A helper class that supports rendering of a collection of fragments from various fields. More...

#include <FragmentPainter.hpp>

Inheritance diagram for Wizt::FragmentPainter:

Public Member Functions
	FragmentPainter (VObject *that, const string &fragmentselectorname="selection", int EL=5)
	Constructor, needs a VObject to initialize the slot driving the fragment selector.
virtual string	FragmentSelectionField () const
	Return the name of the field that will be responsible for the coordinates of the fields.
virtual string	GLCacheField (const RefPtr< ValuePool > &Context) const
	The name of the field that will be used for caching opengl VBO's at each of this fragments.
virtual RefPtr< ValueSet >	CacheableVariables (const RefPtr< ValuePool > &Context) const
	Return a set of variables for which the results shall be cached, i.e.
virtual string	VBOCacheKey (const RefPtr< ValuePool > &Context) const
	A child-class defined arbitrary string used to extend the cache modifier.
virtual RefPtr< VBO::Renderer >	createRenderer (VGLRenderContext &Context, const RefPtr< MemBase > &FieldCoordinates, const RefPtr< FragmentSelector > &FS) const
	Create a Renderer object for the VBO, which by default is a DrawArrays() renderer that emits points for each vertex.
virtual void	updateRenderer (VGLRenderContext &Context, const RefPtr< VBO::Renderer > &R, const RefPtr< MemBase > &FieldCoordinates, const RefPtr< FragmentSelector > &FS) const
	Update a renderer object, in case the fragment selector is newer.
virtual Ageable	YoungestDependency (const RefPtr< ValuePool > &Context, const WeakPtr< Representation > &RefinementRep) const
	Optional child class for specifying dependencies that may have changed and require re-creation of a cached VBO.
virtual bool	appendOnDemandFragments (VGLRenderContext &Context, const RefPtr< VBO > &myVBO, int RefinementLevel, const WeakPtr< Representation > &RefinementRep, const RefPtr< FragmentID > &fragment_identifier, const Fiber::Fragment &FragmentData, const RefPtr< GLProgram > &Shader) const
	Virtual function to allow derived classes to create data on demand, i.e.
virtual void	setRendererParameters (VGLRenderContext &Context, const RefPtr< VBO::Renderer > &theRenderer, const RefPtr< CreativeArrayBase > &VertexCoordinates, const RefPtr< GLProgram > &theShaderProgram) const =0
	Given a Renderer, which usually is has been created by the createRenderer() virtual function, modify its parameters, depending on the context.
virtual bool	FunctorsAreOlderThan (const Ageable &A, const RefPtr< ValuePool > &Context) const
virtual void	updateFromFunctorsAge (Ageable &A, const RefPtr< ValuePool > &Context) const
void	renderFragments (Fiber::FragmentCluster &FC, VGLRenderContext &Context, VGLRenderObject::UsedVBO_t &UsedVBO, const RefPtr< GLProgram > &myProgram) const
	Render all the field fragments that are stored and available here.
Public Member Functions inherited from Wizt::VertexFieldCollection
	VertexFieldCollection (VObject *that)
	Construct a collection of fields on the vertices of a Grid.
	~VertexFieldCollection ()
	Destructor.
TypedSlot< Fiber::Field > &	insertVertexField (const string &s, const RefPtr< VertexField > &)
	Add a vertex field under the given name.
RefPtr< VertexField > &	operator[] (const string &s)
	Retrieve a VertexField for the given name, create one, if required.
RefPtr< VertexField >	operator() (const string &s) const
	Search for a VertexField under the given name.
Fiber::Info< Fiber::Skeleton >	getRefinementLevel (int Level, const RefPtr< ValuePool > &VP, int IndexDepth=0, const Fiber::BundlePtr &SpaceTime=Fiber::BundlePtr(NullPtr())) const override
	Implementation of the virtual callback function that will load data sets from a grid into a collection of VertexFields, as specified earlier.
virtual GridSelector	myGridSelector (const RefPtr< ValuePool > &VP) const
	Virtual function that allows child classes to specify the Grid that shall be used.
GridSelector	getGridSelector (const RefPtr< ValuePool > &VP) const override
	Get the Grid that will be used here.
void	retrieveFields (Fiber::FieldCollection &FieldMap, const RefPtr< Fiber::Representation > &MyRepresentation, const RefPtr< ValuePool > &Context, const RefPtr< Fiber::Skeleton > &DestVertices, Fiber::Grid &DestGrid, Fiber::Slice &DestGridSlice, const string &HelperDestGridName, bool StoreResult=true)
	From the given Representation, retrieve all fields as required here into the provided Fieldmap.
int	append (const RefPtr< VBO > &myVBO, const VertexFragment &VertexFragments, const RefPtr< GLProgram > &Shader) const
	Append all the fields stored in these vertex fragments to the given vertex buffer object.
bool	isOlderThan (const Ageable &A, const RefPtr< ValuePool > &Context) const
	Check if all parameters in this collection of fields is older than the given age.
void	updateAge (Ageable &A, const RefPtr< ValuePool > &Context) const
RefPtr< StringList >	getCurrentFieldnames (const RefPtr< ValuePool > &Context) const
