Graphic::FreeTypeChar Class Reference

#include <FreeTypeChar.h>

Inheritance diagram for Graphic::FreeTypeChar:

Public Member Functions
	FreeTypeChar (FT_Face ftFace, UTF8String::CodePoint codePoint)
	Constructor. More...
	FreeTypeChar (const FreeTypeChar &c)
	Copy Constructor. More...
	FreeTypeChar (std::fstream *fileStream)
	Constructor from a file Stream. More...
	FreeTypeChar (FreeTypeChar &&c)
	move Constructor More...
	~FreeTypeChar ()
FreeTypeChar &	operator= (const FreeTypeChar &c)
	Copy operator. More...
FreeTypeChar &	operator= (FreeTypeChar &&c)
	move operator More...
float	getHoriBearingX () const
	return the X coordinate of the horizontal bearing of this glyph More...
float	getHoriBearingY () const
	return the Y coordinate of the horizontal bearing of this glyph More...
const Math::vec2f &	getHoriBearing () const
	return the the horizontal bearing of this glyph More...
float	getHoriOffsetY () const
	Get the Y coordinate of the Horizontal offset. More...
float	getHoriAdvance () const
	Get the advance of this glyph when used horizontally. More...
UTF8String::CodePoint	getCodePoint () const
	get the code point of this character More...
bool	read (std::fstream *fileStream)
	read from a file stream More...
bool	write (std::fstream *fileStream) const
	write this object as binary into a file stream More...
Public Member Functions inherited from Graphic::_Image< T >
template<typename C >
	_Image (const _Image< C > &image)
	copy constructor with an another storage type More...
	_Image (Format format=Format::RGB)
	Empty constructor, create an image unallocated of size (0:0) More...
	_Image (const Math::Vec2< Size > &size, Format format=Format::RGB)
	Constructor to create an initialized image of specified size. More...
	_Image (std::fstream *fileStream)
	create a new image data from a file stream. More...
	_Image (const T *data, const Math::Vec2< Size > &size, LoadingFormat loadingFormat=LoadingFormat::RGB, bool invertY=false, size_t stride=0)
	Constructor to create an image from a data buffer. More...
	_Image (const _Image< T > &image)
	copy constructor More...
	_Image (_Image< T > &&image)
	move constructor More...
	~_Image ()
const Math::Vec2< Size > &	getSize () const
	get the actual size (width:height) of the image More...
Size	getWidth () const
	get the actual width of the image More...
Size	getHeight () const
	get the actual height of the image More...
size_t	getNbPixels () const
	get the number of pixels of this image More...
void	clear (const Math::Vec2< Size > &size)
	reset this image with a new size. More...
void	clear (const Math::Vec2< Size > &size, Format format)
	reset this image with a new size and a new format More...
void	setDatas (const T *data, const Math::Vec2< Size > &size, LoadingFormat loadingFormat=LoadingFormat::RGB, bool invertY=false, size_t stride=0)
	set the data from an another data buffer. More...
_Image< T > *	createMipmap ()
	create a new image from this one with a size of width / 2 and height / 2 More...
const T *	getDatas () const
	get the data buffer of this image More...
T *	getDatas ()
	get the data buffer of this image More...
const T *	getDatas (Size x, Size y) const
	get the data buffer of this image starting with the selected pixel More...
T *	getDatas (Size x, Size y)
	get the data buffer of this image starting with the selected pixel More...
const T *	getPixel (Size x, Size y) const
	get a pixel from this image More...
T *	getPixel (Size x, Size y)
	get a pixel from this image More...
size_t	getDataOffset (Size x, Size y) const
	get the offset of pixel from the beginning of the data More...
void	setPixel (Size x, Size y, const T *p)
	set a pixel inside this image More...
template<typename C >
_Image< T > &	operator= (const _Image< C > &image)
	copy operator with another type More...
_Image< T > &	operator= (const _Image< T > &image)
	copy operator More...
_Image< T > &	operator= (_Image< T > &&image)
	move operator More...
bool	read (std::fstream *fileStream)
	read from a file stream More...
bool	write (std::fstream *fileStream) const
	write this object as binary into a file stream More...
Format	getFormat () const
	get the format of this image More...
unsigned int	getNbComponents () const
	get the number of components per pixels of this image. More...
_Image< T >	toFormat (Format newFormat, ConversionMode conversionMode=ConversionMode::Luminance) const
	Create a new Image from this one with a new format. More...
template<typename C , typename InterFunc >
size_t	computeInterpolation (const GradientHorizontal< C, InterFunc > &gradient, C **buffer, const Rectangle &rectangle, Math::Rectangle< Size > *clampedRectangle) const
	Compute the interpolation for horizontal gradient. More...
template<typename C , typename InterFunc >
size_t	computeInterpolation (const GradientVertical< C, InterFunc > &gradient, C **buffer, const Rectangle &rectangle, Math::Rectangle< Size > *clampedRectangle) const
	Compute the interpolation for vertical gradient. More...
template<typename C , typename InterFunc >
