An Image represents 2D image data that can be used in a texture supplied to a shader. More...

#include "image.h"

Inheritance diagram for ion::gfx::Image:

Collaboration diagram for ion::gfx::Image:

Classes
struct	PixelFormat
	Struct representing the GL types for a particular Format (see above). More...

Public Types
enum	Format { kAlpha, kLuminance, kLuminanceAlpha, kRgb888, kRgba8888, kRgb565, kRgba4444, kRgba5551, kRgbaFloat, kR8, kRSigned8, kR8i, kR8ui, kR16fFloat, kR16fHalf, kR16i, kR16ui, kR32f, kR32i, kR32ui, kRg8, kRgSigned8, kRg8i, kRg8ui, kRg16fFloat, kRg16fHalf, kRg16i, kRg16ui, kRg32f, kRg32i, kRg32ui, kRgb8, kRgbSigned8, kRgb8i, kRgb8ui, kRgb16fFloat, kRgb16fHalf, kRgb16i, kRgb16ui, kRgb32f, kRgb32i, kRgb32ui, kRgba8, kRgbaSigned8, kRgba8i, kRgba8ui, kRgb10a2, kRgb10a2ui, kRgba16fFloat, kRgba16fHalf, kRgba16i, kRgba16ui, kRgba32f, kRgba32i, kRgba32ui, kRenderbufferDepth16, kRenderbufferDepth24, kRenderbufferDepth32f, kRenderbufferDepth24Stencil8, kRenderbufferDepth32fStencil8, kTextureDepth16Int, kTextureDepth16Short, kStencil8, kDxt1, kDxt1Rgba, kDxt5, kEtc1, kPvrtc1Rgb2, kPvrtc1Rgb4, kPvrtc1Rgba2, kPvrtc1Rgba4, kSrgb8, kSrgba8, kRgb11f_11f_10f_Rev, kRgb11f_11f_10f_RevFloat, kRgb11f_11f_10f_RevHalf, kRgb565Byte, kRgb565Short, kRgb5a1Byte, kRgb5a1Short, kRgb5a1Int, kRgb9e5Float, kRgb9e5Half, kRgb9e5RevInt, kRgba4Byte, kRgba4Short, kEglImage, kInvalid }
	Supported image formats. More...

enum	Type { kArray, kDense, kEgl, kExternalEgl }
	The kind of Image, either array or dense, or an EGL type. More...

enum	Dimensions { k2d, k3d }
	The number of dimensions in the image. More...

Public Member Functions
	Image ()
	The default constructor creates an empty (0x0) dense 2D image with format kRgb888. More...

void	Set (Format format, uint32 width, uint32 height, const base::DataContainerPtr &data)
	Sets the image to the given size and format and using the data in the given DataContainer, which is assumed to be the correct size. More...

void	Set (Format format, uint32 width, uint32 height, uint32 depth, const base::DataContainerPtr &data)
	Overload that creates a 3D texture. More...

void	SetArray (Format format, uint32 width, uint32 num_planes, const base::DataContainerPtr &data)
	Similar to Set(), but creates an array of 1D textures. More...

void	SetArray (Format format, uint32 width, uint32 height, uint32 num_planes, const base::DataContainerPtr &data)
	Similar to Set(), but creates an array of 2D textures. More...

void	SetEglImage (const base::DataContainerPtr &image)
	Sets the image to be of EGLImage type. More...

void	SetExternalEglImage (const base::DataContainerPtr &external_image)
	Sets the image to be of external EGLImage type. More...

Format	GetFormat () const

Type	GetType () const

Dimensions	GetDimensions () const

uint32	GetWidth () const

uint32	GetHeight () const

uint32	GetDepth () const

size_t	GetDataSize () const

const base::DataContainerPtr &	GetData () const

bool	IsCompressed () const
	Returns true if the image format is one of the compressed types. More...

void	AddReceiver (Notifier *receiver)
	Adds a Notifier to be notified. More...

void	RemoveReceiver (Notifier *receiver)
	Removes a Notifier to be notified. More...

size_t	GetReceiverCount () const
	Returns the number of Notifiers that will be notified. More...

const AllocatorPtr &	GetAllocator () const
	Returns the Allocator that was used for the instance. More...

const AllocatorPtr &	GetNonNullAllocator () const
	Return our allocator, or the default allocator if the instance was declared on the stack. More...

