A single layer MultiIndexedGeometry. More...

#include <Core/Geometry/IndexedGeometry.hpp>

Inheritance diagram for Ra::Core::Geometry::IndexedGeometry< T >:

Collaboration diagram for Ra::Core::Geometry::IndexedGeometry< T >:

Public Types
using	IndexType = T

using	IndexContainerType = VectorArray<IndexType>

Public Types inherited from Ra::Core::Geometry::MultiIndexedGeometry
using	LayerSemanticCollection = Utils::ObjectWithSemantic::SemanticNameCollection

using	LayerSemantic = Utils::ObjectWithSemantic::SemanticName

using	LayerKeyType = std::pair<LayerSemanticCollection, std::string>

using	PointAttribHandle = AttribArrayGeometry::PointAttribHandle

using	NormalAttribHandle = AttribArrayGeometry::NormalAttribHandle

using	FloatAttribHandle = AttribArrayGeometry::FloatAttribHandle

using	Vec2AttribHandle = AttribArrayGeometry::Vec2AttribHandle

using	Vec3AttribHandle = AttribArrayGeometry::Vec3AttribHandle

using	Vec4AttribHandle = AttribArrayGeometry::Vec4AttribHandle

Public Types inherited from Ra::Core::Geometry::AttribArrayGeometry
using	Point = Vector3

using	Normal = Vector3

using	PointAttribHandle = Utils::AttribHandle<Point>

using	NormalAttribHandle = Utils::AttribHandle<Normal>

using	FloatAttribHandle = Utils::AttribHandle<Scalar>

using	Vec2AttribHandle = Utils::AttribHandle<Vector2>

using	Vec3AttribHandle = Utils::AttribHandle<Vector3>

using	Vec4AttribHandle = Utils::AttribHandle<Vector4>

Public Member Functions
const IndexContainerType &	getIndices () const

IndexContainerType &	getIndicesWithLock ()

void	indicesUnlock ()
	unlock previously read write acces, notify observers of the update.

void	setIndices (IndexContainerType &&indices)

void	setIndices (const IndexContainerType &indices)

const LayerKeyType &	getLayerKey () const

Public Member Functions inherited from Ra::Core::Geometry::MultiIndexedGeometry
	MultiIndexedGeometry (const MultiIndexedGeometry &other)

	MultiIndexedGeometry (MultiIndexedGeometry &&other)

	MultiIndexedGeometry (const AttribArrayGeometry &other)

	MultiIndexedGeometry (AttribArrayGeometry &&other)

MultiIndexedGeometry &	operator= (const MultiIndexedGeometry &other)

MultiIndexedGeometry &	operator= (MultiIndexedGeometry &&other)

void	clear () override
	Erases all data, making the AttribArrayGeometry empty.

void	copy (const MultiIndexedGeometry &other)
	Copy geometry and indices from `others`.

void	checkConsistency () const
	Check that the MultiIndexedGeometry is well built, asserting when it is not.

bool	append (const MultiIndexedGeometry &other)

bool	containsLayer (const LayerKeyType &layerKey) const
	Check if at least one layer with such properties exists.

bool	containsLayer (const LayerSemanticCollection &semantics, const std::string &layerName) const
	Check if at least one layer with such properties exists.

bool	containsLayer (const LayerSemanticCollection &semantics) const
	Check if at least one layer with such properties exists.

bool	containsLayer (const LayerSemantic &semanticName) const
	Check if at least one layer with such properties exists.

size_t	countLayers (const LayerKeyType &layerKey) const
	Count the number of layer matching the input parameters.

size_t	countLayers (const LayerSemanticCollection &semantics, const std::string &layerName) const
	Count the number of layer matching the input parameters.

size_t	countLayers (const LayerSemanticCollection &semantics) const
	Count the number of layer matching the input parameters.

size_t	countLayers (const LayerSemantic &semanticName) const
	Count the number of layer matching the input parameters.

const GeometryIndexLayerBase &	getLayer (const LayerKeyType &layerKey) const
	Read-only access to a layer.

const GeometryIndexLayerBase &	getLayer (const LayerSemanticCollection &semantics, const std::string &layerName) const
	Read-only access to a layer.

std::pair< LayerKeyType, const GeometryIndexLayerBase & >	getFirstLayerOccurrence (const LayerSemanticCollection &semantics) const
	Read-only access to a layer.

std::pair< LayerKeyType, const GeometryIndexLayerBase & >	getFirstLayerOccurrence (const LayerSemantic &semanticName) const
	Read-only access to a layer.

