2 # -*- coding: latin-1 -*-
9 def __convert__(self,valeur):
10 if type(valeur) == types.StringType: return None
11 if len(valeur) != self.ntuple: return None
15 return "Date : jj/mm/aaaa "
25 def __init__(self,ntuple):
28 def __convert__(self,valeur):
29 if type(valeur) == types.StringType:
31 if len(valeur) != self.ntuple:
36 return "Tuple de %s elements" % self.ntuple
40 JdC = JDC_CATA (code = 'TELEMAC2D',
43 # =======================================================================
44 # Catalog entry for the MAP function : c_pre_interfaceBody_mesh
45 # =======================================================================
47 VERSION_CATALOGUE="TRUNK"
48 # -----------------------------------------------------------------------
49 COMPUTATION_ENVIRONMENT = PROC(nom= "COMPUTATION_ENVIRONMENT",op = None,
50 # -----------------------------------------------------------------------
51 UIinfo = {"groupes": ("CACHE")},
52 # -----------------------------------
53 INITIALIZATION = FACT(statut='o',
54 # -----------------------------------
55 # -----------------------------------
56 TITLE = SIMP(statut ='o',
57 # -----------------------------------
60 fr = """Titre du cas etudie. Ce titre figurera sur les dessins.""",
61 ang = """Title of the case being considered. This title shall be marked on the
64 # -----------------------------------
65 INITIAL_CONDITIONS = SIMP(statut ='o',
66 # -----------------------------------
68 into = ['ZERO ELEVATION','CONSTANT ELEVATION','ZERO DEPTH','CONSTANT DEPTH','SPECIAL','PARTICULIERES','PARTICULAR','TPXO SATELLITE ALTIMETRY'],
69 defaut = 'ZERO ELEVATION',
70 fr = """ Permet de definir les conditions initiales sur les hauteurs d''eau.
71 Les valeurs possibles sont :
73 Initialise la cote de surface libre a 0. Les hauteurs d''eau initiales
74 sont alors retrouvees en faisant la difference entre les cotes de
75 surface libre et du fond.
77 Initialise la cote de surface libre a la valeur donnee par le mot-cle
78 COTE INITIALE. Les hauteurs d''eau initiales sont calculees comme
81 Initialise les hauteurs d''eau a 0.
83 Initialise les hauteurs d''eau a la valeur donnee par le mot-cle HAUTEUR
86 Les conditions initiales sur la hauteur d''eau doivent etre precisees
87 dans le sous-programme CONDIN.
88 - ALTIMETRIE SATELLITE TPXO. Les conditions initiales sur la hauteur
89 d''eau et les vitesses sont etiblies sur la base des donnees satellite
90 TPXO dont les 8 premiers constistuents ont ete extrait et sauves dans le
91 fichier BASE DE DONNEES DE MAREE.""",
92 ang = """ Makes it possible to define the initial conditions with the water
93 depth. The possible values are as follows:
95 Initializes the free surface elevation to 0. The initial water depths
96 are then found by computing the difference between the free surface and
98 - CONSTANT ELEVATION-.
99 Initializes the water elevation to
100 the value given by the keyword -INITIAL ELEVATION-. The initial water
101 depths are computed as in the previous case.
104 the water depths to 0.
105 - CONSTANT DEPTH-. Initializes the water depths
106 to the value given by the key-word -INITIAL DEPTH-.
108 The initial conditions with the water depth should be stated in the
110 - TPXO SATELITE ALTIMETRY.
