#include <rf_backend_interface.h>
Inheritance diagram for rf_backend_interface:
Public Methods | |
| rf_backend_interface (rf_backend_impl *i=0) | |
| Wrap a valid implentation with an interface. More... | |
| rf_backend_interface (const rf_backend_handle& i) | |
| Initialize implementation from handle. More... | |
| rf_backend_interface (const rf_backend_interface &i) | |
| Copy constructor and equality operator. More... | |
| rf_backend_interface& | operator= (const rf_backend_interface &i) |
| Copy constructor and equality operator. More... | |
| ~rf_backend_interface () | |
| Just free the implementation. | |
| int | close_internal_reader () |
| Internal readers should invoke this in their destructor. More... | |
| const rf_backend_impl* | getImpl () const |
| Return the current managed implementation. More... | |
| rf_backend_impl* | getImpl () |
| Return the current managed implementation. More... | |
| void | setImpl (rf_backend_impl *imp) |
| Set the current implementation managed by the interface. | |
| const rfobj_impl* | getResults_obj () const |
| Return the underlying result object. More... | |
| rfobj_impl* | getResults_obj () |
| Return the underlying result object. More... | |
| rf_mesh_handle | getMeshimpl () const |
| Return interface to the mesh implementation. More... | |
| int | setMeshimpl (const rf_mesh_handle& mih) |
| Set the mesh implementation to be used by the result object. More... | |
| void* | getLocal_data () |
| Return the local data stored by application or reader. More... | |
| const void* | getLocal_data () const |
| Return the local data stored by application or reader. More... | |
| int | setLocal_data (void *data) |
| Set the local data by application or reader. More... | |
| int | delete_local_data () |
| Free rf_backend_impl::local_data. More... | |
| int | write_to_pipe () |
| Cause an external backend to write it's information to an I/O pipe. More... | |
| int | send_line (const char* buf, int flush) |
| Send a command line to external reader executable. More... | |
| int | recv_line (char* buf, int maxchar) |
| Recieve a line (terminated by ) from external reader executable. More... | |
| int | recv_bytes (void* buf, int bytes, int block) |
| Recieve a specified number of bytes from external reader executable. More... | |
| rf_backend_impl* | open (const char *be, size_t nf, const char **files, int np, const char **pars) |
| Open specified result file and return result interface object representing specified backend. More... | |
| int | parseFileSpecification (const char *filelist) |
| Parse file specification. More... | |
| RFFileSetList | determineFileSpecification (const char *filelist) |
| Parse file specification and return RFFileSetList. More... | |
| size_t | nFileSets () const |
| Return the number of file sets managed by the implementation. More... | |
| size_t | getFileStyle () const |
| Return file line specification style. More... | |
| RFFileSetList | getAllFiles () const |
| Return entire file list. More... | |
| RFFileSetList | getFileSet (int fset, const char *ext=0) const |
| Return file set list for specified file set and specified extension. More... | |
| StorageBuffer | completeFileSpecification () |
| Inverse operation of parsing line. More... | |
| int | setAllFiles (const RFFileSetList& fileSets) |
| Set the file list specification from external source. More... | |
| int | setFileSpec (const StorageBuffer& fspec) |
| Set the file specification. More... | |
| int | write_domain (const char *file, int n_res_given, rf_result_func get_res_func, int tstep, void *auxdata) |
| Write the current mesh and results managed by info into a domain file. More... | |
| int | write_domain_results_from (rfobj_impl *results_from, const char *file, int tstep) |
| Write the mesh with results managed results_from into a domain file. More... | |
| int | is_big_endian (void) |
| Determine Endian-ness of current machine. More... | |
| int | byte_swap (unsigned char *bytes, size_t el_size, size_t n_el) |
| Byte swapping routine for buffer of arbitrary number of Elements. More... | |
| int | byte_swap_int (int *i) |
| Endian swap bytes of input integer. More... | |
| int | byte_swap_float (float *f) |
| Endian swap bytes of input float. More... | |
| int | byte_swap_double (double *d) |
| Endian swap bytes of input double. More... | |
| int | read_bytes (void *buf, size_t el_size, size_t n, FILE *fp, int swap_bytes, int fb) |
| Read arbitrary bytes into a buffer. More... | |
| RFFileList | multi_tstep (const RFFileList& files) const |
| Break given file list into list of timestep files suitable for user_external_load. More... | |
| int | user_parse_inputinit (const char *buf, int j, const char *file, const char *format, const char *zonemask, int *nfiles, const char **files) |
| This method parses the inputinit command line from front end and returns the set of files to be opened. More... | |
| int | user_external_load (int nfiles, const char **files, int *d_tstep, RFPrecType *d_prec, size_t *nnodes) |
| |
| int | user_fileset_load (size_t nsets, int *d_tstep, RFPrecType *d_prec, size_t *nnodes) |
| This method to open (or internally note) the nfiles requested. More... | |
| int | user_external_close () |
| This method closes the open files in the reader. More... | |
| int | user_free_local (void *data) |
| Method to delete user created anonymous data. More... | |
| int | user_file_descriptor (size_t nnodes, int tstep) |
| Method to simply determine and specify the number of nodes, elements, and define results. More... | |
| int | user_external_grid (int tstep) |
| Method to read and define nodes in mesh. More... | |
| int | user_external_elements (int tstep) |
| Method to read and define unstructured elements in the mesh. More... | |
