vector< CoordZPair >

A vector of CoordZPair

◆ CoordZVector

using woss::CoordZVector = typedef std::vector< CoordZ >

A vector of CoordZ. Beware of object slicing if using this container for objects derived from CoordZ

◆ DConstIter

using woss::DConstIter = typedef DepthMap::const_iterator

◆ DConstRIter

using woss::DConstRIter = typedef DepthMap::const_reverse_iterator

◆ Deck41Types

using woss::Deck41Types = typedef std::pair < int , int >

◆ DepthMap

using woss::DepthMap = typedef std::map< PDouble, double >

Multipurpose map that links a depth [m] to a value ( temperature [C°], pressure [bar], salinity [ppu], or sound speed profile [m/s] )

◆ DIter

using woss::DIter = typedef DepthMap::iterator

◆ DRIter

using woss::DRIter = typedef DepthMap::reverse_iterator

◆ FMCIter

using woss::FMCIter = typedef FrequencyMap::const_iterator

◆ FMCRIter

using woss::FMCRIter = typedef FrequencyMap::const_reverse_iterator

◆ FMIter

using woss::FMIter = typedef FrequencyMap::iterator

◆ FMRIter

using woss::FMRIter = typedef FrequencyMap::reverse_iterator

◆ FreqSCIt

using woss::FreqSCIt = typedef FreqSet::const_iterator

◆ FreqSCRIt

using woss::FreqSCRIt = typedef FreqSet::const_reverse_iterator

◆ FreqSet

using woss::FreqSet = typedef std::set< double >

Set of frequencies [Hz]

◆ FreqSIt

using woss::FreqSIt = typedef FreqSet::iterator

◆ FreqSRIt

using woss::FreqSRIt = typedef FreqSet::reverse_iterator

◆ FrequencyMap

using woss::FrequencyMap = typedef std::map<int, int>

Map that links a DECK41 integer type to the number of times it has appeared in a database query result

See also: deck41-db-state-logic-constrol.h

◆ Gebco2DIndexes

using woss::Gebco2DIndexes = typedef std::pair< long, long >

GEBCO 2D netcdf indexes

◆ Marsden

using woss::Marsden = typedef int

The marsden square

◆ MarsdenCoord

using woss::MarsdenCoord = typedef std::pair< int, int >

The Marsden coordinates

Parameters

int	marsden square
int	marsden one degree square

◆ MarsdenCoordVector

using woss::MarsdenCoordVector = typedef std::vector< MarsdenCoord >

A vector of marsden coordinates

◆ MarsdenVector

using woss::MarsdenVector = typedef std::vector< Marsden >

A vector of marsden squares

◆ NormSSPMap

using woss::NormSSPMap = typedef std::map< double, std::unique_ptr<SSP> >

◆ NSMCIter

using woss::NSMCIter = typedef NormSSPMap::const_iterator

◆ NSMCRIter

using woss::NSMCRIter = typedef NormSSPMap::const_reverse_iterator

◆ NSMIter

using woss::NSMIter = typedef NormSSPMap::iterator

◆ NSMRIter

using woss::NSMRIter = typedef NormSSPMap::reverse_iterator

◆ PathName

using woss::PathName = typedef std::pair< std::string, std::string >

A pair of strings containing:

Parameters

first	pathname
second	filename

◆ PressureVector

using woss::PressureVector = typedef std::vector< std::unique_ptr<Pressure> >

A vector of heap-created Pressure objects

◆ RangeVector

using woss::RangeVector = typedef std::vector< double >

Vector of range values [m]

◆ ResReaderMap

using woss::ResReaderMap = typedef std::map< double, std::unique_ptr<ResReader> >

Map that links a frequency [Hz] to a ResReader instance

◆ RRMCIter

using woss::RRMCIter = typedef ResReaderMap::const_iterator

◆ RRMCRIter

using woss::RRMCRIter = typedef ResReaderMap::const_reverse_iterator

◆ RRMIter

using woss::RRMIter = typedef ResReaderMap::iterator

◆ RRMPair

using woss::RRMPair = typedef std::pair< RRMIter, bool >

◆ RRMRIter

using woss::RRMRIter = typedef ResReaderMap::reverse_iterator

◆ SDefHandler

typedef Singleton< DefHandler > woss::SDefHandler

Singleton implementation of DefHandler class.

Singleton implementation of DefHandler class

◆ SedimentMap

using woss::SedimentMap = typedef std::map< int, std::unique_ptr<Sediment> >

A map of dynamically woss::Sediment

◆ SedimWeightMap

using woss::SedimWeightMap = typedef std::map< char, double >

Map that links a condition of Deck41TypeTests to its weight for calculating weighted average value

See also: Deck41TypeTests

◆ SimFreq

using woss::SimFreq = typedef std::pair< double, double >

A pair of frequency (start, end)

◆ SimFreqVector

using woss::SimFreqVector = typedef std::vector< SimFreq >

A vector of SimFreq

◆ SSPIndexes

using woss::SSPIndexes = typedef std::pair< int, int >

Pair representing latitute and longitude index for NetCDF value access

◆ SSPMap

using woss::SSPMap = typedef std::map< int, std::unique_ptr<SSP> >

A map of dynamically allocated woss::SSP

◆ SWIter

using woss::SWIter = typedef SedimWeightMap::iterator

◆ SWossController

typedef Singleton< WossController > woss::SWossController

Singleton implementation of WossController class.

