Class Hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 12]

Cany_compare< A, B >
Cany_compare< mat< T, M, 1 >, mat< T, M, 1 > >
Cany_compare< mat< T, M, 2 >, mat< T, M, 2 > >
Cany_compare< mat< T, M, 3 >, mat< T, M, 3 > >
Cany_compare< mat< T, M, 4 >, mat< T, M, 4 > >
Cany_compare< vec< T, 1 >, vec< T, 1 > >
Cany_compare< vec< T, 2 >, vec< T, 2 > >
Cany_compare< vec< T, 3 >, vec< T, 3 > >
Cany_compare< vec< T, 4 >, vec< T, 4 > >
Capply< F, Void, T >
Capply< F, scalars_t< A >, A, mat< B, M, N > >
Capply< F, scalars_t< A >, A, vec< B, M > >
Capply< F, scalars_t< A >, A, vec< B, M >, vec< C, M > >
Capply< F, scalars_t< A, B >, A, B, vec< C, M > >
Capply< F, scalars_t< A, C >, A, vec< B, M >, C >
Capply< F, scalars_t< A... >, A... >
Capply< F, scalars_t< B >, mat< A, M, N >, B >
Capply< F, scalars_t< B >, vec< A, M >, B >
Capply< F, scalars_t< B >, vec< A, M >, B, vec< C, M > >
Capply< F, scalars_t< B, C >, vec< A, M >, B, C >
Capply< F, scalars_t< C >, vec< A, M >, vec< B, M >, C >
Capply< F, scalars_t<>, mat< A, M, N > >
Capply< F, scalars_t<>, mat< A, M, N >, mat< B, M, N > >
Capply< F, scalars_t<>, vec< A, M > >
Capply< F, scalars_t<>, vec< A, M >, vec< B, M > >
Capply< F, scalars_t<>, vec< A, M >, vec< B, M >, vec< C, M > >
CBox	Axis-aligned 3D box, primarily for bounding
Cclamp
Cconverter< T, U >
Cconverter< mat< T, 1, 1 >, identity_t >
Cconverter< mat< T, 2, 2 >, identity_t >
Cconverter< mat< T, 2, 3 >, identity_t >
Cconverter< mat< T, 3, 3 >, identity_t >
Cconverter< mat< T, 3, 4 >, identity_t >
Cconverter< mat< T, 4, 4 >, identity_t >
Cconverter< std::array< T, 1 >, vec< T, 1 > >
Cconverter< std::array< T, 2 >, vec< T, 2 > >
Cconverter< std::array< T, 3 >, vec< T, 3 > >
Cconverter< std::array< T, 4 >, vec< T, 4 > >
Cconverter< vec< T, 1 >, std::array< T, 1 > >
Cconverter< vec< T, 2 >, std::array< T, 2 > >
Cconverter< vec< T, 3 >, std::array< T, 3 > >
Cconverter< vec< T, 4 >, std::array< T, 4 > >
CCrossSection	Two-dimensional cross sections guaranteed to be without self-intersections, or overlaps between polygons (from construction onwards). This class makes use of the Clipper2 library for polygon clipping (boolean) and offsetting operations
Cempty
CExecutionContext	Observe and control a long-running Manifold evaluation
CExecutionParams	Global parameters that control debugging output. Only has an effect when compiled with the MANIFOLD_DEBUG flag
Cgetter< I >
Cgetter< 0 >
Cgetter< 1 >
Cgetter< 2 >
Cgetter< 3 >
Chash< linalg::mat< T, M, 1 > >
Chash< linalg::mat< T, M, 2 > >
Chash< linalg::mat< T, M, 3 > >
Chash< linalg::mat< T, M, 4 > >
Chash< linalg::vec< T, 1 > >
Chash< linalg::vec< T, 2 > >
Chash< linalg::vec< T, 3 > >
Chash< linalg::vec< T, 4 > >
Cidentity_t
Clerp
Cmake_seq_impl< A, N >
Cmake_seq_impl< A, 0 >
Cmake_seq_impl< A, 1 >
Cmake_seq_impl< A, 2 >
Cmake_seq_impl< A, 3 >
Cmake_seq_impl< A, 4 >
CManifold	This library's internal representation of an oriented, 2-manifold, triangle mesh - a simple boundary-representation of a solid object. Use this class to store and operate on solids, and use MeshGL for input and output
Cmat< T, M, N >
Cmat< T, M, 1 >
Cmat< T, M, 2 >
Cmat< T, M, 3 >
Cmat< T, M, 4 >
Cmax
CMeshGLP< Precision, I >	Mesh input/output suitable for pushing directly into graphics libraries
Cmin
Cop_add
Cop_and
Cop_cmp
Cop_div
Cop_eq
Cop_ge
Cop_gt
Cop_int
Cop_le
Cop_lsh
Cop_lt
Cop_mod
Cop_mul
Cop_ne
Cop_neg
Cop_not
Cop_or
Cop_pos
Cop_rsh
Cop_sub
Cop_un
Cop_xor
Cord< T >
CPathImpl
CPolyVert	Polygon vertex
CQuality	These static properties control how circular shapes are quantized by default on construction
CRayHit	Result of a ray cast query against a Manifold
CRect	Axis-aligned 2D box, primarily for bounding
Cruntime_error
CgeometryErr
CtopologyErr
CuserErr
Cscalar_type< A >
Cscalar_type< mat< T, M, N > >
Cscalar_type< vec< T, M > >
Cscalars< T >
Cscalars<>
Cselect
Cseq< I >
CSmoothness	Defines which edges to sharpen and how much for the Manifold.Smooth() constructor
Cstd_abs
Cstd_acos
Cstd_asin
Cstd_atan
Cstd_atan2
Cstd_copysign
Cstd_cos
Cstd_isfinite
Cstd_sin
Cstd_sqrt
Cstd_tan
CTimer
Ctype
Cscalars< T, U... >
Cvec< T, M >
Cvec< T, 1 >
Cvec< T, 2 >
Cvec< T, 3 >
Cvec< T, 4 >
CVecView< T >