size_t	computeInterpolation (const GradientLinear< C, InterFunc > &gradient, C **buffer, const Rectangle &rectangle, Math::Rectangle< Size > *clampedRectangle) const
	Compute the interpolation for Linear gradient. More...
template<typename C , typename InterFunc >
size_t	computeInterpolation (const GradientRadial< C, InterFunc > &gradient, C **buffer, const Rectangle &rectangle, Math::Rectangle< Size > *clampedRectangle) const
	Compute the interpolation for Radial gradient. More...
template<typename ThreshFunc >
void	threshold (const ColorRGBA< T > &colorTrue, const ColorRGBA< T > &colorFalse, const ThreshFunc &threshFunc)
	Threshold the image with a specified functor. More...
void	threshold (const ColorRGBA< T > &colorOver, const ColorRGBA< T > &colorUnder, const ColorRGBA< T > &limit)
	Threshold the image with a specified threshold. More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawLine (const LineF &l, const ColorR< T > &color, unsigned int thickness=1, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw an anti aliased line from point p1 to point p2 More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawLine (const LineF &l, const ColorRGB< T > &color, unsigned int thickness=1, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw an anti aliased line from point p1 to point p2 More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawLine (const LineF &l, const ColorRGBA< T > &color, unsigned int thickness=1, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw an anti aliased line from point p1 to point p2 More...
template<typename ColorFunc , typename BlendFunc = BlendingFunc::Normal>
void	drawLineFunctor (const LineF &l, ColorFunc &colorFunc, unsigned int thickness=1, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw an anti aliased line from point p1 to point p2 More...
template<typename Functor >
void	setPixels (Functor &functor, const Rectangle &rectangle)
	Set a functor to each pixels in the rectangle of this image. More...
template<typename Functor >
void	setPixels (Functor &functor)
	Set a functor to each pixels of this image. More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawRectangle (const Rectangle &rectangle, const ColorR< T > &color, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw a rectangle inside this image. More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawRectangle (const Rectangle &rectangle, const ColorRGB< T > &color, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw a rectangle inside this image. More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawRectangle (const Rectangle &rectangle, const ColorRGBA< T > &color, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw a rectangle inside this image. More...
template<typename C , typename InterFunc >
void	drawRectangle (const Rectangle &rectangle, const GradientHorizontal< C, InterFunc > &gradient)
	draw a rectangle inside this image. More...
template<typename C , typename InterFunc , typename BlendFunc = BlendingFunc::Normal>
void	drawRectangle (const Rectangle &rectangle, const GradientLinear< C, InterFunc > &gradient, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw a rectangle inside this image. More...
template<typename C , typename InterFunc , typename BlendFunc = BlendingFunc::Normal>
void	drawRectangle (const Rectangle &rectangle, const GradientRadial< C, InterFunc > &gradient, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw a rectangle inside this image. More...
template<typename C , typename InterFunc , typename BlendFunc >
void	drawRectangle (const Rectangle &rectangle, const GradientHorizontal< C, InterFunc > &gradient, const BlendFunc &blendFunc)
	draw a rectangle inside this image. More...
template<typename C , typename InterFunc , typename BlendFunc = BlendingFunc::Normal>
void	drawRectangle (const Rectangle &rectangle, const GradientVertical< C, InterFunc > &gradient, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw a rectangle inside this image. More...
template<typename ColorFunc , typename BlendFunc = BlendingFunc::Normal>
void	drawRectangleFunctor (const Rectangle &rectangle, ColorFunc &colorFunc, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw a rectangle inside this image. More...
void	fillImage (const T *color)
	fill the complete image with a color. param color pointer to a color with the same number of component of this image More...
void	fillImage (const T *color, const Rectangle &rectangle)
	fill the complete image with a color. More...
void	fillImage (const ColorR< T > &color)
	fill the complete image with a color. More...
void	fillImage (const ColorRGB< T > &color)
	fill the complete image with a color. More...
void	fillImage (const ColorRGBA< T > &color)
	fill the complete image with a color. More...
void	fillImage (const ColorR< T > &color, const Rectangle &rectangle)
	fill the complete image with a color. More...
void	fillImage (const ColorRGB< T > &color, const Rectangle &rectangle)
	fill the complete image with a color. More...
void	fillImage (const ColorRGBA< T > &color, const Rectangle &rectangle)
	fill the complete image with a color. More...