Singleton implementation of WossController class

◆ SWRIter

using woss::SWRIter = typedef SedimWeightMap::reverse_iterator

◆ TimeArrCIt

using woss::TimeArrCIt = typedef TimeArrMap::const_iterator

◆ TimeArrCRIt

using woss::TimeArrCRIt = typedef TimeArrMap::const_reverse_iterator

◆ TimeArrIt

using woss::TimeArrIt = typedef TimeArrMap::iterator

◆ TimeArrMap

using woss::TimeArrMap = typedef std::map < PDouble , std::complex<double> >

Map that links a PDouble delay [s] to a complex Pressure

◆ TimeArrRIt

using woss::TimeArrRIt = typedef TimeArrMap::reverse_iterator

◆ TimeArrVector

using woss::TimeArrVector = typedef std::vector< std::unique_ptr<TimeArr> >

A vector of heap-created TimeArr objects

◆ UtmZoneChar

using woss::UtmZoneChar = typedef char

The letter that identify a UTM zone

Enumeration Type Documentation

◆ BellhopArrSyntax

enum class woss::BellhopArrSyntax

strong

Enumerator
BELLHOP_CREATOR_ARR_FILE_SYNTAX_0	Pre 31 august 2016 syntax, without imaginary time delay.
BELLHOP_CREATOR_ARR_FILE_SYNTAX_1	Post 31 August 2016 syntax, with imaginary time delay.
BELLHOP_CREATOR_ARR_FILE_SYNTAX_2	Post 31 March 2019 syntax, with different header syntax.
BELLHOP_CREATOR_ARR_FILE_INVALID	invalid syntax, must always be the last element

◆ BellhopShdSyntax

enum class woss::BellhopShdSyntax

strong

Enumerator
BELLHOP_CREATOR_SHD_FILE_SYNTAX_0
BELLHOP_CREATOR_SHD_FILE_SYNTAX_1
BELLHOP_CREATOR_SHD_FILE_INVALID	invalid syntax, must always be the last element

◆ DECK41DbType

enum class woss::DECK41DbType

strong

DECK41 db version in use

Enumerator
DECK41_DB_V1_TYPE	DECK41 V1 NetCDF Legacy db.
DECK41_DB_V2_TYPE	DECK41 V2 NetCDF4 db.
DECK41_DB_INVALID_TYPE	INVALID, must be last.

◆ GEBCO_BATHY_TYPE

enum class woss::GEBCO_BATHY_TYPE

strong

GEBCO version in use

Enumerator
GEBCO_1D_1_MINUTE_BATHY_TYPE	GEBCO 1D, one minute of arc netcf format.
GEBCO_1D_30_SECONDS_BATHY_TYPE	GEBCO 1D, thirty seconds of arc netcf format.
GEBCO_2D_1_MINUTE_BATHY_TYPE	GEBCO 2D, one minute of arc netcf format.
GEBCO_2D_30_SECONDS_BATHY_TYPE	GEBCO 2D, thirty seconds of arc netcf format.
GEBCO_2D_15_SECONDS_BATHY_TYPE	GEBCO 2D, fifteen seconds of arc netcf format.
GEBCO_INVALID_BATHY_TYPE	INVALID, must be last.

◆ WOADbType

enum class woss::WOADbType

strong

Enumerator
WOA_DB_TYPE_2005	2005 and 2009 NetCDF Db type, 1 degree resolution
WOA_DB_TYPE_2013	2013, 2001, 2018 and 2023 NetCDF4 Db type, 0.25 degree resolution
WOA_DB_TYPE_INVALID	Must always be the last.

◆ WossErrorType

enum class woss::WossErrorType

strong

error type enum

Enumerator
WOSS_ERROR_NO_ERROR
WOSS_ERROR_OUT_OF_MEMORY	out of memory
WOSS_ERROR_OUT_OF_RANGE_PARAM	a parameter passed to the function is outside the valid range
WOSS_ERROR_INVALID_PARAM	a parameter passed to the function is invalid
WOSS_ERROR_TIMEOUT	timeout has occurred
WOSS_ERROR_WRONG_STATE	the requested operation is not possible/allowed in the current state
WOSS_ERROR_BAD_FORMAT	data is not in the expected format
WOSS_ERROR_INSUFFICIENT_PERMISSIONS	the requester of the operation does not have sufficient permissions (access rights etc)
WOSS_ERROR_IO_ERROR	an I/O error occurred
WOSS_ERROR_OUT_OF_HANDLES	there is no free handle available
WOSS_ERROR_UNKNOWN
WOSS_ERROR_UNEXPECTED_EXCEPTION

Function Documentation

◆ convCart2Spher()

constexpr std::tuple< double, double, double > woss::convCart2Spher	(	double	x,
		double	y,
		double	z
	)

inlineconstexpr

Referenced by woss::Transducer::writeVertBeamPattern().

◆ convSpher2Cart()

constexpr std::tuple< double, double, double > woss::convSpher2Cart	(	double	rho,
		double	theta,
		double	phi
	)

inlineconstexpr

Referenced by woss::Transducer::writeVertBeamPattern().

◆ crossProd()

constexpr std::tuple< double, double, double > woss::crossProd	(	double	left_x,
		double	left_y,
		double	left_z,
		double	right_x,
		double	right_y,
		double	right_z
	)

inlineconstexpr

Referenced by woss::Transducer::writeVertBeamPattern().

◆ debugWaitForUser()

void woss::debugWaitForUser ( )

inline

Pause the execution of the program. Restart it by pressing any key.

