\qmltype TextureData \inherits Object3D \inqmlmodule QtQuick3D \instantiates QQuick3DTextureData More...

#include <qquick3dtexturedata.h>

Inheritance diagram for QQuick3DTextureData:

Collaboration diagram for QQuick3DTextureData:

Public Types
enum	Format { None , RGBA8 , RGBA16F , RGBA32F , RGBE8 , R8 , R16 , R16F , R32F , BC1 , BC2 , BC3 , BC4 , BC5 , BC6H , BC7 , DXT1_RGBA , DXT1_RGB , DXT3_RGBA , DXT5_RGBA , ETC2_RGB8 , ETC2_RGB8A1 , ETC2_RGBA8 , ASTC_4x4 , ASTC_5x4 , ASTC_5x5 , ASTC_6x5 , ASTC_6x6 , ASTC_8x5 , ASTC_8x6 , ASTC_8x8 , ASTC_10x5 , ASTC_10x6 , ASTC_10x8 , ASTC_10x10 , ASTC_12x10 , ASTC_12x12 }
	Returns the color format of the texture data assigned in \l textureData property. More...

Signals
void	textureDataNodeDirty ()

Signals inherited from QQuick3DObject
void	parentChanged ()

void	childrenChanged ()

void	stateChanged ()

Signals inherited from QObject
void	destroyed (QObject *=nullptr)
	This signal is emitted immediately before the object obj is destroyed, after any instances of QPointer have been notified, and cannot be blocked.

void	objectNameChanged (const QString &objectName, QPrivateSignal)
	This signal is emitted after the object's name has been changed.

Public Member Functions
	QQuick3DTextureData (QQuick3DObject *parent=nullptr)

	~QQuick3DTextureData ()

const QByteArray	textureData () const
	Returns the current texture data defined by this item.

void	setTextureData (const QByteArray &data)
	Sets the texture data.

QSize	size () const
	Returns the size of the texture data in pixels.

void	setSize (const QSize &size)
	Sets the size of the texture data in pixels.

int	depth () const
	Returns the depth of the texture data in pixels.

void	setDepth (int depth)
	Sets the depth of the texture data in pixels.

Format	format () const
	Returns the format of the texture data.

void	setFormat (Format format)
	Sets the format of the texture data.

bool	hasTransparency () const
	Returns `true` if the texture data has transparency.

void	setHasTransparency (bool hasTransparency)
	Set hasTransparency to true if the texture data has an active alpha channel with non-opaque values.

Public Member Functions inherited from QObject
Q_INVOKABLE	QObject (QObject *parent=nullptr)
	Constructs an object with parent object parent.

virtual	~QObject ()
	Destroys the object, deleting all its child objects.

virtual bool	event (QEvent *event)
	This virtual function receives events to an object and should return true if the event e was recognized and processed.

virtual bool	eventFilter (QObject watched, QEvent event)
	Filters events if this object has been installed as an event filter for the watched object.

QString	objectName () const

Q_WEAK_OVERLOAD void	setObjectName (const QString &name)
	Sets the object's name to name.

void	setObjectName (QAnyStringView name)
	This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

QBindable< QString >	bindableObjectName ()

bool	isWidgetType () const
	Returns `true` if the object is a widget; otherwise returns `false`.

bool	isWindowType () const
	Returns `true` if the object is a window; otherwise returns `false`.

bool	isQuickItemType () const
	Returns `true` if the object is a QQuickItem; otherwise returns `false`.

bool	signalsBlocked () const noexcept
	Returns `true` if signals are blocked; otherwise returns `false`.

bool	blockSignals (bool b) noexcept
	If block is true, signals emitted by this object are blocked (i.e., emitting a signal will not invoke anything connected to it).

