#include <stdio.h>#include "gtopology.h"#include "aliast.h"Go to the source code of this file.
Functions | |
| void | export_gid_2dmesht (FILE *out, long icut, long idn1, long ide1) |
| void | export_gid_gauss_ptt (FILE *out) |
| void | export_gid_mesht (FILE *out, long idn1, long ide1) |
| void | print_closet () |
| void | print_default_dx (gtopology *gt, long lcid, char *file) |
| void | print_default_vtk (FILE *fname, long lcid, long istep, double lambda) |
| void | print_flusht () |
| void | print_initt (long istep, char *mode, long idn1=1, long ide1=1) |
| void | print_stept (long lcid, long istep, double lambda, double *fi) |
| void | print_stept_forced (long lcid, long istep, double lambda, double *fi) |
| void | write_gid_2delementt (FILE *out, long i, long id1, long nne, long icut, long di, long idn1, long ide1) |
| void | write_gid_elem_type_scalart (FILE *out, strastret scal, long lcid, long dir, const char *desclcid, elemtypet te) |
| void | write_gid_elem_type_vectort (FILE *out, strastret q, long lcid, long sid, const char *desclcid, elemtypet te) |
| void | write_gid_elementt (FILE *out, long i, long idn1, long ide1) |
| void | write_gid_elemscalart (FILE *out, strastret scal, long lcid, long dir, const char *desclcid) |
| void | write_gid_elemvectort (FILE *out, strastret q, long lcid, long dir, const char *desclcid) |
| void | write_gid_nforcest (FILE *out, long lcid, const char *desclcid, double *ifor) |
| void | write_gid_nodest (FILE *out, long idn1) |
| void | write_gid_nodscalart (FILE *out, strastret scal, long lcid, long dir, char *desclcid) |
| void | write_gid_nodvectort (FILE *out, strastret scal, long lcid, long unkn, char *desclcid) |
| void | write_gid_unkn (FILE *out, long lcid, char *desclcid) |
| void | write_nforcest (FILE *out, long lcid, char *desclcid, double *ifor) |
| void | write_vtk_unkn (FILE *fname, long lcid, int flag_material) |
| void export_gid_2dmesht | ( | FILE * | out, | |
| long | icut, | |||
| long | idn1, | |||
| long | ide1 | |||
| ) |
The function exports from 3D brick element mesh the 2D plane element cuts to the file given by parameter out in GiD format.
Parameters :
| out | - pointer to the opened text file where the output will be produced | |
| icut | - index of the cut - will be used in the element property | |
| idn1 | - id of the first node for GiD mesh (default should be idn1 = 1 -> nodes are numbered from 1) | |
| ide1 | - id of the first element for GiD mesh (default should be ide1 = 1 -> elements are numbered from 1) |
Return : The function does not return anything
Definition at line 641 of file transprint.cpp.
References Adat, transtop::elements, adaptivityt::istep, linearhext, transtop::ne, elementt::te, Tt, write_gid_2delementt(), and write_gid_nodest().
Referenced by print_initt().
| void export_gid_gauss_ptt | ( | FILE * | out | ) |
The function exports sets of gausspoints of used elements to the file given by parameter out in GiD format.
Parameters :
| out | - pointer to the opened text file where the output will be produced |
Return : The function does not return anything
Definition at line 696 of file transprint.cpp.
References vector::a, allocv(), barlint, barlintax, barquadt, barquadtax, destrv(), transtop::elements, gauss_points(), gauss_points_tet(), gauss_points_tr(), Gtt, quadhext::intordkm, linhext::intordkm, lintett::intordkm, quadquadrilattax::intordkm, quadlinaxisym::intordkm, quadquadrilatt::intordkm, quadlineart::intordkm, trlinaxisym::intordkm, trlineart::intordkm, gtopology::leso, Lht, linearhext, lineartett, Lqat, Lqt, Ltat, Ltett, Ltt, transtop::ne, Qht, Qqat, Qqt, quadlaxisym, quadlint, quadquadt, quadquadtax, quadratichext, elementt::te, trlaxisym, trlint, and Tt.
