3D Foliated triangulation More...

#include <Foliated_triangulation.hpp>

Inheritance diagram for cdt::foliated_triangulations::FoliatedTriangulation< 3 >:

Collaboration diagram for cdt::foliated_triangulations::FoliatedTriangulation< 3 >:

Public Member Functions
	FoliatedTriangulation ()=default
	Default ctor.
	FoliatedTriangulation (Causal_vertices_t< 3 > const &causal_vertices, double const t_initial_radius=INITIAL_RADIUS, double const t_foliation_spacing=FOLIATION_SPACING)
	Constructor from Causal_vertices.
	FoliatedTriangulation (Delaunay triangulation, double const initial_radius=INITIAL_RADIUS, double const foliation_spacing=FOLIATION_SPACING)
	Constructor using delaunay triangulation Pass-by-value-then-move. Delaunay is the ctor for the Delaunay triangulation.
	FoliatedTriangulation (FoliatedTriangulation &&other) noexcept=default
	Move constructor.
	FoliatedTriangulation (FoliatedTriangulation const &other)
	Copy Constructor.
	FoliatedTriangulation (Int_precision const t_simplices, Int_precision const t_timeslices, cdt::Random &&generator, double const t_initial_radius=INITIAL_RADIUS, double const t_foliation_spacing=FOLIATION_SPACING)
	Construct from an explicit temporary initialization stream.
	FoliatedTriangulation (Int_precision const t_simplices, Int_precision const t_timeslices, cdt::Random &generator, double const t_initial_radius=INITIAL_RADIUS, double const t_foliation_spacing=FOLIATION_SPACING)
	Constructor with a caller-owned initialization stream.
	~FoliatedTriangulation ()=default
	Default dtor.
auto	check_all_cells () const -> bool
	Check that all cells are correctly classified.
auto	check_all_vertices () const -> bool
auto	delaunay_snapshot () const -> Delaunay
auto	dimension () const
auto	does_vertex_radius_match_timevalue (Vertex_handle_t< 3 > const t_vertex) const -> bool
	Check the radius of a vertex from the origin with its timevalue.
auto	expected_radius (Vertex_handle_t< 3 > const &t_vertex) const -> double
	Calculates the expected radial distance of a vertex.
auto	expected_timevalue (Vertex_handle_t< 3 > const &t_vertex) const -> int
	Calculate the expected timevalue for a vertex.
auto	fix_cells () -> bool
	Fix all cells in the triangulation.
auto	fix_vertices () -> bool
	Fix vertices with wrong timevalues after foliation.
auto	foliation_spacing () const
auto	initial_radius () const
auto	is_correct () const -> bool
auto	is_correct_with_diagnostics () const -> bool
auto	is_delaunay () const -> bool
auto	is_fixed () -> bool
auto	is_foliated () const -> bool
	Verifies the triangulation is properly foliated.
auto	is_initialized () const -> bool
auto	is_structurally_correct () const -> bool
auto	is_tds_valid () const -> bool
auto	max_time () const
auto	min_time () const
auto	N1_SL () const
auto	N1_TL () const
auto	number_of_finite_cells () const
auto	number_of_finite_edges () const
auto	number_of_finite_facets () const
auto	number_of_one_three_cells () const noexcept -> std::size_t
auto	number_of_spacelike_faces () const noexcept -> std::size_t
auto	number_of_three_one_cells () const noexcept -> std::size_t
auto	number_of_two_two_cells () const noexcept -> std::size_t
auto	number_of_vertices () const
auto	operator= (FoliatedTriangulation &&other) noexcept -> FoliatedTriangulation &
	Move assignment operator.
auto	operator= (FoliatedTriangulation const &other) -> FoliatedTriangulation &
	Copy assignment operator.
void	print () const
	Print triangulation statistics.
void	print_cells () const
	Print timevalues of each vertex in the cell and the resulting cell->info().
void	print_edges () const
	Print timevalues of each vertex in the edge and classify as timelike or spacelike.
void	print_vertices () const
	Print values of a vertex.
void	print_volume_per_timeslice () const
	Print the number of spacelike faces per timeslice.
auto	spacelike_face_count (Int_precision const timevalue) const noexcept -> std::size_t

Friends
void	swap (FoliatedTriangulation &swap_from, FoliatedTriangulation &swap_into) noexcept
	Non-member swap function for Foliated Triangulations.