◆ linInterp()

constexpr double woss::linInterp	(	double	start_var,
		double	end_var,
		double	start_val,
		double	end_val,
		double	x_var
	)

inlineconstexpr

◆ normCart()

constexpr double woss::normCart	(	double	x,
		double	y,
		double	z
	)

inlineconstexpr

Referenced by woss::Transducer::writeVertBeamPattern().

◆ operator!=() [1/10]

bool woss::operator!=	(	const Altimetry &	left,
		const Altimetry &	right
	)

inline

Inequality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left != right, false otherwise

◆ operator!=() [2/10]

constexpr bool woss::operator!=	(	const Coord &	left,
		const Coord &	right
	)

inlineconstexpr

Inequality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left != right, false otherwise

◆ operator!=() [3/10]

constexpr bool woss::operator!=	(	const CoordZ &	left,
		const CoordZ &	right
	)

inlineconstexpr

Inequality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left != right, false otherwise

◆ operator!=() [4/10]

constexpr bool woss::operator!=	(	const PDouble &	left,
		const PDouble &	right
	)

inlineconstexpr

Inequality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left != right, false otherwise

◆ operator!=() [5/10]

bool woss::operator!=	(	const Pressure &	left,
		const Pressure &	right
	)

inline

Inequality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left != right, false otherwise

◆ operator!=() [6/10]

bool woss::operator!=	(	const Sediment &	left,
		const Sediment &	right
	)

inline

Inequality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left != right, false otherwise

◆ operator!=() [7/10]

bool woss::operator!=	(	const SSP &	left,
		const SSP &	right
	)

inline

Inequality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left == right, false otherwise

◆ operator!=() [8/10]

bool woss::operator!=	(	const Time &	left,
		const Time &	right
	)

inline

Inequality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left != right, false otherwise

◆ operator!=() [9/10]

bool woss::operator!=	(	const TimeArr &	left,
		const TimeArr &	right
	)

inline

Inequality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left != right, false otherwise

◆ operator!=() [10/10]

bool woss::operator!=	(	const Transducer &	left,
		const Transducer &	right
	)

inline

Inequality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left == right, false otherwise

◆ operator%()

constexpr PDouble woss::operator%	(	const PDouble &	left,
		const PDouble &	right
	)

inlineconstexpr

Modulo operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator%=()

constexpr PDouble & woss::operator%=	(	PDouble &	left,
		const PDouble &	right
	)

inlineconstexpr

Compound assignment modulo operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

◆ operator*() [1/12]

const Altimetry woss::operator*	(	const Altimetry &	left,
		const double	right
	)

Multiplication operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator*() [2/12]

const Altimetry woss::operator*	(	const double	left,
		const Altimetry &	right
	)

Multiplication operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator*() [3/12]

const Sediment woss::operator*	(	const double	left,
		const Sediment &	right
	)

Scalar multiplication operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

References woss::Sediment::att_c, woss::Sediment::att_s, woss::Sediment::density, woss::Sediment::type, woss::Sediment::vel_c, and woss::Sediment::vel_s.

◆ operator*() [4/12]

const SSP woss::operator*	(	const double	left,
		const SSP &	right
	)

inline

Multiplication operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator*() [5/12]

const TimeArr woss::operator*	(	const double	left,
		const TimeArr &	right
	)

Multiplication operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator*() [6/12]

constexpr PDouble woss::operator*	(	const PDouble &	left,
		const PDouble &	right
	)

inlineconstexpr

Multiplication operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator*() [7/12]

const Pressure woss::operator*	(	const Pressure &	left,
		const Pressure &	right
	)

inline

Multiplication operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator*() [8/12]

const Sediment woss::operator*	(	const Sediment &	left,
		const double	right
	)

Scalar multiplication operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

References woss::Sediment::att_c, woss::Sediment::att_s, woss::Sediment::density, woss::Sediment::type, woss::Sediment::vel_c, and woss::Sediment::vel_s.

◆ operator*() [9/12]

const Sediment woss::operator*	(	const Sediment &	left,
		const Sediment &	right
	)

inline

Multiplication operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator*() [10/12]

const SSP woss::operator*	(	const SSP &	left,
		const double	right
	)

inline

Multiplication operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator*() [11/12]

const SSP woss::operator*	(	const SSP &	left,
		const SSP &	right
	)

inline

Multiplication operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator*() [12/12]

const TimeArr woss::operator*	(	const TimeArr &	left,
		const double	right
	)

Multiplication operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator*=() [1/8]

Altimetry & woss::operator*=	(	Altimetry &	left,
		double	right
	)

Compound assignment multiplication operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::Altimetry::altimetry_map.

◆ operator*=() [2/8]

constexpr PDouble & woss::operator*=	(	PDouble &	left,
		const PDouble &	right
	)

inlineconstexpr

Compound assignment multiplication operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

◆ operator*=() [3/8]

Pressure & woss::operator*=	(	Pressure &	left,
		const Pressure &	right
	)

inline

Compound assignment multiplication operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

◆ operator*=() [4/8]

Sediment & woss::operator*=	(	Sediment &	left,
		const Sediment &	right
	)

Compound assignment multiplication operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::Sediment::att_c, woss::Sediment::att_s, woss::Sediment::density, woss::Sediment::type, woss::Sediment::vel_c, and woss::Sediment::vel_s.

