- Qt 5.15
- Qt GUI
- C++ Classes
- QOpenGLTexture
- Qt 5.15.18 Reference Documentation

# QOpenGLTexture Class

The QOpenGLTexture class encapsulates an OpenGL texture object. More...

Header: | #include <QOpenGLTexture>
qmake: | QT += gui
Since: | Qt 5.2

This class was introduced in Qt 5.2.

- List of all members, including inherited members
- Obsolete members

## Public Types

enum | BindingTarget { BindingTarget1D, BindingTarget1DArray, BindingTarget2D, BindingTarget2DArray, BindingTarget3D, …, BindingTargetBuffer }
enum | ComparisonFunction { CompareLessEqual, CompareGreaterEqual, CompareLess, CompareGreater, CompareEqual, …, CompareNever }
enum | ComparisonMode { CompareRefToTexture, CompareNone }
enum | CoordinateDirection { DirectionS, DirectionT, DirectionR }
enum | CubeMapFace { CubeMapPositiveX, CubeMapNegativeX, CubeMapPositiveY, CubeMapNegativeY, CubeMapPositiveZ, CubeMapNegativeZ }
enum | DepthStencilMode { DepthMode, StencilMode }
enum | Feature { ImmutableStorage, ImmutableMultisampleStorage, TextureRectangle, TextureArrays, Texture3D, …, TextureMipMapLevel }
flags | Features
enum | Filter { Nearest, Linear, NearestMipMapNearest, NearestMipMapLinear, LinearMipMapNearest, LinearMipMapLinear }
enum | MipMapGeneration { GenerateMipMaps, DontGenerateMipMaps }
enum | PixelFormat { NoSourceFormat, Red, RG, RGB, BGR, …, LuminanceAlpha }
enum | PixelType { NoPixelType, Int8, UInt8, Int16, UInt16, …, Float32_D32_UInt32_S8_X24 }
enum | SwizzleComponent { SwizzleRed, SwizzleGreen, SwizzleBlue, SwizzleAlpha }
enum | SwizzleValue { RedValue, GreenValue, BlueValue, AlphaValue, ZeroValue, OneValue }
enum | Target { Target1D, Target1DArray, Target2D, Target2DArray, Target3D, …, TargetBuffer }
enum | TextureFormat { NoFormat, R8_UNorm, RG8_UNorm, RGB8_UNorm, RGBA8_UNorm, …, LuminanceAlphaFormat }
enum | TextureUnitReset { ResetTextureUnit, DontResetTextureUnit }
enum | WrapMode { Repeat, MirroredRepeat, ClampToEdge, ClampToBorder }

## Public Functions

| QOpenGLTexture(const QImage &image, MipMapGeneration genMipMaps = GenerateMipMaps)
| QOpenGLTexture(Target target)
void | allocateStorage()
void | allocateStorage(PixelFormat pixelFormat, PixelType pixelType)
void | bind()
void | bind(uint unit, TextureUnitReset reset = DontResetTextureUnit)
QColor | borderColor() const
void | borderColor(float *border) const
void | borderColor(int *border) const
void | borderColor(unsigned int *border) const
ComparisonFunction | comparisonFunction() const
ComparisonMode | comparisonMode() const
bool | create()
QOpenGLTexture * | createTextureView(Target target, TextureFormat viewFormat, int minimumMipmapLevel, int maximumMipmapLevel, int minimumLayer, int maximumLayer) const
int | depth() const
DepthStencilMode | depthStencilMode() const
void | destroy()
int | faces() const
TextureFormat | format() const
void | generateMipMaps()
void | generateMipMaps(int baseLevel, bool resetBaseLevel = true)
int | height() const
bool | isAutoMipMapGenerationEnabled() const
bool | isBound() const
bool | isBound(uint unit)
bool | isCreated() const
bool | isFixedSamplePositions() const
bool | isStorageAllocated() const
bool | isTextureView() const
int | layers() const
QPair<float, float> | levelOfDetailRange() const
float | levelofDetailBias() const
Filter | magnificationFilter() const
float | maximumAnisotropy() const
float | maximumLevelOfDetail() const
int | maximumMipLevels() const
QPair<Filter, Filter> | minMagFilters() const
Filter | minificationFilter() const
float | minimumLevelOfDetail() const
int | mipBaseLevel() const
QPair<int, int> | mipLevelRange() const
int | mipLevels() const
int | mipMaxLevel() const
void | release()
void | release(uint unit, TextureUnitReset reset = DontResetTextureUnit)
int | samples() const
void | setAutoMipMapGenerationEnabled(bool enabled)
void | setBorderColor(QColor color)
void | setBorderColor(float r, float g, float b, float a)
void | setBorderColor(int r, int g, int b, int a)
void | setBorderColor(uint r, uint g, uint b, uint a)
void | setComparisonFunction(ComparisonFunction function)
void | setComparisonMode(ComparisonMode mode)
void | setCompressedData(int mipLevel, int layer, CubeMapFace cubeFace, int dataSize, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)
void | setCompressedData(int mipLevel, int layer, int layerCount, CubeMapFace cubeFace, int dataSize, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)
void | setCompressedData(int mipLevel, int layer, int dataSize, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)
void | setCompressedData(int mipLevel, int dataSize, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)
void | setCompressedData(int dataSize, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)
void | setData(int mipLevel, int layer, CubeMapFace cubeFace, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)
void | setData(int mipLevel, int layer, int layerCount, CubeMapFace cubeFace, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)
void | setData(int mipLevel, int layer, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)
void | setData(int mipLevel, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)
void | setData(PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)
void | setData(int xOffset, int yOffset, int zOffset, int width, int height, int depth, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)
void | setData(int xOffset, int yOffset, int zOffset, int width, int height, int depth, int mipLevel, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)
void | setData(int xOffset, int yOffset, int zOffset, int width, int height, int depth, int mipLevel, int layer, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)
void | setData(int xOffset, int yOffset, int zOffset, int width, int height, int depth, int mipLevel, int layer, CubeMapFace face, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)
void | setData(int xOffset, int yOffset, int zOffset, int width, int height, int depth, int mipLevel, int layer, CubeMapFace face, int layerCount, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)
void | setData(const QImage &image, MipMapGeneration genMipMaps = GenerateMipMaps)
void | setDepthStencilMode(DepthStencilMode mode)
void | setFixedSamplePositions(bool fixed)
void | setFormat(TextureFormat format)
void | setLayers(int layers)
void | setLevelOfDetailRange(float min, float max)
void | setLevelofDetailBias(float bias)
void | setMagnificationFilter(Filter filter)
void | setMaximumAnisotropy(float anisotropy)
void | setMaximumLevelOfDetail(float value)
void | setMinMagFilters(Filter minificationFilter, Filter magnificationFilter)
void | setMinificationFilter(Filter filter)
void | setMinimumLevelOfDetail(float value)
void | setMipBaseLevel(int baseLevel)
void | setMipLevelRange(int baseLevel, int maxLevel)
void | setMipLevels(int levels)
void | setMipMaxLevel(int maxLevel)
void | setSamples(int samples)
void | setSize(int width, int height = 1, int depth = 1)
void | setSwizzleMask(SwizzleComponent component, SwizzleValue value)
void | setSwizzleMask(SwizzleValue r, SwizzleValue g, SwizzleValue b, SwizzleValue a)
void | setWrapMode(WrapMode mode)
void | setWrapMode(CoordinateDirection direction, WrapMode mode)
SwizzleValue | swizzleMask(SwizzleComponent component) const
Target | target() const
GLuint | textureId() const
int | width() const
WrapMode | wrapMode(CoordinateDirection direction) const

## Static Public Members

GLuint | boundTextureId(BindingTarget target)
GLuint | boundTextureId(uint unit, BindingTarget target)
bool | hasFeature(Feature feature)

## Detailed Description

QOpenGLTexture makes it easy to work with OpenGL textures and the myriad features and targets that they offer depending upon the capabilities of your OpenGL implementation.

The typical usage pattern for QOpenGLTexture is

- Instantiate the object specifying the texture target type
- Set properties that affect the storage requirements e.g. storage format, dimensions
- Allocate the server-side storage
- Optionally upload pixel data
- Optionally set any additional properties e.g. filtering and border options
- Render with texture or render to texture

In the common case of simply using a QImage as the source of texture pixel data most of the above steps are performed automatically.

     // Prepare texture
     QOpenGLTexture *texture = new QOpenGLTexture(QImage(fileName).mirrored());
     texture->setMinificationFilter(QOpenGLTexture::LinearMipMapLinear);
     texture->setMagnificationFilter(QOpenGLTexture::Linear);
     ...
     // Render with texture
     texture->bind();
     glDrawArrays(...);

Note that the QImage is mirrored vertically to account for the fact that OpenGL and QImage use opposite directions for the y axis. Another option would be to transform your texture coordinates.

## Member Type Documentation

### enum QOpenGLTexture::BindingTarget

This enum defines the possible binding targets of texture units.

