TrioCFD 1.9.9_beta
TrioCFD documentation
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Type_Verifie.cpp
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15#include <Type_Verifie.h>
16#include <Motcle.h>
17#include <Noms.h>
18
19static Motcles motcle_obsolete;
20
21// Traversal of the data set to check for obsolete keywords
22void verifie(const Nom& type)
23{
24 int n=72;
25 if( motcle_obsolete.size()!=n)
26 {
27 int i=0;
28 // Definition of old keywords that are no longer recognized
29 motcle_obsolete.dimensionner(n);
30 motcle_obsolete[i++] = "Solv_GCP_SSOR";
31 motcle_obsolete[i++] = "Frontiere_Ouverte_Rayo_transp_VDF";
32 motcle_obsolete[i++] = "Frontiere_Ouverte_Rayo_transp_VEF";
33 motcle_obsolete[i++] = "EchgItemsComm";
34 motcle_obsolete[i++] = "LireMED";
35 motcle_obsolete[i++] = "EcrMED";
36 motcle_obsolete[i++] = "Canal_thermo";
37 motcle_obsolete[i++] = "Prandtl_sous_maille";
38 motcle_obsolete[i++] = "Decentre";
39 motcle_obsolete[i++] = "Distance_perio";
40 motcle_obsolete[i++] = "T_paroi";
41 motcle_obsolete[i++] = "Champ_front_lineaire";
42 motcle_obsolete[i++] = "Champ_front_analytique";
43 motcle_obsolete[i++] = "Tourbillon";
44 motcle_obsolete[i++] = "Puissance_Thermique_Uniforme";
45 motcle_obsolete[i++] = "Source_Constituant_Uniforme";
46 motcle_obsolete[i++] = "Seuil_convg_implicite";
47 motcle_obsolete[i++] = "Seuil_resol_implicite";
48 motcle_obsolete[i++] = "Seuil_convg_variable";
49 motcle_obsolete[i++] = "Schema_Crank_Nicholson";
50 motcle_obsolete[i++] = "Resoudre_ALE";
51 motcle_obsolete[i++] = "Resoudre_QComp";
52 motcle_obsolete[i++] = "Periodique_1Proc";
53 motcle_obsolete[i++] = "Corriger_coord_perio";
54 motcle_obsolete[i++] = "Echange_domcut";
55 motcle_obsolete[i++] = "Extruder_en3_perio";
56 motcle_obsolete[i++] = "Extruder_perio";
57 motcle_obsolete[i++] = "ScatterAscii";
58 motcle_obsolete[i++] = "frontiere_ouverte_gradient_pression_impose_VEF";
59 motcle_obsolete[i++] = "Champ_front_calc_intern";
60 motcle_obsolete[i++] = "Champ_front_calc_recycl_fluct_pbperio";
61 motcle_obsolete[i++] = "Champ_front_calc_recycl_champ";
62 motcle_obsolete[i++] = "Champ_front_calc_intern_2pbs";
63 motcle_obsolete[i++] = "Champ_front_calc_recycl_fluct";
64 motcle_obsolete[i++] = "direction_periodicite";
65 motcle_obsolete[i++] = "NPHypre";
66 motcle_obsolete[i++] = "NPPetsc";
67 motcle_obsolete[i++] = "Latatomed";
68 motcle_obsolete[i++] = "Latatoother";
69 motcle_obsolete[i++] = "MG";
70 motcle_obsolete[i++] = "precond_local";
71 motcle_obsolete[i++] = "quick_period";
72 motcle_obsolete[i++] = "diffusivite";
73 motcle_obsolete[i++] = "Ecrire_fic_meshtv";
74 motcle_obsolete[i++] = "meshtv";
75 motcle_obsolete[i++] = "paroi_couple";
76 motcle_obsolete[i++] = "corriger_coordonnees";
77 motcle_obsolete[i++] = "Champ_front_debit_VEF";
78 motcle_obsolete[i++] = "Schema_MacCormack";
79 motcle_obsolete[i++] = "Alternant";
80 motcle_obsolete[i++] = "Alter_interp";
81 motcle_obsolete[i++] = "Boussinesq";
82 motcle_obsolete[i++] = "Temperature_paroi_NOPASPOURGENEPI";
83 motcle_obsolete[i++] = "Read_MED_For_Testing_No_Verify_Option";
84 motcle_obsolete[i++] = "Reordonner_faces_periodiques";
85 motcle_obsolete[i++] = "gaz_parfait";
86 motcle_obsolete[i++] = "gaz_reel_rhoT";
87 motcle_obsolete[i++] = "melange_gaz_parfait";
88 motcle_obsolete[i++] = "melange_binaire";
89 motcle_obsolete[i++] = "Convection_Diffusion_fraction_massique_MB_QC";
90 motcle_obsolete[i++] = "Convection_Diffusion_fraction_massique_QC";
91 motcle_obsolete[i++] = "Pb_Thermohydraulique_QC_fraction_massique";
92 motcle_obsolete[i++] = "Convection_Diffusion_fraction_massique_MB_Turbulent_QC";
93 motcle_obsolete[i++] = "Convection_Diffusion_fraction_massique_Turbulent_QC";
94 motcle_obsolete[i++] = "Pb_Thermohydraulique_Turbulent_QC_fraction_massique";
95 motcle_obsolete[i++] = "Lire_MEDfile";
96 motcle_obsolete[i++] = "Ecrire_MEDfile";
97 motcle_obsolete[i++] = "Champ_Fonc_MEDFile";
98 motcle_obsolete[i++] = "seuil_statio_relatif_deconseille";
99 motcle_obsolete[i++] = "CoviMAC";
100 motcle_obsolete[i++] = "ecrire_fichier_xyz_valeur_bin";
101 motcle_obsolete[i++] = "option_PolyMAC_MPFA";
102 assert(i==n);
103 }
104 // GF: the new syntax names are only built if necessary
105 // this optimizes slightly...
