SS.Discretization 1.2.0

export function applyDirichlet(LinearSystem system, DirichletConstraints prescribed) -> LinearSystem

export function assembleCsr(int dofCount, int[][] elementDofs, double[][] elementMatrices, double zeroTolerance) -> CsrMatrix

export function assembleDense(int dofCount, int[][] elementDofs, double[][] elementMatrices, double[][] elementVectors) -> LinearSystem

export function assembleSparseWithBoundary(int dofCount, int[][] elementDofs, double[][] elementMatrices, double[][] elementVectors, int[][] boundaryDofs, double[][] boundaryMatrices, double[][] boundaryVectors, DirichletConstraints prescribed, double zeroTolerance) -> SparseLinearSystem

export function boundaryFacetMap(int[][] elementNodes, int[][] boundaryFacets, string[] regions) -> BoundaryFacetMap

export record BoundaryFacetMap(public int[][] nodes, public string[] regions, public int[] orientations, public int[] ownerElements)

export function constraints(int count, int[] dofs, double[] values) -> DirichletConstraints

export function denseToCsr(LinearSystem system, double zeroTolerance) -> CsrMatrix

export record DirichletConstraints(public int[] dofs, public double[] values)

export function dof(DofMap map, int node, int component) -> int

export record DofMap(public int nodeCount, public int components, public int count)

export function elementDofs(DofMap map, int[] nodes) -> int[]

export record ErrorEstimate(public double l2, public double energy, public double maximum, public int samples)

export function errorReduction(double coarseError, double fineError) -> double

export function estimateError(double[] computed, double[] reference, double[] weights, double[] energyWeights) -> ErrorEstimate

export function gaussLegendre(int order) -> QuadratureRule1D

export record LinearSystem(public double[] matrix, public double[] right, public int size)

export function linearTriangleBasis(double xi, double eta) -> TriangleBasis

export function mergeConstraints(int count, DirichletConstraints first, DirichletConstraints second) -> DirichletConstraints

export function nodalDofMap(int nodeCount, int components) -> DofMap

export record QuadratureRule1D(public double[] points, public double[] weights)

export record SparseLinearSystem(public CsrMatrix matrix, public double[] right, public int size)

export record TriangleBasis(public double[] values, public double[] derivativeXi, public double[] derivativeEta)

export record TriangleQuadrature(public double[] xi, public double[] eta, public double[] weights)

export function triangleRule(int order) -> TriangleQuadrature