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::BindingTarget1D` | `0x8068` | Equivalent to GL_TEXTURE_BINDING_1D
`QOpenGLTexture::BindingTarget1DArray` | `0x8C1C` | Equivalent to GL_TEXTURE_BINDING_1D_ARRAY
`QOpenGLTexture::BindingTarget2D` | `0x8069` | Equivalent to GL_TEXTURE_BINDING_2D
`QOpenGLTexture::BindingTarget2DArray` | `0x8C1D` | Equivalent to GL_TEXTURE_BINDING_2D_ARRAY
`QOpenGLTexture::BindingTarget3D` | `0x806A` | Equivalent to GL_TEXTURE_BINDING_3D
`QOpenGLTexture::BindingTargetCubeMap` | `0x8514` | Equivalent to GL_TEXTURE_BINDING_CUBE_MAP
`QOpenGLTexture::BindingTargetCubeMapArray` | `0x900A` | Equivalent to GL_TEXTURE_BINDING_CUBE_MAP_ARRAY
`QOpenGLTexture::BindingTarget2DMultisample` | `0x9104` | Equivalent to GL_TEXTURE_BINDING_2D_MULTISAMPLE
`QOpenGLTexture::BindingTarget2DMultisampleArray` | `0x9105` | Equivalent to GL_TEXTURE_BINDING_2D_MULTISAMPLE_ARRAY
`QOpenGLTexture::BindingTargetRectangle` | `0x84F6` | Equivalent to GL_TEXTURE_BINDING_RECTANGLE
`QOpenGLTexture::BindingTargetBuffer` | `0x8C2C` | Equivalent to GL_TEXTURE_BINDING_BUFFER

### enum QOpenGLTexture::ComparisonFunction

This enum specifies which comparison operator is used when texture comparison is enabled on this texture.

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::CompareLessEqual` | `0x0203` | Equivalent to GL_LEQUAL.
`QOpenGLTexture::CompareGreaterEqual` | `0x0206` | Equivalent to GL_GEQUAL.
`QOpenGLTexture::CompareLess` | `0x0201` | Equivalent to GL_LESS.
`QOpenGLTexture::CompareGreater` | `0x0204` | Equivalent to GL_GREATER.
`QOpenGLTexture::CompareEqual` | `0x0202` | Equivalent to GL_EQUAL.
`QOpenGLTexture::CommpareNotEqual` | `0x0205` | Equivalent to GL_NOTEQUAL.
`QOpenGLTexture::CompareAlways` | `0x0207` | Equivalent to GL_ALWAYS.
`QOpenGLTexture::CompareNever` | `0x0200` | Equivalent to GL_NEVER.

This enum was introduced or modified in Qt 5.5.

### enum QOpenGLTexture::ComparisonMode

This enum specifies which comparison mode is used when sampling this texture.

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::CompareRefToTexture` | `0x884E` | Equivalent to GL_COMPARE_REF_TO_TEXTURE.
`QOpenGLTexture::CompareNone` | `0x0000` | Equivalent to GL_NONE.

This enum was introduced or modified in Qt 5.5.

### enum QOpenGLTexture::CoordinateDirection

This enum defines the possible texture coordinate directions

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::DirectionS` | `0x2802` | The horizontal direction. Equivalent to GL_TEXTURE_WRAP_S
`QOpenGLTexture::DirectionT` | `0x2803` | The vertical direction. Equivalent to GL_TEXTURE_WRAP_T
`QOpenGLTexture::DirectionR` | `0x8072` | The depth direction. Equivalent to GL_TEXTURE_WRAP_R

### enum QOpenGLTexture::CubeMapFace

This enum defines the possible CubeMap faces.

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::CubeMapPositiveX` | `0x8515` | Equivalent to GL_TEXTURE_CUBE_MAP_POSITIVE_X
`QOpenGLTexture::CubeMapNegativeX` | `0x8516` | Equivalent to GL_TEXTURE_CUBE_MAP_NEGATIVE_X
`QOpenGLTexture::CubeMapPositiveY` | `0x8517` | Equivalent to GL_TEXTURE_CUBE_MAP_POSITIVE_Y
`QOpenGLTexture::CubeMapNegativeY` | `0x8518` | Equivalent to GL_TEXTURE_CUBE_MAP_NEGATIVE_Y
`QOpenGLTexture::CubeMapPositiveZ` | `0x8519` | Equivalent to GL_TEXTURE_CUBE_MAP_POSITIVE_Z
`QOpenGLTexture::CubeMapNegativeZ` | `0x851A` | Equivalent to GL_TEXTURE_CUBE_MAP_NEGATIVE_Z

### enum QOpenGLTexture::DepthStencilMode

This enum specifies which component of a depth/stencil texture is accessed when the texture is sampled.

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::DepthMode` | `0x1902` | Equivalent to GL_DEPTH_COMPONENT.
`QOpenGLTexture::StencilMode` | `0x1901` | Equivalent to GL_STENCIL_INDEX.

This enum was introduced or modified in Qt 5.4.

### enum QOpenGLTexture::Feature
flags QOpenGLTexture::Features

This enum defines the OpenGL texture-related features that can be tested for.

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::ImmutableStorage` | `0x00000001` | Support for immutable texture storage
`QOpenGLTexture::ImmutableMultisampleStorage` | `0x00000002` | Support for immutable texture storage with multisample targets
`QOpenGLTexture::TextureRectangle` | `0x00000004` | Support for the GL_TEXTURE_RECTANGLE target
`QOpenGLTexture::TextureArrays` | `0x00000008` | Support for texture targets with array layers
`QOpenGLTexture::Texture3D` | `0x00000010` | Support for the 3 dimensional texture target
`QOpenGLTexture::TextureMultisample` | `0x00000020` | Support for texture targets that have multisample capabilities
`QOpenGLTexture::TextureBuffer` | `0x00000040` | Support for textures that use OpenGL buffer objects as their data source
`QOpenGLTexture::TextureCubeMapArrays` | `0x00000080` | Support for cubemap array texture target
`QOpenGLTexture::Swizzle` | `0x00000100` | Support for texture component swizzle masks
`QOpenGLTexture::StencilTexturing` | `0x00000200` | Support for stencil texturing (i.e. looking up depth or stencil components of a combined depth/stencil format texture in GLSL shaders).
`QOpenGLTexture::AnisotropicFiltering` | `0x00000400` | Support for anisotropic texture filtering
`QOpenGLTexture::NPOTTextures` | `0x00000800` | Basic support for non-power-of-two textures
`QOpenGLTexture::NPOTTextureRepeat` | `0x00001000` | Full support for non-power-of-two textures including texture repeat modes
`QOpenGLTexture::Texture1D` | `0x00002000` | Support for the 1 dimensional texture target
`QOpenGLTexture::TextureComparisonOperators` | `0x00004000` | Support for texture comparison operators
`QOpenGLTexture::TextureMipMapLevel` | `0x00008000` | Support for setting the base and maximum mipmap levels

The Features type is a typedef for QFlags<Feature>. It stores an OR combination of Feature values.

### enum QOpenGLTexture::Filter

This enum defines the filtering parameters for a QOpenGLTexture object.

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::Nearest` | `0x2600` | Equivalent to GL_NEAREST
`QOpenGLTexture::Linear` | `0x2601` | Equivalent to GL_LINEAR
`QOpenGLTexture::NearestMipMapNearest` | `0x2700` | Equivalent to GL_NEAREST_MIPMAP_NEAREST
`QOpenGLTexture::NearestMipMapLinear` | `0x2702` | Equivalent to GL_NEAREST_MIPMAP_LINEAR
`QOpenGLTexture::LinearMipMapNearest` | `0x2701` | Equivalent to GL_LINEAR_MIPMAP_NEAREST
`QOpenGLTexture::LinearMipMapLinear` | `0x2703` | Equivalent to GL_LINEAR_MIPMAP_LINEAR

### enum QOpenGLTexture::MipMapGeneration

This enum defines the options to control mipmap generation.

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::GenerateMipMaps` | `0` | Mipmaps should be generated
`QOpenGLTexture::DontGenerateMipMaps` | `1` | Mipmaps should not be generated

### enum QOpenGLTexture::PixelFormat

This enum defines the possible client-side pixel formats for a pixel transfer operation.

