| apply(T &a_dF, const T &a_dU) override | JacobianFunctionMF< T, Ops > | virtual |
| assign(T &a_Z, const T &a_U) | LinearFunction< T, Ops > | inline |
| create(T &a_Z, const T &a_U) | LinearFunction< T, Ops > | inline |
| curTime(RT a_time) | JacobianFunctionMF< T, Ops > | inline |
| curTimeStep(RT a_dt) | JacobianFunctionMF< T, Ops > | inline |
| define(const T &, Ops *, const PreconditionerType &) override | JacobianFunctionMF< T, Ops > | virtual |
| dotProduct(const T &a_X, const T &a_Y) | LinearFunction< T, Ops > | inline |
| getPCMatrix(amrex::Gpu::DeviceVector< int > &a_ridx_g, amrex::Gpu::DeviceVector< int > &a_nnz, amrex::Gpu::DeviceVector< int > &a_cidx_g, amrex::Gpu::DeviceVector< RT > &a_aij, int &a_n, int &a_ncols_max) override | JacobianFunctionMF< T, Ops > | inlinevirtual |
| increment(T &a_Z, const T &a_U, RT a_scale) | LinearFunction< T, Ops > | inline |
| isDefined() const | JacobianFunctionMF< T, Ops > | inline |
| JacobianFunctionMF()=default | JacobianFunctionMF< T, Ops > | |
| JacobianFunctionMF(const JacobianFunctionMF &)=default | JacobianFunctionMF< T, Ops > | |
| JacobianFunctionMF(JacobianFunctionMF &&) noexcept=default | JacobianFunctionMF< T, Ops > | |
| linComb(T &a_U, RT a, const T &X, RT b, const T &Y) | LinearFunction< T, Ops > | inline |
| LinearFunction()=default | LinearFunction< T, Ops > | |
| LinearFunction(const LinearFunction &)=default | LinearFunction< T, Ops > | |
| LinearFunction(LinearFunction &&) noexcept=default | LinearFunction< T, Ops > | |
| m_cur_time | JacobianFunctionMF< T, Ops > | private |
| m_dt | JacobianFunctionMF< T, Ops > | private |
| m_epsJFNK | JacobianFunctionMF< T, Ops > | private |
| m_is_defined | JacobianFunctionMF< T, Ops > | private |
| m_is_linear | JacobianFunctionMF< T, Ops > | private |
| m_normY0 | JacobianFunctionMF< T, Ops > | private |
| m_ops | JacobianFunctionMF< T, Ops > | private |
| m_pc_type | JacobianFunctionMF< T, Ops > | private |
| m_preCond | JacobianFunctionMF< T, Ops > | private |
| m_R | JacobianFunctionMF< T, Ops > | private |
| m_R0 | JacobianFunctionMF< T, Ops > | private |
| m_usePreCond | JacobianFunctionMF< T, Ops > | private |
| m_Y0 | JacobianFunctionMF< T, Ops > | private |
| m_Z | JacobianFunctionMF< T, Ops > | private |
| makeVecLHS() const override | JacobianFunctionMF< T, Ops > | virtual |
| makeVecRHS() const override | JacobianFunctionMF< T, Ops > | virtual |
| norm2(const T &a_U) | LinearFunction< T, Ops > | inline |
| operator=(const JacobianFunctionMF &)=default | JacobianFunctionMF< T, Ops > | |
| operator=(JacobianFunctionMF &&) noexcept=default | JacobianFunctionMF< T, Ops > | |
| LinearFunction::operator=(const LinearFunction &)=default | LinearFunction< T, Ops > | |
| LinearFunction::operator=(LinearFunction &&) noexcept=default | LinearFunction< T, Ops > | |
| pcType() const override | JacobianFunctionMF< T, Ops > | inlinevirtual |
| precond(T &a_U, const T &a_X) override | JacobianFunctionMF< T, Ops > | inlinevirtual |
| printParams() const | JacobianFunctionMF< T, Ops > | inline |
| RT typedef | JacobianFunctionMF< T, Ops > | |
| scale(T &a_U, RT a_scale) | LinearFunction< T, Ops > | inline |
| setBaseRHS(const T &a_R) | JacobianFunctionMF< T, Ops > | inline |
| setBaseSolution(const T &a_U) | JacobianFunctionMF< T, Ops > | inline |
| setIsLinear(bool a_isLinear) | JacobianFunctionMF< T, Ops > | inline |
| setJFNKEps(RT a_eps) | JacobianFunctionMF< T, Ops > | inline |
| setToZero(T &a_U) | LinearFunction< T, Ops > | inline |
| setVal(T &a_U, RT a_val) | LinearFunction< T, Ops > | inline |
| updatePreCondMat(const T &a_X) override | JacobianFunctionMF< T, Ops > | inlinevirtual |
| usePreconditioner() const | JacobianFunctionMF< T, Ops > | inline |
| ~JacobianFunctionMF()=default | JacobianFunctionMF< T, Ops > | |
| ~LinearFunction()=default | LinearFunction< T, Ops > | virtual |
1.13.2