const AllocatorPtr &	GetAllocatorForLifetime (AllocationLifetime lifetime) const
	Convenience function that returns the Allocator to use to allocate an object with a specific lifetime. More...

void *	operator new (size_t size)
	The standard no-parameter new operator uses the default Allocator. More...

void *	operator new (size_t size, AllocationLifetime lifetime)
	This overloaded version of the new operator uses the AllocationManager's default Allocator for the specified lifetime. More...

void *	operator new (size_t size, const AllocatorPtr &allocator)
	This overloaded version of the new operator takes the Allocator to use directly as a parameter. More...

void *	operator new (size_t size, const AllocatorPtr &allocator, void *ptr)
	Special operator new for using placement new with Allocatables. More...

void *	operator new (size_t size, void *ptr)
	The placement new operator is defined conventionally. More...

void	operator delete (void *ptr)
	Define the delete operator to use specialized functions dealing with an Allocator. More...

void	operator delete (void *ptr, AllocationLifetime lifetime)
	Windows requires these (or it issues C4291 warnings). More...

void	operator delete (void *ptr, const AllocatorPtr &allocator)

void	operator delete (void ptr, void ptr2)
	The placement delete operator does nothing, as usual. More...

int	GetRefCount () const
	GetRefCount() is part of the interface necessary for SharedPtr. More...

Static Public Member Functions
static const char *	GetFormatString (Format format)
	Convenience function that returns a string representing the name of a given Format. More...

static const PixelFormat &	GetPixelFormat (Format format)
	Convenience function that returns a PixelFormat given a Format. More...

static int	GetNumComponentsForFormat (Format format)
	Convenience function that returns the number of components for a given format. More...

static bool	IsCompressedFormat (Format format)
	Convenience function that returns true if the given format represents compressed image data. More...

static bool	Is8BitPerChannelFormat (Format format)
	Returns whether the specified format has 8 bits per channel. More...

static size_t	ComputeDataSize (Format format, uint32 width, uint32 height)
	Convenience functions that return the correct data size in bytes of an image having the given format and dimensions. More...

static size_t	ComputeDataSize (Format format, uint32 width, uint32 height, uint32 depth)

Static Public Attributes
static const uint32	kNumFormats = kEglImage + 1

Protected Types
typedef WeakReferentPtr< Notifier >	NotifierPtr

typedef AllocVector< NotifierPtr >	NotifierPtrVector

Protected Member Functions
	~Image () override
	The destructor is protected because all base::Referent classes must have protected or private destructors. More...

const NotifierPtrVector &	GetReceivers () const
	Returns the set of Notifiers that will be notified. More...

void	Notify () const
	Notifies all contained Notifiers by calling their OnNotify(). More...

Detailed Description

An Image represents 2D image data that can be used in a texture supplied to a shader.

The image data is stored in a DataContainer to provide flexibility regarding storage lifetime.

Definition at line 35 of file image.h.

Member Typedef Documentation

typedef WeakReferentPtr<Notifier> ion::base::Notifier::NotifierPtr

protectedinherited

Definition at line 49 of file notifier.h.

typedef AllocVector<NotifierPtr> ion::base::Notifier::NotifierPtrVector

protectedinherited

Definition at line 50 of file notifier.h.

Member Enumeration Documentation

enum ion::gfx::Image::Dimensions

The number of dimensions in the image.

Note that an Nd array texture has N

1 dimensions.

Enumerator
k2d
k3d

Definition at line 186 of file image.h.

enum ion::gfx::Image::Format

Supported image formats.

