gsTensorBSplineBasis< d, T > Member List

This is the complete list of members for gsTensorBSplineBasis< d, T >, including all inherited members.

active(const gsMatrix< T > &u) const	gsFunctionSet< T >	inline
active_cwise(const gsMatrix< T > &u, gsVector< index_t, d > &low, gsVector< index_t, d > &upp) const	gsTensorBSplineBasis< d, T >
active_into(const gsMatrix< T > &u, gsMatrix< index_t > &result) const	gsTensorBSplineBasis< d, T >	virtual
activeCoefs_into(const gsVector< T > &u, const gsMatrix< T > &coefs, gsMatrix< T > &result) const	gsBasis< T >	virtual
allBoundary() const	gsTensorBasis< d, T >	virtual
anchor_into(index_t i, gsMatrix< T > &result) const	gsTensorBasis< d, T >	virtual
anchors() const	gsBasis< T >	inline
anchors_into(gsMatrix< T > &result) const	gsTensorBasis< d, T >	virtual
Base typedef	gsTensorBSplineBasis< d, T >
basis(const index_t k) const	gsFunctionSet< T >
begin() const	gsTensorBasis< d, T >	inline
begin()	gsTensorBasis< d, T >	inline
boundary(boxSide const &s) const	gsBasis< T >	inline
boundaryBasis(boxSide const &s)	gsTensorBSplineBasis< d, T >
BoundaryBasisType typedef	gsTensorBSplineBasis< d, T >
boundaryOffset(boxSide const &s, index_t offset) const	gsTensorBasis< d, T >	virtual
clone()	gsFunctionSet< T >
coefSlice(short_t dir, index_t k) const	gsTensorBasis< d, T >
collocationMatrix(gsMatrix< T > const &u) const	gsBasis< T >	inline
component(short_t dir) const	gsTensorBSplineBasis< d, T >	inlinevirtual
component(short_t dir)	gsTensorBSplineBasis< d, T >	inlinevirtual
componentBasis(boxComponent b) const	gsBasis< T >	virtual
componentBasis_withIndices(boxComponent b, gsMatrix< index_t > &indices, bool noBoundary=true) const	gsBasis< T >	virtual
compute(const gsMatrix< T > &in, gsFuncData< T > &out) const	gsFunctionSet< T >	virtual
connectivity(const gsMatrix< T > &nodes, gsMesh< T > &mesh) const	gsTensorBasis< d, T >	virtual
connectivityAtAnchors(gsMesh< T > &mesh) const	gsBasis< T >	inlinevirtual
CoordinateBasis typedef	gsTensorBSplineBasis< d, T >
create() const	gsBasis< T >	virtual
degree(short_t i) const	gsTensorBasis< d, T >	inlinevirtual
degreeDecrease(short_t const &i=1, short_t const dir=-1)	gsTensorBasis< d, T >	inlinevirtual
degreeElevate(short_t const &i=1, short_t const dir=-1)	gsTensorBasis< d, T >	inlinevirtual
degreeIncrease(short_t const &i=1, short_t const dir=-1)	gsTensorBasis< d, T >	inlinevirtual
degreeReduce(short_t const &i=1, short_t const dir=-1)	gsTensorBasis< d, 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	gsTensorBasis< d, T >	virtual
deriv2Func(const gsMatrix< T > &u, const gsMatrix< T > &coefs) const	gsBasis< T >	inline
deriv2Func_into(const gsMatrix< T > &u, const gsMatrix< T > &coefs, gsMatrix< T > &result) const	gsBasis< T >	virtual
deriv2Single(index_t i, const gsMatrix< T > &u) const	gsBasis< T >	inline
deriv2Single_into(index_t i, const gsMatrix< T > &u, gsMatrix< T > &result) const	gsTensorBasis< d, T >	virtual
deriv_into(const gsMatrix< T > &u, gsMatrix< T > &result) const	gsTensorBasis< d, T >	virtual
derivFunc(const gsMatrix< T > &u, const gsMatrix< T > &coefs) const	gsBasis< T >	inline
derivFunc_into(const gsMatrix< T > &u, const gsMatrix< T > &coefs, gsMatrix< T > &result) const	gsBasis< T >	virtual
derivSingle(index_t i, const gsMatrix< T > &u) const	gsBasis< T >	inline
derivSingle_into(index_t i, const gsMatrix< T > &u, gsMatrix< T > &result) const	gsTensorBasis< d, T >	virtual
detail() const	gsBasis< T >	inlinevirtual
Dim	gsTensorBasis< d, T >	static
domain() const	gsBasis< T >	virtual
domainDim() const	gsTensorBasis< d, T >	inlinevirtual
elementActive_into(const gsMatrix< index_t, _Rows, 2 > &box, gsMatrix< index_t > &result) const	gsTensorBSplineBasis< d, T >	inline
elementIndex(const gsVector< T > &u) const	gsTensorBasis< d, T >	inlinevirtual
elementInSupportOf(index_t j) const	gsTensorBasis< d, T >	virtual