| int | user_external_groups (int tstep) |
| Method to group elements into families. More... | |
| int | user_external_postmesh (int tstep) |
| Method to carry out any other post mesh definition functions. More... | |
| int | user_external_scalar (int idnum, const char *name, int nvals, RFEntityType type, void *values, int skip, RFPrecType prec, int tstep) |
| Method to return requested results to caller. More... | |
| int | user_external_iblank (int *iblank, int tstep) |
| Method to define blanking data structure for structured meshes. More... | |
| int | getRunpars (RFRunPars& pars) const |
| Get user run parameters. More... | |
| char | getTris_as_quads () const |
| Get if tris are being read as quads. More... | |
| const char* | version () const |
| Return information about version. More... | |
| const char* | backend () const |
| Return the name of the backend. More... | |
| const char* | format () const |
| Return the format name for reader. More... | |
| const char* | title () const |
| Return title string in result file. More... | |
| const char* | date () const |
| Return the date in the result file. More... | |
| const char* | error_string () const |
| Return the current error string. More... | |
| const char* | getWrite_file () const |
| Return the file name used if we write a domain file. More... | |
| int | getMax_cache () const |
| Return the result cache depth. More... | |
| int | is_v3_frontend () const |
| Return if this is a V3 or pV3 application. More... | |
| int | is_v3 () const |
| Return if this is a V3 application. More... | |
| int | is_pv3 () const |
| Return if this is a pV3 application. More... | |
| int | is_debug () const |
| Return if debug flag set. More... | |
| RFBackendOrder | getNode_style () const |
| Return the node style for the mesh. More... | |
| RF_SIGNED_LONG | getNode_offset () const |
| Return the node offset for the mesh. More... | |
| char | getNeeds_node_dims () const |
| Return whether or not the mesh implementation knows about node dimensions. More... | |
| RFBackendOrder | getCell_style () const |
| Return the cell style for the mesh. More... | |
| size_t | n_results () const |
| Return number of defined results. More... | |
| char | is_cell_result (int can_be_intrin) const |
| Return if any result is a cell result. More... | |
| int | getResult_info (int num, const char **name, int *idnum, const char **srcn, RFEntityType *type, RFResultSource *source, int *is_vec, int *mnmx_giv, double *mnv, double *mxv) const |
| Get information about this result at specified index (0 to nresults-1). More... | |
| int | getResult_info (int idnum, int *num, const char **name, const char **srcn, RFEntityType *type, RFResultSource *source, int *is_vec, int *mnmx_giv, double *mnv, double *mxv) const |
| Lookup result by backend identification number as opposed to index. More... | |
| int | getResult_info (const char *name, int *num, int *idnum, const char **srcn, RFEntityType *type, RFResultSource *source, int *is_vec, int *mnmx_giv, double *mnv, double *mxv) const |
| Lookup result by name as opposed to index. More... | |
| int | getResult_info_full (int num, const char **name, int *idnum, const char **srcn, RFEntityType *type, RFResultSource *source, size_t *ndoms, const int **iRind, int *is_vec, int *mnmx_giv, double *mnv, double *mxv) const |
| Get all available information about this result at specified index 0 to nresults-1. More... | |
| int | getResult_info_full (int idnum, int *num, const char **name, const char **srcn, RFEntityType *type, RFResultSource *source, size_t *ndoms, const int **iRind, int *is_vec, int *mnmx_giv, double *mnv, double *mxv) const |
| Lookup result by backend identification number instead of index. More... | |
| int | getResult_info_full (const char *name, int *num, int *idnum, const char **srcn, RFEntityType *type, RFResultSource *source, size_t *ndoms, const int **iRind, int *is_vec, int *mnmx_giv, double *mnv, double *mxv) const |
| Lookup result by name instead of index. More... | |
| size_t | n_bocos () const |
| Return number of families. More... | |
| size_t | n_domains () const |
| Return number of structured domains. More... | |
| char | nodes_are_read () const |
| Return if the nodes have been read. More... | |
| char | cells_are_read () const |
| Return if the cells have been read. More... | |
| char | elements_are_read () const |
| |
| size_t | v3_nunodes () const |
| Return the number of unstructured nodes in the mesh from the application's point of view. More... | |
| size_t | v3_nsnodes (size_t ndoms=0, const int *iRind=0) const |
| Return the number of structured nodes in the mesh from the application's point of view. More... | |
| size_t | v3_nsnodes_dom (size_t dom, const int *iRind=0) const |
| Return the number of structured nodes in specified domain. More... | |
| size_t | v3_nscells_dom (size_t dom, const int *iRind=0) const |
| Return the number of cells in specified structured domain from the application view. More... | |
| size_t | v3_offsetnodes_to_dom (size_t dom, const int *iRind=0) const |
| Return the number of structured nodes in mesh before the specified domain. More... | |
| size_t | v3_offsetcells_to_dom (size_t dom, const int *iRind=0) const |
| Return the number of structured cells in mesh before the specified domain. More... | |
| size_t | v3_nelements (int eltype) const |
| Return the number of unstructured elements of specified type in the mesh from the application's point of view. More... | |
| size_t | v3_nelements_literal (int eltype) const |
| Return the number of unstructured elements of specified type in the mesh from the application's point of view. More... | |
| RF_SIGNED_LONG | v3_elementstart (int eltype) const |
