#include <seqtop.h>
Public Member Functions | |
| void | assemble_dofind (gtopology *top, FILE *out) |
| void | assemble_multip (FILE *out) |
| void | assemble_nbnd_nind (FILE *out) |
| void | assemble_nodmultip (FILE *out) |
| void | coarse_local_map (gtopology *top, FILE *out) |
| void | compute_multiplicity (gtopology *top, FILE *out) |
| void | coupled_dofs (gtopology *top, FILE *out) |
| void | elem_lists () |
| void | node_coarse_global_glued_map (FILE *out) |
| void | node_coarse_local_map (FILE *out) |
| void | node_coarse_numbers (FILE *out) |
| void | node_global_glued_numbers (FILE *out) |
| void | node_local_numbers (FILE *out) |
| void | read_eldom (long ne, XFILE *in) |
| void | read_ltg (XFILE *in) |
| void | read_nnsd (XFILE *in) |
| long | schur_ordering (gtopology *top, FILE *out) |
| long | schur_ordering_old (gtopology *top, FILE *out) |
| seqtop (long nd, meshdescription meshd) | |
| void | update_multip (gtopology *top, FILE *out) |
| ~seqtop () | |
Public Attributes | |
| long * | amultip |
| long * | bmultip |
| long ** | coupdof |
| long * | coupdofmas |
| long ** | dofind |
| long ** | domel |
| long * | eldom |
| long ** | ggnbn |
| long ** | ggnbncn |
| long ** | ggnin |
| long * | icmultip |
| long ** | icnbnmas |
| long ** | lnbn |
| long ** | lnbncn |
| long ** | lnin |
| long ** | ltg |
| meshdescription | md |
| long * | nbnd |
| long | ncdof |
| long * | ned |
| long * | nind |
| long | nn |
| long * | nnsd |
| long ** | nodmultip |
| array is assembled in the function update_multip (gtopology *top,FILE *out) or assemble_nodmultip (FILE *out) | |
| long | ns |
| long ** | sid |
| long | tnbn |
| long | tnep |
| total number of all elements in the problem | |
| long | tnnp |
class imitates the class partop which deals with topology in parallel computations it is sequential version of the class partop and it is developed for simpler manipulation and possible application of debugger
notation:
node multiplicity - number of subdomains which share the node
internal node - node with multiplicity 1, (node inside a subdomain, node not lying on inter-subdomain boundary)
interface node - node with multiplicity at least 2, (node lying on inter-subdomain boundary)
coarse node - artificial node defined on master which collects appropriate interface nodes
global ordering - node ordering before mesh partitioning global node numbers - node numbers used in undecomposed mesh (node numbers used before decomposition/partitioning)
local ordering - ordering of subdomains (without respect to remaining subdomains) local node numbers - node numbers used in decomposed mesh (node numbers used after decomposition/partitioning)
coarse ordering - ordering of interface nodes only coarse node number - node numbers of interface nodes only, ordering of all interface nodes in coarse problem
mesh description: md = bound_nodes = 1 - all nodes have their global node number md = all_nodes = 2 - only interface nodes have coarse number, internal nodes are denoted by -1 md = neg_bound_nodes = 3 - all nodes have their global node number, interface nodes have their global number multiplied by -1
JK, 11.9.2007
Definition at line 50 of file seqtop.h.
| seqtop | ( | long | nd, | |
| meshdescription | meshd | |||
| ) |
constructor
| nd | - number of subdomains | |
| meshd | - mesh description |
JK, 11.9.2007
Definition at line 17 of file seqtop.cpp.
References amultip, bmultip, coupdof, coupdofmas, dofind, domel, eldom, ggnbn, ggnbncn, ggnin, icmultip, icnbnmas, lnbn, lnbncn, lnin, ltg, md, nbnd, ncdof, ned, nind, nn, nnsd, nodmultip, ns, sid, tnbn, tnep, and tnnp.
| ~seqtop | ( | ) |
| void assemble_dofind | ( | gtopology * | top, | |
| FILE * | out | |||
| ) |
function assembless the array dofind if it has not been assembled yet
| top | - pointer to the general topology | |
| out | - output file for auxiliary print |
JK, 15.7.2009
Definition at line 1124 of file seqtop.cpp.
References dofind, gtopology::give_ndofn(), nn, nnsd, nodmultip, and ns.