QThread *	thread () const
	Returns the thread in which the object lives.

bool	moveToThread (QThread *thread QT6_DECL_NEW_OVERLOAD_TAIL)
	Changes the thread affinity for this object and its children and returns `true` on success.

int	startTimer (int interval, Qt::TimerType timerType=Qt::CoarseTimer)
	This is an overloaded function that will start a timer of type timerType and a timeout of interval milliseconds.

int	startTimer (std::chrono::nanoseconds time, Qt::TimerType timerType=Qt::CoarseTimer)

void	killTimer (int id)
	Kills the timer with timer identifier, id.

void	killTimer (Qt::TimerId id)

template<typename T >
T	findChild (QAnyStringView aName, Qt::FindChildOptions options=Qt::FindChildrenRecursively) const
	Returns the child of this object that can be cast into type T and that is called name, or \nullptr if there is no such object.

template<typename T >
QList< T >	findChildren (QAnyStringView aName, Qt::FindChildOptions options=Qt::FindChildrenRecursively) const
	Returns all children of this object with the given name that can be cast to type T, or an empty list if there are no such objects.

template<typename T >
T	findChild (Qt::FindChildOptions options=Qt::FindChildrenRecursively) const
	This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

template<typename T >
QList< T >	findChildren (Qt::FindChildOptions options=Qt::FindChildrenRecursively) const
	This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

const QObjectList &	children () const
	Returns a list of child objects.

void	setParent (QObject *parent)
	Makes the object a child of parent.

void	installEventFilter (QObject *filterObj)
	Installs an event filter filterObj on this object.

void	removeEventFilter (QObject *obj)
	Removes an event filter object obj from this object.

QMetaObject::Connection	connect (const QObject sender, const char signal, const char *member, Qt::ConnectionType type=Qt::AutoConnection) const

bool	disconnect (const char signal=nullptr, const QObject receiver=nullptr, const char *member=nullptr) const

bool	disconnect (const QObject receiver, const char member=nullptr) const

void	dumpObjectTree () const
	Dumps a tree of children to the debug output.

void	dumpObjectInfo () const
	Dumps information about signal connections, etc.

bool	setProperty (const char *name, const QVariant &value)
	Sets the value of the object's name property to value.

bool	setProperty (const char *name, QVariant &&value)

QVariant	property (const char *name) const
	Returns the value of the object's name property.

QList< QByteArray >	dynamicPropertyNames () const

QBindingStorage *	bindingStorage ()

const QBindingStorage *	bindingStorage () const

QObject *	parent () const
	Returns a pointer to the parent object.

bool	inherits (const char *classname) const
	Returns `true` if this object is an instance of a class that inherits className or a QObject subclass that inherits className; otherwise returns `false`.

Public Member Functions inherited from QQmlParserStatus
	QQmlParserStatus ()

virtual	~QQmlParserStatus ()

Protected Member Functions
QSSGRenderGraphObject *	updateSpatialNode (QSSGRenderGraphObject *node) override

void	markAllDirty () override

Protected Member Functions inherited from QQuick3DObject
virtual void	itemChange (ItemChange, const ItemChangeData &)

	QQuick3DObject (QQuick3DObjectPrivate &dd, QQuick3DObject *parent=nullptr)

void	classBegin () override
	Invoked after class creation, but before any properties have been set.

void	componentComplete () override
	Invoked after the root component that caused this instantiation has completed construction.

bool	isComponentComplete () const

virtual void	preSync ()

Protected Member Functions inherited from QObject
QObject *	sender () const
	Returns a pointer to the object that sent the signal, if called in a slot activated by a signal; otherwise it returns \nullptr.

int	senderSignalIndex () const

int	receivers (const char *signal) const
	Returns the number of receivers connected to the signal.

bool	isSignalConnected (const QMetaMethod &signal) const

virtual void	timerEvent (QTimerEvent *event)
	This event handler can be reimplemented in a subclass to receive timer events for the object.

virtual void	childEvent (QChildEvent *event)
	This event handler can be reimplemented in a subclass to receive child events.

virtual void	customEvent (QEvent *event)
	This event handler can be reimplemented in a subclass to receive custom events.

virtual void	connectNotify (const QMetaMethod &signal)

virtual void	disconnectNotify (const QMetaMethod &signal)

	QObject (QObjectPrivate &dd, QObject *parent=nullptr)

Additional Inherited Members
Public Slots inherited from QQuick3DObject
void	update ()

void	setParentItem (QQuick3DObject *parentItem)