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::NoSourceFormat` | `0` | Equivalent to GL_NONE
`QOpenGLTexture::Red` | `0x1903` | Equivalent to GL_RED
`QOpenGLTexture::RG` | `0x8227` | Equivalent to GL_RG
`QOpenGLTexture::RGB` | `0x1907` | Equivalent to GL_RGB
`QOpenGLTexture::BGR` | `0x80E0` | Equivalent to GL_BGR
`QOpenGLTexture::RGBA` | `0x1908` | Equivalent to GL_RGBA
`QOpenGLTexture::BGRA` | `0x80E1` | Equivalent to GL_BGRA
`QOpenGLTexture::Red_Integer` | `0x8D94` | Equivalent to GL_RED_INTEGER
`QOpenGLTexture::RG_Integer` | `0x8228` | Equivalent to GL_RG_INTEGER
`QOpenGLTexture::RGB_Integer` | `0x8D98` | Equivalent to GL_RGB_INTEGER
`QOpenGLTexture::BGR_Integer` | `0x8D9A` | Equivalent to GL_BGR_INTEGER
`QOpenGLTexture::RGBA_Integer` | `0x8D99` | Equivalent to GL_RGBA_INTEGER
`QOpenGLTexture::BGRA_Integer` | `0x8D9B` | Equivalent to GL_BGRA_INTEGER
`QOpenGLTexture::Stencil` | `0x1901` | Equivalent to GL_STENCIL_INDEX. Introduced in Qt 5.4
`QOpenGLTexture::Depth` | `0x1902` | Equivalent to GL_DEPTH_COMPONENT
`QOpenGLTexture::DepthStencil` | `0x84F9` | Equivalent to GL_DEPTH_STENCIL
`QOpenGLTexture::Alpha` | `0x1906` | Equivalent to GL_ALPHA (OpenGL ES 2 only)
`QOpenGLTexture::Luminance` | `0x1909` | Equivalent to GL_LUMINANCE (OpenGL ES 2 only)
`QOpenGLTexture::LuminanceAlpha` | `0x190A` | Equivalent to GL_LUMINANCE_ALPHA (OpenGL ES 2 only)

### enum QOpenGLTexture::PixelType

This enum defines the possible pixel data types for a pixel transfer operation

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::NoPixelType` | `0` | Equivalent to GL_NONE
`QOpenGLTexture::Int8` | `0x1400` | Equivalent to GL_BYTE
`QOpenGLTexture::UInt8` | `0x1401` | Equivalent to GL_UNSIGNED_BYTE
`QOpenGLTexture::Int16` | `0x1402` | Equivalent to GL_SHORT
`QOpenGLTexture::UInt16` | `0x1403` | Equivalent to GL_UNSIGNED_SHORT
`QOpenGLTexture::Int32` | `0x1404` | Equivalent to GL_INT
`QOpenGLTexture::UInt32` | `0x1405` | Equivalent to GL_UNSIGNED_INT
`QOpenGLTexture::Float16` | `0x140B` | Equivalent to GL_HALF_FLOAT
`QOpenGLTexture::Float16OES` | `0x8D61` | Equivalent to GL_HALF_FLOAT_OES
`QOpenGLTexture::Float32` | `0x1406` | Equivalent to GL_FLOAT
`QOpenGLTexture::UInt32_RGB9_E5` | `0x8C3E` | Equivalent to GL_UNSIGNED_INT_5_9_9_9_REV
`QOpenGLTexture::UInt32_RG11B10F` | `0x8C3B` | Equivalent to GL_UNSIGNED_INT_10F_11F_11F_REV
`QOpenGLTexture::UInt8_RG3B2` | `0x8032` | Equivalent to GL_UNSIGNED_BYTE_3_3_2
`QOpenGLTexture::UInt8_RG3B2_Rev` | `0x8362` | Equivalent to GL_UNSIGNED_BYTE_2_3_3_REV
`QOpenGLTexture::UInt16_RGB5A1` | `0x8034` | Equivalent to GL_UNSIGNED_SHORT_5_5_5_1
`QOpenGLTexture::UInt16_RGB5A1_Rev` | `0x8366` | Equivalent to GL_UNSIGNED_SHORT_1_5_5_5_REV
`QOpenGLTexture::UInt16_R5G6B5` | `0x8363` | Equivalent to GL_UNSIGNED_SHORT_5_6_5
`QOpenGLTexture::UInt16_R5G6B5_Rev` | `0x8364` | Equivalent to GL_UNSIGNED_SHORT_5_6_5_REV
`QOpenGLTexture::UInt16_RGBA4` | `0x8033` | Equivalent to GL_UNSIGNED_SHORT_4_4_4_4
`QOpenGLTexture::UInt16_RGBA4_Rev` | `0x8365` | Equivalent to GL_UNSIGNED_SHORT_4_4_4_4_REV
`QOpenGLTexture::UInt32_RGBA8` | `0x8035` | Equivalent to GL_UNSIGNED_INT_8_8_8_8
`QOpenGLTexture::UInt32_RGBA8_Rev` | `0x8367` | Equivalent to GL_UNSIGNED_INT_8_8_8_8_REV
`QOpenGLTexture::UInt32_RGB10A2` | `0x8036` | Equivalent to GL_UNSIGNED_INT_10_10_10_2
`QOpenGLTexture::UInt32_RGB10A2_Rev` | `0x8368` | Equivalent to GL_UNSIGNED_INT_2_10_10_10_REV
`QOpenGLTexture::UInt32_D24S8` | `0x84FA` | Equivalent to GL_UNSIGNED_INT_24_8. Introduced in Qt 5.4
`QOpenGLTexture::Float32_D32_UInt32_S8_X24` | `0x8DAD` | Equivalent to GL_FLOAT_32_UNSIGNED_INT_24_8_REV. Introduced in Qt 5.4

### enum QOpenGLTexture::SwizzleComponent

This enum defines the texture color components that can be assigned a swizzle mask.

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::SwizzleRed` | `0x8E42` | The red component. Equivalent to GL_TEXTURE_SWIZZLE_R
`QOpenGLTexture::SwizzleGreen` | `0x8E43` | The green component. Equivalent to GL_TEXTURE_SWIZZLE_G
`QOpenGLTexture::SwizzleBlue` | `0x8E44` | The blue component. Equivalent to GL_TEXTURE_SWIZZLE_B
`QOpenGLTexture::SwizzleAlpha` | `0x8E45` | The alpha component. Equivalent to GL_TEXTURE_SWIZZLE_A

### enum QOpenGLTexture::SwizzleValue

This enum defines the possible mask values for texture swizzling.

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::RedValue` | `0x1903` | Maps the component to the red channel. Equivalent to GL_RED
`QOpenGLTexture::GreenValue` | `0x1904` | Maps the component to the green channel. Equivalent to GL_GREEN
`QOpenGLTexture::BlueValue` | `0x1905` | Maps the component to the blue channel. Equivalent to GL_BLUE
`QOpenGLTexture::AlphaValue` | `0x1906` | Maps the component to the alpha channel. Equivalent to GL_ALPHA
`QOpenGLTexture::ZeroValue` | `0` | Maps the component to a fixed value of 0. Equivalent to GL_ZERO
`QOpenGLTexture::OneValue` | `1` | Maps the component to a fixed value of 1. Equivalent to GL_ONE

### enum QOpenGLTexture::Target

This enum defines the texture target of a QOpenGLTexture object. For more information on creating array textures, see Array Texture.

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::Target1D` | `0x0DE0` | A 1-dimensional texture. Equivalent to GL_TEXTURE_1D.
`QOpenGLTexture::Target1DArray` | `0x8C18` | An array of 1-dimensional textures. Equivalent to GL_TEXTURE_1D_ARRAY
`QOpenGLTexture::Target2D` | `0x0DE1` | A 2-dimensional texture. Equivalent to GL_TEXTURE_2D
`QOpenGLTexture::Target2DArray` | `0x8C1A` | An array of 2-dimensional textures. Equivalent to GL_TEXTURE_2D_ARRAY
`QOpenGLTexture::Target3D` | `0x806F` | A 3-dimensional texture. Equivalent to GL_TEXTURE_3D
`QOpenGLTexture::TargetCubeMap` | `0x8513` | A cubemap texture. Equivalent to GL_TEXTURE_CUBE_MAP
`QOpenGLTexture::TargetCubeMapArray` | `0x9009` | An array of cubemap textures. Equivalent to GL_TEXTURE_CUBE_MAP_ARRAY
`QOpenGLTexture::Target2DMultisample` | `0x9100` | A 2-dimensional texture with multisample support. Equivalent to GL_TEXTURE_2D_MULTISAMPLE
`QOpenGLTexture::Target2DMultisampleArray` | `0x9102` | An array of 2-dimensional textures with multisample support. Equivalent to GL_TEXTURE_2D_MULTISAMPLE_ARRAY
`QOpenGLTexture::TargetRectangle` | `0x84F5` | A rectangular 2-dimensional texture. Equivalent to GL_TEXTURE_RECTANGLE
`QOpenGLTexture::TargetBuffer` | `0x8C2A` | A texture with data from an OpenGL buffer object. Equivalent to GL_TEXTURE_BUFFER

### enum QOpenGLTexture::TextureFormat

This enum defines the possible texture formats. Depending upon your OpenGL implementation only a subset of these may be supported.

