This is the class used to calculate the maturity based on the 'constantweight' maturity function. More...

#include <maturity.h>

Inheritance diagram for MaturityD:

Collaboration diagram for MaturityD:

Public Member Functions
	MaturityD (CommentStream &infile, const TimeClass const TimeInfo, Keeper const keeper, int minage, int numage, const IntVector &areas, const char givenname, const LengthGroupDivision const LgrpDiv, int numMatConst, const char *refWeightFile)
	This is the MaturityD constructor. More...

virtual	~MaturityD ()
	This is the default MaturityD destructor. More...

virtual void	setStock (StockPtrVector &stockvec)
	This will select the stocks required for the maturation process. More...

virtual void	Reset (const TimeClass *const TimeInfo)
	This will reset the maturation information for the current model run. More...

virtual int	isMaturationStep (const TimeClass *const TimeInfo)
	This will check if the maturation process will take place on the current timestep. More...

virtual double	calcMaturation (int age, int length, int growth, double weight)
	This will calculate the probability of maturation for a given age and length of the immature stock. More...

virtual void	Print (ofstream &outfile) const
	This function will print the maturation information. More...

Public Member Functions inherited from MaturityC
	MaturityC (CommentStream &infile, const TimeClass const TimeInfo, Keeper const keeper, int minage, int numage, const IntVector &areas, const char givenname, const LengthGroupDivision const LgrpDiv, int numMatConst)
	This is the MaturityC constructor. More...

virtual	~MaturityC ()
	This is the default MaturityC destructor. More...

Public Member Functions inherited from Maturity
	Maturity ()
	This is the default Maturity constructor. More...

	Maturity (const IntVector &areas, int minage, int numage, const LengthGroupDivision const LgrpDiv, const char givenname)
	This is the Maturity constructor. More...

virtual	~Maturity ()
	This is the default Maturity destructor. More...

void	storeMatureStock (int area, int age, int length, double number, double weight)
	This will store the calculated mature stock. More...

void	storeMatureTagStock (int area, int age, int length, double number, int id)
	This will store the calculated mature tagged stock. More...

void	Move (int area, const TimeClass *const TimeInfo)
	This will move the calculated mature stock into the mature stock age-length cells. More...

const StockPtrVector &	getMatureStocks ()
	This will calculate the mature stocks the immature stock can mature into. More...

void	setTagged ()
	This function will initialise the tagging experiments for the maturation calculations. More...

void	addMaturityTag (const char *tagname)
	This will add a tagging experiment to the maturation calculations. More...

void	deleteMaturityTag (const char *tagname)
	This will remove a tagging experiment from the maturation calculations. More...

Public Member Functions inherited from HasName
	HasName ()
	This is the default HasName constructor. More...

virtual	~HasName ()
	This is the default HasName destructor. More...

	HasName (const char *givenname)
	This is the HasName constructor for a specified name. More...

const char *	getName () const
	This will return a null terminated text string containing the name of the object. More...

Protected Attributes
DoubleVector	refWeight
	This is the DoubleVector of reference weight information. More...

Protected Attributes inherited from MaturityC
DoubleMatrix	preCalcMaturation
	This is the DoubleMatrix of maturation parameters. More...

ModelVariableVector	maturityParameters
	This is the ModelVariableVector of maturation parameters. More...

int	minStockAge
	This is the minimum age of the maturing stock, used as an index for preCalcMaturation. More...

int	minMatureAge
	This is the minimum age when maturation will take place. More...

int	minMatureLength
	This is the minimum length group division when maturation will take place. More...

IntVector	maturitystep
	This is the IntVector of timesteps when maturation will take place. More...

Protected Attributes inherited from Maturity
double	tmpratio
	This is used to temporarily store the maturation ratio. More...

StockPtrVector	matureStocks
	This is the StockPtrVector of the mature stocks. More...

CharPtrVector	matureStockNames
	This is the CharPtrVector of the names of the mature stocks. More...

FormulaVector	matureRatio
	This is the FormulaVector of the ratio of the immature stock to mature into each mature stock. More...

double	ratioscale
	This is used to scale the ratios to ensure that they will always sum to 1. More...

IntVector	ratioindex
	This is the IntVector used as an index for the ratio vector. More...