Referenced by elemoutgt::print_gr_eqoth_scal(), elemoutgt::print_gr_eqoth_vec(), elemoutgt::print_gr_flux_scal(), elemoutgt::print_gr_flux_vec(), elemoutgt::print_gr_grad_scal(), elemoutgt::print_gr_grad_vec(), elemoutgt::print_gr_oth_scal(), elemoutgt::print_gr_oth_vec(), nodeoutgt::print_graphics(), and print_initt().
| void export_gid_mesht | ( | FILE * | out, | |
| long | idn1, | |||
| long | ide1 | |||
| ) |
The function exports sets of used elements to the file given by parameter out in GiD format.
Parameters :
| out | - pointer to the opened text file where the output will be produced | |
| idn1 | - id of the first node for GiD mesh (default should be idn1 = 1 -> nodes are numbered from 1) | |
| ide1 | - id of the first element for GiD mesh (default should be ide1 = 1 -> elements are numbered from 1) |
Return : The function does not return anything
Definition at line 351 of file transprint.cpp.
References Adat, barlint, barlintax, barquadt, barquadtax, transtop::elements, adaptivityt::istep, linearhext, lineartett, transtop::ne, quadlaxisym, quadlint, quadquadt, quadquadtax, quadratichext, elementt::te, trlaxisym, trlint, trqaxisym, trquadt, Tt, write_gid_elementt(), and write_gid_nodest().
Referenced by print_initt().
| void print_closet | ( | ) |
Definition at line 315 of file transprint.cpp.
References Adat, outdrivert::close_files_gidsp(), outdrivert::gf, grftt_gid_sep, outdrivert::ndiag, outdrivert::outdiagf, Outdt, outdrivert::outf, and outdrivert::outgr.
Referenced by lin_nonstat_dform(), lin_nonstat_dform_resistance(), linear_nonstat_radiation_solv_dform(), linear_nonstat_solv_dform(), linear_nonstat_solv_dform_subcycl(), linear_nonstat_solv_vform(), newton_raphson_coupl_new(), newton_raphson_gparcoupl_lin(), newton_raphson_gparcoupl_nonlin(), newton_raphson_parcoupl_common_dt(), newton_raphson_parcoupl_comp(), newton_raphson_parcoupl_lin(), newton_raphson_parcoupl_nonlin(), newton_raphson_parcoupl_nonlin_new(), newton_raphson_parcoupl_nonlin_old(), nonlin_nonstat_dform(), nonlinear_nonstat_solv(), nonlinear_nonstat_solv_dform(), nonlinear_nonstat_solv_dform_dneska(), nonlinear_nonstat_solv_fnr_dform(), nonlinear_nonstat_solv_fnr_dform_old(), nonlinear_nonstat_solv_linesearch(), nonlinear_nonstat_solv_new(), nonlinear_nonstat_solv_nr_dform(), nonlinear_nonstat_solv_old(), nonlinear_nonstat_solv_oldd(), nonlinear_nonstat_solv_pokus(), nonlinear_nonstat_solv_vform(), nonstat_solv_dform_comp(), nonstat_solv_vform_comp(), par_homogenization(), par_linear_nonstat_solv_vform(), par_newton_raphson_gparcoupl_lin(), par_newton_raphson_gparcoupl_nonlin(), par_newton_raphson_parcoupl_comp(), par_newton_raphson_parcoupl_lin(), par_newton_raphson_parcoupl_lin_vform(), par_newton_raphson_parcoupl_nonlin(), par_nonstat_solv_vform_comp(), par_solve_stationary_problem(), solve_nonlinear_stationary_problem(), solve_nonlinear_stationary_problem_old(), solve_nonlinear_stationary_problem_pokus(), solve_nonstationary_growing_problem(), solve_nonstationary_growing_problem_nonlin(), solve_nonstationary_growing_vform(), solve_radiation_stationary_problem(), and solve_stationary_problem().
| void print_default_dx | ( | gtopology * | gt, | |
| long | lcid, | |||
| char * | file | |||
| ) |
| void print_default_vtk | ( | FILE * | fname, | |
| long | lcid, | |||
| long | istep, | |||
| double | lambda | |||
| ) |
The function prints header, points and used elements to the VTK file
Parameters :
| fname | - pointer to the opened VTK file | |
| lcid | - load case id | |
| istep | - integration step | |
| lambda | - actual time in either s,h,days |
Definition at line 2003 of file transprint.cpp.