template<typename C , typename InterFunc >
void	fillImage (const GradientHorizontal< C, InterFunc > &gradient, const Rectangle &rectangle)
	fill the complete image with a horizontal gradient. More...
template<typename C , typename InterFunc >
void	fillImage (const GradientVertical< C, InterFunc > &gradient, const Rectangle &rectangle)
	fill the complete image with a vertical gradient. More...
template<typename C , typename InterFunc >
void	fillImage (const GradientLinear< C, InterFunc > &gradient, const Rectangle &rectangle)
	fill the complete image with a Linear gradient. More...
template<typename C , typename InterFunc >
void	fillImage (const GradientRadial< C, InterFunc > &gradient, const Rectangle &rectangle)
	fill the complete image with a Radial gradient. More...
void	fillImage (const Point &point, const _Image< T > &image)
	fill an another image into this one (no blending will be applied) More...
void	fillImage (const Point &point, const Rectangle &rectangle, const _Image< T > &image)
	fill an another image into this one (no blending will be applied) More...
void	drawImage (const Point &point, const _Image< T > &image)
	draw an another image into this one More...
void	drawImage (const Point &point, const Rectangle &rectangle, const _Image< T > &image)
	draw an another image into this one More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawImage (const Point &point, const Rectangle &rectangle, const _Image< T > &image, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw an another image into this one with a custom blending function More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawImage (const Point &point, const ColorR< T > &color, const _Image< T > &maskImage, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw a color to this image using a mask More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawImage (const Point &point, const ColorRGB< T > &color, const _Image< T > &maskImage, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw a color to this image using a mask More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawImage (const Point &point, const ColorRGBA< T > &color, const _Image< T > &maskImage, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw a color to this image using a mask More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawImage (const Point &point, const ColorR< T > &color, const Rectangle &rectangle, const _Image< T > &maskImage, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw a color to this image using a mask and a rectangle to know the part of the mask to use. More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawImage (const Point &point, const ColorRGB< T > &color, const Rectangle &rectangle, const _Image< T > &maskImage, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw a color to this image using a mask and a rectangle to know the part of the mask to use. More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawImage (const Point &point, const ColorRGBA< T > &color, const Rectangle &rectangle, const _Image< T > &maskImage, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw a color to this image using a mask and a rectangle to know the part of the mask to use. More...
template<typename ColorFunc , typename BlendFunc = BlendingFunc::Normal>
void	drawImageFunctor (const Point &point, ColorFunc &colorFunc, const Rectangle &rectangle, const _Image< T > &maskImage, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw a color to this image using a mask and a rectangle to know the part of the mask to use. More...
void	drawImage (const Point &point, const _Image< T > &image, const _Image< T > &maskImage)
	draw an another image into this one with a mask image More...
void	drawImage (const Point &point, const _Image< T > &image, const Point &maskPoint, const _Image< T > &maskImage)
	draw an another image into this one with a mask image More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawImage (const Point &point, const Rectangle &rectangle, const _Image< T > &image, const Point &maskPoint, const _Image< T > &maskImage, const BlendFunc &blendFunc=BlendingFunc::Normal())
	draw an another image into this one with a mask image More...
template<typename ColorFunc , typename BlendFunc = BlendingFunc::Normal>
void	drawStrokeFunctor (const Point &point, const _Image< T > &image, unsigned int thickness, ColorFunc &colorFunc, StrokeType strokeType=StrokeType::Middle, const BlendFunc &blendFunc=BlendingFunc::Normal())
	Stroke the image with a specified color functor. More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawStroke (const Point &point, const _Image< T > &image, unsigned int thickness, const ColorR< T > &color, StrokeType strokeType=StrokeType::Middle, const BlendFunc &blendFunc=BlendingFunc::Normal())
	Stroke the image with a specified color. More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawStroke (const Point &point, const _Image< T > &image, unsigned int thickness, const ColorRGB< T > &color, StrokeType strokeType=StrokeType::Middle, const BlendFunc &blendFunc=BlendingFunc::Normal())
