#include <transmat.h>
Public Member Functions | |
| void | alloc_nontransq (long n) |
| allocation of array of non-transport quantities | |
| void | assemble_dof_nameord (namevart *dofname, long ntm, long *var_dofid, long tnkv) |
| assembles array with dof names and establishes the dof order | |
| void | aux_values (long lcid) |
| double | capcoeff (long ipp, long ri, long ci) |
| void | computenlfluxes (long lcid, long ipp) |
| long | cycle_detection (double *r, double *pr, double *ppr, long ipp) |
| void | flux_contributions (long ipp) |
| void | fluxcomparing (long ipp) |
| void | give_dof_names (long ipp, namevart *dofname, long ntm) |
| returns dof names used in the material of given integration point | |
| void | give_eqothervalue_name (FILE *out, long ipp, long compeqother) |
| double | give_extinction_coeff (mattypet mt, long matid) |
| double | give_inittemperature (long ipp) |
| function returns the initial temperature in integration point | |
| double | give_nodal_rel_hum (long nid, long mattype) |
| function returns relative humidity for individual material models | |
| double | give_nodal_sat_vol_moist_cont (long nid, long mattype) |
| returns saturated volumetric moisture content stored in nodes | |
| double | give_nodal_vol_moist_cont (long nid, long mattype) |
| returns volumetric moisture content stored in nodes | |
| void | give_othervalue_name (FILE *out, long ipp, long compother) |
| double | give_pore_pressure (long ipp) |
| returns pore pressure | |
| double | give_rel_hum (long ipp) |
| function returns the relative humidity in integration point | |
| void | give_reqntq (long ipp, long *antq) |
| marks required types of non-transport quantities by the given material model in the given int. point | |
| double | give_saturation_degree (long ipp) |
| returns saturation degree | |
| double | give_suction (long ipp) |
| returns suction | |
| double | give_temperature (long ipp) |
| function returns the temperature in integration point | |
| double | give_vol_moist_cont (long ipp) |
| returns volumetric moisture content | |
| double | give_water_pressure (long ipp) |
| returns water pressure | |
| double | givecompother (long compother, long ipp, double *r) |
| void | giveeqother (long ipp, long ncompeq, double *compeq) |
| void | givefluxes (long lcid, long ipp, vector &fl) |
| void | givegrad (long lcid, long ipp, vector &gr) |
| long | givencompeqother (long ipp, long im) |
| long | givencompother () |
| double | givenontransq (nontransquant qt, long ipp) |
| returns given non-transport quantity from nontransq array on given integration point | |
| long | givenontransqid (nontransquant qt) |
| returns status of non-transport quantity (stored in nontransq 1, otherwise 0) | |
| void | giveother (long ipp, long ncomp, double *comp) |
| long | givestatusntq (nontransquant qt) |
| returns status of non-transport quantity (stored in nontransq 1, otherwise 0) | |
| double | givetransq (nonmechquant qt, long ipp) |
| returns required transport quantity for passed to MEFEL | |
| void | initmaterialmodels (void) |
| initailizes material models for all int. points before begining of main computation procedure | |
| void | initvalues (long ipp, long im, long ido) |
| initailizes material models for the given int. point | |
| long | intpnum (void) |
| determines number of integration points and sets integration point pointers on elements | |
| void | intpointalloc () |
| allocation of array of integration points | |
| void | intpointinit () |
| zero stage of int. point intialization - copying material ids from elements to int. points | |
| void | mat_aux_values (long ipp) |
| void | matcond (matrix &d, long ipp, long ri, long ci) |
| void | matcond2 (matrix &d, long ipp, long ri, long ci) |
| void | print (FILE *out) |
| printing of materials | |
| void | printmatchar (FILE *out, mattypet mt, long numinst) |
| printing of individual materials and their parameters | |
| void | read (XFILE *in) |
| reading of materials and their parameters | |
| void | readip (FILE *in) |
| obsolate function for reading material properties on individual integration points | |
| void | readmatchar (XFILE *in) |
| reading of materials and their parameters | |
| void | readmattype (XFILE *in, mattypet mtype, long numt) |
| reading of material parameters for the given material type | |
| void | restore_intpointst_bin (sel &selelems, sel *selother, long **selid) |
| void | restore_intpointst_bin (FILE *aux, sel &selelems, sel *selother, long **selid) |
| void | restore_intpointst_txt (sel &selelems, sel *selother, long **selid) |
| void | restore_intpointst_txt (FILE *aux, sel &selelems, sel *selother, long **selid) |
| void | save_intpointst_bin (long ni, sel &selelems, sel *selother) |
| void | save_intpointst_bin (FILE *aux, sel &selelems, sel *selother) |
| void | save_intpointst_txt (long ni, sel &selelems, sel *selother) |
| void | save_intpointst_txt (FILE *aux, sel &selelems, sel *selother) |
| long | search_reqntq (nontransquant *&rntq) |
| searches for the number and types of required non-transport quantities at all material models | |
| void | storeeqother (long ipp, long ncompeq, double *compeq) |
| void | storeflux (long lcid, long ipp, vector &fl) |
| void | storegrad (long lcid, long ipp, vector &gr) |
| void | storenontransq (nontransquant qt, long ipp, double val) |
| stores given non-transport quantity from nontransq array on given integration point | |
| void | storeother (long ipp, long ncomp, double *comp) |
| transmat (void) | |
| void | transmission_flux (double &flux, double nodval, double trc2, long ri, long ci, long nn, long bc, long ipp) |
| void | transmission_nodval (double &new_nodval, double nodval, double trc2, long ri, long ci, long nid, long bc, long ipp) |
| void | transmission_transcoeff (double &new_trc, double trc, long ri, long ci, long nn, long bc, long ipp, int flag) |
| void | transmission_transcoeff (double &new_trc, double trc, long ri, long ci, long nn, long bc, long ipp) |
| void | updateipval (void) |
| void | updateipvalmat (long ipp, long im, long ido) |
| void | values_correction (vector &nv, long ipp) |
| void | values_transformation (mattypet mti, long idmi, double *inv, double *iinv, mattypet mto, long idmo, double *outv, double *ioutv, double *jum) |
| void | volume_rhs (matrix &d, long ipp, long ri, long ci, long ncomp) |
| ~transmat (void) | |
Public Attributes | |
| baroghelmat * | baroghel |
| bazpedmat * | bazped |
| C30barmat * | C30baroghel |
| C30bazmat * | C30bazant |
| C60barmat * | C60baroghel |
| C60bazmat * | C60bazant |
| carbmat1 * | carb1 |
| cemhydmat * | cemhydr |
| cernymat * | cernym |
| concreteBmat * | concrete |
| con_awf1mat * | consol_awf1 |
| con_awf2mat * | consol_awf2 |
| damisotrmat * | damitrm |
| dampermeability * | damper |
| discisotrmat * | ditrm |
| devriesmat * | dvries |
| long * | elip |
| aepointst | flux |
| aepointst | grad |
| strain/stress points | |
| grunewaldmat * | grunw |
| homogmat * | hommat |
| double * | initval |
| intpointst * | ip |
| pointer to integration points | |
| isotrmat * | itrm |
| kunmat * | kun |
| kunmat2 * | kun2 |
| lincoupmat * | lcmat |
| mattypet * | mattype |
| material types | |
| millymat * | mill |
| moistheatmat * | moisth |
| nlisotrmat * | nlitrm |
| long | nmt |
| number of material types | |
| long | nntq |
| number of nontransport quantities | |
| double ** | nontransq |
| long | ntqid [tnkntq] |
| array of indices in nontransq for particular non-transport quantities | |
| nontransquant * | ntqo |
| array with ordering of used non-transport quantities | |
| long * | numtype |
| numbers of particular material types | |
| o30bazmat * | o30bazant |
| pedmat * | ped |
| radiationmat * | radmat |
| richards * | richar |
| saltmat1 * | salt1 |
| saltmat2 * | salt2 |
| saltmat3 * | salt3 |
| saltmat4 * | salt4 |
| discmat * | sdmat |
| sejtkrmat * | sejtkrm |
| soil1mat * | soil1 |
| glasgowmat * | tench |
| long | tnip |
| total number of all integration points | |
Static Public Attributes | |
| static const long | tnkntq = sizeof(nontransquantstr)/sizeof(*nontransquantstr) |
| total number of known(=implemented) non-transport quantities | |
Definition at line 50 of file transmat.h.
| transmat | ( | void | ) |
Definition at line 18 of file transmat.cpp.
References baroghel, bazped, C30baroghel, C30bazant, C60baroghel, C60bazant, carb1, cemhydr, cernym, concrete, consol_awf1, consol_awf2, dvries, elip, grunw, hommat, initval, ip, itrm, kun, kun2, lcmat, mill, moisth, nlitrm, nntq, nontransq, ntqid, numtype, o30bazant, ped, richar, salt1, salt2, salt3, salt4, sdmat, sejtkrm, soil1, tench, tnip, and tnkntq.
| ~transmat | ( | void | ) |
Definition at line 86 of file transmat.cpp.
References baroghel, bazped, C30baroghel, C30bazant, C60baroghel, C60bazant, carb1, cernym, concrete, consol_awf1, consol_awf2, dvries, elip, grunw, hommat, initval, ip, itrm, kun, kun2, lcmat, mill, moisth, nlitrm, nntq, nontransq, numtype, o30bazant, ped, richar, salt1, salt2, salt3, salt4, sdmat, sejtkrm, soil1, and tench.
| void alloc_nontransq | ( | long | n | ) |
allocation of array of non-transport quantities
The function allocates array of non-transport quantities. Number of rows is given by parameter n and number of columns is equal to the total number of integration points.
| n | - number of non-transport quantities |
Created by Tomas Koudelka, 7.10.2013
Definition at line 218 of file transmat.cpp.
References memset(), nntq, nontransq, ntqid, ntqo, print_err(), tnip, and tnkntq.
Referenced by metr_init(), and pmetr_init().
| void assemble_dof_nameord | ( | namevart * | dofname, | |
| long | ntm, | |||
| long * | var_dofid, | |||
| long | tnkv | |||
| ) |
assembles array with dof names and establishes the dof order
The function assembles ordering of nodal uknowns and dof names with respect to material model used.
| dofname | - array of uknown names for particular nodal dofs (output) dofname[i] = name of i-th nodal unknown (for names see aliast.h - enum namevart) | |
| ntm | - number of transported media = number of nodal dof = length of array dofname | |
| var_dofid | - array with nodal dof indices for all implemented types of nodal unknowns (output) | |
| tnkv | - total number of implemented nodal unknown = length of array var_dofid |
Created by Tomas Koudelka, 6.12.2013
Definition at line 304 of file transmat.cpp.
References give_dof_names(), memset(), print_err(), and tnip.
Referenced by metr_init(), and trfel_init().
| void aux_values | ( | long | lcid | ) |
function computes auxiliary parameters
| lcid | - load case id |
JK
Definition at line 3761 of file transmat.cpp.
References allocv(), saltmat4::aux_values(), saltmat3::aux_values(), moistheatmat::aux_values(), millymat::aux_values(), discmat::aux_values(), grunewaldmat::aux_values(), kunmat2::aux_values(), kunmat::aux_values(), baroghelB, bazantpedersen, C30baroghelB, C60baroghelB, C60bazantB, carb1mat, cementhydrmat, cernyconcrete, concreteB, consolawf1, consolawf2, damisotransmat, destrv(), devries, discontisotrmat, loadelt::eid, transtop::elements, loadcaset::elemload, transtop::give_elemnodes(), transtop::give_nne(), nodet::give_values(), saltmat4::give_values(), moistheatmat::give_values(), millymat::give_values(), discmat::give_values(), grunewaldmat::give_values(), kunmat2::give_values(), kunmat::give_values(), givencompeqother(), glasgow, grunewald, grunw, homomat, intpointst::idm, ip, elementt::ipp, isotransmat, kun, kun2, kunzel, kunzel2, transbclc::lc, lincoupledmat, mill, milly, moisth, moistheat, loadcaset::ncc, loadcaset::neb, nlisotransmat, transtop::nodes, nodes, o30bazantB, pedersen, print_err(), radiationmater, richardsmat, salt1mat, salt2mat, salt3, salt3mat, salt4, salt4mat, nodet::save_values(), saltmat4::save_values(), moistheatmat::save_values(), millymat::save_values(), discmat::save_values(), grunewaldmat::save_values(), kunmat2::save_values(), kunmat::save_values(), sdmat, sejtkr, simplediscmat, soilmat1, Tb, tnip, and Tt.