◆ operator*=() [5/8]

Sediment & woss::operator*=	(	Sediment &	left,
		double	right
	)

Compound assignment multiplication operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::Sediment::att_c, woss::Sediment::att_s, woss::Sediment::density, woss::Sediment::type, woss::Sediment::vel_c, and woss::Sediment::vel_s.

◆ operator*=() [6/8]

SSP & woss::operator*=	(	SSP &	left,
		const double	right
	)

Compound assignment multiplication operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::SSP::pressure_map, woss::SSP::salinity_map, woss::SSP::ssp_map, and woss::SSP::temperature_map.

◆ operator*=() [7/8]

SSP & woss::operator*=	(	SSP &	left,
		const SSP &	right
	)

Compound assignment multiplication operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::SSP::pressure_map, woss::SSP::salinity_map, woss::SSP::ssp_map, and woss::SSP::temperature_map.

◆ operator*=() [8/8]

TimeArr & woss::operator*=	(	TimeArr &	left,
		double	right
	)

Compound assignment multiplication operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::TimeArr::time_arr_map.

◆ operator+() [1/15]

const Altimetry woss::operator+	(	const Altimetry &	left,
		const Altimetry &	right
	)

Sum operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator+() [2/15]

const Altimetry woss::operator+	(	const Altimetry &	left,
		const double	right
	)

Sum operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator+() [3/15]

constexpr Coord woss::operator+	(	const Coord &	left,
		const Coord &	right
	)

inlineconstexpr

Sum operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator+() [4/15]

constexpr CoordZ woss::operator+	(	const CoordZ &	left,
		const CoordZ &	right
	)

inlineconstexpr

Sum operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator+() [5/15]

const Altimetry woss::operator+	(	const double	left,
		const Altimetry &	right
	)

Sum operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator+() [6/15]

const SSP woss::operator+	(	const double	left,
		const SSP &	right
	)

inline

Sum operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator+() [7/15]

const TimeArr woss::operator+	(	const double	left,
		const TimeArr &	right
	)

Sum operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator+() [8/15]

constexpr PDouble woss::operator+	(	const PDouble &	left,
		const PDouble &	right
	)

inlineconstexpr

Sum operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator+() [9/15]

const Pressure woss::operator+	(	const Pressure &	left,
		const Pressure &	right
	)

inline

Sum operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator+() [10/15]

const Sediment woss::operator+	(	const Sediment &	left,
		const Sediment &	right
	)

inline

Sum operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator+() [11/15]

const SSP woss::operator+	(	const SSP &	left,
		const double	right
	)

inline

Sum operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator+() [12/15]

const SSP woss::operator+	(	const SSP &	left,
		const SSP &	right
	)

inline

Sum operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a const instance holding the operation result

◆ operator+() [13/15]

const Time woss::operator+	(	const Time &	left,
		const time_t	right
	)

inline

Sum operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator+() [14/15]

const TimeArr woss::operator+	(	const TimeArr &	left,
		const double	right
	)

Sum operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator+() [15/15]

const TimeArr woss::operator+	(	const TimeArr &	left,
		const TimeArr &	right
	)

Sum operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator+=() [1/13]

Altimetry & woss::operator+=	(	Altimetry &	left,
		const Altimetry &	right
	)

Compound assignment sum operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::Altimetry::altimetry_map.

◆ operator+=() [2/13]

Altimetry & woss::operator+=	(	Altimetry &	left,
		double	right
	)

Compound assignment sum operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::Altimetry::altimetry_map.

◆ operator+=() [3/13]

constexpr Coord & woss::operator+=	(	Coord &	left,
		const Coord &	right
	)

inlineconstexpr

Compound assignment sum operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

◆ operator+=() [4/13]

constexpr CoordZ & woss::operator+=	(	CoordZ &	left,
		const CoordZ &	right
	)

inlineconstexpr

Compound assignment sum operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

◆ operator+=() [5/13]

constexpr PDouble & woss::operator+=	(	PDouble &	left,
		const PDouble &	right
	)

inlineconstexpr

Compound assignment sum operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

◆ operator+=() [6/13]

Pressure & woss::operator+=	(	Pressure &	left,
		const Pressure &	right
	)

inline

Compound assignment sum operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

◆ operator+=() [7/13]

Sediment & woss::operator+=	(	Sediment &	left,
		const Sediment &	right
	)

Compound assignment sum operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::Sediment::att_c, woss::Sediment::att_s, woss::Sediment::density, woss::Sediment::type, woss::Sediment::vel_c, and woss::Sediment::vel_s.

◆ operator+=() [8/13]

Sediment & woss::operator+=	(	Sediment &	left,
		double	right
	)

Compound assignment sum operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::Sediment::att_c, woss::Sediment::att_s, woss::Sediment::density, woss::Sediment::type, woss::Sediment::vel_c, and woss::Sediment::vel_s.

◆ operator+=() [9/13]

SSP & woss::operator+=	(	SSP &	left,
		const double	right
	)

Compound assignment sum operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::SSP::pressure_map, woss::SSP::salinity_map, woss::SSP::ssp_map, and woss::SSP::temperature_map.

◆ operator+=() [10/13]

SSP & woss::operator+=	(	SSP &	left,
		const SSP &	right
	)

Compound assignment sum operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::SSP::pressure_map, woss::SSP::salinity_map, woss::SSP::ssp_map, and woss::SSP::temperature_map.

