SS.Meshing 1.3.0

export record BoundaryEdge2(public int id, public int first, public int second, public string boundary)

export record BoundaryTriangle3(public int id, public int first, public int second, public int third, public string boundary)

export record CadSolidImport(public Mesh3 mesh, public string format, public string provenance, public int persistentBoundaryMarkers, public bool watertight, public string diagnostic)

export record CadTopologyRepair(public Mesh3 mesh, public int reorientedElements, public int removedDuplicateBoundaries, public bool valid, public string diagnostic)

export record ConformingMeshValidation3D(public bool valid, public bool boundaryFaithful, public bool watertight, public bool positiveJacobians, public double coveredVolume, public int exteriorFaces, public int invalidFaces, public string diagnostic)

export function connectivity(Mesh2 mesh)->int[]

export function connectivity3(Mesh3 mesh)->int[]

export function gmsh2(Mesh2 mesh)->string

export function gmsh3(Mesh3 mesh)->string

export function importCadSolid(string gmsh22Ascii, string provenance, double volumeTolerance)->CadSolidImport

export function mesh2(Point2[] points, int[] connectivity, int[] regions, BoundaryEdge2[] boundaries, string[] regionNames)->Mesh2

export record Mesh2(public MeshNode2[] nodes, public Triangle3[] elements, public BoundaryEdge2[] boundaries, public string[] regionNames, public bool structured, public m width, public m height, public int cellsX, public int cellsY)

export function mesh2Simple(Point2[] points, int[] connectivity, int[] regions, string[] regionNames)->Mesh2

export function mesh3(Point3[] points, int[] connectivity, int[] regions, string[] regionNames)->Mesh3

export record Mesh3(public MeshNode3[] nodes, public Tetrahedron4[] elements, public BoundaryTriangle3[] boundaries, public string[] regionNames, public bool structured, public m width, public m height, public m depth, public int cellsX, public int cellsY, public int cellsZ)

export record MeshNode2(public int id, public Point2 point)

export record MeshNode3(public int id, public Point3 point)

export record MeshQuality(public double minimum, public double maximumAspectRatio, public int degenerateElements, public int invertedElements)

export record MeshQuality3(public double minimum, public double maximumAspectRatio, public double minimumVolume, public int degenerateElements, public int invertedElements)

export function meshSizingField3D(Mesh3 mesh, Point3[] controlPoints, m[] targetSizes, m minimumSize, m maximumSize)->MeshSizingField3D

export record MeshSizingField3D(public double[] nodalSizesMetres, public double minimumSizeMetres, public double maximumSizeMetres, public int controlPoints, public string diagnostic)

export function nodalField(Mesh2 mesh, double[] values, string unitSymbol)->ScalarField2

export function nodalField(Mesh3 mesh, double[] values, string unitSymbol)->ScalarField3

export function parseGmsh2(string text)->Mesh2

export function parseGmsh3(string text)->Mesh3

export function partitionByX(Mesh2 mesh, int partitionCount)->int[]

export function quality(Mesh2 mesh, double degeneracyTolerance)->MeshQuality

export function quality3(Mesh3 mesh, double degeneracyTolerance)->MeshQuality3

export function refineByCentroid(Mesh3 mesh)->Mesh3

export function refineStructured(Mesh2 mesh)->Mesh2

export function refineStructured(Mesh3 mesh)->Mesh3

export function repairCadTopology(Mesh3 source, double volumeTolerance)->CadTopologyRepair

export record ScalarField2(public double[] values, public string unitSymbol, public string location)

export record ScalarField3(public double[] values, public string unitSymbol, public string location)

export function structuredBox(m width, m height, m depth, int cellsX, int cellsY, int cellsZ)->Mesh3

export function structuredRectangle(m width, m height, int cellsX, int cellsY)->Mesh2

export function tetrahedralizeGeneralSolid(m[] xCoordinates, m[] yCoordinates, m[] zCoordinates, int[] cellRegions, string[] regionNames, string voidBoundary)->Mesh3

export function tetrahedralizeStarShaped(Point3[] surfacePoints, int[] surfaceTriangles, string[] boundaryNames, Point3 interior, string region, double tolerance)->Mesh3

export function tetrahedralizeVoxelSolid(m[] xCoordinates, m[] yCoordinates, m[] zCoordinates, int[] cellRegions, string[] regionNames, string voidBoundary)->Mesh3

export record Tetrahedron4(public int id, public int first, public int second, public int third, public int fourth, public int region)

export function tetraSignedVolume(Mesh3 mesh, Tetrahedron4 element)->double

export record Triangle3(public int id, public int first, public int second, public int third, public int region)

export function triangleAreaSquareMetres(Mesh2 mesh, Triangle3 element)->double

export function triangulateDomain(Polygon2 outer, Polygon2[] holes, m targetSize, m tolerance)->Mesh2

export function validateConforming3DMesh(Mesh3 mesh, double volumeTolerance)->ConformingMeshValidation3D