, including all inherited members.
_Dim | AMRBase< Vector< DataType, 9 >, 2 > | [protected] |
_Equations | AMRBase< Vector< DataType, 9 >, 2 > | [protected] |
_Ghosts | AMRBase< Vector< DataType, 9 >, 2 > | [protected] |
_Hierarchy | AMRBase< Vector< DataType, 9 >, 2 > | [protected] |
AMRBase() | AMRBase< Vector< DataType, 9 >, 2 > | |
Back | SchemeBase< Vector< DataType, 9 >, 2 > | |
BCPredefined enum name | EGLM2D< DataType > | |
BCPredefined enum name | EGLM2D< DataType > | |
BCStandard(vec_grid_data_type &vec, const BBox &bb, const int type, const int side, DataType *aux=0, const int naux=0, const int scaling=0) const | EGLM2D< DataType > | [inline, virtual] |
BCStandard(vec_grid_data_type &vec, const BBox &bb, const int type, const int side, DataType *aux=0, const int naux=0, const int scaling=0) const | EGLM2D< DataType > | [inline, virtual] |
SchemeBase< Vector< DataType, 9 >, 2 >::BCStandard(vec_grid_data_type &fvec, const BBox &bb, const int type, const int side, DataType *aux=0, const int naux=0, const int scaling=0) const =0 | SchemeBase< Vector< DataType, 9 >, 2 > | [pure virtual] |
Bottom | SchemeBase< Vector< DataType, 9 >, 2 > | |
Check(vec_grid_data_type &vec, const BBox &bb, const double &time, const int verbose) const | EGLM2D< DataType > | [inline, virtual] |
Check(vec_grid_data_type &vec, const BBox &bb, const double &time, const int verbose) const | EGLM2D< DataType > | [inline, virtual] |
SchemeBase< Vector< DataType, 9 >, 2 >::Check(vec_grid_data_type &fvec, const BBox &bb, const double &time, const int verbose) const =0 | SchemeBase< Vector< DataType, 9 >, 2 > | [pure virtual] |
computeCorrection(vec_grid_data_type &vec, grid_data_type &rE, DataType ch, double dt, double dx, double dy) const | EGLM2D< DataType > | [inline, protected] |
computeCorrection(vec_grid_data_type &vec, DataType ch, double dt, double dx, double dy) const | EGLM2D< DataType > | [inline, protected] |
computeE(DataType rho, DataType p, DataType vx, DataType vy, DataType vz, DataType Bx, DataType By, DataType Bz) const | EGLM2D< DataType > | [inline, protected] |
computeFluxX(vec_grid_data_type &vec, vec_grid_data_type &fluxx, grid_data_type &rE) const | EGLM2D< DataType > | [inline, protected] |
computeFluxX(vec_grid_data_type &vec, vec_grid_data_type &fluxx) const | EGLM2D< DataType > | [inline, protected] |
computeFluxY(vec_grid_data_type &vec, vec_grid_data_type &fluxy, grid_data_type &rE) const | EGLM2D< DataType > | [inline, protected] |
computeFluxY(vec_grid_data_type &vec, vec_grid_data_type &fluxy) const | EGLM2D< DataType > | [inline, protected] |
computeMagneticAcousticFastWave(const VectorType vec[2], DataType &cfastLeft, DataType &cfastRight, int BFieldPosition) const | EGLM2D< DataType > | [inline, protected] |
computeMagneticAcousticFastWave(const VectorType vec[2], DataType &cfastLeft, DataType &cfastRight, int BFieldPosition) const | EGLM2D< DataType > | [inline, protected] |
computePressure(DataType rho, DataType energy, DataType vx, DataType vy, DataType vz, DataType Bx, DataType By, DataType Bz) const | EGLM2D< DataType > | [inline, protected] |
computeRhoE(vec_grid_data_type &vec, grid_data_type &rE) const | EGLM2D< DataType > | [inline] |
