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G+Smo
24.08.0
Geometry + Simulation Modules
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G+Smo
24.08.0
Geometry + Simulation Modules
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This is the complete list of members for gsNurbsBasis< T >, including all inherited members.
| active(const gsMatrix< T > &u) const | gsFunctionSet< T > | inline |
| active_into(const gsMatrix< T > &u, gsMatrix< index_t > &result) const | gsRationalBasis< gsBSplineBasis< T > > | inline |
| gsBasis< gsBSplineBasis< T >::Scalar_t >::active_into(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, gsMatrix< index_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| gismo::gsFunctionSet::active_into(const gsMatrix< T > &u, gsMatrix< index_t > &result) const | gsFunctionSet< T > | virtual |
| activeCoefs_into(const gsVector< gsBSplineBasis< T >::Scalar_t > &u, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &coefs, gsMatrix< gsBSplineBasis< T >::Scalar_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| allBoundary() const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| anchor_into(index_t i, gsMatrix< T > &result) const | gsRationalBasis< gsBSplineBasis< T > > | inline |
| gsBasis< gsBSplineBasis< T >::Scalar_t >::anchor_into(index_t i, gsMatrix< gsBSplineBasis< T >::Scalar_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| anchors() const | gsBasis< gsBSplineBasis< T >::Scalar_t > | inline |
| anchors_into(gsMatrix< T > &result) const | gsRationalBasis< gsBSplineBasis< T > > | inline |
| gsBasis< gsBSplineBasis< T >::Scalar_t >::anchors_into(gsMatrix< gsBSplineBasis< T >::Scalar_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| basis(const index_t k) const | gsFunctionSet< T > | |
| boundary(boxSide const &s) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | inline |
| boundaryBasis(boxSide const &s) | gsBasis< gsBSplineBasis< T >::Scalar_t > | |
| BoundaryBasisType typedef | gsNurbsBasis< T > | |
| boundaryOffset(boxSide const &s, index_t offset) const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| check() const | gsRationalBasis< gsBSplineBasis< T > > | inline |
| clone() | gsFunctionSet< T > | |
| collocationMatrix(gsMatrix< gsBSplineBasis< T >::Scalar_t > const &u) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | |
| component(short_t i) const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| gsBasis< gsBSplineBasis< T >::Scalar_t >::component(short_t i) | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| componentBasis(boxComponent b) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| componentBasis_withIndices(boxComponent b, gsMatrix< index_t > &indices, bool noBoundary=true) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| compute(const gsMatrix< T > &in, gsFuncData< T > &out) const | gsFunctionSet< T > | virtual |
| connectivity(const gsMatrix< T > &nodes, gsMesh< T > &mesh) const | gsRationalBasis< gsBSplineBasis< T > > | inline |
| gsBasis< gsBSplineBasis< T >::Scalar_t >::connectivity(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &nodes, gsMesh< gsBSplineBasis< T >::Scalar_t > &mesh) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| connectivityAtAnchors(gsMesh< gsBSplineBasis< T >::Scalar_t > &mesh) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| create() const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| degree(short_t i=0) const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| degreeDecrease(short_t const &i=1, short_t const dir=-1) | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| degreeElevate(short_t const &i=1, short_t const dir=-1) | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| degreeIncrease(short_t const &i=1, short_t const dir=-1) | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| degreeReduce(short_t const &i=1, short_t const dir=-1) | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| deriv(const gsMatrix< T > &u) const | gsFunctionSet< T > | |
| deriv2(const gsMatrix< T > &u) const | gsFunctionSet< T > | |
| deriv2_into(const gsMatrix< T > &u, gsMatrix< T > &result) const | gsRationalBasis< gsBSplineBasis< T > > | |