	Get a list of all currently selected fields.
int	iterate (Iterator &It) const
	Iterate through all available vertex fields.
Public Member Functions inherited from Wizt::Fish< Fiber::Grid >
	Fish (const string &s="grid", int prior=2)
	Constructor, optionally pass a parameter of this grid's name (ie.
virtual	~Fish ()
	Destructor.
void	registerGridAsOutput ()
	Make grid visible as output.
Fiber::Bundle::GridInfo_t	findMostRecentGrid (GridSelector &GS, const RefPtr< ValuePool > &VP, const Fiber::BundlePtr &SpaceTime=Fiber::BundlePtr(NullPtr())) const
	This is a convenience function to find the most recent grid for the current time ( Fish<Slice>() or virtual function getTime() ).
Fiber::Bundle::GridInfo_t	findMostRecentGrid (const RefPtr< ValuePool > &VP, const Fiber::BundlePtr &SpaceTime=Fiber::BundlePtr(NullPtr())) const
	Find the most recent grid for the current time ( Fish<Slice>() or virtual function getTime() ).
bool	IterateLevelsOnMostRecentGrid (LevelIterator &LI, const RefPtr< ValuePool > &Context, const Fiber::BundlePtr &SpaceTime=Fiber::BundlePtr(NullPtr())) const
	Iterate over all the selected levels of a Grid via an instance of the LevelIterator.
RefPtr< Fiber::Field >	getField (const Fiber::FieldSelector &FS, const RefPtr< ValuePool > &VP, const Fiber::BundlePtr &SpaceTime=Fiber::BundlePtr(NullPtr()))
	Retrieve a field for the given FieldSelector on the currently selected Grid.
Public Member Functions inherited from Wizt::Fish< double >
	Fish ()
	Default constructor.
	~Fish ()
	Destructor.
virtual double	getTime (const RefPtr< ValuePool > &VP, const RefPtr< Fiber::Bundle > &SpaceTime) const =0
	Most virtual time retrieval function.
virtual int	getMaxRefinementLevel (const RefPtr< ValuePool > &VP) const
	Get the maximum refinement level that we seek to handle here.
virtual int	getMinRefinementLevel (const RefPtr< ValuePool > &VP) const
bool	IterateLevels (LevelIterator &LI, const Fiber::Info< Fiber::Grid > &G, const RefPtr< ValuePool > &Context) const
	Iterate over the diverse refinement levels of a Grid, which may exist at times different from the given coarsest grid.
Public Member Functions inherited from Wizt::VConnectable
virtual void	adjustConnections (const RefPtr< VSlot > &ChangedSlot, const RefPtr< VParameter > &par)
VSlotContainer::AttachErrorCode	attach (const ParameterID &whichone, VSlotContainer &sourceObject, const ParameterID &sourceName)
AttachErrorCode	attach (const RefPtr< VParameter > &OldParam, const RefPtr< VParameter > &NewParam, const string &Member={})
AttachErrorCode	attachUniqueObject (const RefPtr< VParameter > &param, const RefPtr< VCreationPreferences > &VCP=NullPtr(), bool ReallyUnique=true)
AttachErrorCode	attachUniqueObject (const RefPtr< VSlot > &slot, const RefPtr< VCreationPreferences > &VCP=NullPtr(), bool ReallyUnique=true)
RefPtr< VSlot >	Connect (const RefPtr< VParameter > &SourceParam)
RefPtr< VSlot >	ConnectInterface (const RefPtr< VSlotContainer > &Provider, const RefPtr< InterfaceBase > &IB)
virtual bool	CreatedFilteredConnection (const RefPtr< VParameter > &SourceParam)
Public Member Functions inherited from Wizt::VSlotContainer
Ageable &	age (const RefPtr< ValuePool > &VP)
const Ageable &	age (const RefPtr< ValuePool > &VP) const
const Ageable &	ConnectionAge () const
bool	ConnectionsHaveChanged (const RefPtr< ValuePool > &VP) const
bool	HasYoungerInput (const RefPtr< ValuePool > &Context, int RecursionLevel=0) const
Ageable	YoungestInput (const RefPtr< ValuePool > &Context) const
Ageable	YoungestOutput (const RefPtr< ValuePool > &Context) const
Ageable	YoungestUncachedInput (const RefPtr< ValuePool > &Context) const
bool	CheckIfThereExistNewerOutputs (const VRequest &request, bool AdjustObjectAge) const
RefPtr< VSlot >	addParameter (const ParameterID &name, int EL, const RefPtr< VParameter > &param, bool overwriteExistingSlot)
virtual bool	allowParameterReplacement (const RefPtr< VParameter > &NewParam, const RefPtr< VParameter > &OldParam, const string &localName, int ExpertLevel)
virtual int	connectSlots (const VSlotContainerPtr &vobj)
bool	removeParameter (const ParameterID &s)
RefPtr< VParameter >	getParameter (const ParameterID &s) const
RefPtr< VSlot >	getSlot (const ParameterID &s, int &EL) const
bool	setSlotValueFromText (const ParameterID &s, const string &ValueText, const RefPtr< ValuePool > &VP, const string &theMember={})
RefPtr< VSlot >	findSlot (const RefPtr< VParameter > &param) const
string	getSlotName (const RefPtr< VParameter > &param) const
bool	AddAction (const ParameterID &s, const RefPtr< ValueActionBase > &VAB)
bool	AddAction (const RefPtr< VSlot > &ActionSlot, bool(DerivedObject::*Action)(const RefPtr< VValueBase > &value))
RefPtr< VParameter >	mkUniqueParameterInput (const ParameterID &s, const string &ContainerName)
int	getExpertLevel (const ParameterID &s) const
int	setExpertLevel (const ParameterID &s, int EL)
int	getExpertLevel (const RefPtr< VParameter > &) const
int	getExpertLevel (const RefPtr< VSlot > &S) const
