volcart::ABFNode Class Reference

Parameterize a mesh using ABF++. More...

#include <vc/graph/texturing.hpp>

Inheritance diagram for volcart::ABFNode:

Collaboration diagram for volcart::ABFNode:

Public Member Functions
	ABFNode ()

Public Attributes
smgl::InputPort< ITKMesh::Pointer >	input
	Input mesh. More...
smgl::InputPort< bool >	useABF
	Whether to perform Angle-based flattening computation. More...
smgl::InputPort< bool >	useHLSCM
	Whether to use HierarchicalLSCM for parameterization. More...
smgl::InputPort< ABF::Solver >	solver
	The numerical solver method. More...
smgl::OutputPort< ITKMesh::Pointer >	output
	Flattened mesh. More...
smgl::OutputPort< UVMap::Pointer >	uvMap
	UVMap generated from flattened mesh. More...

Private Types
using	ABF = texturing::AngleBasedFlattening

Private Member Functions
auto	serialize_ (bool useCache, const filesystem::path &cacheDir) -> smgl::Metadata override
void	deserialize_ (const smgl::Metadata &meta, const filesystem::path &cacheDir) override

Private Attributes
ABF	abf_ {}
UVMap::Pointer	uvMap_ {}
ITKMesh::Pointer	mesh_ {nullptr}

Detailed Description

Parameterize a mesh using ABF++.

See also

texturing::AngleBasedFlattening

Definition at line 37 of file texturing.hpp.

Member Typedef Documentation

ABF

using volcart::ABFNode::ABF = texturing::AngleBasedFlattening

private

Flattening class type

Definition at line 40 of file texturing.hpp.

Constructor & Destructor Documentation

ABFNode()

volcart::ABFNode::ABFNode

(

)

Constructor

Member Function Documentation

deserialize_()

void volcart::ABFNode::deserialize_ ( const smgl::Metadata &  meta, const filesystem::path &  cacheDir  )

overrideprivate

smgl custom deserialization

serialize_()

auto volcart::ABFNode::serialize_ ( bool  useCache, const filesystem::path &  cacheDir  ) -> smgl::Metadata

overrideprivate

smgl custom serialization

Member Data Documentation

abf_

ABF volcart::ABFNode::abf_ {}

private

Flattening class

Definition at line 42 of file texturing.hpp.

input

smgl::InputPort<ITKMesh::Pointer> volcart::ABFNode::input

Input mesh.

Definition at line 50 of file texturing.hpp.

mesh_

ITKMesh::Pointer volcart::ABFNode::mesh_ {nullptr}

private

Output flattened mesh

Definition at line 46 of file texturing.hpp.

output

smgl::OutputPort<ITKMesh::Pointer> volcart::ABFNode::output

Flattened mesh.

Definition at line 58 of file texturing.hpp.

solver

smgl::InputPort<ABF::Solver> volcart::ABFNode::solver

The numerical solver method.

Note

When compiled with OpenMP support, certain Eigen solvers (e.g. ConjugateGradient) are multithreaded. The number of threads used is controlled globally through the OpenMP and/or Eigen interfaces. See Eigen and multi-threading for more information.

Definition at line 56 of file texturing.hpp.

useABF

smgl::InputPort<bool> volcart::ABFNode::useABF

Whether to perform Angle-based flattening computation.

If false, the mesh is flattened using only the LSCM algorithm (standard or hierarchical, depending on useHLSCM()).

Definition at line 52 of file texturing.hpp.

useHLSCM

smgl::InputPort<bool> volcart::ABFNode::useHLSCM

Whether to use HierarchicalLSCM for parameterization.

When true, uses HierarchicalLSCM with ConjugateGradient for the LSCM step. The solver() setting is ignored for this path. When false (default), uses AngleBasedLSCM with the configured solver().

Definition at line 54 of file texturing.hpp.

uvMap

smgl::OutputPort<UVMap::Pointer> volcart::ABFNode::uvMap

UVMap generated from flattened mesh.

Definition at line 60 of file texturing.hpp.

uvMap_

UVMap::Pointer volcart::ABFNode::uvMap_ {}

private

Output UV Map

Definition at line 44 of file texturing.hpp.

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

• vc/graph/texturing.hpp