| gsBasis< gsBSplineBasis< T >::Scalar_t >::deriv2_into(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, gsMatrix< gsBSplineBasis< T >::Scalar_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| gismo::gsFunctionSet::deriv2_into(const gsMatrix< T > &u, gsMatrix< T > &result) const | gsFunctionSet< T > | virtual |
| deriv2Func(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &coefs) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | inline |
| deriv2Func_into(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &coefs, gsMatrix< gsBSplineBasis< T >::Scalar_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| deriv2Single(index_t i, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | inline |
| deriv2Single_into(index_t i, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, gsMatrix< gsBSplineBasis< T >::Scalar_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| deriv_into(const gsMatrix< T > &u, gsMatrix< T > &result) const | gsRationalBasis< gsBSplineBasis< T > > | |
| gsBasis< gsBSplineBasis< T >::Scalar_t >::deriv_into(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, gsMatrix< gsBSplineBasis< T >::Scalar_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| gismo::gsFunctionSet::deriv_into(const gsMatrix< T > &u, gsMatrix< T > &result) const | gsFunctionSet< T > | virtual |
| derivFunc(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &coefs) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | inline |
| derivFunc_into(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &coefs, gsMatrix< gsBSplineBasis< T >::Scalar_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| derivSingle(index_t i, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | inline |
| derivSingle_into(index_t i, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, gsMatrix< gsBSplineBasis< T >::Scalar_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| detail() const | gsBasis< gsBSplineBasis< T >::Scalar_t > | inlinevirtual |
| Dim | gsNurbsBasis< T > | static |
| domain() const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| domainDim() const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| domainEnd() const | gsNurbsBasis< T > | inline |
| domainStart() const | gsNurbsBasis< T > | inline |
| elementIndex(const gsVector< T > &u) const | gsRationalBasis< gsBSplineBasis< T > > | inline |
| gsBasis< gsBSplineBasis< T >::Scalar_t >::elementIndex(const gsVector< gsBSplineBasis< T >::Scalar_t > &u) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| elementInSupportOf(index_t j) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| elevateContinuity(int const &i=1) | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| eval(const gsMatrix< T > &u) const | gsFunctionSet< T > | |
| eval_into(const gsMatrix< T > &u, gsMatrix< T > &result) const | gsRationalBasis< gsBSplineBasis< T > > | |
| gsBasis< gsBSplineBasis< T >::Scalar_t >::eval_into(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, gsMatrix< gsBSplineBasis< T >::Scalar_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| gismo::gsFunctionSet::eval_into(const gsMatrix< T > &u, gsMatrix< T > &result) const | gsFunctionSet< T > | virtual |
| evalAllDers(const gsMatrix< T > &u, int n, bool sameElement=false) const | gsFunctionSet< T > | |
| evalAllDers_into(const gsMatrix< T > &u, int n, std::vector< gsMatrix< T > > &result, bool sameElement=false) const | gsFunctionSet< T > | virtual |
| evalAllDersFunc_into(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &coefs, const unsigned n, std::vector< gsMatrix< gsBSplineBasis< T >::Scalar_t > > &result, bool sameElement=false) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| evalAllDersSingle_into(index_t i, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, int n, gsMatrix< gsBSplineBasis< T >::Scalar_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| evalDerSingle_into(index_t i, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, int n, gsMatrix< gsBSplineBasis< T >::Scalar_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| evalFunc(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &coefs) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | inline |
| evalFunc_into(const gsMatrix< T > &u, const gsMatrix< T > &coefs, gsMatrix< T > &result) const | gsRationalBasis< gsBSplineBasis< T > > | |
