Inheritance diagram for Fiber::FragmentedUniformGrid3D:

Public Types
typedef UniformCartesianArray	CoordsArray_t
Public Types inherited from Fiber::RegularlyFragmentedGridWithCartesianVertices< 3 >
typedef MemArrayBase< VertexDims >	CoordsArray_t
Public Types inherited from Fiber::RegularlyFragmentedGrid< VertexDims >
typedef MemArray< VertexDims, RefPtr< FragmentID > >	FragmentArray_t
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
	FragmentedUniformGrid3D (const RefPtr< Grid > &theGrid)
	FragmentedUniformGrid3D (const Grid &theGrid)
bool	assign (const RefPtr< Grid > &theGrid)
RefPtr< CoordsArray_t >	getCoords (const MultiIndex< 3 > &I) const
	Get the coordinates for the given fragment via its fragment index.
bool	isValid () const
Public Member Functions inherited from Fiber::RegularlyFragmentedGridWithCartesianVertices< 3 >
RefPtr< CreativeArrayBase >	getCoordCreator (const MultiIndex< VertexDims > &I) const
RefPtr< MemBase >	getCoordData (const MultiIndex< VertexDims > &I) const
RefPtr< CoordsArray_t >	getCoords (const MultiIndex< VertexDims > &I) const
RefPtr< RegularlyFragmentedField< VertexDims > >	newVertexField (const char *Fieldname)
	Create a new regularly fragmented field on the vertices under the given name, overwriting an existing field.
RefPtr< RegularlyFragmentedField< VertexDims > >	getVertexField (const char *Fieldname)
	Find a new regularly fragmented field on the vertices under the given name, creating a new one if not found.
MultiIndex< VertexDims >	NumberOfFragments () const
	Get the number of fragments here as multi-dimensional index.
bool	isValid () const
bool	assign (const RefPtr< Grid > &theGrid)
Public Member Functions inherited from Fiber::RegularlyFragmentedGrid< VertexDims >
MultiIndex< VertexDims >	NumberOfFragments () const
	Get the number of fragments here as multi-dimensional index.
RefPtr< FragmentID >	getFragmentID (const MultiIndex< VertexDims > &FragmentIndex) const
	Get the fragment ID for the given fragment index.
	RegularlyFragmentedGrid (const RefPtr< Grid > &G=nullptr)
bool	assign (const RefPtr< Grid > &theGrid)
Public Member Functions inherited from Fiber::RegularlyFragmentedGridBase
bool	assign (const RefPtr< Grid > &theGrid)
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
Public Member Functions inherited from Fiber::GridWithCartesianVertices
	GridWithCartesianVertices (const RefPtr< Grid > &theGrid=nullptr)
bool	assign (const RefPtr< Grid > &theGrid)
bool	isValid () const

Static Public Member Functions
static FragmentedUniformGrid3D	create (const MultiIndex< 3 > &NumberOfFragments, Grid &myGrid, const Eagle::point3 &start, const MultiIndex< 3 > &PerFragmentDims, const Eagle::point3 &end, const MultiIndex< 3 > &Overlap={1, 1, 1})
	Create a fragmented uniform grid in cartesian coordinates within the given bounding box as specified by the two points.
static FragmentedUniformGrid3D	create (const MultiIndex< 3 > &NumberOfFragments, Grid &myGrid, const Eagle::point3 &start, const Eagle::point3 &end_hint, const Eagle::tvector3 &CellSize, const MultiIndex< 3 > &Overlap)
	Create a fragmented uniform grid in cartesian coordinates with an exact cell size that covers roughly the given bounding box, but may actually be of slighty larger geometric coverage.
static FragmentedUniformGrid3D	create (const MultiIndex< 3 > NumberOfFragments, Grid &myGrid, Eagle::point3 start, MultiIndex< 3 > PerFragmentDims, const Eagle::tvector3 PerFragmentSize, const MultiIndex< 3 > Overlap, const Eagle::tvector3 CellShift)
	Create a fragmented uniform grid in cartesian coordinates with an adjusted cell size to fit into the fragment dims and size CAREFULLY: this function was created to fullfill 'createInternal'.
static FragmentedUniformGrid3D	createInternal (const MultiIndex< 3 > &NumberOfFragments, Grid &myGrid, const Eagle::point3 &start, const Eagle::tvector3 &CellSize, const MultiIndex< 3 > &Overlap, const MultiIndex< 3 > &PerFragmentDims, const Eagle::point3 &EndAsIntegerMultipleOfCellSize)
Static Public Member Functions inherited from Fiber::RegularlyFragmentedGridWithCartesianVertices< 3 >
static RegularlyFragmentedGridWithCartesianVertices	create (Grid &myGrid, const MultiIndex< VertexDims > &NumberOfFragments, bool NeedPerFragmentData=false)
	Create a regularly fragmented grid with cartesian vertices.
Static Public Member Functions inherited from Fiber::RegularlyFragmentedGrid< VertexDims >
static SkeletonID	FragmentSkeletonID (int IndexDepth=0, int RefLevel=0)
static SkeletonID	ID ()
static SkeletonID	FragmentSkeletonID (const SkeletonID &S)
static RegularlyFragmentedGrid	create (Grid &myGrid, const RefPtr< RegularlyFragmentedField< VertexDims > > &VertexPositions, const SkeletonID &FragmentedSkeletonID)
	Create a fragment skeleton on the given Grid.
static RegularlyFragmentedGrid	create (Grid &myGrid, const RefPtr< RegularlyFragmentedField< VertexDims > > &VertexPositions, const RefPtr< Skeleton > &Vertices)
static RegularlyFragmentedGrid	create (Grid &myGrid, const RefPtr< RegularlyFragmentedField< VertexDims > > &VertexPositions)
static RegularlyFragmentedGrid	createFragmentSkeleton (Grid &myGrid, const RefPtr< Skeleton > &Vertices, const RefPtr< RegularlyFragmentedField< VertexDims > > &VertexPositions, Skeleton &FragmentSkeleton)
static RegularlyFragmentedGrid	createWithCartesianVertices (Grid &myGrid, const MultiIndex< VertexDims > &NumberOfFragments)
Static Public Member Functions inherited from Fiber::RegularlyFragmentedGridBase
static SkeletonID	FragmentVerticesSkeletonID ()
static SkeletonID	computeFragmentSkeletonID (const Field &F, const SkeletonID &SID)
static void	create (Grid &myGrid)
Static Public Member Functions inherited from MemCore::DynPtr< Object, ObjectBase >
static const DynPtr &	getNullPtr () noexcept
Static Public Member Functions inherited from Fiber::GridWithCartesianVertices
static GridWithCartesianVertices	create (Grid &myGrid, int Dims, const RefPtr< Field > &Positions)