111 The initial conditions on the free surface and velocities are
112 established from the TPXO satellite program data, the harmonic
113 constituents of which are stored in the TIDE DATA BASE file.""",
115 # -----------------------------------
116 b_INITIAL_CONDITIONSG = BLOC(condition="INITIAL_CONDITIONS == 'CONSTANT ELEVATION'",
117 # -----------------------------------
118 # -----------------------------------
119 INITIAL_ELEVATION = SIMP(statut ='o',
120 # -----------------------------------
123 fr = """ Valeur utilisee avec l''option : CONDITIONS INITIALES - COTE
125 ang = """ Value to be used with the option : INITIAL CONDITIONS -CONSTANT
129 # -----------------------------------
130 b_INITIAL_CONDITIONSH = BLOC(condition="INITIAL_CONDITIONS == 'CONSTANT DEPTH'",
131 # -----------------------------------
132 # -----------------------------------
133 INITIAL_DEPTH = SIMP(statut ='o',
134 # -----------------------------------
137 fr = """ Valeur utilisee avec l''option : CONDITIONS INITIALES :-HAUTEUR
139 ang = """ Value to be used along with the option: INITIAL CONDITIONS -CONSTANT
143 # -----------------------------------
144 BINARY_DATA_FILE_1_FORMAT = SIMP(statut ='f',
145 # -----------------------------------
147 into = ['BIN','SERAFIN','SERAFIND','MED'],
149 fr = """ Format du fichier de donnes binaire. Les valeurs possibles sont : -
150 BIN : format binaire standard - SERAFIN : format standard simple
151 precision pour Telemac; - SERAFIND: format standard double precision
152 pour Telemac; - MED : format MED base sur HDF5""",
153 ang = """ Binary data file 1 format. Possible values are: - BIN : Standard
154 binary format - SERAFIN : classical single precision format in Telemac;
155 - SERAFIND: classical double precision format in Telemac; - MED : MED
156 format based on HDF5""",
158 # -----------------------------------
159 BINARY_DATA_FILE_1 = SIMP(statut ='f',
160 # -----------------------------------
161 typ = ('Fichier','All Files (*)'),
163 fr = """ Fichier de donnees code en binaire mis a la disposition de
164 l''utilisateur. Les donnees de ce fichier seront a lire sur le canal
166 ang = """ Binary-coded data file made available to the user. The data in this
167 file shall be read on channel 24.""",
169 # -----------------------------------
170 BINARY_DATA_FILE_2_FORMAT = SIMP(statut ='f',
171 # -----------------------------------
173 into = ['BIN','SERAFIN','SERAFIND','MED'],
175 fr = """ Format du fichier de donnees binaire 2. Les valeurs possibles sont : -
176 BIN : format binaire standard - SERAFIN : format standard simple
177 precision pour Telemac; - SERAFIND: format standard double precision
178 pour Telemac; - MED : format MED base sur HDF5""",
179 ang = """ Binary data file 2 format. Possible values are: - BIN : Standard
180 binary format - SERAFIN : classical single precision format in Telemac;
181 - SERAFIND: classical double precision format in Telemac; - MED : MED
182 format based on HDF5""",
184 # -----------------------------------
185 BINARY_DATA_FILE_2 = SIMP(statut ='f',
186 # -----------------------------------
187 typ = ('Fichier','All Files (*)'),
189 fr = """ Fichier de donnees code en binaire mis a la disposition de
190 l''utilisateur. Les donnees de ce fichier seront a lire sur le canal
192 ang = """ Binary-coded data file made available to the user. The data in this
193 file shall be read on channel 25.""",
195 # -----------------------------------
196 FORMATTED_DATA_FILE_1 = SIMP(statut ='f',
197 # -----------------------------------
198 typ = ('Fichier','All Files (*)'),
200 fr = """ Fichier de donnees formate mis a la disposition de l''utilisateur. Les
201 donnees de ce fichier seront a lire sur le canal 26.""",
202 ang = """ Formatted data file made available to the user. The data in this file
203 shall be read on channel 26.""",
205 # -----------------------------------
206 FORMATTED_DATA_FILE_2 = SIMP(statut ='f',
207 # -----------------------------------
208 typ = ('Fichier','All Files (*)'),
210 fr = """ Fichier de donnees formate mis a la disposition de l''utilisateur. Les
211 donnees de ce fichier seront a lire sur le canal 27.""",
212 ang = """ Formatted data file made available to the user. The data in this file
213 shall be read on channel 27.""",
215 # -----------------------------------
216 INPUT_FILES = FACT(statut='o',
217 # -----------------------------------
218 # -----------------------------------
219 GEOMETRY_FILE_FORMAT = SIMP(statut ='o',
220 # -----------------------------------
222 into = ['SERAFIN?','SERAFIND','MED'],
224 fr = """ Format du fichier de geometrie. Les valeurs possibles sont : - SERAFIN
225 : format standard simple precision pour Telemac; - SERAFIND: format
226 standard double precision pour Telemac; - MED : format MED base sur
228 ang = """ Geometry file format. Possible values are: - SERAFIN : classical
229 single precision format in Telemac; - SERAFIND: classical double
230 precision format in Telemac; - MED : MED format based on HDF5""",
232 # -----------------------------------
233 GEOMETRY_FILE = SIMP(statut ='o',
234 # -----------------------------------
235 typ = ('Fichier','All Files (*)'),
236 fr = """ Nom du fichier contenant le maillage du calcul a realiser.""",
237 ang = """ Name of the file containing the mesh. This file may also contain the
238 topography and the friction coefficients.""",
240 # -----------------------------------
241 FORTRAN_FILE = SIMP(statut ='f',
242 # -----------------------------------
243 typ = 'FichierOuRepertoire',
245 fr = """ Nom du fichier FORTRAN a soumettre.""",
246 ang = """ Name of FORTRAN file to be submitted.""",
248 # -----------------------------------
249 BOTTOM_TOPOGRAPHY_FILE = SIMP(statut ='f',
250 # -----------------------------------
251 typ = ('Fichier','All Files (*)'),
253 fr = """ Nom du fichier eventuel contenant la bathymetrie associee au maillage.