Referenced by approximation(), and approximation_puc().
| double capcoeff | ( | long | ipp, | |
| long | ri, | |||
| long | ci | |||
| ) |
function computes capacity matrix of the material in the required integration point
| ipp | - number of integration point | |
| ri,ci | - row and column indices |
25.9.2001
| capcoeff | - capacity coefficient |
Definition at line 711 of file transmat.cpp.
References fourmediacoup, med4::matcap(), med3::matcap(), med2::matcap(), med1::matcap(), onemedium, print_err(), threemediacoup, probdesct::tmatt, Tp, and twomediacoup.
Referenced by trlineart::averc_matrix(), quadlineart::averc_matrix(), lintett::averc_matrix(), linhext::averc_matrix(), trlineart::capacity_matrix(), trlinaxisym::capacity_matrix(), quadquadrilattax::capacity_matrix(), quadquadrilatt::capacity_matrix(), quadlineart::capacity_matrix(), quadlinaxisym::capacity_matrix(), quadhext::capacity_matrix(), quadbartax::capacity_matrix(), quadbart::capacity_matrix(), lintett::capacity_matrix(), linhext::capacity_matrix(), linbartax::capacity_matrix(), linbart::capacity_matrix(), and capcoeff().
| void computenlfluxes | ( | long | lcid, | |
| long | ipp | |||
| ) |
function computes correct fluxes from actual gradients
| lcid | - load case id | |
| ipp | - number of integration point |
4.12.2002 Rewritten by Tomas Koudelka, 6.12.2013
Definition at line 763 of file transmat.cpp.
References transtop::give_ncomp(), grad, ip, matcond(), probdesct::ntm, Tp, and Tt.
Referenced by trlineart::internal_fluxes(), trlinaxisym::internal_fluxes(), quadquadrilattax::internal_fluxes(), quadquadrilatt::internal_fluxes(), quadlineart::internal_fluxes(), quadlinaxisym::internal_fluxes(), quadhext::internal_fluxes(), quadbartax::internal_fluxes(), quadbart::internal_fluxes(), lintett::internal_fluxes(), linhext::internal_fluxes(), linbartax::internal_fluxes(), linbart::internal_fluxes(), quadquadrilatt::intpointflux(), quadlineart::intpointflux(), linbart::intpointflux(), and lin_nonstat_dform_resistance().
| long cycle_detection | ( | double * | r, | |
| double * | pr, | |||
| double * | ppr, | |||
| long | ipp | |||
| ) |
function detects cycles it is intended for freezing cycles in the case of new cycle, function returns 1, otherwise, it returns 0
| r | - nodal values | |
| pr | - nodal values from the previous time step | |
| ipp | - integration point id |
11.9.2007, JK
Definition at line 4219 of file transmat.cpp.
References saltmat4::cycle_detection(), intpointst::idm, ip, print_err(), salt4, and salt4mat.
Referenced by compute_cycles().
| void flux_contributions | ( | long | ipp | ) |
function computes contributions to fluxes from particular driving forces
for example: in heat and moisture transfer heat flux = k_TT grad T + k_Tw grad w moisture flux = k_wT grad T + k_ww grad w this function computes the fluxes k_TT grad T, k_Tw grad w, k_wT grad T and k_ww grad w it is used for adaptive modification of model if any of the fluxes is significantly smaller than others, it is neglected, the conductivity matrix is also modified in such case
| lcid | - load case id | |
| ipp | - number of integration point |
JK, 9.10.2011
Definition at line 802 of file transmat.cpp.
References destrm(), destrv(), transtop::give_ncomp(), givegrad(), med2::matcond(), mxv(), normv(), print_err(), probdesct::tmatt, Tp, Tt, and twomediacoup.
| void fluxcomparing | ( | long | ipp | ) |
function computes and compares contributions to the fluxes array infl defined in integration points is assembled
| ipp | - integration point pointer |
JK, 8.12.2011
Definition at line 3546 of file transmat.cpp.
References givegrad(), intpointst::infl, ip, matcond(), mxv(), intpointst::ncompgrad, normv(), probdesct::ntm, Tp, and probdesct::zero.
| void give_dof_names | ( | long | ipp, | |
| namevart * | dofname, | |||
| long | ntm | |||
| ) |
returns dof names used in the material of given integration point
The function the order of dof names with respect to material type in the given .
| ipp | - integration point id | |
| dofname | - array of uknown name for particular nodal dofs (output) dofname[i] = name of i-th nodal unknown (fro names see aliast.h - enum namevart) | |
| ntm | - number of transported media = number of nodal dof = length of array dofname |
Created by Tomas Koudelka, 6.12.2013
Definition at line 368 of file transmat.cpp.
References consol_awf1, consolawf1, damisotransmat, damitrm, saltmat1::give_dof_names(), richards::give_dof_names(), glasgowmat::give_dof_names(), moistheatmat::give_dof_names(), kunmat::give_dof_names(), homogmat::give_dof_names(), damisotrmat::give_dof_names(), isotrmat::give_dof_names(), con_awf1mat::give_dof_names(), glasgow, hommat, homomat, intpointst::idm, ip, isotransmat, itrm, kun, kunzel, moisth, moistheat, print_err(), richar, richardsmat, salt1, salt1mat, and tench.
Referenced by assemble_dof_nameord().
| void give_eqothervalue_name | ( | FILE * | out, | |
| long | ipp, | |||
| long | compeqother | |||
| ) |
This function prints eqothervalue name.
| out | - output file | |
| compeqother | - component of eqother array | |
| ipp | - integration point pointer |
TKr, 28.6.2004
Definition at line 2128 of file transmat.cpp.
References give_othervalue_name().
Referenced by elemoutt::print_eqother(), nodeoutt::print_eqother(), and write_gid_nodscalart().
| double give_extinction_coeff | ( | mattypet | mt, | |
| long | matid | |||
| ) |
function returns the extinction coefficient
| mt | - type of material | |
| matid | - id of the material |
JK, 26.7.2011
Definition at line 4884 of file transmat.cpp.
References damisotransmat, isotransmat, kunzel, and print_err().
Referenced by transtop::mod_view_factors().
| double give_inittemperature | ( | long | ipp | ) |
function returns the initial temperature in integration point
| double give_nodal_rel_hum | ( | long | nid, | |
| long | mattype | |||
| ) |
function returns relative humidity for individual material models
Function returns relative humidity for individual material models.
| nid | - node id | |
| mattype | - type of material |
JK, 10. 4. 2014
Definition at line 2517 of file transmat.cpp.
References nodet::eqother, transtop::nodes, print_err(), and Tt.
| double give_nodal_sat_vol_moist_cont | ( | long | nid, | |
| long | mattype | |||
| ) |
returns saturated volumetric moisture content stored in nodes
Function returns saturated volumetric moisture content (m3/m3) for individual material models.
| nid | - node id | |
| mattype | - type of material |
JK, 10. 4. 2014
Definition at line 2462 of file transmat.cpp.
References nodet::eqother, transtop::nodes, print_err(), and Tt.
Referenced by climatcond2::condit_rain_moisture_flux().
| double give_nodal_vol_moist_cont | ( | long | nid, | |
| long | mattype | |||
| ) |
returns volumetric moisture content stored in nodes
Function returns volumetric moisture content (m3/m3) for individual material models.
| nid | - node id | |
| mattype | - type of material |
JK, 10. 4. 2014
Definition at line 2423 of file transmat.cpp.
References nodet::eqother, transtop::nodes, print_err(), and Tt.
Referenced by climatcond2::condit_rain_moisture_flux().
| void give_othervalue_name | ( | FILE * | out, | |
| long | ipp, | |||
| long | compother | |||
| ) |
This function prints othervalue name.
| out | - output file | |
| compother | - component of other array | |
| ipp | - integration point pointer |
TKr, 28.6.2004
Definition at line 2086 of file transmat.cpp.
References fourmediacoup, onemedium, print_err(), med4::print_othervaluesnames(), med3::print_othervaluesnames(), med2::print_othervaluesnames(), med1::print_othervaluesnames(), threemediacoup, probdesct::tmatt, Tp, and twomediacoup.
Referenced by give_eqothervalue_name(), elemoutt::print_other(), nodeoutt::print_other(), and write_gid_nodscalart().
| double give_pore_pressure | ( | long | ipp | ) |
returns pore pressure
Function returns pore pressure especially for models of soils. It is used for transfer required tranpsort values between MEFEL and TRFEL.
| ipp | - integration point number in the mechmat ip array. |
Created by Tomas Krejci according to Tomas Koudelka 14/10/2013
Definition at line 2281 of file transmat.cpp.
References consol_awf1, consolawf1, consolawf2, saltmat4::give_pore_pressure(), con_awf1mat::give_water_pressure(), intpointst::idm, ip, print_err(), salt4, salt4mat, intpointst::tm, and Tm.
Referenced by givetransq().
| double give_rel_hum | ( | long | ipp | ) |
function returns the relative humidity in integration point
| void give_reqntq | ( | long | ipp, | |
| long * | antq | |||
| ) |
marks required types of non-transport quantities by the given material model in the given int. point
The function marks required types of non-transport quantities by im-th material model in the given int. point ipp. Type of required quantities are marked by 1 in the array anmq whose length is equaled to the total number of known non-transport quantities.
| ipp | - integration point id | |
| antq | - array with flags for used material types antq[i] = 1 => qunatity type nontransquant(i+1) is required antq[i] = 0 => qunatity type nontransquant(i+1) is not required |
Created by Tomas Krejci, 14/10/2013 according to Tomas Koudelka
Definition at line 2650 of file transmat.cpp.
References baroghelB, bazantpedersen, C30baroghel, C30baroghelB, C60baroghel, C60baroghelB, C60bazantB, carb1mat, cementhydrmat, cernyconcrete, concrete, concreteB, consol_awf1, consolawf1, consolawf2, damisotransmat, damitrm, devries, discontisotrmat, con_awf1mat::give_reqntq(), saltmat4::give_reqntq(), o30bazmat::give_reqntq(), C30barmat::give_reqntq(), C60barmat::give_reqntq(), concreteBmat::give_reqntq(), moistheatmat::give_reqntq(), kunmat::give_reqntq(), damisotrmat::give_reqntq(), isotrmat::give_reqntq(), glasgow, grunewald, homomat, intpointst::idm, ip, isotransmat, itrm, kun, kunzel, kunzel2, lincoupledmat, milly, moisth, moistheat, nlisotransmat, o30bazant, o30bazantB, pedersen, print_err(), radiationmater, richardsmat, salt1mat, salt2mat, salt3mat, salt4, salt4mat, sejtkr, simplediscmat, and soilmat1.
Referenced by mefel_trfel_by_nodes(), mefel_trfel_copyip(), and search_reqntq().
| double give_saturation_degree | ( | long | ipp | ) |
returns saturation degree
Function returns saturation degree especially for models of soils. It is used for transfer required tranpsort values between MEFEL and TRFEL.
| ipp | - integration point number in the mechmat ip array. |
Created by Tomas Krejci according to Tomas Koudelka 16/12/2013
Definition at line 2354 of file transmat.cpp.
References consol_awf1, consolawf1, consolawf2, con_awf1mat::give_saturation_degree(), intpointst::idm, ip, print_err(), intpointst::tm, and Tm.
Referenced by givetransq().
| double give_suction | ( | long | ipp | ) |
returns suction
Function returns suction especially for models of soils. It is used for transfer required tranpsort values between MEFEL and TRFEL.
| ipp | - integration point number in the mechmat ip array. |
Created by Tomas Krejci according to Tomas Koudelka 16/12/2013
Definition at line 2320 of file transmat.cpp.
References consol_awf1, consolawf1, consolawf2, con_awf1mat::give_suction(), intpointst::idm, ip, print_err(), intpointst::tm, and Tm.