Public Slots inherited from QObject
void	deleteLater ()
	\threadsafe

Static Public Member Functions inherited from QObject
static QMetaObject::Connection	connect (const QObject sender, const char signal, const QObject receiver, const char member, Qt::ConnectionType=Qt::AutoConnection)
	\threadsafe

static QMetaObject::Connection	connect (const QObject sender, const QMetaMethod &signal, const QObject receiver, const QMetaMethod &method, Qt::ConnectionType type=Qt::AutoConnection)

template<typename Func1 , typename Func2 >
static QMetaObject::Connection	connect (const typename QtPrivate::FunctionPointer< Func1 >::Object sender, Func1 signal, const typename QtPrivate::ContextTypeForFunctor< Func2 >::ContextType context, Func2 &&slot, Qt::ConnectionType type=Qt::AutoConnection)

template<typename Func1 , typename Func2 >
static QMetaObject::Connection	connect (const typename QtPrivate::FunctionPointer< Func1 >::Object *sender, Func1 signal, Func2 &&slot)

static bool	disconnect (const QObject sender, const char signal, const QObject receiver, const char member)
	\threadsafe

static bool	disconnect (const QObject sender, const QMetaMethod &signal, const QObject receiver, const QMetaMethod &member)

static bool	disconnect (const QMetaObject::Connection &)
	Disconnect a connection.

template<typename Func1 , typename Func2 >
static bool	disconnect (const typename QtPrivate::FunctionPointer< Func1 >::Object sender, Func1 signal, const typename QtPrivate::FunctionPointer< Func2 >::Object receiver, Func2 slot)

template<typename Func1 >
static bool	disconnect (const typename QtPrivate::FunctionPointer< Func1 >::Object sender, Func1 signal, const QObject receiver, void **zero)

Protected Attributes inherited from QObject
QScopedPointer< QObjectData >	d_ptr

Properties inherited from QQuick3DObject
QQuick3DObject *	parent
	\qmlproperty Object3D QtQuick3D::Object3D::parent This property holds the parent of the Object3D in a 3D scene.

Properties inherited from QObject
QString	objectName
	the name of this object

Related Symbols inherited from QObject
template< class T > T	qobject_cast (const QObject *object)
	Returns the given object cast to type T if the object is of type T (or of a subclass); otherwise returns \nullptr.

template< typename T > T	qFindChildqFindChildren (const QObject *obj, const QString &name)()

template< typename T > QList< T >	qFindChildrenqFindChildren (const QObject *obj, const QString &name)()

	QObjectList
	\macro Q_CLASSINFO(Name, Value)

Detailed Description

\qmltype TextureData \inherits Object3D \inqmlmodule QtQuick3D \instantiates QQuick3DTextureData

Base type for custom texture data.

Custom texture data allows using application-generated texture data, that can possibly change dynamically as well. To use custom texture data set the \l{Texture::textureData}{textureData} property of \l {Texture} to reference a TextureData object.

Custom Texture data is implemented in C++ by creating a QQuick3DTextureData instance, often subclassing it. The QQuick3DTextureData type is registered to QML under the name of TextureData. Once the subclass is registered to QML, Texture objects can start referencing it.

An example of when to use this API is when there is a need to procedurally generate a texture at runtime rather than loading a static image from a file.

import MyCustomTexture 1.0
 
Model {
    source: "#Cube"
    materials: [
        DefaultMaterial {
            diffuseMap: diffuseMapCustomTexture
        }
    ]
}
 
Texture {
    id: diffuseMapCustomTexture
    textureData: MyCustomTextureData {
 
    }
}

See also: Texture

\inmodule QtQuick3D \inherits QQuick3DObject

Since: 6.0

Base class for defining custom texture data.

The QQuick3DTextureData class can be used to specify custom texture data for a \l {Texture} in a Qt Quick 3D scene.

While not strictly required, the typical usage is to inherit from this class. The subclass is then exposed to QML by registering it to the type system. The \l{Texture::textureData}{textureData} property of a \l {QtQuick3D::Texture}{Texture} can then be set to reference an instance of the registered type.

Example implementation:

class CustomTextureData : public QQuick3DTextureData
{
    Q_OBJECT
    ... properties ...
 
public:
    CustomTextureData() { regenerateTextureData(); }
 
    void setProperty(...)
    {
        // Change relevant internal data.
        // ...
 