Referenced by compute_multiplicity().
| void assemble_multip | ( | FILE * | out | ) |
function assembles the array bmultip or amultip function computes the variables tnnp or tnbn
| out | - output file for auxiliary print |
14.7.2009, JK
Definition at line 457 of file seqtop.cpp.
References all_nodes, amultip, bmultip, bound_nodes, ltg, md, metis, neg_bound_nodes, nnsd, ns, print_err(), tnbn, and tnnp.
Referenced by compute_multiplicity().
| void assemble_nbnd_nind | ( | FILE * | out | ) |
function assembles the arrays nbnd and nind
| out | - output file for auxiliary print |
JK, 14.7.2009
Definition at line 896 of file seqtop.cpp.
References all_nodes, amultip, bound_nodes, ltg, md, metis, nbnd, neg_bound_nodes, nind, nnsd, ns, print_err(), tnbn, and tnnp.
Referenced by compute_multiplicity().
| void assemble_nodmultip | ( | FILE * | out | ) |
function assembless the array nodmultip
| out | - output file for auxiliary print |
JK, 11.9.2007
Definition at line 1009 of file seqtop.cpp.
References all_nodes, amultip, bmultip, bound_nodes, ltg, md, metis, neg_bound_nodes, nnsd, nodmultip, ns, and print_err().
Referenced by compute_multiplicity().
| void coarse_local_map | ( | gtopology * | top, | |
| FILE * | out | |||
| ) |
function generates the Schur complement ordering
ordering of subdomains is performed ordering of the coarse problem is in seqselnodes::schur_ordering
| top | - pointer to general topology | |
| out | - output file |
JK, 13.7.2009 function rewrites array ltg
JK, 14.9.2007 function renumbers code numbers
JK, 9.10.2007 function determines the number of DOFs on nodes
| top | - general topology |
JK, 13.5.2009 function determines the number of DOFs on nodes
| general | topology |
JK, 13.5.2009 function determines the number of DOFs on interface/boundary nodes
| top | - general topology |
JK, 13.5.2009 function determines the number of DOFs on nodes
JK, 13.5.2009 function selects boundary nodes
function establishes:
lnbn - local numbers of boundary nodes
| out | - output stream |
JK, 14.9.2007 function computes node multiplicity
function establishes:
tnbn - total number of boundary nodes
nbnd - array containing numbers of interface/boundary nodes on subdomains
nind - array containing numbers of internal nodes on subdomains
tnnp - total number of nodes in problem (if possible, this number cannot be obtained in the case of md=bound_nodes)
amultip - array of all node multiplicity, it is assembled if md=all_nodes
bmultip - array of interface/boundary node multiplicity, it is assembled if md=bound_nodes
nodmultip - array of node multiplicity (on all subdomains)
| out | - output file for auxiliary print |
JK, 11.9.2007 function calls several auxiliary functions
| top | - pointer to the general topology | |
| out | - output file |
JK, 8.8.2010
Definition at line 2669 of file seqtop.cpp.
References compute_multiplicity(), node_coarse_global_glued_map(), node_coarse_local_map(), node_coarse_numbers(), node_global_glued_numbers(), and node_local_numbers().
Referenced by slesolv::prepare_data().
| void compute_multiplicity | ( | gtopology * | top, | |
| FILE * | out | |||
| ) |
Definition at line 1171 of file seqtop.cpp.
References assemble_dofind(), assemble_multip(), assemble_nbnd_nind(), assemble_nodmultip(), coupled_dofs(), ncdof, and update_multip().
Referenced by coarse_local_map().
| void coupled_dofs | ( | gtopology * | top, | |
| FILE * | out | |||
| ) |
function searches for coupled DOFs which are shared by interfaces
| top | - pointer to the general topology | |
| out | - output file |
13.7.2009, JK
Definition at line 594 of file seqtop.cpp.
References coupdof, coupdofmas, gtopology::give_dof(), gtopology::give_ndofn(), ncdof, gtopology::nn, nn, nnsd, and ns.
Referenced by compute_multiplicity().
| void elem_lists | ( | ) |
function assembles lists of elements belonging to subdomains
list of elements of the i-th subdomain is needed e.g. in subcycling
JK, 27. 5. 2014
Definition at line 2687 of file seqtop.cpp.
References domel, eldom, ned, ns, and tnep.
Referenced by linear_nonstat_solv_dform_subcycl().
| void node_coarse_global_glued_map | ( | FILE * | out | ) |
function assembles coarse - global glued numbers map
the following arrays are assembled:
ggnbncn - global glued numbers of boundary/interface nodes of the coarse node sid - subdomain id of interface/boundary nodes of the coarse node
| out | - output file for auxiliary print |
JK, 5.7.2009
Definition at line 1664 of file seqtop.cpp.