References barlint, barlintax, barquadt, barquadtax, transtop::elements, gtopology::gelements, transtop::give_nne(), gtopology::gnodes, Gtt, linearhext, lineartett, transtop::ne, transtop::nn, gelement::nodes, quadlaxisym, quadlint, quadquadt, quadquadtax, quadratichext, elementt::te, trlaxisym, trlint, Tt, gnode::x, gnode::y, and gnode::z.
Referenced by outdrivert::print_graphics(), and outdrivert::print_graphics_forced().
| void print_flusht | ( | ) |
Definition at line 299 of file transprint.cpp.
References outdrivert::ndiag, outdrivert::outdiagf, Outdt, outdrivert::outf, and outdrivert::outgr.
Referenced by lin_nonstat_dform(), lin_nonstat_dform_resistance(), linear_nonstat_radiation_solv_dform(), linear_nonstat_solv_dform(), linear_nonstat_solv_dform_subcycl(), linear_nonstat_solv_vform(), newton_raphson_coupl(), newton_raphson_coupl_new(), newton_raphson_gparcoupl_lin(), newton_raphson_gparcoupl_nonlin(), newton_raphson_parcoupl_common_dt(), newton_raphson_parcoupl_comp(), newton_raphson_parcoupl_lin(), newton_raphson_parcoupl_nonlin(), newton_raphson_parcoupl_nonlin_new(), newton_raphson_parcoupl_nonlin_old(), nonlin_nonstat_dform(), nonlinear_nonstat_solv(), nonlinear_nonstat_solv_dform(), nonlinear_nonstat_solv_dform_dneska(), nonlinear_nonstat_solv_fnr_dform(), nonlinear_nonstat_solv_fnr_dform_old(), nonlinear_nonstat_solv_linesearch(), nonlinear_nonstat_solv_new(), nonlinear_nonstat_solv_nr_dform(), nonlinear_nonstat_solv_old(), nonlinear_nonstat_solv_oldd(), nonlinear_nonstat_solv_pokus(), nonlinear_nonstat_solv_vform(), nonstat_solv_dform_comp(), nonstat_solv_vform_comp(), nonstat_solver_dform_init(), nonstat_solver_init(), par_homogenization(), par_linear_nonstat_solv_vform(), par_newton_raphson_gparcoupl_lin(), par_newton_raphson_gparcoupl_nonlin(), par_newton_raphson_parcoupl_comp(), par_newton_raphson_parcoupl_lin(), par_newton_raphson_parcoupl_lin_vform(), par_newton_raphson_parcoupl_nonlin(), par_nonstat_solv_vform_comp(), par_nonstat_solver_init(), par_nonstat_trfel_init(), par_one_step_linear(), par_one_step_nonlinear(), par_one_step_trfel_linear(), par_one_step_trfel_nonlinear(), par_solve_nonlinear_nonstationary_problem(), par_solve_nonlinear_nonstationary_problem_dform(), solve_nonlinear_stationary_problem(), solve_nonlinear_stationary_problem_old(), solve_nonlinear_stationary_problem_pokus(), solve_nonstationary_growing_problem(), solve_nonstationary_growing_problem_nonlin(), and solve_nonstationary_growing_vform().
| void print_initt | ( | long | istep, | |
| char * | mode, | |||
| long | idn1, | |||
| long | ide1 | |||
| ) |
Function opens data files for each type of outputfile
| istep | - step id. The parameter enables to open file with name enhanced by the step id - istep >= 0 or it leaves required filename untouched for instance that istep < 0. In case of stochastic calculations and in case istep >= 0 the istep precedes the stochastic step id. | |
| mode | - string with control sequence for the file opening. It enables to open new file (mode = "wt") or to append existing ones (mode = "at"). | |
| idn1 | - id of the first node for GiD mesh (default is idn1 = 1 -> nodes are numbered from 1) | |
| ide1 | - id of the first element for GiD mesh (default is ide1 = 1 -> elements are numbered from 1) Return : The function does not return anything |
Definition at line 25 of file transprint.cpp.