254 Si ce mot-cle est utilise; c''est cette bathymetrie qui sera utilisee
256 ang = """ Name of the possible file containing the bathymetric data. Where this
257 keyword is used, these bathymetric data shall be used in the
260 # -----------------------------------
261 BOTTOM_SMOOTHINGS = SIMP(statut ='o',
262 # -----------------------------------
265 fr = """ Nombre de lissages effectues sur la topographie. chaque lissage,
266 effectue a l''aide d''une matrice de masse, est conservatif. Utilise
267 lorsque les donnees de bathymetrie donnent des resultats trop
268 irreguliers apres interpolation.""",
269 ang = """ Number of smoothings on bottom topography. each smoothing is mass
270 conservative. to be used when interpolation of bathymetry on the mesh
271 gives very rough results.""",
273 # -----------------------------------
274 BOUNDARY_CONDITIONS_FILE = SIMP(statut ='o',
275 # -----------------------------------
276 typ = ('Fichier','All Files (*)'),
277 fr = """ Nom du fichier contenant les types de conditions aux limites. Ce
278 fichier est rempli de facon automatique par le mailleur au moyen de
279 couleurs affectees aux noeuds des frontieres du domaine de calcul.""",
280 ang = """ Name of the file containing the types of boundary conditions. This
281 file is filled automatically by the mesh generator through through
282 colours that are assigned to the boundary nodes.""",
284 # -----------------------------------
285 VALIDATION = SIMP(statut ='f',
286 # -----------------------------------
289 fr = """ Option utilisee principalement pour le dossier de validation. Le
290 fichier des resultats du calcul precedent est alors considere comme une
291 reference a laquelle on va comparer le calcul. La comparaison est
292 effectuee par le sous-programme VALIDA qui peut etre une comparaison
293 avec une solution exacte par exemple.""",
294 ang = """ This option is primarily used for the validation documents. The
295 PREVIOUS COMPUTATION FILE is then considered as a reference which the
296 computation is going to be compared with. The comparison is made by the
297 subroutine VALIDA, which can be modified as to so as to include, for
298 example,a comparison with an exact solution.""",
300 # -----------------------------------
301 REFERENCE_FILE_FORMAT = SIMP(statut ='f',
302 # -----------------------------------
304 into = ['SERAFIN?','SERAFIND','MED'],
306 fr = """ Format du fichier de resultats du calcul precedent. Les valeurs
308 - SERAFIN : format standard simple precision pour Telemac;
309 - SERAFIND: format standard double precision pour Telemac;
310 - MED : format MED base sur HDF5""",
311 ang = """ Previous computation results file format. Possible values are:
312 - SERAFIN : classical single precision format in Telemac;
313 - SERAFIND: classical double precision format in Telemac;
314 - MED : MED format based on HDF5""",
316 # -----------------------------------
317 REFERENCE_FILE = SIMP(statut ='f',
318 # -----------------------------------
319 typ = ('Fichier','All Files (*)'),
321 fr = """ Fichier de resultats de reference pour la validation. Les resultats a
322 placer dans ce fichier seront a ecrire sur le canal 22.""",
323 ang = """ Binary-coded result file for validation. The results to be entered
324 into this file shall be written on channel 22.""",
327 # -----------------------------------
328 GLOBAL = FACT(statut='o',
329 # -----------------------------------
330 # -----------------------------------
331 PARALLEL_PROCESSORS = SIMP(statut ='f',
332 # -----------------------------------
335 fr = """ NOMBRE DE PROCESSEURS EN CALCUL PARALLELE 0 : 1 machine, compilation