| Return first element number of specified type from application's point of view. More... | |
| size_t | v3_ntot_unstrvolele () const |
| Return the total number of unstructured volume elements in the mesh from the application view. More... | |
| size_t | v3_ntot_unstrfaceele () const |
| Return the total number of unstructured face elements in the mesh from the application view. More... | |
| size_t | v3_ntot_unstrele () const |
| Return the total number of unstructured elements in the mesh from the application view. More... | |
| size_t | v3_ntot_strvolele (size_t ndoms=0, const int *iRind=0) const |
| Return the total number of structured cells in the mesh from the application view. More... | |
| size_t | v3_ntot_strfaceele () const |
| Return the total number of structured faces in the mesh from the application view. More... | |
| size_t | v3_ntot_strele (size_t ndoms=0, const int *iRind=0) const |
| Return the total number of structured cells + faces in the mesh from the application view. More... | |
| size_t | be_nunodes () const |
| Return the number of unstructured nodes in the mesh from the backend's point of view. More... | |
| size_t | be_nsnodes (size_t ndoms=0, const int *iRind=0) const |
| Return the number of structured nodes in the mesh in file. More... | |
| size_t | be_nsnodes_dom (size_t dom, const int *iRind=0) const |
| Return the number of structured nodes in specified domain in file. More... | |
| size_t | be_nscells_dom (size_t dom, const int *iRind=0) const |
| Return the number of cells in specified structured domain in the result file. More... | |
| size_t | be_offsetnodes_to_dom (size_t dom, const int *iRind=0) const |
| Return the number of structured nodes in mesh before the specified domain. More... | |
| size_t | be_offsetcells_to_dom (size_t dom, const int *iRind=0) const |
| Return the number of structured cells in mesh before the specified domain. More... | |
| size_t | be_nelements (int eltype) const |
| Return the number of unstructured elements of specified type from the backend's point of view. More... | |
| size_t | be_nelements_literal (int eltype) const |
| Return the literal number of unstructured elements of specified type from the backend's point of view. More... | |
| RF_SIGNED_LONG | be_elementstart (int eltype) const |
| Return first element number of specified type in the result file. More... | |
| size_t | be_ntot_unstrvolele () const |
| Return the total number of unstructured volume elements in the mesh from the result file. More... | |
| size_t | be_ntot_unstrfaceele () const |
| Return the total number of unstructured face elements in the mesh from the result file. More... | |
| size_t | be_ntot_unstrele () const |
| Return the total number of unstructured elements in the mesh from the result file. More... | |
| size_t | be_ntot_strvolele (size_t ndoms=0, const int *iRind=0) const |
| Return the total number of structured cells in the mesh from the result file. More... | |
| size_t | be_ntot_strfaceele () const |
| Return the total number of structured faces in the mesh from the result file. More... | |
| size_t | be_ntot_strele (size_t ndoms=0, const int *iRind=0) const |
| Return the total number of structured cells + faces in the mesh from the result file. More... | |
| size_t | num_results (RFEntityType type, RFMapResultType mr=RFMapResult, size_t ndoms=0, const int *iRind=0) const |
| Number of results in mesh for specified result entity type. More... | |
| StorageBuffer | tclMesh (const StorageBuffer& tclprefix, RFPrecType prec, int tstep, int nresults, const RFIdList& resultlist) |
| Return an entire mesh as a tcl script. More... | |
| StorageBuffer | returnInfo (const char *key, int index, RFPrecType prec, int tstep) |
| ASCII information returns. More... | |
| StorageBuffer | returnGrid (int index, RFPrecType prec, int tstep) |
| Return list of Grid coordinates. More... | |
| StorageBuffer | returnElements (int eltype, int index, RFPrecType prec, int tstep) |
| Return elements of type. More... | |
| StorageBuffer | returnFamily (int famid, RFPrecType prec, int tstep) |
| Return connectivity for elements in specified family. More... | |
| StorageBuffer | returnListResults (int index, RFPrecType prec, int tstep, int nresults, const RFIdList& resultlist) |
| Return list of results lists of results. More... | |
| StorageBuffer | returnResults (int rIdx, int index, RFPrecType prec, int tstep) |
| Return results as ASCII string. More... | |
| int | setRunpars (const RFRunPars& pars) |
| Set user run parameters. More... | |
| int | setTris_as_quads (char v) |
| |
| int | set_construct_runpars (int nfps, int fat, int infl=0, int conf=0, int msf=1, int mintrin=0, int ufd=1, int nwf=0, int nwm=0, int zm=0, int mnv=1, int mtav=0, int rsm=0, int mc=0, int nointc=0) |
| Set the current run parameters from argument list. More... | |
| int | setBackend (const char *b) |
| Set the backend name. More... | |
| int | setFormat (const char *f) |
| Set for result format. More... | |
| int | setTitle (const char *t) |
| Set the result title. More... | |
| int | setDate (const char *d) |
| Set the result date. More... | |
| int | setError_string (const char *es) |
| Set the current error string. More... | |
| int | setWrite_file (const char *fn) |
| Set the default file name if file is written. More... | |
| int | setMax_cache (int v) |
| Set the maximum result cache depth. More... | |
| int | set_v3 (int f) |
| Set the Visual3 application flag. More... | |
| int | set_pv3 (int f) |
| Set the pV3 application flag. More... | |
| int | set_debug (int f) |
| Set the debug flag. More... | |
| int | setNode_style (RFBackendOrder ns) |
| Set the node style for this mesh. More... | |
| int | setNode_offset (RF_SIGNED_LONG offset) |