References ggnbn, ggnbncn, icmultip, icnbnmas, nbnd, ns, sid, and tnbn.
Referenced by coarse_local_map().
| void node_coarse_local_map | ( | FILE * | out | ) |
function assembles coarse - local numbers map
the following arrays are assembled:
lnbncn - local numbers of boundary/interface nodes of the coarse node sid - subdomain id of interface/boundary nodes of the coarse node
| out | - output file for auxiliary print |
JK, 5.7.2009
Definition at line 1582 of file seqtop.cpp.
References icmultip, icnbnmas, lnbn, lnbncn, nbnd, ns, sid, and tnbn.
Referenced by coarse_local_map().
| void node_coarse_numbers | ( | FILE * | out | ) |
function assembles coarse numbers of nodes
the following arrays are assembled:
icnbnmas - coarse numbers of interface/boundary nodes icmultip - number of multiplicity of boundary/interface nodes
| out | - output file for auxiliary print |
JK, 5.7.2009
Definition at line 1448 of file seqtop.cpp.
References all_nodes, amultip, bound_nodes, icmultip, icnbnmas, lnbn, ltg, md, metis, nbnd, neg_bound_nodes, ns, print_err(), tnbn, and tnnp.
Referenced by coarse_local_map().
| void node_global_glued_numbers | ( | FILE * | out | ) |
function assembles global glued numbers of nodes
the following arrays are assembled:
ggnbn - global glued numbers of interface/boundary nodes
ggnin - global glued numbers of internal nodes
| out | - output file for auxiliary print |
JK, 24.5.2009
Definition at line 1324 of file seqtop.cpp.
References all_nodes, amultip, bound_nodes, ggnbn, ggnin, ltg, md, metis, nbnd, neg_bound_nodes, nind, nnsd, ns, and print_err().
Referenced by coarse_local_map().
| void node_local_numbers | ( | FILE * | out | ) |
function assembles local numbers of nodes
the following arrays are assembled:
lnbn - local numbers of interface/boundary nodes
lnin - local numbers of internal nodes
| out | - output file for auxiliary print |
JK, 24.5.2009
Definition at line 1202 of file seqtop.cpp.
References all_nodes, amultip, bound_nodes, lnbn, lnin, ltg, md, metis, nbnd, neg_bound_nodes, nind, nnsd, ns, and print_err().
Referenced by coarse_local_map().
| void read_eldom | ( | long | ne, | |
| XFILE * | in | |||
| ) |
function reads array eltg (local to global map for elements)
| in | - input file |
JK, 25.3.2011 function reads correspondence between elements and subdomains/aggregates
| ne | - the number of all elements in the problem | |
| in | - input file stream |
JK, 2.4.2011
Definition at line 432 of file seqtop.cpp.
References eldom, tnep, and xfscanf().
Referenced by gtopology::read_seq_top().
| void read_ltg | ( | XFILE * | in | ) |
function reads array containing numbers of elements on subdomains
| in | - input file |
JK, 25.3.2011 function reads array ltg (local to global map)
| in | - input file |
11.9.2007, JK
Definition at line 332 of file seqtop.cpp.
References ltg, md, metis, nn, nnsd, ns, and xfscanf().
Referenced by gtopology::read_seq_top().
| void read_nnsd | ( | XFILE * | in | ) |
function reads array containing numbers of nodes on subdomains
| in | - input file |
JK, 11.9.2007
Definition at line 287 of file seqtop.cpp.
References nnsd, ns, and xfscanf().
Referenced by gtopology::read_seq_top().
| long schur_ordering | ( | gtopology * | top, | |
| FILE * | out | |||
| ) |
function generates the Schur complement ordering
ordering of subdomains is performed ordering of the coarse problem is in seqselnodes::schur_ordering
| top | - pointer to general topology | |
| out | - output file |
JK, 13.7.2009
Definition at line 1744 of file seqtop.cpp.
References gnode::cn, gtopology::cnstate, dofind, ggnbn, ggnin, gtopology::give_dof(), gtopology::give_ndofn(), gtopology::gnodes, nbnd, ncdof, nind, nn, and ns.