Referenced by givetransq().
| double give_temperature | ( | long | ipp | ) |
function returns the temperature in integration point
function returns temperature in integration point
| ipp | - integration point id |
JK, 24. 10. 2013
Definition at line 2142 of file transmat.cpp.
References saltmat4::give_temperature(), kunmat::give_temperature(), intpointst::idm, ip, kun, kunzel, print_err(), salt4, and salt4mat.
| double give_vol_moist_cont | ( | long | ipp | ) |
returns volumetric moisture content
Function returns volumetric mositure content for individual material models. It is used for transfer required tranpsort values between MEFEL and TRFEL.
| ipp | - integration point number in the mechmat ip array. |
Created by Tomas Koudelka 4/02/2014
Definition at line 2388 of file transmat.cpp.
References moistheatmat::give_vol_moist(), kunmat::give_vol_moist(), h(), intpointst::idm, ip, kun, kunzel, moisth, moistheat, print_err(), intpointst::tm, and Tm.
Referenced by givetransq().
| double give_water_pressure | ( | long | ipp | ) |
returns water pressure
Function returns water pressure especially for models of soils. It is used for transfer required tranpsort values between MEFEL and TRFEL.
| ipp | - integration point number in the mechmat ip array. |
Created by Tomas Krejci according to Tomas Koudelka 14/10/2013
Definition at line 2247 of file transmat.cpp.
References consol_awf1, consolawf1, consolawf2, con_awf1mat::give_water_pressure(), intpointst::idm, ip, print_err(), intpointst::tm, and Tm.
Referenced by givetransq().
| double givecompother | ( | long | compother, | |
| long | ipp, | |||
| double * | r | |||
| ) |
This function returns the components of other array for unknowns.
| compother | - component of other array | |
| ipp | - integration point pointer | |
| r | - vector of unknowns |
TKr, 28.6.2004
Definition at line 2040 of file transmat.cpp.
References med4::compute_othervalues(), med3::compute_othervalues(), med2::compute_othervalues(), med1::compute_othervalues(), fourmediacoup, onemedium, print_err(), threemediacoup, probdesct::tmatt, Tp, and twomediacoup.
Referenced by trlinaxisym::nod_others(), quadquadrilattax::nod_others(), quadquadrilatt::nod_others(), quadlinaxisym::nod_others(), quadhext::nod_others(), quadbartax::nod_others(), lintett::nod_others(), linbartax::nod_others(), linbart::nod_others(), trlineart::nod_others_comp(), quadquadrilatt::nod_others_comp(), quadlineart::nod_others_comp(), quadbart::nod_others_comp(), linhext::nod_others_comp(), and linbart::nod_others_comp().
| void giveeqother | ( | long | ipp, | |
| long | ncompeq, | |||
| double * | compeq | |||
| ) |
function restores array eq_other to vector comp (function selects all components of array eqcomp from the array eqother, first index in array eqother is fi)
| ipp | - integration point pointer | |
| ncomp | - number of components | |
| compeq | - vector containing components |
5.11.2002
Definition at line 1876 of file transmat.cpp.
References intpointst::eqother, and ip.
Referenced by quadlineart::nod_eqother_ip().
| void givefluxes | ( | long | lcid, | |
| long | ipp, | |||
| vector & | fl | |||
| ) |
function returns components of flux
| lcid | - load case id = number of unknown | |
| ipp | - number of integration point | |
| fl | - array containing components of flux |
22.12.2002
Definition at line 995 of file transmat.cpp.
References intpointst::fluxes, ip, and vector::n.
Referenced by linhext::average_flux(), trlineart::internal_fluxes(), trlinaxisym::internal_fluxes(), quadquadrilattax::internal_fluxes(), quadquadrilatt::internal_fluxes(), quadlineart::internal_fluxes(), quadlinaxisym::internal_fluxes(), quadhext::internal_fluxes(), quadbartax::internal_fluxes(), quadbart::internal_fluxes(), lintett::internal_fluxes(), linhext::internal_fluxes(), linbartax::internal_fluxes(), linbart::internal_fluxes(), quadquadrilatt::nod_fluxes_ip(), quadlineart::nod_fluxes_ip(), and linbart::nod_fluxes_ip().
| void givegrad | ( | long | lcid, | |
| long | ipp, | |||
| vector & | gr | |||
| ) |
function returns components of gradients
| lcid | - load case id = number of unknown | |
| ipp | - number of integration point | |
| gr | - array containing components of flux |
22.12.2002
Definition at line 956 of file transmat.cpp.
References intpointst::grad, ip, and vector::n.
Referenced by trlineart::compute_error(), quadlineart::compute_error(), flux_contributions(), fluxcomparing(), trlineart::higher_to_lower_level(), quadlineart::higher_to_lower_level(), lintett::higher_to_lower_level(), linhext::higher_to_lower_level(), linhext::intpointflux(), quadquadrilatt::nod_grads_ip(), quadlineart::nod_grads_ip(), linbart::nod_grads_ip(), and adaptivityt::spr().
| long givencompeqother | ( | long | ipp, | |
| long | im | |||
| ) |
This function returns the number of components of ipp's eqother array. Material type is given by the im parameter, which means index of material in the integration point ipp tm(idm) arrays.
| ipp | - integration point id | |
| im | - index of material |
TKr, 12.12.2006
Definition at line 1943 of file transmat.cpp.
References baroghelB, bazantpedersen, C30baroghelB, C60baroghelB, C60bazantB, carb1mat, cementhydrmat, cernyconcrete, concreteB, consolawf1, consolawf2, damisotransmat, devries, discontisotrmat, glasgow, grunewald, homomat, intpointst::idm, ip, isotransmat, kunzel, kunzel2, lincoupledmat, milly, moistheat, nlisotransmat, o30bazantB, pedersen, print_err(), radiationmater, richardsmat, salt1mat, salt2mat, salt3mat, salt4mat, sejtkr, simplediscmat, and soilmat1.
Referenced by intpointst::alloc(), transtop::alloc_nodes(), aux_values(), mat_aux_values(), and quadlineart::nod_eqother_ip().
| long givencompother | ( | ) |
This function returns the number of components of ipp's other array.
TK, 5.11.2003
Definition at line 1893 of file transmat.cpp.
References heat, heat_moisture, probdesct::mednam, moisture, moisture_salt, moisture_salt_crystal, moisture_salt_crystal_heat, probdesct::ntm, print_err(), probdesct::tmatt, Tp, and twomediacoup.
Referenced by intpointst::alloc(), transtop::alloc_nodes(), trlinaxisym::nod_others(), quadquadrilattax::nod_others(), quadquadrilatt::nod_others(), quadlinaxisym::nod_others(), quadhext::nod_others(), quadbartax::nod_others(), lintett::nod_others(), linbartax::nod_others(), linbart::nod_others(), trlineart::nod_others_comp(), quadquadrilatt::nod_others_comp(), quadlineart::nod_others_comp(), quadbart::nod_others_comp(), linhext::nod_others_comp(), linbart::nod_others_comp(), elemoutt::print_other(), and write_vtk_unkn().
| double givenontransq | ( | nontransquant | qt, | |
| long | ipp | |||
| ) |
returns given non-transport quantity from nontransq array on given integration point
The function returns required non-transport quantity stored in the nontransq array. It is used either in case of prescribed temperature changes in the input file or in case of coupled problems for retrieving of values passed between MEFEL and TRFEL.
| qt | - type of required quantity | |
| ipp | - integration point id |
Created by Tomas Koudelka, 7.10.2013
Definition at line 2741 of file transmat.cpp.
References nontransq, nontransquantstr, ntqid, and print_err().
Referenced by state_eq::get_kintr(), con_awf1mat::get_kww(), and dampermeability::matcond().
| long givenontransqid | ( | nontransquant | qt | ) |
returns status of non-transport quantity (stored in nontransq 1, otherwise 0)
The function returns index of required non-transport quantity, i.e the firs index of nontransq array.
| qt | - type of required quantity |
| -1 | - the quantity is not defined in the problem solved | |
| >-1 | - index of required the quantity |
Created by Tomas Koudelka, 7.10.2013
Definition at line 2814 of file transmat.cpp.
References ntqid.
| void giveother | ( | long | ipp, | |
| long | ncomp, | |||
| double * | comp | |||
| ) |
function restores array other to vector comp (function selects all components of array comp from the array other, first index in array other is fi)
| ipp | - integration point pointer | |
| ncomp | - number of components | |
| comp | - vector containing components |
5.11.2002
Definition at line 1855 of file transmat.cpp.
References ip, and intpointst::other.
| long givestatusntq | ( | nontransquant | qt | ) |
returns status of non-transport quantity (stored in nontransq 1, otherwise 0)
The function returns status of required non-transport quantity, i.e whether the given quantity is defined in the problem or not.
| qt | - type of required quantity |
| 0 | - the quantity is not defined in the problem solved | |
| 1 | - the quantity is defined in the problem solved |
Created by Tomas Koudelka, 7.10.2013
Definition at line 2793 of file transmat.cpp.
References ntqid.
Referenced by state_eq::get_kintr().
| double givetransq | ( | nonmechquant | qt, | |
| long | ipp | |||
| ) |
returns required transport quantity for passed to MEFEL
Function returns required transport quantity stored at integration point for MEFEL.
| qt | - type of required quantity | |
| ipp | - number of integration point |
Created by Tomas Krejci according to Tomas Koudelka, 14/10/2013
Definition at line 2178 of file transmat.cpp.
References cap_pressure, give_pore_pressure(), give_saturation_degree(), give_suction(), give_vol_moist_cont(), give_water_pressure(), initial_temperature, pore_pressure, print_err(), rel_hum, saturation_degree, suction, temperature, vol_moist_cont, and water_pressure.
Referenced by quadlineart::transq_nodval(), linbart::transq_nodval(), quadlineart::transq_nodval_comp(), linbart::transq_nodval_comp(), and trfel_mefel_copyip().
| void initmaterialmodels | ( | void | ) |
initailizes material models for all int. points before begining of main computation procedure
function updates values at integration points
Definition at line 3648 of file transmat.cpp.
References transtop::elements, transtop::give_tnip(), Gtt, initvalues(), elementt::ipp, gtopology::leso, transtop::ne, and Tt.
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_lin(), newton_raphson_parcoupl_nonlin(), 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_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_dform(), paral_transport_homogenization(), solve_nonlinear_stationary_problem_pokus(), solve_nonstationary_growing_problem(), solve_nonstationary_growing_problem_nonlin(), solve_nonstationary_growing_vform(), and transport_homogenization().
| void initvalues | ( | long | ipp, | |
| long | im, | |||
| long | ido | |||
| ) |
initailizes material models for the given int. point
function updates values at integration points
| ipp | - integration point pointer | |
| im | - index of material type for given ip | |
| ido | - index in array eq_other |
27.3.2007, TKr
Definition at line 3674 of file transmat.cpp.
References baroghelB, bazantpedersen, C30baroghelB, C60baroghelB, C60bazantB, carb1mat, cementhydrmat, cemhydr, cernyconcrete, concreteB, consol_awf1, consolawf1, consolawf2, damisotransmat, devries, discontisotrmat, glasgow, grunewald, grunw, homomat, intpointst::idm, con_awf1mat::initval(), saltmat3::initvalues(), moistheatmat::initvalues(), millymat::initvalues(), discmat::initvalues(), grunewaldmat::initvalues(), kunmat2::initvalues(), kunmat::initvalues(), cemhydmat::initvalues(), ip, isotransmat, kun, kun2, kunzel, kunzel2, lincoupledmat, mill, milly, moisth, moistheat, nlisotransmat, o30bazantB, pedersen, print_err(), richardsmat, salt1mat, salt2mat, salt3, salt3mat, salt4mat, sdmat, sejtkr, simplediscmat, and soilmat1.
Referenced by initmaterialmodels().
| long intpnum | ( | void | ) |
determines number of integration points and sets integration point pointers on elements
function returns total number of integration points function computes number of the first integration point on elements
8.7.2001
Definition at line 155 of file transmat.cpp.
References transtop::elements, transtop::give_nip(), elementt::ipp, transtop::ne, probdesct::ntm, Tp, and Tt.
Referenced by read().
| void intpointalloc | ( | ) |
allocation of array of integration points
function allocates integration points
Definition at line 200 of file transmat.cpp.