Detailed Description

3D Foliated triangulation

This class is a wrapper around a Delaunay triangulation. The Delaunay triangulation is augmented with a timevalue for each vertex and a simplex type for each cell. The FoliatedTriangulation class invariant is that the Delaunay triangulation has validly foliated vertices and cells, and has further containers for the various sub-simplicial complexes of the triangulation. Member functions on the same object must not be invoked concurrently. Use owning snapshots when topology must cross an ownership or concurrency boundary. Supported Pachner moves preserve the triangulation-data-structure and causal manifold invariants, but are not required to preserve CGAL's geometric Delaunay predicate. Use is_correct() for canonical simulation states and is_initialized() when the geometric Delaunay property is also required.

See also: Concurrency, ownership, and handlelifetime

Definition at line 1407 of file Foliated_triangulation.hpp.

Constructor & Destructor Documentation

◆ FoliatedTriangulation() [1/6]

cdt::foliated_triangulations::FoliatedTriangulation< 3 >::FoliatedTriangulation ( FoliatedTriangulation< 3 > const & other )

inline

Copy Constructor.

Parameters

other Triangulation to copy.

Definition at line 1555 of file Foliated_triangulation.hpp.

References FoliatedTriangulation(), and swap.

◆ FoliatedTriangulation() [2/6]

cdt::foliated_triangulations::FoliatedTriangulation< 3 >::FoliatedTriangulation ( FoliatedTriangulation< 3 > && other )

defaultnoexcept

Move constructor.

The invariant-bearing Delaunay state transfers its lock owner and detaches the moved-from triangulation as one operation.

Parameters

other Triangulation whose state is transferred.

References FoliatedTriangulation().

◆ FoliatedTriangulation() [3/6]

cdt::foliated_triangulations::FoliatedTriangulation< 3 >::FoliatedTriangulation	(	Delaunay	triangulation,
		double const	initial_radius = INITIAL_RADIUS,
		double const	foliation_spacing = FOLIATION_SPACING )

inlineexplicit

Constructor using delaunay triangulation Pass-by-value-then-move. Delaunay is the ctor for the Delaunay triangulation.

Parameters

triangulation	Delaunay triangulation
initial_radius	Radius of first timeslice
foliation_spacing	Radial separation between timeslices

Precondition: initial_radius is finite and nonnegative; foliation_spacing is finite and positive.

Exceptions

std::invalid_argument if triangulation is empty.

Definition at line 1640 of file Foliated_triangulation.hpp.

References FoliatedTriangulation(), cdt::FOLIATION_SPACING, foliation_spacing(), cdt::INITIAL_RADIUS, and initial_radius().

◆ FoliatedTriangulation() [4/6]

cdt::foliated_triangulations::FoliatedTriangulation< 3 >::FoliatedTriangulation	(	Int_precision const	t_simplices,
		Int_precision const	t_timeslices,
		cdt::Random &	generator,
		double const	t_initial_radius = INITIAL_RADIUS,
		double const	t_foliation_spacing = FOLIATION_SPACING )

inline

Constructor with a caller-owned initialization stream.

Parameters

t_simplices	Desired number of simplices
t_timeslices	Desired number of timeslices
generator	Caller-owned initialization stream whose state is advanced during construction
t_initial_radius	Radius of the first timeslice
t_foliation_spacing	Radial separation between timeslices

Exceptions

std::invalid_argument	if the counts or geometry are invalid, the generated points are not unique, or construction produces no vertices.
std::out_of_range	if a layer population cannot be represented.

Note: The caller-owned generator may have advanced if construction fails after sampling begins.

Definition at line 1681 of file Foliated_triangulation.hpp.

References FoliatedTriangulation(), cdt::FOLIATION_SPACING, cdt::INITIAL_RADIUS, and cdt::foliated_triangulations::make_triangulation().

