directory

Headers in Rodin/Geometry.

Directories

directory Euclidean/: Headers in Rodin/Geometry/Euclidean.

Files

file AttributeIndex.h: Attribute indexing for mesh polytopes.
file BalancedCompactPartitioner.h: Balanced compact partitioning strategy for mesh decomposition.
file Bounds.h: Conservative support bounds for mapped reference cells.
file Connectivity.h: Mesh connectivity for representing topological relationships.
file Euclidean.h: Euclidean primitives with arbitrary compile-time dimensions. Points, affine lines and segments, spheres, hyperplanes, and axis-aligned boxes use compile-time Math::FixedSizeVector coordinates. The planar names Point2D, Line2D, LineSegment2D, Circle, and Rectangle alias dimension two.
file ForwardDecls.h: Forward declarations for the Rodin::Geometry module.
file GeometryIndexed.h: Container for mapping polytope types to associated data.
file GreedyPartitioner.h: Greedy partitioning strategy for mesh decomposition.
file IdentityTransformation.h: Identity transformation for polytopes.
file IndexGenerator.h: Index generation utilities for iterating over polytope indices.
file Mesh.h: Core mesh data structure for finite element computations.
file MeshPartitioner.h: Base interface for mesh partitioning algorithms.
file MinSTCut.h: Declarations in MinSTCut.h.
file ParametricTransformation.h: Parametric transformation for finite-element mesh geometry.
file Point.h: Spatial points on mesh polytopes with reference and physical coordinates.
file PointCloud.h: Declarations in PointCloud.h.
file Polytope.h: Polytope classes representing geometric elements in finite element meshes.
file PolytopeIterator.h: Iterator classes for traversing mesh polytopes.
file PolytopeQuadrature.h: Cached quadrature data attached to mesh polytopes.
file PolytopeTransformation.h: Base class for polytope geometric transformations.
file PolytopeTransformationIndex.h: Index for storing polytope transformations.
file Region.h: Region enumeration for identifying mesh subregions.
file Shard.h: Local mesh shard with partition, ownership, and overlap metadata.
file Sharder.h: Sharder interface for mesh decomposition.
file SubMesh.h: SubMesh class for representing subregions of meshes with parent relationships.
file Types.h: Type definitions for the Rodin::Geometry module.