References Adat, outdrivert::create_files_gidsp(), export_gid_2dmesht(), export_gid_gauss_ptt(), export_gid_mesht(), filename_decomposition(), FNAMELEN, outdrivert::gf, grftt_femcad, grftt_gid, grftt_gid_sep, grftt_no, grftt_open_dx, grftt_vtk, outdrivert::ide1, outdrivert::idn1, adaptivityt::istep, outdrivert::ncut, outdrivert::ndiag, probdesct::ns, outdrivert::odiag, outdrivert::outdiagf, outdrivert::outdiagfn, Outdt, outdrivert::outf, outdrivert::outfn, outdrivert::outgr, outdrivert::outgrfn, outdrivert::outgrfngs, outdiagt::print_header(), outdrivert::print_header(), Stt, outdrivert::textout, and Tp.
Referenced by lin_nonstat_dform(), lin_nonstat_dform_resistance(), linear_nonstat_radiation_solv_dform(), linear_nonstat_solv_dform(), linear_nonstat_solv_dform_subcycl(), linear_nonstat_solv_vform(), newton_raphson_coupl(), newton_raphson_coupl_new(), newton_raphson_gparcoupl_lin(), newton_raphson_gparcoupl_nonlin(), newton_raphson_parcoupl_lin(), newton_raphson_parcoupl_nonlin(), newton_raphson_parcoupl_nonlin_new(), newton_raphson_parcoupl_nonlin_old(), nonlin_nonstat_dform(), nonlinear_nonstat_solv(), nonlinear_nonstat_solv_dform(), nonlinear_nonstat_solv_dform_dneska(), nonlinear_nonstat_solv_fnr_dform(), nonlinear_nonstat_solv_fnr_dform_old(), nonlinear_nonstat_solv_linesearch(), nonlinear_nonstat_solv_new(), nonlinear_nonstat_solv_nr_dform(), nonlinear_nonstat_solv_old(), nonlinear_nonstat_solv_oldd(), nonlinear_nonstat_solv_pokus(), nonlinear_nonstat_solv_vform(), nonstat_solver_dform_init(), nonstat_solver_init(), par_homogenization(), par_linear_nonstat_solv_vform(), par_newton_raphson_gparcoupl_lin(), par_newton_raphson_gparcoupl_nonlin(), par_newton_raphson_parcoupl_lin(), par_newton_raphson_parcoupl_lin_vform(), par_newton_raphson_parcoupl_nonlin(), par_nonstat_solver_init(), par_nonstat_trfel_init(), par_solve_nonlinear_nonstationary_problem(), par_solve_nonlinear_nonstationary_problem_dform(), par_solve_stationary_problem(), solve_nonlinear_stationary_problem(), solve_nonlinear_stationary_problem_old(), solve_nonlinear_stationary_problem_pokus(), solve_nonstationary_growing_problem(), solve_nonstationary_growing_problem_nonlin(), solve_nonstationary_growing_vform(), solve_radiation_stationary_problem(), and solve_stationary_problem().
| void print_stept | ( | long | lcid, | |
| long | istep, | |||
| double | lambda, | |||
| double * | fi | |||
| ) |
The function performs all prints requirements for given step.
| lcid | - load case id | |
| istep | - step id | |
| lambda | - load coefficient or time (it depends on problem type and solver) | |
| fi | - array of additional values at nodes which should be printed. It depends on problem and solver type. For example for nonlinear statics it contains the internal forces. |
Return : The function does not return anything.
created 2004 by Tomas Koudelka, koudelka@cml.fsv.cvut.cz
Definition at line 221 of file transprint.cpp.
References compute_req_valt(), discont_nonlin_nonstat_problem, discont_nonstat_problem, growing_np_problem, growing_np_problem_nonlin, nonlinear_nonstationary_problem, nonlinear_stationary_problem, nonstationary_problem, Outdt, outdrivert::outf, outdrivert::outgr, outdrivert::print_diags(), outdrivert::print_graphics(), outdrivert::print_newstep(), outdrivert::print_out(), stationary_problem, Tp, and probdesct::tprob.