int	setExpertLevel (const RefPtr< VSlot > &S, int EL)
int	setExpertLevel (const RefPtr< VParameter > &s, int EL)
bool	hasChanged (const ParameterID &s, const RefPtr< ValuePool > &Context) const
bool	hasChanged (const RefPtr< VSlot > &, const RefPtr< ValuePool > &Context) const
bool	hasChanged (const RefPtr< ValuePool > &Context, int n,...) const
bool	hasChanged (RefPtr< ValuePool > Context,...) const
virtual bool	ignoreInput (const RefPtr< VSlot > &theSlot) const
bool	getParameterValue (Type &Variable, const ParameterID &s, const RefPtr< ValuePool > &VP) const
bool	getParameterValue (Type &Variable, const ParameterID &s, const VContext &C) const
bool	getParameterValue (Type &Variable, const ParameterID &s, const VRequest &R) const
bool	setParameterValue (const Type &Variable, const ParameterID &s, const RefPtr< ValuePool > &VP, bool autoCreateLocalValue) const
bool	setParameterValue (const Type &Variable, const ParameterID &s, VContext &C, bool autoCreateLocalValue) const
bool	setParameterValue (const Type &Variable, const ParameterID &s, VRequest &R, bool autoCreateLocalValue=false) const
RefPtr< VSlot >	addParam (const ParameterID &name, const Type &init, const RefPtr< VCreationPreferences > &VP=NullPtr(), int expertLevel=0, bool overwriteExistingSlot=true)
bool	setParameterProperty (const ParameterID &param, const string &Properties, const RefPtr< VValueBase > &Value=NullPtr())
RefPtr< VSlot >	addFloatParam (double init, const ParameterID &param, double min, double max, const RefPtr< VCreationPreferences > &IP=NullPtr(), int expertLevel=0)
AttachErrorCode	attach (const RefPtr< VParameter > &OldParam, const RefPtr< VParameter > &NewParam, const string &Member={})
int	iterateParameters (int expertLevel, VSlotIterator &VIIt) const
int	iterateInputSlots (int expertLevel, VSlotIterator &VIIt) const
int	iterateInputs (VSlotIterator &VIIt, int expertLevel=0)
int	iterate_inputs (const std::function< bool(VSlot &what, int ExpertLevel)>) const
RefPtr< VSlot >	getUniqueInputSlot (const type_info &what)
int	getNumberOfParameters (int expertLevel) const
virtual bool	implements (const type_info &what) const
virtual RefPtr< VParameter >	getImplementation (const type_info &what, const string &name={}, const string &member={}) const
RefPtr< VSlot >	getImplementationSlot (const type_info &what, const string &Name={}, const string &Member={}) const
VAcceptInfoList_t	getAcceptInfoList (const std::type_info &request_type) const
bool	provides (const RefPtr< VSlot > &OutputSlot) const
RefPtr< VSlot >	findOutputSlot (const RefPtr< VParameter > &Who) const
bool	isYounger (const RefPtr< VParameter > &OutputParam, const RefPtr< ValuePool > &VP) const
bool	isNewlyConnected (const RefPtr< VParameter > &Who, const RefPtr< ValuePool > &VP) const
bool	hasNewlyConnectedOutputs (const RefPtr< ValuePool > &VP) const
void	findNewlyConnectedOutputs (const RefPtr< ValuePool > &VP, VSlotSet &WhichOnes) const
RefPtr< VSlot >	getOutput (const string &Name) const
RefPtr< MemCore::StringList >	getOutputs (const type_info &what=typeid(void)) const
virtual int	iterateOutputs (VOutputIterator &VOut, const type_info &just_these=typeid(void)) const
bool	registerOutput (const RefPtr< VParameter > &P, const string &AsName={})
bool	registerOutput (const RefPtr< VParameter > &P, const string &AsName, const type_info &MemberType, const string &UseMember)
bool	registerOutput (const RefPtr< VParameter > &P, const type_info &MemberType, const string &UseMember)
int	getNumberOfInputs () const
int	getNumberOfOutputs () const
bool	hasChangedSlots (const MemCore::Intercube &IC, const RefPtr< ValuePool > &Context) const
auto	include_self (const std::tuple< SlotList... > &t) const -> decltype(std::tuple_cat(std::make_tuple(this), t))
Public Member Functions inherited from MemCore::ReferenceBase< VManagedObjectBase >
auto	getObjectCountID () const noexcept
bool	isIdentical (const WeakPtr< Object, Object > &PossibleSelf) const noexcept
void	mkAutoDestructive ()
refcount_t	refcount () const noexcept
	ReferenceBase (Object *that) noexcept
const auto &	self () const
refcount_t	wrefcount () const noexcept
Public Member Functions inherited from Wizt::FloatOrigin
RefPtr< Chunk< Eagle::point3 > >	computeShiftedCoordinates (const RefPtr< Chunk< Eagle::point3 > > &RawCoordinates, const Eagle::tvector3 &TranslationVector) const
VRenderContext::ModelViewState	getCoordinateTranslation (const VRenderContext &Context, Eagle::tvector3 &TranslationVector) const
VRenderContext::ModelViewState	getCoordinateTranslation (const VRenderContext &Context, Intercube &IC, Eagle::tvector3 &TranslationVector) const
Public Member Functions inherited from Wizt::VStateCreatorBase
RefPtr< State > &	getState (const WeakPtr< ValuePool > &VP) const
RefPtr< InterfaceBase >	hasLocalInterface (const type_info &InterfaceType) const
RefPtr< State >	myState (const WeakPtr< ValuePool > &Context) const
virtual RefPtr< State >	newState () const
void	setState (const WeakPtr< ValuePool > &, const RefPtr< State > &st) const