Referenced by slesolv::prepare_data().
| long schur_ordering_old | ( | gtopology * | top, | |
| FILE * | out | |||
| ) |
| void update_multip | ( | gtopology * | top, | |
| FILE * | out | |||
| ) |
function updates node multiplicity
function establishes:
tnbn - total number of boundary nodes
tnnp - total number of nodes in problem (if possible, this number cannot be obtained in the case of md=bound_nodes)
amultip - array of all node multiplicity, it is assembled if md=all_nodes
bmultip - array of interface/boundary node multiplicity, it is assembled if md=bound_nodes
nodmultip - array of node multiplicity (on all subdomains)
| top | - pointer to the general topology | |
| out | - output file for auxiliary print |
JK, 11.9.2007
Definition at line 710 of file seqtop.cpp.
References all_nodes, amultip, coupdofmas, dofind, gtopology::give_dof(), gtopology::give_ndofn(), ltg, md, metis, nn, nnsd, ns, print_err(), tnbn, and tnnp.
Referenced by compute_multiplicity().
| long* amultip |
array containing number of subdomains which each node belongs to it contains tnnp components, amultip[i]=j - the i-th node belongs to j subdomains array is assembled in the function assemble_multip (FILE *out)
Definition at line 143 of file seqtop.h.
Referenced by assemble_multip(), assemble_nbnd_nind(), assemble_nodmultip(), node_coarse_numbers(), node_global_glued_numbers(), node_local_numbers(), seqtop(), update_multip(), and ~seqtop().
| long* bmultip |
array containing number of subdomains which each boundary/interface node belongs to it contains tnbn components, bmultip[i]=j - the i-th interface/boundary node belongs to j subdomains array is assembled in the function assemble_multip (FILE *out)
Definition at line 149 of file seqtop.h.
Referenced by assemble_multip(), assemble_nodmultip(), seqtop(), and ~seqtop().
| long** coupdof |
array containing indicators of coupled DOFs it has ns, ncdof components coupdof[i][j]=k - the j-th coupled DOFs on the i-th subdomain is shared by k nodes array is allocated in the function coupled_dofs
Definition at line 247 of file seqtop.h.
Referenced by coupled_dofs(), seqtop(), and ~seqtop().
| long* coupdofmas |
array containing suspicious indicators of coupled DOFs it has ncdof components coupdofmas[i]=0 - the i-th coupled DOF is not a boundary/interface DOF coupdofmas[i]=1 - the i-th coupled DOF is a boundary/interface DOF array is allocated in the function coupled_dofs
Definition at line 254 of file seqtop.h.
Referenced by coupled_dofs(), seqtop(), update_multip(), and ~seqtop().
| long** dofind |
array containing DOF indicators if there are coupled DOFs, it is not enough to deal with nodes DOFs have to be split to internal and boundary/interface it has nn, ndofn[i] components (nn is the total number of nodes, gt->nn) dofind[i][j]=0 - the j-th DOF in the i-th node is internal dofind[i][j]=1 - the j-th DOF in the i-th node is boundary/interface array is allocated in the function update_multiplicity
Definition at line 264 of file seqtop.h.
Referenced by assemble_dofind(), seqselnodes::prepare_schur(), schur_ordering(), seqtop(), update_multip(), and ~seqtop().
| long** domel |
domain-element correspondence it has ns rows and ned[i] columns domel[i][j]=k - the j-th element on the i-th subdomain has number k
Definition at line 179 of file seqtop.h.
Referenced by dt_subdom(), elem_lists(), lnso_leso_setting(), seqtop(), and ~seqtop().
| long* eldom |
element-domain correspondence eldom[i]=j - the i-th element belongs to the j-th subdomain/aggregate
Definition at line 174 of file seqtop.h.
Referenced by elem_lists(), read_eldom(), seqtop(), and ~seqtop().
| long** ggnbn |
array containing global glued numbers of boundary/interface nodes it contains ns, nbnd[i] components ggnbn[i][j]=k - the j-th boundary/interface node on the i-th subdomain has global glued number k array is allocated in the function node_global_glued_numbers
Definition at line 197 of file seqtop.h.
Referenced by seqschur::assemble_subdom_unknowns(), node_coarse_global_glued_map(), node_global_glued_numbers(), slesolv::prepare_data(), schur_ordering(), seqtop(), and ~seqtop().
| long** ggnbncn |
global glued numbers of boundary/interface nodes appropriate to coarse node it contains global glued numbers of boundary/interafce nodes of each coarse node it contains tnbn rows and icmultip[i] columns ggnbncn[i][j]=k - the j-th node shared by the i-th coarse node has global glued number k aray is allocated in the function node_coarse_global_glued_map
Definition at line 230 of file seqtop.h.