	Stroke the image with a specified color. More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawStroke (const Point &point, const _Image< T > &image, unsigned int thickness, const ColorRGBA< T > &color, StrokeType strokeType=StrokeType::Middle, const BlendFunc &blendFunc=BlendingFunc::Normal())
	Stroke the image with a specified color. More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawBezierCurve (const PointF &p0, const PointF &p1, const PointF p2, const PointF &p3, unsigned int thickness, ColorR< T > &color, const BlendFunc &blendFunc=BlendingFunc::Normal())
	Draw a Cubic Bezier curve. More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawBezierCurve (const PointF &p0, const PointF &p1, const PointF p2, const PointF &p3, unsigned int thickness, ColorRGB< T > &color, const BlendFunc &blendFunc=BlendingFunc::Normal())
template<typename BlendFunc = BlendingFunc::Normal>
void	drawBezierCurve (const PointF &p0, const PointF &p1, const PointF p2, const PointF &p3, unsigned int thickness, ColorRGBA< T > &color, const BlendFunc &blendFunc=BlendingFunc::Normal())
template<typename ColorFunc , typename BlendFunc = BlendingFunc::Normal>
void	drawGraphValuesFunctor (const Vector< Math::Vec2< float >> &values, const Rectangle &rectangle, ColorFunc &colorFunc, BlendFunc &blendFunc=BlendingFunc::Normal())
	draw points (x,y) as a graph inside a rectangle More...
template<typename F , int N>
_Image< T >	applyFilter (const F(&filter)[N], ConvolutionMode convolutionMode=ConvolutionMode::ExtendedSize, const ColorRGBA< T > &color=ColorRGBA< T >::null) const
	apply a symmetrical convolution filter (Gaussian blur for example) More...
template<typename F >
_Image< T >	applyFilter (const F *filter, size_t size, ConvolutionMode convolutionMode=ConvolutionMode::ExtendedSize, const ColorRGBA< T > &color=ColorRGBA< T >::null) const
	apply a symmetrical convolution filter (Gaussian blur for example) More...
_Image< T >	applyGaussianBlur (size_t radius, ConvolutionMode convolutionMode=ConvolutionMode::ExtendedSize, const ColorRGBA< T > &color=ColorRGBA< T >::null) const
	apply a Gaussian Blur Filter More...
Math::Rectangle< Size >	clampRectangle (const Rectangle &rectangle) const
	Clamp a rectangle inside the image. More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawRectangleRounded (const Rectangle &rectangle, unsigned int radius, const ColorR< T > &color, BlendFunc &blendFunc=BlendingFunc::Normal())
	Draw a rounded rectangle with a color. More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawRectangleRounded (const Rectangle &rectangle, unsigned int radius, const ColorRGB< T > &color, BlendFunc &blendFunc=BlendingFunc::Normal())
	Draw a rounded rectangle with a color. More...
template<typename BlendFunc = BlendingFunc::Normal>
void	drawRectangleRounded (const Rectangle &rectangle, unsigned int radius, const ColorRGBA< T > &color, BlendFunc &blendFunc=BlendingFunc::Normal())
	Draw a rounded rectangle with a color. More...
template<typename ColorFunc , typename BlendFunc = BlendingFunc::Normal>
void	drawRectangleRoundedFunctor (const Rectangle &rectangle, unsigned int radius, ColorFunc &colorFunc, BlendFunc &blendFunc=BlendingFunc::Normal())
	Draw a rounded rectangle with a color Functor. More...
_Image< T >	resample (const Math::Vec2< Size > &newSize, ResamplingMode resamplingMode=ResamplingMode::Nearest) const
	Resize the image with re sampling and return the new one. More...
template<typename ColorFunc , typename BlendFunc = BlendingFunc::Normal>
void	drawPolygonFunctor (const Math::Vec2< float > *vertices, typename Vector< Math::Vec2< float >>::Size nbVertices, const Rectangle &rectangle, ColorFunc &colorFunc, BlendFunc &blendFunc=BlendingFunc::Normal())
	Draw a filed Polygon. More...
template<typename ColorFunc , typename BlendFunc >
void	drawDiskFunctor (const Point &p, float radius, ColorR< T > &c, BlendFunc &blendFunc=BlendingFunc::Normal())
	Draw a filed Disk. More...
template<typename ColorFunc , typename BlendFunc >
void	drawDiskFunctor (const Point &p, float radius, ColorRGB< T > &c, BlendFunc &blendFunc=BlendingFunc::Normal())
	Draw a filed Disk. More...
template<typename ColorFunc , typename BlendFunc >
void	drawDiskFunctor (const Point &p, float radius, ColorRGBA< T > &c, BlendFunc &blendFunc=BlendingFunc::Normal())
	Draw a filed Disk. More...
template<typename ColorFunc , typename BlendFunc >
void	drawDiskFunctor (const Point &p, float radius, ColorFunc &colorFunc, BlendFunc &blendFunc=BlendingFunc::Normal())
	Draw a filed Disk. More...
template<typename K >
K	computeGaussianKernel (K *kernel, size_t size, const float &sigma)
	compute the Vertical/Horizontal Gaussian Kernel (K : Type of Values in your Kernel ) More...
template<>
float	getComponentMaxValue ()
template<>
double	getComponentMaxValue ()
Public Member Functions inherited from BasicSimpleIO
bool	read (std::fstream *fileStream)
	read from a file stream More...
bool	write (std::fstream *fileStream) const
	write this object as binary into a file stream More...

