Fiber::FragmentTopology Struct Reference

Inheritance diagram for Fiber::FragmentTopology:

Public Types
typedef TypedArray< RefPtr< FragmentID > >	FragmentArray_t
using	NamedSkeleton_t = std::map<std::string, MemCore::WeakPtr<Fiber::Skeleton>>
	A helper type to store a set of skeletons via some (unique) textual identifier.
using	FragmentSkeletonSearch_t = std::tuple<string, RefPtr<Fiber::Skeleton>>
Public Types inherited from Eagle::StrongPtr< Object, ObjectBase >
typedef WeakPtr< Object, ObjectBase >::ObjectBase_t	ObjectBase_t
Public Types inherited from MemCore::WeakPtr< Object, ObjectBase >
typedef Object	object_t
typedef ObjectBase	ObjectBase_t
typedef RefPtrTypeTrait< Object, ObjectBase >::ReferencePointerType	pointer_t
typedef RefPtrTypeTrait< Object, ObjectBase >::ReferenceValueType	refvalue_t
Public Types inherited from MemCore::DynPtr< Object, ObjectBase >
typedef Object	object_t

Public Member Functions
bool	assign (const RefPtr< Grid > &theGrid, const SkeletonID &S, int FragmentTopologyDimension)
	FragmentTopology (const RefPtr< Grid > &theGrid, const SkeletonID &S, int FragmentTopologyDimension)
Public Member Functions inherited from Fiber::TypedGrid
bool	assign (const RefPtr< Grid > &theGrid)
bool	invalidate ()
	Invalidate the stored Grid pointer and return false.
Public Member Functions inherited from Eagle::StrongPtr< Object, ObjectBase >
StrongPtr &	assignStrong (const DynPtr_t &other)
StrongPtr &	assignStrong (const ReferenceBase< ObjectBase_t > *Obj)
StrongPtr &	assignStrong (const std::nullptr_t &)
auto	operator() (Arguments...parameters) const -> decltype((*this->getPtrValue())(parameters...))
refvalue_t &	operator* () const
pointer_t	operator-> () const
StrongPtr &	operator= (const DynPtr_t &other)
StrongPtr &	operator= (const ReferenceBase< ObjectBase_t > *Obj)
StrongPtr &	operator= (const std::initializer_list< StrongPtr > &other)
StrongPtr &	operator= (const std::nullptr_t &)
StrongPtr &	operator= (const StrongPtr &other)
auto	operator[] (const IndexType &I) const -> decltype((*this->getPtrValue())[I])
	StrongPtr (const ReferenceBase< ObjectBase_t > *Obj)
	StrongPtr (const ReferenceBase< ObjectBase_t > *Obj, const NotNullPtr &)
	StrongPtr (const std::nullptr_t &)
	StrongPtr (const StrongPtr< ChildObject, ObjectBase > &Other)
	StrongPtr (const StrongPtr< Object, ObjectBase > &Other)
	StrongPtr (const WeakPtr< ChildObject, ObjectBase_t > &Other)
Public Member Functions inherited from MemCore::WeakPtr< Object, ObjectBase >
	WeakPtr (const std::nullptr_t &)
	WeakPtr (const ReferenceBase< ObjectBase > *Obj)
	WeakPtr (const ReferenceBase< ObjectBase > *Obj, const NotNullPtr &)
	WeakPtr (const WeakPtr< AnyObject, ObjectBase > &Other)
	WeakPtr (const WeakPtr &Other)
pointer_t	getPtrValue () const
pointer_t	operator-> () const
refvalue_t &	operator* () const
size_t	operator~ () const
WeakPtr &	assignWeak (const WeakPtr &other)
WeakPtr &	operator= (const WeakPtr &other)
Public Member Functions inherited from MemCore::DynPtr< Object, ObjectBase >
const DynPtr &	getDynPtr () const noexcept
const type_info &	getType () const noexcept
bool	isAssignable (const DynPtr< ObjectBase, ObjectBase > &Other) const noexcept
	operator void * () const noexcept
bool	operator! () const noexcept
void	speak (const char *s, const char *prefix="") const noexcept
void	Speak (const char *s, const char *prefix="") const

