Structure for defining. More...

#include <Quantity.h>

Inheritance diagram for Quantity:

Collaboration diagram for Quantity:

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Public Types
typedef std::map< char, EncodingODIM >	map_t

typedef std::list< EncodingODIM >	list_t

Public Member Functions
	Quantity ()
	Default constructor.

	Quantity (const Quantity &quantity)
	Copy constructor.

	Quantity (const std::string &name, const drain::Range< double > &range={}, char defaultType='\0', const list_t &l={}, double undetectValue=std::numeric_limits< double >::signaling_NaN())
	Constructor for brace initializer.

EncodingODIM &	set (char typecode)
	Declare encoding (a storage type and scaling) for this quantity.

const EncodingODIM &	get (char typecode='\0') const
	Retrieve the scaling for a given storage type.

const EncodingODIM &	get (const std::string &t) const
	Retrieve the scaling for a given storage type.

bool	hasUndetectValue () const
	True, if a value corresponding a very small (unmeasurable) value has been defined.

void	setZero (double value)
	Set a value to be used like a real measurement, for example in interpolation. More...

void	setZero (const std::string &value)
	Set a value to be used like a real measurement, for example in interpolation. More...

void	unsetZero ()
	Confirm that no value should be used as a substitute of undetected value.

void	setPhysicalRange (double min, double max=std::numeric_limits< double >::max())
	Sets absolute or typical range of this quantity. More...

std::ostream &	toStream (std::ostream &ostr) const
	Print declared encodings (storage types and scalings)

Public Attributes
std::string	name

char	defaultType = '\0'
	Default storage type.

drain::Range< double >	physicalRange

double	undetectValue
	A physical value corresponding a very small (unmeasurable) value has been defined.

Detailed Description

Structure for defining.

Member Function Documentation

void setPhysicalRange	(	double	min,
		double	max = `std::numeric_limits<double>::max()`
	)

inline

Sets absolute or typical range of this quantity.

For example, for probability the range would be [0.0, 1.0]. Setting range is useful when data are converted from some storage type to another

void setZero ( const std::string & value )

Set a value to be used like a real measurement, for example in interpolation.

Parameters

value - substitute for undetect marker value.

void setZero ( double value )

inline

Set a value to be used like a real measurement, for example in interpolation.

Parameters

value - substitute for undetect marker value, or signaling_NaN

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