Patate Lib  0.5
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References
Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 123]
oNGrenailleThis module provides efficient methods for the fitting and analysis of point-clouds in arbitrary dimensions
|oNConceptConcepts used in Grenaille
|oNinternalNamespace used for structure or classes used internally by the lib
|oCAlgebraicSphereAlgebraic Sphere primitive
|oCBasketAgregator class used to declare specialized structures using CRTP (Curiously Recurring Template Pattern)
|oCCovariancePlaneFitPlane fitting procedure using only points position
|oCCovariancePlaneScaleDerDifferentiation in scale of the CovariancePlaneFit
|oCCovariancePlaneSpaceDerSpatial differentiation of the CovariancePlaneFit
|oCCovariancePlaneScaleSpaceDerDifferentiation both in scale and space of the CovariancePlaneFit
|oCCurvatureEstimatorExtension to compute curvature values from the Weingarten map \( \frac{d N}{d \mathbf{x}} \)
|oCGLSParamGrowing Least Squares reparemetrization of the OrientedSphereFit
|oCGLSDerDifferentiation of GLSParam
|oCGLSGeomVarExtension to compute the Geometric Variation of GLSParam
|oCGLSCurvatureHelper
|oCOrientedSphereFitAlgebraic Sphere fitting procedure on oriented point sets
|oCOrientedSphereScaleDerDifferentiation in scale of the OrientedSphereFit
|oCOrientedSphereSpaceDerSpatial differentiation of the OrientedSphereFit
|oCOrientedSphereScaleSpaceDerDifferentiation both in scale and space of the OrientedSphereFit
|oCCompactPlaneImplicit hyperplane defined by an homogeneous vector \(\mathbf{p}\)
|oCPrimitiveBasePrimitive base class
|oCUnorientedSphereFitAlgebraic Sphere fitting procedure on point sets with non-oriented normals
|oCDistWeightFuncWeighting function based on the euclidean distance between a query and a reference position
|oCConstantWeightKernelConcept::WeightKernelConcept returning a constant value
|\CSmoothWeightKernelSmooth WeightKernel defined in \(\left[0 : 1\right]\)
oNPatateCommon
|oNinternal
|oCShader
|oCOBJBaseReader
|oCOBJReader
|oCOBJWriter
|oCBasePropertyArray
|oCPropertyArray
|oCProperty
|oCPropertyContainer
|\CSurfaceMeshA halfedge data structure for polygonal meshes
\NVitelotteThis module provides tools to generate and manipulate mesh-based vector gradients
 oNinternal
 oCBezierSegment
 oCBezierPath
 oCElementBuilderBaseThe base of every element builder. Provides default implementations of some methods
 oCFemSolverA diffusion solver based on the Finite Element Method
 oCFVElementProvides method to evaluate FV elements and their derivatives
 oCFVElementBuilderFraeijs de Veubeke's (FV) element builder, for harmonic interpolation with quadratic triangles output
 oCLinearElementProvides method to evaluate linear elements and their derivatives
 oCLinearElementBuilderLinear element builder, for harmonic interpolation with linear triangles output
 oCMorleyElementProvides method to evaluate Morley elements and their derivatives
 oCMorleyElementBuilderMorley element builder, for harmonic interpolation with linear triangles output
 oCQuadraticElementProvides method to evaluate quadratic elements and their derivatives
 oCQuadraticElementBuilderQuadratic element builder, for harmonic interpolation with quadratic triangles output
 oCSingularElementDecoratorAn element builder decorator that add support for elements with at most one singularity
 oCSolverErrorA class that encodes the status of a FemSolver object
 oCVGMeshA mesh with data suitable for representing complex color gradients, among other
 oCPiecewiseLinearFunctionA 1D piecewise linear function
 oCDCMeshA VGMesh with diffusion curves
 oCMVGReaderReads a VGMesh stored in the MVG file format
 oCMVGWithCurvesReader
 oCMVGWithCurvesWriter
 oCMVGWriterThe MVGWriter class writes VGMesh objects in .mvg files
 oCVGMeshRendererResourcesThe VGMeshRendererResources encapsulate resources required by VGMeshRenderer for sharing
 oCDefaultPosProj
 oCDefaultValueProj
 \CVGMeshRendererAn OpenGL 3 renderer to display VGMesh objects