ReconstructionOptions Struct Reference

Option struct for Poisson surface reconstruction. More...

#include <lagrange/poisson/mesh_from_oriented_points.h>

Inheritance diagram for ReconstructionOptions:

Public Attributes
std::string_view	input_normals
	Input normal attribute name. If empty, uses the first attribute with usage Normal.
float	interpolation_weight = 2.f
	Point interpolation weight (lambda)
bool	use_normal_length_as_confidence = false
	Use normal length as confidence.
bool	use_dirichlet_boundary = false
	Use dirichlet boundary conditions.
std::string_view	interpolated_attribute_name
	Attribute name of data to be interpolated at the vertices.
std::string_view	output_vertex_depth_attribute_name
	Output density attribute name.
Public Attributes inherited from CommonOptions
unsigned int	octree_depth = 0
	Maximum octree depth. (If the value is zero then the minimum of 8 and log base 4 of the point count is used.)
float	samples_per_node = 1.5f
	Numer of samples per node.
bool	verbose = false
	Output logging information (directly printed to std::cout)

Detailed Description

Option struct for Poisson surface reconstruction.

Member Data Documentation

output_vertex_depth_attribute_name

std::string_view output_vertex_depth_attribute_name

Output density attribute name.

We use a point's target octree depth as a measure of the sampling density. A lower number means a low sampling density, and can be used to prune low-confidence regions as a post-process.

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

• lagrange/poisson/mesh_from_oriented_points.h