Referenced by metr_init(), pmetr_init(), ptrfel_init(), and trfel_init().
| void intpointinit | ( | ) |
zero stage of int. point intialization - copying material ids from elements to int. points
function initializes basic data in integration points
Definition at line 258 of file transmat.cpp.
References transtop::elements, elip, transtop::give_ncomp(), transtop::give_nip(), elementt::idm, intpointst::idm, ip, elementt::ipp, intpointst::ncompgrad, transtop::ne, probdesct::ntm, elementt::tm, intpointst::tm, tnip, Tp, and Tt.
Referenced by metr_init(), pmetr_init(), ptrfel_init(), and trfel_init().
| void mat_aux_values | ( | long | ipp | ) |
function computes auxiliary parameters
| ipp | - integration point id |
JK
Definition at line 4067 of file transmat.cpp.
References saltmat4::aux_values(), saltmat3::aux_values(), millymat::aux_values(), discmat::aux_values(), grunewaldmat::aux_values(), kunmat2::aux_values(), kunmat::aux_values(), baroghelB, bazantpedersen, C30baroghelB, C60baroghelB, C60bazantB, carb1mat, cementhydrmat, cernyconcrete, concreteB, consolawf1, consolawf2, damisotransmat, devries, discontisotrmat, saltmat4::give_values(), millymat::give_values(), discmat::give_values(), grunewaldmat::give_values(), kunmat2::give_values(), kunmat::give_values(), givencompeqother(), glasgow, grunewald, grunw, homomat, intpointst::idm, ip, isotransmat, kun, kun2, kunzel, kunzel2, lincoupledmat, mill, milly, nlisotransmat, o30bazantB, pedersen, print_err(), radiationmater, richardsmat, salt1mat, salt2mat, salt3, salt3mat, salt4, salt4mat, saltmat4::save_values(), millymat::save_values(), discmat::save_values(), grunewaldmat::save_values(), kunmat2::save_values(), kunmat::save_values(), sdmat, sejtkr, simplediscmat, and soilmat1.
Referenced by quadlineart::transq_nodval_comp(), and linbart::transq_nodval_comp().
| void matcond | ( | matrix & | d, | |
| long | ipp, | |||
| long | ri, | |||
| long | ci | |||
| ) |
function computes conductivity matrix of the material in the required integration point
| d | - conductivity matrix of material | |
| ipp | - number of integration point | |
| ri,ci | - row and column indices |
25.9.2001
Definition at line 568 of file transmat.cpp.
References fourmediacoup, med4::matcond(), med3::matcond(), med2::matcond(), med1::matcond(), onemedium, print_err(), threemediacoup, probdesct::tmatt, Tp, and twomediacoup.
Referenced by trlineart::averd_matrix(), quadlineart::averd_matrix(), lintett::averd_matrix(), linhext::averd_matrix(), trlineart::compute_error(), quadlineart::compute_error(), computenlfluxes(), condmat(), trlineart::conductivity_matrix(), trlinaxisym::conductivity_matrix(), quadquadrilattax::conductivity_matrix(), quadquadrilatt::conductivity_matrix(), quadlineart::conductivity_matrix(), quadlinaxisym::conductivity_matrix(), quadhext::conductivity_matrix(), quadbartax::conductivity_matrix(), quadbart::conductivity_matrix(), lintett::conductivity_matrix(), linhext::conductivity_matrix(), linbartax::conductivity_matrix(), linbart::conductivity_matrix(), fluxcomparing(), linhext::intpointflux(), trlineart::l_matrix(), quadlineart::l_matrix(), lintett::l_matrix(), linhext::l_matrix(), trlineart::l_t_matrix(), quadlineart::l_t_matrix(), lintett::l_t_matrix(), and linhext::l_t_matrix().
| void matcond2 | ( | matrix & | d, | |
| long | ipp, | |||
| long | ri, | |||
| long | ci | |||
| ) |
function computes conductivity matrix of the material second part - convective terms (only for three media coupling) in the required integration point
| d | - conductivity matrix of material | |
| ipp | - number of integration point | |
| ri,ci | - row and column indices |
25.9.2001
Definition at line 664 of file transmat.cpp.
References fourmediacoup, med4::matcond(), med3::matcond2(), med2::matcond2(), med1::matcond2(), onemedium, print_err(), threemediacoup, probdesct::tmatt, Tp, and twomediacoup.
Referenced by trlineart::conductivity_matrix(), trlinaxisym::conductivity_matrix(), quadquadrilattax::conductivity_matrix(), quadquadrilatt::conductivity_matrix(), quadlineart::conductivity_matrix(), quadlinaxisym::conductivity_matrix(), quadhext::conductivity_matrix(), quadbartax::conductivity_matrix(), quadbart::conductivity_matrix(), lintett::conductivity_matrix(), linhext::conductivity_matrix(), linbartax::conductivity_matrix(), and linbart::conductivity_matrix().
| void print | ( | FILE * | out | ) |
printing of materials
function prints integration points, material characteristics
| out | - output stream |
18/12/2012, TKr
Definition at line 539 of file transmat.cpp.
References nmt, numtype, and printmatchar().
| void printmatchar | ( | FILE * | out, | |
| mattypet | mt, | |||
| long | numinst | |||
| ) |
printing of individual materials and their parameters
function prints material characteristics
| out | - output stream | |
| mt | - type of printed material | |
| numinst | - index of set of parameters for the given material type |
TKr 3.1.2006 Modified by Tomas Koudelka, 4.7.2014
Definition at line 1626 of file transmat.cpp.
References baroghel, baroghelB, bazantpedersen, bazped, C30baroghel, C30baroghelB, C30bazant, C30bazantB, C60baroghel, C60baroghelB, C60bazant, C60bazantB, cernyconcrete, cernym, concrete, concreteB, damisotransmat, damitrm, devries, discontisotrmat, ditrm, dvries, kwdset::get_str(), glasgow, grunewald, grunw, homomat, isotransmat, itrm, kun, kunzel, kunzel2, lcmat, lincoupledmat, mattypet_kwdset(), milly, moisth, moistheat, nlisotransmat, nlitrm, o30bazant, o30bazantB, ped, pedersen, lincoupmat::print(), richards::print(), moistheatmat::print(), glasgowmat::print(), C30bazmat::print(), C60bazmat::print(), o30bazmat::print(), C30barmat::print(), C60barmat::print(), baroghelmat::print(), concreteBmat::print(), devriesmat::print(), discmat::print(), grunewaldmat::print(), kunmat::print(), pedmat::print(), bazpedmat::print(), cernymat::print(), discisotrmat::print(), damisotrmat::print(), nlisotrmat::print(), isotrmat::print(), print_err(), richar, richardsmat, salt1mat, salt2mat, salt3mat, salt4mat, sdmat, simplediscmat, soilmat1, and tench.
Referenced by print(), and wr_materialst().
| void read | ( | XFILE * | in | ) |
reading of materials and their parameters
function reads integration points, material characteristics
| in | - input stream |
21.7.2001
Definition at line 513 of file transmat.cpp.
References intpnum(), Mesprt, readmatchar(), and tnip.
Referenced by metr_init(), pmetr_init(), ptrfel_init(), and trfel_init().
| void readip | ( | FILE * | in | ) |
obsolate function for reading material properties on individual integration points
function reads material types and material id for each integration point
| in | - input stream |
8.7.2001
Definition at line 181 of file transmat.cpp.
References ip, intpointst::read(), and tnip.
| void readmatchar | ( | XFILE * | in | ) |
reading of materials and their parameters
Function reads material characteristics from file.
| in | - input file stream |
Created by JK, 8.7.2001 Modified by TKo, TKr Modified by TKo 26.6.2014 - added keywords and split into readmatchar and readmattype
Definition at line 1017 of file transmat.cpp.
References mattypet_kwdset(), Mesprt, nmt, numtype, print_err(), readmattype(), and xfscanf().
Referenced by read().
reading of material parameters for the given material type
Function reads material characteristics from file.
| in | - input file stream | |
| mtype | - material type | |
| numt | - the number of individual sets of material parameters |
Created by TKo according to original version of readmatchar, 26.6.2014
Definition at line 1054 of file transmat.cpp.
References baroghel, baroghelB, bazantpedersen, bazped, C30baroghel, C30baroghelB, C30bazant, C30bazantB, C60baroghel, C60baroghelB, C60bazant, C60bazantB, carb1, carb1mat, cementhydrmat, cemhydr, cernyconcrete, cernym, concrete, concreteB, consol_awf1, consol_awf2, consolawf1, consolawf2, damisotransmat, damitrm, devries, discontisotrmat, ditrm, dvries, glasgow, grunewald, grunw, hommat, homomat, isotransmat, itrm, kun, kun2, kunzel, kunzel2, lcmat, lincoupledmat, Mesprt, mill, milly, moisth, moistheat, nlisotransmat, nlitrm, probdesct::nvs, o30bazant, o30bazantB, ped, pedersen, probdesct::pnvs, print_err(), radiationmater, radmat, lincoupmat::read(), cemhydmat::read(), soil1mat::read(), radiationmat::read(), saltmat4::read(), saltmat3::read(), saltmat2::read(), saltmat1::read(), richards::read(), moistheatmat::read(), carbmat1::read(), glasgowmat::read(), C30bazmat::read(), C60bazmat::read(), o30bazmat::read(), C30barmat::read(), C60barmat::read(), baroghelmat::read(), concreteBmat::read(), millymat::read(), devriesmat::read(), discmat::read(), grunewaldmat::read(), kunmat2::read(), kunmat::read(), pedmat::read(), bazpedmat::read(), cernymat::read(), discisotrmat::read(), con_awf2mat::read(), con_awf1mat::read(), sejtkrmat::read(), damisotrmat::read(), nlisotrmat::read(), isotrmat::read(), richar, richardsmat, salt1, salt1mat, salt2, salt2mat, salt3, salt3mat, salt4, salt4mat, sdmat, sejtkr, sejtkrm, simplediscmat, soil1, soilmat1, tench, Tp, and xfscanf().
Referenced by readmatchar(), and dbmatt::readtm().
Function restores data from several binary files into integration points.
| selelems | - selection of elements whose eqother array will be restored | |
| selother | - selection of components of saved eqother array which will be resored on selected elements for each range or list item in selelems an individual selection of eqother components is enabled | |
| selid | - array of indices of positions in eqother array to which will be restored selected saved eqother components for each range or list item in selother an individual selection of position of eqother components is enabled |
JK, 19.9.2004 TKo 9.2008 TKr, 12.2008
Definition at line 4768 of file transmat.cpp.
References elip, intpointst::eqother, FNAMELEN, grad, probdesct::hdbcont, hdbcontr::hdbnamer, sel::id1, ip, probdesct::ntm, sel::presence_id(), print_err(), tnip, and Tp.
Function restores data from auxiliary binary file into integration points.
| aux | - pointer to auxiliary file | |
| selelems | - selection of elements whose eqother array will be restored | |
| selother | - selection of components of saved eqother array which will be resored on selected elements for each range or list item in selelems an individual selection of eqother components is enabled | |
| selid | - array of indices of positions in eqother array to which will be restored selected saved eqother components for each range or list item in selother an individual selection of position of eqother components is enabled |
JK, 19.9.2004 TKo 9.2008 TKr, 12.2008
Definition at line 4716 of file transmat.cpp.
References elip, ip, probdesct::ntm, sel::presence_id(), print_err(), intpointst::restore_data_bin(), tnip, and Tp.
Referenced by solvert_restore_binary_multiple(), and solvert_restore_binary_single().
Function restores data from several text files into integration points.
| selelems | - selection of elements whose eqother array will be restored | |
| selother | - selection of components of saved eqother array which will be resored on selected elements for each range or list item in selelems an individual selection of eqother components is enabled | |
| selid | - array of indices of positions in eqother array to which will be restored selected saved eqother components for each range or list item in selother an individual selection of position of eqother components is enabled |
JK, 19.9.2004 TKo 9.2008 TKr, 12.2008
Definition at line 4591 of file transmat.cpp.
References elip, intpointst::eqother, FNAMELEN, grad, probdesct::hdbcont, hdbcontr::hdbnamer, sel::id1, ip, intpointst::ncompgrad, probdesct::ntm, sel::presence_id(), print_err(), Tm, tnip, and Tp.