| If the node numbers start at a non-zero number, specify the offset with this call. More... | |
| int | setNeeds_node_dims (char v) |
| If reader has node dimensions available, they should invoke this method with a 0. More... | |
| int | setCell_style (RFBackendOrder cs) |
| Set the element style for this mesh. More... | |
| int | setV3_block_done (char v) |
| Set the flag that marks that the application order for reading out the cells is set and known. More... | |
| size_t | getValid_element_types (int *vtypes) const |
| Retrieve order of element types. More... | |
| int | setValid_element_types (size_t nvalid, const int *vtypes) |
| Make list of valid cell types for frontend application in order application expects the types. More... | |
| int | set_nunodes (size_t nunodes) |
| Set number of unstructured nodes in mesh. More... | |
| int | set_nsnodes (size_t nsnodes) |
| Set number of structured nodes in mesh. More... | |
| int | set_nelements (int eltype, size_t nele) |
| Set number of unstructured elements of eltype in mesh. More... | |
| int | set_info_from_grid () |
| Set information counters from the current mesh definition. More... | |
| RFPrecType | get_hint_prec () const |
| Get the default hint precision for the mesh and results. More... | |
| int | set_hint_prec (RFPrecType prec) |
| Set the default hint precision for the mesh and results. More... | |
| int | read_mesh (RFPrecType prec, int tstep) |
| Cause the backend to read the mesh if not yet done. More... | |
| int | load_mesh (size_t iNF, const char **iFls, int iNP=0, const char **iPars=0) |
| Invoke the load_mesh protocol. More... | |
| size_t | add_domain (const int ijkmax[3]) |
| Create a new structured domain with range ijkmax[3]. More... | |
| int | v3_ijk_domain (size_t dom, int ijkmax[3]) const |
| Return to user the application view of ijk range of the specified domain. More... | |
| int | be_ijk_domain (size_t dom, int ijkmax[3]) const |
| Return to user the ijk range of the specified domain. More... | |
| int | getDegree () const |
| Get the degree of structured mesh. More... | |
| int | setDegree (int degree) |
| Set the degree of structured mesh in reader. More... | |
| int | set_strdomain_name (size_t dom, const char *name) |
| Set the domain name for given structured domain. More... | |
| int | set_strdomain_family (size_t dom, const char *fam) |
| Set the family name for given structured domain. More... | |
| int | add_svertex (const float *x, const float *y, const float *z, size_t dom) |
| Define all structured coordinates for structured domain index dom. More... | |
| int | add_svertex (const double *x, const double *y, const double *z, size_t dom) |
| int | add_svertex (const float *loc, size_t dom) |
| Define all structured coordinates for structured domain index dom. More... | |
| int | add_svertex (const double *loc, size_t dom) |
| int | add_svertex_dma3 (const float (*loc)[3], size_t dom) |
| int | add_svertex_dma3 (const double (*loc)[3], size_t dom) |
| int | add_svertex_at (const float loc[3], size_t dom, const int *ijk, int check_alloc=1) |
| Define a single structured node coordinate for structured domain dom. More... | |
| int | add_svertex_at (const double loc[3], size_t dom, const int *ijk, int check_alloc=1) |
| int | clear_inflate () |
| Release the memory for 2D to 3D structured mesh inflation. | |
| int | add_unsvertex (const float *x, const float *y, const float *z, size_t nnodes, const size_t *map=0, const short *dims=0) |
| Define a number of unstructured coordinates in the mesh. More... | |
| int | add_unsvertex (const double *x, const double *y, const double *z, size_t nnodes, const size_t *map=0, const short *dims=0) |
| int | add_unsvertex (const float *loc, size_t nnodes, const size_t *map=0, const short *dims=0) |
| Define specified number of unstructured coordinates in the mesh. More... | |
| int | add_unsvertex (const double *loc, size_t nnodes, const size_t *map=0, const short *dims=0) |
| int | add_unsvertex_dma3 (const float (*loc)[3], size_t nnodes, const size_t *map=0, const short *dims=0) |
| int | add_unsvertex_dma3 (const double (*loc)[3], size_t nnodes, const size_t *map=0, const short *dims=0) |
| int | add_unsvertex_at (const float loc[3], size_t vtx_number, size_t dv=RF_ILLEGAL_COUNT, short dim=3, size_t ptwin=RF_ILLEGAL_COUNT) |
| Define an unstructured node coordinate for node number vtx_number. More... | |
| int | add_unsvertex_at (const double loc[3], size_t vtx_number, size_t dv=RF_ILLEGAL_COUNT, short dim=3, size_t ptwin=RF_ILLEGAL_COUNT) |
| int | map_ofo_vertices () |
| Actually define delayed vertices caused by random mapping. More... | |
| RF_SIGNED_LONG | AddElementsId (int eltype, size_t neles, const int *iConn, RFConnOrder iOrder, int famid, int nodes_app_num, int is_edit=0, int add_boco_hack=1, int add_be_hack=0) |
| Creates new unstructured elements of specified type. More... | |
| RF_SIGNED_LONG | AddElementsId_l (int eltype, size_t neles, const RF_SIGNED_LONG *iConn, RFConnOrder iOrder, int famid, int nodes_app_num, int is_edit=0, int add_boco_hack=1, int add_be_hack=0) |
| RF_SIGNED_LONG | AddElements (int eltype, size_t neles, const int *iConn, RFConnOrder iOrder, int family_given, int nodes_app_num, int is_edit=0, int add_boco_hack=1, int add_be_hack=0) |
| Family may be given in the connectivity data. More... | |
| RF_SIGNED_LONG | AddElements_l (int eltype, size_t neles, const RF_SIGNED_LONG *iConn, RFConnOrder iOrder, int family_given, int nodes_app_num, int is_edit=0, int add_boco_hack=1, int add_be_hack=0) |
| RF_SIGNED_LONG | AddElementsEleids (int eltype, size_t neles, const int *iConn, RFConnOrder iOrder, int family_given, const unsigned int *eleIds, int nodes_app_num, int is_edit=0, int add_boco_hack=1, int add_be_hack=0) |