        // Update the texture data
        regenerateTextureData();
 
        // Finally, trigger an update. This is relevant in case nothing else
        // is changed in the scene; this way we make sure a new frame will
        // be rendered
        update();
    }
private:
    void regenerateTextureData()
    {
        QByteArray textureData;
        textureData = generateTextureData();
        setTextureData(textureData);
        setSize(QSize(256, 256));
        setFormat(QQuick3DTextureData::Format::RGBA8)
        setHasTransparency(true);
    }
};

This class can then be registered as a QML type and used with \l {QtQuick3D::Texture}{Texture}.

In Qt 5 type registration happened with qmlRegisterType:

qmlRegisterType<MyCustomTextureData>("Example", 1, 0, "MyCustomTextureData");

In Qt 6 the default approach is to use automatic registration with the help of the build system. Instead of calling qmlRegisterType, the {.pro} file can now contain:

CONFIG += qmltypes
QML_IMPORT_NAME = Example
QML_IMPORT_MAJOR_VERSION = 1

With CMake, automatic registration is the default behavior, so no special settings are needed beyond basic QML module setup:

qt_add_qml_module(application
    URI Example
    VERSION 1.0
)

The class implementation should add QML_NAMED_ELEMENT:

class CustomTextureData : public QQuick3DTextureData
{
    Q_OBJECT
    QML_NAMED_ELEMENT(MyCustomTextureData)
    ...
};

The QML code can then use the custom type:

import Example 1.0
 
Model {
    source: "#Cube"
    materials: [
        DefaultMaterial {
            diffuseMap: diffuseMapCustomTexture
        }
    ]
    Texture {
        id: diffuseMapCustomTexture
        textureData: MyCustomTextureData { }
    }
}

Definition at line 13 of file qquick3dtexturedata.h.

Member Enumeration Documentation

◆ Format

enum QQuick3DTextureData::Format

Returns the color format of the texture data assigned in \l textureData property.

\value None The color format is not defined \value RGBA8 The color format is considered as 8-bit integer in R, G, B and alpha channels. \value RGBA16F The color format is considered as 16-bit float in R,G,B and alpha channels. \value RGBA32F The color format is considered as 32-bit float in R, G, B and alpha channels. \value RGBE8 The color format is considered as 8-bit mantissa in the R, G, and B channels and 8-bit shared exponent. \value R8 The color format is considered as 8-bit integer in R channel. \value R16 The color format is considered as 16-bit integer in R channel. \value R16F The color format is considered as 16-bit float in R channel. \value R32F The color format is considered as 32-bit float R channel. \value BC1 The color format is considred as BC1 compressed format with R, G, B, and alpha channels. \value BC2 The color format is considred as BC2 compressed format with R, G, B, and alpha channels. \value BC3 The color format is considred as BC3 compressed format with R, G, B, and alpha channels. \value BC4 The color format is considred as BC4 compressed format with one color channel. \value BC5 The color format is considred as BC5 compressed format with two color channels. \value BC6H The color format is considred as BC6H compressed format with three high dynamic range color channels. \value BC7 The color format is considred as BC7 compressed format with R, G, B, and alpha channels. \value DXT1_RGBA The color format is considered as DXT1 compressed format with R, G, B and alpha channels. \value DXT1_RGB The color format is considered as DXT1 compressed format with R, G and B channels. \value DXT3_RGBA The color format is considered as DXT3 compressed format with R, G, B and alpha channels. \value DXT5_RGBA The color format is considered as DXT5 compressed format with R, G, B and alpha channels. \value ETC2_RGB8 The color format is considered as ETC2 compressed format for RGB888 data \value ETC2_RGB8A1 The color format is considered as ETC2 compressed format for RGBA data where alpha is 1-bit. \value ETC2_RGBA8 The color format is considered as ETC2 compressed format with RGBA8888 data. \value ASTC_4x4 The color format is considered as ASTC compressed format with 4x4 block footprint. \value ASTC_5x4 The color format is considered as ASTC compressed format with 5x4 block footprint. \value ASTC_5x5 The color format is considered as ASTC compressed format with 5x5 block footprint. \value ASTC_6x5 The color format is considered as ASTC compressed format with 6x5 block footprint. \value ASTC_6x6 The color format is considered as ASTC compressed format with 6x6 block footprint. \value ASTC_8x5 The color format is considered as ASTC compressed format with 8x5 block footprint. \value ASTC_8x6 The color format is considered as ASTC compressed format with 8x6 block footprint. \value ASTC_8x8 The color format is considered as ASTC compressed format with 8x8 block footprint. \value ASTC_10x5 The color format is considered as ASTC compressed format with 10x5 block footprint. \value ASTC_10x6 The color format is considered as ASTC compressed format with 10x6 block footprint. \value ASTC_10x8 The color format is considered as ASTC compressed format with 10x8 block footprint. \value ASTC_10x10 The color format is considered as ASTC compressed format with 10x10 block footprint. \value ASTC_12x10 The color format is considered as ASTC compressed format with 12x10 block footprint. \value ASTC_12x12 The color format is considered as ASTC compressed format with 12x12 block footprint.