Static Public Member Functions
static bool	isAPossibleFragmentSkeletonID (const SkeletonID &Candidate, const SkeletonID &BaseSkeletonID)
	Check if a skeleton ID could possibly be the fragment skeleton for a given base space.
static void	create (Grid &theGrid, const SkeletonID &S, const RefPtr< FragmentArray_t > &theFragmentArray, int FragmentTopologyDimension)
static FragmentSkeletonSearch_t	findHighestDimensionalSkeleton (const SkeletonID &WhichOne, const NamedSkeleton_t &AvailableGridSkeletons)
	Search for highest dimensional skeleton topology that is two two index depths deeper.
static RefPtr< Skeleton >	findHighestDimensionalSkeleton (const SkeletonID &WhichOne, const SkeletonMap &AvailableGridSkeletons)
	Search for highest dimensional skeleton topology that is two index depths deeper.
static RefPtr< Representation >	findHighestDimensionalRepresentation (const SkeletonID &WhichOne, const SkeletonMap &AvailableGridSkeletons)
	Search for highest dimensional skeleton topology with relative representation into the current one instead of just looking two index depths deeper.
static RefPtr< Field >	findHighestDimensionalFragmentationField (const SkeletonID &WhichOne, const SkeletonMap &AvailableGridSkeletons)
static FragmentSkeletonSearch_t	findMatchingSkeleton (const SkeletonID &WhichOne, const NamedSkeleton_t &AvailableGridSkeletons)
static FragmentSkeletonSearch_t	findSkeletonWithRelativeRepresentation (const SkeletonID &WhichOne, int DimensionOfFragmentSkeleton, const NamedSkeleton_t &AvailableGridSkeletons)
Static Public Member Functions inherited from MemCore::DynPtr< Object, ObjectBase >
static const DynPtr &	getNullPtr () noexcept

Public Attributes
RefPtr< Skeleton >	FragmentSkeleton
RefPtr< Representation >	FragmentsAsBaseElements
	Fields per fragment providing coordinate-independent information.
RefPtr< FragmentArray_t >	FragmentArray

Additional Inherited Members
Protected Member Functions inherited from MemCore::WeakPtr< Object, ObjectBase >
	WeakPtr (Object *that, const SelfInitialize &)
Protected Member Functions inherited from MemCore::DynPtr< Object, ObjectBase >
	DynPtr (const DynPtr< AnyObject, ObjectBase > &Other) noexcept
	DynPtr (const std::nullptr_t &) noexcept

Member Function Documentation

findHighestDimensionalRepresentation()

RefPtr< Representation > Fiber::FragmentTopology::findHighestDimensionalRepresentation ( const SkeletonID & WhichOne, const SkeletonMap & AvailableGridSkeletons )

static

Search for highest dimensional skeleton topology with relative representation into the current one instead of just looking two index depths deeper.

The set of Skeletons is given in a SkeletonMap, thus a Grid can be specified here.

References Fiber::Skeleton::Dims(), and isAPossibleFragmentSkeletonID().

findHighestDimensionalSkeleton()

RefPtr< Skeleton > Fiber::FragmentTopology::findHighestDimensionalSkeleton ( const SkeletonID & WhichOne, const SkeletonMap & AvailableGridSkeletons )

static

Search for highest dimensional skeleton topology that is two index depths deeper.

The set of Skeletons is given in a SkeletonMap, thus a Grid can be specified here.

References isAPossibleFragmentSkeletonID().

isAPossibleFragmentSkeletonID()

bool Fiber::FragmentTopology::isAPossibleFragmentSkeletonID ( const SkeletonID & Candidate, const SkeletonID & BaseSkeletonID )

static

Check if a skeleton ID could possibly be the fragment skeleton for a given base space.

This means its index depth must be two times larger and the refinement levels must be compatible.

References Fiber::SkeletonID::IndexDepth(), and Fiber::SkeletonID::NumberOfRefinementLevels().

Referenced by findHighestDimensionalRepresentation(), findHighestDimensionalSkeleton(), and findHighestDimensionalSkeleton().