Unit of Measure. More...

Inheritance diagram for UnitOfMeasure:

Public Member Functions
	UnitOfMeasure ()
	UnitOfMeasure (const char n, const char s, double f, PropertyRef::StdType t=PropertyRef::Other)
	UnitOfMeasure (const UnitOfMeasure &uom)
UnitOfMeasure &	operator= (const UnitOfMeasure &)
const char *	symbol () const
PropertyRef::StdType	propType () const
const LinScaler &	scaler () const
void	setSymbol (const char *s)
void	setScaler (const LinScaler &s)
void	setPropType (PropertyRef::StdType t)
template<class T >
T	getSIValue (T inp) const
template<class T >
T	getUserValueFromSI (T inp) const
template<class T >
T	internalValue (T inp) const
template<class T >
T	userValue (T inp) const
Repos::Source	source () const
void	setSource (Repos::Source s)
Static Public Member Functions
static const UnitOfMeasure *	getGuessed (const char *)
static const UnitOfMeasure *	surveyDefZUnit ()
static const char *	surveyDefZUnitAnnot (bool symbol, bool withparens)
static const UnitOfMeasure *	surveyDefDepthUnit ()
static const char *	surveyDefDepthUnitAnnot (bool symbol, bool withparens)
static const char *	zUnitAnnot (bool time, bool symbol, bool withparens)
Protected Attributes
BufferString	symbol_
LinScaler	scaler_
PropertyRef::StdType	proptype_
Repos::Source	source_

Detailed Description

Unit of Measure.

Only linear transformations to SI units supported.

All units of measure in OpendTect are available through the UoMR() instance accessor of the singleton UnitOfMeasureRepository instance.

Constructor & Destructor Documentation

UnitOfMeasure::UnitOfMeasure ( ) [inline]

UnitOfMeasure::UnitOfMeasure	(	const char *	n,
		const char *	s,
		double	f,
		PropertyRef::StdType	t = `PropertyRef::Other`
	)			`[inline]`

UnitOfMeasure::UnitOfMeasure ( const UnitOfMeasure & uom ) [inline]

static const UnitOfMeasure* UnitOfMeasure::getGuessed ( const char * ) [static]

template<class T >

T UnitOfMeasure::getSIValue ( T inp ) const [inline]

template<class T >

T UnitOfMeasure::getUserValueFromSI ( T inp ) const [inline]

template<class T >

T UnitOfMeasure::internalValue ( T inp ) const

UnitOfMeasure& UnitOfMeasure::operator= ( const UnitOfMeasure & )

PropertyRef::StdType UnitOfMeasure::propType ( ) const [inline]

const LinScaler& UnitOfMeasure::scaler ( ) const [inline]

void UnitOfMeasure::setPropType ( PropertyRef::StdType t ) [inline]

void UnitOfMeasure::setScaler ( const LinScaler & s ) [inline]

void UnitOfMeasure::setSource ( Repos::Source s ) [inline]

void UnitOfMeasure::setSymbol ( const char * s ) [inline]

Repos::Source UnitOfMeasure::source ( ) const [inline]

static const UnitOfMeasure* UnitOfMeasure::surveyDefDepthUnit ( ) [static]

static const char* UnitOfMeasure::surveyDefDepthUnitAnnot	(	bool	symbol,
		bool	withparens
	)			`[static]`

static const UnitOfMeasure* UnitOfMeasure::surveyDefZUnit ( ) [static]

static const char* UnitOfMeasure::surveyDefZUnitAnnot	(	bool	symbol,
		bool	withparens
	)			`[static]`

const char* UnitOfMeasure::symbol ( ) const [inline]

template<class T >

T UnitOfMeasure::userValue ( T inp ) const

static const char* UnitOfMeasure::zUnitAnnot	(	bool	time,
		bool	symbol,
		bool	withparens
	)			`[static]`