ttk::ftr Namespace Reference

Classes
class	Allocable
struct	ArcData
class	AtomicUF
	Union find compliant with parallel find and maintaining the current local propagation inspired by ttk::UnionFind. More...
struct	Comp
class	DynamicGraph
	TTK fTRGraph dynamic graph tracking the evolution of level sets. More...
struct	DynGraphNode
	class representing a node of a tree and the link to its parent if not the root More...
struct	DynGraphs
class	FTRGraph
	TTK FTRGraph processing package. More...
class	Graph
	TTK FTRGraph graph skeleton. More...
class	Lazy
	TTK DynamicGraph laziness. More...
class	LocalForest
struct	LocalForests
class	Mesh
	TTK FTRGraph mesh related operations. More...
class	Node
	TTK FTRGraph node of the Graph. More...
struct	NodeData
struct	ObjectData
struct	Params
class	Propagation
	TTK fTRGraph propagation management with Fibonacci heaps. More...
class	Propagations
	manage propagations for FTR Graph More...
class	Scalars
class	Segment
	TTK processing package that deal with segmentation of an arc in the Reeb Graph. More...
struct	SegmInfo
struct	Star
class	SuperArc
	TTK FTRGraph graph arc. More...
struct	TaskChunk
class	Tasks
	TTK FTRGraph tasks management tools. More...
struct	triScheme
struct	Valences
struct	Vert
struct	VertData
struct	Visit
struct	Visits

Typedefs
using	idRoot = int
using	idSuperArc = long unsigned int
	SuperArc index in vect_superArcs_.
using	idNode = unsigned int
	Node index in vect_nodes_.
using	idVertex = SimplexId
	Vertex index in scalars_.
using	idEdge = SimplexId
	Edge index in vect_edgeList_.
using	idCell = SimplexId
	Cell index in vect_cellList_.
using	idPropagation = idNode
	for task identifiers
using	valence = SimplexId
	for vertex up/down valence
using	idSegmentation = long int
	retains history
using	orderedEdge = std::tuple< idVertex, idVertex >
	Edge represented by its 2 vertices, lower then upper.
using	orderedTriangle = std::tuple< idEdge, idEdge, idEdge >
	Triangle represented by its 3 edges Edges are sorted by their starting vertex (see orderedEdge)
using	VertCompFN = std::function< bool(const idVertex, const idVertex)>
using	EdgeCompFN = std::function< bool(const idEdge, const idEdge)>
using	linkEdge = std::pair< idEdge, idEdge >
using	LinkCompFN = std::function< bool(const linkEdge &, const linkEdge &)>
using	segm_it = std::vector< idVertex >::iterator
using	segm_rev_it = std::vector< idVertex >::reverse_iterator
using	segm_const_it = std::vector< idVertex >::const_iterator
using	segm_const_rev_it = std::vector< idVertex >::const_reverse_iterator
using	edgeScheme = char

Enumerations
enum class	vertPosInTriangle : char { Start = 0 , Middle , End }
	position of a vertex in a triangle More...
enum class	GraphComponent {   Arc = -1 , Local_minimum , Saddle1 , Saddle2 ,   Local_maximum }
enum class	ArcType : char {   Min_arc = 0 , Max_arc , Saddle1_arc , Saddle2_arc ,   Saddle1_saddle2_arc }
enum class	NodeType {   Local_minimum = 0 , Saddle1 , Saddle2 , Degenerate ,   Local_maximum , Regular }
enum	PriorityLevel {   Min = 0 , Low , Average , High ,   Higher , Max }

Typedef Documentation

EdgeCompFN

using ttk::ftr::EdgeCompFN = typedef std::function<bool(const idEdge, const idEdge)>

Definition at line 54 of file FTRDataTypes.h.

edgeScheme

using ttk::ftr::edgeScheme = typedef char

Definition at line 34 of file Mesh.h.

idCell

using ttk::ftr::idCell = typedef SimplexId

Cell index in vect_cellList_.