Referenced by node_coarse_global_glued_map(), slesolv::prepare_data(), seqtop(), and ~seqtop().
| long** ggnin |
array containing global glued numbers of internal nodes it contains ns, nind[i] components ggnin[i][j]=k - the j-th internal node on the i-th subdomain has global glued number k array is allocated in the function node_global_glued_numbers
Definition at line 203 of file seqtop.h.
Referenced by seqschur::assemble_subdom_unknowns(), node_global_glued_numbers(), schur_ordering(), seqtop(), and ~seqtop().
| long* icmultip |
array containing node multiplicity of boundary/interface nodes it contains tnbn components icmultip[i]=j - the i-th boundary/interface node belongs to j subdomains array is allocated in the function node_coarse_numbers
Definition at line 215 of file seqtop.h.
Referenced by node_coarse_global_glued_map(), node_coarse_local_map(), node_coarse_numbers(), slesolv::prepare_data(), seqtop(), and ~seqtop().
| long** icnbnmas |
array containing coarse numbers of interface/boundary nodes it contains ns, nbnd[i] components icnbnmas[i][j]=k - the j-th boundary node on the i-th subdomain has coarse number k array is allocated in the function node_coarse_numbers
Definition at line 209 of file seqtop.h.
Referenced by node_coarse_global_glued_map(), node_coarse_local_map(), node_coarse_numbers(), slesolv::prepare_data(), seqtop(), and ~seqtop().
| long** lnbn |
array containing local numbers of interface/boundary nodes it contains ns, nbnd[i] components lnbn[i][j]=k - the j-th boundary node on the i-th subdomain has local number k array is allocated in the function node_local_numbers
Definition at line 185 of file seqtop.h.
Referenced by node_coarse_local_map(), node_coarse_numbers(), node_local_numbers(), seqtop(), and ~seqtop().
| long** lnbncn |
local numbers of boundary/interface nodes appropriate to coarse node it contains local numbers of boundary/interafce nodes of each coarse node it contains tnbn rows and icmultip[i] columns lnbncn[i][j]=k - the j-th node shared by the i-th coarse node has local number k aray is allocated in the function node_coarse_local_map
Definition at line 223 of file seqtop.h.
Referenced by node_coarse_local_map(), slesolv::prepare_data(), seqtop(), and ~seqtop().
| long** lnin |
array containing local numbers of internal nodes it contains ns, nind[i] components lnin[i][j]=k - the j-th internal node on the i-th subdomain has local number k array is allocated in the function node_local_numbers
Definition at line 191 of file seqtop.h.
Referenced by node_local_numbers(), seqtop(), and ~seqtop().
| long** ltg |
local to global correspondence ltg[i][j]=k - the j-th node on the i-th subdomain has global/coarse number k if mesh description is bound_nodes: k>-1 - coarse number of the node k=-1 - the node is internal node if mesh description is all_nodes: k is the global number of the node
Definition at line 164 of file seqtop.h.
Referenced by assemble_multip(), assemble_nbnd_nind(), assemble_nodmultip(), gtopology::codenum_generation(), gtopology::create_ltg(), aggregator::metis_aggr(), node_coarse_numbers(), node_global_glued_numbers(), node_local_numbers(), read_ltg(), gtopology::schur_ordering(), seqtop(), update_multip(), and ~seqtop().
mesh description it is determined in the constructor
Definition at line 119 of file seqtop.h.
Referenced by assemble_multip(), assemble_nbnd_nind(), assemble_nodmultip(), node_coarse_numbers(), node_global_glued_numbers(), node_local_numbers(), slesolv::prepare_data(), read_ltg(), seqtop(), and update_multip().
| long* nbnd |
array containing list of numbers of boundary/interface nodes on subdomains it contains ns components nbnd[i]=j - the i-th domain contains j boundary/interface nodes array is assembled in the function compute_multiplicity (FILE *out)
Definition at line 131 of file seqtop.h.
Referenced by assemble_nbnd_nind(), seqschur::assemble_subdom_unknowns(), node_coarse_global_glued_map(), node_coarse_local_map(), node_coarse_numbers(), node_global_glued_numbers(), node_local_numbers(), schur_ordering(), seqtop(), and ~seqtop().
| long ncdof |
the number of coupled DOFs it is determined in the function coupled_dofs
Definition at line 241 of file seqtop.h.