elementSupport(const index_t &i) const	gsTensorBSplineBasis< d, T >	inline
elementSupport_into(const index_t i, gsMatrix< index_t, _Rows, 2 > &result) const	gsTensorBSplineBasis< d, T >	inline
elevateContinuity(int const &i=1)	gsBasis< T >	virtual
end() const	gsTensorBasis< d, T >	inline
end()	gsTensorBasis< d, T >	inline
eval(const gsMatrix< T > &u) const	gsFunctionSet< T >
eval_into(const gsMatrix< T > &u, gsMatrix< T > &result) const	gsTensorBasis< d, T >	virtual
eval_into(const gsMatrix< T > &u, const gsMatrix< T > &coefs, gsMatrix< T > &result) const	gsTensorBasis< d, 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	gsTensorBasis< d, T >	virtual
evalAllDersFunc_into(const gsMatrix< T > &u, const gsMatrix< T > &coefs, const unsigned n, std::vector< gsMatrix< T > > &result, bool sameElement=false) const	gsBasis< T >	virtual
evalAllDersSingle_into(index_t i, const gsMatrix< T > &u, int n, gsMatrix< T > &result) const	gsBasis< T >	virtual
evalDerSingle_into(index_t i, const gsMatrix< T > &u, int n, gsMatrix< T > &result) const	gsBasis< T >	virtual
evalFunc(const gsMatrix< T > &u, const gsMatrix< T > &coefs) const	gsBasis< T >	inline
evalFunc_into(const gsMatrix< T > &u, const gsMatrix< T > &coefs, gsMatrix< T > &result) const	gsBasis< T >	virtual
evalSingle(index_t i, const gsMatrix< T > &u) const	gsBasis< T >	inline
evalSingle_into(index_t i, const gsMatrix< T > &u, gsMatrix< T > &result) const	gsTensorBasis< d, T >	virtual
Family_t typedef	gsTensorBSplineBasis< d, T >
function(index_t i) const	gsBasis< T >
GeometryType typedef	gsTensorBSplineBasis< d, T >
getComponentsForSide(boxSide const &s, std::vector< Basis_t * > &rr) const	gsTensorBasis< d, T >
getMaxCellLength() const	gsTensorBasis< d, T >	virtual
getMinCellLength() const	gsTensorBasis< d, T >	virtual
gsTensorBasis(const gsTensorBasis &o)	gsTensorBasis< d, T >
gsTensorBasis(Basis_t *x, Basis_t *y)	gsTensorBasis< d, T >
gsTensorBasis(Basis_t *x, Basis_t *y, Basis_t *z)	gsTensorBasis< d, T >
gsTensorBasis(Basis_t *x, Basis_t *y, Basis_t *z, Basis_t *w)	gsTensorBasis< d, T >
gsTensorBasis(iterator it)	gsTensorBasis< d, T >	inlineexplicit
gsTensorBSplineBasis()	gsTensorBSplineBasis< d, T >	inline
gsTensorBSplineBasis(KnotVectorType KV1, gsKnotVector< U > KV2, typename util::enable_if< d==2, U >::type *=NULL)	gsTensorBSplineBasis< d, T >	inline
gsTensorBSplineBasis(KnotVectorType KV1, KnotVectorType KV2, KnotVectorType KV3)	gsTensorBSplineBasis< d, T >	inline
index(unsigned i, unsigned j, unsigned k=0) const	gsTensorBasis< d, T >	inline
index(gsVector< index_t, d > const &v) const	gsTensorBasis< d, T >	inline
indexOnBoundary(const gsVector< index_t, d > &ind) const	gsTensorBasis< d, T >	inline
indexOnBoundary(const index_t m) const	gsTensorBasis< d, T >	inline
insertKnot(T knot, index_t dir, int mult=1)	gsTensorBSplineBasis< d, T >	inline
insertKnots(const std::vector< std::vector< T > > &refineKnots)	gsTensorBSplineBasis< d, T >	inline
interpolateAtAnchors(gsMatrix< T > const &vals) const	gsTensorBasis< d, T >	virtual
interpolateData(gsMatrix< T > const &vals, gsMatrix< T > const &pts) const	gsBasis< T >	inline
interpolateGrid(gsMatrix< T > const &vals, std::vector< gsMatrix< T > >const &grid) const	gsTensorBasis< d, T >
isActive(const index_t i, const gsVector< T > &u) const	gsTensorBasis< d, T >	virtual
isPeriodic() const	gsTensorBSplineBasis< d, T >	inline
isRational() const	gsBasis< T >	inlinevirtual
jacobianFunc_into(const gsMatrix< T > &u, const gsMatrix< T > &coefs, gsMatrix< T > &result) const	gsBasis< T >	virtual
k_refine(Self_t &other, int const &i=1)	gsTensorBSplineBasis< d, T >	inline
laplacian(const gsMatrix< T > &u) const	gsBasis< T >	inlinevirtual
linearCombination_into(const gsMatrix< T > &coefs, const gsMatrix< index_t > &actives, const gsMatrix< T > &values, gsMatrix< T > &result, bool sameElement=false)	gsBasis< T >	static
m_isPeriodic	gsTensorBSplineBasis< d, T >	protected
makeDomainIterator() const	gsTensorBasis< d, T >	virtual
makeDomainIterator(const boxSide &s) const	gsTensorBasis< d, T >	virtual
makeGeometry(gsMatrix< T > coefs) const =0	gsBasis< T >	pure virtual
makeNonRational() const	gsBasis< T >	inlinevirtual
matchWith(const boundaryInterface &bi, const gsBasis< T > &other, gsMatrix< index_t > &bndThis, gsMatrix< index_t > &bndOther, index_t offset) const	gsTensorBasis< d, T >	virtual
maxDegree() const	gsTensorBasis< d, T >	inlinevirtual
minDegree() const	gsTensorBasis< d, T >	inlinevirtual
nPieces() const	gsFunctionSet< T >	inlinevirtual
numActive(const gsMatrix< T > &u) const	gsBasis< T >	inline
numActive_into(const gsMatrix< T > &u, gsVector< index_t > &result) const	gsBasis< T >	virtual
numElements(boxSide const &s=boundary::none) const	gsTensorBasis< d, T >	inlinevirtual
numElements_cwise(gsVector< unsigned > &result) const	gsTensorBasis< d, T >	inline
perCoefs(const gsMatrix< T > &originalCoefs, short_t dir) const	gsTensorBSplineBasis< d, T >	inline
periodicDirection() const	gsTensorBSplineBasis< d, T >	inline
piece(const index_t k) const	gsBasis< T >	inlinevirtual
print(std::ostream &os) const	gsTensorBSplineBasis< d, T >	inlinevirtual
Ptr typedef	gsTensorBSplineBasis< d, T >
reduceContinuity(int const &i=1)	gsTensorBSplineBasis< d, T >	inlinevirtual
refine(gsMatrix< T > const &boxes, int refExt=0)	gsTensorBSplineBasis< d, T >	virtual
refine_h(int const &i=1)	gsTensorBSplineBasis< d, T >	inline
refine_p(int const &i=1)	gsTensorBSplineBasis< d, T >	inline
refine_withCoefs(gsMatrix< T > &coefs, const std::vector< std::vector< T > > &refineKnots)	gsTensorBSplineBasis< d, T >
refine_withTransfer(gsSparseMatrix< T, RowMajor > &transfer, const std::vector< std::vector< T > > &refineKnots)	gsTensorBSplineBasis< d, T >
refineElements(std::vector< index_t > const &elements)	gsTensorBasis< d, T >	virtual
refineElements_withCoefs(gsMatrix< T > &coefs, std::vector< index_t > const &boxes)	gsBasis< T >	virtual
removeKnot(T knot, index_t dir, int mult=1)	gsTensorBSplineBasis< d, T >	inline
reverse()	gsBasis< T >	virtual
Scalar_t typedef	gsTensorBSplineBasis< d, T >
setDegree(short_t const &i)	gsBasis< T >
setDegreePreservingMultiplicity(short_t const &i)	gsBasis< T >
setIsPeriodic()	gsTensorBSplineBasis< d, T >	inlineprivate
setPeriodic(const int dir)	gsTensorBSplineBasis< d, T >	inline
size() const	gsTensorBasis< d, T >	inlinevirtual
size(short_t k) const	gsTensorBasis< d, T >	inline
size_cwise(gsVector< index_t, s > &result) const	gsTensorBasis< d, T >	inline
source() const	gsBasis< T >	inlinevirtual
source()	gsBasis< T >	inlinevirtual
stride(short_t dir) const	gsTensorBasis< d, T >	inline
stride_cwise(gsVector< index_t, d > &result) const	gsTensorBasis< d, T >	inline
support() const	gsTensorBasis< d, T >	virtual
support(const index_t &i) const	gsTensorBasis< d, T >	virtual
supportInterval(index_t dir) const	gsBasis< T >
targetDim() const	gsFunctionSet< T >	inlinevirtual
tensorIndex(const index_t &m) const	gsTensorBasis< d, T >	inline
tensorize(const gsBasis &other) const	gsBasis< T >	virtual
totalDegree() const	gsTensorBasis< d, T >	inlinevirtual
uniformCoarsen(int numKnots=1)	gsTensorBasis< d, T >	inlinevirtual
uniformCoarsen_withCoefs(gsMatrix< T > &coefs, int numKnots=1)	gsBasis< T >	virtual
uniformCoarsen_withTransfer(gsSparseMatrix< T, RowMajor > &transfer, int numKnots=1)	gsTensorBasis< d, T >	virtual
uniformRefine(int numKnots=1, int mul=1, int dir=-1)	gsTensorBasis< d, T >	inlinevirtual
uniformRefine_withCoefs(gsMatrix< T > &coefs, int numKnots=1, int mul=1, int dir=-1)	gsTensorBasis< d, T >	virtual
uniformRefine_withTransfer(gsSparseMatrix< T, RowMajor > &transfer, int numKnots=1, int mul=1)	gsTensorBasis< d, T >	virtual
uPtr typedef	gsTensorBSplineBasis< d, T >
weights() const	gsBasis< T >	inlinevirtual
weights()	gsBasis< T >	inlinevirtual