| gsBasis< gsBSplineBasis< T >::Scalar_t >::evalFunc_into(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &coefs, gsMatrix< gsBSplineBasis< T >::Scalar_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| evalSingle(index_t i, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | inline |
| evalSingle_into(index_t i, const gsMatrix< T > &u, gsMatrix< T > &result) const | gsRationalBasis< gsBSplineBasis< T > > | |
| gsBasis< gsBSplineBasis< T >::Scalar_t >::evalSingle_into(index_t i, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, gsMatrix< gsBSplineBasis< T >::Scalar_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| Family_t typedef | gsNurbsBasis< T > | |
| firstActive(const T &u) const | gsNurbsBasis< T > | inline |
| firstActive(const gsMatrix< T, 1 > &u) const | gsNurbsBasis< T > | inline |
| function(index_t i) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | |
| GeometryType typedef | gsNurbsBasis< T > | |
| getMaxCellLength() const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| getMinCellLength() const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| gsNurbsBasis(T u0, T u1, unsigned interior, int degree, unsigned mult_interior=1) | gsNurbsBasis< T > | inline |
| gsNurbsBasis() | gsNurbsBasis< T > | inline |
| gsNurbsBasis(gsBSplineBasis< T > *bs, gsMatrix< T > w) | gsNurbsBasis< T > | inline |
| gsNurbsBasis(const gsKnotVector< T > &KV) | gsNurbsBasis< T > | inline |
| gsNurbsBasis(const gsKnotVector< T > &KV, gsMatrix< T > w) | gsNurbsBasis< T > | inline |
| gsNurbsBasis(const gsNurbsBasis &o) | gsNurbsBasis< T > | inline |
| gsRationalBasis() | gsRationalBasis< gsBSplineBasis< T > > | inline |
| gsRationalBasis(gsBSplineBasis< T > *basis) | gsRationalBasis< gsBSplineBasis< T > > | inline |
| gsRationalBasis(const gsBSplineBasis< T > &basis) | gsRationalBasis< gsBSplineBasis< T > > | inline |
| gsRationalBasis(gsBSplineBasis< T > *basis, gsMatrix< T > w) | gsRationalBasis< gsBSplineBasis< T > > | inline |
| gsRationalBasis(const gsRationalBasis &o) | gsRationalBasis< gsBSplineBasis< T > > | inline |
| insertKnot(T val, int i=1) | gsNurbsBasis< T > | inline |
| insertKnots(It begin, It end) | gsNurbsBasis< T > | inline |
| interpolateAtAnchors(gsMatrix< gsBSplineBasis< T >::Scalar_t > const &vals) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| interpolateData(gsMatrix< gsBSplineBasis< T >::Scalar_t > const &vals, gsMatrix< gsBSplineBasis< T >::Scalar_t > const &pts) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | |
| isActive(const index_t i, const gsVector< gsBSplineBasis< T >::Scalar_t > &u) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| isRational() const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| jacobianFunc_into(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &coefs, gsMatrix< gsBSplineBasis< T >::Scalar_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| laplacian(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| linearCombination_into(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &coefs, const gsMatrix< index_t > &actives, const gsMatrix< gsBSplineBasis< T >::Scalar_t > &values, gsMatrix< gsBSplineBasis< T >::Scalar_t > &result, bool sameElement=false) | gsBasis< gsBSplineBasis< T >::Scalar_t > | static |
| makeDomainIterator() const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| makeDomainIterator(const boxSide &s) const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| makeGeometry(gsMatrix< gsBSplineBasis< T >::Scalar_t > coefs) const =0 | gsBasis< gsBSplineBasis< T >::Scalar_t > | pure virtual |
| makeNonRational() const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| matchWith(const boundaryInterface &bi, const gsBasis< T > &other, gsMatrix< index_t > &bndThis, gsMatrix< index_t > &bndOther, index_t offset=0) const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| gsBasis< gsBSplineBasis< T >::Scalar_t >::matchWith(const boundaryInterface &bi, const gsBasis< gsBSplineBasis< T >::Scalar_t > &other, gsMatrix< index_t > &bndThis, gsMatrix< index_t > &bndOther, index_t offset=0) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| maxDegree() const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| minDegree() const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| nPieces() const | gsFunctionSet< T > | inlinevirtual |
| numActive() const | gsNurbsBasis< T > | inline |
| gsRationalBasis< gsBSplineBasis< T > >::numActive(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | inline |
| numActive_into(const gsMatrix< gsBSplineBasis< T >::Scalar_t > &u, gsVector< index_t > &result) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| numElements(boxSide const &s=0) const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| operator=(const gsRationalBasis &o) | gsRationalBasis< gsBSplineBasis< T > > | inline |
| piece(const index_t k) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | inlinevirtual |
| print(std::ostream &os) const | gsNurbsBasis< T > | inlinevirtual |
| projectiveCoefs(const gsMatrix< T > &coefs) const | gsRationalBasis< gsBSplineBasis< T > > | inline |
| projectiveCoefs(const gsMatrix< T > &coefs, const gsMatrix< T > &weights) | gsRationalBasis< gsBSplineBasis< T > > | inlinestatic |
| reduceContinuity(int const &i=1) | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| refine(gsMatrix< gsBSplineBasis< T >::Scalar_t > const &boxes, int refExt=0) | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| refineElements(std::vector< index_t > const &boxes) | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| refineElements_withCoefs(gsMatrix< T > &coefs, std::vector< index_t > const &boxes) | gsRationalBasis< gsBSplineBasis< T > > | |
| gsBasis< gsBSplineBasis< T >::Scalar_t >::refineElements_withCoefs(gsMatrix< gsBSplineBasis< T >::Scalar_t > &coefs, std::vector< index_t > const &boxes) | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| reverse() | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| setDegree(short_t const &i) | gsBasis< gsBSplineBasis< T >::Scalar_t > | |
| setDegreePreservingMultiplicity(short_t const &i) | gsBasis< gsBSplineBasis< T >::Scalar_t > | |
| setFromProjectiveCoefs(const gsMatrix< T > &pr_coefs, gsMatrix< T > &coefs, gsMatrix< T > &weights) | gsRationalBasis< gsBSplineBasis< T > > | inlinestatic |
| setWeights(gsMatrix< T > const &w) | gsRationalBasis< gsBSplineBasis< T > > | inline |
| size() const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| source() const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| source() | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| SourceBasis typedef | gsRationalBasis< gsBSplineBasis< T > > | |
| support() const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| support(const index_t &i) const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| supportInterval(index_t dir) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | |
| targetDim() const | gsFunctionSet< T > | inlinevirtual |
| tensorize(const gsBasis &other) const | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| totalDegree() const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| uniform_k_refine(int const &i=1) | gsNurbsBasis< T > | inline |
| uniformCoarsen(int numKnots=1) | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| uniformCoarsen_withCoefs(gsMatrix< gsBSplineBasis< T >::Scalar_t > &coefs, int numKnots=1) | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| uniformCoarsen_withTransfer(gsSparseMatrix< gsBSplineBasis< T >::Scalar_t, RowMajor > &transfer, int numKnots=1) | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| uniformRefine(int numKnots=1, int mul=1, int dir=-1) | gsNurbsBasis< T > | inlinevirtual |
| uniformRefine_withCoefs(gsMatrix< T > &coefs, int numKnots=1, int mul=1, int dir=-1) | gsRationalBasis< gsBSplineBasis< T > > | |
| gsBasis< gsBSplineBasis< T >::Scalar_t >::uniformRefine_withCoefs(gsMatrix< gsBSplineBasis< T >::Scalar_t > &coefs, int numKnots=1, int mul=1, int dir=-1) | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| uniformRefine_withTransfer(gsSparseMatrix< T, RowMajor > &transfer, int numKnots=1, int mul=1) | gsRationalBasis< gsBSplineBasis< T > > | |
| gsBasis< gsBSplineBasis< T >::Scalar_t >::uniformRefine_withTransfer(gsSparseMatrix< gsBSplineBasis< T >::Scalar_t, RowMajor > &transfer, int numKnots=1, int mul=1) | gsBasis< gsBSplineBasis< T >::Scalar_t > | virtual |
| weight(int i) | gsRationalBasis< gsBSplineBasis< T > > | inline |
| weight(int i) const | gsRationalBasis< gsBSplineBasis< T > > | inline |
| weights() const | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |
| weights() | gsRationalBasis< gsBSplineBasis< T > > | inlinevirtual |