computeStateUstarsHLLD(const VectorType vec[2], DataType rhoE[2], VectorType Ustar[2], VectorType Ustarstar[2], int position, int BFieldPosition, DataType &slopeLeft, DataType &slopeRight, DataType &slopeLeftStar, DataType &slopeRightStar, DataType &slopeM) const | EGLM2D< DataType > | [inline, protected] |
computeStateUstarsHLLD(const VectorType vec[2], VectorType Ustar[2], VectorType Ustarstar[2], int position, int BFieldPosition, DataType &slopeLeft, DataType &slopeRight, DataType &slopeLeftStar, DataType &slopeRightStar, DataType &slopeM) const | EGLM2D< DataType > | [inline, protected] |
conservationStep(vec_grid_data_type &vec, grid_data_type &rE, vec_grid_data_type &fluxx, vec_grid_data_type &fluxy, double dt, double dx, double dy) const | EGLM2D< DataType > | [inline, protected] |
conservationStep(vec_grid_data_type &vec, vec_grid_data_type &fluxx, vec_grid_data_type &fluxy, double dt, double dx, double dy) const | EGLM2D< DataType > | [inline, protected] |
conservative2primitive(vec_grid_data_type &vec, grid_data_type &rE) const | EGLM2D< DataType > | [inline] |
conservative2primitive(vec_grid_data_type &vec) const | EGLM2D< DataType > | [inline] |
Conserved | SchemeBase< Vector< DataType, 9 >, 2 > | |
Constant enum value | EGLM2D< DataType > | |
Conversion enum name | SchemeBase< Vector< DataType, 9 >, 2 > | |
DataType typedef | SchemeBase< Vector< DataType, 9 >, 2 > | |
Dim() const | AMRBase< Vector< DataType, 9 >, 2 > | |
DiscontinuityX enum value | EGLM2D< DataType > | |
DiscontinuityXY enum value | EGLM2D< DataType > | |
DiscontinuityY enum value | EGLM2D< DataType > | |
EGLM2D() | EGLM2D< DataType > | [inline] |
EGLM2D() | EGLM2D< DataType > | [inline] |
finish() | AMRBase< Vector< DataType, 9 >, 2 > | [virtual] |
fluxCorrectionX(vec_grid_data_type &vecm, vec_grid_data_type &vec, vec_grid_data_type &flux, DataType ch) const | EGLM2D< DataType > | [inline, protected] |
fluxCorrectionX(vec_grid_data_type &vecm, vec_grid_data_type &vec, vec_grid_data_type &flux, DataType ch) const | EGLM2D< DataType > | [inline, protected] |
fluxCorrectionY(vec_grid_data_type &vecm, vec_grid_data_type &vec, vec_grid_data_type &flux, DataType ch) const | EGLM2D< DataType > | [inline, protected] |
fluxCorrectionY(vec_grid_data_type &vecm, vec_grid_data_type &vec, vec_grid_data_type &flux, DataType ch) const | EGLM2D< DataType > | [inline, protected] |
Front | SchemeBase< Vector< DataType, 9 >, 2 > | |
Gamma() const | EGLM2D< DataType > | [inline] |
Gamma() const | EGLM2D< DataType > | [inline] |
GFMBCStandard(vec_grid_data_type &vec, const int type, const int &nc, const int *idx, const VectorType *f, const point_type *xc, const DataType *distance, const point_type *normal, DataType *aux=0, const int naux=0, const int scaling=0) const | EGLM2D< DataType > | [inline, virtual] |
GFMBCStandard(vec_grid_data_type &vec, const int type, const int &nc, const int *idx, const VectorType *f, const point_type *xc, const DataType *distance, const point_type *normal, DataType *aux=0, const int naux=0, const int scaling=0) const | EGLM2D< DataType > | [inline, virtual] |
SchemeBase< Vector< DataType, 9 >, 2 >::GFMBCStandard(vec_grid_data_type &fvec, const int type, const int &nc, const int *idx, const VectorType *f, const point_type *xc, const DataType *distance, const point_type *normal, DataType *aux=0, const int naux=0, const int scaling=0) const =0 | SchemeBase< Vector< DataType, 9 >, 2 > | [pure virtual] |
