Graphic::GradientHorizontal< C, InterFunc > Class Template Reference

#include <Gradient.h>

Inheritance diagram for Graphic::GradientHorizontal< C, InterFunc >:

Public Member Functions
	GradientHorizontal (const InterFunc &functor=InterFunc())
	Create a new Horizontal gradient. More...
Public Member Functions inherited from Graphic::Gradient< C, InterFunc >
	~Gradient ()
	destructor More...
void	addPoint (float position, const C &color)
	add a point to this gradient. More...
Vector< GradientPoint< C > * >::Size	getNumPoints () const
	get the number of points of this gradient. More...
GradientPoint< C > &	operator[] (typename Vector< GradientPoint< C > * >::Size i)
	Operator [] to direct access points inside this gradient. More...
const GradientPoint< C > &	operator[] (typename Vector< GradientPoint< C > * >::Size i) const
	Operator [] to direct access points inside this gradient. More...
template<size_t N, typename InterFunc2 = InterFunc>
void	computeInterpolation (C(&buffer)[N], const InterFunc2 &functor=InterFunc(), float begin=0.0f, float end=1.0f) const
	Compute the interpolation of every color of this gradient in an 1D array. More...
template<typename InterFunc2 = InterFunc>
void	computeInterpolation (C *buffer, size_t size, const InterFunc2 &functor=InterFunc(), float begin=0.0f, float end=1.0f) const
	Compute the interpolation of every color of this gradient in an 1D array. More...
void	computeInterpolation (C *buffer, size_t size, float begin=0.0f, float end=1.0f) const
	Compute the interpolation of every color of this gradient in an 1D array. More...

Static Public Member Functions
static int	computeIndex (const Math::Vec2< Size > &p)
	Compute the index in the interpolated array. More...
static int	computeIndex (const Point &p, int maxIndex)
	Compute the index in the interpolated array. More...

Additional Inherited Members
Protected Member Functions inherited from Graphic::Gradient< C, InterFunc >
	Gradient (const InterFunc &functor=InterFunc())
	Create a new gradient. More...

Constructor & Destructor Documentation

template<typename C , typename InterFunc >

Graphic::GradientHorizontal< C, InterFunc >::GradientHorizontal

(

const InterFunc &

functor = InterFunc()

)

Create a new Horizontal gradient.

Parameters

functor

Functor used to interpolate the colors overloaded with : template<typename C> inline C operator()(const C & color1, const C & color2, float x) const;

Member Function Documentation

template<typename C , typename InterFunc >

int Graphic::GradientHorizontal< C, InterFunc >::computeIndex ( const Math::Vec2< Size > &  p )

static

Compute the index in the interpolated array.

Parameters

p	Point relative of this gradient.

Returns

Computed index.

template<typename C , typename InterFunc >

int Graphic::GradientHorizontal< C, InterFunc >::computeIndex ( const Point &  p, int  maxIndex  )

static

Compute the index in the interpolated array.

Parameters

p	Point relative of this gradient.
maxIndex	maximal value of an interpolation table index.

Returns

Computed index.

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

• Simple++/Graphic/Gradient.h
• Simple++/Graphic/Gradient.hpp