Note: With the exception of RGBA8, not every format is supported at runtime as this depends on which backend is being used as well which hardware is being used.; RGBE is internally represented as an RGBA8 but is intepreted as described when used as a lightProbe or skybox texture.; Using the value None will assume the default value of RGBA8

Enumerator
None
RGBA8
RGBA16F
RGBA32F
RGBE8
R8
R16
R16F
R32F
BC1
BC2
BC3
BC4
BC5
BC6H
BC7
DXT1_RGBA
DXT1_RGB
DXT3_RGBA
DXT5_RGBA
ETC2_RGB8
ETC2_RGB8A1
ETC2_RGBA8
ASTC_4x4
ASTC_5x4
ASTC_5x5
ASTC_6x5
ASTC_6x6
ASTC_8x5
ASTC_8x6
ASTC_8x8
ASTC_10x5
ASTC_10x6
ASTC_10x8
ASTC_10x10
ASTC_12x10
ASTC_12x12

Definition at line 22 of file qquick3dtexturedata.h.

Constructor & Destructor Documentation

◆ QQuick3DTextureData()

QQuick3DTextureData::QQuick3DTextureData ( QQuick3DObject * parent = nullptr )

Definition at line 222 of file qquick3dtexturedata.cpp.

◆ ~QQuick3DTextureData()

QQuick3DTextureData::~QQuick3DTextureData ( )

Definition at line 228 of file qquick3dtexturedata.cpp.

Member Function Documentation

◆ depth()

int QQuick3DTextureData::depth ( ) const

Returns the depth of the texture data in pixels.

Definition at line 280 of file qquick3dtexturedata.cpp.

References d.

Referenced by QQuick3DTextureDataFrontend::depth(), setDepth(), QQuick3DTextureDataFrontend::setDepth(), QQuick3DCustomMaterial::updateSpatialNode(), and QQuick3DEffect::updateSpatialNode().

Here is the caller graph for this function:

◆ format()

QQuick3DTextureData::Format QQuick3DTextureData::format ( ) const

Returns the format of the texture data.

Definition at line 300 of file qquick3dtexturedata.cpp.

References d.

Referenced by QQuick3DTextureDataFrontend::format(), QQuick3DTextureDataFrontend::setFormat(), and setFormat().

Here is the caller graph for this function:

◆ hasTransparency()

bool QQuick3DTextureData::hasTransparency ( ) const

Returns true if the texture data has transparency.

The default value is false.

Definition at line 323 of file qquick3dtexturedata.cpp.

References d.

Referenced by QQuick3DTextureDataFrontend::hasTransparency(), setHasTransparency(), and QQuick3DTextureDataFrontend::setHasTransparency().

Here is the caller graph for this function:

◆ markAllDirty()

void QQuick3DTextureData::markAllDirty ( )

overrideprotectedvirtual

Reimplemented from QQuick3DObject.

Definition at line 478 of file qquick3dtexturedata.cpp.

References QQuick3DObject::markAllDirty().

Referenced by updateSpatialNode().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ setDepth()

void QQuick3DTextureData::setDepth ( int depth )

Sets the depth of the texture data in pixels.

Setting the depth above 0 means that the texture is handled as a 3D texture.

Definition at line 290 of file qquick3dtexturedata.cpp.

References d, depth(), and QQuick3DObject::update().

Referenced by QQuick3DTextureDataFrontend::setDepth().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ setFormat()

void QQuick3DTextureData::setFormat ( QQuick3DTextureData::Format format )

Sets the format of the texture data.