Referenced by lin_nonstat_dform(), lin_nonstat_dform_resistance(), linear_nonstat_radiation_solv_dform(), linear_nonstat_solv_dform(), linear_nonstat_solv_dform_subcycl(), linear_nonstat_solv_vform(), newton_raphson_coupl(), newton_raphson_coupl_new(), newton_raphson_gparcoupl_lin(), newton_raphson_gparcoupl_nonlin(), newton_raphson_parcoupl_common_dt(), newton_raphson_parcoupl_comp(), newton_raphson_parcoupl_lin(), newton_raphson_parcoupl_nonlin(), newton_raphson_parcoupl_nonlin_new(), newton_raphson_parcoupl_nonlin_old(), nonlin_nonstat_dform(), nonlinear_nonstat_solv(), nonlinear_nonstat_solv_dform(), nonlinear_nonstat_solv_dform_dneska(), nonlinear_nonstat_solv_fnr_dform(), nonlinear_nonstat_solv_fnr_dform_old(), nonlinear_nonstat_solv_linesearch(), nonlinear_nonstat_solv_new(), nonlinear_nonstat_solv_nr_dform(), nonlinear_nonstat_solv_old(), nonlinear_nonstat_solv_oldd(), nonlinear_nonstat_solv_pokus(), nonlinear_nonstat_solv_vform(), nonstat_solv_dform_comp(), nonstat_solv_vform_comp(), nonstat_solver_dform_init(), nonstat_solver_init(), par_homogenization(), par_linear_nonstat_solv_vform(), par_newton_raphson_gparcoupl_lin(), par_newton_raphson_gparcoupl_nonlin(), par_newton_raphson_parcoupl_comp(), par_newton_raphson_parcoupl_lin(), par_newton_raphson_parcoupl_lin_vform(), par_newton_raphson_parcoupl_nonlin(), par_nonstat_solv_vform_comp(), par_nonstat_solver_init(), par_nonstat_trfel_init(), par_one_step_linear(), par_one_step_nonlinear(), par_one_step_trfel_linear(), par_one_step_trfel_nonlinear(), par_solve_nonlinear_nonstationary_problem(), par_solve_nonlinear_nonstationary_problem_dform(), par_solve_stationary_problem(), solve_nonlinear_stationary_problem(), solve_nonlinear_stationary_problem_old(), solve_nonlinear_stationary_problem_pokus(), solve_nonstationary_growing_problem(), solve_nonstationary_growing_problem_nonlin(), solve_nonstationary_growing_vform(), solve_radiation_stationary_problem(), and solve_stationary_problem().
| void print_stept_forced | ( | long | lcid, | |
| long | istep, | |||
| double | lambda, | |||
| double * | fi | |||
| ) |
The function performs all prints requirements without respect to to selected step/time (forced printing).
| lcid | - load case id | |
| istep | - step id | |
| lambda | - load coefficient or time (it depends on problem type and solver) | |
| fi | - array of additional values at nodes which should be printed. It depends on problem and solver type. For example for nonlinear statics it contains the internal forces. |
Created 2014 by Tomas Koudelka, koudelka@cml.fsv.cvut.cz
Definition at line 268 of file transprint.cpp.
References compute_req_valt(), discont_nonlin_nonstat_problem, discont_nonstat_problem, growing_np_problem, growing_np_problem_nonlin, nonlinear_nonstationary_problem, nonlinear_stationary_problem, nonstationary_problem, Outdt, outdrivert::outf, outdrivert::outgr, outdrivert::print_diags_forced(), outdrivert::print_graphics_forced(), outdrivert::print_newstep(), outdrivert::print_out_forced(), stationary_problem, Tp, and probdesct::tprob.