336 sans bibliotheque de parallelisme 1 : 1 machine, compilation avec
337 bibliotheque de parallelisme 2 : 2 processeurs ou machines en parallele
339 ang = """ NUMBER OF PROCESSORS FOR PARALLEL PROCESSING 0 : 1 machine, compiling
340 without parallel library 1 : 1 machine, compiling with a parallel
341 library 2 : 2 processors or machines in parallel etc....""",
343 # -----------------------------------
344 CHECKING_THE_MESH = SIMP(statut ='o',
345 # -----------------------------------
348 fr = """ Si oui on appelle le sous-programme checkmesh qui verifie la coherence
349 du maillage, points superposes, etc.""",
350 ang = """ if this key word is equal to yes, a call to subroutine checkmesh will
351 look for errors in the mesh, superimposed points, etc.""",
353 # -----------------------------------
354 MAXIMUM_NUMBER_OF_BOUNDARIES = SIMP(statut ='f',
355 # -----------------------------------
358 fr = """ nombre maximal de frontieres differentes dans le maillage. Sert au
359 dimensionnement de la memoire, a augmenter si necessaire""",
360 ang = """ maximal number of boundaries in the mesh. Used for dimensioning
361 arrays. Can be increased if needed""",
363 # -----------------------------------
364 MAXIMUM_NUMBER_OF_SOURCES = SIMP(statut ='f',
365 # -----------------------------------
368 fr = """ nombre maximal de points sources dans le maillage. Sert au
369 dimensionnement de la memoire, a augmenter si necessaire""",
370 ang = """ maximal number of punctual sources in the mesh. Used for dimensioning
371 arrays. Can be increased if needed""",
373 # -----------------------------------
374 MAXIMUM_NUMBER_OF_TRACERS = SIMP(statut ='f',
375 # -----------------------------------
378 fr = """ nombre maximal de traceurs. Sert au dimensionnement de la memoire, a
379 augmenter si necessaire""",
380 ang = """ maximal number of tracers. Used for dimensioning arrays. Can be
381 increased if needed""",
383 # -----------------------------------
384 VECTOR_LENGTH = SIMP(statut ='f',
385 # -----------------------------------
388 fr = """ LONGUEUR DU VECTEUR POUR LES MACHINES VECTORIELLES""",
389 ang = """ VECTOR LENGTH ON VECTOR MACHINES""",
393 # -----------------------------------
394 RESTART = FACT(statut='o',
395 # -----------------------------------
396 # -----------------------------------
397 COMPUTATION_CONTINUED = SIMP(statut ='o',
398 # -----------------------------------
401 fr = """ Determine si le calcul en cours est independant de tout autre resultat
402 ou est une reprise effectuee a partir du resultat d''un calcul
403 precedent. NON : Il s''agit du premier passage pour ce calcul et il est
404 necessaire de definir un jeu complet de conditions initiales OUI : Il
405 s''agit d''une reprise de calcul : les conditions initiales sont
406 constituees par le dernier pas de temps du FICHIER DU CALCUL PRECEDENT
407 du fichier des parametres utilise pour soumettre le calcul. Par contre,
408 l''ensemble des donnees du fichier des parametres peuvent etre
409 redefinies ; ce qui offre la possibilite de changer par exemple, le pas
410 de temps, le modele de turbulence, le frottement, d''ajouter ou retirer
411 un traceur ... De meme, il est necessaire de definir des conditions aux
412 limites (sous-programme BORD ou valeurs placees dans le fichier des
413 parametres), qui peuvent egalement etre modifiees.""",
414 ang = """ Determines whether the computation under way is independent result or
415 is following an earlier result. NO: It is the first run for this
416 computation and a whole set of initial conditions should be defined.