GFMExtrapolation enum value | EGLM2D< DataType > | |
GFMPredefined enum name | EGLM2D< DataType > | |
GFMPredefined enum name | EGLM2D< DataType > | |
GFMSlipWall enum value | EGLM2D< DataType > | |
GFMTransform(vec_grid_data_type &vec, vec_grid_data_type &vechelp) const | EGLM2D< DataType > | [inline, virtual] |
GFMTransform(vec_grid_data_type &vec, vec_grid_data_type &vechelp) const | EGLM2D< DataType > | [inline, virtual] |
SchemeBase< Vector< DataType, 9 >, 2 >::GFMTransform(vec_grid_data_type &fvec, vec_grid_data_type &fvechelp) const =0 | SchemeBase< Vector< DataType, 9 >, 2 > | [pure virtual] |
GFMUseTransform() const | EGLM2D< DataType > | [inline, virtual] |
GFMUseTransform() const | EGLM2D< DataType > | [inline, virtual] |
GH() | AMRBase< Vector< DataType, 9 >, 2 > | |
GH() const | AMRBase< Vector< DataType, 9 >, 2 > | |
grid_data_type typedef | EGLM2D< DataType > | |
grid_data_type typedef | EGLM2D< DataType > | |
ICPredefined enum name | EGLM2D< DataType > | |
ICPredefined enum name | EGLM2D< DataType > | |
ICStandard(vec_grid_data_type &vec, const int type, DataType *aux=0, const int naux=0, const int scaling=0) const | EGLM2D< DataType > | [inline, virtual] |
ICStandard(vec_grid_data_type &vec, const int type, DataType *aux=0, const int naux=0, const int scaling=0) const | EGLM2D< DataType > | [inline, virtual] |
SchemeBase< Vector< DataType, 9 >, 2 >::ICStandard(vec_grid_data_type &fvec, const int type, DataType *aux=0, const int naux=0, const int scaling=0) const =0 | SchemeBase< Vector< DataType, 9 >, 2 > | [pure virtual] |
idx(const int i) const | SchemeBase< Vector< DataType, 9 >, 2 > | |
idx(const int i, const int j, const int Nx) const | SchemeBase< Vector< DataType, 9 >, 2 > | |
idx(const int i, const int j, const int k, const int Nx, const int Ny) const | SchemeBase< Vector< DataType, 9 >, 2 > | |
init() | AMRBase< Vector< DataType, 9 >, 2 > | [virtual] |
Inlet enum value | EGLM2D< DataType > | |
Input(vec_grid_data_type &fvec, grid_data_type &work, const int cnt, const int skip_ghosts=1) const | EGLM2D< DataType > | [inline, virtual] |
Input(vec_grid_data_type &fvec, grid_data_type &work, const int cnt, const int skip_ghosts=1) const | EGLM2D< DataType > | [inline, virtual] |
SchemeBase< Vector< DataType, 9 >, 2 >::Input(vec_grid_data_type &fvec, grid_data_type &work, const int cnt, const int skip_ghosts=1) const =0 | SchemeBase< Vector< DataType, 9 >, 2 > | [pure virtual] |
Left | SchemeBase< Vector< DataType, 9 >, 2 > | |
LocCtrl | AMRBase< Vector< DataType, 9 >, 2 > | [protected] |
MUSCLX(vec_grid_data_type &vec, vec_grid_data_type &qrt, vec_grid_data_type &qlt, vec_grid_data_type &Frt, vec_grid_data_type &Flt, grid_data_type &rErt, grid_data_type &rElt, DataType dt, DataType dx, DataType ch) const | EGLM2D< DataType > | [inline, protected] |
MUSCLX(vec_grid_data_type &vec, vec_grid_data_type &qrt, vec_grid_data_type &qlt, vec_grid_data_type &Frt, vec_grid_data_type &Flt, DataType dt, DataType dx, DataType ch) const | EGLM2D< DataType > | [inline, protected] |