◆ FoliatedTriangulation() [5/6]

cdt::foliated_triangulations::FoliatedTriangulation< 3 >::FoliatedTriangulation	(	Int_precision const	t_simplices,
		Int_precision const	t_timeslices,
		cdt::Random &&	generator,
		double const	t_initial_radius = INITIAL_RADIUS,
		double const	t_foliation_spacing = FOLIATION_SPACING )

inline

Construct from an explicit temporary initialization stream.

Parameters

t_simplices	Desired number of simplices
t_timeslices	Desired number of timeslices
generator	Temporary initialization stream whose state is consumed during construction
t_initial_radius	Radius of the first timeslice
t_foliation_spacing	Radial separation between timeslices

Exceptions

std::invalid_argument	if the counts or geometry are invalid, the generated points are not unique, or construction produces no vertices.
std::out_of_range	if a layer population cannot be represented.

Definition at line 1702 of file Foliated_triangulation.hpp.

References FoliatedTriangulation(), cdt::FOLIATION_SPACING, and cdt::INITIAL_RADIUS.

◆ FoliatedTriangulation() [6/6]

cdt::foliated_triangulations::FoliatedTriangulation< 3 >::FoliatedTriangulation	(	Causal_vertices_t< 3 > const &	causal_vertices,
		double const	t_initial_radius = INITIAL_RADIUS,
		double const	t_foliation_spacing = FOLIATION_SPACING )

inlineexplicit

Constructor from Causal_vertices.

Parameters

causal_vertices	Causal_vertices to place into the FoliatedTriangulation
t_initial_radius	Radius of first timeslice
t_foliation_spacing	Radial separation between timeslices

Precondition: t_initial_radius is finite and nonnegative; t_foliation_spacing is finite and positive.

Exceptions

std::invalid_argument if causal_vertices is empty or contains duplicate geometric points.

Definition at line 1720 of file Foliated_triangulation.hpp.

References FoliatedTriangulation(), cdt::FOLIATION_SPACING, and cdt::INITIAL_RADIUS.

Member Function Documentation

◆ check_all_cells()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::check_all_cells ( ) const -> bool

inlinenodiscard

Check that all cells are correctly classified.

A default triangulation will have no cells, and for this case the triangulation is correctly classified. A triangulation with cells will have them checked via check_cells.

Returns: True if there are no cells or all cells are validly classified

Definition at line 1990 of file Foliated_triangulation.hpp.

References cdt::foliated_triangulations::check_cells().

Referenced by is_structurally_correct().

◆ check_all_vertices()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::check_all_vertices ( ) const -> bool

inlinenodiscard

Returns: True if all vertices have correct timevalues

Definition at line 1910 of file Foliated_triangulation.hpp.

References cdt::foliated_triangulations::check_vertices().

◆ delaunay_snapshot()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::delaunay_snapshot ( ) const -> Delaunay

inlinenodiscard

Returns: An owning snapshot of the Delaunay triangulation

Mutating the returned value cannot invalidate this object's cached topology classifications.

Definition at line 1795 of file Foliated_triangulation.hpp.

◆ dimension()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::dimension ( ) const

inlinenodiscard

Returns: Dimensionality of triangulation data structure (int)

Definition at line 1826 of file Foliated_triangulation.hpp.

◆ does_vertex_radius_match_timevalue()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::does_vertex_radius_match_timevalue ( Vertex_handle_t< 3 > const t_vertex ) const -> bool

inlinenodiscard

Check the radius of a vertex from the origin with its timevalue.

Parameters

t_vertex The vertex to check

Returns: True if the effective radial distance squared matches timevalue squared

Definition at line 1867 of file Foliated_triangulation.hpp.

References expected_radius(), cdt::foliated_triangulations::squared_radius(), and cdt::TOLERANCE.

◆ expected_radius()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::expected_radius ( Vertex_handle_t< 3 > const & t_vertex ) const -> double

inlinenodiscard

Calculates the expected radial distance of a vertex.

The formula for the radius is:

\[R=I+S(t-1)\]

Where I is the initial radius, S is the foliation spacing, and t is the timevalue.

Parameters

t_vertex The vertex to check

Returns: The expected radial distance of the vertex with that timevalue

Definition at line 1892 of file Foliated_triangulation.hpp.

Referenced by does_vertex_radius_match_timevalue().