417 YES: It follows a former computation: the initial conditions consist in
418 the last time step of the PREVIOUS COMPUTATION FILE in the steering file
419 used for submitting the computation. All the data from the steering file
420 may be defined once again, which provides an opportunity to change, for
421 example, the time step, the turbulence model, the friction, to add or
422 remove a tracer... It is also possible to define new boundary
425 # -----------------------------------
426 b_COMPUTATION_CONTINUEDG = BLOC(condition="COMPUTATION_CONTINUED == True",
427 # -----------------------------------
428 # -----------------------------------
429 PREVIOUS_COMPUTATION_FILE_FORMAT = SIMP(statut ='o',
430 # -----------------------------------
432 into = ['SERAFIN?','SERAFIND','MED'],
434 fr = """ Format du fichier de resultats du calcul precedent. Les valeurs
435 possibles sont : - SERAFIN : format standard simple precision pour
436 Telemac; - SERAFIND: format standard double precision pour Telemac; -
437 MED : format MED base sur HDF5""",
438 ang = """ Previous computation results file format. Possible values are: -
439 SERAFIN : classical single precision format in Telemac; - SERAFIND:
440 classical double precision format in Telemac; - MED : MED format based
443 # -----------------------------------
444 PREVIOUS_COMPUTATION_FILE = SIMP(statut ='o',
445 # -----------------------------------
446 typ = ('Fichier','All Files (*)'),
448 fr = """ Nom d''un fichier contenant les resultats d''un calcul precedent
449 realise sur le meme maillage et dont le dernier pas de temps enregistre
450 va fournir les conditions initiales pour une suite de de calcul.""",
451 ang = """ Name of a file containing the results of an earlier computation which
452 was made on the same mesh. The last recorded time step will provid the
453 initial conditions for the new computation.""",
455 # -----------------------------------
456 RECORD_NUMBER_FOR_RESTART = SIMP(statut ='o',
457 # -----------------------------------
460 fr = """ En cas de suite de calcul, numero de l''enregistrement de depart dans
461 le fichier du calcul precedent. 0 signifie qu''on prend le dernier
463 ang = """ In case of COMPUTATION CONTINUED, record number to start from in the
464 PREVIOUS COMPUTATION FILE""",
467 # -----------------------------------
468 INITIAL_TIME_SET_TO_ZERO = SIMP(statut ='o',
469 # -----------------------------------
472 fr = """ Remet le temps a zero en cas de suite de calcul""",
473 ang = """ Initial time set to zero in case of restart""",
476 # -----------------------------------
477 OUTPUT_FILES = FACT(statut='o',
478 # -----------------------------------
479 # -----------------------------------
480 RESULTS_FILES = FACT(statut='o',
481 # -----------------------------------
482 # -----------------------------------
483 NUMBER_OF_FIRST_TIME_STEP_FOR_GRAPHIC_PRINTOUTS = SIMP(statut ='o',
484 # -----------------------------------
487 fr = """ Determine le nombre de pas de temps a partir duquel debute l''ecriture
488 des resultats dans le FICHIER DES RESULTATS.""",
489 ang = """ Determines the number of time steps after which the results are first
490 written into the RESULTS FILE.""",
492 # -----------------------------------
493 GRAPHIC_PRINTOUT_PERIOD = SIMP(statut ='o',
494 # -----------------------------------
497 fr = """ Determine la periode en nombre de pas de temps d''impression des
498 VARIABLES POUR LES SORTIES GRAPHIQUES (voir ce mot-cle) dans le FICHIER
500 ang = """ Determines, in number of time steps, the printout period for the
501 VARIABLES FOR GRAPHIC PRINTOUTS in the RESULTS FILE.""",
503 # -----------------------------------
504 VARIABLES_FOR_GRAPHIC_PRINTOUTS = SIMP(statut ='o',
505 # -----------------------------------
506 typ = 'TXM', min=0, max='**',