| Specify external element id numbers that will be mapped to internal id numbers. More... | |
| RF_SIGNED_LONG | AddElementsEleids_l (int eltype, size_t neles, const RF_SIGNED_LONG *iConn, RFConnOrder iOrder, int family_given, const unsigned int *eleIds, int nodes_app_num, int is_edit=0, int add_boco_hack=1, int add_be_hack=0) |
| RF_SIGNED_LONG | add_elements_id (int eltype, size_t neles, const int *iConn, int mesh_order, int famid, int nodes_app_num, int is_edit=0, int add_boco_hack=1, int add_be_hack=0) |
| |
| RF_SIGNED_LONG | add_elements_id (int eltype, size_t neles, const RF_SIGNED_LONG *iConn, int mesh_order, int famid, int nodes_app_num, int is_edit=0, int add_boco_hack=1, int add_be_hack=0) |
| |
| RF_SIGNED_LONG | add_elements (int eltype, size_t neles, const int *iConn, int mesh_order, int family_given, int nodes_app_num, int is_edit=0, int add_boco_hack=1, int add_be_hack=0) |
| |
| RF_SIGNED_LONG | add_elements (int eltype, size_t neles, const RF_SIGNED_LONG *iConn, int mesh_order, int family_given, int nodes_app_num, int is_edit=0, int add_boco_hack=1, int add_be_hack=0) |
| |
| RF_SIGNED_LONG | add_elements_eleids (int eltype, size_t neles, const int *iConn, int mesh_order, int family_given, const unsigned int *eleIds, int nodes_app_num, int is_edit=0, int add_boco_hack=1, int add_be_hack=0) |
| |
| RF_SIGNED_LONG | add_elements_eleids (int eltype, size_t neles, const RF_SIGNED_LONG *iConn, int mesh_order, int family_given, const unsigned int *eleIds, int nodes_app_num, int is_edit=0, int add_boco_hack=1, int add_be_hack=0) |
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| RF_SIGNED_LONG | internal_node_id (RF_SIGNED_LONG iExtId) const |
| Return the internal node number given the external node (backend) node number. More... | |
| size_t | node_backend_to_mesh_map (const RF_SIGNED_LONG *& oMap) const |
| Returns map of external node numbers to internal node numbers. More... | |
| vertex_handle | lookup_vertex (RF_SIGNED_LONG iExtVtxId) const |
| Returns node at given external node number. More... | |
| RF_SIGNED_LONG | internal_element_id (RF_SIGNED_LONG iExtId) const |
| Return the internal element number given the external element (backend) element number. More... | |
| size_t | element_backend_to_mesh_map (const RF_SIGNED_LONG *& oMap) const |
| Returns map of external element numbers to internal element numbers. More... | |
| element_handle | lookup_element (RF_SIGNED_LONG iExtEleId) const |
| Returns element at given external element number. More... | |
| int | allocate_vertex_memory (size_t nverts, RFPrecType prec=RFPrecNone) |
| Allocate node memory for nverts. More... | |
| int | allocate_strvertex_memory (size_t dom) |
| Allocate structured node coordinate memory once a structured domain. More... | |
| void* | allocate_nodes (RFPrecType prec) |
| Return the block of memory required to hold the node coordinates of precision prec. More... | |
| int | allocate_element_memory (const size_t *nele) |
| Allocate memory for elements based on hint values for the number of each kind of element. More... | |
| int* | allocate_element_type (int eltype, int inc_pid=0) |
| Return the block of memory required to hold the connectivity information for unstructured element type eltype. More... | |
| const void* | coordinate_data (RFPrecType *prec) const |
| Get pointer to the coordinate data of the mesh if it is available to the application. More... | |
| int | nodes (void *crds, void *bbmin, void *bbmax, int prec, int tstep) |
| Load in the nodes into crds buffer. More... | |
| int | nodes_local (void *crds, void *bbmin, void *bbmax, int prec, int tstep) |
| Subclasses of rf_backend_impl should override this method as opposed to nodes(). More... | |
| int | node_xyz (RFPrecType* prec, void **crds) |
| Fills the crds buffer with node coordinates for current time step. More... | |
| int | requires_node_map () const |
| If any nodes have been deleted, the result library will construct a node map. More... | |
| int | translate_to_v3 (RFEntityType type, RFConnOrder iOrd, int nent, int *nums) const |
| Translate external entities given type to visual3 node numbering. More... | |
| int | determine_bounding_box (RFPrecType prec, void *bbmin, void *bbmax, const void *crds) |
| Determines bounding box from given coordinate data. More... | |
| int | set_conn_order (RFConnOrder order) |
| Set the connection order for application. More... | |
| int | set_vtxconn_offset (RF_SIGNED_LONG vtx_offset) |
| Set the vertex offset for application. More... | |
| const int* | connectivity_data (int eltype, RFConnOrder *order, int *vtx_offset) const |
| Get pointer to the connectivity data of the mesh if it is available to the application. More... | |
| RFConnOrder | get_conn_order () const |
| Get connection order. More... | |
| RF_SIGNED_LONG | get_vtxconn_offset () const |
| Get vertex offset . More... | |
| int | cells (int eltype, int *elements, int tstep) |
| Load the buffer elements with the connectivity of the mesh for specified type. More... | |
| int | cells_order (int eltype, int *elements, int tstep, RF_SIGNED_LONG dvoff, RFConnOrder desired_ord) |
| Same as cells() except that return elements in user specified vertex offset and connection order. More... | |
| int | cells_local (int eltype, int *elements, int tstep, RFConnOrder desired_ord) |
| Subclasses of rf_backend_impl should override this method as opposed to cells(). More... | |
| int | face_cells (int *faces, int tstep) |
| Report QUAD_4 and TRI_3 faces in mesh. More... | |
| int | face_cells_order (int *faces, int tstep, RF_SIGNED_LONG dvoff, RFConnOrder desired_ord) |
| Return elements in user specified vertex offset and connection order. More... | |
| int | domain_cells (int eltype, int *elements, int tstep) |