Public Attributes
TypedSlot< FragmentSelector >	MyFragmentSelector
	The input slot for selecting fragments out of a collection of fragments.
TypedSlot< int >	MyNumOfRefFragments
TypedSlot< Options >	MyOptions
TypedSlot< double >	tsFloatOriginThreshold
Public Attributes inherited from Wizt::VertexFieldCollection
RefPtr< VertexField >	Positions
	The coordinates are a field that will always be available here.
Public Attributes inherited from Wizt::Fish< Fiber::Grid >
TypedSlot< Fiber::Grid >	MyGrid
Public Attributes inherited from Wizt::VSlotContainer
	AllLevels
	DestParameterNotFound
	InvalidDestParameter

Additional Inherited Members
Public Types inherited from Wizt::VertexFieldCollection
enum	{ NumberOfInputFields = 1 }
Public Types inherited from Wizt::VSlotContainer
enum	AttachErrorCode
typedef void	AcceptableInputTypes
typedef VSlotSet	CreationSlots_t
typedef VSlot::Empty< I >	Empty
Public Types inherited from MemCore::ReferenceBase< VManagedObjectBase >
typedef Object	reference_domain_t
typedef WeakPtr< Object, Object >	SelfPtr_t
Static Public Member Functions inherited from Wizt::VConnectable
static bool	attachSlot (const WeakPtr< VSlot > &DestSlot, const RefPtr< VParameter > &ProvidedParam, const string &Member={})
static bool	attachSlot (const WeakPtr< VSlot > &DestSlot, const RefPtr< VSlot > &SourceSlot, const string &Member={})
static bool	detachSlot (const RefPtr< VSlot > &SourceSlot)
Static Public Member Functions inherited from Wizt::VSlotContainer
static const char *	AttachErrorCodeMessage (AttachErrorCode)
static bool	attachParameter (const RefPtr< VParameter > &theProvidedParam, const WeakPtr< VSlot > &theDestSlot, const string &theMember={})
Static Public Member Functions inherited from Wizt::ValueCacheable
static ValueCache &	consider (MemCore::Intercube &IC, const WeakPtr< VSlot > &VS, const RefPtr< ValuePool > &Context)
static ValueCache &	getValueCache (MemCore::Intercube &IC)
static bool	hasChangedSlots (const WeakPtrToVSlotContainer &theSlotOwner, const MemCore::Intercube &IC, const RefPtr< ValuePool > &Context)
Static Public Member Functions inherited from Wizt::FloatOrigin
static VRenderContext::ModelViewState	getTranslationVector (const VRenderContext &Context, Intercube &IC, Eagle::tvector3 &TranslationVector, double CameraShiftThreshold)
static Eagle::tvector3	getTranslationVector (Intercube &IC)
Protected Member Functions inherited from Wizt::VSlotContainer
virtual void	setup (const CreationSlots_t &CreationSlots)
Protected Member Functions inherited from MemCore::ReferenceBase< VManagedObjectBase >
virtual void	extremeUnction ()
ReferenceBase &	operator= (const ReferenceBase &R)
void	suicide ()