Enumerator
kAlpha	"Unsized" formats.
kLuminance
kLuminanceAlpha
kRgb888
kRgba8888
kRgb565
kRgba4444
kRgba5551
kRgbaFloat
kR8	compatibility, where both format and internal_format are GL_RGBA). Single-component red channel images.
kRSigned8
kR8i
kR8ui
kR16fFloat
kR16fHalf
kR16i
kR16ui
kR32f
kR32i
kR32ui
kRg8	Two-component red-green images.
kRgSigned8
kRg8i
kRg8ui
kRg16fFloat
kRg16fHalf
kRg16i
kRg16ui
kRg32f
kRg32i
kRg32ui
kRgb8	Three channel RGB images.
kRgbSigned8
kRgb8i
kRgb8ui
kRgb16fFloat
kRgb16fHalf
kRgb16i
kRgb16ui
kRgb32f
kRgb32i
kRgb32ui
kRgba8	Four channel RGBA images.
kRgbaSigned8
kRgba8i
kRgba8ui
kRgb10a2
kRgb10a2ui
kRgba16fFloat
kRgba16fHalf
kRgba16i
kRgba16ui
kRgba32f
kRgba32i
kRgba32ui
kRenderbufferDepth16	Depth and depth/stencil renderbuffers.
kRenderbufferDepth24
kRenderbufferDepth32f
kRenderbufferDepth24Stencil8
kRenderbufferDepth32fStencil8	stencil.
kTextureDepth16Int	Depth textures.
kTextureDepth16Short
kStencil8	Stencil images.
kDxt1	Compressed images.
kDxt1Rgba
kDxt5
kEtc1
kPvrtc1Rgb2
kPvrtc1Rgb4
kPvrtc1Rgba2
kPvrtc1Rgba4	alpha).
kSrgb8	alpha). SRGB(A) images.
kSrgba8
kRgb11f_11f_10f_Rev	Packed sized images.
kRgb11f_11f_10f_RevFloat	bits blue, packed 10f,11f,11f uint32 data.
kRgb11f_11f_10f_RevHalf	bits blue, packed float data.
kRgb565Byte	bits blue, packed half float data.
kRgb565Short	green, uint8 data.
kRgb5a1Byte	green, packed 565 uint16 data.
kRgb5a1Short	bit alpha, uint8 data.
kRgb5a1Int	bit alpha, packed 5551 uint16 data.
kRgb9e5Float	bit alpha, packed 2,10,10,10 uint32 data.
kRgb9e5Half	bits exponent, float data.
kRgb9e5RevInt	bits exponent, half float data.
kRgba4Byte	bits exponent, packed 5999 uint32 data.
kRgba4Short	data.
kEglImage	4444 uint16 data.
kInvalid	have arbitrary format.

Definition at line 38 of file image.h.

enum ion::gfx::Image::Type

The kind of Image, either array or dense, or an EGL type.

An array image is a series of planes that are not interpolated, while a dense image uses filtering across the last dimension. An EGL image is one supplied by the EGL library via the OES_EGL_image extension, while an external EGL image is one created via the OES_EGL_image_external extension.

Enumerator
kArray
kDense
kEgl
kExternalEgl

Definition at line 177 of file image.h.

Constructor & Destructor Documentation

ion::gfx::Image::Image ( )

The default constructor creates an empty (0x0) dense 2D image with format kRgb888.

Definition at line 31 of file image.cc.

ion::gfx::Image::~Image ( )

overrideprotected

The destructor is protected because all base::Referent classes must have protected or private destructors.

Definition at line 40 of file image.cc.

References ion::base::SharedPtr< T >::Get().

Member Function Documentation

void ion::base::Notifier::AddReceiver ( Notifier * receiver )

inherited

Adds a Notifier to be notified.

Does nothing if the receiver is NULL or is already in the receiver vector.

Definition at line 25 of file notifier.cc.

size_t ion::gfx::Image::ComputeDataSize	(	Format	format,
		uint32	width,
		uint32	height
	)

static

Convenience functions that return the correct data size in bytes of an image having the given format and dimensions.

Definition at line 421 of file image.cc.

References DCHECK, kAlpha, kDxt1, kDxt1Rgba, kDxt5, kEglImage, kEtc1, kInvalid, kLuminance, kLuminanceAlpha, kPvrtc1Rgb2, kPvrtc1Rgb4, kPvrtc1Rgba2, kPvrtc1Rgba4, kR16fFloat, kR16fHalf, kR16i, kR16ui, kR32f, kR32i, kR32ui, kR8, kR8i, kR8ui, kRenderbufferDepth16, kRenderbufferDepth24, kRenderbufferDepth24Stencil8, kRenderbufferDepth32f, kRenderbufferDepth32fStencil8, kRg16fFloat, kRg16fHalf, kRg16i, kRg16ui, kRg32f, kRg32i, kRg32ui, kRg8, kRg8i, kRg8ui, kRgb10a2, kRgb10a2ui, kRgb11f_11f_10f_Rev, kRgb11f_11f_10f_RevFloat, kRgb11f_11f_10f_RevHalf, kRgb16fFloat, kRgb16fHalf, kRgb16i, kRgb16ui, kRgb32f, kRgb32i, kRgb32ui, kRgb565, kRgb565Byte, kRgb565Short, kRgb5a1Byte, kRgb5a1Int, kRgb5a1Short, kRgb8, kRgb888, kRgb8i, kRgb8ui, kRgb9e5Float, kRgb9e5Half, kRgb9e5RevInt, kRgba16fFloat, kRgba16fHalf, kRgba16i, kRgba16ui, kRgba32f, kRgba32i, kRgba32ui, kRgba4444, kRgba4Byte, kRgba4Short, kRgba5551, kRgba8, kRgba8888, kRgba8i, kRgba8ui, kRgbaFloat, kRgbaSigned8, kRgbSigned8, kRgSigned8, kRSigned8, kSrgb8, kSrgba8, kStencil8, kTextureDepth16Int, and kTextureDepth16Short.