The default format is /c RGBA8

Definition at line 311 of file qquick3dtexturedata.cpp.

References d, format(), and QQuick3DObject::update().

Referenced by ProceduralSkyTextureData::generateRGBA16FTexture(), and QQuick3DTextureDataFrontend::setFormat().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ setHasTransparency()

void QQuick3DTextureData::setHasTransparency ( bool hasTransparency )

Set hasTransparency to true if the texture data has an active alpha channel with non-opaque values.

This is used as an optimization by the engine so that for formats that do support an alpha channel do not need to have each value checked for non-opaque values.

Definition at line 337 of file qquick3dtexturedata.cpp.

References d, hasTransparency(), and QQuick3DObject::update().

Referenced by ProceduralSkyTextureData::generateRGBA16FTexture(), and QQuick3DTextureDataFrontend::setHasTransparency().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ setSize()

void QQuick3DTextureData::setSize ( const QSize & size )

Sets the size of the texture data in pixels.

Definition at line 270 of file qquick3dtexturedata.cpp.

References d, size(), and QQuick3DObject::update().

Referenced by ProceduralSkyTextureData::generateRGBA16FTexture(), QQuick3DTextureDataFrontend::setHeight(), and QQuick3DTextureDataFrontend::setWidth().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ setTextureData()

void QQuick3DTextureData::setTextureData ( const QByteArray & data )

Sets the texture data.

The contents of data must respect the \l size and \l format properties as the backend will try and upload and use the data as if it were a texture of size and format, and if there is any deviation the result will be somewhere between incorrect rendering of the texture, or potentially a crash.

Definition at line 250 of file qquick3dtexturedata.cpp.

References d, and QQuick3DObject::update().

Referenced by ProceduralSkyTextureData::generateRGBA16FTexture(), and QQuick3DTextureDataFrontend::setTextureData().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ size()

QSize QQuick3DTextureData::size ( ) const

Returns the size of the texture data in pixels.

Definition at line 261 of file qquick3dtexturedata.cpp.

References d.

Referenced by ProceduralSkyTextureData::generateRGBA16FTexture(), QQuick3DTextureDataFrontend::height(), QQuick3DTextureDataFrontend::setHeight(), setSize(), QQuick3DTextureDataFrontend::setWidth(), and QQuick3DTextureDataFrontend::width().

Here is the caller graph for this function:

◆ textureData()

const QByteArray QQuick3DTextureData::textureData ( ) const

Returns the current texture data defined by this item.

Definition at line 236 of file qquick3dtexturedata.cpp.

References d.

Referenced by QQuick3DTextureDataFrontend::textureData(), and updateSpatialNode().

Here is the caller graph for this function:

◆ textureDataNodeDirty

void QQuick3DTextureData::textureDataNodeDirty ( )

signal

Referenced by QQuick3DTexture::setTextureData(), and updateSpatialNode().

Here is the caller graph for this function:

◆ updateSpatialNode()

QSSGRenderGraphObject * QQuick3DTextureData::updateSpatialNode ( QSSGRenderGraphObject * node )

overrideprotectedvirtual

Reimplemented from QQuick3DObject.

Definition at line 429 of file qquick3dtexturedata.cpp.

References convertToBackendFormat(), d, emit, DebugViewHelpers::ensureDebugObjectName(), markAllDirty(), QByteArray::size(), textureData(), textureDataNodeDirty(), and QQuick3DObject::updateSpatialNode().

Here is the call graph for this function:

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

qtquick3d/src/quick3d/qquick3dtexturedata.h (38d3265b34160e10db42427099983033f2f8a3f4)
qtquick3d/src/quick3d/qquick3dtexturedata.cpp (38d3265b34160e10db42427099983033f2f8a3f4)

Public Types

Signals

Public Member Functions

Protected Member Functions

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

◆ Format

Constructor & Destructor Documentation

◆ QQuick3DTextureData()

◆ ~QQuick3DTextureData()

Member Function Documentation

◆ depth()

◆ format()

◆ hasTransparency()

◆ markAllDirty()

◆ setDepth()

◆ setFormat()

◆ setHasTransparency()

◆ setSize()

◆ setTextureData()

◆ size()

◆ textureData()

◆ textureDataNodeDirty

◆ updateSpatialNode()