Definition at line 33 of file FTRDataTypes.h.

idEdge

using ttk::ftr::idEdge = typedef SimplexId

Edge index in vect_edgeList_.

Definition at line 31 of file FTRDataTypes.h.

idNode

using ttk::ftr::idNode = typedef unsigned int

Node index in vect_nodes_.

Definition at line 27 of file FTRDataTypes.h.

idPropagation

using ttk::ftr::idPropagation = typedef idNode

for task identifiers

Definition at line 35 of file FTRDataTypes.h.

idRoot

using ttk::ftr::idRoot = typedef int

Definition at line 27 of file DynamicGraph.h.

idSegmentation

using ttk::ftr::idSegmentation = typedef long int

retains history

Definition at line 39 of file FTRDataTypes.h.

idSuperArc

using ttk::ftr::idSuperArc = typedef long unsigned int

SuperArc index in vect_superArcs_.

Definition at line 25 of file FTRDataTypes.h.

idVertex

using ttk::ftr::idVertex = typedef SimplexId

Vertex index in scalars_.

Definition at line 29 of file FTRDataTypes.h.

LinkCompFN

using ttk::ftr::LinkCompFN = typedef std::function<bool(const linkEdge &, const linkEdge &)>

Definition at line 56 of file FTRDataTypes.h.

linkEdge

using ttk::ftr::linkEdge = typedef std::pair<idEdge, idEdge>

Definition at line 55 of file FTRDataTypes.h.

orderedEdge

using ttk::ftr::orderedEdge = typedef std::tuple<idVertex, idVertex>

Edge represented by its 2 vertices, lower then upper.

Definition at line 42 of file FTRDataTypes.h.

orderedTriangle

using ttk::ftr::orderedTriangle = typedef std::tuple<idEdge, idEdge, idEdge>

Triangle represented by its 3 edges Edges are sorted by their starting vertex (see orderedEdge)

Definition at line 46 of file FTRDataTypes.h.

segm_const_it

using ttk::ftr::segm_const_it = typedef std::vector<idVertex>::const_iterator

Definition at line 29 of file FTRSegmentation.h.

segm_const_rev_it

using ttk::ftr::segm_const_rev_it = typedef std::vector<idVertex>::const_reverse_iterator

Definition at line 30 of file FTRSegmentation.h.

segm_it

using ttk::ftr::segm_it = typedef std::vector<idVertex>::iterator

Definition at line 27 of file FTRSegmentation.h.

segm_rev_it

using ttk::ftr::segm_rev_it = typedef std::vector<idVertex>::reverse_iterator

Definition at line 28 of file FTRSegmentation.h.

valence

using ttk::ftr::valence = typedef SimplexId

for vertex up/down valence

Definition at line 37 of file FTRDataTypes.h.

VertCompFN

using ttk::ftr::VertCompFN = typedef std::function<bool(const idVertex, const idVertex)>

Definition at line 53 of file FTRDataTypes.h.

Enumeration Type Documentation

ArcType

enum class ttk::ftr::ArcType : char

strong

Enumerator
Min_arc
Max_arc
Saddle1_arc
Saddle2_arc
Saddle1_saddle2_arc

Definition at line 93 of file FTRDataTypes.h.

GraphComponent

enum class ttk::ftr::GraphComponent

strong

Enumerator
Arc
Local_minimum
Saddle1
Saddle2
Local_maximum

Definition at line 85 of file FTRDataTypes.h.

NodeType

enum class ttk::ftr::NodeType

strong

Enumerator
Local_minimum
Saddle1
Saddle2
Degenerate
Local_maximum
Regular

Definition at line 101 of file FTRDataTypes.h.

PriorityLevel

enum ttk::ftr::PriorityLevel

Enumerator
Min
Low
Average
High
Higher
Max

Definition at line 83 of file FTRTasks.h.

vertPosInTriangle

enum class ttk::ftr::vertPosInTriangle : char

strong

position of a vertex in a triangle

Enumerator
Start
Middle
End

Definition at line 49 of file FTRDataTypes.h.