| Element array contains family id of each element. More... | |
| int | domain_cells_order (int eltype, int *elements, int tstep, RF_SIGNED_LONG dvoff, RFConnOrder desired_ord, int iIncEleNumber=0) |
| Return elements in user specified vertex offset and connection order. More... | |
| int | literal_cells_order (int eltype, int *elements, int inc_pid, int tstep, RF_SIGNED_LONG dvoff, RFConnOrder desired_ord, int iIncEleNumber=0) |
| Returns literal elements specified in user specified vertex offset and connection order. More... | |
| int | create_group (const char *name, int bid) |
| Create a new family. More... | |
| int | create_group_by_pid (const char *name, int famid) |
| Create a new family. More... | |
| int | create_family (int bid, int famid, int only_faces) |
| Counts all entities in specified family specified family id. More... | |
| int | add_group (const char *name, int bid) |
| Similar to create_group() except that that all boundary condition counters will be reset if the family name already exists. More... | |
| int | rename_group (const char *name, int famid) |
| Rename the group at specified family id to the specified name. More... | |
| int | boco_infobynum (int num, const char **name, int *bid, int *famid, int *nnodes, int *nnodeele, int *nbars, int *nquads, int *ntris, int *ncells, int *nsubfaces, int *nstrfaces, RFSurfaceType *surfaceType, const struct RFSubface **subfaces, const int **cached_faces, int *n_cached_faces) const |
| Return information recorded for this family given the family index. More... | |
| int | boco_infobypid (int famid, int *num, const char **name, int *bid, int *nnodes, int *nnodeele, int *nbars, int *nquads, int *ntris, int *ncells, int *nsubfaces, int *nstrfaces, RFSurfaceType *surfaceType, const struct RFSubface **subfaces, const int **cached_faces, int *n_cached_faces) const |
| Return information recorded for this family given the family id. More... | |
| int | boco_infobyname (const char *name, int *num, int *bid, int *famid, int *nnodes, int *nnodeele, int *nbars, int *nquads, int *ntris, int *ncells, int *nsubfaces, int *nstrfaces, RFSurfaceType *surfaceType, const struct RFSubface **subfaces, const int **cached_faces, int *n_cached_faces) const |
| Return information recorded for this family given the family name. More... | |
| int | boco_dimensionbynum (int num, unsigned char *dim_mask) const |
| Return the dimension of elements in family by family number. More... | |
| int | boco_dimensionbypid (int famid, unsigned char *dim_mask) const |
| Return the dimension of elements in family by family id number. More... | |
| int | boco_dimensionbyname (const char *name, unsigned char *dim_mask) const |
| Return the dimension of elements in family by family name. More... | |
| int | add_element_to_group (RF_SIGNED_LONG elnum, const char *name) |
| Put element into group specified by name. More... | |
| int | add_element_to_group_bybid (RF_SIGNED_LONG elnum, int bid) |
| Put element into group specified by backend id. More... | |
| int | add_element_to_group_bypid (RF_SIGNED_LONG elnum, int famid) |
| Put element into group specified by family id. More... | |
| int | groups_are_done () |
| If user used add_element_to_group(), add_element_to_group_bybid(), or add_element_to_group_bypid(), then they need to call this method to actually assign the family ids to the elements. More... | |
| int | AddFacesToGroup (int iNfaces, const int *iFaces, RFConnOrder iOrder, const char *iName, int iNodeAppNum=0) |
| Add a set of faces to family of specified name. More... | |
| int | AddFacesToGroupBybid (int iNfaces, const int *iFaces, RFConnOrder iOrder, int iBID, int iNodeAppNum=0) |
| Specifiy the backend id number instead of family (group) name. More... | |
| int | AddFacesToGroupBypid (int iNfaces, const int *iFaces, RFConnOrder iOrder, int iFamid, int iNodeAppNum=0) |
| Specifiy the family (group) id number instead of family (group) name. More... | |
| int | add_faces_to_group (int nfaces, const int *faces, int mesh_order, const char *name, int nodes_app_num=0) |
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| int | add_faces_to_group_bybid (int nfaces, const int *faces, int mesh_order, int bid, int nodes_app_num=0) |
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| int | add_faces_to_group_bypid (int nfaces, const int *faces, int mesh_order, int famid, int nodes_app_num=0) |
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| int | add_subface_to_group (int dom, const int ijkmin[3], const int ijkmax[3], const char *name) |
| Add specified subface as a family of specified name. More... | |
| int | add_subface_to_group_bybid (int dom, const int ijkmin[3], const int ijkmax[3], int bid) |
| Add specified subface as a family of specified backend id number. More... | |
| int | add_subface_to_group_bypid (int dom, const int ijkmin[3], const int ijkmax[3], int famid) |
| Add specified subface as a family of specified family id number. More... | |
| int | max_family () const |
| Return the maximum family id. More... | |
| int | bocos_get_entities (RFEntityType type, RFConnOrder iOrd, int **nums, int v3v) |
| Return an array of array of numbers for requested entities This method extracts the information out of defined a defined mesh. More... | |
| int | boco_byindex (int num, RFEntityType type, RFConnOrder iOrd, int *nums, int v3v) |
| Specify the BC index number. More... | |
| int | boco_bypid (int famid, RFEntityType type, RFConnOrder iOrd, int *nums, int v3v) |
| Specify family (group) id number instead of BC index. More... | |
| int | group (int num, RFEntityType type, RFConnOrder iOrd, int *nums, int ext, int v3v) |
| Return in array numbers the requested entities of specified family index. More... | |