Referenced by ComputeDataSize(), and Is8BitPerChannelFormat().

size_t ion::gfx::Image::ComputeDataSize	(	Format	format,
		uint32	width,
		uint32	height,
		uint32	depth
	)

static

Definition at line 545 of file image.cc.

References ComputeDataSize().

const AllocatorPtr& ion::base::Allocatable::GetAllocator ( ) const

inlineinherited

Returns the Allocator that was used for the instance.

This will be NULL if the instance was declared on the stack or created with normal placement new.

Definition at line 68 of file allocatable.h.

References allocator_.

Referenced by ion::base::DataContainer::CreateAndCopy(), ion::text::DynamicFontImage::FindContainingImageDataIndex(), and ion::text::DynamicFontImage::FindImageDataIndex().

const AllocatorPtr& ion::base::Allocatable::GetAllocatorForLifetime ( AllocationLifetime lifetime ) const

inlineinherited

Convenience function that returns the Allocator to use to allocate an object with a specific lifetime.

Definition at line 78 of file allocatable.h.

References ion::base::Allocator::GetAllocatorForLifetime().

Referenced by ion::text::BasicBuilder::BuildVertexData(), ion::text::OutlineBuilder::BuildVertexData(), ion::gfxutils::ShaderManager::CreateShaderProgram(), ion::text::DynamicFontImage::FindContainingImageDataIndex(), ion::text::DynamicFontImage::FindImageDataIndex(), ion::gfx::Renderer::Renderer(), and ion::gfx::UpdateStateTable().

const base::DataContainerPtr& ion::gfx::Image::GetData ( ) const

inline

Definition at line 240 of file image.h.

size_t ion::gfx::Image::GetDataSize ( ) const

inline

Definition at line 239 of file image.h.

uint32 ion::gfx::Image::GetDepth ( ) const

inline

Definition at line 238 of file image.h.

Dimensions ion::gfx::Image::GetDimensions ( ) const

inline

Definition at line 235 of file image.h.

Format ion::gfx::Image::GetFormat ( ) const

inline

Definition at line 233 of file image.h.

const char * ion::gfx::Image::GetFormatString ( Format format )

static

Convenience function that returns a string representing the name of a given Format.

Definition at line 221 of file image.cc.

References kNumFormats.

uint32 ion::gfx::Image::GetHeight ( ) const

inline

Definition at line 237 of file image.h.

const AllocatorPtr& ion::base::Allocatable::GetNonNullAllocator ( ) const

inlineinherited

Return our allocator, or the default allocator if the instance was declared on the stack.

Definition at line 72 of file allocatable.h.

References allocator_, and ion::base::AllocationManager::GetNonNullAllocator().

int ion::gfx::Image::GetNumComponentsForFormat ( Format format )

static

Convenience function that returns the number of components for a given format.

Definition at line 315 of file image.cc.