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::NoFormat` | `0` | Equivalent to GL_NONE
`QOpenGLTexture::R8_UNorm` | `0x8229` | Equivalent to GL_R8
`QOpenGLTexture::RG8_UNorm` | `0x822B` | Equivalent to GL_RG8
`QOpenGLTexture::RGB8_UNorm` | `0x8051` | Equivalent to GL_RGB8
`QOpenGLTexture::RGBA8_UNorm` | `0x8058` | Equivalent to GL_RGBA8
`QOpenGLTexture::R16_UNorm` | `0x822A` | Equivalent to GL_R16
`QOpenGLTexture::RG16_UNorm` | `0x822C` | Equivalent to GL_RG16
`QOpenGLTexture::RGB16_UNorm` | `0x8054` | Equivalent to GL_RGB16
`QOpenGLTexture::RGBA16_UNorm` | `0x805B` | Equivalent to GL_RGBA16
`QOpenGLTexture::R8_SNorm` | `0x8F94` | Equivalent to GL_R8_SNORM
`QOpenGLTexture::RG8_SNorm` | `0x8F95` | Equivalent to GL_RG8_SNORM
`QOpenGLTexture::RGB8_SNorm` | `0x8F96` | Equivalent to GL_RGB8_SNORM
`QOpenGLTexture::RGBA8_SNorm` | `0x8F97` | Equivalent to GL_RGBA8_SNORM
`QOpenGLTexture::R16_SNorm` | `0x8F98` | Equivalent to GL_R16_SNORM
`QOpenGLTexture::RG16_SNorm` | `0x8F99` | Equivalent to GL_RG16_SNORM
`QOpenGLTexture::RGB16_SNorm` | `0x8F9A` | Equivalent to GL_RGB16_SNORM
`QOpenGLTexture::RGBA16_SNorm` | `0x8F9B` | Equivalent to GL_RGBA16_SNORM
`QOpenGLTexture::R8U` | `0x8232` | Equivalent to GL_R8UI
`QOpenGLTexture::RG8U` | `0x8238` | Equivalent to GL_RG8UI
`QOpenGLTexture::RGB8U` | `0x8D7D` | Equivalent to GL_RGB8UI
`QOpenGLTexture::RGBA8U` | `0x8D7C` | Equivalent to GL_RGBA8UI
`QOpenGLTexture::R16U` | `0x8234` | Equivalent to GL_R16UI
`QOpenGLTexture::RG16U` | `0x823A` | Equivalent to GL_RG16UI
`QOpenGLTexture::RGB16U` | `0x8D77` | Equivalent to GL_RGB16UI
`QOpenGLTexture::RGBA16U` | `0x8D76` | Equivalent to GL_RGBA16UI
`QOpenGLTexture::R32U` | `0x8236` | Equivalent to GL_R32UI
`QOpenGLTexture::RG32U` | `0x823C` | Equivalent to GL_RG32UI
`QOpenGLTexture::RGB32U` | `0x8D71` | Equivalent to GL_RGB32UI
`QOpenGLTexture::RGBA32U` | `0x8D70` | Equivalent to GL_RGBA32UI
`QOpenGLTexture::R8I` | `0x8231` | Equivalent to GL_R8I
`QOpenGLTexture::RG8I` | `0x8237` | Equivalent to GL_RG8I
`QOpenGLTexture::RGB8I` | `0x8D8F` | Equivalent to GL_RGB8I
`QOpenGLTexture::RGBA8I` | `0x8D8E` | Equivalent to GL_RGBA8I
`QOpenGLTexture::R16I` | `0x8233` | Equivalent to GL_R16I
`QOpenGLTexture::RG16I` | `0x8239` | Equivalent to GL_RG16I
`QOpenGLTexture::RGB16I` | `0x8D89` | Equivalent to GL_RGB16I
`QOpenGLTexture::RGBA16I` | `0x8D88` | Equivalent to GL_RGBA16I
`QOpenGLTexture::R32I` | `0x8235` | Equivalent to GL_R32I
`QOpenGLTexture::RG32I` | `0x823B` | Equivalent to GL_RG32I
`QOpenGLTexture::RGB32I` | `0x8D83` | Equivalent to GL_RGB32I
`QOpenGLTexture::RGBA32I` | `0x8D82` | Equivalent to GL_RGBA32I
`QOpenGLTexture::R16F` | `0x822D` | Equivalent to GL_R16F
`QOpenGLTexture::RG16F` | `0x822F` | Equivalent to GL_RG16F
`QOpenGLTexture::RGB16F` | `0x881B` | Equivalent to GL_RGB16F
`QOpenGLTexture::RGBA16F` | `0x881A` | Equivalent to GL_RGBA16F
`QOpenGLTexture::R32F` | `0x822E` | Equivalent to GL_R32F
`QOpenGLTexture::RG32F` | `0x8230` | Equivalent to GL_RG32F
`QOpenGLTexture::RGB32F` | `0x8815` | Equivalent to GL_RGB32F
`QOpenGLTexture::RGBA32F` | `0x8814` | Equivalent to GL_RGBA32F
`QOpenGLTexture::RGB9E5` | `0x8C3D` | Equivalent to GL_RGB9_E5
`QOpenGLTexture::RG11B10F` | `0x8C3A` | Equivalent to GL_R11F_G11F_B10F
`QOpenGLTexture::RG3B2` | `0x2A10` | Equivalent to GL_R3_G3_B2
`QOpenGLTexture::R5G6B5` | `0x8D62` | Equivalent to GL_RGB565
`QOpenGLTexture::RGB5A1` | `0x8057` | Equivalent to GL_RGB5_A1
`QOpenGLTexture::RGBA4` | `0x8056` | Equivalent to GL_RGBA4
`QOpenGLTexture::RGB10A2` | `0x906F` | Equivalent to GL_RGB10_A2UI
`QOpenGLTexture::D16` | `0x81A5` | Equivalent to GL_DEPTH_COMPONENT16
`QOpenGLTexture::D24` | `0x81A6` | Equivalent to GL_DEPTH_COMPONENT24
`QOpenGLTexture::D24S8` | `0x88F0` | Equivalent to GL_DEPTH24_STENCIL8
`QOpenGLTexture::D32` | `0x81A7` | Equivalent to GL_DEPTH_COMPONENT32
`QOpenGLTexture::D32F` | `0x8CAC` | Equivalent to GL_DEPTH_COMPONENT32F
`QOpenGLTexture::D32FS8X24` | `0x8CAD` | Equivalent to GL_DEPTH32F_STENCIL8
`QOpenGLTexture::S8` | `0x8D48` | Equivalent to GL_STENCIL_INDEX8. Introduced in Qt 5.4
`QOpenGLTexture::RGB_DXT1` | `0x83F0` | Equivalent to GL_COMPRESSED_RGB_S3TC_DXT1_EXT
`QOpenGLTexture::RGBA_DXT1` | `0x83F1` | Equivalent to GL_COMPRESSED_RGBA_S3TC_DXT1_EXT
`QOpenGLTexture::RGBA_DXT3` | `0x83F2` | Equivalent to GL_COMPRESSED_RGBA_S3TC_DXT3_EXT
`QOpenGLTexture::RGBA_DXT5` | `0x83F3` | Equivalent to GL_COMPRESSED_RGBA_S3TC_DXT5_EXT
`QOpenGLTexture::R_ATI1N_UNorm` | `0x8DBB` | Equivalent to GL_COMPRESSED_RED_RGTC1
`QOpenGLTexture::R_ATI1N_SNorm` | `0x8DBC` | Equivalent to GL_COMPRESSED_SIGNED_RED_RGTC1
`QOpenGLTexture::RG_ATI2N_UNorm` | `0x8DBD` | Equivalent to GL_COMPRESSED_RG_RGTC2
`QOpenGLTexture::RG_ATI2N_SNorm` | `0x8DBE` | Equivalent to GL_COMPRESSED_SIGNED_RG_RGTC2
`QOpenGLTexture::RGB_BP_UNSIGNED_FLOAT` | `0x8E8F` | Equivalent to GL_COMPRESSED_RGB_BPTC_UNSIGNED_FLOAT_ARB
`QOpenGLTexture::RGB_BP_SIGNED_FLOAT` | `0x8E8E` | Equivalent to GL_COMPRESSED_RGB_BPTC_SIGNED_FLOAT_ARB
`QOpenGLTexture::RGB_BP_UNorm` | `0x8E8C` | Equivalent to GL_COMPRESSED_RGBA_BPTC_UNORM_ARB
`QOpenGLTexture::R11_EAC_UNorm` | `0x9270` | Equivalent to GL_COMPRESSED_R11_EAC
`QOpenGLTexture::R11_EAC_SNorm` | `0x9271` | Equivalent to GL_COMPRESSED_SIGNED_R11_EAC
`QOpenGLTexture::RG11_EAC_UNorm` | `0x9272` | Equivalent to GL_COMPRESSED_RG11_EAC
`QOpenGLTexture::RG11_EAC_SNorm` | `0x9273` | Equivalent to GL_COMPRESSED_SIGNED_RG11_EAC
`QOpenGLTexture::RGB8_ETC2` | `0x9274` | Equivalent to GL_COMPRESSED_RGB8_ETC2
`QOpenGLTexture::SRGB8_ETC2` | `0x9275` | Equivalent to GL_COMPRESSED_SRGB8_ETC2
`QOpenGLTexture::RGB8_PunchThrough_Alpha1_ETC2` | `0x9276` | Equivalent to GL_COMPRESSED_RGB8_PUNCHTHROUGH_ALPHA1_ETC2
`QOpenGLTexture::SRGB8_PunchThrough_Alpha1_ETC2` | `0x9277` | Equivalent to GL_COMPRESSED_SRGB8_PUNCHTHROUGH_ALPHA1_ETC2
`QOpenGLTexture::RGBA8_ETC2_EAC` | `0x9278` | Equivalent to GL_COMPRESSED_RGBA8_ETC2_EAC
`QOpenGLTexture::SRGB8_Alpha8_ETC2_EAC` | `0x9279` | Equivalent to GL_COMPRESSED_SRGB8_ALPHA8_ETC2_EAC
`QOpenGLTexture::RGB8_ETC1` | `0x8D64` | Equivalent to GL_ETC1_RGB8_OES
`QOpenGLTexture::RGBA_ASTC_4x4` | `0x93B0` | Equivalent to GL_COMPRESSED_RGBA_ASTC_4x4_KHR
`QOpenGLTexture::RGBA_ASTC_5x4` | `0x93B1` | Equivalent to GL_COMPRESSED_RGBA_ASTC_5x4_KHR
`QOpenGLTexture::RGBA_ASTC_5x5` | `0x93B2` | Equivalent to GL_COMPRESSED_RGBA_ASTC_5x5_KHR
`QOpenGLTexture::RGBA_ASTC_6x5` | `0x93B3` | Equivalent to GL_COMPRESSED_RGBA_ASTC_6x5_KHR
`QOpenGLTexture::RGBA_ASTC_6x6` | `0x93B4` | Equivalent to GL_COMPRESSED_RGBA_ASTC_6x6_KHR
`QOpenGLTexture::RGBA_ASTC_8x5` | `0x93B5` | Equivalent to GL_COMPRESSED_RGBA_ASTC_8x5_KHR
`QOpenGLTexture::RGBA_ASTC_8x6` | `0x93B6` | Equivalent to GL_COMPRESSED_RGBA_ASTC_8x6_KHR
`QOpenGLTexture::RGBA_ASTC_8x8` | `0x93B7` | Equivalent to GL_COMPRESSED_RGBA_ASTC_8x8_KHR
`QOpenGLTexture::RGBA_ASTC_10x5` | `0x93B8` | Equivalent to GL_COMPRESSED_RGBA_ASTC_10x5_KHR
`QOpenGLTexture::RGBA_ASTC_10x6` | `0x93B9` | Equivalent to GL_COMPRESSED_RGBA_ASTC_10x6_KHR
`QOpenGLTexture::RGBA_ASTC_10x8` | `0x93BA` | Equivalent to GL_COMPRESSED_RGBA_ASTC_10x8_KHR
`QOpenGLTexture::RGBA_ASTC_10x10` | `0x93BB` | Equivalent to GL_COMPRESSED_RGBA_ASTC_10x10_KHR
`QOpenGLTexture::RGBA_ASTC_12x10` | `0x93BC` | Equivalent to GL_COMPRESSED_RGBA_ASTC_12x10_KHR
`QOpenGLTexture::RGBA_ASTC_12x12` | `0x93BD` | Equivalent to GL_COMPRESSED_RGBA_ASTC_12x12_KHR
`QOpenGLTexture::SRGB8_Alpha8_ASTC_4x4` | `0x93D0` | Equivalent to GL_COMPRESSED_SRGB8_ALPHA8_ASTC_4x4_KHR
`QOpenGLTexture::SRGB8_Alpha8_ASTC_5x4` | `0x93D1` | Equivalent to GL_COMPRESSED_SRGB8_ALPHA8_ASTC_5x4_KHR
`QOpenGLTexture::SRGB8_Alpha8_ASTC_5x5` | `0x93D2` | Equivalent to GL_COMPRESSED_SRGB8_ALPHA8_ASTC_5x5_KHR
`QOpenGLTexture::SRGB8_Alpha8_ASTC_6x5` | `0x93D3` | Equivalent to GL_COMPRESSED_SRGB8_ALPHA8_ASTC_6x5_KHR
`QOpenGLTexture::SRGB8_Alpha8_ASTC_6x6` | `0x93D4` | Equivalent to GL_COMPRESSED_SRGB8_ALPHA8_ASTC_6x6_KHR
`QOpenGLTexture::SRGB8_Alpha8_ASTC_8x5` | `0x93D5` | Equivalent to GL_COMPRESSED_SRGB8_ALPHA8_ASTC_8x5_KHR
`QOpenGLTexture::SRGB8_Alpha8_ASTC_8x6` | `0x93D6` | Equivalent to GL_COMPRESSED_SRGB8_ALPHA8_ASTC_8x6_KHR
`QOpenGLTexture::SRGB8_Alpha8_ASTC_8x8` | `0x93D7` | Equivalent to GL_COMPRESSED_SRGB8_ALPHA8_ASTC_8x8_KHR
`QOpenGLTexture::SRGB8_Alpha8_ASTC_10x5` | `0x93D8` | Equivalent to GL_COMPRESSED_SRGB8_ALPHA8_ASTC_10x5_KHR
`QOpenGLTexture::SRGB8_Alpha8_ASTC_10x6` | `0x93D9` | Equivalent to GL_COMPRESSED_SRGB8_ALPHA8_ASTC_10x6_KHR
`QOpenGLTexture::SRGB8_Alpha8_ASTC_10x8` | `0x93DA` | Equivalent to GL_COMPRESSED_SRGB8_ALPHA8_ASTC_10x8_KHR
`QOpenGLTexture::SRGB8_Alpha8_ASTC_10x10` | `0x93DB` | Equivalent to GL_COMPRESSED_SRGB8_ALPHA8_ASTC_10x10_KHR
`QOpenGLTexture::SRGB8_Alpha8_ASTC_12x10` | `0x93DC` | Equivalent to GL_COMPRESSED_SRGB8_ALPHA8_ASTC_12x10_KHR
`QOpenGLTexture::SRGB8_Alpha8_ASTC_12x12` | `0x93DD` | Equivalent to GL_COMPRESSED_SRGB8_ALPHA8_ASTC_12x12_KHR
`QOpenGLTexture::SRGB8` | `0x8C41` | Equivalent to GL_SRGB8
`QOpenGLTexture::SRGB8_Alpha8` | `0x8C43` | Equivalent to GL_SRGB8_ALPHA8
`QOpenGLTexture::SRGB_DXT1` | `0x8C4C` | Equivalent to GL_COMPRESSED_SRGB_S3TC_DXT1_EXT
`QOpenGLTexture::SRGB_Alpha_DXT1` | `0x8C4D` | Equivalent to GL_COMPRESSED_SRGB_ALPHA_S3TC_DXT1_EXT
`QOpenGLTexture::SRGB_Alpha_DXT3` | `0x8C4E` | Equivalent to GL_COMPRESSED_SRGB_ALPHA_S3TC_DXT3_EXT
`QOpenGLTexture::SRGB_Alpha_DXT5` | `0x8C4F` | Equivalent to GL_COMPRESSED_SRGB_ALPHA_S3TC_DXT5_EXT
`QOpenGLTexture::SRGB_BP_UNorm` | `0x8E8D` | Equivalent to GL_COMPRESSED_SRGB_ALPHA_BPTC_UNORM_ARB
`QOpenGLTexture::DepthFormat` | `0x1902` | Equivalent to GL_DEPTH_COMPONENT (only OpenGL ES 3 or ES 2 with OES_depth_texture)
`QOpenGLTexture::AlphaFormat` | `0x1906` | Equivalent to GL_ALPHA (OpenGL ES 2 only)
`QOpenGLTexture::RGBFormat` | `0x1907` | Equivalent to GL_RGB (OpenGL ES 2 only)
`QOpenGLTexture::RGBAFormat` | `0x1908` | Equivalent to GL_RGBA (OpenGL ES 2 only)
`QOpenGLTexture::LuminanceFormat` | `0x1909` | Equivalent to GL_LUMINANCE (OpenGL ES 2 only)
`QOpenGLTexture::LuminanceAlphaFormat` | `0x190A` | Equivalent to GL_LUMINANCE_ALPHA (OpenGL ES 2 only)

