Gray::cRangeT< TYPE > Class Template Reference

#include <cPair.h>

Inheritance diagram for Gray::cRangeT< TYPE >:

Public Member Functions
TYPE	get_Min () const
TYPE	get_Max () const
TYPE	get_Avg () const
TYPE	GetClampValue (TYPE nVal) const
bool	IsInsideI (TYPE nVal) const
bool	IsInsideX (TYPE nVal) const
TYPE	get_RangeI () const
TYPE	get_RangeX () const
TYPE	GetLinear1 (float fOne) const
int	GetSpinValueI (int iVal) const
void	SetZero ()
void	put_Min (TYPE iLo)
void	put_Max (TYPE iHi)
void	SetRange (TYPE iLo, TYPE iHi)
void	NormalizeRange ()
void	UnionValue (TYPE nVal)
bool	IsRangeOverlapI (const THIS_t &x) const
void	SetUnionRange (const THIS_t &x)

Public Attributes
TYPE	m_Lo
	low range value. More...
TYPE	m_Hi
	inclusive high side of range. int size = (hi-lo)+1, float size = hi-lo ?? weird. More...

Member Function Documentation

get_Avg()

template<typename TYPE >

TYPE Gray::cRangeT< TYPE >::get_Avg ( ) const

inline

get_Max()

template<typename TYPE >

TYPE Gray::cRangeT< TYPE >::get_Max ( ) const

inline

get_Min()

template<typename TYPE >

TYPE Gray::cRangeT< TYPE >::get_Min ( ) const

inline

get_RangeI()

template<typename TYPE >

TYPE Gray::cRangeT< TYPE >::get_RangeI ( ) const

inline

Typically used for inclusive int types.

get_RangeX()

template<typename TYPE >

TYPE Gray::cRangeT< TYPE >::get_RangeX ( ) const

inline

Typically used for exclusive float types.

GetClampValue()

template<typename TYPE >

TYPE Gray::cRangeT< TYPE >::GetClampValue ( TYPE  nVal ) const

inline

GetLinear1()

template<typename TYPE >

TYPE Gray::cRangeT< TYPE >::GetLinear1 ( float  fOne ) const

inline

• fOne = 0.0 to 1.0

GetSpinValueI()

template<typename TYPE >

int Gray::cRangeT< TYPE >::GetSpinValueI ( int  iVal ) const

inline

Returns

a modulus of the range.

IsInsideI()

template<typename TYPE >

bool Gray::cRangeT< TYPE >::IsInsideI ( TYPE  nVal ) const

inline

Is the index in the range? inclusive.

IsInsideX()

template<typename TYPE >

bool Gray::cRangeT< TYPE >::IsInsideX ( TYPE  nVal ) const

inline

Is the index in the range? Non inclusive.

Note

if size 0 then this is never true !

IsRangeOverlapI()

template<typename TYPE >

bool Gray::cRangeT< TYPE >::IsRangeOverlapI ( const THIS_t &  x ) const

inline

NormalizeRange()

template<typename TYPE >

void Gray::cRangeT< TYPE >::NormalizeRange ( )

inline

put_Max()

template<typename TYPE >

void Gray::cRangeT< TYPE >::put_Max ( TYPE  iHi )

inline

put_Min()

template<typename TYPE >

void Gray::cRangeT< TYPE >::put_Min ( TYPE  iLo )

inline

SetRange()

template<typename TYPE >

void Gray::cRangeT< TYPE >::SetRange ( TYPE  iLo, TYPE  iHi  )

inline

May not be normalized ?

SetUnionRange()

template<typename TYPE >

void Gray::cRangeT< TYPE >::SetUnionRange ( const THIS_t &  x )

inline

SetZero()

template<typename TYPE >

void Gray::cRangeT< TYPE >::SetZero ( )

inline

UnionValue()

template<typename TYPE >

void Gray::cRangeT< TYPE >::UnionValue ( TYPE  nVal )

inline

Expand the range to include this value. Normalized

Member Data Documentation

m_Hi

template<typename TYPE >

TYPE Gray::cRangeT< TYPE >::m_Hi

inclusive high side of range. int size = (hi-lo)+1, float size = hi-lo ?? weird.

m_Lo

template<typename TYPE >

TYPE Gray::cRangeT< TYPE >::m_Lo

low range value.

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

• c:/Dennis/Source/Gray/GrayCore/include/cPair.h