coef_ddp | solver::fluidsol::FDMDiffBase | |
coef_ddp2w | solver::fluidsol::FDMDiffBase | |
coef_ddw | solver::fluidsol::FDMDiffBase | |
coef_ddw2p | solver::fluidsol::FDMDiffBase | |
coef_dp | solver::fluidsol::FDMDiffBase | |
coef_dp2w | solver::fluidsol::FDMDiffBase | |
coef_dw | solver::fluidsol::FDMDiffBase | |
coef_dw2p | solver::fluidsol::FDMDiffBase | |
coef_interp_p2w | solver::fluidsol::FDMDiffBase | |
coef_interp_w2p | solver::fluidsol::FDMDiffBase | |
diff2AtRp(T in[], T out[], Real alpha=1., Real beta=0.) | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
diff2AtRw(T in[], T out[], Real alpha=1., Real beta=0.) | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
diffAtRp(T in[], T out[], Real alpha=1., Real beta=0.) | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
diffAtRw(T in[], T out[], Real alpha=1., Real beta=0.) | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
diffFromRpToRw(T in[], T out[], Real alpha=1., Real beta=0.) | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
diffFromRwToRp(T in[], T out[], Real alpha=1., Real beta=0.) | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
explicitBoundaryAtRp(T0 in[], const boxffd::BoundaryType btype0=boxffd::BoundaryType::Neumann, const T1 bval0=0., const boxffd::BoundaryType btype1=boxffd::BoundaryType::Neumann, const T1 bval1=0.) | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
explicitBoundaryAtRw(T0 in[], const boxffd::BoundaryType btype0=boxffd::BoundaryType::Neumann, const T1 bval0=0., const boxffd::BoundaryType btype1=boxffd::BoundaryType::Neumann, const T1 bval1=0.) | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
gh | solver::fluidsol::FDMDiffBase | |
helm_l | solver::fluidsol::FDMDiffBase | |
helm_u | solver::fluidsol::FDMDiffBase | |
interpFromRpToRw(T in[], T out[], Real alpha=1., Real beta=0.) | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
interpFromRwToRp(T in[], T out[], Real alpha=1., Real beta=0.) | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
nm | solver::fluidsol::FDMDiffBase | |
setMesh(const int num, const Real R[], FDMWPTag tag) | solver::fluidsol::FDMDiffBase | inline |
setMeshFromRw(const int num, const Real R[]) | solver::fluidsol::FDMDiffBase | inline |
solveHelmholtzAtRp(T0 lam[], T1 rhs[], T1 out[], const boxffd::BoundaryType btype0=boxffd::BoundaryType::Neumann, const T0 bval0=0., const boxffd::BoundaryType btype1=boxffd::BoundaryType::Neumann, const T0 bval1=0.) | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
updateAllCoef() | solver::fluidsol::FDMSecondCenteralDiff< Type > | inlinevirtual |
updateCoefDDP() | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
updateCoefDDP2W() | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
updateCoefDDW() | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
updateCoefDP() | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
updateCoefDP2W() | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
updateCoefDW() | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
updateCoefDW2P() | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
updateCoefHelm() | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
updateCoefInterpP2W() | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
updateCoefInterpW2P() | solver::fluidsol::FDMSecondCenteralDiff< Type > | inline |
updateGhostMesh(int ghost) | solver::fluidsol::FDMDiffBase | inline |
xp | solver::fluidsol::FDMDiffBase | |
xw | solver::fluidsol::FDMDiffBase | |