◆ expected_timevalue()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::expected_timevalue ( Vertex_handle_t< 3 > const & t_vertex ) const -> int

inlinenodiscard

Calculate the expected timevalue for a vertex.

Parameters

t_vertex The vertex to check

Returns: The expected timevalue of the vertex

Definition at line 1902 of file Foliated_triangulation.hpp.

References cdt::foliated_triangulations::expected_timevalue().

Referenced by print_vertices().

◆ fix_cells()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::fix_cells ( ) -> bool

inlinenodiscard

Fix all cells in the triangulation.

Publishes a fully rebuilt triangulation only when a change is required. Any handles obtained from an earlier owning snapshot remain tied to that snapshot, not to the replacement stored here.

Returns: Whether any cell classification was changed.

Definition at line 2000 of file Foliated_triangulation.hpp.

References FoliatedTriangulation(), cdt::foliated_triangulations::fix_cells(), and swap.

◆ fix_vertices()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::fix_vertices ( ) -> bool

inlinenodiscard

Fix vertices with wrong timevalues after foliation.

Publishes a fully rebuilt triangulation only when a change is required. Any handles obtained from an earlier owning snapshot remain tied to that snapshot, not to the replacement stored here.

Returns: Whether any vertex timevalue was changed.

Definition at line 1921 of file Foliated_triangulation.hpp.

References FoliatedTriangulation(), cdt::foliated_triangulations::fix_vertices(), and swap.

◆ foliation_spacing()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::foliation_spacing ( ) const

inlinenodiscard

Returns: The spacing between timeslices

Definition at line 1861 of file Foliated_triangulation.hpp.

Referenced by FoliatedTriangulation().

◆ initial_radius()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::initial_radius ( ) const

inlinenodiscard

Returns: The initial radius for timeslice = 1

Definition at line 1858 of file Foliated_triangulation.hpp.

Referenced by FoliatedTriangulation().

◆ is_correct()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::is_correct ( ) const -> bool

inlinenodiscard

Returns: True if the essential simulation-state invariants hold.

This deliberately checks TDS, causal, and structural consistency without requiring the geometric Delaunay predicate, which supported Pachner moves need not preserve.

Definition at line 1759 of file Foliated_triangulation.hpp.

References is_structurally_correct().

Referenced by is_initialized().

◆ is_correct_with_diagnostics()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::is_correct_with_diagnostics ( ) const -> bool

inlinenodiscard

Returns: True if all invariants and derived caches are consistent

This diagnostic path rescans cached handles and rebuilds classifications for comparison. Prefer is_correct() in hot paths.

Definition at line 1765 of file Foliated_triangulation.hpp.

References is_structurally_correct().

◆ is_delaunay()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::is_delaunay ( ) const -> bool

inlinenodiscard

Returns: True if CGAL's geometric Delaunay validity predicate holds.

Note: This property is expected after initialization but is not a postcondition of supported Pachner moves.

Definition at line 1740 of file Foliated_triangulation.hpp.

Referenced by is_initialized().

◆ is_fixed()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::is_fixed ( ) -> bool

inlinenodiscard

Returns: True if fixes were done on the Delaunay triangulation

Definition at line 1774 of file Foliated_triangulation.hpp.

References FoliatedTriangulation(), cdt::foliated_triangulations::fix_cells(), cdt::foliated_triangulations::fix_timevalues(), cdt::foliated_triangulations::fix_vertices(), and swap.

◆ is_foliated()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::is_foliated ( ) const -> bool

inlinenodiscard

Verifies the triangulation is properly foliated.

Can not be called until after Foliated_triangulation has been constructed (i.e. not in make_triangulation)

Returns: True if foliated correctly

Definition at line 1734 of file Foliated_triangulation.hpp.

References cdt::foliated_triangulations::has_valid_timevalues().

◆ is_initialized()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::is_initialized ( ) const -> bool

inlinenodiscard

Returns: True if both the simulation-state invariants and CGAL's geometric Delaunay predicate hold.

Definition at line 1770 of file Foliated_triangulation.hpp.

References is_correct(), and is_delaunay().