◆ operator+=() [11/13]

Time & woss::operator+=	(	Time &	left,
		time_t	right
	)

Compound assignment sum operator

Parameters

left	left operand reference
right	right operand const time_t representing seconds

Returns: left reference after the operation

References woss::Time::raw_time, and woss::Time::timeinfo.

◆ operator+=() [12/13]

TimeArr & woss::operator+=	(	TimeArr &	left,
		const TimeArr &	right
	)

Compound assignment sum operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::TimeArr::time_arr_map.

◆ operator+=() [13/13]

TimeArr & woss::operator+=	(	TimeArr &	left,
		double	right
	)

Compound assignment sum operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::TimeArr::time_arr_map.

◆ operator-() [1/16]

const Altimetry woss::operator-	(	const Altimetry &	left,
		const Altimetry &	right
	)

Subtraction operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator-() [2/16]

const Altimetry woss::operator-	(	const Altimetry &	left,
		const double	right
	)

Subtraction operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator-() [3/16]

constexpr Coord woss::operator-	(	const Coord &	left,
		const Coord &	right
	)

inlineconstexpr

Subtraction operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator-() [4/16]

constexpr CoordZ woss::operator-	(	const CoordZ &	left,
		const CoordZ &	right
	)

inlineconstexpr

Subtraction operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator-() [5/16]

const Altimetry woss::operator-	(	const double	left,
		const Altimetry &	right
	)

Subtraction operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator-() [6/16]

const SSP woss::operator-	(	const double	left,
		const SSP &	right
	)

inline

Subtraction operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator-() [7/16]

const TimeArr woss::operator-	(	const double	left,
		const TimeArr &	right
	)

Subtraction operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator-() [8/16]

constexpr PDouble woss::operator-	(	const PDouble &	left,
		const PDouble &	right
	)

inlineconstexpr

Subtraction operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator-() [9/16]

const Pressure woss::operator-	(	const Pressure &	left,
		const Pressure &	right
	)

inline

Subtraction operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator-() [10/16]

const Sediment woss::operator-	(	const Sediment &	left,
		const Sediment &	right
	)

inline

Subtraction operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator-() [11/16]

const SSP woss::operator-	(	const SSP &	left,
		const double	right
	)

inline

Subtraction operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator-() [12/16]

const SSP woss::operator-	(	const SSP &	left,
		const SSP &	right
	)

inline

Subtraction operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator-() [13/16]

double woss::operator-	(	const Time &	left,
		const Time &	right
	)

Subtraction operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: time difference in seconds

References woss::Time::timeinfo.

◆ operator-() [14/16]

const Time woss::operator-	(	const Time &	left,
		const time_t	right
	)

inline

Subtraction operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator-() [15/16]

const TimeArr woss::operator-	(	const TimeArr &	left,
		const double	right
	)

Subtraction operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator-() [16/16]

const TimeArr woss::operator-	(	const TimeArr &	left,
		const TimeArr &	right
	)

Subtraction operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator-=() [1/13]

Altimetry & woss::operator-=	(	Altimetry &	left,
		const Altimetry &	right
	)

Compound assignment subtraction operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::Altimetry::altimetry_map.

◆ operator-=() [2/13]

Altimetry & woss::operator-=	(	Altimetry &	left,
		double	right
	)

Compound assignment subtraction operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::Altimetry::altimetry_map.

◆ operator-=() [3/13]

constexpr Coord & woss::operator-=	(	Coord &	left,
		const Coord &	right
	)

inlineconstexpr

Compound assignment subtraction operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

◆ operator-=() [4/13]

constexpr CoordZ & woss::operator-=	(	CoordZ &	left,
		const CoordZ &	right
	)

inlineconstexpr

Compound assignment subtraction operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

◆ operator-=() [5/13]

constexpr PDouble & woss::operator-=	(	PDouble &	left,
		const PDouble &	right
	)

inlineconstexpr

Compound assignment subtraction operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

◆ operator-=() [6/13]

Pressure & woss::operator-=	(	Pressure &	left,
		const Pressure &	right
	)

inline

Compound assignment subtraction operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

◆ operator-=() [7/13]

Sediment & woss::operator-=	(	Sediment &	left,
		const Sediment &	right
	)

Compound assignment subtraction operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::Sediment::att_c, woss::Sediment::att_s, woss::Sediment::density, woss::Sediment::type, woss::Sediment::vel_c, and woss::Sediment::vel_s.

◆ operator-=() [8/13]

Sediment & woss::operator-=	(	Sediment &	left,
		double	right
	)

Compound assignment subtraction operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::Sediment::att_c, woss::Sediment::att_s, woss::Sediment::density, woss::Sediment::type, woss::Sediment::vel_c, and woss::Sediment::vel_s.

◆ operator-=() [9/13]

SSP & woss::operator-=	(	SSP &	left,
		const double	right
	)

Compound assignment subtraction operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::SSP::pressure_map, woss::SSP::salinity_map, woss::SSP::ssp_map, and woss::SSP::temperature_map.

◆ operator-=() [10/13]

SSP & woss::operator-=	(	SSP &	left,
		const SSP &	right
	)

Compound assignment subtraction operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::SSP::pressure_map, woss::SSP::salinity_map, woss::SSP::ssp_map, and woss::SSP::temperature_map.