GeometryIndexLayerBase &	getLayerWithLock (const LayerKeyType &layerKey)
	Write access to a layer.

GeometryIndexLayerBase &	getLayerWithLock (const LayerSemanticCollection &semantics, const std::string &layerName)
	Write access to a layer.

std::pair< LayerKeyType, GeometryIndexLayerBase & >	getFirstLayerOccurrenceWithLock (const LayerSemanticCollection &semantics)
	Write access to a layer.

std::pair< LayerKeyType, GeometryIndexLayerBase & >	getFirstLayerOccurrenceWithLock (const LayerSemantic &semanticName)
	Write access to a layer.

void	unlockLayer (const LayerKeyType &layerKey)
	Unlock layer with write acces, notify observers of the update.

void	unlockLayer (const LayerSemanticCollection &semantics, const std::string &layerName)
	Unlock layer with write acces, notify observers of the update.

std::pair< bool, GeometryIndexLayerBase & >	addLayer (std::unique_ptr< GeometryIndexLayerBase > &&layer, const bool withLock=false, const std::string &layerName="")
	Add layer.

auto	layerKeys () const
	Range on layer keys (read-only)

Public Member Functions inherited from Ra::Core::Geometry::AttribArrayGeometry
	AttribArrayGeometry ()
	Create an empty geometry.

	AttribArrayGeometry (const AttribArrayGeometry &other)

	AttribArrayGeometry (AttribArrayGeometry &&other)

AttribArrayGeometry &	operator= (const AttribArrayGeometry &other)

AttribArrayGeometry &	operator= (AttribArrayGeometry &&other)

bool	append (const AttribArrayGeometry &other)

void	setVertices (PointAttribHandle::Container &&vertices)
	Set vertices.

void	setVertices (const PointAttribHandle::Container &vertices)
	Set vertices.

const PointAttribHandle::Container &	vertices () const
	Access the vertices positions.

void	setNormals (PointAttribHandle::Container &&normals)
	Set normals.

void	setNormals (const PointAttribHandle::Container &normals)
	Set normals.

const NormalAttribHandle::Container &	normals () const
	Access the vertices normals.

template<typename T >
Utils::AttribHandle< T >	getAttribHandle (const std::string &name) const

template<typename T >
bool	isValid (const Utils::AttribHandle< T > &h) const
	Return true if `h` refers to an existing attribute in *this.

bool	hasAttrib (const std::string &name) const

template<typename T >
void	removeAttrib (Utils::AttribHandle< T > &h)

void	clearAttributes ()
	Erases all attributes, leaving the AttribArrayGeometry with geometry only.

virtual void	copyBaseGeometry (const AttribArrayGeometry &other)

template<typename... Handles>
bool	copyAttributes (const AttribArrayGeometry &input, Handles... attribs)

bool	copyAllAttributes (const AttribArrayGeometry &input)

Aabb	computeAabb () const override
	Compute bounding box.

void	colorize (const Utils::Color &c)

Utils::AttribManager &	vertexAttribs ()

const Utils::AttribManager &	vertexAttribs () const

PointAttribHandle::Container &	verticesWithLock ()

void	verticesUnlock ()
	Release lock on vertices positions.

NormalAttribHandle::Container &	normalsWithLock ()

void	normalsUnlock ()
	Release lock on vertices normals.

template<typename T >
Utils::Attrib< T > &	getAttrib (const Utils::AttribHandle< T > &h)

template<typename T >
const Utils::Attrib< T > &	getAttrib (const Utils::AttribHandle< T > &h) const

template<typename T >
Utils::Attrib< T > &	getAttrib (const std::string &name)

template<typename T >
const Utils::Attrib< T > &	getAttrib (const std::string &name) const

template<typename T >
Utils::Attrib< T > *	getAttribPtr (const Utils::AttribHandle< T > &h)

template<typename T >
const Utils::Attrib< T > *	getAttribPtr (const Utils::AttribHandle< T > &h) const

Utils::AttribBase *	getAttribBase (const std::string &name)

const Utils::AttribBase *	getAttribBase (const std::string &name) const

template<typename T >
Utils::AttribHandle< T >	addAttrib (const std::string &name)

template<typename T >
Utils::AttribHandle< T >	addAttrib (const std::string &name, const typename Core::VectorArray< T > &data)

template<typename T >
Utils::AttribHandle< T >	addAttrib (const std::string &name, const typename Utils::Attrib< T >::Container &&data)