ConversionIndexPtrVector	CI
	This is the ConversionIndexPtrVector used to convert from the immature stock lengths to the mature stock lengths. More...

LengthGroupDivision *	LgrpDiv
	This is the LengthGroupDivision of the stock. More...

Protected Attributes inherited from LivesOnAreas
IntVector	areas
	This is the IntVector of internal areas that the object is defined on. More...

Additional Inherited Members
Protected Member Functions inherited from LivesOnAreas
void	storeAreas (const IntVector &Areas)
	This function will store the internal areas to be used. More...

	LivesOnAreas ()
	This is the default LivesOnAreas constructor. More...

virtual	~LivesOnAreas ()
	This is the default LivesOnAreas destructor. More...

	LivesOnAreas (const IntVector &Areas)
	This is the LivesOnAreas constructor for a specified vector of areas. More...

int	isInArea (int area) const
	This function will check whether the object is defined on a specified area. More...

IntVector &	getAreas ()
	This function will return the internal areas that the object is defined on. More...

int	areaNum (int area) const
	This function will return the area associated with an internal area. More...

Detailed Description

This is the class used to calculate the maturity based on the 'constantweight' maturity function.

Constructor & Destructor Documentation

◆ MaturityD()

MaturityD::MaturityD	(	CommentStream &	infile,
		const TimeClass *const	TimeInfo,
		Keeper *const	keeper,
		int	minage,
		int	numage,
		const IntVector &	areas,
		const char *	givenname,
		const LengthGroupDivision *const	LgrpDiv,
		int	numMatConst,
		const char *	refWeightFile
	)

This is the MaturityD constructor.

Parameters

infile	is the CommentStream to read the maturation parameters from
TimeInfo	is the TimeClass for the current model
keeper	is the Keeper for the current model
minage	is the minimum age of the stock that can mature
numage	is the number of age groups for the stock that can mature
areas	is the IntVector of areas that the maturity calculation can take place on
givenname	is the name of the stock for this MaturityD class
LgrpDiv	is the LengthGroupDivision for the stock
numMatConst	is the number of maturation parameters (6)
refWeightFile	is the name of the file to read the reference weight information from

◆ ~MaturityD()

virtual MaturityD::~MaturityD ( )

inlinevirtual

This is the default MaturityD destructor.

Member Function Documentation

◆ calcMaturation()

double MaturityD::calcMaturation	(	int	age,
		int	length,
		int	growth,
		double	weight
	)

virtual

This will calculate the probability of maturation for a given age and length of the immature stock.

Parameters

age	is the age of the age-length cell that the maturation is being calculated on
length	is the length of the age-length cell that the maturation is being calculated on
growth	is the length of the age-length cell that the mature stock will grow into
weight	is the weight of the fish of the age-length cell that are maturing

Returns: maturation probability

Reimplemented from MaturityC.

◆ isMaturationStep()

int MaturityD::isMaturationStep ( const TimeClass *const TimeInfo )

virtual

This will check if the maturation process will take place on the current timestep.

Parameters

TimeInfo is the TimeClass for the current model

Returns: 1 if the maturation process will take place, 0 otherwise

Reimplemented from MaturityC.

◆ Print()

void MaturityD::Print ( ofstream & outfile ) const

virtual

This function will print the maturation information.

Parameters

outfile is the ofstream that all the model information gets sent to

Reimplemented from MaturityC.

◆ Reset()

void MaturityD::Reset ( const TimeClass *const TimeInfo )

virtual

This will reset the maturation information for the current model run.

Parameters

TimeInfo is the TimeClass for the current model

Reimplemented from MaturityC.

◆ setStock()

void MaturityD::setStock ( StockPtrVector & stockvec )

virtual

This will select the stocks required for the maturation process.

Parameters

stockvec is the StockPtrVector of all the available stocks

Reimplemented from MaturityC.

Member Data Documentation

◆ refWeight

DoubleVector MaturityD::refWeight

protected

This is the DoubleVector of reference weight information.

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

src/include/maturity.h
src/maturity.cc

Public Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ MaturityD()

◆ ~MaturityD()

Member Function Documentation

◆ calcMaturation()

◆ isMaturationStep()

◆ Print()

◆ Reset()

◆ setStock()

Member Data Documentation

◆ refWeight