◆ operator-=() [11/13]

Time & woss::operator-=	(	Time &	left,
		time_t	right
	)

Compound assignment subtraction operator

Parameters

left	left operand reference
right	right operand const time_t representing seconds

Returns: left reference after the operation

References woss::Time::raw_time, and woss::Time::timeinfo.

◆ operator-=() [12/13]

TimeArr & woss::operator-=	(	TimeArr &	left,
		const TimeArr &	right
	)

Compound assignment subtraction operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::TimeArr::time_arr_map.

◆ operator-=() [13/13]

TimeArr & woss::operator-=	(	TimeArr &	left,
		double	right
	)

Compound assignment subtraction operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::TimeArr::time_arr_map.

◆ operator/() [1/12]

const Altimetry woss::operator/	(	const Altimetry &	left,
		const double	right
	)

Division operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator/() [2/12]

const Altimetry woss::operator/	(	const double	left,
		const Altimetry &	right
	)

Division operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator/() [3/12]

const Sediment woss::operator/	(	const double	left,
		const Sediment &	right
	)

Scalar division operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

References woss::Sediment::att_c, woss::Sediment::att_s, woss::Sediment::density, woss::Sediment::type, woss::Sediment::vel_c, and woss::Sediment::vel_s.

◆ operator/() [4/12]

const SSP woss::operator/	(	const double	left,
		const SSP &	right
	)

inline

Division operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator/() [5/12]

const TimeArr woss::operator/	(	const double	left,
		const TimeArr &	right
	)

Division operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator/() [6/12]

constexpr PDouble woss::operator/	(	const PDouble &	left,
		const PDouble &	right
	)

inlineconstexpr

Division operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator/() [7/12]

const Pressure woss::operator/	(	const Pressure &	left,
		const Pressure &	right
	)

inline

Division operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator/() [8/12]

const Sediment woss::operator/	(	const Sediment &	left,
		const double	right
	)

Scalar division operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

References woss::Sediment::att_c, woss::Sediment::att_s, woss::Sediment::density, woss::Sediment::type, woss::Sediment::vel_c, and woss::Sediment::vel_s.

◆ operator/() [9/12]

const Sediment woss::operator/	(	const Sediment &	left,
		const Sediment &	right
	)

inline

Division operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator/() [10/12]

const SSP woss::operator/	(	const SSP &	left,
		const double	right
	)

inline

Division operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator/() [11/12]

const SSP woss::operator/	(	const SSP &	left,
		const SSP &	right
	)

inline

Division operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator/() [12/12]

const TimeArr woss::operator/	(	const TimeArr &	left,
		const double	right
	)

Division operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: a new const instance holding the operation result

◆ operator/=() [1/8]

Altimetry & woss::operator/=	(	Altimetry &	left,
		double	right
	)

Compound assignment division operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::Altimetry::altimetry_map.

◆ operator/=() [2/8]

constexpr PDouble & woss::operator/=	(	PDouble &	left,
		const PDouble &	right
	)

inlineconstexpr

Compound assignment division operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

◆ operator/=() [3/8]

Pressure & woss::operator/=	(	Pressure &	left,
		const Pressure &	right
	)

inline

Compound assignment division operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

◆ operator/=() [4/8]

Sediment & woss::operator/=	(	Sediment &	left,
		const Sediment &	right
	)

Compound assignment division operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::Sediment::att_c, woss::Sediment::att_s, woss::Sediment::density, woss::Sediment::type, woss::Sediment::vel_c, and woss::Sediment::vel_s.

◆ operator/=() [5/8]

Sediment & woss::operator/=	(	Sediment &	left,
		double	right
	)

Compound assignment division operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::Sediment::att_c, woss::Sediment::att_s, woss::Sediment::density, woss::Sediment::type, woss::Sediment::vel_c, and woss::Sediment::vel_s.

◆ operator/=() [6/8]

SSP & woss::operator/=	(	SSP &	left,
		const double	right
	)

Compound assignment division operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::SSP::pressure_map, woss::SSP::salinity_map, woss::SSP::ssp_map, and woss::SSP::temperature_map.

◆ operator/=() [7/8]

SSP & woss::operator/=	(	SSP &	left,
		const SSP &	right
	)

Compound assignment division operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::SSP::pressure_map, woss::SSP::salinity_map, woss::SSP::ssp_map, and woss::SSP::temperature_map.

◆ operator/=() [8/8]

TimeArr & woss::operator/=	(	TimeArr &	left,
		double	right
	)

Compound assignment division operator

Parameters

left	left operand reference
right	right operand const reference

Returns: left reference after the operation

References woss::TimeArr::time_arr_map.

◆ operator<() [1/4]

constexpr bool woss::operator<	(	const Coord &	left,
		const Coord &	right
	)

inlineconstexpr

Less than operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left < right, false otherwise

Referenced by woss::CoordComparator< CompUser, CoordZ >::operator()(), and woss::CoordComparator< CompUser, T >::operator()().