◆ is_structurally_correct()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::is_structurally_correct ( ) const -> bool

inlinenodiscard

Returns: True if the essential structural and causal invariants hold

This path avoids rebuilding derived caches and is suitable for validating move candidates.

Definition at line 1750 of file Foliated_triangulation.hpp.

References check_all_cells(), and is_tds_valid().

Referenced by is_correct(), and is_correct_with_diagnostics().

◆ is_tds_valid()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::is_tds_valid ( ) const -> bool

inlinenodiscard

Returns: True if the triangulation data structure is valid

Definition at line 1744 of file Foliated_triangulation.hpp.

Referenced by is_structurally_correct().

◆ max_time()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::max_time ( ) const

inlinenodiscard

Returns: Maximum time value in triangulation

Definition at line 1852 of file Foliated_triangulation.hpp.

Referenced by print_volume_per_timeslice().

◆ min_time()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::min_time ( ) const

inlinenodiscard

Returns: Minimum time value in triangulation

Definition at line 1855 of file Foliated_triangulation.hpp.

Referenced by print_volume_per_timeslice().

◆ N1_SL()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::N1_SL ( ) const

inlinenodiscard

Returns: Number of spacelike edges

Definition at line 1848 of file Foliated_triangulation.hpp.

◆ N1_TL()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::N1_TL ( ) const

inlinenodiscard

Returns: Number of timelike edges

Definition at line 1844 of file Foliated_triangulation.hpp.

◆ number_of_finite_cells()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::number_of_finite_cells ( ) const

inlinenodiscard

Returns: Number of 3D simplices in triangulation data structure

Definition at line 1804 of file Foliated_triangulation.hpp.

Referenced by print().

◆ number_of_finite_edges()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::number_of_finite_edges ( ) const

inlinenodiscard

Returns: Number of 1D edges in triangulation data structure

Definition at line 1816 of file Foliated_triangulation.hpp.

Referenced by print().

◆ number_of_finite_facets()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::number_of_finite_facets ( ) const

inlinenodiscard

Returns: Number of 2D faces in triangulation data structure

Definition at line 1810 of file Foliated_triangulation.hpp.

Referenced by print().

◆ number_of_one_three_cells()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::number_of_one_three_cells ( ) const -> std::size_t

inlinenodiscardnoexcept

Returns: Number of classified (1,3) cells

Definition at line 1982 of file Foliated_triangulation.hpp.

◆ number_of_spacelike_faces()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::number_of_spacelike_faces ( ) const -> std::size_t

inlinenodiscardnoexcept

Returns: Total number of spacelike facets

Definition at line 1840 of file Foliated_triangulation.hpp.

◆ number_of_three_one_cells()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::number_of_three_one_cells ( ) const -> std::size_t

inlinenodiscardnoexcept

Returns: Number of classified (3,1) cells

Definition at line 1974 of file Foliated_triangulation.hpp.

◆ number_of_two_two_cells()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::number_of_two_two_cells ( ) const -> std::size_t

inlinenodiscardnoexcept

Returns: Number of classified (2,2) cells

Definition at line 1978 of file Foliated_triangulation.hpp.

◆ number_of_vertices()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::number_of_vertices ( ) const

inlinenodiscard

Returns: Number of vertices in triangulation data structure

Definition at line 1822 of file Foliated_triangulation.hpp.

Referenced by print().

◆ operator=() [1/2]

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::operator= ( FoliatedTriangulation< 3 > && other ) -> FoliatedTriangulation &

inlinenoexcept

Move assignment operator.

Parameters

other Triangulation whose state is transferred.

Returns: This triangulation after replacement.

Definition at line 1591 of file Foliated_triangulation.hpp.

References FoliatedTriangulation(), and swap.

◆ operator=() [2/2]

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::operator= ( FoliatedTriangulation< 3 > const & other ) -> FoliatedTriangulation &

inline

Copy assignment operator.

Builds a complete copy before replacing the current value.

Parameters

other Triangulation to copy.

Returns: This triangulation after replacement.

Definition at line 1574 of file Foliated_triangulation.hpp.

References FoliatedTriangulation(), and swap.

◆ print()

void cdt::foliated_triangulations::FoliatedTriangulation< 3 >::print ( ) const

inline

Print triangulation statistics.