Additional Inherited Members
Public Types inherited from Graphic::_Image< T >
enum	ResamplingMode { ResamplingMode::Nearest, ResamplingMode::Linear, ResamplingMode::Lanczos }
enum	ConvolutionMode { ConvolutionMode::NormalSize, ConvolutionMode::ExtendedSize }
enum	ConversionMode { ConversionMode::Luminance, ConversionMode::Trunquate, ConversionMode::Alpha }
enum	StrokeType { StrokeType::Outside, StrokeType::Inside, StrokeType::Middle }
typedef _ImageSumType< T >::Type	SumType
	Type used to sum multiple pixels components. More...
Static Public Member Functions inherited from Graphic::_Image< T >
static T	getComponentMaxValue ()
	get the maximum value of a color component More...
static T	getComponentMinValue ()
	get the maximum value of a color component More...
template<typename K >
static K	getKernelSumNbBits ()
	Get the number of bits of the sum of a kernel depending of the types used. More...
template<typename K , size_t N>
static K	computeGaussianKernel (K(&kernel)[N], const float &sigma)
	compute the Vertical/Horizontal Gaussian Kernel (K : Type of Values in your Kernel, N : Size of your kernel (has to be odd)) More...
template<typename K , size_t N>
static K	computeGaussianKernel (K(&kernel)[N])
	compute the Vertical/Horizontal Gaussian Kernel (K : Type of Values in your Kernel, N : Size of your kernel (has to be odd)) More...
static float	computeGaussianKernel (float *kernel, size_t size, const float &sigma)
static double	computeGaussianKernel (double *kernel, size_t size, const double &sigma)
template<typename K >
static K	computeGaussianKernel (K *kernel, size_t size)
	compute the Vertical/Horizontal Gaussian Kernel (K : Type of Values in your Kernel ) More...
static float	computeGaussianKernel (float *kernel, size_t size)
static double	computeGaussianKernel (double *kernel, size_t size)

Constructor & Destructor Documentation

Graphic::FreeTypeChar::FreeTypeChar	(	FT_Face	ftFace,
		UTF8String::CodePoint	codePoint
	)

Constructor.

Parameters

ftFace	FreeType char object used to create this glyph.
Unicode	codePoint representing this char.

Graphic::FreeTypeChar::FreeTypeChar

(

const FreeTypeChar &

c

)

Copy Constructor.

Parameters

c	Char to be copied.

Graphic::FreeTypeChar::FreeTypeChar

(

std::fstream *

fileStream

)

Constructor from a file Stream.

Parameters

fileStream

file stream to read

Graphic::FreeTypeChar::FreeTypeChar

(

FreeTypeChar &&

c

)

move Constructor

Parameters

c	Char to be moved.

Graphic::FreeTypeChar::~FreeTypeChar

(

)

Member Function Documentation

UTF8String::CodePoint Graphic::FreeTypeChar::getCodePoint

(

)

const

get the code point of this character

Returns

code point in the Unicode table

float Graphic::FreeTypeChar::getHoriAdvance

(

)

const

Get the advance of this glyph when used horizontally.

Returns

Advance of this glyph in pixels.

const Math::vec2f & Graphic::FreeTypeChar::getHoriBearing

(

)

const

return the the horizontal bearing of this glyph

Returns

horizontal bearing in pixels

float Graphic::FreeTypeChar::getHoriBearingX

(

)

const

return the X coordinate of the horizontal bearing of this glyph

Returns

X bearing in pixels

float Graphic::FreeTypeChar::getHoriBearingY

(

)

const

return the Y coordinate of the horizontal bearing of this glyph

Returns

Y bearing in pixels

float Graphic::FreeTypeChar::getHoriOffsetY

(

)

const

Get the Y coordinate of the Horizontal offset.

Returns

Y Offset when using this glyph horizontally

FreeTypeChar & Graphic::FreeTypeChar::operator=

(

const FreeTypeChar &

c

)

Copy operator.

Parameters

c	Char to be copied.

Returns

reference to this

FreeTypeChar & Graphic::FreeTypeChar::operator=

(

FreeTypeChar &&

c

)

move operator

Parameters

c	Char to be copied.

Returns

reference to this

bool Graphic::FreeTypeChar::read

(

std::fstream *

fileStream

)

read from a file stream

Parameters

fileStream

stream used to read load this object

Returns

boolean to know if the operation is a success of not.

bool Graphic::FreeTypeChar::write

(

std::fstream *

fileStream

)

const

write this object as binary into a file stream

Parameters

fileStream

stream used to write this object

Returns

boolean to know if the operation is a success of not.

---

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

• Simple++/Graphic/FreeTypeChar.h
• Simple++/Graphic/FreeTypeChar.cpp