| backward(double alpha, const container &f, double beta, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| backward(const container &f, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| backward2(double alpha, const container &f, double beta, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| centered(double alpha, const container &f, double beta, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| centered(const container &f, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| centered_bc_along_field(double alpha, const container &f, double beta, container &g, dg::bc bound, std::array< double, 2 > boundary_value={0, 0}) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| construct(Params &&...ps) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| div(dg::direction dir, const container &f, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| div(dg::direction dir, double alpha, const container &f, double beta, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | |
| divBackward(double alpha, const container &f, double beta, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| divBackward(const container &f, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| divCentered(double alpha, const container &f, double beta, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| divCentered(const container &f, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| divForward(double alpha, const container &f, double beta, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| divForward(const container &f, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| DS() | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| DS(const dg::geo::TokamakMagneticField &vec, const ProductGeometry &grid, dg::bc bcx=dg::NEU, dg::bc bcy=dg::NEU, Limiter limit=FullLimiter(), double eps=1e-5, unsigned mx=10, unsigned my=10, double deltaPhi=-1, std::string interpolation_method="dg", bool benchmark=true) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| DS(const dg::geo::CylindricalVectorLvl1 &vec, const ProductGeometry &grid, dg::bc bcx=dg::NEU, dg::bc bcy=dg::NEU, Limiter limit=FullLimiter(), double eps=1e-5, unsigned mx=10, unsigned my=10, double deltaPhi=-1, std::string interpolation_method="dg", bool benchmark=true) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| DS(FA fieldaligned) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | |
| ds(dg::direction dir, const container &f, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| ds(dg::direction dir, double alpha, const container &f, double beta, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | |
| dss(const container &f, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| dss(double alpha, const container &f, double beta, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| dss_bc_along_field(double alpha, const container &f, double beta, container &g, dg::bc bound, std::array< double, 2 > boundary_value={0, 0}) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| dssd(double alpha, const container &f, double beta, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| dssd_bc_along_field(double alpha, const container &f, double beta, container &g, dg::bc bound, std::array< double, 2 > boundary_value={0, 0}) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| FA typedef | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | |
| fieldaligned() | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| fieldaligned() const | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| forward(double alpha, const container &f, double beta, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| forward(const container &f, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| forward2(double alpha, const container &f, double beta, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| get_jfactor() const | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| set_boundaries(dg::bc bcz, double left, double right) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| set_boundaries(dg::bc bcz, const container &left, const container &right) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| set_boundaries(dg::bc bcz, const container &global, double scal_left, double scal_right) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| set_jfactor(double new_jfactor) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| symv(const container &f, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
| symv(double alpha, const container &f, double beta, container &g) | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | |
| weights() const | dg::geo::DS< ProductGeometry, IMatrix, Matrix, container > | inline |
1.9.3