Function restores data from auxiliary text file into integration points.
| aux | - pointer to auxiliary file | |
| selelems | - selection of elements whose eqother array will be restored | |
| selother | - selection of components of saved eqother array which will be resored on selected elements for each range or list item in selelems an individual selection of eqother components is enabled | |
| selid | - array of indices of positions in eqother array to which will be restored selected saved eqother components for each range or list item in selother an individual selection of position of eqother components is enabled |
JK, 19.9.2004 TKo 9.2008 TKr, 12.2008
Definition at line 4540 of file transmat.cpp.
References elip, ip, sel::n, probdesct::ntm, sel::presence_id(), print_err(), intpointst::restore_data_txt(), tnip, and Tp.
Referenced by solvert_restore_text_multiple(), and solvert_restore_text_single().
Function saves data from integration points into several files in binary format.
| ni | - time step id | |
| selelems | - selection of elements whose eqother array will be saved | |
| selother | - selection of components of saved eqother array which will be saved on selected elements for each range or list item in selelems an individual selection of eqother components is enabled |
TKo 9.2008 TKr, 12.2008
Definition at line 4439 of file transmat.cpp.
References transtop::elements, FNAMELEN, sel::give_nselcomp(), transtop::give_tnip(), grad, probdesct::hdbcont, hdbcontr::hdbnames, ip, elementt::ipp, sel::n, intpointst::ncompeqother, transtop::ne, probdesct::ntm, sel::presence_id(), print_err(), tnip, Tp, and Tt.
Function saves data from integration points into auxiliary file in binary format.
| aux | - pointer to auxiliary file | |
| selelems | - selection of elements whose eqother array will be saved | |
| selother | - selection of components of saved eqother array which will be saved on selected elements for each range or list item in selelems an individual selection of eqother components is enabled |
TKo, 9.2008 TKr, 12.2008
Definition at line 4392 of file transmat.cpp.
References transtop::elements, sel::give_nselcomp(), transtop::give_tnip(), ip, elementt::ipp, sel::n, transtop::ne, probdesct::ntm, sel::presence_id(), intpointst::save_data_bin(), Tp, and Tt.
Referenced by solvert_save_binary_multiple(), and solvert_save_binary_single().
Function saves data from integration points into several files in text format.
| ni | - time step id | |
| selelems | - selection of elements whose eqother array will be saved | |
| selother | - selection of components of saved eqother array which will be saved on selected elements for each range or list item in selelems an individual selection of eqother components is enabled |
JK, 19.9.2004 TKo, 9.2008 TKr, 12.2008
Definition at line 4297 of file transmat.cpp.
References transtop::elements, FNAMELEN, sel::give_nselcomp(), transtop::give_tnip(), grad, probdesct::hdbcont, hdbcontr::hdbnames, ip, elementt::ipp, sel::n, intpointst::ncompeqother, intpointst::ncompgrad, transtop::ne, probdesct::ntm, hdbcontr::prec, sel::presence_id(), print_err(), Tm, tnip, Tp, and Tt.
Function saves data from integration points into auxiliary file in text format.
| aux | - pointer to auxiliary file | |
| selelems | - selection of elements whose eqother array will be saved | |
| selother | - selection of components of saved eqother array which will be saved on selected elements for each range or list item in selelems an individual selection of eqother components is enabled |
JK, 19.9.2004 TKo, 9.2008 TKr, 12.2008
Definition at line 4252 of file transmat.cpp.
References transtop::elements, sel::give_nselcomp(), transtop::give_tnip(), ip, elementt::ipp, sel::n, intpointst::ncompgrad, transtop::ne, probdesct::ntm, sel::presence_id(), intpointst::save_data_txt(), Tp, and Tt.
Referenced by solvert_save_text_multiple(), and solvert_save_text_single().
| long search_reqntq | ( | nontransquant *& | rntq | ) |
searches for the number and types of required non-transport quantities at all material models
The function searches for the total number and type of non-transport quantities that are required by used material models in the problem. Required non-transport quantities are searched for at all integration points in all used material models. Resulting number of quantities is returned and new array is allocated for the required types of quantities if they are required.
| - | pointer to array of required types of non-transport quantities which is allocated inside function (output parameter) |
Created by Tomas Krejci, 14/10/2013 according to Tomas Koudelka
Definition at line 2590 of file transmat.cpp.
References give_reqntq(), memset(), nntq, tnip, and tnkntq.
Referenced by metr_init(), and pmetr_init().
| void storeeqother | ( | long | ipp, | |
| long | ncompeq, | |||
| double * | compeq | |||
| ) |
function stores components of array eq_other (function stores all components of array compeq to the array eqother, first position in the array other is fi)
| ipp | - integration point pointer | |
| ncomp | - number of components | |
| compeq | - vector containing components |
31.1.2007
Definition at line 1834 of file transmat.cpp.
References intpointst::eqother, and ip.
Referenced by quadlineart::transq_nodval_comp(), and linbart::transq_nodval_comp().
| void storeflux | ( | long | lcid, | |
| long | ipp, | |||
| vector & | fl | |||
| ) |
function stores components of flux to integration points
| lcid | - load case id | |
| ipp | - number of integration point | |
| fl | - array containing components of flux |
4.12.2002
Definition at line 975 of file transmat.cpp.
References intpointst::fluxes, ip, and vector::n.
Referenced by linhext::intpointflux().
| void storegrad | ( | long | lcid, | |
| long | ipp, | |||
| vector & | gr | |||
| ) |
function stores components of gradients into integration points
| lcid | - load case id | |
| ipp | - number of integration point | |
| gr | - array containing components of gradient |
4.12.2002
Definition at line 936 of file transmat.cpp.
References intpointst::grad, ip, and vector::n.
Referenced by trlineart::intpointgrad(), trlinaxisym::intpointgrad(), quadquadrilattax::intpointgrad(), quadquadrilatt::intpointgrad(), quadlineart::intpointgrad(), quadlinaxisym::intpointgrad(), quadhext::intpointgrad(), quadbartax::intpointgrad(), quadbart::intpointgrad(), lintett::intpointgrad(), linhext::intpointgrad(), linbartax::intpointgrad(), and linbart::intpointgrad().
| void storenontransq | ( | nontransquant | qt, | |
| long | ipp, | |||
| double | val | |||
| ) |
stores given non-transport quantity from nontransq array on given integration point
The function stores required non-transport quantity into the nontransq array. It is used either in case of prescribed temperature changes in the input file or in case of coupled problems for retrieving of values passed between MEFEL and TRFEL.
| qt | - type of required quantity | |
| ipp | - integration point id | |
| val | - stored value |
Created by Tomas Koudelka, 7.10.2013
Definition at line 2768 of file transmat.cpp.
References nontransq, nontransquantstr, ntqid, and print_err().
Referenced by intpointvalt(), mefel_trfel(), mefel_trfel_by_nodes(), and mefel_trfel_copyip().
| void storeother | ( | long | ipp, | |
| long | ncomp, | |||
| double * | comp | |||
| ) |
function stores components of array other (function stores all components of array comp to the array other, first position in the array other is fi)
| ipp | - integration point pointer | |
| ncomp | - number of components | |
| comp | - vector containing components |
5.11.2002
Definition at line 1813 of file transmat.cpp.
References ip, and intpointst::other.
Referenced by quadlineart::transq_nodval_comp(), and linbart::transq_nodval_comp().
| void transmission_flux | ( | double & | flux, | |
| double | nodval, | |||
| double | trc2, | |||
| long | ri, | |||
| long | ci, | |||
| long | nn, | |||
| long | bc, | |||
| long | ipp | |||
| ) |
function computes flux on the boundary for transmission on the boundary (third kind of boundary condition)
| flux | - transformed nodal value on the boundary | |
| nodval | - prescribed nodal value on boundary | |
| trc2 | - second prescribed transmission coefficient on the boundary, if it is needed (for example heat radiation coef.) | |
| ri | - row index | |
| ci | - column index | |
| nn | - node id | |
| bc | - type of boundary conditions | |
| ipp | - number of first integration point on element |
Definition at line 2984 of file transmat.cpp.
References fourmediacoup, onemedium, print_err(), threemediacoup, probdesct::tmatt, Tp, med4::transmission_flux(), med3::transmission_flux(), med2::transmission_flux(), med1::transmission_flux(), and twomediacoup.
Referenced by quadbartax::boundary_flux(), quadbart::boundary_flux(), linbartax::boundary_flux(), linbart::boundary_flux(), trlineart::transf_flux(), trlinaxisym::transf_flux(), quadquadrilattax::transf_flux(), quadquadrilatt::transf_flux(), quadlineart::transf_flux(), quadlinaxisym::transf_flux(), quadhext::transf_flux(), lintett::transf_flux(), and linhext::transf_flux().
| void transmission_nodval | ( | double & | new_nodval, | |
| double | nodval, | |||
| double | trc2, | |||
| long | ri, | |||
| long | ci, | |||
| long | nid, | |||
| long | bc, | |||
| long | ipp | |||
| ) |
function computes new nodal value for transmission on the boundary (third kind of boundary condition)
| new_nodval | - transformed nodal value on boundary | |
| nodval | - nodal value defined on boundary | |
| trc2 | - second prescribed transmission coefficient on the boundary, if it is needed (for example heat radiation coef.) | |
| ri | - row index | |
| ci | - column index | |
| nid | - node id | |
| bc | - type of boundary condition | |
| ipp | - number of first integration point on element |
Definition at line 2933 of file transmat.cpp.
References fourmediacoup, onemedium, print_err(), threemediacoup, probdesct::tmatt, Tp, med4::transmission_nodval(), med3::transmission_nodval(), med2::transmission_nodval(), med1::transmission_nodval(), and twomediacoup.
Referenced by trlineart::transf_val(), trlinaxisym::transf_val(), quadquadrilattax::transf_val(), quadquadrilatt::transf_val(), quadlineart::transf_val(), quadlinaxisym::transf_val(), quadhext::transf_val(), lintett::transf_val(), linhext::transf_val(), quadbartax::transmission_vector(), quadbart::transmission_vector(), linbartax::transmission_vector(), and linbart::transmission_vector().
| void transmission_transcoeff | ( | double & | new_trc, | |
| double | trc, | |||
| long | ri, | |||
| long | ci, | |||
| long | nid, | |||
| long | bc, | |||
| long | ipp, | |||
| int | flag | |||
| ) |
function computes new transmission coefficient for transmission on the boundary (third kind of boundary condition)
| new_trc | - new transmission coefficient | |
| trc | - prescribed transmission coefficient on the boundary | |
| ri | - row index | |
| ci | - column index | |
| nid | - node id | |
| bc | - type of boundary condition | |
| ipp | - number of first integration point on element | |
| flag | - coefficient is computing for what 0=matrix,1=loading vector |
Definition at line 2882 of file transmat.cpp.
References fourmediacoup, onemedium, print_err(), threemediacoup, probdesct::tmatt, Tp, med4::transmission_transcoeff(), med3::transmission_transcoeff(), med2::transmission_transcoeff(), med1::transmission_transcoeff(), and twomediacoup.
| void transmission_transcoeff | ( | double & | new_trc, | |
| double | trc, | |||
| long | ri, | |||
| long | ci, | |||
| long | nid, | |||
| long | bc, | |||
| long | ipp | |||
| ) |
function computes new transmission coefficient for transmission on the boundary (third kind of boundary condition)
| new_trc | - new transmission coefficient | |
| trc | - prescribed transmission coefficient on the boundary | |
| ri | - row index | |
| ci | - column index | |
| nid | - node id | |
| bc | - type of boundary condition | |
| ipp | - number of first integration point on element |
Definition at line 2833 of file transmat.cpp.
References fourmediacoup, onemedium, print_err(), threemediacoup, probdesct::tmatt, Tp, med4::transmission_transcoeff(), med3::transmission_transcoeff(), med2::transmission_transcoeff(), med1::transmission_transcoeff(), and twomediacoup.