### enum QOpenGLTexture::TextureUnitReset

This enum defines options ot control texture unit activation.

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::ResetTextureUnit` | `0` | The previous active texture unit will be reset
`QOpenGLTexture::DontResetTextureUnit` | `1` | The previous active texture unit will not be rest

### enum QOpenGLTexture::WrapMode

This enum defines the possible texture coordinate wrapping modes.

Constant | Value | Description
--- | --- | ---
`QOpenGLTexture::Repeat` | `0x2901` | Texture coordinate is repeated. Equivalent to GL_REPEAT
`QOpenGLTexture::MirroredRepeat` | `0x8370` | Texture coordinate is reflected about 0 and 1. Equivalent to GL_MIRRORED_REPEAT
`QOpenGLTexture::ClampToEdge` | `0x812F` | Clamps the texture coordinates to [0,1]. Equivalent to GL_CLAMP_TO_EDGE
`QOpenGLTexture::ClampToBorder` | `0x812D` | As for ClampToEdge but also blends samples at 0 and 1 with a fixed border color. Equivalent to GL_CLAMP_TO_BORDER

## Member Function Documentation

### QOpenGLTexture::QOpenGLTexture(const QImage &image, MipMapGeneration genMipMaps = GenerateMipMaps)

Creates a QOpenGLTexture object that can later be bound to the 2D texture target and contains the pixel data contained in image. If you wish to have a chain of mipmaps generated then set genMipMaps to `true` (this is the default).