106 int rang=motcle_obsolete.search((Motcle)type);
107 if (rang!=-1)
108 {
109
110 // Definition of the new syntax
111 Noms nouvelle_syntaxe(n);
112 int i=0;
113 nouvelle_syntaxe[i++] = "1.2, the format of the data set for the pressure solver has changed:\nsolveur_pression GCP_ssor { omega 1.5 seuil 1.e-8 impr }\nBecomes, to account for the preconditioner:\nsolveur_pression GCP { precond ssor { omega 1.5 } seuil 1.e-8 impr }";
114 nouvelle_syntaxe[i++] = "1.4.9, it becomes Frontiere_Ouverte_Rayo_transp";
115 nouvelle_syntaxe[i++] = "1.4.9, it becomes Frontiere_Ouverte_Rayo_transp";
116 nouvelle_syntaxe[i++] = "1.5.";
117 nouvelle_syntaxe[i++] = "1.5, it becomes Lire_MED";
118 nouvelle_syntaxe[i++] = "1.5, it becomes Ecrire_MED, then Write_MED at v1.9.2";
119 nouvelle_syntaxe[i++] = "1.5, it becomes Canal";
120 nouvelle_syntaxe[i++] = "1.5, just use Prandtl";
121 nouvelle_syntaxe[i++] = "1.5.1, it should be replaced by generic";
122 nouvelle_syntaxe[i++] = "1.5.1, it is no longer necessary in the definition of the Shifted wall law";
123 nouvelle_syntaxe[i++] = "1.5.1, it becomes Temperature_paroi";
124 nouvelle_syntaxe[i++] = "1.5.1, you should use Champ_front_fonc_XYZ instead";
125 nouvelle_syntaxe[i++] = "1.5.1, you should use Champ_front_fonc_XYZ instead";
126 nouvelle_syntaxe[i++] = "1.5.1, you should use Champ_fonc_XYZ instead";
127 nouvelle_syntaxe[i++] = "1.5.1, you should use Puissance_Thermique instead";
128 nouvelle_syntaxe[i++] = "1.5.1, you should use Source_Constituant instead";
129 nouvelle_syntaxe[i++] = "1.5.1, you should use Seuil_convergence_implicite instead";
130 nouvelle_syntaxe[i++] = "1.5.1, you should use Seuil_convergence_solveur instead";
131 nouvelle_syntaxe[i++] = "1.5.1, you should use Seuil_convergence_variable instead";
132 nouvelle_syntaxe[i++] = "1.5.2, you should use Sch_CN_EX_iteratif or Sch_CN_iteratif instead";
133 nouvelle_syntaxe[i++] = "1.5.2, you should use Resoudre instead";
134 nouvelle_syntaxe[i++] = "1.5.2, you should use Resoudre instead";
135 nouvelle_syntaxe[i++] = "1.5.3, you should use the keyword Periodique in the partitioner to specify periodic boundaries.";
136 nouvelle_syntaxe[i++] = "1.5.5, you should use Declarer_bord_perio { ... }";
137 nouvelle_syntaxe[i++] = "1.5.7, it is no longer necessary to parallelize certain boundary conditions.";
138 nouvelle_syntaxe[i++] = "1.5.7, you should use Extruder_en3 keyword and after RegroupeBord keyword to create periodic boundary.";
139 nouvelle_syntaxe[i++] = "1.6.0, you should use Extruder keyword and after RegroupeBord keyword to create periodic boundary.";
140 nouvelle_syntaxe[i++] = "1.6.0, you should use ScatterFormatte.";
141 nouvelle_syntaxe[i++] = "1.6.0, you should use frontiere_ouverte_gradient_pression_impose_VEFPREP1B.";
142 nouvelle_syntaxe[i++] = "1.6.1, you should use Champ_front_recyclage instead.";
143 nouvelle_syntaxe[i++] = "1.6.1, you should use Champ_front_recyclage instead.";
144 nouvelle_syntaxe[i++] = "1.6.1, you should use Champ_front_recyclage instead.";
145 nouvelle_syntaxe[i++] = "1.6.1, you should use Champ_front_recyclage instead.";
146 nouvelle_syntaxe[i++] = "1.6.1, you should use Champ_front_recyclage instead.";
147 nouvelle_syntaxe[i++] = "1.6.1, it is no longer necessary for a periodic boundary condition.";
148 nouvelle_syntaxe[i++] = "1.6.1, you should use Lata_to_med with new syntax.";
149 nouvelle_syntaxe[i++] = "1.6.1, you should use Lata_to_other with new syntax.";
150 nouvelle_syntaxe[i++] = "1.6.1, is no longer available as solver.";
151 nouvelle_syntaxe[i++] = "1.6.1, is no longer available as precond.";
152 nouvelle_syntaxe[i++] = "1.6.1, Numerical Platon library is not included anymore. Look at the new keyword Petsc.";
