| CBoundingVolumes::AABBT< T > | Axis-aligned bounding box as bounding volume |
| CBoundingVolumes::BoundingSphereT< T > | Class which encloses a set of points using a bounding sphere |
| CDCEL::EdgeIteratorT< T, Meta > | Edge iterator class |
| CDCEL::EdgeT< T, Meta > | Edge class |
| ▼Cstd::enable_shared_from_this | |
| CBVH::NodeT< T, P, BV, K > | Forward declare the BVH node since it is needed for the polymorphic lambdas |
| COctree::Node< Meta, Data > | Octree class without anything special (this uses full tree representation rather than linear/pointerless) |
| CDCEL::FaceT< T, Meta > | Face class |
| ▼CImplicitFunction< T > | Abstract representation of an implicit function function (not necessarily signed distance) |
| CAnnularIF< T > | Annular implicit function function. Creates a shell out of the implicit function |
| CBlurIF< T > | Blurred/interpolated implicit function - can be used for smoothing |
| CComplementIF< T > | Complemented implicit function |
| CDifferenceIF< T > | CSG difference between two implicit functions |
| CElongateIF< T > | Implicit function which is an elongation of another implicit function along some axis |
| ▼CFastUnionIF< T, P, BV, K > | Implicit function union using BVHs |
| CFastSmoothUnionIF< T, P, BV, K > | Implicit function smoothed union using BVHs |
| CFiniteRepetitionIF< T > | Class which creates a periodic repetition of an implicit function |
| CIntersectionIF< T > | CSG intersection. Computes the maximum value of all input primitives |
| CMollifyIF< T > | Mollified implicit function |
| COffsetIF< T > | Offset implicit function. Offsets the implicit function using the input value |
| CReflectIF< T > | Implicit function which is a reflection of another implicit function |
| CRotateIF< T > | Rotated implicit function. Rotates an implicit function about an axis |
| CScaleIF< T > | Scaled implicit function |
| ▼CSignedDistanceFunction< T > | Abstract representation of a signed distance function |
| CBoxSDF< T > | Signed distance field for an axis-aligned box |
| CCapsuleSDF< T > | Capsulate/pill SDF. Basically a cylinder with spherical endcaps, oriented along the specified axis |
| CConeSDF< T > | Signed distance field for an finite cone. Oriented along +z |
| CCylinderSDF< T > | Signed distance field for a cylinder |
| CFastCompactMeshSDF< T, Meta, BV, K > | Signed distance function for a DCEL mesh. This class uses the compact BVH representation |
| CFastMeshSDF< T, Meta, BV, K > | Signed distance function for a DCEL mesh. This class uses the full BVH representation |
| CInfiniteConeSDF< T > | Signed distance field for an infinite cone. Oriented along +z |
| CInfiniteCylinderSDF< T > | Inifinitely long cylinder class. Oriented along the y-axis |
| CMeshSDF< T, Meta > | Signed distance function for a DCEL mesh. Does not use BVHs |
| CPerlinSDF< T > | Ken Perlins gradient noise function |
| CPlaneSDF< T > | Signed distance function for a plane |
| CRoundedBoxSDF< T > | Box of arbitrary dimensions centered at the origin, with rounded corners |
| CSphereSDF< T > | Signed distance field for sphere |
| CTorusSDF< T > | Signed distance field for a torus |
| CSmoothDifferenceIF< T > | CSG difference between two implicit functions |
| CSmoothIntersectionIF< T > | Smooth intersection |
| CSmoothUnionIF< T > | Smooth CSG union. Computes the minimum value of all input primitives |
| CTranslateIF< T > | Translated implicit function |
| CUnionIF< T > | CSG union. Computes the minimum value of all input primitives |
| CBVH::LinearBVH< T, P, BV, K > | Forward declare linear BVH class |
| CBVH::LinearNodeT< T, P, BV, K > | Forward declare linear node class |
| CDCEL::MeshT< T, Meta > | Mesh class |
| CSFC::Morton | Implementation of the Morton SFC |
| CSFC::Nested | Implementation of a nested index SFC |
| CParser::PLY< T > | Class for reading Stanford PLY files |
| CPolygon2D< T > | Class for embedding a polygon face into 2D |
| CEBGeometry::SimpleTimer | Simple timer class used for local performance profiling. Does not include MPI capabilities and is therefore local to each rank |
| CParser::STL< T, Meta > | Class for reading STL files |
| CVec2T< T > | Two-dimensional vector class with arithmetic operators |
| CVec3T< T > | Three-dimensional vector class with arithmetic operators |
| CDCEL::VertexT< T, Meta > | Vertex class |