This does create the underlying OpenGL texture object. Therefore, construction using this constructor does require a valid current OpenGL context.

### QOpenGLTexture::QOpenGLTexture(Target target)

Creates a QOpenGLTexture object that can later be bound to target.

This does not create the underlying OpenGL texture object. Therefore, construction using this constructor does not require a valid current OpenGL context.

### void QOpenGLTexture::allocateStorage()

Allocates server-side storage for this texture object taking into account, the format, dimensions, mipmap levels, array layers and cubemap faces.

Once storage has been allocated it is no longer possible to change these properties.

If supported QOpenGLTexture makes use of immutable texture storage.

Once storage has been allocated for the texture then pixel data can be uploaded via one of the setData() overloads.

Note: If immutable texture storage is not available, then a default pixel format and pixel type will be used to create the mutable storage. You can use the other allocateStorage() overload to specify exactly the pixel format and the pixel type to use when allocating mutable storage; this is particulary useful under certain OpenGL ES implementations (notably, OpenGL ES 2), where the pixel format and the pixel type used at allocation time must perfectly match the format and the type passed to any subsequent setData() call.

See also isStorageAllocated() and setData().

### void QOpenGLTexture::allocateStorage(PixelFormat pixelFormat, PixelType pixelType)

Allocates server-side storage for this texture object taking into account, the format, dimensions, mipmap levels, array layers and cubemap faces.

Once storage has been allocated it is no longer possible to change these properties.

If supported QOpenGLTexture makes use of immutable texture storage. However, if immutable texture storage is not available, then the specified pixelFormat and pixelType will be used to allocate mutable storage; note that in certain OpenGL implementations (notably, OpenGL ES 2) they must perfectly match the format and the type passed to any subsequent setData() call.

Once storage has been allocated for the texture then pixel data can be uploaded via one of the setData() overloads.

This function was introduced in Qt 5.5.

See also isStorageAllocated() and setData().

### void QOpenGLTexture::bind()

Binds this texture to the currently active texture unit ready for rendering. Note that you do not need to bind QOpenGLTexture objects in order to modify them as the implementation makes use of the EXT_direct_state_access extension where available and simulates it where it is not.

See also release().

### void QOpenGLTexture::bind(uint unit, TextureUnitReset reset = DontResetTextureUnit)

Binds this texture to texture unit unit ready for rendering. Note that you do not need to bind QOpenGLTexture objects in order to modify them as the implementation makes use of the EXT_direct_state_access extension where available and simulates it where it is not.

If parameter reset is `true` then this function will restore the active unit to the texture unit that was active upon entry.

See also release().

### QColor QOpenGLTexture::borderColor() const

Returns the borderColor of this texture.

See also setBorderColor().

### void QOpenGLTexture::borderColor(float *border) const

Writes the texture border color into the first four elements of the array pointed to by border.

See also setBorderColor().

### void QOpenGLTexture::borderColor(int *border) const

Writes the texture border color into the first four elements of the array pointed to by border.

This is an overloaded function.

### void QOpenGLTexture::borderColor(unsigned int *border) const

Writes the texture border color into the first four elements of the array pointed to by border.

This is an overloaded function.

### `[static]` GLuint QOpenGLTexture::boundTextureId(BindingTarget target)

Returns the textureId of the texture that is bound to the target of the currently active texture unit.

### `[static]` GLuint QOpenGLTexture::boundTextureId(uint unit, BindingTarget target)

Returns the textureId of the texture that is bound to the target of the texture unit unit.

### ComparisonFunction QOpenGLTexture::comparisonFunction() const

Returns the texture comparison operator set on this texture. By default, a texture has a CompareLessEqual comparison function.

This function was introduced in Qt 5.5.

See also setComparisonFunction().

### ComparisonMode QOpenGLTexture::comparisonMode() const

Returns the texture comparison mode set on this texture. By default, a texture has a CompareNone comparison mode (i.e. comparisons are disabled).

This function was introduced in Qt 5.5.

See also setComparisonMode().

### bool QOpenGLTexture::create()

Creates the underlying OpenGL texture object. This requires a current valid OpenGL context. If the texture object already exists, this function does nothing.

Once the texture object is created you can obtain the object name from the textureId() function. This may be useful if you wish to make some raw OpenGL calls related to this texture.

Normally it should not be necessary to call this function directly as all functions that set properties of the texture object implicitly call create() on your behalf.

Returns `true` if the creation succeeded, otherwise returns `false`.

See also destroy(), isCreated(), and textureId().

### QOpenGLTexture *QOpenGLTexture::createTextureView(Target target, TextureFormat viewFormat, int minimumMipmapLevel, int maximumMipmapLevel, int minimumLayer, int maximumLayer) const

Attempts to create a texture view onto this texture. A texture view is somewhat analogous to a view in SQL in that it presents a restricted or reinterpreted view of the original data. Texture views do not allocate any more server-side storage, insted relying on the storage buffer of the source texture.

Texture views are only available when using immutable storage. For more information on texture views see http://www.opengl.org/wiki/Texture_Storage#Texture_views.

The target argument specifies the target to use for the view. Only some targets can be used depending upon the target of the original target. For e.g. a view onto a Target1DArray texture can specify either Target1DArray or Target1D but for the latter the number of array layers specified with minimumLayer and maximumLayer must be exactly 1.

Simpliar constraints apply for the viewFormat. See the above link and the specification for more details.

The minimumMipmapLevel, maximumMipmapLevel, minimumLayer, and maximumLayer arguments serve to restrict the parts of the texture accessible by the texture view.

If creation of the texture view fails this function will return 0. If the function succeeds it will return a pointer to a new QOpenGLTexture object that will return `true` from its isTextureView() function.

See also isTextureView().

### int QOpenGLTexture::depth() const

Returns the depth of a 3D texture.

See also width(), height(), and setSize().

### DepthStencilMode QOpenGLTexture::depthStencilMode() const

Returns the depth stencil mode for textures using a combined depth/stencil format.

This function was introduced in Qt 5.4.

See also setDepthStencilMode().

### void QOpenGLTexture::destroy()

Destroys the underlying OpenGL texture object. This requires a current valid OpenGL context.

See also create(), isCreated(), and textureId().

### int QOpenGLTexture::faces() const

Returns the number of faces for this texture. For cubemap and cubemap array type targets this will be 6.

For non-cubemap type targets this will return 1.

### TextureFormat QOpenGLTexture::format() const

Returns the format of this texture object.

See also setFormat().

### void QOpenGLTexture::generateMipMaps()

Generates mipmaps for this texture object from mipmap level 0. If you are using a texture target and filtering option that requires mipmaps and you have disabled automatic mipmap generation then you need to call this function or the overload to create the mipmap chain.

Note: Mipmap generation is not supported for compressed textures with OpenGL ES.

See also setAutoMipMapGenerationEnabled(), setMipLevels(), and mipLevels().

### void QOpenGLTexture::generateMipMaps(int baseLevel, bool resetBaseLevel = true)

Generates mipmaps for this texture object from mipmap level baseLevel. If you are using a texture target and filtering option that requires mipmaps and you have disabled automatic mipmap generation then you need to call this function or the overload to create the mipmap chain.

The generation of mipmaps to above baseLevel is achieved by setting the mipmap base level to baseLevel and then generating the mipmap chain. If resetBaseLevel is `true`, then the baseLevel of the texture will be reset to its previous value.

See also setAutoMipMapGenerationEnabled(), setMipLevels(), and mipLevels().

### `[static]` bool QOpenGLTexture::hasFeature(Feature feature)

Returns `true` if your OpenGL implementation and version supports the texture feature feature.

### int QOpenGLTexture::height() const

Returns the height of a 2D or 3D texture.

See also width(), depth(), and setSize().

### bool QOpenGLTexture::isAutoMipMapGenerationEnabled() const

Returns whether auto mipmap generation is enabled for this texture object.

See also setAutoMipMapGenerationEnabled() and generateMipMaps().

### bool QOpenGLTexture::isBound() const

Returns `true` if this texture is bound to the corresponding target of the currently active texture unit.

See also bind() and release().

### bool QOpenGLTexture::isBound(uint unit)

Returns `true` if this texture is bound to the corresponding target of texture unit unit.

See also bind() and release().

### bool QOpenGLTexture::isCreated() const

Returns `true` if the underlying OpenGL texture object has been created.

See also create(), destroy(), and textureId().

### bool QOpenGLTexture::isFixedSamplePositions() const

Returns whether this texture uses a fixed pattern of multisample samples. If storage has not yet been allocated for this texture then this function returns the requested fixed sample position setting.

For texture targets that do not support multisampling this will return `true`.

See also setFixedSamplePositions() and isStorageAllocated().

### bool QOpenGLTexture::isStorageAllocated() const

Returns `true` if server-side storage for this texture as been allocated.

The texture format, dimensions, mipmap levels and array layers cannot be altered once storage ihas been allocated.

See also allocateStorage(), setSize(), setMipLevels(), setLayers(), and setFormat().