MUSCLY(vec_grid_data_type &vec, vec_grid_data_type &qrt, vec_grid_data_type &qlt, vec_grid_data_type &Frt, vec_grid_data_type &Flt, grid_data_type &rErt, grid_data_type &rElt, DataType dt, DataType dy, DataType ch) const | EGLM2D< DataType > | [inline, protected] |
MUSCLY(vec_grid_data_type &vec, vec_grid_data_type &qrt, vec_grid_data_type &qlt, vec_grid_data_type &Frt, vec_grid_data_type &Flt, DataType dt, DataType dy, DataType ch) const | EGLM2D< DataType > | [inline, protected] |
NEquations() const | AMRBase< Vector< DataType, 9 >, 2 > | |
NGhosts() const | AMRBase< Vector< DataType, 9 >, 2 > | |
NMaxPass() const | EGLM2D< DataType > | [inline, virtual] |
NMaxPass() const | EGLM2D< DataType > | [inline, virtual] |
NMethodOrder() const | EGLM2D< DataType > | [inline, virtual] |
NMethodOrder() const | EGLM2D< DataType > | [inline, virtual] |
NumericalFluxX(vec_grid_data_type &qrt, vec_grid_data_type &qlt, vec_grid_data_type &Frt, vec_grid_data_type &Flt, grid_data_type &rErt, grid_data_type &rElt, vec_grid_data_type &FluxX, DataType &xSlopeMax, DataType ch) const | EGLM2D< DataType > | [inline, protected] |
NumericalFluxX(vec_grid_data_type &qrt, vec_grid_data_type &qlt, vec_grid_data_type &Frt, vec_grid_data_type &Flt, vec_grid_data_type &FluxX, DataType &xSlopeMax, DataType ch) const | EGLM2D< DataType > | [inline, protected] |
NumericalFluxY(vec_grid_data_type &qrt, vec_grid_data_type &qlt, vec_grid_data_type &Frt, vec_grid_data_type &Flt, grid_data_type &rErt, grid_data_type &rElt, vec_grid_data_type &FluxY, DataType &ySlopeMax, DataType ch) const | EGLM2D< DataType > | [inline, protected] |
NumericalFluxY(vec_grid_data_type &qrt, vec_grid_data_type &qlt, vec_grid_data_type &Frt, vec_grid_data_type &Flt, vec_grid_data_type &FluxY, DataType &ySlopeMax, DataType ch) const | EGLM2D< DataType > | [inline, protected] |
Outlet enum value | EGLM2D< DataType > | |
Output(vec_grid_data_type &vec, grid_data_type &workvec, const int cnt, const int skip_ghosts=1) const | EGLM2D< DataType > | [inline, virtual] |
Output(vec_grid_data_type &vec, grid_data_type &workvec, const int cnt, const int skip_ghosts=1) const | EGLM2D< DataType > | [inline, virtual] |
SchemeBase< Vector< DataType, 9 >, 2 >::Output(vec_grid_data_type &fvec, grid_data_type &work, const int cnt, const int skip_ghosts=1) const =0 | SchemeBase< Vector< DataType, 9 >, 2 > | [pure virtual] |
point_type typedef | EGLM2D< DataType > | |
point_type typedef | EGLM2D< DataType > | |
Primitive | SchemeBase< Vector< DataType, 9 >, 2 > | |
primitive2conservative(vec_grid_data_type &vec, grid_data_type &rE) const | EGLM2D< DataType > | [inline] |
primitive2conservativeIC(vec_grid_data_type &vec) const | EGLM2D< DataType > | [inline] |
Reconstruct(DataType &r, DataType &r1, DataType &r2, DataType &rl, DataType &rr) const | EGLM2D< DataType > | [inline] |
Reconstruct(DataType &r, DataType &r1, DataType &r2, DataType &rl, DataType &rr) const | EGLM2D< DataType > | [inline] |
register_at(ControlDevice &Ctrl, const std::string &prefix) | EGLM2D< DataType > | [inline, virtual] |
register_at(ControlDevice &Ctrl, const std::string &prefix) | EGLM2D< DataType > | [inline, virtual] |
SchemeBase< Vector< DataType, 9 >, 2 >::register_at(ControlDevice &Ctrl) | AMRBase< Vector< DataType, 9 >, 2 > | [virtual] |
RiemannSolver_HLL(VectorType vec[2], DataType rhoE[2], VectorType F[2], int position, DataType &slopeMax, int BFieldPosition) const | EGLM2D< DataType > | [inline, protected] |