Referenced by newton_raphson_parcoupl_common_dt(), nonstat_solv_dform_comp(), and nonstat_solv_vform_comp().
| void write_gid_2delementt | ( | FILE * | out, | |
| long | i, | |||
| long | id1, | |||
| long | nne, | |||
| long | icut, | |||
| long | di, | |||
| long | idn1, | |||
| long | ide1 | |||
| ) |
The function exports 3D brick element as 2D plane element to the file given by parameter out in GiD format. Purpose of the function is to perform cuts of the domain which consists of the regular mesh of brick elements.
Parameters :
| out | - pointer to the opened text file where the output will be produced | |
| i | - brick element id | |
| id1 | - brick element index of the first node for plane element | |
| nne | - brick element index of the last node for plane element | |
| icut | - index of the cut - will be used in the element property | |
| di | - the start index of the plane elements | |
| idn1 | - id of the first node for GiD mesh (default should be idn1 = 1 -> nodes are numbered from 1) | |
| ide1 | - id of the first element for GiD mesh (default should be ide1 = 1 -> elements are numbered from 1) |
Return : The function does not return anything
Definition at line 1086 of file transprint.cpp.
References transtop::elements, gtopology::gelements, Gtt, elementt::idm, gelement::nodes, and Tt.
Referenced by export_gid_2dmesht().
| void write_gid_elem_type_scalart | ( | FILE * | out, | |
| strastret | scal, | |||
| long | lcid, | |||
| long | dir, | |||
| const char * | desclcid, | |||
| elemtypet | te | |||
| ) |
The function writes a scalar value given by parameter scal on elements of given type (parameter te) to the file given by parameter out in GiD format. The results are printed at each element integration points.
Parameters :
| out | - pointer to the opened text file where the output will be produced | |
| scal | - specifies type of required scalar quantity (grad/flux/other/eqother) | |
| lcid | - load case id = in this case = number of unknown | |
| dir | - specifies which component of the quantity array will be printed | |
| desclcid | - string with description of loadcase | |
| te | - required element type |
Return : The function does not return anything
Definition at line 1349 of file transprint.cpp.
References barlint, barlintax, barquadt, barquadtax, transtop::elements, outdrivert::eog, intpointst::eqother, eqothert, flux, intpointst::fluxes, intpointst::grad, grad, Gtt, outdrivert::ide1, transmat::ip, elementt::ipp, gtopology::leso, linearhext, lineartett, intpointst::ncompeqother, intpointst::ncompother, transtop::ne, intpointst::other, othert, Outdt, sel::presence_id(), quadlaxisym, quadlint, quadquadt, quadquadtax, quadratichext, elemoutgt::seleeqoth, elemoutgt::seleflux, elemoutgt::selegrad, elemoutgt::seleoth, elemoutgt::seleqoth, elemoutgt::selflux, elemoutgt::selgrad, elemoutgt::seloth, elementt::te, Tm, trlaxisym, trlint, trqaxisym, trquadt, and Tt.
Referenced by write_gid_elemscalart().
| void write_gid_elem_type_vectort | ( | FILE * | out, | |
| strastret | q, | |||
| long | lcid, | |||
| long | sid, | |||
| const char * | desclcid, | |||
| elemtypet | te | |||
| ) |
The function writes a scalar value given by parameter scal on elements of given type (parameter te) to the file given by parameter out in GiD format. The results are printed at each element integration points.
Parameters :
| out | - pointer to the opened text file where the output will be produced | |
| q | - specifies type of required vector quantity (grad/flux/other/eqother) | |
| lcid | - load case id = in this case = number of unknown | |
| sid | - index of selection of elements which will be printed | |
| desclcid | - string with description of loadcase | |
| te | - required element type |
Return : The function does not return anything
Definition at line 1794 of file transprint.cpp.
References barlint, barlintax, barquadt, barquadtax, transtop::elements, outdrivert::eog, intpointst::eqother, eqothert, flux, intpointst::fluxes, probdesct::gdim, transtop::give_tnip(), intpointst::grad, grad, Gtt, sel::id1, outdrivert::ide1, transmat::ip, elementt::ipp, gtopology::leso, sel::ncomp, transtop::ne, probdesct::ntm, intpointst::other, othert, Outdt, sel::presence_id(), print_err(), elemoutgt::seleeqoth, elemoutgt::seleflux, elemoutgt::selegrad, elemoutgt::seleoth, elemoutgt::seleqoth, elemoutgt::selflux, elemoutgt::selgrad, elemoutgt::seloth, elementt::te, Tm, Tp, and Tt.