### bool QOpenGLTexture::isTextureView() const

Returns `true` if this texture object is actually a view onto another texture object.

See also createTextureView().

### int QOpenGLTexture::layers() const

Returns the number of array layers for this texture. If storage has not yet been allocated for this texture then this function returns the requested number of array layers.

For texture targets that do not support array layers this will return 1.

See also setLayers() and isStorageAllocated().

### QPair<float, float> QOpenGLTexture::levelOfDetailRange() const

Returns the minimum and maximum level of detail parameters.

See also setLevelOfDetailRange(), minimumLevelOfDetail(), and maximumLevelOfDetail().

### float QOpenGLTexture::levelofDetailBias() const

Returns the level of detail bias parameter.

See also setLevelofDetailBias().

### Filter QOpenGLTexture::magnificationFilter() const

Returns the magnification filter.

See also setMagnificationFilter().

### float QOpenGLTexture::maximumAnisotropy() const

Returns the maximum level of anisotropy to be accounted for when performing texture lookups. This requires the GL_EXT_texture_filter_anisotropic extension.

See also setMaximumAnisotropy().

### float QOpenGLTexture::maximumLevelOfDetail() const

Returns the maximum level of detail parameter.

See also setMaximumLevelOfDetail(), minimumLevelOfDetail(), and levelOfDetailRange().

### int QOpenGLTexture::maximumMipLevels() const

Returns the maximum number of mipmap levels that this texture can have given the current dimensions.

See also setMipLevels(), mipLevels(), and setSize().

### QPair<Filter, Filter> QOpenGLTexture::minMagFilters() const

Returns the current minification and magnification filters.

See also setMinMagFilters().

### Filter QOpenGLTexture::minificationFilter() const

Returns the minification filter.

See also setMinificationFilter().

### float QOpenGLTexture::minimumLevelOfDetail() const

Returns the minimum level of detail parameter.

See also setMinimumLevelOfDetail(), maximumLevelOfDetail(), and levelOfDetailRange().

### int QOpenGLTexture::mipBaseLevel() const

Returns the mipmap base level used for all texture lookups with this texture. The default is 0.

See also setMipBaseLevel(), mipMaxLevel(), and mipLevelRange().

### QPair<int, int> QOpenGLTexture::mipLevelRange() const

Returns the range of mipmap levels that can be used for texture lookups with this texture.

See also setMipLevelRange(), mipBaseLevel(), and mipMaxLevel().

### int QOpenGLTexture::mipLevels() const

Returns the number of mipmap levels for this texture. If storage has not yet been allocated for this texture it returns the requested number of mipmap levels.

See also setMipLevels(), maximumMipLevels(), and isStorageAllocated().

### int QOpenGLTexture::mipMaxLevel() const

Returns the mipmap maximum level used for all texture lookups with this texture.

See also setMipMaxLevel(), mipBaseLevel(), and mipLevelRange().

### void QOpenGLTexture::release()

Unbinds this texture from the currently active texture unit.

See also bind().

### void QOpenGLTexture::release(uint unit, TextureUnitReset reset = DontResetTextureUnit)

Unbinds this texture from texture unit unit.

If parameter reset is `true` then this function will restore the active unit to the texture unit that was active upon entry.

### int QOpenGLTexture::samples() const

Returns the number of multisample sample points for this texture. If storage has not yet been allocated for this texture then this function returns the requested number of samples.

For texture targets that do not support multisampling this will return 0.

See also setSamples() and isStorageAllocated().

### void QOpenGLTexture::setAutoMipMapGenerationEnabled(bool enabled)

If enabled is `true`, enables automatic mipmap generation for this texture object to occur whenever the level 0 mipmap data is set via setData().

The automatic mipmap generation is enabled by default.

Note: Mipmap generation is not supported for compressed textures with OpenGL ES 2.0.

See also isAutoMipMapGenerationEnabled() and generateMipMaps().

### void QOpenGLTexture::setBorderColor(QColor color)

Sets the border color of the texture to color.

Note: This function has no effect on Mac and Qt built for OpenGL ES 2.

See also borderColor().

### void QOpenGLTexture::setBorderColor(float r, float g, float b, float a)

Sets the color red to r, green to g, blue to b, and a to the alpha value.

This is an overloaded function.

### void QOpenGLTexture::setBorderColor(int r, int g, int b, int a)

Sets the color red to r, green to g, blue to b, and the alpha value to a.

This is an overloaded function.

### void QOpenGLTexture::setBorderColor(uint r, uint g, uint b, uint a)

Sets the color red to r, green to g, blue to b, and the alpha value to a.

This is an overloaded function.

### void QOpenGLTexture::setComparisonFunction(ComparisonFunction function)

Sets the texture comparison function on this texture to function. The texture comparison function is used by shadow samplers when sampling a depth texture.

This function was introduced in Qt 5.5.

See also comparisonFunction().

### void QOpenGLTexture::setComparisonMode(ComparisonMode mode)

Sets the texture comparison mode on this texture to mode. The texture comparison mode is used by shadow samplers when sampling a depth texture.

This function was introduced in Qt 5.5.

See also comparisonMode().

### void QOpenGLTexture::setCompressedData(int mipLevel, int layer, CubeMapFace cubeFace, int dataSize, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)

Uploads compressed pixel data to mipLevel, array layer, and cubeFace. The pixel transfer can optionally be controlled with options. The dataSize argument should specify the size of the data pointed to by data.

If not using a compressed format() then you should use setData() instead of this function.

This function was introduced in Qt 5.3.

### void QOpenGLTexture::setCompressedData(int mipLevel, int layer, int layerCount, CubeMapFace cubeFace, int dataSize, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)

This is an overloaded function.

Parameter layerCount is the number of layers in a texture array that are being uploaded/populated by this call.

This function was introduced in Qt 5.9.

### void QOpenGLTexture::setCompressedData(int mipLevel, int layer, int dataSize, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)

This is an overloaded function.

### void QOpenGLTexture::setCompressedData(int mipLevel, int dataSize, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)

This is an overloaded function.

### void QOpenGLTexture::setCompressedData(int dataSize, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)

This is an overloaded function.

### void QOpenGLTexture::setData(int mipLevel, int layer, CubeMapFace cubeFace, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)

Uploads pixel data for this texture object mipLevel, array layer, and cubeFace. Storage must have been allocated before uploading pixel data. Some overloads of setData() will set appropriate dimensions, mipmap levels, and array layers and then allocate storage for you if they have enough information to do so. This will be noted in the function documentation.

The structure of the pixel data pointed to by data is specified by sourceFormat and sourceType. The pixel data upload can optionally be controlled by options.

If using a compressed format() then you should use setCompressedData() instead of this function.

This function was introduced in Qt 5.3.

See also setCompressedData().

### void QOpenGLTexture::setData(int mipLevel, int layer, int layerCount, CubeMapFace cubeFace, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)

This is an overloaded function.

Parameter layerCount is the number of layers in a texture array that are being uploaded/populated by this call.

This function was introduced in Qt 5.9.

### void QOpenGLTexture::setData(int mipLevel, int layer, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)

This is an overloaded function.

This function was introduced in Qt 5.3.

### void QOpenGLTexture::setData(int mipLevel, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)

This is an overloaded function.

This function was introduced in Qt 5.3.

### void QOpenGLTexture::setData(PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)

This is an overloaded function.

This function was introduced in Qt 5.3.

### void QOpenGLTexture::setData(int xOffset, int yOffset, int zOffset, int width, int height, int depth, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)

This is an overloaded function.

This overload is to be used to update a part of the texture. Parameters xOffset, yOffset, zOffset specify the texel offsets within the texture. Parameters width, height and depth specify the dimensions of the sub image.

The structure of the pixel data pointed to by data is specified by sourceFormat and sourceType. The pixel data upload can optionally be controlled by options.

This function was introduced in Qt 5.14.

### void QOpenGLTexture::setData(int xOffset, int yOffset, int zOffset, int width, int height, int depth, int mipLevel, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)

This is an overloaded function.

This overload is to be used to update a part of the texture. Parameters xOffset, yOffset, zOffset specify the texel offsets within the texture. Parameters width, height and depth specify the dimensions of the sub image. The mip map level the sub image we want to update is specified with mipLevel.

The structure of the pixel data pointed to by data is specified by sourceFormat and sourceType. The pixel data upload can optionally be controlled by options.

This function was introduced in Qt 5.14.

### void QOpenGLTexture::setData(int xOffset, int yOffset, int zOffset, int width, int height, int depth, int mipLevel, int layer, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)

This is an overloaded function.

This overload is to be used to update a part of the texture. Parameters xOffset, yOffset, zOffset specify the texel offsets within the texture. Parameters width, height and depth specify the dimensions of the sub image. The mip map level and layerof the sub image we want to update are specified with mipLevel and layer.

The structure of the pixel data pointed to by data is specified by sourceFormat and sourceType. The pixel data upload can optionally be controlled by options.

This function was introduced in Qt 5.14.

### void QOpenGLTexture::setData(int xOffset, int yOffset, int zOffset, int width, int height, int depth, int mipLevel, int layer, CubeMapFace face, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)

This is an overloaded function.