Definition at line 2019 of file Foliated_triangulation.hpp.

References number_of_finite_cells(), number_of_finite_edges(), number_of_finite_facets(), and number_of_vertices().

◆ print_cells()

void cdt::foliated_triangulations::FoliatedTriangulation< 3 >::print_cells ( ) const

inline

Print timevalues of each vertex in the cell and the resulting cell->info().

Definition at line 2015 of file Foliated_triangulation.hpp.

References cdt::foliated_triangulations::print_cells().

◆ print_edges()

void cdt::foliated_triangulations::FoliatedTriangulation< 3 >::print_edges ( ) const

inline

Print timevalues of each vertex in the edge and classify as timelike or spacelike.

Definition at line 1948 of file Foliated_triangulation.hpp.

References cdt::foliated_triangulations::classify_edge(), and cdt::TIMELIKE.

◆ print_vertices()

void cdt::foliated_triangulations::FoliatedTriangulation< 3 >::print_vertices ( ) const

inline

Print values of a vertex.

Definition at line 1936 of file Foliated_triangulation.hpp.

References expected_timevalue().

◆ print_volume_per_timeslice()

void cdt::foliated_triangulations::FoliatedTriangulation< 3 >::print_volume_per_timeslice ( ) const

inline

Print the number of spacelike faces per timeslice.

Definition at line 1964 of file Foliated_triangulation.hpp.

References max_time(), min_time(), and spacelike_face_count().

◆ spacelike_face_count()

auto cdt::foliated_triangulations::FoliatedTriangulation< 3 >::spacelike_face_count ( Int_precision const timevalue ) const -> std::size_t

inlinenodiscardnoexcept

Parameters

timevalue Timeslice whose facets are counted.

Returns: Number of spacelike facets on the requested timeslice.

Definition at line 1830 of file Foliated_triangulation.hpp.

Referenced by print_volume_per_timeslice().

◆ swap

void swap	(	FoliatedTriangulation< 3 > &	swap_from,
		FoliatedTriangulation< 3 > &	swap_into )

friend

Non-member swap function for Foliated Triangulations.

Note that this function calls swap() from CGAL's Triangulation_3 base class, which assumes that the first triangulation is discarded after it is swapped into the second one.

Parameters

swap_from	The value to be swapped from. Assumed to be discarded.
swap_into	The value to be swapped into.

Definition at line 1605 of file Foliated_triangulation.hpp.

References FoliatedTriangulation(), and swap.

Referenced by FoliatedTriangulation(), fix_cells(), fix_vertices(), is_fixed(), operator=(), operator=(), and swap.

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

include/Foliated_triangulation.hpp

Public Member Functions

Friends

Detailed Description

Constructor & Destructor Documentation

◆ FoliatedTriangulation() [1/6]

◆ FoliatedTriangulation() [2/6]

◆ FoliatedTriangulation() [3/6]

◆ FoliatedTriangulation() [4/6]

◆ FoliatedTriangulation() [5/6]

◆ FoliatedTriangulation() [6/6]

Member Function Documentation

◆ check_all_cells()

◆ check_all_vertices()

◆ delaunay_snapshot()

◆ dimension()

◆ does_vertex_radius_match_timevalue()

◆ expected_radius()

◆ expected_timevalue()

◆ fix_cells()

◆ fix_vertices()

◆ foliation_spacing()

◆ initial_radius()

◆ is_correct()

◆ is_correct_with_diagnostics()

◆ is_delaunay()

◆ is_fixed()

◆ is_foliated()

◆ is_initialized()

◆ is_structurally_correct()

◆ is_tds_valid()

◆ max_time()

◆ min_time()

◆ N1_SL()

◆ N1_TL()

◆ number_of_finite_cells()

◆ number_of_finite_edges()

◆ number_of_finite_facets()

◆ number_of_one_three_cells()

◆ number_of_spacelike_faces()

◆ number_of_three_one_cells()

◆ number_of_two_two_cells()

◆ number_of_vertices()

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ print()

◆ print_cells()

◆ print_edges()

◆ print_vertices()

◆ print_volume_per_timeslice()

◆ spacelike_face_count()

Friends And Related Symbol Documentation

◆ swap