Public Attributes
RefPtr< UniformCartesianArray >	FragmentCoordinates
	The coordinates, i.e. corner points, of each fragment.
RefPtr< UniformCartesianArray >	FragmentBathycenters
	The bathycenters of each fragment.
Public Attributes inherited from Fiber::RegularlyFragmentedGridWithCartesianVertices< 3 >
RefPtr< Representation >	FragmentVerticesInCartesianCoordinates
	Collection of fields that are defined per fragment vertex in cartesian coordinates.
RefPtr< Representation >	PerFragmentDataInCartesianCoordinates
	Collection of fields that are defined per fragment in cartesian coordinates.
RefPtr< RegularlyFragmentedField< VertexDims > >	Positions
	Field for the vertex coordinates.
Public Attributes inherited from Fiber::RegularlyFragmentedGrid< VertexDims >
RefPtr< Skeleton >	FragmentSkeleton
RefPtr< Representation >	FragmentsAsVertices
	Fields per fragment providing coordinate-independent information.
RefPtr< FragmentArray_t >	FragmentArray
Public Attributes inherited from Fiber::RegularlyFragmentedGridBase
RefPtr< Skeleton >	FragmentVerticesSkeleton
	The Skeleton containing the vertices of fragments, i.e.
Public Attributes inherited from Fiber::GridWithCartesianVertices
RefPtr< Skeleton >	Vertices
RefPtr< Representation >	CartesianVertices
	Collection of all fields given on vertices relative to cartesian coordinates.
RefPtr< Field >	CartesianPositions

Additional Inherited Members
Static Public Attributes inherited from Fiber::RegularlyFragmentedGrid< VertexDims >
static constexpr int	Dims = VertexDims
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

◆ create() [1/2]

FragmentedUniformGrid3D Fiber::FragmentedUniformGrid3D::create	(	const MultiIndex< 3 > &	NumberOfFragments,
		Grid &	myGrid,
		const Eagle::point3 &	start,
		const MultiIndex< 3 > &	PerFragmentDims,
		const Eagle::point3 &	end,
		const MultiIndex< 3 > &	Overlap = {1,1,1} )

static

Create a fragmented uniform grid in cartesian coordinates within the given bounding box as specified by the two points.

Todo: Overlap: change setFragmentOverlap {x,x,x}, FragmentBBoxMin and SetFragmentOffset.

Use CellDiagonal as primary parameter (remove end from create). Second Function!!!

References createInternal(), std::end(), and Fiber::RegularlyFragmentedGridWithCartesianVertices< 3 >::NumberOfFragments().

◆ create() [2/2]

FragmentedUniformGrid3D Fiber::FragmentedUniformGrid3D::create	(	const MultiIndex< 3 >	NumberOfFragments,
		Grid &	myGrid,
		Eagle::point3	start,
		MultiIndex< 3 >	PerFragmentDims,
		const Eagle::tvector3	PerFragmentSize,
		const MultiIndex< 3 >	Overlap,
		const Eagle::tvector3	CellShift )

static

Create a fragmented uniform grid in cartesian coordinates with an adjusted cell size to fit into the fragment dims and size CAREFULLY: this function was created to fullfill 'createInternal'.

Another create function: We use fragment size and dims.

to get a correct result a Overlap - 1 was applied on the PerFragmentDims -> Why is this neccesary?

References createInternal(), and Fiber::RegularlyFragmentedGridWithCartesianVertices< 3 >::NumberOfFragments().

◆ createInternal()

FragmentedUniformGrid3D Fiber::FragmentedUniformGrid3D::createInternal	(	const MultiIndex< 3 > &	NumberOfFragments,
		Grid &	myGrid,
		const Eagle::point3 &	start,
		const Eagle::tvector3 &	CellSize,
		const MultiIndex< 3 > &	Overlap,
		const MultiIndex< 3 > &	PerFragmentDims,
		const Eagle::point3 &	EndAsIntegerMultipleOfCellSize )

static

Verbose(0) << "<0,0,0 ----> " << U[{0,0,0}] << " <1,1,1> " << U[{1,1,1}] << " <2,2,2> " << U[{2,2,2}] << " Size " << U.Size() << " U delta = " << U.Delta();

References Fiber::RegularlyFragmentedGridWithCartesianVertices< VertexDims >::create(), FragmentCoordinates, Fiber::IsLargerThan(), Fiber::RegularlyFragmentedGridWithCartesianVertices< 3 >::NumberOfFragments(), Fiber::RegularlyFragmentedGridWithCartesianVertices< 3 >::Positions, and Fiber::Representation::setPositions().

Referenced by create(), create(), and create().

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Additional Inherited Members

Member Function Documentation

◆ create() [1/2]

◆ create() [2/2]

◆ createInternal()