Public Member Functions inherited from Ra::Core::Geometry::AbstractGeometry
	AbstractGeometry (const AbstractGeometry &other)

AbstractGeometry &	operator= (const AbstractGeometry &other)

Ra::Core::Utils::ObservableVoid &	getAabbObservable ()

Additional Inherited Members
Protected Member Functions inherited from Ra::Core::Geometry::MultiIndexedGeometry
void	unlockFirstLayerOccurrence (const LayerSemanticCollection &semantics)
	Unlock layer with write acces, notify observers of the update.

void	unlockFirstLayerOccurrence (const LayerSemantic &semanticName)
	Unlock layer with write acces, notify observers of the update.

Protected Member Functions inherited from Ra::Core::Geometry::AbstractGeometry
bool	isAabbValid () const

Core::Aabb	getAabb () const

void	invalidateAabb () const

void	setAabb (const Core::Aabb &aabb) const

Detailed Description

template<typename T>
class Ra::Core::Geometry::IndexedGeometry< T >

A single layer MultiIndexedGeometry.

This class actually provide compatibility with old geometry with a main layer. Main layer contains indices of a specific type (point, line, triangle, poly). Derived classes explicit the kind of indices of the main layer. Since IndexedGeometry is a MultiIndexedGeometry, one can add index layer on the fly.

Warning: will be depracated when MultiIndexedGeometry will be supported directly on the engine side.

Definition at line 514 of file IndexedGeometry.hpp.

Member Typedef Documentation

◆ IndexContainerType

template<typename T >

using Ra::Core::Geometry::IndexedGeometry< T >::IndexContainerType = VectorArray<IndexType>

Definition at line 518 of file IndexedGeometry.hpp.

◆ IndexType

template<typename T >

using Ra::Core::Geometry::IndexedGeometry< T >::IndexType = T

Definition at line 517 of file IndexedGeometry.hpp.

Constructor & Destructor Documentation

◆ IndexedGeometry()

template<typename T >

Ra::Core::Geometry::IndexedGeometry< T >::IndexedGeometry ( )

inline

Definition at line 736 of file IndexedGeometry.hpp.

Member Function Documentation

◆ getIndices()

template<typename T >

const IndexedGeometry< T >::IndexContainerType & Ra::Core::Geometry::IndexedGeometry< T >::getIndices ( ) const

inline

Definition at line 745 of file IndexedGeometry.hpp.

◆ getIndicesWithLock()

template<typename T >

IndexedGeometry< T >::IndexContainerType & Ra::Core::Geometry::IndexedGeometry< T >::getIndicesWithLock ( )

inline

read write access to indices. Cause indices to be "lock" for the caller need to be unlock by the caller before any one can ask for write access.

Definition at line 750 of file IndexedGeometry.hpp.

◆ getLayerKey()

template<typename T >

const IndexedGeometry< T >::LayerKeyType & Ra::Core::Geometry::IndexedGeometry< T >::getLayerKey ( ) const

inline

Definition at line 776 of file IndexedGeometry.hpp.

◆ indicesUnlock()

template<typename T >

void Ra::Core::Geometry::IndexedGeometry< T >::indicesUnlock ( )

inline

unlock previously read write acces, notify observers of the update.

Definition at line 756 of file IndexedGeometry.hpp.

◆ setIndices() [1/2]

template<typename T >

void Ra::Core::Geometry::IndexedGeometry< T >::setIndices ( const IndexContainerType & indices )

inline

Definition at line 769 of file IndexedGeometry.hpp.

◆ setIndices() [2/2]

template<typename T >

void Ra::Core::Geometry::IndexedGeometry< T >::setIndices ( IndexContainerType && indices )

inline

set indices. Indices must be unlock, i.e. no one should have write access to it. Notify observers of the update.

Definition at line 761 of file IndexedGeometry.hpp.

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

/home/runner/work/Radium-Engine/Radium-Engine/src/Radium-Engine/src/Core/Geometry/IndexedGeometry.hpp

Public Types

Public Member Functions

Additional Inherited Members

Detailed Description

Member Typedef Documentation

◆ IndexContainerType

◆ IndexType

Constructor & Destructor Documentation

◆ IndexedGeometry()

Member Function Documentation

◆ getIndices()

◆ getIndicesWithLock()

◆ getLayerKey()

◆ indicesUnlock()

◆ setIndices() [1/2]

◆ setIndices() [2/2]