GrayLib::cValueCurveT< TYPE > Class Template Reference

#include <cValueCurve.h>

Public Types
typedef cValueCurveT< TYPE >	THIS_t
typedef TYPE	VALUE_t
	value/dimension type. like DVALUE_t More...

Public Member Functions
	cValueCurveT () noexcept
	cValueCurveT (const THIS_t &src)
THIS_t &	operator= (const THIS_t &src)
bool	isEmpty () const noexcept
void	Init ()
ITERATE_t	get_EnumQty () const
VALUE_t	EnumValue (ITERATE_t i) const
VALUE_t	EnumValueCheck (ITERATE_t i) const
VALUE_t	GetLinearN (ITERATE_t iSelect, ITERATE_t iSelectRange) const
VALUE_t	GetLinear1 (float fOne) const
void	SetValues (ITERATE_t iQty, const VALUE_t *pnVals)
void	SetValuesRange (VALUE_t nLo, VALUE_t nHi)

Static Public Member Functions
static VALUE_t GRAYCALL	GetLinearA (const VALUE_t *pnArray, ITERATE_t iQty, ITERATE_t iSelect, ITERATE_t iSelectRange)

Protected Attributes
cArrayVal< VALUE_t >	m_aValues
	array of values for defining the curve. values spaced evenly. More...

Detailed Description

template<typename TYPE = float>
class GrayLib::cValueCurveT< TYPE >

Describe an arbitrary curve/spline for a range with an array of values. (not a true spline of course) Sample values spaced evenly. For a curve of uneven/arbitrary spaced values use ... ??

Member Typedef Documentation

THIS_t

template<typename TYPE = float>

typedef cValueCurveT<TYPE> GrayLib::cValueCurveT< TYPE >::THIS_t

VALUE_t

template<typename TYPE = float>

typedef TYPE GrayLib::cValueCurveT< TYPE >::VALUE_t

value/dimension type. like DVALUE_t

Constructor & Destructor Documentation

cValueCurveT() [1/2]

template<typename TYPE = float>

GrayLib::cValueCurveT< TYPE >::cValueCurveT ( )

inlinenoexcept

cValueCurveT() [2/2]

template<typename TYPE = float>

GrayLib::cValueCurveT< TYPE >::cValueCurveT ( const THIS_t &  src )

inline

Member Function Documentation

EnumValue()

template<typename TYPE = float>

VALUE_t GrayLib::cValueCurveT< TYPE >::EnumValue ( ITERATE_t  i ) const

inline

EnumValueCheck()

template<typename TYPE = float>

VALUE_t GrayLib::cValueCurveT< TYPE >::EnumValueCheck ( ITERATE_t  i ) const

inline

get_EnumQty()

template<typename TYPE = float>

ITERATE_t GrayLib::cValueCurveT< TYPE >::get_EnumQty ( ) const

inline

GetLinear1()

template<typename TYPE = float>

VALUE_t GrayLib::cValueCurveT< TYPE >::GetLinear1 ( float  fOne ) const

inline

Get Linear interpolation value from table. ASSUME fOne is a value in the range 0 to 1.0f

GetLinearA()

template<typename TYPE = float>

static VALUE_t GRAYCALL GrayLib::cValueCurveT< TYPE >::GetLinearA ( const VALUE_t *  pnArray, ITERATE_t  iQty, ITERATE_t  iSelect, ITERATE_t  iSelectRange  )

inlinestatic

Get Linear interpolation value from table.

GetLinearN()

template<typename TYPE = float>

VALUE_t GrayLib::cValueCurveT< TYPE >::GetLinearN ( ITERATE_t  iSelect, ITERATE_t  iSelectRange  ) const

inline

Get Linear interpolation value from table. Percent = iSelect / iSelectRange

Init()

template<typename TYPE = float>

void GrayLib::cValueCurveT< TYPE >::Init ( )

inline

isEmpty()

template<typename TYPE = float>

bool GrayLib::cValueCurveT< TYPE >::isEmpty ( ) const

inlinenoexcept

operator=()

template<typename TYPE = float>

THIS_t& GrayLib::cValueCurveT< TYPE >::operator= ( const THIS_t &  src )

inline

SetValues()

template<typename TYPE = float>

void GrayLib::cValueCurveT< TYPE >::SetValues ( ITERATE_t  iQty, const VALUE_t *  pnVals  )

inline

Set this to some array of values.

SetValuesRange()

template<typename TYPE = float>

void GrayLib::cValueCurveT< TYPE >::SetValuesRange ( VALUE_t  nLo, VALUE_t  nHi  )

inline

Set this to just a simple lo,hi range.

Member Data Documentation

m_aValues

template<typename TYPE = float>

cArrayVal<VALUE_t> GrayLib::cValueCurveT< TYPE >::m_aValues

protected

array of values for defining the curve. values spaced evenly.

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

• c:/Dennis/Source/Gray/GrayLib/include/Math/cValueCurve.h