Referenced by trlineart::transf_coeff(), trlinaxisym::transf_coeff(), quadquadrilattax::transf_coeff(), quadquadrilatt::transf_coeff(), quadlineart::transf_coeff(), quadlinaxisym::transf_coeff(), quadhext::transf_coeff(), lintett::transf_coeff(), linhext::transf_coeff(), quadbartax::transmission_matrix(), quadbart::transmission_matrix(), linbartax::transmission_matrix(), and linbart::transmission_matrix().
| void updateipval | ( | void | ) |
function updates values at integration points
Definition at line 3411 of file transmat.cpp.
References transtop::elements, transtop::give_tnip(), Gtt, elementt::ipp, gtopology::leso, transtop::ne, Tt, and updateipvalmat().
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_gparcoupl_lin(), newton_raphson_gparcoupl_nonlin(), newton_raphson_parcoupl_lin(), newton_raphson_parcoupl_nonlin(), 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_oldd(), nonlinear_nonstat_solv_pokus(), nonlinear_nonstat_solv_vform(), one_step_linear(), one_step_nonlinear(), one_step_nonlinear_dform(), par_newton_raphson_gparcoupl_lin(), par_newton_raphson_gparcoupl_nonlin(), par_newton_raphson_parcoupl_lin(), par_newton_raphson_parcoupl_nonlin(), par_one_step_linear(), par_one_step_nonlinear(), par_one_step_trfel_linear(), par_one_step_trfel_nonlinear(), par_solve_nonlinear_nonstationary_problem_dform(), solve_nonstationary_growing_problem(), solve_nonstationary_growing_problem_nonlin(), solve_nonstationary_growing_vform(), and updateval().
| void updateipvalmat | ( | long | ipp, | |
| long | im, | |||
| long | ido | |||
| ) |
function updates values at integration points
| ipp | - integration point pointer | |
| im | - index of material type for given ip | |
| ido | - index in array eq_other |
12.12.2006, TKr
Definition at line 3462 of file transmat.cpp.
References baroghelB, bazantpedersen, C30baroghelB, C60baroghelB, C60bazantB, carb1mat, cementhydrmat, cemhydr, cernyconcrete, concreteB, consol_awf1, consolawf1, consolawf2, damisotransmat, devries, discontisotrmat, glasgow, grunewald, homomat, intpointst::idm, ip, isotransmat, kunzel, kunzel2, lincoupledmat, milly, moistheat, nlisotransmat, o30bazantB, pedersen, print_err(), radiationmater, richardsmat, salt1mat, salt2mat, salt3mat, salt4mat, sejtkr, simplediscmat, soilmat1, cemhydmat::updateval(), and con_awf1mat::updateval().
Referenced by updateipval().
| void values_correction | ( | vector & | nv, | |
| long | ipp | |||
| ) |
function corrects values with respect to material model
| nv | - vector of nodal values | |
| ipp | - appropriate integration point number |
JK, 14.7.2005
Definition at line 3027 of file transmat.cpp.
References baroghelB, bazantpedersen, bazped, C30baroghelB, C60baroghelB, C60bazantB, carb1mat, cementhydrmat, cernyconcrete, concreteB, consol_awf1, consol_awf2, consolawf1, consolawf2, damisotransmat, devries, discontisotrmat, glasgow, grunewald, homomat, intpointst::idm, ip, isotransmat, kun, kun2, kunzel, kunzel2, lincoupledmat, milly, moisth, moistheat, nlisotransmat, o30bazantB, pedersen, print_err(), radiationmater, richardsmat, salt1mat, salt2, salt2mat, salt3, salt3mat, salt4, salt4mat, sejtkr, sejtkrm, simplediscmat, soilmat1, con_awf2mat::values_correction(), gmultiph::values_correction(), multiph::values_correction(), saltmat4::values_correction(), saltmat3::values_correction(), saltmat2::values_correction(), moistheatmat::values_correction(), kunmat2::values_correction(), kunmat::values_correction(), bazpedmat::values_correction(), con_awf1mat::values_correction(), and sejtkrmat::values_correction().
Referenced by solution_correction().
| void values_transformation | ( | mattypet | mti, | |
| long | idmi, | |||
| double * | inv, | |||
| double * | iinv, | |||
| mattypet | mto, | |||
| long | idmo, | |||
| double * | outv, | |||
| double * | ioutv, | |||
| double * | jum | |||
| ) |
function transforms nodal values with respect to material models function is used in problems with discontinuities
example: let moisture be assumed as nodal value, moisture along material interface contains discontinuity because only relative humidity is continuous, this function transforms moisture obtained for one material model to new value from second material model
| nid | - node id | |
| mti | - type of material model on input | |
| idmi | - material id on input | |
| in | - input values | |
| mto | - type of material model on output | |
| idmo | - material id on output | |
| out | - recalculated values |
7.6.2006, JK function transforms nodal values with respect to material models function is used in problems with discontinuities
example: let moisture be assumed as nodal value, moisture along material interface contains discontinuity because only relative humidity is continuous, this function transforms moisture obtained for one material model to new value from second material model
| mti | - type of material model on input | |
| idmi | - material id on input | |
| inv | - input values | |
| iinv | - initial input values | |
| mto | - type of material model on output | |
| idmo | - material id on output | |
| outv | - recalculated values | |
| ioutv | - initial values on output | |
| jum | - jump on material interface |
JK, 8.8.2008
Definition at line 3269 of file transmat.cpp.
References discisotrmat::correct_val(), discontisotrmat, ditrm, saltmat3::get_moisture(), grunewaldmat::get_moisture(), discmat::get_moisture2(), saltmat3::get_rel_hum(), grunewaldmat::get_rel_hum(), discmat::get_rel_hum2(), grunewald, grunw, kunzel, milly, moistheat, print_err(), salt3, salt3mat, salt4mat, sdmat, and simplediscmat.
Referenced by endnodet::compute_jump(), edget::compute_jump(), and edget::compute_node_jump().
| void volume_rhs | ( | matrix & | d, | |
| long | ipp, | |||
| long | ri, | |||
| long | ci, | |||
| long | ncomp | |||
| ) |
function computes right-hand side matrix of the material - contribution into right-hand side from volume integrals in the required integration point
| d | - right-hand side matrix of material | |
| ipp | - number of integration point | |
| ri,ci | - row and column indices | |
| ncomp | - number of components |
25.9.2001
Definition at line 871 of file transmat.cpp.
References bazantpedersen, consol_awf2, consolawf2, fourmediacoup, grunewald, homomat, intpointst::idm, ip, kunzel, moistheat, onemedium, pedersen, print_err(), med3::rhs_volume(), con_awf2mat::rhs_volume(), med1::rhs_volume(), salt1mat, threemediacoup, intpointst::tm, Tm, probdesct::tmatt, Tp, and twomediacoup.
Referenced by quadlineart::volume_rhs_vector(), quadlinaxisym::volume_rhs_vector(), quadbart::volume_rhs_vector(), linhext::volume_rhs_vector(), and linbart::volume_rhs_vector().
Definition at line 350 of file transmat.h.
Referenced by state_eq::get_alpha(), state_eq::get_betas(), state_eq::get_cp(), state_eq::get_cps(), state_eq::get_ddbw(), state_eq::get_deff(), state_eq::get_dehydw_dt(), state_eq::get_dphi_dt(), state_eq::get_ds_dpc(), state_eq::get_ds_dt(), state_eq::get_fste(), state_eq::get_hydren(), state_eq::get_kintr(), state_eq::get_krg(), state_eq::get_krw(), state_eq::get_lambdaeff(), state_eq::get_phi(), state_eq::get_rho(), state_eq::get_rhocp(), state_eq::get_rhos(), state_eq::get_s(), state_eq::get_ssp(), printmatchar(), readmattype(), transmat(), and ~transmat().
Definition at line 342 of file transmat.h.
Referenced by med2::compute_othervalues(), med1::compute_othervalues(), climatcond::condit_vapour_diffusion_moisture_flux(), med2::matcap(), med1::matcap(), med2::matcond(), med1::matcond(), med2::matcond2(), med2::print_othervaluesnames(), med1::print_othervaluesnames(), printmatchar(), readmattype(), transmat(), med2::transmission_flux(), med2::transmission_nodval(), med2::transmission_transcoeff(), values_correction(), and ~transmat().
Definition at line 353 of file transmat.h.
Referenced by state_eq::get_alpha(), state_eq::get_betas(), state_eq::get_cps(), state_eq::get_ddbw(), state_eq::get_deff(), state_eq::get_dehydw_dt(), state_eq::get_dphi_dt(), state_eq::get_ds_dpc(), state_eq::get_ds_dt(), state_eq::get_fste(), state_eq::get_hydren(), state_eq::get_kintr(), state_eq::get_krg(), state_eq::get_krw(), state_eq::get_lambdaeff(), state_eq::get_phi(), state_eq::get_rho(), state_eq::get_rhocp(), state_eq::get_rhos(), state_eq::get_s(), state_eq::get_ssp(), give_reqntq(), printmatchar(), readmattype(), transmat(), and ~transmat().
Definition at line 356 of file transmat.h.
Referenced by state_eq::get_alpha(), state_eq::get_betas(), state_eq::get_cps(), state_eq::get_ddbw(), state_eq::get_deff(), state_eq::get_dehydw_dt(), state_eq::get_dphi_dt(), state_eq::get_ds_dpc(), state_eq::get_ds_dt(), state_eq::get_fste(), state_eq::get_hydren(), state_eq::get_kintr(), state_eq::get_krg(), state_eq::get_krw(), state_eq::get_lambdaeff(), state_eq::get_phi(), state_eq::get_rho(), state_eq::get_rhocp(), state_eq::get_rhos(), state_eq::get_s(), state_eq::get_ssp(), printmatchar(), readmattype(), transmat(), and ~transmat().
Definition at line 352 of file transmat.h.
Referenced by state_eq::get_alpha(), state_eq::get_betas(), state_eq::get_cps(), state_eq::get_ddbw(), state_eq::get_deff(), state_eq::get_dehydw_dt(), state_eq::get_dphi_dt(), state_eq::get_ds_dpc(), state_eq::get_ds_dt(), state_eq::get_fste(), state_eq::get_hydren(), state_eq::get_kintr(), state_eq::get_krg(), state_eq::get_krw(), state_eq::get_lambdaeff(), state_eq::get_phi(), state_eq::get_rho(), state_eq::get_rhocp(), state_eq::get_rhos(), state_eq::get_s(), state_eq::get_ssp(), give_reqntq(), printmatchar(), readmattype(), transmat(), and ~transmat().
Definition at line 355 of file transmat.h.
Referenced by state_eq::get_alpha(), state_eq::get_betas(), state_eq::get_cps(), state_eq::get_ddbw(), state_eq::get_deff(), state_eq::get_dehydw_dt(), state_eq::get_dphi_dt(), state_eq::get_ds_dpc(), state_eq::get_ds_dt(), state_eq::get_fste(), state_eq::get_hydren(), state_eq::get_kintr(), state_eq::get_krg(), state_eq::get_krw(), state_eq::get_lambdaeff(), state_eq::get_phi(), state_eq::get_rho(), state_eq::get_rhocp(), state_eq::get_rhos(), state_eq::get_s(), state_eq::get_ssp(), printmatchar(), readmattype(), transmat(), and ~transmat().
Definition at line 332 of file transmat.h.
Referenced by med1::matcap(), med1::matcond(), readmattype(), transmat(), and ~transmat().
Definition at line 377 of file transmat.h.
Referenced by approximation(), sourcet::giveval(), initvalues(), med1::matcap(), med1::matcond(), readmattype(), transmat(), and updateipvalmat().
Definition at line 335 of file transmat.h.
Referenced by med1::matcap(), med1::matcond(), printmatchar(), readmattype(), transmat(), and ~transmat().
Definition at line 351 of file transmat.h.
Referenced by state_eq::get_betas(), state_eq::get_cp(), state_eq::get_cps(), state_eq::get_deff(), state_eq::get_ds_dpc(), state_eq::get_ds_dt(), state_eq::get_kintr(), state_eq::get_krg(), state_eq::get_krw(), state_eq::get_ks(), state_eq::get_kt(), state_eq::get_lambdaeff(), state_eq::get_phi(), state_eq::get_rho(), state_eq::get_rhocp(), state_eq::get_rhos(), state_eq::get_s(), state_eq::get_ssp(), give_reqntq(), printmatchar(), readmattype(), transmat(), and ~transmat().