Referenced by write_gid_elemvectort().
| void write_gid_elementt | ( | FILE * | out, | |
| long | i, | |||
| long | idn1, | |||
| long | ide1 | |||
| ) |
The function exports element to the file given by parameter out in GiD format.
Parameters :
| out | - pointer to the opened text file where the output will be produced | |
| i | - element id | |
| idn1 | - id of the first node for GiD mesh (default should be idn1 = 1 -> nodes are numbered from 1) | |
| ide1 | - id of the first element for GiD mesh (default should be ide1 = 1 -> elements are numbered from 1) |
Return : The function does not return anything
Definition at line 1059 of file transprint.cpp.
References transtop::elements, gtopology::gelements, gelement::give_nne(), Gtt, elementt::idm, gelement::nodes, and Tt.
Referenced by export_gid_mesht().
| void write_gid_elemscalart | ( | FILE * | out, | |
| strastret | scal, | |||
| long | lcid, | |||
| long | dir, | |||
| const char * | desclcid | |||
| ) |
The function writes a scalar quantity given by parameters scal and dir on all elements to the file given by parameter out in GiD format. The results are printed at each integration point on given element.
Parameters :
| out | - pointer to the opened text file where the output will be produced | |
| scal | - specifies type of required scalar quantity (grad/flux/other/eqother) | |
| lcid | - load case id = in this case = number of unknown | |
| dir | - specifies which component of the quantity array will be printed | |
| desclcid | - string with description of loadcase |
Return : The function does not return anything
Definition at line 1301 of file transprint.cpp.
References barlint, barlintax, barquadt, barquadtax, Lbat, Lbt, Lht, linearhext, lineartett, Lqat, Lqt, Ltat, Ltett, Ltt, Qbat, Qbt, Qht, Qqat, Qqt, quadlaxisym, quadlint, quadquadt, quadquadtax, quadratichext, trlaxisym, trlint, and write_gid_elem_type_scalart().
Referenced by elemoutgt::print_gr_eqoth_scal(), elemoutgt::print_gr_flux_scal(), elemoutgt::print_gr_grad_scal(), and elemoutgt::print_gr_oth_scal().
| void write_gid_elemvectort | ( | FILE * | out, | |
| strastret | q, | |||
| long | lcid, | |||
| long | dir, | |||
| const char * | desclcid | |||
| ) |
The function writes a vector quantity given by parameters scal and dir on all elements to the file given by parameter out in GiD format. The results are printed at each integration point on given element.
Parameters :
| out | - pointer to the opened text file where the output will be produced | |
| q | - specifies type of required vector quantity (grad/flux/other/eqother) | |
| lcid | - load case id = in this case = number of unknown | |
| dir | - specifies which component of the quantity array will be printed | |
| desclcid | - string with description of loadcase |
Return : The function does not return anything
Definition at line 1746 of file transprint.cpp.
References barlint, barlintax, barquadt, barquadtax, Lbat, Lbt, Lht, linearhext, lineartett, Lqat, Lqt, Ltat, Ltett, Ltt, Qbat, Qbt, Qht, Qqat, Qqt, quadlaxisym, quadlint, quadquadt, quadquadtax, quadratichext, trlaxisym, trlint, and write_gid_elem_type_vectort().
Referenced by elemoutgt::print_gr_eqoth_vec(), elemoutgt::print_gr_flux_vec(), elemoutgt::print_gr_grad_vec(), and elemoutgt::print_gr_oth_vec().
| void write_gid_nforcest | ( | FILE * | out, | |
| long | lcid, | |||
| const char * | desclcid, | |||
| double * | ifor | |||
| ) |
The function writes vector of fluxes for all nodes to the file given by parameter out in GiD format. The results are printed for all nodes with no dependency on the outdriver selection.