References DCHECK, kAlpha, kDxt1, kDxt1Rgba, kDxt5, kEglImage, kEtc1, kInvalid, kLuminance, kLuminanceAlpha, kPvrtc1Rgb2, kPvrtc1Rgb4, kPvrtc1Rgba2, kPvrtc1Rgba4, kR16fFloat, kR16fHalf, kR16i, kR16ui, kR32f, kR32i, kR32ui, kR8, kR8i, kR8ui, kRenderbufferDepth16, kRenderbufferDepth24, kRenderbufferDepth24Stencil8, kRenderbufferDepth32f, kRenderbufferDepth32fStencil8, kRg16fFloat, kRg16fHalf, kRg16i, kRg16ui, kRg32f, kRg32i, kRg32ui, kRg8, kRg8i, kRg8ui, kRgb10a2, kRgb10a2ui, kRgb11f_11f_10f_Rev, kRgb11f_11f_10f_RevFloat, kRgb11f_11f_10f_RevHalf, kRgb16fFloat, kRgb16fHalf, kRgb16i, kRgb16ui, kRgb32f, kRgb32i, kRgb32ui, kRgb565, kRgb565Byte, kRgb565Short, kRgb5a1Byte, kRgb5a1Int, kRgb5a1Short, kRgb8, kRgb888, kRgb8i, kRgb8ui, kRgb9e5Float, kRgb9e5Half, kRgb9e5RevInt, kRgba16fFloat, kRgba16fHalf, kRgba16i, kRgba16ui, kRgba32f, kRgba32i, kRgba32ui, kRgba4444, kRgba4Byte, kRgba4Short, kRgba5551, kRgba8, kRgba8888, kRgba8i, kRgba8ui, kRgbaFloat, kRgbaSigned8, kRgbSigned8, kRgSigned8, kRSigned8, kSrgb8, kSrgba8, kStencil8, kTextureDepth16Int, and kTextureDepth16Short.

Referenced by Is8BitPerChannelFormat().

const Image::PixelFormat & ion::gfx::Image::GetPixelFormat ( Format format )

static

Convenience function that returns a PixelFormat given a Format.

Definition at line 76 of file image.cc.

References GL_COMPRESSED_RGB_PVRTC_2BPPV1_IMG, GL_COMPRESSED_RGB_PVRTC_4BPPV1_IMG, GL_COMPRESSED_RGBA_PVRTC_2BPPV1_IMG, GL_COMPRESSED_RGBA_PVRTC_4BPPV1_IMG, GL_ETC1_RGB8_OES, GL_LUMINANCE, GL_LUMINANCE_ALPHA, kEglImage, and kInvalid.

size_t ion::base::Notifier::GetReceiverCount ( ) const

inherited

Returns the number of Notifiers that will be notified.

Definition at line 71 of file notifier.cc.

const Notifier::NotifierPtrVector & ion::base::Notifier::GetReceivers ( ) const

protectedinherited

Returns the set of Notifiers that will be notified.

Definition at line 77 of file notifier.cc.

int ion::base::Shareable::GetRefCount ( ) const

inlineinherited

GetRefCount() is part of the interface necessary for SharedPtr.

Definition at line 34 of file shareable.h.

Referenced by ion::base::Notifier::RemoveReceiver().

Type ion::gfx::Image::GetType ( ) const

inline

Definition at line 234 of file image.h.

uint32 ion::gfx::Image::GetWidth ( ) const

inline

Definition at line 236 of file image.h.

bool ion::gfx::Image::Is8BitPerChannelFormat ( Image::Format format )

inlinestatic

Returns whether the specified format has 8 bits per channel.

E.g. kRgba8888, kLuminanceAlpha, kRgb8ui, etc. It does not include compressed formats even if they decompress to something that is 8 bits per channel.

Definition at line 303 of file image.h.

References ComputeDataSize(), GetNumComponentsForFormat(), kEglImage, kInvalid, kRgb10a2, kRgb10a2ui, and kRgb5a1Int.

bool ion::gfx::Image::IsCompressed ( ) const

inline

Returns true if the image format is one of the compressed types.

Definition at line 243 of file image.h.

bool ion::gfx::Image::IsCompressedFormat ( Image::Format format )

inlinestatic

Convenience function that returns true if the given format represents compressed image data.

Definition at line 297 of file image.h.

References kDxt1, kDxt1Rgba, kDxt5, kEtc1, kPvrtc1Rgb2, kPvrtc1Rgb4, kPvrtc1Rgba2, and kPvrtc1Rgba4.

void ion::base::Notifier::Notify ( ) const

protectedinherited

Notifies all contained Notifiers by calling their OnNotify().

Any receivers that have been destroyed will be removed from the vector of receivers.

Definition at line 81 of file notifier.cc.

References ion::base::SharedPtr< T >::Get().

void ion::base::Allocatable::operator delete ( void * ptr )

inlineinherited

Define the delete operator to use specialized functions dealing with an Allocator.

Definition at line 109 of file allocatable.h.

void ion::base::Allocatable::operator delete	(	void *	ptr,
		AllocationLifetime	lifetime
	)

inlineinherited

Windows requires these (or it issues C4291 warnings).

