FTMDataTypes.h File Reference

#include <DataTypes.h>
#include <functional>
#include <limits>
#include <set>
#include <tuple>

Go to the source code of this file.

Namespaces
namespace	ttk
	TTK base package defining the standard types.
namespace	ttk::ftm

Macros
#define	UNTIED()
	TTK processing package that efficiently computes the contour tree of scalar data and more (data segmentation, topological simplification, persistence diagrams, persistence curves, etc.).

Typedefs
using	ttk::ftm::idSuperArc = long unsigned int
	SuperArc index in vect_superArcs_.
using	ttk::ftm::idNode = unsigned int
	Node index in vect_nodes_.
using	ttk::ftm::idCorresp = long long int
	type used to recover Node/Arc in vert2tree SIGNED ONLY
using	ttk::ftm::idSegment = idSuperArc
	for the segmentation, we have an array of segment containing area of the mesh
using	ttk::ftm::numThread = ThreadId
	type use to store threads related numbers
using	ttk::ftm::ufDataType = long int
	type stored by UnionFind
using	ttk::ftm::idThread = ThreadId
	manage number of threads
using	ttk::ftm::idTask = TaskId
	for task identifiers
using	ttk::ftm::valence = SimplexId
	for vertex up/down valence
using	ttk::ftm::VertCompFN = std::function<bool(SimplexId, SimplexId)>
using	ttk::ftm::SetPropagation = std::set<SimplexId, VertCompFN>
using	ttk::ftm::SetCompFN = std::function<bool(const SetPropagation &, const SetPropagation &)>

Enumerations
enum	ttk::ftm::TreeType : char { ttk::ftm::Join = 0 , ttk::ftm::Split = 1 , ttk::ftm::Contour = 2 , ttk::ftm::Join_Split = 3 }
enum	ttk::ftm::SimplifMethod : char { ttk::ftm::Persist = 0 , ttk::ftm::Span = 1 , ttk::ftm::NbVert = 2 , ttk::ftm::NbArc = 3 }
enum	ttk::ftm::ComponentState : char { ttk::ftm::Visible , ttk::ftm::Hidden , ttk::ftm::Pruned , ttk::ftm::Merged }
enum class	ttk::ftm::TreeComponent {   ttk::ftm::Arc = -1 , ttk::ftm::Local_minimum , ttk::ftm::Saddle1 , ttk::ftm::Saddle2 ,   ttk::ftm::Local_maximum }
enum class	ttk::ftm::ArcType : char {   ttk::ftm::Min_arc = 0 , ttk::ftm::Max_arc , ttk::ftm::Saddle1_arc , ttk::ftm::Saddle2_arc ,   ttk::ftm::Saddle1_saddle2_arc }

Macro Definition Documentation

UNTIED

#define UNTIED

(

)

Value:

untied

TTK processing package that efficiently computes the contour tree of scalar data and more (data segmentation, topological simplification, persistence diagrams, persistence curves, etc.).

Parameters

dataType

Data type of the input scalar field (char, float, etc.).

See also

ttkContourForests.cpp for a usage example.

Definition at line 28 of file FTMDataTypes.h.