A range of fidelity values defined by a lower bound and upper bound. More...

Public Member Functions
constexpr	FidelityRange ()=default
	Constructs a FidelityRange with the default range of [0, 1].
constexpr	FidelityRange (const double lowerBound, const double upperBound)
	Constructs a FidelityRange with the range lowerBound to upperBound.
bool	Contains (const double aValue) const
bool	IsDisjoint (const FidelityRange &rhs) const
bool	Overlaps (const FidelityRange &rhs) const

Detailed Description

A range of fidelity values defined by a lower bound and upper bound.

Precondition: It is required that the lower and upper bounds are in ascending order, even if not currently enforced.

Constructor & Destructor Documentation

wsf::multiresolution::FidelityRange::FidelityRange ( )

constexprdefault

Constructs a FidelityRange with the default range of [0, 1].

wsf::multiresolution::FidelityRange::FidelityRange	(	const double	lowerBound,
		const double	upperBound )

inlineconstexpr

Constructs a FidelityRange with the range lowerBound to upperBound.

Note: This is defined so that in-class initializers can be used. This can be removed in C++14.

bool wsf::multiresolution::FidelityRange::Contains ( const double aValue ) const

inline

Returns: true if aValue falls within the lower and upper bounds, inclusive of the lower bound and exclusive of the upper bound.

Note: Special handling is used for the case when aValue and the upper bound are both 1. Returns true in this case.

bool wsf::multiresolution::FidelityRange::IsDisjoint ( const FidelityRange & rhs ) const

inline

Returns: true if rhs does not overlap with this object. The two ranges are considered disjoint if one has a lower bound equal to the other's upper bound.

Referenced by Overlaps().

bool wsf::multiresolution::FidelityRange::Overlaps ( const FidelityRange & rhs ) const

inline

Returns: true if the ranges defined in rhs and this object overlap. The two ranges do not overlap if one has a lower bound equal to the other's upper bound.