Definition at line 112 of file allocatable.h.

void ion::base::Allocatable::operator delete	(	void *	ptr,
		const AllocatorPtr &	allocator
	)

inlineinherited

Definition at line 113 of file allocatable.h.

void ion::base::Allocatable::operator delete	(	void *	ptr,
		void *	ptr2
	)

inlineinherited

The placement delete operator does nothing, as usual.

Definition at line 118 of file allocatable.h.

void* ion::base::Allocatable::operator new ( size_t size )

inlineinherited

The standard no-parameter new operator uses the default Allocator.

Definition at line 84 of file allocatable.h.

void* ion::base::Allocatable::operator new	(	size_t	size,
		AllocationLifetime	lifetime
	)

inlineinherited

This overloaded version of the new operator uses the AllocationManager's default Allocator for the specified lifetime.

Definition at line 88 of file allocatable.h.

void* ion::base::Allocatable::operator new	(	size_t	size,
		const AllocatorPtr &	allocator
	)

inlineinherited

This overloaded version of the new operator takes the Allocator to use directly as a parameter.

If the Allocator pointer is NULL, this uses the default Allocator.

Definition at line 95 of file allocatable.h.

void* ion::base::Allocatable::operator new	(	size_t	size,
		const AllocatorPtr &	allocator,
		void *	ptr
	)

inlineinherited

Special operator new for using placement new with Allocatables.

Definition at line 100 of file allocatable.h.

void* ion::base::Allocatable::operator new	(	size_t	size,
		void *	ptr
	)

inlineinherited

The placement new operator is defined conventionally.

Definition at line 105 of file allocatable.h.

void ion::base::Notifier::RemoveReceiver ( Notifier * receiver )

inherited

Removes a Notifier to be notified.

Does nothing if the receiver is NULL or not in the set of receivers.

Definition at line 38 of file notifier.cc.

References ion::base::Shareable::GetRefCount().

Referenced by ion::gfx::AttributeArray::~AttributeArray().

void ion::gfx::Image::Set	(	Format	format,
		uint32	width,
		uint32	height,
		const base::DataContainerPtr &	data
	)

Sets the image to the given size and format and using the data in the given DataContainer, which is assumed to be the correct size.

Definition at line 44 of file image.cc.

References k2d, and kDense.

Referenced by SetArray().

void ion::gfx::Image::Set	(	Format	format,
		uint32	width,
		uint32	height,
		uint32	depth,
		const base::DataContainerPtr &	data
	)

Overload that creates a 3D texture.

Definition at line 49 of file image.cc.

References k3d, and kDense.

void ion::gfx::Image::SetArray	(	Format	format,
		uint32	width,
		uint32	num_planes,
		const base::DataContainerPtr &	data
	)

Similar to Set(), but creates an array of 1D textures.

Definition at line 54 of file image.cc.

References k2d, and kArray.

void ion::gfx::Image::SetArray	(	Format	format,
		uint32	width,
		uint32	height,
		uint32	num_planes,
		const base::DataContainerPtr &	data
	)

Similar to Set(), but creates an array of 2D textures.

Definition at line 58 of file image.cc.

References k3d, kArray, and Set().

void ion::gfx::Image::SetEglImage ( const base::DataContainerPtr & image )

Sets the image to be of EGLImage type.

The width, height, format, and image data are all determined opaquely based on the passed image. The passed data container may just wrap a void pointer. If the passed data is NULL, then it must be supplied via EGL outside of Ion after retrieving the texture ID from a Renderer.

Definition at line 64 of file image.cc.

References k2d, kEgl, and kEglImage.

void ion::gfx::Image::SetExternalEglImage ( const base::DataContainerPtr & external_image )

Sets the image to be of external EGLImage type.

The width, height, format, and image data are all determined opaquely based on the passed external image. The passed data container may just wrap a void pointer. If the passed data is NULL, then it must be supplied outside of Ion after retrieving the texture ID from a Renderer.

Definition at line 70 of file image.cc.

References k2d, kEglImage, and kExternalEgl.

Member Data Documentation

const uint32 ion::gfx::Image::kNumFormats = kEglImage + 1

static

Definition at line 198 of file image.h.

Referenced by GetFormatString().

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

gfx/image.h
gfx/image.cc

Classes

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Protected Types

Protected Member Functions

Detailed Description

Member Typedef Documentation

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation