#include <proceduralmesh_p.h>

Inheritance diagram for ProceduralMesh:

Collaboration diagram for ProceduralMesh:

Public Types
enum	PrimitiveMode { Points , LineStrip , Lines , TriangleStrip , TriangleFan , Triangles }

Public Types inherited from QQuick3DGeometry
enum class	PrimitiveType { Points , LineStrip , Lines , TriangleStrip , TriangleFan , Triangles }

Signals
void	positionsChanged ()

void	primitiveModeChanged ()

void	indexesChanged ()

void	normalsChanged ()

void	tangentsChanged ()

void	binormalsChanged ()

void	uv0sChanged ()

void	uv1sChanged ()

void	colorsChanged ()

void	jointsChanged ()

void	weightsChanged ()

Signals inherited from QQuick3DGeometry
void	geometryNodeDirty ()

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
	ProceduralMesh ()
	\qmlproperty List<QVector3D> ProceduralMesh::positions The positions attribute list.

QList< QVector3D >	positions () const

void	setPositions (const QList< QVector3D > &newPositions)

PrimitiveMode	primitiveMode () const

void	setPrimitiveMode (PrimitiveMode newPrimitiveMode)

QList< unsigned int >	indexes () const

void	setIndexes (const QList< unsigned int > &newIndexes)

QList< QVector3D >	normals () const

void	setNormals (const QList< QVector3D > &newNormals)

QList< QVector3D >	tangents () const

void	setTangents (const QList< QVector3D > &newTangents)

QList< QVector3D >	binormals () const

void	setBinormals (const QList< QVector3D > &newBinormals)

QList< QVector2D >	uv0s () const

void	setUv0s (const QList< QVector2D > &newUv0s)

QList< QVector2D >	uv1s () const

void	setUv1s (const QList< QVector2D > &newUv1s)

QList< QVector4D >	colors () const

void	setColors (const QList< QVector4D > &newColors)

QList< QVector4D >	joints () const

void	setJoints (const QList< QVector4D > &newJoints)

QList< QVector4D >	weights () const

void	setWeights (const QList< QVector4D > &newWeights)

QQmlListProperty< ProceduralMeshSubset >	subsets ()

Public Member Functions inherited from QQuick3DGeometry
	QQuick3DGeometry (QQuick3DObject *parent=nullptr)

	~QQuick3DGeometry () override

QByteArray	vertexData () const
	Returns the vertex buffer data set by setVertexData.

QByteArray	indexData () const
	Returns the index buffer data.

int	attributeCount () const
	Returns the number of attributes defined for this geometry.

Attribute	attribute (int index) const
	Returns attribute definition number index.

PrimitiveType	primitiveType () const
	Returns the primitive type used when rendering.

QVector3D	boundsMin () const

QVector3D	boundsMax () const

int	stride () const

void	setVertexData (const QByteArray &data)
	Sets the vertex buffer data.

void	setVertexData (int offset, const QByteArray &data)
	This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts. Updates a subset of the vertex buffer.

void	setIndexData (const QByteArray &data)
	Sets the index buffer to data.

void	setIndexData (int offset, const QByteArray &data)
	This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts. Updates a subset of the index buffer.

void	setStride (int stride)
	Sets the stride of the vertex buffer to stride, measured in bytes.

void	setBounds (const QVector3D &min, const QVector3D &max)
	Sets the bounding volume of the geometry to the cube defined by the points min and max.

void	setPrimitiveType (PrimitiveType type)
	Sets the primitive type used for rendering to type.

void	addAttribute (Attribute::Semantic semantic, int offset, Attribute::ComponentType componentType)
	Adds vertex attribute description.

void	addAttribute (const Attribute &att)
	This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.Adds vertex attribute description.

	Q_REVISION (6, 3) int subsetCount() const

	Q_REVISION (6, 3) QVector3D subsetBoundsMin(int subset) const

	Q_REVISION (6, 3) QVector3D subsetBoundsMax(int subset) const

	Q_REVISION (6, 3) int subsetOffset(int subset) const

	Q_REVISION (6, 3) int subsetCount(int subset) const

	Q_REVISION (6, 3) QString subsetName(int subset) const

	Q_REVISION (6, 3) void addSubset(int offset

	Q_REVISION (6, 6) QByteArray targetData() const

	Q_REVISION (6, 6) void setTargetData(const QByteArray &data)

	Q_REVISION (6, 6) void setTargetData(int offset

	Q_REVISION (6, 6) TargetAttribute targetAttribute(int index) const

	Q_REVISION (6, 6) int targetAttributeCount() const

	Q_REVISION (6, 6) void addTargetAttribute(quint32 targetId

	Q_REVISION (6, 6) void addTargetAttribute(const TargetAttribute &att)

void	clear ()
	Resets the geometry to its initial state, clearing previously set vertex and index data as well as attributes.

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.

void	moveToThread (QThread *thread)
	Changes the thread affinity for this object and its children.

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::milliseconds time, Qt::TimerType timerType=Qt::CoarseTimer)

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

template<typename T >
T	findChild (const QString &aName=QString(), 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 (const QString &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 >
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 ()

virtual void	classBegin ()=0
	Invoked after class creation, but before any properties have been set.

virtual void	componentComplete ()=0
	Invoked after the root component that caused this instantiation has completed construction.

Properties
QList< QVector3D >	positions

QList< QVector3D >	normals

QList< QVector3D >	tangents

QList< QVector3D >	binormals

QList< QVector2D >	uv0s

QList< QVector2D >	uv1s

QList< QVector4D >	colors

QList< QVector4D >	joints

QList< QVector4D >	weights

QList< unsigned int >	indexes

QQmlListProperty< ProceduralMeshSubset >	subsets

PrimitiveMode	primitiveMode

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

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)

Public Attributes inherited from QQuick3DGeometry
int	count

int const QVector3D &	boundsMin
	Returns the minimum coordinate of the bounding volume.

int const QVector3D const QVector3D &	boundsMax
	Returns the maximum coordinate of the bounding volume.

int const QVector3D const QVector3D const QString &	name = {})

const QByteArray &	data

Attribute::Semantic	semantic

Attribute::Semantic int	offset

Attribute::Semantic int int	stride = 0)
	Returns the byte stride of the vertex buffer.

Protected Member Functions inherited from QQuick3DGeometry
QSSGRenderGraphObject *	updateSpatialNode (QSSGRenderGraphObject *node) override

void	markAllDirty () override

Protected Member Functions inherited from QQuick3DObject
virtual QSSGRenderGraphObject *	updateSpatialNode (QSSGRenderGraphObject *node)

virtual void	markAllDirty ()

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)

Protected Attributes inherited from QObject
QScopedPointer< QObjectData >	d_ptr

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

Definition at line 53 of file proceduralmesh_p.h.

Member Enumeration Documentation

◆ PrimitiveMode

enum ProceduralMesh::PrimitiveMode

Enumerator
Points
LineStrip
Lines
TriangleStrip
TriangleFan
Triangles

Definition at line 70 of file proceduralmesh_p.h.

Constructor & Destructor Documentation

◆ ProceduralMesh()

QT_BEGIN_NAMESPACE ProceduralMesh::ProceduralMesh ( )

\qmlproperty List<QVector3D> ProceduralMesh::positions The positions attribute list.

\qmltype ProceduralMesh
\inqmlmodule QtQuick3D.Helpers
\inherits Geometry
\brief Allows creation of Geometry from QML.
\since 6.6

ProceduralMesh is a helper type that allows creation of Geometry instances
from QML/  The Geometry component iself is Abstract, and is usually created
from C++.

\qml
component TorusMesh : ProceduralMesh {
    property real rings: 50
    property real segments: 50
    property real radius: 100.0
    property real tubeRadius: 10.0
    property var meshArrays: generateTorus(rings, segments, radius, tubeRadius)
    positions: meshArrays.verts
    normals: meshArrays.normals
    uv0s: meshArrays.uvs
    indexes: meshArrays.indices

    function generateTorus(rings: real, segments: real, radius: real, tubeRadius: real) {
        let verts = []
        let normals = []
        let uvs = []
        let indices = []

        for (let i = 0; i <= rings; ++i) {
            for (let j = 0; j <= segments; ++j) {
                let u = i / rings * Math.PI * 2;
                let v = j / segments * Math.PI * 2;

                let centerX = radius * Math.cos(u);
                let centerZ = radius * Math.sin(u);

                let posX = centerX + tubeRadius * Math.cos(v) * Math.cos(u);
                let posY = tubeRadius * Math.sin(v);
                let posZ = centerZ + tubeRadius * Math.cos(v) * Math.sin(u);

                verts.push(Qt.vector3d(posX, posY, posZ));

                let normal = Qt.vector3d(posX - centerX, posY, posZ - centerZ).normalized();
                normals.push(normal);

                uvs.push(Qt.vector2d(i / rings, j / segments));
            }
        }

        for (let i = 0; i < rings; ++i) {
            for (let j = 0; j < segments; ++j) {
                let a = (segments + 1) * i + j;
                let b = (segments + 1) * (i + 1) + j;
                let c = (segments + 1) * (i + 1) + j + 1;
                let d = (segments + 1) * i + j + 1;

Generate two triangles for each quad in the mesh Adjust order to be counter-clockwise indices.push(a, d, b); indices.push(b, d, c); } } return { verts: verts, normals: normals, uvs: uvs, indices: indices } } } \qml

The above code defines a component TorusMesh that can be used as Geometry for use with a Model component. When the ring, segments, radius or tubeRadius properties are modified the geometry will be updated.

The ProceduralMesh component is not as fexible nor as performant as creating Geometry in C++, but makes up for it in convience and simplitiy. The properties are fixed attribute lists that when filled will automatically generate the necessary buffers.

If this list remains empty nothing no geometry will be generated.

\qmlproperty List<QVector3D> ProceduralMesh::normals The normals attribute list.

\qmlproperty List<QVector3D> ProceduralMesh::tangents The tangents attribute list.

\qmlproperty List<QVector3D> ProceduralMesh::binormals The binormals attribute list.

\qmlproperty List<QVector2D> ProceduralMesh::uv0s This property defines a list of uv coordinates for the first uv channel (uv0)

\qmlproperty List<QVector2D> ProceduralMesh::uv1s This property defines a list of uv coordinates for the second uv channel (uv1)

\qmlproperty List<QVector4D> ProceduralMesh::colors This property defines a list of vertex color values.

\qmlproperty List<QVector4D> ProceduralMesh::joints This property defines a list of joint indices for skinning.

\qmlproperty List<QVector4D> ProceduralMesh::weights This property defines a list of joint weights for skinning.

\qmlproperty List<int> ProceduralMesh::indexes This property defines a list of indexes into the attribute lists. If this list remains empty the vertex buffer values will be used directly.

\qmlproperty enumeration ProceduralMesh::primitiveMode

This property defines the primitive mode to use when rendering the geometry. The default value is /c ProceduralMesh.Triangles.

Note: Not all modes are supported on all rendering backends.

\qmlproperty List<ProceduralMeshSubset> ProceduralMesh::subsets

This property defines a list of subsets to split the geometry data into. Each subset can have it's own material. The order of this array corosponds to the materials list of Model when using this geometry.

This property is optional and when empty results in a single subset.

Note: Any subset that specifies values outside of the range of available vertex/index values will lead to that subset being ignored.

\qmltype ProceduralMeshSubset \inqmlmodule QtQuick3D.Helpers \inherits QtObject

Defines a subset of a ProceduralMesh

Since: 6.6

This type defines a subset of a ProceduralMesh. Each subset can have it's own material and can be used to split the geometry into multiple draw calls.

See also: ProceduralMesh::subsets

\qmlproperty int ProceduralMeshSubset::offset This property defines the starting index for this subset. The default value is 0.

\qmlproperty int ProceduralMeshSubset::count This property defines the number of indices to use for this subset. The default value is 0 so this property must be set for the subset to have content.

\qmlproperty Material ProceduralMeshSubset::name This property defines a name of the subset. This property is optional, and is only used to tag the subset for debugging purposes.

Definition at line 196 of file proceduralmesh.cpp.

Member Function Documentation

◆ binormals()

QList< QVector3D > ProceduralMesh::binormals ( ) const

Definition at line 571 of file proceduralmesh.cpp.

◆ binormalsChanged

void ProceduralMesh::binormalsChanged ( )

signal

Referenced by setBinormals().

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◆ colors()

QList< QVector4D > ProceduralMesh::colors ( ) const

Definition at line 613 of file proceduralmesh.cpp.

◆ colorsChanged

void ProceduralMesh::colorsChanged ( )

signal

Referenced by setColors().

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◆ indexes()

QList< unsigned int > ProceduralMesh::indexes ( ) const

Definition at line 529 of file proceduralmesh.cpp.

◆ indexesChanged

void ProceduralMesh::indexesChanged ( )

signal

Referenced by setIndexes().

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◆ joints()

QList< QVector4D > ProceduralMesh::joints ( ) const

Definition at line 627 of file proceduralmesh.cpp.

◆ jointsChanged

void ProceduralMesh::jointsChanged ( )

signal

Referenced by setJoints().

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◆ normals()

QList< QVector3D > ProceduralMesh::normals ( ) const

Definition at line 543 of file proceduralmesh.cpp.

◆ normalsChanged

void ProceduralMesh::normalsChanged ( )

signal

Referenced by setNormals().

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◆ positions()

QList< QVector3D > ProceduralMesh::positions ( ) const

Definition at line 201 of file proceduralmesh.cpp.

◆ positionsChanged

void ProceduralMesh::positionsChanged ( )

signal

Referenced by setPositions().

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◆ primitiveMode()

ProceduralMesh::PrimitiveMode ProceduralMesh::primitiveMode ( ) const

Definition at line 215 of file proceduralmesh.cpp.

◆ primitiveModeChanged

void ProceduralMesh::primitiveModeChanged ( )

signal

Referenced by setPrimitiveMode().

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◆ setBinormals()

void ProceduralMesh::setBinormals ( const QList< QVector3D > & newBinormals )

Definition at line 576 of file proceduralmesh.cpp.

References binormalsChanged(), and Q_EMIT.

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◆ setColors()

void ProceduralMesh::setColors ( const QList< QVector4D > & newColors )

Definition at line 618 of file proceduralmesh.cpp.

References colorsChanged(), and Q_EMIT.

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◆ setIndexes()

void ProceduralMesh::setIndexes ( const QList< unsigned int > & newIndexes )

Definition at line 534 of file proceduralmesh.cpp.

References indexesChanged(), and Q_EMIT.

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◆ setJoints()

void ProceduralMesh::setJoints ( const QList< QVector4D > & newJoints )

Definition at line 632 of file proceduralmesh.cpp.

References jointsChanged(), and Q_EMIT.

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◆ setNormals()

void ProceduralMesh::setNormals ( const QList< QVector3D > & newNormals )

Definition at line 548 of file proceduralmesh.cpp.

References normalsChanged(), and Q_EMIT.

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◆ setPositions()

void ProceduralMesh::setPositions ( const QList< QVector3D > & newPositions )

Definition at line 206 of file proceduralmesh.cpp.

References positionsChanged(), and Q_EMIT.

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◆ setPrimitiveMode()

void ProceduralMesh::setPrimitiveMode ( PrimitiveMode newPrimitiveMode )

Definition at line 220 of file proceduralmesh.cpp.

References primitiveModeChanged(), Q_EMIT, qWarning, TriangleFan, and Triangles.

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◆ setTangents()

void ProceduralMesh::setTangents ( const QList< QVector3D > & newTangents )

Definition at line 562 of file proceduralmesh.cpp.

References Q_EMIT, and tangentsChanged().

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◆ setUv0s()

void ProceduralMesh::setUv0s ( const QList< QVector2D > & newUv0s )

Definition at line 590 of file proceduralmesh.cpp.

References Q_EMIT, and uv0sChanged().

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◆ setUv1s()

void ProceduralMesh::setUv1s ( const QList< QVector2D > & newUv1s )

Definition at line 604 of file proceduralmesh.cpp.

References Q_EMIT, and uv1sChanged().

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◆ setWeights()

void ProceduralMesh::setWeights ( const QList< QVector4D > & newWeights )

Definition at line 646 of file proceduralmesh.cpp.

References Q_EMIT, and weightsChanged().

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◆ subsets()

QQmlListProperty< ProceduralMeshSubset > ProceduralMesh::subsets ( )

◆ tangents()

QList< QVector3D > ProceduralMesh::tangents ( ) const

Definition at line 557 of file proceduralmesh.cpp.

◆ tangentsChanged

void ProceduralMesh::tangentsChanged ( )

signal

Referenced by setTangents().

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◆ uv0s()

QList< QVector2D > ProceduralMesh::uv0s ( ) const

Definition at line 585 of file proceduralmesh.cpp.

◆ uv0sChanged

void ProceduralMesh::uv0sChanged ( )

signal

Referenced by setUv0s().

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◆ uv1s()

QList< QVector2D > ProceduralMesh::uv1s ( ) const

Definition at line 599 of file proceduralmesh.cpp.

◆ uv1sChanged

void ProceduralMesh::uv1sChanged ( )

signal

Referenced by setUv1s().

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◆ weights()

QList< QVector4D > ProceduralMesh::weights ( ) const

Definition at line 641 of file proceduralmesh.cpp.

◆ weightsChanged

void ProceduralMesh::weightsChanged ( )

signal

Referenced by setWeights().

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Property Documentation

◆ binormals

QList<QVector3D> ProceduralMesh::binormals

readwrite

Definition at line 50 of file proceduralmesh_p.h.

◆ colors

QList<QVector4D> ProceduralMesh::colors

readwrite

Definition at line 50 of file proceduralmesh_p.h.

◆ indexes

QList<unsigned int> ProceduralMesh::indexes

readwrite

Definition at line 50 of file proceduralmesh_p.h.

◆ joints

QList<QVector4D> ProceduralMesh::joints

readwrite

Definition at line 50 of file proceduralmesh_p.h.

◆ normals

QList<QVector3D> ProceduralMesh::normals

readwrite

Definition at line 50 of file proceduralmesh_p.h.

◆ positions

QList<QVector3D> ProceduralMesh::positions

readwrite

Definition at line 50 of file proceduralmesh_p.h.

◆ primitiveMode

PrimitiveMode ProceduralMesh::primitiveMode

readwrite

Definition at line 50 of file proceduralmesh_p.h.

◆ subsets

QQmlListProperty< ProceduralMeshSubset > ProceduralMesh::subsets

read

Definition at line 50 of file proceduralmesh_p.h.

◆ tangents

QList<QVector3D> ProceduralMesh::tangents

readwrite

Definition at line 50 of file proceduralmesh_p.h.

◆ uv0s

QList<QVector2D> ProceduralMesh::uv0s

readwrite

Definition at line 50 of file proceduralmesh_p.h.

◆ uv1s

QList<QVector2D> ProceduralMesh::uv1s

readwrite

Definition at line 50 of file proceduralmesh_p.h.

◆ weights

QList<QVector4D> ProceduralMesh::weights

readwrite

Definition at line 50 of file proceduralmesh_p.h.

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

qtquick3d/src/helpers/proceduralmesh_p.h
qtquick3d/src/helpers/proceduralmesh.cpp

Public Types

Signals

Public Member Functions

Properties

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

◆ PrimitiveMode

Constructor & Destructor Documentation

◆ ProceduralMesh()

Member Function Documentation

◆ binormals()

◆ binormalsChanged

◆ colors()

◆ colorsChanged

◆ indexes()

◆ indexesChanged

◆ joints()

◆ jointsChanged

◆ normals()

◆ normalsChanged

◆ positions()

◆ positionsChanged

◆ primitiveMode()

◆ primitiveModeChanged

◆ setBinormals()

◆ setColors()

◆ setIndexes()

◆ setJoints()

◆ setNormals()

◆ setPositions()

◆ setPrimitiveMode()

◆ setTangents()

◆ setUv0s()

◆ setUv1s()

◆ setWeights()

◆ subsets()

◆ tangents()

◆ tangentsChanged

◆ uv0s()

◆ uv0sChanged

◆ uv1s()

◆ uv1sChanged

◆ weights()

◆ weightsChanged

Property Documentation

◆ binormals

◆ colors

◆ indexes

◆ joints

◆ normals

◆ positions

◆ primitiveMode

◆ subsets

◆ tangents

◆ uv0s

◆ uv1s

◆ weights