Definition at line 326 of file transmat.h.
Referenced by med1::compute_othervalues(), give_dof_names(), give_pore_pressure(), give_reqntq(), give_saturation_degree(), give_suction(), give_water_pressure(), initvalues(), med1::matcap(), med1::matcond(), med1::print_othervaluesnames(), readmattype(), med1::rhs_volume(), transmat(), updateipvalmat(), values_correction(), and ~transmat().
Definition at line 346 of file transmat.h.
Referenced by med2::compute_othervalues(), med2::matcap(), med2::matcond(), med2::print_othervaluesnames(), readmattype(), transmat(), values_correction(), volume_rhs(), and ~transmat().
Definition at line 322 of file transmat.h.
Referenced by stochdrivert::changematerials(), give_dof_names(), give_reqntq(), med2::matcap(), med1::matcap(), med2::matcond(), med1::matcond(), med1::print_othervaluesnames(), printmatchar(), and readmattype().
Definition at line 359 of file transmat.h.
one-phase medium - heat transfer isotropic material with jumps
Definition at line 330 of file transmat.h.
Referenced by med1::matcap(), med1::matcond(), printmatchar(), readmattype(), and values_transformation().
Definition at line 344 of file transmat.h.
Referenced by med2::compute_othervalues(), med2::matcap(), med2::matcond(), med2::print_othervaluesnames(), printmatchar(), readmattype(), transmat(), med2::transmission_flux(), med2::transmission_nodval(), med2::transmission_transcoeff(), and ~transmat().
| long* elip |
integration point - element correspondation elip[number of int point] = number of element
Definition at line 306 of file transmat.h.
Referenced by intpointinit(), dampermeability::matcond(), restore_intpointst_bin(), restore_intpointst_txt(), transmat(), and ~transmat().
Definition at line 384 of file transmat.h.
Referenced by pointoutt::print_flux().
strain/stress points
Definition at line 384 of file transmat.h.
Referenced by computenlfluxes(), pointoutt::print_grad(), restore_intpointst_bin(), restore_intpointst_txt(), save_intpointst_bin(), and save_intpointst_txt().
Definition at line 341 of file transmat.h.
Referenced by aux_values(), med2::compute_othervalues(), initvalues(), mat_aux_values(), med2::matcap(), med2::matcond(), med2::print_othervaluesnames(), printmatchar(), readmattype(), transmat(), med2::transmission_flux(), med2::transmission_nodval(), med2::transmission_transcoeff(), values_transformation(), and ~transmat().
Definition at line 319 of file transmat.h.
Referenced by med2::compute_othervalues(), give_dof_names(), med2::matcap(), med2::matcond(), med2::print_othervaluesnames(), readmattype(), transmat(), med2::transmission_flux(), med2::transmission_nodval(), med2::transmission_transcoeff(), and ~transmat().
| double* initval |
array containing initial values of selected unknown at integration points initval[number of integ. point] - initial value at the required integration point
Definition at line 389 of file transmat.h.
Referenced by transmat(), trfel_init(), and ~transmat().
pointer to integration points
Definition at line 303 of file transmat.h.
Referenced by actual_previous_change(), approximation(), aux_values(), saltmat3::aux_values(), trlineart::averc_matrix(), quadlineart::averc_matrix(), lintett::averc_matrix(), linhext::averc_matrix(), saltmat3::binding_izoterm_derivation_values(), saltmat4::c11(), millymat::c11(), grunewaldmat::c11(), discmat::c11(), millymat::c12(), grunewaldmat::c12(), saltmat4::c21(), saltmat3::c21(), millymat::c21(), grunewaldmat::c21(), saltmat4::c22(), saltmat3::c22(), millymat::c22(), grunewaldmat::c22(), saltmat4::c31(), saltmat3::c31(), saltmat4::c32(), saltmat3::c32(), saltmat4::c44(), capcoeff(), moistheatmat::cmm(), kunmat::cmm(), kunmat::cmt(), millymat::coeef_B(), millymat::coeef_C(), millymat::coeef_zaporneA(), millymat::coeff_Dtv(), millymat::coeff_Kv(), med2::compute_othervalues(), med3::compute_othervalues(), med1::compute_othervalues(), med4::compute_othervalues(), computenlfluxes(), climatcond::condit_vapour_diffusion_moisture_flux(), condmat(), cycle_detection(), richards::darcian_flux(), kunmat::DerivaceHustotyEntalpiePodleTeploty(), kunmat2::DerivaceHustotyEntalpiePodleTeploty(), kunmat::derivative_of_retention_curve_root(), moistheatmat::derivative_of_the_enthalpy_density(), kunmat::derivative_of_the_enthalpy_density(), kunmat::DerivativeOfTheRetentionCurve(), fluxcomparing(), millymat::gaseous_moisture_content_by_mass(), gmultiph::gaspress_check(), multiphc::gaspress_check(), state_eq::get_alpha(), state_eq::get_betas(), state_eq::get_cp(), state_eq::get_cps(), state_eq::get_ddbw(), state_eq::get_deff(), state_eq::get_dehydw_dt(), state_eq::get_dg(), state_eq::get_dphi_dt(), state_eq::get_ds_dpc(), state_eq::get_ds_dt(), state_eq::get_fste(), state_eq::get_hydren(), state_eq::get_kintr(), state_eqcl::get_kintr(), state_eq::get_krg(), state_eq::get_krw(), state_eqcl::get_krw(), state_eq::get_ks(), state_eq::get_kt(), state_eq::get_lambdaeff(), kunmat2::get_othervalue(), discmat::get_othervalue(), state_eq::get_phi(), state_eq::get_rho(), state_eq::get_rhocp(), state_eq::get_rhos(), state_eq::get_s(), cemhydmat::get_source(), state_eq::get_ssp(), give_dof_names(), give_nodal_humid(), give_pore_pressure(), moistheatmat::give_press_water_vapor(), saltmat4::give_rel_hum(), moistheatmat::give_rel_hum(), kunmat::give_rel_hum(), give_reqntq(), give_saturation_degree(), con_awf1mat::give_saturation_degree(), give_suction(), con_awf1mat::give_suction(), give_temperature(), saltmat4::give_temperature(), moistheatmat::give_temperature(), kunmat::give_temperature(), saltmat4::give_values(), moistheatmat::give_values(), millymat::give_values(), kunmat2::give_values(), kunmat::give_values(), grunewaldmat::give_values(), discmat::give_values(), moistheatmat::give_vol_moist(), kunmat::give_vol_moist(), give_vol_moist_cont(), give_water_pressure(), con_awf1mat::give_water_pressure(), giveeqother(), givefluxes(), givegrad(), givencompeqother(), giveother(), sourcet::giveval(), trlineart::higher_to_lower_level(), quadlineart::higher_to_lower_level(), lintett::higher_to_lower_level(), linhext::higher_to_lower_level(), saltmat3::hystereze(), initvalues(), saltmat3::initvalues(), millymat::initvalues(), kunmat2::initvalues(), kunmat::initvalues(), grunewaldmat::initvalues(), discmat::initvalues(), cemhydmat::initvalues(), intpointalloc(), intpointinit(), trlineart::intpointother(), trlinaxisym::intpointother(), quadquadrilattax::intpointother(), quadquadrilatt::intpointother(), quadlineart::intpointother(), quadlinaxisym::intpointother(), quadhext::intpointother(), quadbartax::intpointother(), quadbart::intpointother(), lintett::intpointother(), linhext::intpointother(), linbartax::intpointother(), linbart::intpointother(), trlineart::intpointval(), trlinaxisym::intpointval(), quadquadrilattax::intpointval(), quadquadrilatt::intpointval(), quadlineart::intpointval(), quadlinaxisym::intpointval(), quadhext::intpointval(), quadbartax::intpointval(), quadbart::intpointval(), lintett::intpointval(), linhext::intpointval(), linbartax::intpointval(), linbart::intpointval(), trlineart::intpointval_puc(), quadlineart::intpointval_puc(), lintett::intpointval_puc(), linhext::intpointval_puc(), saltmat4::k11(), saltmat3::k11(), millymat::k11(), grunewaldmat::k11(), discmat::k11(), saltmat3::k12(), grunewaldmat::k12(), discmat::k12(), saltmat4::k14(), saltmat4::k21(), saltmat3::k21(), millymat::k21(), grunewaldmat::k21(), discmat::k21(), saltmat4::k22(), saltmat3::k22(), millymat::k22(), grunewaldmat::k22(), saltmat4::k41(), saltmat4::k44(), moistheatmat::khm(), kunmat::khm(), moistheatmat::kht(), kunmat::kht(), moistheatmat::kmm(), kunmat::kmm(), kunmat::kmt(), mat_aux_values(), med2::matcap(), med3::matcap(), sejtkrmat::matcap(), saltmat3::matcap(), saltmat2::matcap(), saltmat1::matcap(), richardscontam::matcap(), richards::matcap(), pedmat::matcap(), med1::matcap(), multiph::matcap(), millymat::matcap(), kunmat2::matcap(), grunewaldmat::matcap(), gmultiph::matcap(), glasgowmat::matcap(), general3mat::matcap(), med4::matcap(), discmat::matcap(), devriesmat::matcap(), con_awf2mat::matcap(), con_awf1mat::matcap(), cernymat::matcap(), bazpedmat::matcap(), med2::matcond(), med3::matcond(), saltmat1::matcond(), med1::matcond(), moistheatmat::matcond(), med4::matcond(), damisotrmat::matcond(), sejtkrmat::matcond1d(), saltmat3::matcond1d(), saltmat2::matcond1d(), saltmat1::matcond1d(), richardscontam::matcond1d(), richards::matcond1d(), pedmat::matcond1d(), nlisotrmat::matcond1d(), multiph::matcond1d(), millymat::matcond1d(), kunmat2::matcond1d(), grunewaldmat::matcond1d(), gmultiph::matcond1d(), glasgowmat::matcond1d(), general3mat::matcond1d(), discmat::matcond1d(), devriesmat::matcond1d(), con_awf2mat::matcond1d(), con_awf1mat::matcond1d(), cernymat::matcond1d(), bazpedmat::matcond1d(), richardscontam::matcond1d_2(), richards::matcond1d_2(), pedmat::matcond1d_2(), multiph::matcond1d_2(), gmultiph::matcond1d_2(), bazpedmat::matcond1d_2(), med2::matcond2(), med3::matcond2(), med1::matcond2(), med4::matcond2(), sejtkrmat::matcond2d(), saltmat3::matcond2d(), saltmat2::matcond2d(), saltmat1::matcond2d(), richardscontam::matcond2d(), richards::matcond2d(), pedmat::matcond2d(), nlisotrmat::matcond2d(), multiph::matcond2d(), millymat::matcond2d(), kunmat2::matcond2d(), grunewaldmat::matcond2d(), gmultiph::matcond2d(), glasgowmat::matcond2d(), general3mat::matcond2d(), discmat::matcond2d(), devriesmat::matcond2d(), con_awf2mat::matcond2d(), con_awf1mat::matcond2d(), cernymat::matcond2d(), bazpedmat::matcond2d(), richardscontam::matcond2d_2(), richards::matcond2d_2(), pedmat::matcond2d_2(), multiph::matcond2d_2(), gmultiph::matcond2d_2(), bazpedmat::matcond2d_2(), sejtkrmat::matcond3d(), saltmat3::matcond3d(), saltmat2::matcond3d(), saltmat1::matcond3d(), richardscontam::matcond3d(), richards::matcond3d(), pedmat::matcond3d(), nlisotrmat::matcond3d(), multiph::matcond3d(), millymat::matcond3d(), kunmat2::matcond3d(), grunewaldmat::matcond3d(), gmultiph::matcond3d(), glasgowmat::matcond3d(), general3mat::matcond3d(), discmat::matcond3d(), devriesmat::matcond3d(), con_awf2mat::matcond3d(), con_awf1mat::matcond3d(), cernymat::matcond3d(), bazpedmat::matcond3d(), richardscontam::matcond3d_2(), richards::matcond3d_2(), pedmat::matcond3d_2(), multiph::matcond3d_2(), gmultiph::matcond3d_2(), bazpedmat::matcond3d_2(), discmat::matcond4d(), pedmat::moisture_check(), bazpedmat::moisture_check(), nonlinear_nonstat_solv_new(), nonlinear_nonstat_solv_oldd(), millymat::partial_water_vapour_pressure_function(), kunmat::PermeabilitaVodniPary(), kunmat2::PermeabilitaVodniPary(), pointoutt::print_eqother(), elemoutt::print_eqother(), outdiagt::print_eqothers(), elemoutt::print_flux(), outdiagt::print_fluxes(), elemoutgt::print_gr_eqoth_scal(), elemoutgt::print_gr_flux_scal(), elemoutgt::print_gr_grad_scal(), elemoutgt::print_gr_oth_scal(), elemoutt::print_grad(), outdiagt::print_gradients(), pointoutt::print_other(), elemoutt::print_other(), outdiagt::print_others(), med2::print_othervaluesnames(), med3::print_othervaluesnames(), med1::print_othervaluesnames(), readip(), kunmat2::relhum_check(), restore_intpointst_bin(), restore_intpointst_txt(), sejtkrmat::rhs1d1(), multiph::rhs1d1(), gmultiph::rhs1d1(), con_awf2mat::rhs1d1(), con_awf1mat::rhs1d1(), sejtkrmatc::rhs1d1(), sejtkrmat::rhs2d1(), multiph::rhs2d1(), gmultiph::rhs2d1(), con_awf2mat::rhs2d1(), con_awf1mat::rhs2d1(), sejtkrmatc::rhs2d1(), sejtkrmat::rhs3d1(), multiph::rhs3d1(), gmultiph::rhs3d1(), con_awf2mat::rhs3d1(), con_awf1mat::rhs3d1(), sejtkrmatc::rhs3d1(), med3::rhs_volume(), med1::rhs_volume(), save_intpointst_bin(), save_intpointst_txt(), saltmat4::save_values(), moistheatmat::save_values(), millymat::save_values(), kunmat2::save_values(), kunmat::save_values(), grunewaldmat::save_values(), discmat::save_values(), storeeqother(), storeflux(), storegrad(), storeother(), richards::taylor_error(), kunmat::tokJ1(), kunmat2::tokJ1(), kunmat::tokJ4(), kunmat2::tokJ4(), linbart::total_integral_ip(), transmat(), med2::transmission_flux(), med3::transmission_flux(), med4::transmission_flux(), med2::transmission_nodval(), med3::transmission_nodval(), med4::transmission_nodval(), med2::transmission_transcoeff(), med3::transmission_transcoeff(), med4::transmission_transcoeff(), quadlineart::transq_nodval_comp(), linbart::transq_nodval_comp(), hexahedc::trfel_metr(), updateipvalmat(), cemhydmat::updateval(), values_correction(), saltmat4::values_correction(), saltmat3::values_correction(), volume_rhs(), sejtkrmat::water_pressure_check(), con_awf2mat::water_pressure_check(), kunmat::water_vapour_permeability(), write_gid_elem_type_scalart(), write_gid_elem_type_vectort(), write_vtk_unkn(), and ~transmat().