Referenced by compute_multiplicity(), coupled_dofs(), schur_ordering(), and seqtop().
| long* ned |
array containing the number of elements on subdomains it has ns components ned[i]=j - there are j elements on the i-th subdomain array is allocated and assembled in function elem_lists
Definition at line 170 of file seqtop.h.
Referenced by dt_subdom(), elem_lists(), lnso_leso_setting(), seqtop(), and ~seqtop().
| long* nind |
array containing list of numbers of internal nodes on subdomains it contains ns components nind[i]=j - the i-th domain contains j internal nodes array is assembled in the function compute_multiplicity (FILE *out)
Definition at line 137 of file seqtop.h.
Referenced by assemble_nbnd_nind(), seqschur::assemble_subdom_unknowns(), node_global_glued_numbers(), node_local_numbers(), schur_ordering(), seqtop(), and ~seqtop().
| long nn |
number of nodes in the class gtopology this number is not equal to tnnp the number is determined in the function coupled_dofs
Definition at line 113 of file seqtop.h.
Referenced by assemble_dofind(), coupled_dofs(), read_ltg(), schur_ordering(), seqtop(), update_multip(), and ~seqtop().
| long* nnsd |
array containing number of nodes on subdomains it contains ns components nnsd[i]=j - j nodes are defined on the i-th subdomain array is read in the function read_nnsd (XFILE *in)
Definition at line 125 of file seqtop.h.
Referenced by assemble_dofind(), assemble_multip(), assemble_nbnd_nind(), assemble_nodmultip(), seqfeti::assemble_subdom_unknowns(), gtopology::codenum_generation(), coupled_dofs(), gtopology::create_ltg(), gtopology::domdecomp(), saddpoint::initiate(), seqfeti::initiate(), aggregator::metis_aggr(), node_global_glued_numbers(), node_local_numbers(), slesolv::prepare_data(), read_ltg(), read_nnsd(), gtopology::schur_ordering(), seqtop(), update_multip(), and ~seqtop().
| long** nodmultip |
array is assembled in the function update_multip (gtopology *top,FILE *out) or assemble_nodmultip (FILE *out)
array containing number of subdomains which share the nodes it contains ns, nnsd[i] components nodmultip[i][j]=k - the j-th node of the i-th subdomain belongs to k subdomains
Definition at line 155 of file seqtop.h.
Referenced by assemble_dofind(), assemble_nodmultip(), slesolv::prepare_data(), seqtop(), and ~seqtop().
| long ns |
number of subdomains it is determined in the constructor
Definition at line 102 of file seqtop.h.
Referenced by assemble_dofind(), assemble_multip(), assemble_nbnd_nind(), assemble_nodmultip(), gtopology::codenum_generation(), coupled_dofs(), gtopology::create_ltg(), dt_subdom(), elem_lists(), lnso_leso_setting(), node_coarse_global_glued_map(), node_coarse_local_map(), node_coarse_numbers(), node_global_glued_numbers(), node_local_numbers(), slesolv::prepare_data(), read_ltg(), read_nnsd(), schur_ordering(), seqtop(), update_multip(), and ~seqtop().
| long** sid |
subdomain id of interface/boundary nodes appropriate to coarse node it contains tnbn rows and icmultip[i] columns sid[i][j]=k - the j-th node shared by the i-th coarse node belongs to the k-th subdomain array is allocated in the function node_coarse_local_map or node_coarse_global_glued_map
Definition at line 236 of file seqtop.h.
Referenced by node_coarse_global_glued_map(), node_coarse_local_map(), slesolv::prepare_data(), seqtop(), and ~seqtop().
| long tnbn |
total number of interface (boundary) nodes this number is determined in the function compute_multiplicity
Definition at line 109 of file seqtop.h.
Referenced by assemble_multip(), assemble_nbnd_nind(), node_coarse_global_glued_map(), node_coarse_local_map(), node_coarse_numbers(), slesolv::prepare_data(), seqtop(), update_multip(), and ~seqtop().
| long tnep |
total number of all elements in the problem
Definition at line 115 of file seqtop.h.
Referenced by elem_lists(), read_eldom(), and seqtop().
| long tnnp |
total number of nodes in the whole problem this number cannot be obtained in the case of mesh description = bound_nodes this number is determined in the function compute_multiplicity
Definition at line 106 of file seqtop.h.
Referenced by assemble_multip(), assemble_nbnd_nind(), node_coarse_numbers(), seqtop(), and update_multip().
1.6.2