RiemannSolver_HLL(VectorType vec[2], VectorType F[2], int position, DataType &slopeMax, int BFieldPosition) const | EGLM2D< DataType > | [inline, protected] |
RiemannSolver_HLLD(VectorType vec[2], DataType rhoE[2], VectorType F[2], int position, DataType &slopeMax, int BFieldPosition) const | EGLM2D< DataType > | [inline, protected] |
RiemannSolver_HLLD(VectorType vec[2], VectorType F[2], int position, DataType &slopeMax, int BFieldPosition) const | EGLM2D< DataType > | [inline, protected] |
Right | SchemeBase< Vector< DataType, 9 >, 2 > | |
SchemeBase() | SchemeBase< Vector< DataType, 9 >, 2 > | |
SetupData(GridHierarchy *gh, const int &ghosts) | EGLM2D< DataType > | [inline, virtual] |
SetupData(GridHierarchy *gh, const int &ghosts) | EGLM2D< DataType > | [inline, virtual] |
SideName typedef | EGLM2D< DataType > | |
SideName typedef | EGLM2D< DataType > | |
SlipWall enum value | EGLM2D< DataType > | |
slope_HLL(const VectorType vec[2], int position, DataType &slopeLeft, DataType &slopeRight, DataType &slopeMax, int BFieldPosition) const | EGLM2D< DataType > | [inline, protected] |
slope_HLL(const VectorType vec[2], int position, DataType &slopeLeft, DataType &slopeRight, DataType &slopeMax, int BFieldPosition) const | EGLM2D< DataType > | [inline, protected] |
slope_HLLD(const VectorType vec[2], int position, DataType &slopeLeft, DataType &slopeRight, DataType &slopeMax, int BFieldPosition) const | EGLM2D< DataType > | [inline, protected] |
slope_HLLD(const VectorType vec[2], int position, DataType &slopeLeft, DataType &slopeRight, DataType &slopeMax, int BFieldPosition) const | EGLM2D< DataType > | [inline, protected] |
SlopeLimiter(DataType &a, DataType &b) const | EGLM2D< DataType > | [inline] |
SlopeLimiter(DataType &a, DataType &b) const | EGLM2D< DataType > | [inline] |
Step(vec_grid_data_type &vec, vec_grid_data_type &oldvec, vec_grid_data_type *Flux[], const double &t, const double &dt, const int &mpass) const | EGLM2D< DataType > | [inline, virtual] |
Step(vec_grid_data_type &vec, vec_grid_data_type &oldvec, vec_grid_data_type *Flux[], const double &t, const double &dt, const int &mpass) const | EGLM2D< DataType > | [inline, virtual] |
SchemeBase< Vector< DataType, 9 >, 2 >::Step(vec_grid_data_type &fvec, vec_grid_data_type &ovec, vec_grid_data_type *Flux[], const double &t, const double &dt, const int &mpass) const =0 | SchemeBase< Vector< DataType, 9 >, 2 > | [pure virtual] |
Symmetry enum value | EGLM2D< DataType > | |
Top | SchemeBase< Vector< DataType, 9 >, 2 > | |
update() | AMRBase< Vector< DataType, 9 >, 2 > | [virtual] |
vec_grid_data_type typedef | EGLM2D< DataType > | |
vec_grid_data_type typedef | EGLM2D< DataType > | |
vec_grid_fct_type typedef | AMRBase< Vector< DataType, 9 >, 2 > | |
VectorType typedef | EGLM2D< DataType > | |
VectorType typedef | EGLM2D< DataType > | |
WriteInit() const | EGLM2D< DataType > | [inline, protected] |
WriteInit() const | EGLM2D< DataType > | [inline, protected] |
~AMRBase() | AMRBase< Vector< DataType, 9 >, 2 > | [virtual] |
~EGLM2D() | EGLM2D< DataType > | [inline, virtual] |
~EGLM2D() | EGLM2D< DataType > | [inline, virtual] |
~SchemeBase() | SchemeBase< Vector< DataType, 9 >, 2 > | [virtual] |