◆ operator<() [2/4]

constexpr bool woss::operator<	(	const CoordZ &	left,
		const CoordZ &	right
	)

inlineconstexpr

Less than operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left < right, false otherwise

◆ operator<() [3/4]

constexpr bool woss::operator<	(	const PDouble &	left,
		const PDouble &	right
	)

inlineconstexpr

Less than operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left < right, false otherwise

◆ operator<() [4/4]

bool woss::operator<	(	const Time &	left,
		const Time &	right
	)

inline

Less than operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left < right, false otherwise

◆ operator<<() [1/12]

std::ostream & woss::operator<<	(	std::ostream &	os,
		const Altimetry &	instance
	)

inline

<< operator

Parameters

os	left operand ostream reference
instance	right operand const Pressure reference

Returns: os reference after the operation

◆ operator<<() [2/12]

std::ostream & woss::operator<<	(	std::ostream &	os,
		const Coord &	x
	)

inline

<< operator

Parameters

os	left operand ostream reference
instance	right operand const Coord reference

Returns: os reference after the operation

◆ operator<<() [3/12]

std::ostream & woss::operator<<	(	std::ostream &	os,
		const CoordZ &	instance
	)

inline

<< operator

Parameters

os	left operand ostream reference
instance	right operand const CoordZ reference

Returns: os reference after the operation

◆ operator<<() [4/12]

std::ostream & woss::operator<<	(	std::ostream &	os,
		const CoordZ::CartCoords &	instance
	)

inline

<< operator

Parameters

os	left operand ostream reference
instance	right operand const CartCoords reference

Returns: os reference after the operation

◆ operator<<() [5/12]

std::ostream & woss::operator<<	(	std::ostream &	os,
		const PDouble &	instance
	)

inline

<< operator

Parameters

os	left operand ostream reference
instance	right operand const PDouble reference

Returns: os reference after the operation

◆ operator<<() [6/12]

std::ostream & woss::operator<<	(	std::ostream &	os,
		const Pressure &	instance
	)

inline

<< operator

Parameters

os	left operand ostream reference
instance	right operand const Pressure reference

Returns: os reference after the operation

◆ operator<<() [7/12]

std::ostream & woss::operator<<	(	std::ostream &	os,
		const Sediment &	instance
	)

inline

<< operator

Parameters

os	left operand ostream reference
instance	right operand const Sediment reference

Returns: os reference after the operation

◆ operator<<() [8/12]

std::ostream & woss::operator<<	(	std::ostream &	os,
		const SSP &	instance
	)

inline

<< operator

Parameters

os	left operand ostream reference
instance	right operand const SSP reference

Returns: os reference after the operation

◆ operator<<() [9/12]

std::ostream & woss::operator<<	(	std::ostream &	os,
		const Time &	time
	)

inline

<< operator

Parameters

os	left operand ostream reference
instance	right operand const Time reference

Returns: os reference after the operation

◆ operator<<() [10/12]

std::ostream & woss::operator<<	(	std::ostream &	os,
		const TimeArr &	instance
	)

inline

<< operator

Parameters

os	left operand ostream reference
instance	right operand const Pressure reference

Returns: os reference after the operation

◆ operator<<() [11/12]

std::ostream & woss::operator<<	(	std::ostream &	os,
		const Transducer &	instance
	)

inline

<< operator

Parameters

os	left operand ostream reference
instance	right operand const Transducer reference

Returns: os reference after the operation

◆ operator<<() [12/12]

std::ostream & woss::operator<<	(	std::ostream &	os,
		const UtmWgs84 &	instance
	)

inline

<< operator

Parameters

os	left operand ostream reference
instance	right operand const CoordZ reference

Returns: os reference after the operation

◆ operator<=() [1/4]

constexpr bool woss::operator<=	(	const Coord &	left,
		const Coord &	right
	)

inlineconstexpr

Less than or equal to operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left <= right, false otherwise

◆ operator<=() [2/4]

constexpr bool woss::operator<=	(	const CoordZ &	left,
		const CoordZ &	right
	)

inlineconstexpr

Less than or equal to operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left <= right, false otherwise

◆ operator<=() [3/4]

constexpr bool woss::operator<=	(	const PDouble &	left,
		const PDouble &	right
	)

inlineconstexpr

Less than or equal to operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left <= right, false otherwise

◆ operator<=() [4/4]

bool woss::operator<=	(	const Time &	left,
		const Time &	right
	)

inline

Less than or equal to operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left <= right, false otherwise

◆ operator==() [1/10]

bool woss::operator==	(	const Altimetry &	left,
		const Altimetry &	right
	)

inline

Equality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left == right, false otherwise

◆ operator==() [2/10]

constexpr bool woss::operator==	(	const Coord &	left,
		const Coord &	right
	)

inlineconstexpr

Equality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left == right, false otherwise

◆ operator==() [3/10]

constexpr bool woss::operator==	(	const CoordZ &	left,
		const CoordZ &	right
	)

inlineconstexpr

Equality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left == right, false otherwise

◆ operator==() [4/10]

constexpr bool woss::operator==	(	const PDouble &	left,
		const PDouble &	right
	)

inlineconstexpr

Equality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left == right, false otherwise

◆ operator==() [5/10]

bool woss::operator==	(	const Pressure &	left,
		const Pressure &	right
	)

inline

Equality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left == right, false otherwise

◆ operator==() [6/10]

bool woss::operator==	(	const Sediment &	left,
		const Sediment &	right
	)

inline

Equality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left == right, false otherwise

◆ operator==() [7/10]

bool woss::operator==	(	const SSP &	left,
		const SSP &	right
	)

inline

Equality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left == right, false otherwise

◆ operator==() [8/10]

bool woss::operator==	(	const Time &	left,
		const Time &	right
	)

inline

Equality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left == right, false otherwise

◆ operator==() [9/10]

bool woss::operator==	(	const TimeArr &	left,
		const TimeArr &	right
	)

inline

Equality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left == right, false otherwise

◆ operator==() [10/10]

bool woss::operator==	(	const Transducer &	left,
		const Transducer &	right
	)

inline

Equality operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left == right, false otherwise

◆ operator>() [1/4]

constexpr bool woss::operator>	(	const Coord &	left,
		const Coord &	right
	)

inlineconstexpr

Greater than operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left > right, false otherwise

◆ operator>() [2/4]

constexpr bool woss::operator>	(	const CoordZ &	left,
		const CoordZ &	right
	)

inlineconstexpr

Greater than operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left > right, false otherwise

◆ operator>() [3/4]

constexpr bool woss::operator>	(	const PDouble &	left,
		const PDouble &	right
	)

inlineconstexpr

Greater than operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left > right, false otherwise

◆ operator>() [4/4]

bool woss::operator>	(	const Time &	left,
		const Time &	right
	)

inline

Greater than operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left > right, false otherwise

◆ operator>=() [1/4]

constexpr bool woss::operator>=	(	const Coord &	left,
		const Coord &	right
	)

inlineconstexpr

Greater than or equal to operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left >= right, false otherwise

◆ operator>=() [2/4]

constexpr bool woss::operator>=	(	const CoordZ &	left,
		const CoordZ &	right
	)

inlineconstexpr

Greater than or equal to operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left >= right, false otherwise

◆ operator>=() [3/4]

constexpr bool woss::operator>=	(	const PDouble &	left,
		const PDouble &	right
	)

inlineconstexpr

Greater than or equal to operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left >= right, false otherwise

◆ operator>=() [4/4]

bool woss::operator>=	(	const Time &	left,
		const Time &	right
	)

inline

Greater than or equal to operator

Parameters

left	left operand const reference
right	right operand const reference

Returns: true if left >= right, false otherwise

◆ operator>>() [1/3]

std::istream & woss::operator>>	(	std::istream &	is,
		PDouble &	instance
	)

inline

‍operator

Parameters

is	left operand istream reference
instance	right operand PDouble reference. It will take the value provided by left with default precision

Returns: is reference after the operation

◆ operator>>() [2/3]

std::istream & woss::operator>>	(	std::istream &	is,
		SSP &	instance
	)

inline

References woss::SSP::import().

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◆ operator>>() [3/3]

std::istream & woss::operator>>	(	std::istream &	is,
		Transducer &	instance
	)

inline

References woss::Transducer::import().

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◆ rotCartXY()

constexpr std::tuple< double, double > woss::rotCartXY	(	double	rot_angle,
		double	x_init,
		double	y_init
	)

inlineconstexpr

Referenced by woss::Transducer::writeVertBeamPattern().

◆ rotCartXZ()

constexpr std::tuple< double, double > woss::rotCartXZ	(	double	rot_angle,
		double	x_init,
		double	z_init
	)

inlineconstexpr

Referenced by woss::Transducer::writeVertBeamPattern().

◆ rotCartYZ()

constexpr std::tuple< double, double > woss::rotCartYZ	(	double	rot_angle,
		double	y_init,
		double	z_init
	)

inlineconstexpr

◆ scalarProd()

constexpr double woss::scalarProd	(	double	left_x,
		double	left_y,
		double	left_z,
		double	right_x,
		double	right_y,
		double	right_z
	)

inlineconstexpr

Referenced by woss::Transducer::writeVertBeamPattern().

Classes

Typedefs

Enumerations

Functions

Typedef Documentation

◆ AltCIt

◆ AltCRIt

◆ AltimetryMap

◆ AltIt

◆ AltRIt

◆ Bathymetry

◆ CoordVector

◆ CoordZPair

◆ CoordZPairVect

◆ CoordZVector

◆ DConstIter

◆ DConstRIter

◆ Deck41Types

◆ DepthMap

◆ DIter

◆ DRIter

◆ FMCIter

◆ FMCRIter

◆ FMIter

◆ FMRIter

◆ FreqSCIt

◆ FreqSCRIt

◆ FreqSet

◆ FreqSIt

◆ FreqSRIt

◆ FrequencyMap

◆ Gebco2DIndexes

◆ Marsden

◆ MarsdenCoord

◆ MarsdenCoordVector

◆ MarsdenVector

◆ NormSSPMap

◆ NSMCIter

◆ NSMCRIter

◆ NSMIter

◆ NSMRIter

◆ PathName

◆ PressureVector

◆ RangeVector

◆ ResReaderMap

◆ RRMCIter

◆ RRMCRIter

◆ RRMIter

◆ RRMPair

◆ RRMRIter

◆ SDefHandler

◆ SedimentMap

◆ SedimWeightMap

◆ SimFreq

◆ SimFreqVector

◆ SSPIndexes

◆ SSPMap

◆ SWIter

◆ SWossController

◆ SWRIter

◆ TimeArrCIt

◆ TimeArrCRIt

◆ TimeArrIt

◆ TimeArrMap

◆ TimeArrRIt

◆ TimeArrVector

◆ UtmZoneChar

Enumeration Type Documentation

◆ BellhopArrSyntax

◆ BellhopShdSyntax

◆ DECK41DbType

◆ GEBCO_BATHY_TYPE

◆ WOADbType

◆ WossErrorType

Function Documentation

◆ convCart2Spher()

◆ convSpher2Cart()

◆ crossProd()

◆ debugWaitForUser()

◆ linInterp()