Classes
class	CloudViewerData

class	CloudViewerPointStream

class	CloudViewerVertex

struct	FEMTreeProfiler

struct	ConstraintDual

struct	SystemDual

struct	SystemDual< Dim, double >

Functions
template<class Real , unsigned int Dim>
XForm< Real, Dim+1 >	GetBoundingBoxXForm (Point< Real, Dim > min, Point< Real, Dim > max, Real scaleFactor)

template<class Real , unsigned int Dim>
XForm< Real, Dim+1 >	GetBoundingBoxXForm (Point< Real, Dim > min, Point< Real, Dim > max, Real width, Real scaleFactor, int &depth)

template<class Real , unsigned int Dim>
XForm< Real, Dim+1 >	GetPointXForm (InputPointStream< Real, Dim > &stream, Real width, Real scaleFactor, int &depth)

template<class Real , unsigned int Dim>
XForm< Real, Dim+1 >	GetPointXForm (InputPointStream< Real, Dim > &stream, Real scaleFactor)

template<typename Vertex , typename Real , typename SetVertexFunction , unsigned int... FEMSigs, typename... SampleData>
void	ExtractMesh (float datax, bool linear_fit, UIntPack< FEMSigs... >, std::tuple< SampleData... >, FEMTree< sizeof...(FEMSigs), Real > &tree, const DenseNodeData< Real, UIntPack< FEMSigs... >> &solution, Real isoValue, const std::vector< typename FEMTree< sizeof...(FEMSigs), Real >::PointSample > samples, std::vector< CloudViewerData > sampleData, const typename FEMTree< sizeof...(FEMSigs), Real >::template DensityEstimator< WEIGHT_DEGREE > *density, const SetVertexFunction &SetVertex, XForm< Real, sizeof...(FEMSigs)+1 > iXForm, std::shared_ptr< ccMesh > &out_mesh, std::vector< double > &out_densities)

template<class Real , typename... SampleData, unsigned int... FEMSigs>
void	Execute (const ccPointCloud &pcd, std::shared_ptr< ccMesh > &out_mesh, std::vector< double > &out_densities, int depth, size_t width, float scale, bool linear_fit, float point_weight, float samples_per_node, UIntPack< FEMSigs... >)

Variables
static const int	DATA_DEGREE = 0

static const int	WEIGHT_DEGREE = 2

static const int	NORMAL_DEGREE = 2

static const int	DEFAULT_FEM_DEGREE = 1

static const BoundaryType	DEFAULT_FEM_BOUNDARY = BOUNDARY_NEUMANN

static const int	DIMENSION = 3

Function Documentation

◆ Execute()

template<class Real , typename... SampleData, unsigned int... FEMSigs>

void poisson::Execute	(	const ccPointCloud &	pcd,
		std::shared_ptr< ccMesh > &	out_mesh,
		std::vector< double > &	out_densities,
		int	depth,
		size_t	width,
		float	scale,
		bool	linear_fit,
		float	point_weight,
		float	samples_per_node,
		UIntPack< FEMSigs... >
	)

Definition at line 437 of file SurfaceReconstructionPoisson.cpp.

References poisson::FEMTreeProfiler< Dim, Real >::dumpOutput(), LogDebug, LogError, NORMAL_DEGREE, NULL, poisson::FEMTreeProfiler< Dim, Real >::start(), width, and poisson::CloudViewerPointStream< Real >::xform_.

◆ ExtractMesh()

template<typename Vertex , typename Real , typename SetVertexFunction , unsigned int... FEMSigs, typename... SampleData>

void poisson::ExtractMesh	(	float	datax,
		bool	linear_fit,
		UIntPack< FEMSigs... >	,
		std::tuple< SampleData... >	,
		FEMTree< sizeof...(FEMSigs), Real > &	tree,
		const DenseNodeData< Real, UIntPack< FEMSigs... >> &	solution,
		Real	isoValue,
		const std::vector< typename FEMTree< sizeof...(FEMSigs), Real >::PointSample > *	samples,
		std::vector< CloudViewerData > *	sampleData,
		const typename FEMTree< sizeof...(FEMSigs), Real >::template DensityEstimator< WEIGHT_DEGREE > *	density,
		const SetVertexFunction &	SetVertex,
		XForm< Real, sizeof...(FEMSigs)+1 >	iXForm,
		std::shared_ptr< ccMesh > &	out_mesh,
		std::vector< double > &	out_densities
	)