Parameters :
| out | - pointer to the opened text file where the output will be produced | |
| lcid | - load case id | |
| desclcid | - string with description of loadcase | |
| ifor | - vector of nodal forces=fluxes |
Return : The function does not return anything
created 06.2007 by Tomas Koudelka, koudelka@cml.fsv.cvut.cz modified 10/01/2010 by Tomas Krejci, krejci@cml.fsv.cvut.cz
Definition at line 1210 of file transprint.cpp.
References enumstr::alias, probdesct::dofname, f, transtop::give_dof(), outdrivert::idn1, namevartstr, transtop::nn, probdesct::ntm, Outdt, Tp, and Tt.
Referenced by nodeoutgt::print_graphics().
| void write_gid_nodest | ( | FILE * | out, | |
| long | idn1 | |||
| ) |
The function exports nodes to the file given by parameter out in GiD format.
Parameters :
| out | - pointer to the opened text file where the output will be produced | |
| idn1 | - id of the first node for GiD mesh (default should be idn1 = 1 -> nodes are numbered from 1) |
Return : The function does not return anything
Definition at line 1038 of file transprint.cpp.
References gtopology::gnodes, Gtt, transtop::nn, Tt, gnode::x, gnode::y, and gnode::z.
Referenced by export_gid_2dmesht(), and export_gid_mesht().
| void write_gid_nodscalart | ( | FILE * | out, | |
| strastret | scal, | |||
| long | lcid, | |||
| long | dir, | |||
| char * | desclcid | |||
| ) |
Definition at line 1235 of file transprint.cpp.
References nodet::eqother, eqothert, transmat::give_eqothervalue_name(), transmat::give_othervalue_name(), outdrivert::idn1, nodet::ncompeqother, nodet::ncompother, transtop::nn, transtop::nodes, nodet::other, othert, Outdt, Tm, and Tt.
Referenced by nodeoutgt::print_graphics().
| void write_gid_nodvectort | ( | FILE * | out, | |
| strastret | scal, | |||
| long | lcid, | |||
| long | unkn, | |||
| char * | desclcid | |||
| ) |
Definition at line 1116 of file transprint.cpp.
References nodet::flux, flux, grad, nodet::gradient, outdrivert::idn1, nodet::ncompgrad, transtop::nn, transtop::nodes, Outdt, and Tt.
Referenced by nodeoutgt::print_graphics().
| void write_gid_unkn | ( | FILE * | out, | |
| long | lcid, | |||
| char * | desclcid | |||
| ) |
Definition at line 1095 of file transprint.cpp.
References enumstr::alias, probdesct::dofname, outdrivert::idn1, namevartstr, transtop::nn, nodalval(), probdesct::ntm, Outdt, Tp, and Tt.
Referenced by nodeoutgt::print_graphics().
| void write_nforcest | ( | FILE * | out, | |
| long | lcid, | |||
| char * | desclcid, | |||
| double * | ifor | |||
| ) |
Definition at line 1957 of file transprint.cpp.
References allocv(), destrv(), f, g, transtop::give_dof(), transtop::give_ndofn(), transtop::nn, and Tt.
Referenced by nodeoutgt::print_graphics().
| void write_vtk_unkn | ( | FILE * | fname, | |
| long | lcid, | |||
| int | flag_material | |||
| ) |
Definition at line 2090 of file transprint.cpp.
References cementhydrmat, transtop::elements, outdrivert::eog, intpointst::eqother, intpointst::fluxes, transmat::givencompother(), gtopology::gnodes, intpointst::grad, Gtt, elementt::idm, transmat::ip, elementt::ipp, sel::n, intpointst::ncompeqother, gnode::ndofn, transtop::ne, transtop::nn, nodalval(), onemedium, intpointst::other, Outdt, sel::presence_id(), sel_no, elemoutgt::seleeqoth, elemoutgt::seleflux, elemoutgt::selegrad, elemoutgt::seleoth, elemoutgt::seleqoth, elemoutgt::selflux, elemoutgt::selgrad, sel::st, Tm, elementt::tm, probdesct::tmatt, transmat::tnip, Tp, Tt, and twomediacoup.
Referenced by outdrivert::print_graphics(), and outdrivert::print_graphics_forced().
1.6.2