153 nouvelle_syntaxe[i++] = "1.6.1, Numerical Platon library is not included anymore. Look at the new keyword Petsc.";
154 nouvelle_syntaxe[i++] = "1.6.4, you should use quick instead (periodic boundary condition is supported with the last keyword).";
155 nouvelle_syntaxe[i++] = "1.6.4, you should use coefficient_diffusion instead.";
156 nouvelle_syntaxe[i++] = "1.6.4, you should use Postraiter_domaine keyword instead with LATA format.";
157 nouvelle_syntaxe[i++] = "1.6.4, you should use LATA format.";
158 nouvelle_syntaxe[i++] = "1.6.6, you should use paroi_contact instead.";
159 nouvelle_syntaxe[i++] = "1.6.7, because is activated now by default.";
160 nouvelle_syntaxe[i++] = "1.6.7, you should use Champ_front_debit instead.";
161 nouvelle_syntaxe[i++] = "1.6.7, you should use another time scheme.";
162 nouvelle_syntaxe[i++] = "1.6.7, you should use another convection scheme.";
163 nouvelle_syntaxe[i++] = "1.6.7, you should use another convection scheme.";
164 nouvelle_syntaxe[i++] = "1.6.8, you should use now: Boussinesq_temperature { ... } , Boussinesq_concentration { ... }";
165 nouvelle_syntaxe[i++] = "1.6.9.";
166 nouvelle_syntaxe[i++] = "1.7.6, never use that keyword!!!";
167 nouvelle_syntaxe[i++] = "1.8.1, use declarer_bord_perio keyword instead";
168 nouvelle_syntaxe[i++] = "1.8.4, you should use gaz_parfait_QC";
169 nouvelle_syntaxe[i++] = "1.8.4, you should use rhoT_gaz_reel_QC";
170 nouvelle_syntaxe[i++] = "1.8.4, you should use multi_gaz_parfait_QC";
171 nouvelle_syntaxe[i++] = "1.8.4, you should use binaire_gaz_parfait_QC";
172 nouvelle_syntaxe[i++] = "1.8.4, you should use Convection_Diffusion_Espece_Binaire_QC";
173 nouvelle_syntaxe[i++] = "1.8.4, you should use Convection_Diffusion_Espece_Multi_QC";
174 nouvelle_syntaxe[i++] = "1.8.4, you should use Pb_Thermohydraulique_Especes_QC";
175 nouvelle_syntaxe[i++] = "1.8.4, you should use Convection_Diffusion_Espece_Binaire_Turbulent_QC";
176 nouvelle_syntaxe[i++] = "1.8.4, you should use Convection_Diffusion_Espece_Multi_Turbulent_QC";
177 nouvelle_syntaxe[i++] = "1.8.4, you should use Pb_Thermohydraulique_Especes_Turbulent_QC";
178 nouvelle_syntaxe[i++] = "1.9.2, you should use Read_MED";
179 nouvelle_syntaxe[i++] = "1.9.2, you should use Write_MED";
180 nouvelle_syntaxe[i++] = "1.9.2, you should use Champ_Fonc_MED";
181 nouvelle_syntaxe[i++] = "1.9.2, you should use Residuals { relative 1 } instead.";
182 nouvelle_syntaxe[i++] = "1.9.3, you should use PolyMAC_MPFA instead.";
183 nouvelle_syntaxe[i++] = "1.9.4, you should use Ecrire_fichier_xyz_valeur { binary_file dt 1 fields 2 field1 field2 boundaries 1 boundary1 } instead.";
184 nouvelle_syntaxe[i++] = "1.9.6, you should use Option_PolyMAC_family instead.";
185 assert(i==n);
186 Cerr << "The keyword " << motcle_obsolete[rang] << " is now obsolete," << finl;
187 Cerr << "since the version " << nouvelle_syntaxe[rang] << finl << finl;
188 Cerr << "Look if necessary at the reference manual and change your data file." << finl;
189 Process::exit();
190 }
191 // Traverse the release notes to display info related to the keyword type
192 cherche_dans_les_releases_notes(type);
193}
Motcle
A character string (Nom) in uppercase.
Definition Motcle.h:26
Motcles
An array of Motcle objects.
Definition Motcle.h:63
Motcles::search
int search(const Motcle &t) const
Definition Motcle.cpp:319
Nom
class Nom: a character string for naming TRUST objects.
Definition Nom.h:31
Noms
An array of character strings (VECT(Nom)).
Definition Noms.h:26
Process::exit
static void exit(int exit_code=-1)
Exit routine for TRUST within a Kokkos region.
Definition Process.cpp:466