Detailed Description

A helper class that supports rendering of a collection of fragments from various fields.

A collection of fragments may be all data sets of a fragmented field, as well as some subset of such that is determined by a FragmentSelector. For each geometrical region, there may be multiple fields available (as specified by the VertexFieldCollection), which are all shuffled to a collection of Vertex Buffer Object, ready to be used by some fragment shader that needs to be implemented in a child class.

Within the fragment shader, the respective field data will be available as arrays under the names under which they are stored in the VertexFieldCollection . For instance, the constructor of a child class would contain the following line:

(*this)["normalvectors"] = new VBOField<TypedNormalArray<Eagle::tvector3> >(this, "vectorfield");

Wizt::VBOField

Associate a Field with some vertex array that is uniquely defined by its type, such as a ColorArray.

Definition VertexField.hpp:159

It defines that the child class will use some input field named "vectorfield" that is provided to the fragment shader under the name "normalvectors".

Via the FragmentSelector this class also supports \i selective drawing of regions of interest.

Author: Werner Benger

Member Function Documentation

◆ appendOnDemandFragments()

bool Wizt::FragmentPainter::appendOnDemandFragments	(	VGLRenderContext &	Context,
		const RefPtr< VBO > &	myVBO,
		int	RefinementLevel,
		const WeakPtr< Representation > &	RefinementRep,
		const RefPtr< FragmentID > &	fragment_identifier,
		const Fiber::Fragment &	FragmentData,
		const RefPtr< GLProgram > &	Shader ) const

virtual

Virtual function to allow derived classes to create data on demand, i.e.

only when requested and required for rendering. Use in cooperation with YoungestDependency() to specify when a cached VBO shall be re-created. This function will never be called if those input data change otherwise.

