| clearBoundaries() | Geometry | |
| computeFissionability(Universe *univ=NULL) | Geometry | |
| containsFSRCentroids() | Geometry | |
| dumpToFile(std::string filename) | Geometry | |
| findCellContainingCoords(LocalCoords *coords) | Geometry | |
| findCellContainingFSR(long fsr_id) | Geometry | |
| findExtrudedFSR(LocalCoords *coords) | Geometry | |
| findFSRId(LocalCoords *coords) | Geometry | |
| findFSRMaterial(long fsr_id) | Geometry | |
| findNextCell(LocalCoords *coords, double azim, double polar=M_PI_2) | Geometry | |
| fixFSRMaps() | Geometry | |
| Geometry() | Geometry | |
| getAllCells() | Geometry | |
| getAllMaterialCells() | Geometry | |
| getAllMaterials() | Geometry | |
| getAllSurfaces() | Geometry | |
| getAllUniverses() | Geometry | |
| getCellsToFSRs() | Geometry | |
| getCmfd() | Geometry | |
| getCmfdCell(long fsr_id) | Geometry | |
| getDomainByCoords(LocalCoords *coords) | Geometry | |
| getDomainIndexes(int *indexes) | Geometry | |
| getDomainStructure(int *structure) | Geometry | |
| getExtrudedFSR(int extruded_fsr_id) | Geometry | |
| getExtrudedFSRKeysMap() | Geometry | |
| getExtrudedFSRLookup() | Geometry | |
| getFSRCentroid(long fsr_id) | Geometry | |
| getFSRId(LocalCoords *coords, bool err_check=true) | Geometry | |
| getFSRKey(LocalCoords *coords) | Geometry | |
| getFSRKeyFast(LocalCoords *coords, std::string &key) | Geometry | |
| getFSRKeysMap() | Geometry | |
| getFSRPoint(long fsr_id) | Geometry | |
| getFSRsToCentroids() | Geometry | |
| getFSRsToCMFDCells() | Geometry | |
| getFSRsToKeys() | Geometry | |
| getFSRsToMaterialIDs() | Geometry | |
| getGlobalFSRCentroidData(long global_fsr_id) | Geometry | |
| getGlobalFSRId(LocalCoords *coords, bool err_check=true) | Geometry | |
| getMaxX() | Geometry | |
| getMaxXBoundaryType() | Geometry | |
| getMaxY() | Geometry | |
| getMaxYBoundaryType() | Geometry | |
| getMaxZ() | Geometry | |
| getMaxZBoundaryType() | Geometry | |
| getMinX() | Geometry | |
| getMinXBoundaryType() | Geometry | |
| getMinY() | Geometry | |
| getMinYBoundaryType() | Geometry | |
| getMinZ() | Geometry | |
| getMinZBoundaryType() | Geometry | |
| getNumCells() | Geometry | |
| getNumDigits(int number) | Geometry | |
| getNumEnergyGroups() | Geometry | |
| getNumFSRs() | Geometry | |
| getNumMaterials() | Geometry | |
| getNumTotalFSRs() | Geometry | |
| getNumXModules() | Geometry | |
| getNumYModules() | Geometry | |
| getNumZModules() | Geometry | |
| getRootUniverse() | Geometry | |
| getSpatialDataOnGrid(std::vector< double > dim1, std::vector< double > dim2, double offset, const char *plane, const char *domain_type) | Geometry | |
| getSymmetry(int axis) | Geometry | |
| getUniqueZHeights(bool include_overlaid_mesh=false) | Geometry | |
| getUniqueZPlanes() | Geometry | |
| getWidthX() | Geometry | |
| getWidthY() | Geometry | |
| getWidthZ() | Geometry | |
| initializeAxialFSRs(std::vector< double > global_z_mesh) | Geometry | |
| initializeCmfd() | Geometry | |
| initializeFlatSourceRegions() | Geometry | |
| initializeFSRVectors() | Geometry | |
| initializeSpectrumCalculator(Cmfd *spectrum_calculator) | Geometry | |
| isDomainDecomposed() | Geometry | |
| isRootDomain() | Geometry | |
| loadFromFile(std::string filename, bool twiddle=false) | Geometry | |
| manipulateXS() | Geometry | |
| printFSRsToFile(const char *plane="xy", int gridsize=1000, double offset=0.0, double *bounds_x=NULL, double *bounds_y=NULL, double *bounds_z=NULL) | Geometry | |
| printString() | Geometry | |
| printToString(std::string &str, int &index, int value) | Geometry | |
| reorderFSRIDs() | Geometry | |
| reserveKeyStrings(int num_threads) | Geometry | |
| segmentize2D(Track *track, double z_coord) | Geometry | |
| segmentize3D(Track3D *track, bool setup=false) | Geometry | |
| segmentizeExtruded(Track *flattened_track, std::vector< double > z_coords) | Geometry | |
| setCmfd(Cmfd *cmfd) | Geometry | |
| setFSRCentroid(long fsr, Point *centroid) | Geometry | |
| setNumDomainModules(int num_x, int num_y, int num_z) | Geometry | |
| setOverlaidMesh(double axial_mesh_height, int num_x=0, int num_y=0, int num_radial_domains=0, int *radial_domains=NULL) | Geometry | |
| setRootUniverse(Universe *root_universe) | Geometry | |
| subdivideCells() | Geometry | |
| toString() | Geometry | |
| twiddleRead(int *ptr, size_t size, size_t nmemb, FILE *stream) | Geometry | |
| twiddleRead(bool *ptr, size_t size, size_t nmemb, FILE *stream) | Geometry | |
| twiddleRead(char *ptr, size_t size, size_t nmemb, FILE *stream) | Geometry | |
| twiddleRead(universeType *ptr, size_t size, size_t nmemb, FILE *stream) | Geometry | |
| twiddleRead(cellType *ptr, size_t size, size_t nmemb, FILE *stream) | Geometry | |
| twiddleRead(surfaceType *ptr, size_t size, size_t nmemb, FILE *stream) | Geometry | |
| twiddleRead(boundaryType *ptr, size_t size, size_t nmemb, FILE *stream) | Geometry | |
| twiddleRead(double *ptr, size_t size, size_t nmemb, FILE *stream) | Geometry | |
| twiddleRead(long *ptr, size_t size, size_t nmemb, FILE *stream) | Geometry | |
| useSymmetry(bool X_symmetry, bool Y_symmetry, bool Z_symmetry) | Geometry | |
| withinBounds(LocalCoords *coords) | Geometry | |
| withinGlobalBounds(LocalCoords *coords) | Geometry | |
| ~Geometry() | Geometry | virtual |
1.8.14