| int | group_local (int num, RFEntityType type, RFConnOrder iOrd, int *nums, int ext) |
| Subclasses of rf_backend_impl override this method to differentiate group definition. More... | |
| int | struct_subfaces (char* topo, char* boco) |
| Read the structured subfaces specified by the topo file with families in the family boco file. More... | |
| int | struct_subfaces_local (char* topo, char* boco) |
| Subclasses of rf_backend_impl should override this method to differentiate how they handle topo/boco files. More... | |
| int | add_result (const char *name, RFEntityType type, int idnum, int is_vec) |
| Invokes add_result_full() with floating point precision, source of RFBackendSource, and no rind. More... | |
| int | add_result_full (const char *name, RFEntityType type, int idnum, RFPrecType prec, RFResultSource source, int is_vec, const char *sname, RF_SIGNED_LONG ndoms, const int *iRind) |
| Add a new result for backend of specified name, entity types the result is valid on, an assigned id number to be used to used to retrieve a requested result, a precision for the result, the source of the result (backend, intrinsic, computed, etc), whether or not the result is a vector result, the source name for a cell to node converted result, and if the result is a structured result, the optional rind layer specification. More... | |
| int | add_unique_result (const char *name, RFEntityType type, int idnum, RFPrecType prec, RFResultSource source, int is_vec, const char *sname, RF_SIGNED_LONG ndoms, const int *iRind) |
| Add a new result for backend of specified name, entity types the result is valid on, an assigned id number to be used to used to retrieve a requested result, a precision for the result, the source of the result (backend, intrinsic, computed, etc), whether or not the result is a vector result, the source name for a cell to node converted result, and if the result is a structured result, the optional rind layer specification. More... | |
| int | modify_result (const char *name, RFEntityType type=RFEntityNone, int idnum=-1, RFPrecType prec=RFPrecNone, RFResultSource source=RFSourceNone, int is_vec=-1, const char *sname=0, RF_SIGNED_LONG ndoms=-1, const int *iRind=0) |
| Modify information for a defined result. More... | |
| int | find_result (const char *name, int *idnum, RFEntityType *type, RFResultSource *source, int *is_vec, int *minmax_given, double *minval, double *maxval) |
| Retrieve the information on result of specified name. More... | |
| int | find_result (int num, int *idnum, const char **name, RFEntityType *type, RFResultSource *source, int *is_vec, int *minmax_given, double *minval, double *maxval) |
| Lookup result by result index as opposed to name. More... | |
| int | find_result_byidnum (int idnum, const char **name, RFEntityType *type, RFResultSource *source, int *is_vec, int *minmax_given, double *minval, double *maxval) |
| Lookup result by backend identification number as opposed to name. More... | |
| int | rename_result (const char *oldName, const char *newName) |
| Rename the specified result to a new name. More... | |
| int | offsetto_rftype (RFEntityType rftype, RFEntityType availtypes, int isstruct, size_t ndoms, const int *iRind, size_t *offset, size_t *length) |
| Routine to compute the offset to and length of data. More... | |
| int | rename_result (int id, const char *newName) |
| Rename the specified result to a new name. More... | |
| int | load_dat (RFPrecType to_prec, void *to_p, int tidx, RFPrecType from_prec, void *from_p, int fidx) |
| Synonym for load_datum. More... | |
| RFEvaluator* | create_evaluator (RFEntityType type=RFNodeType, int skip=0, RFPrecType prec=RFPrecDouble, int tstep=0, RFMethodType am=RFCellAvgWeight) |
| Create a visual3 evaluator. More... | |
| size_t | results_by_name (char* name, RFEntityType type, void* values, int skip, RFPrecType prec, int tstep, RFMethodType meth, int is_vec) |
| Fill the array values with result of interpretation of name. More... | |
| size_t | results_to_node (const char* name, void* values, int skip, RFPrecType prec, int tstep, RFMethodType meth, int is_vec) |
| Same as results_by_name() except that at the end it converts the result to a node result. More... | |
| size_t | results (int num, RFEntityType type, void *values, int skip, RFPrecType prec, int tstep, RFMethodType meth, RFMapResultType map_res) |
| Read scalar result specified by index num. More... | |
| size_t | results (const char *name, RFEntityType type, void *values, int skip, RFPrecType prec, int tstep, RFMethodType meth, RFMapResultType map_res) |
| Return result values by name as opposed to index. More... | |
| size_t | results_by_idnum (int idnum, RFEntityType type, void *values, int skip, RFPrecType prec, int tstep, RFMethodType meth, RFMapResultType map_res) |
| Return result values by backend identification number as opposed to index. More... | |
| size_t | cell_to_node_result (int num, size_t n, void* values, int skip, RFPrecType prec, int tstep, RFMethodType meth) |
| Fill array values with result of cell to node conversion of specified cell to node converted result. More... | |
| int | make_node_result (RFMethodType meth, void* celldata_v, void* facedata_v, void* nodedata_v, int skip, RFPrecType prec, int urlay=0, size_t ndoms=0, const int *iRind=0) |
| Fill array nodedata_v with the node conversion given data on volume cells celldata_v and data on face elements facedata_v. More... | |
| int | make_node_weights (RFMethodType meth) |
| Build the internal cell/face to node conversion weight table. More... | |
| int | clear_node_weights () |
| Clear the internal cell/face to node conversion weight table. More... | |
