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An open source method of characteristics neutron transport code.
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An open source method of characteristics neutron transport code.
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This is the complete list of members for Cmfd, including all inherited members.
| addFSRToCell(int cell_id, long fsr_id) | Cmfd | |
| allocateTallies() | Cmfd | |
| checkBalance() | Cmfd | |
| Cmfd() | Cmfd | |
| computeKeff(int moc_iteration) | Cmfd | |
| convertFSRIdToCmfdCell(long fsr_id) | Cmfd | |
| convertGlobalFSRIdToCmfdCell(long global_fsr_id) | Cmfd | |
| copyCurrentsToBackup() | Cmfd | |
| enforceBalanceOnDiagonal(int cmfd_cell, int group) | Cmfd | |
| findCmfdCell(LocalCoords *coords) | Cmfd | |
| findCmfdSurface(int cell_id, LocalCoords *coords) | Cmfd | |
| findCmfdSurfaceOTF(int cell_id, double z, int surface_2D) | Cmfd | inline |
| getBoundary(int side) | Cmfd | |
| getBoundarySurfaceCurrents() | Cmfd | |
| getCellFSRs() | Cmfd | |
| getCmfdGroup(int group) | Cmfd | inline |
| getLattice() | Cmfd | |
| getLocalCurrents() | Cmfd | |
| getNumCells() | Cmfd | |
| getNumCmfdGroups() | Cmfd | |
| getNumMOCGroups() | Cmfd | |
| getNumX() | Cmfd | |
| getNumY() | Cmfd | |
| getNumZ() | Cmfd | |
| initialize() | Cmfd | |
| initializeBackupCmfdSolver() | Cmfd | |
| initializeCellMap() | Cmfd | |
| initializeGroupMap() | Cmfd | |
| initializeLattice(Point *offset, bool is_2D=false) | Cmfd | |
| isCentroidUpdateOn() | Cmfd | |
| isFluxUpdateOn() | Cmfd | |
| isSigmaTRebalanceOn() | Cmfd | |
| printCmfdCellSizes() | Cmfd | |
| printInputParamsSummary() | Cmfd | |
| printTimerReport() | Cmfd | |
| rebalanceSigmaT(bool balance_sigma_t) | Cmfd | |
| recordNetCurrents() | Cmfd | |
| setAzimSpacings(const std::vector< double > &azim_spacings, int num_azim) | Cmfd | |
| setBackupGroupStructure(std::vector< std::vector< int > > group_indices) | Cmfd | |
| setBoundary(int side, boundaryType boundary) | Cmfd | |
| setCellFSRs(std::vector< std::vector< long > > *cell_fsrs) | Cmfd | |
| setCentroidUpdateOn(bool centroid_update_on) | Cmfd | |
| setCMFDRelaxationFactor(double relaxation_factor) | Cmfd | |
| setConvergenceData(ConvergenceData *convergence_data) | Cmfd | |
| setFluxMoments(FP_PRECISION *flux_moments) | Cmfd | |
| setFluxUpdateOn(bool flux_update_on) | Cmfd | |
| setFSRFluxes(FP_PRECISION *scalar_flux) | Cmfd | |
| setFSRMaterials(Material **FSR_materials) | Cmfd | |
| setFSRSources(FP_PRECISION *sources) | Cmfd | |
| setFSRVolumes(FP_PRECISION *FSR_volumes) | Cmfd | |
| setGeometry(Geometry *geometry) | Cmfd | |
| setGroupStructure(std::vector< std::vector< int > > group_indices) | Cmfd | |
| setKeff(double k_eff) | Cmfd | |
| setKNearest(int k_nearest) | Cmfd | |
| setLatticeStructure(int num_x, int num_y, int num_z=1) | Cmfd | |
| setNumFSRs(long num_fsrs) | Cmfd | |
| setNumMOCGroups(int num_moc_groups) | Cmfd | |
| setNumX(int num_x) | Cmfd | |
| setNumY(int num_y) | Cmfd | |
| setNumZ(int num_z) | Cmfd | |
| setPolarSpacings(const std::vector< std::vector< double > > &polar_spacings, int num_azim, int num_polar) | Cmfd | |
| setQuadrature(Quadrature *quadrature) | Cmfd | |
| setSolve3D(bool solve_3d) | Cmfd | |
| setSORRelaxationFactor(double SOR_factor) | Cmfd | |
| setSourceConvergenceThreshold(double source_thresh) | Cmfd | |
| setWidths(std::vector< std::vector< double > > widths) | Cmfd | |
| setWidthX(double width) | Cmfd | |
| setWidthY(double width) | Cmfd | |
| setWidthZ(double width) | Cmfd | |
| tallyCurrent(segment *curr_segment, float *track_flux, int azim_index, int polar_index, bool fwd) | Cmfd | inline |
| tallyStartingCurrent(Point *point, double delta_x, double delta_y, double delta_z, float *track_flux, double weight) | Cmfd | |
| useAxialInterpolation(int interpolate) | Cmfd | |
| useFluxLimiting(bool flux_limiting) | Cmfd | |
| zeroCurrents() | Cmfd | |
| ~Cmfd() | Cmfd | virtual |
1.8.14