This is the complete list of members for orb5x::SolverModule, including all inherited members.

assemblyBoltzman(int isp, int nqx, int nqy, bool remove_trap_contribution)	orb5x::SolverModule
assemblyBoltzman_zf(int isp, int nqx, int nqy, bool remove_trap_contribution, bool oldAvgJac)	orb5x::SolverModule
assemblyBoltzmannPade(int isp, int nqx, int nqy, bool remove_trap_contribution)	orb5x::SolverModule
assemblyBoltzmannPade_zf(int isp, int nqx, int nqy, bool remove_trap_contribution)	orb5x::SolverModule
assemblyLHSFinalize()	orb5x::SolverModule
assemblyMassMatrix(int nqx, int nqy)	orb5x::SolverModule
assemblyMatrix(int nqx, int nqy)	orb5x::SolverModule
assemblyPadeMatForRHS(int isp, int nqx, int nqy)	orb5x::SolverModule
assemblyPolDrift_arbitrary_wavelength_fourier(int isp, int nqx, int nqy, int iy_start, int iy_end)	orb5x::SolverModule
assemblyPolDrift_longwavelength_fourier(int isp, int nqx, int nqy)	orb5x::SolverModule
assemblyRHS_antenna(Kokkos::View< Complex * > &rhs_f, int nmat, int nqx, int nqy, Real phase_shift=0.0, const std::vector< Real > sprof=nullptr, const std::vector< Real > prof=nullptr, int nprof=0)	orb5x::SolverModule
assemblyRHS_tests(Kokkos::View< Complex * > &rhs_f, int nmat, int nqx, int nqy)	orb5x::SolverModule
backsolve_mass_f(const Kokkos::View< Complex * > &arr_f, Kokkos::View< Complex * > &out_f, int globalk)	orb5x::SolverModule
backsolve_mass_s(const Kokkos::View< Real * > &arr_f, Kokkos::View< Real * > &out_f)	orb5x::SolverModule
backsolve_mass_sn(const Kokkos::View< Real * > &arr_f, Kokkos::View< Real * > &out_f, int nmode)	orb5x::SolverModule
backsolve_rhs_f(Kokkos::View< Complex * > &rhs_f, int globalk, int matnum)	orb5x::SolverModule
backsolve_rhs_f_host(Complex *rhs, int n, int globalk, int matnum)	orb5x::SolverModule
backsolve_rhs_f_multi(const Kokkos::View< Complex ** > &rhs_f, int globalk, int matnum)	orb5x::SolverModule
broadcast_matrix(int &ierr, MPI_Comm comm, int tgt, int me)	orb5x::SolverModule
computeToroidalMassCoeff(int n)	orb5x::SolverModule
copy_matrix_filter(int ixmin, int ixmax, int n, Kokkos::View< int * > &mmmincopy)	orb5x::SolverModule
destroySolverModule()	orb5x::SolverModule
dft1D(const Kokkos::View< Real * > &input, Kokkos::View< Complex * > &output)	orb5x::SolverModule
dft_or_idft_cpx(const Kokkos::View< Complex * > &input, Kokkos::View< Complex * > &output, int isign)	orb5x::SolverModule
dftInverse1D(const Kokkos::View< Complex * > &input, Kokkos::View< Real * > &output)	orb5x::SolverModule
dftInverse1D_full(const Kokkos::View< Complex * > &input, Kokkos::View< Real * > &output)	orb5x::SolverModule
dftInverse1D_rc(const Kokkos::View< Complex * > &input, Kokkos::View< Real * > &output)	orb5x::SolverModule
domainOfIntegrationExtended(int imin, int isp, Real &smin, Real &smax, int &ixmin_int, int &ixmax_int)	orb5x::SolverModule
fieldmodefilter(int i, int m, int n) const	orb5x::SolverModule
finalizeMatrix()	orb5x::SolverModule
getLocalToroidalIndex(int n) const	orb5x::SolverModule
initSolverModule(int me_assembly, int tgt_assembly, int color, int nx_, int nz_, int nw_, Real wmax_, int kdx_, int em_kdx_, int dm_, bool electromagnetic_, bool em_control_variate_, bool pullback_, int fieldaligned_, bool longwavelength_, int na_half_rho_ref_, bool phase_factor_, const Kokkos::View< bool * > &isnfiltlocal_, const Kokkos::View< bool * > &isnfiltlocalysolved_, int NBmodeslocal_, const Kokkos::View< int * > &nfiltlocal_, int navgmax_, int testcase_, int internal_boundary_, bool pade_, int multi_matrix_, int inner_BC_, bool lapl_boundary_terms_)	orb5x::SolverModule
instance()	orb5x::SolverModule	static
isnfiltlocal	orb5x::SolverModule
multi_matrix	orb5x::SolverModule
multiply_mass_f(Kokkos::View< Complex * > &arr_f, int globalk)	orb5x::SolverModule
NBmodeslocal	orb5x::SolverModule
print_matrix_gbmatf()	orb5x::SolverModule
reality_condition(std::vector< Complex > &v_dft, int ny, int ny2)	orb5x::SolverModule
reduce_matrix(int &ierr, MPI_Comm comm, int tgt, int me)	orb5x::SolverModule
SolverModule()	orb5x::SolverModule
tim_dyad_cumul	orb5x::SolverModule
~SolverModule()	orb5x::SolverModule