TemperatureMap Class Reference

The good way of handling temperature from data base. More...

#include <TemperatureMap.hxx>

Public Member Functions
	TemperatureMap (double *T=nullptr, int NT=0)
	TemperatureMap (const TemperatureMap &TM)
	copy constructor
	~TemperatureMap ()
	destructor
int	AddUsedTemp (double T)
int	GetNumberOfUsedfTemperatures ()
	returns number of used temperatures
void	SetDeltaTPrecision (double deltaT=50)
double	GetDeltaTPrecision ()
double	Score (double WantedT, double FoundT)
	returns a score (max=1)

Private Member Functions
void	InitUsedTemperature ()
	Init fUsedTemperature to false.

Private Attributes
int	fNumberOfDataBaseTemp
	Number of temperatures in the map.
double *	fTemperature
	Array of temperatures (the Map)
bool *	fUsedTemperature
	Array of used temperature corresponding to the map.
double	fDeltaTPrecision
	Precision to distinguish temperatures.

Detailed Description

The good way of handling temperature from data base.

User set its own temperature map (array) or uses the default on: T[0]=0K, T[1]=300k, T[2]=400k, ... T[18]=1900k; A precision parameter (default is 50K) is used to compare the a given temperature T to the map.

Author

PTO

J. Wilson

Version

0.1

Constructor & Destructor Documentation

TemperatureMap() [1/2]

TemperatureMap::TemperatureMap	(	double *	T = nullptr,
		int	NT = 0
	)

Normal constructor. if NT=0, default temperature map is built.

Parameters

T	: array of temperature (the map) in K
NT	: size of this array

TemperatureMap() [2/2]

TemperatureMap::TemperatureMap

(

const TemperatureMap &

TM

)

copy constructor

~TemperatureMap()

TemperatureMap::~TemperatureMap

(

)

destructor

Member Function Documentation

AddUsedTemp()

int TemperatureMap::AddUsedTemp

(

double

T

)

return the index of temperature T. Add T as a used temperature and return the index in the map of T (within the precision)

Parameters

T	: the added temperature [in K]

GetDeltaTPrecision()

double TemperatureMap::GetDeltaTPrecision ( )

inline

< returns the temperature precision

GetNumberOfUsedfTemperatures()

int TemperatureMap::GetNumberOfUsedfTemperatures

(

)

returns number of used temperatures

InitUsedTemperature()

void TemperatureMap::InitUsedTemperature ( )

private

Init fUsedTemperature to false.

Score()

double TemperatureMap::Score	(	double	WantedT,
		double	FoundT
	)

returns a score (max=1)

SetDeltaTPrecision()

void TemperatureMap::SetDeltaTPrecision ( double  deltaT = 50 )

inline

< set the temperature precision in K

Member Data Documentation

fDeltaTPrecision

double TemperatureMap::fDeltaTPrecision

private

Precision to distinguish temperatures.

fNumberOfDataBaseTemp

int TemperatureMap::fNumberOfDataBaseTemp

private

Number of temperatures in the map.

fTemperature

double* TemperatureMap::fTemperature

private

Array of temperatures (the Map)

fUsedTemperature

bool* TemperatureMap::fUsedTemperature

private

Array of used temperature corresponding to the map.

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

• /gpr/meplan/SMURE/source/include/TemperatureMap.hxx
• /gpr/meplan/SMURE/source/src/TemperatureMap.cxx