| int | make_nodeneighbor_weights (RFMethodType meth, rf_node_neighborhood& neighborhood, rf_node_weights& weightList, int nlayers=1, int nodes_in_class=1, int n_allowed_eles=0, const int *allowed_eles=0) |
| Create a node neighbor weight table. More... | |
| int | addresult_to_cache (const void *token, int cton, RFEntityType type, RFPrecType prec, int tstep, int must_map_res, void *values) |
| Add results to result library cache. More... | |
| int | copyresult_from_cache (const void *token, RFEntityType type, void *values, size_t n, int skip, RFPrecType prec, int tstep, int must_map_res) |
| Copy the results from the cache if a cache entry matches the result cache key. More... | |
| int | flush_result_cache () |
| Remove all elements from the cache. More... | |
| int | flush_result_cache (int maxentries) |
| Resize and/or flush the result cache. More... | |
| int | flush_celltonode_incache () |
| Flush the entries marked cell to node currently in the cache. More... | |
| size_t | n_parameters () const |
| Return number of parameters defined in result interface. More... | |
| int | define_parameter (const char *name, const char *value) |
| Define a new parameter ((name, value) pair). More... | |
| int | parse_parameters (int argc, const char **argv) |
| Parse all parameters in argv array. More... | |
| RFMethodType | parse_weight_method (const char *meth) |
| Convert a cell to node conversion method name to method number. More... | |
| int | get_n_times () const |
| Return number of time steps available in result file. More... | |
| int | get_time_step (int idx, int *step, float *tval) const |
| Get information for time step idx. More... | |
| int | get_cur_timestep () const |
| Get the value of the current time step. More... | |
| char | grid_timestep_valid (int tstep) const |
| Is the grid valid for the specified time step? This will return true (1) in two cases: 1) If the time_step specified is the current time step in the result object, or 2) the grid is steady. More... | |
| int | allocate_times (int n_times) |
| Before user can add timesteps, user must specify the number of timesteps available in this result file. More... | |
| int | add_timestep (size_t idx, int tstep, float tval) |
| Add definition of time step idx. More... | |
| int | set_cur_timestep (int v) |
| Set the value of the current time step. More... | |
| int | determine_tstep (int next_tstep) |
| Return the actual value of time step if we tried to set to next_tstep. More... | |
| int | copy_mesh_from (const rf_backend_interface *frominfo, RFLongestSignedList& mapVerts, RFLongestSignedList& mapEles) |
| Copy the mesh representation from representation held by frominfo to current mesh representation. More... | |
| int | copy_auxinfo_from (const rf_backend_interface *frominfo) |
| Copy the auxillary information such as time steps, parameters, and result names from result implementation referenced by frominfo to current representation. More... | |
| int | clear_grid () |
| Free the mesh representation for the application. More... | |
| int | clear_mesh_done () |
| Signal about to start loading mesh. More... | |
| int | clear_block () |
| Signal about to start loading all cells. More... | |
| int | set_mesh_done () |
| Put result object into the 'editing' state by setting both rfinfo_base::nodes_read and rfinfo_base::cells_read flags. More... | |
| int | cells_done () |
| Mark that the order for reading out of the cells into your application is now set. More... | |
| int | mark_mesh_fromrep (int tstep) |
| Signal that mesh is completely held within mesh representation. More... | |
| int | mark_mesh_read (int tstep) |
| Signal that loading of all mesh is complete. More... | |
| int | mark_cells_read (int tstep) |
| Signal that loading of all elements is complete. More... | |
| int | compress_mesh () |
| Compress out of external representation all deleted elements. More... | |
| int | merge_unstr_famnodes (int famsrc, int famdst) |
| Merge the nodes in famsource to those in famdest. More... | |
| int | merge_unstr_nodes (const RFMergeVtxList& unslist) |
| Merge the nodes given by association list. More... | |
| const int* | get_face_order (int type) const |
| Return face definition for specified element type. More... | |
| const int* | get_edge_order (int type) const |
| Return edge definition for specified element type. More... | |
| int | set_face_order (int type, va_list ap) |
| Set face definition for specified element type. More... | |
| int | set_face_order (int type, ...) |
| int | set_edge_order (int type, va_list ap) |
| Set edge definition for specified element type. More... | |
| int | set_edge_order (int type, ...) |
| int | delete_family (int famid, int notvol) |
| Delete all elements in the specified family. More... | |
| int | v3_edit (RFEdits edit_what) |
| Carry out edits specified by the mask of possible edits. More... | |
| int | release_connectivity_info () |
| Release connectivity information no longer required by mesh. More... | |
| int | volume_orient (int fix) |
| Check and fix volume orientation problems in the mesh. More... | |
| int | noORFNpid () |
| Put elements currently in ORFN into a specific family name. More... | |
| int | reconcile_pids (rf_mesh_interface *mi, int noORFN) |
| Reconcile the family names and ids in mesh mi with those in current mesh. More... | |
| int | reconcile_extpids (int n, const int *famids, const char **fnms) |
| Reconcile the family names and ids passed externally with current mesh. More... | |
| int | after_edit_update (int nb, int upd_nodes, int upd_cells) |
| Update various counters in the mesh represntation after a number of edits have been completed. More... | |
| int | compare (rf_backend_interface *operand, RFCompareType compareFlag, int tstep, int nresults, const RFIdList& resultlist, double distTol=RFFloatEpsilon, double resultTol= |