Wizt::RenderFields Class Reference

Handling a hierarchy of fields. More...

#include <RenderFields.hpp>

Inheritance diagram for Wizt::RenderFields:

Classes
struct	NamedField

Public Types
using	RefinementIndex = Fiber::SkeletonID
	Map from input slots to fields.
using	result = MemCore::CreatorBase< Fiber::MemBase >::result

Public Member Functions
void	resetRenderFields ()
	RenderFields (const RenderFields &RF)
void	operator= (const RenderFields &RF)=delete
void	assignRenderFields (const RenderFields &RF)
NamedField	find (const RefinementIndex &Id, const RenderNamespace::glsl &ShaderAttributeName) const
bool	find (const RefinementIndex &Id) const
void	insert (const NamedField &N, const RefinementIndex &Id, const RenderNamespace::glsl &ShaderAttributeName)
void	insert (const RefinementIndex &Id, const RenderNamespace::glsl &ShaderAttributeName, const NamedField &N)
void	erase (const RefinementIndex &Id, const RenderNamespace::glsl &ShaderAttributeName)
int	iterate (const RefinementIndex &RI, const std::function< bool(const RenderNamespace::glsl &ShaderAttribute, const string &Fieldname, const RefPtr< Fiber::Field > &F)> &callback) const
int	iterate (const std::function< bool(const RenderNamespace::glsl &ShaderAttribute, const string &Fieldname, const RefPtr< Fiber::Field > &F)> &callback) const
bool	checkIfFieldFragmentCreatorsAreNewerThan (const RefinementIndex &RI, const RefPtr< AnemoneCreatorBase > &myAnemoneCreator, const RefPtr< Fiber::FragmentID > &Fid) const
void	request (const RefPtr< Fiber::FragmentID > &myFragmentID, const result &R=nullptr) const
	Asynchronity: Request this fragment from all fields managed in here.
bool	isUnderCreation (const RefPtr< Fiber::FragmentID > &myFragmentID) const
	Asynchronity: Check whether one or more data fragments are under creation.
auto	operator!= (const RenderFields &RF) const
auto	operator== (const RenderFields &RF) const

Detailed Description

Handling a hierarchy of fields.

Member Typedef Documentation

RefinementIndex

using Wizt::RenderFields::RefinementIndex = Fiber::SkeletonID

Map from input slots to fields.

Consider registering TypedSlot<Fiber::Field> instead and providing convenience functions to evaluate all such registered field slots.

Alternatively, we could also just iterate over all input slots of type field and handle them.