Definition at line 314 of file transmat.h.
Referenced by stochdrivert::changematerials(), give_dof_names(), give_reqntq(), med2::matcap(), med1::matcap(), med2::matcond(), med1::matcond(), printmatchar(), readmattype(), transmat(), and ~transmat().
Definition at line 339 of file transmat.h.
Referenced by aux_values(), med2::compute_othervalues(), give_dof_names(), give_reqntq(), give_temperature(), give_vol_moist_cont(), initvalues(), mat_aux_values(), med2::matcap(), med2::matcond(), med2::print_othervaluesnames(), printmatchar(), readmattype(), transmat(), med2::transmission_flux(), med2::transmission_nodval(), med2::transmission_transcoeff(), values_correction(), and ~transmat().
Definition at line 340 of file transmat.h.
Referenced by aux_values(), med2::compute_othervalues(), initvalues(), mat_aux_values(), med2::matcap(), med2::matcond(), med2::print_othervaluesnames(), readmattype(), transmat(), med2::transmission_flux(), med2::transmission_nodval(), med2::transmission_transcoeff(), values_correction(), and ~transmat().
Definition at line 380 of file transmat.h.
Referenced by med2::matcap(), med3::matcap(), med1::matcap(), med2::matcond(), med3::matcond(), med1::matcond(), printmatchar(), readmattype(), transmat(), and ~transmat().
material types
Definition at line 297 of file transmat.h.
Referenced by approximation(), and dbmatt::readtm().
Definition at line 347 of file transmat.h.
Referenced by aux_values(), med2::compute_othervalues(), initvalues(), mat_aux_values(), med2::matcap(), med2::matcond(), med2::print_othervaluesnames(), readmattype(), transmat(), med2::transmission_flux(), med2::transmission_nodval(), med2::transmission_transcoeff(), and ~transmat().
Definition at line 348 of file transmat.h.
Referenced by aux_values(), med2::compute_othervalues(), give_dof_names(), give_reqntq(), give_vol_moist_cont(), initvalues(), med2::matcap(), med2::matcond(), med2::print_othervaluesnames(), printmatchar(), readmattype(), transmat(), med2::transmission_nodval(), med2::transmission_transcoeff(), values_correction(), and ~transmat().
Definition at line 317 of file transmat.h.
Referenced by med2::matcap(), med1::matcap(), med2::matcond(), med1::matcond(), printmatchar(), readmattype(), transmat(), and ~transmat().
| long nmt |
number of material types
Definition at line 295 of file transmat.h.
Referenced by approximation(), print(), readmatchar(), and dbmatt::readtm().
| long nntq |
number of nontransport quantities
Definition at line 394 of file transmat.h.
Referenced by alloc_nontransq(), mefel_trfel(), mefel_trfel_by_nodes(), mefel_trfel_copyip(), search_reqntq(), transmat(), and ~transmat().
| double** nontransq |
array containing nontransport quantities used for coupled problems nontransq[quantity id][integ. point number] - nontransport quantity at the required integration point
Definition at line 392 of file transmat.h.
Referenced by alloc_nontransq(), con_awf1mat::get_kww(), givenontransq(), storenontransq(), transmat(), and ~transmat().
array of indices in nontransq for particular non-transport quantities
Definition at line 398 of file transmat.h.
Referenced by alloc_nontransq(), givenontransq(), givenontransqid(), givestatusntq(), metr_init(), pmetr_init(), storenontransq(), and transmat().
array with ordering of used non-transport quantities
Definition at line 400 of file transmat.h.
Referenced by alloc_nontransq(), mefel_trfel(), mefel_trfel_copyip(), metr_init(), and pmetr_init().
| long* numtype |
numbers of particular material types
Definition at line 299 of file transmat.h.
Referenced by approximation(), print(), readmatchar(), dbmatt::readtm(), transmat(), and ~transmat().
Definition at line 354 of file transmat.h.
Referenced by state_eq::get_alpha(), state_eq::get_betas(), state_eq::get_cps(), state_eq::get_ddbw(), state_eq::get_deff(), state_eq::get_dehydw_dt(), state_eq::get_dphi_dt(), state_eq::get_ds_dpc(), state_eq::get_ds_dt(), state_eq::get_fste(), state_eq::get_hydren(), state_eq::get_kintr(), state_eq::get_krg(), state_eq::get_krw(), state_eq::get_lambdaeff(), state_eq::get_phi(), state_eq::get_rho(), state_eq::get_rhocp(), state_eq::get_rhos(), state_eq::get_s(), state_eq::get_ssp(), give_reqntq(), printmatchar(), readmattype(), transmat(), and ~transmat().
Definition at line 343 of file transmat.h.
Referenced by med2::compute_othervalues(), med1::compute_othervalues(), med2::matcap(), med1::matcap(), med2::matcond(), med1::matcond(), med2::print_othervaluesnames(), med1::print_othervaluesnames(), printmatchar(), readmattype(), transmat(), med2::transmission_nodval(), med2::transmission_transcoeff(), and ~transmat().
Definition at line 371 of file transmat.h.
Referenced by med1::matcap(), med1::matcond(), and readmattype().
Definition at line 372 of file transmat.h.
Referenced by give_dof_names(), med1::matcap(), med1::matcond(), med2::matcond2(), med1::matcond2(), printmatchar(), readmattype(), transmat(), and ~transmat().
Definition at line 363 of file transmat.h.
Referenced by give_dof_names(), med2::matcap(), med2::matcond(), med2::print_othervaluesnames(), readmattype(), transmat(), and ~transmat().
Definition at line 366 of file transmat.h.
Referenced by med3::matcap(), med3::matcond(), med3::matcond2(), readmattype(), transmat(), med3::transmission_flux(), med3::transmission_nodval(), med3::transmission_transcoeff(), values_correction(), and ~transmat().
Definition at line 367 of file transmat.h.
Referenced by aux_values(), initvalues(), mat_aux_values(), med3::matcap(), med3::matcond(), med3::matcond2(), readmattype(), transmat(), med3::transmission_flux(), med3::transmission_nodval(), med3::transmission_transcoeff(), values_correction(), values_transformation(), and ~transmat().
Definition at line 369 of file transmat.h.
Referenced by aux_values(), med4::compute_othervalues(), cycle_detection(), give_pore_pressure(), give_reqntq(), give_temperature(), mat_aux_values(), med4::matcap(), med4::matcond(), med4::matcond2(), readmattype(), transmat(), med4::transmission_flux(), med4::transmission_nodval(), med4::transmission_transcoeff(), values_correction(), and ~transmat().
Definition at line 345 of file transmat.h.
Referenced by aux_values(), med2::compute_othervalues(), initvalues(), mat_aux_values(), med2::matcap(), med2::matcond(), med2::print_othervaluesnames(), printmatchar(), readmattype(), transmat(), med2::transmission_flux(), med2::transmission_nodval(), med2::transmission_transcoeff(), values_transformation(), and ~transmat().
Definition at line 325 of file transmat.h.
Referenced by med1::compute_othervalues(), med1::matcap(), med1::matcond(), med1::print_othervaluesnames(), readmattype(), med1::rhs_volume(), transmat(), values_correction(), and ~transmat().
Definition at line 374 of file transmat.h.
Referenced by state_eq::get_alpha(), state_eq::get_betas(), state_eq::get_dg(), state_eq::get_ds_dpc(), state_eq::get_ds_dt(), state_eq::get_kintr(), state_eq::get_krg(), state_eq::get_krw(), state_eq::get_ks(), state_eq::get_lambdaeff(), state_eq::get_phi(), state_eq::get_rhocp(), state_eq::get_rhos(), state_eq::get_s(), readmattype(), transmat(), and ~transmat().
Definition at line 357 of file transmat.h.
Referenced by med3::compute_othervalues(), give_dof_names(), med3::matcap(), med3::matcond(), med3::print_othervaluesnames(), printmatchar(), readmattype(), transmat(), med3::transmission_flux(), med3::transmission_nodval(), med3::transmission_transcoeff(), and ~transmat().
| long tnip |
total number of all integration points
Definition at line 301 of file transmat.h.
Referenced by actual_previous_change(), alloc_nontransq(), assemble_dof_nameord(), aux_values(), transtop::give_tnip(), intpointalloc(), intpointinit(), mefel_trfel_copyip(), mefel_trfel_ip_mapping(), metr_init(), pmetr_init(), read(), readip(), restore_intpointst_bin(), restore_intpointst_txt(), save_intpointst_bin(), save_intpointst_txt(), search_reqntq(), solvert_restore_binary_multiple(), solvert_restore_binary_single(), solvert_restore_text_multiple(), solvert_restore_text_single(), solvert_save_binary_multiple(), solvert_save_binary_single(), solvert_save_text_multiple(), solvert_save_text_single(), transmat(), trfel_init(), and write_vtk_unkn().
const long tnkntq = sizeof(nontransquantstr)/sizeof(*nontransquantstr) [static] |
total number of known(=implemented) non-transport quantities
Definition at line 396 of file transmat.h.
Referenced by alloc_nontransq(), mefel_trfel_by_nodes(), mefel_trfel_copyip(), search_reqntq(), and transmat().
1.6.2