This overload is to be used to update a part of the texture. Parameters xOffset, yOffset, zOffset specify the texel offsets within the texture. Parameters width, height and depth specify the dimensions of the sub image.The mip map level, layer and cube map face of the sub image we want to update are specified with mipLevel, layer and face.

The structure of the pixel data pointed to by data is specified by sourceFormat and sourceType. The pixel data upload can optionally be controlled by options.

This function was introduced in Qt 5.14.

### void QOpenGLTexture::setData(int xOffset, int yOffset, int zOffset, int width, int height, int depth, int mipLevel, int layer, CubeMapFace face, int layerCount, PixelFormat sourceFormat, PixelType sourceType, const void *data, const QOpenGLPixelTransferOptions *const options = nullptr)

This is an overloaded function.

This overload is to be used to update a part of the texture. Parameters xOffset, yOffset, zOffset specify the texel offsets within the texture. Parameters width, height and depth specify the dimensions of the sub image.The mip map level, starting layer, cube map face and number of layers of the sub image we want to update are specified with mipLevel, layer, face and layerCount.

The structure of the pixel data pointed to by data is specified by sourceFormat and sourceType. The pixel data upload can optionally be controlled by options.

This function was introduced in Qt 5.14.

### void QOpenGLTexture::setData(const QImage &image, MipMapGeneration genMipMaps = GenerateMipMaps)

This overload of setData() will allocate storage for you. The pixel data is contained in image. Mipmaps are generated by default. Set genMipMaps to DontGenerateMipMaps to turn off mipmap generation.

This is an overloaded function.

### void QOpenGLTexture::setDepthStencilMode(DepthStencilMode mode)

If using a texture that has a combined depth/stencil format this function sets which component of the texture is accessed to mode.

When the parameter is set to DepthMode, then accessing it from the shader will access the depth component as a single float, as normal. But when the parameter is set to StencilMode, the shader will access the stencil component.

Note: This function has no effect on Mac and Qt built for OpenGL ES 2.

This function was introduced in Qt 5.4.

See also depthStencilMode().

### void QOpenGLTexture::setFixedSamplePositions(bool fixed)

Sets whether the sample positions and number of samples used with a multisample capable texture target to fixed. If set to `true` the sample positions and number of samples used are the same for all texels in the image and will not depend upon the image size or internal format. This function should be called before storage is allocated for the texture.

For targets that do not support multisampling this function has no effect.

The default value is `true`.

See also isFixedSamplePositions() and isStorageAllocated().

### void QOpenGLTexture::setFormat(TextureFormat format)

Sets the format of this texture object to format. This function must be called before texture storage is allocated.

Note that all formats may not be supported. The exact set of supported formats is dependent upon your OpenGL implementation and version.

See also format() and allocateStorage().

### void QOpenGLTexture::setLayers(int layers)

Sets the number of array layers to allocate storage for. This function should be called before storage is allocated for the texture.

For targets that do not support array layers this function has no effect.

See also layers() and isStorageAllocated().

### void QOpenGLTexture::setLevelOfDetailRange(float min, float max)

Sets the minimum level of detail parameters to min and the maximum level to max.

Note: This function has no effect on Qt built for OpenGL ES 2.

See also levelOfDetailRange(), setMinimumLevelOfDetail(), and setMaximumLevelOfDetail().

### void QOpenGLTexture::setLevelofDetailBias(float bias)

Sets the level of detail bias to bias. Level of detail bias affects the point at which mipmapping levels change. Increasing values for level of detail bias makes the overall images blurrier or smoother. Decreasing values make the overall images sharper.

Note: This function has no effect on Qt built for OpenGL ES 2.

See also levelofDetailBias().

### void QOpenGLTexture::setMagnificationFilter(Filter filter)

Sets the magnification filter to filter.

See also magnificationFilter(), setMinificationFilter(), and setMinMagFilters().

### void QOpenGLTexture::setMaximumAnisotropy(float anisotropy)

If your OpenGL implementation supports the GL_EXT_texture_filter_anisotropic extension this function sets the maximum anisotropy level to anisotropy.

See also maximumAnisotropy().

### void QOpenGLTexture::setMaximumLevelOfDetail(float value)

Sets the maximum level of detail to value. This limits the selection of lowest resolution mipmap (highest mipmap level). The default value is 1000.

Note: This function has no effect on Qt built for OpenGL ES 2.

See also maximumLevelOfDetail(), setMinimumLevelOfDetail(), and setLevelOfDetailRange().

### void QOpenGLTexture::setMinMagFilters(Filter minificationFilter, Filter magnificationFilter)

Sets the minification filter to minificationFilter and the magnification filter to magnificationFilter.

See also minMagFilters(), setMinificationFilter(), and setMagnificationFilter().

### void QOpenGLTexture::setMinificationFilter(Filter filter)

Sets the filter used for minification to filter.

See also minificationFilter(), setMagnificationFilter(), and setMinMagFilters().

### void QOpenGLTexture::setMinimumLevelOfDetail(float value)

Sets the minimum level of detail to value. This limits the selection of highest resolution mipmap (lowest mipmap level). The default value is -1000.

Note: This function has no effect on Qt built for OpenGL ES 2.

See also minimumLevelOfDetail(), setMaximumLevelOfDetail(), and setLevelOfDetailRange().

### void QOpenGLTexture::setMipBaseLevel(int baseLevel)

Sets the base mipmap level used for all texture lookups with this texture to baseLevel.

Note: This function has no effect on Qt built for OpenGL ES 2.

See also mipBaseLevel(), setMipMaxLevel(), and setMipLevelRange().

### void QOpenGLTexture::setMipLevelRange(int baseLevel, int maxLevel)

Sets the range of mipmap levels that can be used for texture lookups with this texture to range from baseLevel to maxLevel.

Note: This function has no effect on Qt built for OpenGL ES 2.

See also setMipBaseLevel(), setMipMaxLevel(), and mipLevelRange().

### void QOpenGLTexture::setMipLevels(int levels)

For texture targets that support mipmaps, this function sets the requested number of mipmap levels to allocate storage for. This function should be called before storage is allocated for the texture.

If the texture target does not support mipmaps this function has no effect.

See also mipLevels(), maximumMipLevels(), and isStorageAllocated().

### void QOpenGLTexture::setMipMaxLevel(int maxLevel)

Sets the maximum mipmap level used for all texture lookups with this texture to maxLevel.

Note: This function has no effect on Qt built for OpenGL ES 2.

See also mipMaxLevel(), setMipBaseLevel(), and setMipLevelRange().

### void QOpenGLTexture::setSamples(int samples)

Sets the number of samples to allocate storage for when rendering to a multisample capable texture target. This function should be called before storage is allocated for the texture.

For targets that do not support multisampling this function has no effect.

See also samples() and isStorageAllocated().

### void QOpenGLTexture::setSize(int width, int height = 1, int depth = 1)

Sets the dimensions of this texture object to width, height, and depth. The default for each dimension is 1. The maximum allowable texture size is dependent upon your OpenGL implementation. Allocating storage for a texture less than the maximum size can still fail if your system is low on resources.

If a non-power-of-two width, height or depth is provided and your OpenGL implementation doesn't have support for repeating non-power-of-two textures, then the wrap mode is automatically set to ClampToEdge.

See also width(), height(), and depth().

### void QOpenGLTexture::setSwizzleMask(SwizzleComponent component, SwizzleValue value)

GLSL shaders are able to reorder the components of the vec4 returned by texture functions. It is also desirable to be able to control this reordering from CPU side code. This is made possible by swizzle masks since OpenGL 3.3.

Each component of the texture can be mapped to one of the SwizzleValue options.

This function maps component to the output value.

Note: This function has no effect on Mac and Qt built for OpenGL ES 2.

See also swizzleMask().

### void QOpenGLTexture::setSwizzleMask(SwizzleValue r, SwizzleValue g, SwizzleValue b, SwizzleValue a)

Parameters r, g, b, and a are values used for setting the colors red, green, blue, and the alpha value.

This is an overloaded function.

### void QOpenGLTexture::setWrapMode(WrapMode mode)

Sets the wrap (or repeat mode) for all texture dimentions to mode.

See also wrapMode().

### void QOpenGLTexture::setWrapMode(CoordinateDirection direction, WrapMode mode)

Holds the texture dimension direction.

This is an overloaded function.

### SwizzleValue QOpenGLTexture::swizzleMask(SwizzleComponent component) const

Returns the swizzle mask for texture component.

See also setSwizzleMask().

### Target QOpenGLTexture::target() const

Returns the binding target of this texture.

This function was introduced in Qt 5.4.

### GLuint QOpenGLTexture::textureId() const

Returns the name of the underlying OpenGL texture object or 0 if it has not yet been created.

See also create(), destroy(), and isCreated().

### int QOpenGLTexture::width() const

Returns the width of a 1D, 2D or 3D texture.

See also height(), depth(), and setSize().

### WrapMode QOpenGLTexture::wrapMode(CoordinateDirection direction) const

Returns the wrap mode for the texture dimension direction.

See also setWrapMode().