◆ CacheableVariables()

RefPtr< ValueSet > Wizt::FragmentPainter::CacheableVariables ( const RefPtr< ValuePool > & Context ) const

virtual

Return a set of variables for which the results shall be cached, i.e.

there resides an OpenGL object for each state of each of those variables. They are all kept in memory until the cache is full. A typical example are fields. So when the user switches from one field to another field, and back to the first one, the OpenGL object does not need to be recomputed again, but is retrieved from the Cache. A typical counter example is a floating point value, since that one has an infinite number of possibilities. And it is unlikely that a user will accidentally switch back to an old value of a float slider, thus caching relative to float values is not reasonable. It is still possible, however, and could make sense if float values are rounded.

A typical implementation of this function, assuming two slots "MyGrid" and "MyField") looks like this:

RefPtr<ValueSet> CacheableVariables(const RefPtr<ValuePool>&Context) const
{
RefPtr<ValueSet> retval = new ValueSet( MyGrid(Context) );
              *retval << (*MyField)(Context);
        return retval;
}

Deprecated

Reimplemented in Wizt::VertexRenderObject.

◆ createRenderer()

RefPtr< VBO::Renderer > Wizt::FragmentPainter::createRenderer	(	VGLRenderContext &	Context,
		const RefPtr< MemBase > &	FieldCoordinates,
		const RefPtr< FragmentSelector > &	FS ) const

virtual

Create a Renderer object for the VBO, which by default is a DrawArrays() renderer that emits points for each vertex.

The Renderer is kept alive as long as the VBO it belongs to is kept alive.

Reimplemented in Wizt::SplatRenderObject, and Wizt::VertexGeometryShader.

◆ FragmentSelectionField()

string Wizt::FragmentPainter::FragmentSelectionField ( ) const

virtual

Return the name of the field that will be responsible for the coordinates of the fields.

By default, this will be "Positions".

Referenced by GLCacheField(), and renderFragments().

◆ GLCacheField()

string Wizt::FragmentPainter::GLCacheField ( const RefPtr< ValuePool > & Context ) const

virtual

The name of the field that will be used for caching opengl VBO's at each of this fragments.

This is a temporary workaround. It will NOT work correctly if a VBO depends on multiple fields. The VBO will only change if the GLCacheField changes (ie., its fragments).

There will be ONE VBO per fragment of this GLCacheField.

Per default, this will be the FragmentSelectionField().

If a rendering method implements a vector field visualization of Grid that does not change, then this function would refer to the name of that vector field. However, if the coordinates changes but not the vector field, it will still display the same. This needs to be reworked.

Reimplemented in VectorViz::VectorSpeckle.

References FragmentSelectionField().

◆ setRendererParameters()

void Wizt::FragmentPainter::setRendererParameters	(	VGLRenderContext &	Context,
		const RefPtr< VBO::Renderer > &	theRenderer,
		const RefPtr< CreativeArrayBase > &	VertexCoordinates,
		const RefPtr< GLProgram > &	theShaderProgram ) const

pure virtual

Given a Renderer, which usually is has been created by the createRenderer() virtual function, modify its parameters, depending on the context.

In contrast to the cacheable variables (see CacheableVariables() ), these parameters that are modified here do not require re-creation of a VBO object. This function will be called just before the VBO object is called to re-render the already loaded data.

Parameters

theShaderProgram The Program which will be used for rendering. It will be null if no Shader Program is used.

◆ VBOCacheKey()

string Wizt::FragmentPainter::VBOCacheKey ( const RefPtr< ValuePool > & Context ) const

virtual

A child-class defined arbitrary string used to extend the cache modifier.

Reimplemented in Wizt::TensorShaderBase.

◆ YoungestDependency()

Ageable Wizt::FragmentPainter::YoungestDependency	(	const RefPtr< ValuePool > &	Context,
		const WeakPtr< Representation > &	RefinementRep ) const

virtual

Optional child class for specifying dependencies that may have changed and require re-creation of a cached VBO.

This function is to be used in cooperation with appendOnDemandFragments().

Reimplemented in Wizt::TensorShaderBase.

References Wizt::Ageable::InfinitelyOld().

Public Member Functions

Public Attributes

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ appendOnDemandFragments()

◆ CacheableVariables()

◆ createRenderer()

◆ FragmentSelectionField()

◆ GLCacheField()

◆ setRendererParameters()

◆ VBOCacheKey()

◆ YoungestDependency()