Energy transfer in units of frequency (MHz) More...

Inheritance diagram for Mantid::Kernel::Units::DeltaE_inFrequency:

Public Member Functions
Unit *	clone () const override

	DeltaE_inFrequency ()
	Constructor.

void	init () override
	Finalize the initialization.

const UnitLabel	label () const override
	A label for the unit to be printed on axes,.

const std::string	unitID () const override
	"DeltaE_inFrequency"

Public Member Functions inherited from Mantid::Kernel::Units::DeltaE
const std::string	caption () const override
	The full name of the unit.

double	conversionTOFMax () const override
	This function returns maximal TOF value still reversibly convertible into the unit.

double	conversionTOFMin () const override
	some units can be converted from TOF only in the range of TOF ; This function returns minimal TOF value still reversibly convertible into the unit.

	DeltaE ()
	Constructor.

double	singleFromTOF (const double tof) const override
	Convert a single tof value to this unit.

double	singleToTOF (const double x) const override
	Convert a single X value to TOF.

Public Member Functions inherited from Mantid::Kernel::Unit
virtual std::pair< double, double >	conversionRange () const
	The range where conversion to TOF from given units is monotonic and reversible.

double	convertSingleFromTOF (const double xvalue, const double &l1, const int &emode, const UnitParametersMap &params)
	Convert from the time-of-flight to the concrete unit. TOF is in microseconds.

double	convertSingleToTOF (const double xvalue, const double &l1, const int &emode, const UnitParametersMap &params)
	Convert from the concrete unit to time-of-flight. TOF is in microseconds.

void	fromTOF (std::vector< double > &xdata, std::vector< double > const &ydata, const double &_l1, const int &_emode, const UnitParametersMap &params)

void	fromTOF (std::vector< double > &xdata, std::vector< double > const &ydata, const double &_l1, const int &_emode, std::initializer_list< std::pair< const UnitParams, double > > params)
	Convert from time-of-flight to the concrete unit.

void	initialize (const double &_l1, const int &_emode, const UnitParametersMap &params)
	Initialize the unit to perform conversion using singleToTof() and singleFromTof()

virtual bool	isConvertible () const
	Returns if the unit can be used in conversions.

bool	isInitialized () const

bool	operator!= (const Unit &u) const

bool	operator== (const Unit &u) const

bool	quickConversion (const Unit &destination, double &factor, double &power) const
	Is conversion by constant multiplication possible?

bool	quickConversion (std::string destUnitName, double &factor, double &power) const
	Is conversion by constant multiplication possible?

void	toTOF (std::vector< double > &xdata, std::vector< double > const &ydata, const double &_l1, const int &_emode, const UnitParametersMap &params)

void	toTOF (std::vector< double > &xdata, std::vector< double > const &ydata, const double &_l1, const int &_emode, std::initializer_list< std::pair< const UnitParams, double > > params)
	Convert from the concrete unit to time-of-flight.

	Unit ()
	(Empty) Constructor

virtual	~Unit ()=default
	Virtual destructor.

Additional Inherited Members
Protected Member Functions inherited from Mantid::Kernel::Units::DeltaE
void	validateUnitParams (const int emode, const UnitParametersMap &params) override

Protected Member Functions inherited from Mantid::Kernel::Unit
void	addConversion (std::string to, const double &factor, const double &power=1.0) const
	Add a 'quick conversion' from the unit class on which this method is called.

Protected Attributes inherited from Mantid::Kernel::Units::DeltaE
double	efixed

double	factorFrom
	Constant factor for from conversion.

double	factorTo
	Constant factor for to conversion.

double	t_other
	Energy mode dependent factor in to conversion.

double	t_otherFrom
	Energy mode dependent factor in from conversion.

double	unitScaling
	Apply unit scaling to energy value.

Protected Attributes inherited from Mantid::Kernel::Unit
int	emode
	emode :: The energy mode (0=elastic, 1=direct geometry, 2=indirect geometry)

bool	initialized
	The unit values have been initialized.

double	l1
	l1 :: The source-sample distance (in metres)

const UnitParametersMap *	m_params
	additional parameters l2 :: distance from sample to detector (in metres) twoTheta :: scattering angle in radians efixed :: Value of fixed energy: EI (emode=1) or EF (emode=2) (in meV) difc :: diffractometer constant DIFC