507 into = ["velocity along x axis (m/s)","velocity along y axis (m/s)","wave celerity (m/s)","water depth (m)","free surface elevation (m)","bottom elevation (m)","Froude number","scalar flowrate of fluid (m2/s)","tracer 1 etc.","All the tracers 1 to 9.","All the tracers 10 to 19.","turbulent kinetic energy in k-epsilon model (J/kg)","dissipation of turbulent energy (W/kg)","turbulent viscosity (m2/s)","flowrate along x axis (m2/s)","flowrate along y axis (m2/s)","scalar velocity (m/s)","wind along x axis (m/s)","wind along y axis (m/s)","air pressure (Pa)","friction coefficient","drift along x (m)","drift along y (m)","Courant number ","supplementary variable N","supplementary variable O","supplementary variable R","supplementary variable Z","maximum elevation","time of maximum elevation","maximum velocity","time of maximum velocity","friction velocity","gradient 1, etc. "],
508 defaut = ["velocity along x axis (m/s)","velocity along y axis (m/s)","water depth (m)","bottom elevation (m)"],
509 fr = """ Noms des variables que l''utilisateur veut ecrire dans le fichier des
510 resultats. Chaque variable est representee par une lettre. Le choix des
511 separateurs est libre. Les possibilites offertes sont les suivantes :
512 - U : vitesse suivant l''axe des x (m/s),
513 - V : vitesse suivant l''axe des y (m/s),
514 - C : celerite des ondes (m/s),
515 - H : hauteur d''eau (m),
516 - S : cote de surface libre (m),
517 - B : cote du fond (m),
518 - F : nombre de Froude,
519 - Q : debit scalaire du fluide (m2/s),
520 - Tn: traceur, avec n le numero du traceur,
521 - K : energie turbulente du modele k-epsilon (J/kg),
522 - E : dissipation de l''energie turbulente (W/kg),
523 - D : viscosite turbulente du modele k-epsilon (m2/s),
524 - I : debit suivant l''axe des x (m2/s),
525 - J : debit suivant l''axe des y (m2/s),
526 - M : vitesse scalaire (m/s),
527 - X : vent suivant l''axe des x (m/s),
528 - Y : vent suivant l''axe des y (m/s),
529 - P : pression atmospherique (Pa),
530 - W : coefficient de frottement sur le fond,
531 - A : derive en x (m),
532 - G : derive en y (m),
533 - L : coefficient de frottement sur le fond,
534 - Gn: gradient differencie, avec n le numero de reference du gradient.
535 L''utilisateur dispose egalement de 4 champs libres, qu''il peut
536 utiliser pour ecrire dans le fichier des resultats des variables qu''il
537 cree lui-meme. Ces variables propres a l''utlisateur doivent etre
538 calculees dans le sous-programme PRERES et le nom que l''on desire leur
539 donner doit etre ecrit dans le sous-programme NOMVAR. Ces 7 champs sont
541 - N, O, R, Z qui correspondent aux tableaux PRIVE(1,1), PRIVE(1,2),
542 PRIVE(1,3), PRIVE(1,4).
543 A la difference des variables precedentes, celles-ci sont conservees
544 dans tout le programme, et peuvent donc etre reutilisees. Dans ce
545 dernier cas ne pas oublier de donner une taille suffisante au tableau
546 PRIVE (dans le programme principal). Il est ainsi possible de limiter,
547 par exemple, la taille des fichiers de resultats pour de tres gros
548 calculs. Cependant, il faut etre conscient du fait que, dans
549 l''eventualite d''une reprise de calcul, le code doit disposer, dans le
550 fichier des resultats, des informations necessaires a sa poursuite, a
552 - les vitesses U et V,
553 - les hauteurs d''eau H,
554 - les cotes du fond B.
555 Toutefois, TELEMAC peut recalculer certaines de ces variables a
556 partir d''autres qui lui seront fournies (par exemple, il recalculera H
557 a partir de S et B).""",
558 ang = """ Names of variables the user wants to write into the results file. Each
559 variable is represented by a letter. The separators can be freely
560 selected. The available capabilities are as follows:
561 - U : velocity along x axis (m/s),
562 - V : velocity along y axis (m/s),
563 - C : wave celerity (m/s),
564 - H : water depth (m),
565 - S : free surface elevation (m),
566 - B : bottom elevation (m),
568 - Q : scalar flowrate of fluid (m2/s),
569 - Tn : tracer, with n the tracer number,
570 - K : turbulent kinetic energy in k-epsilon model (J/kg),
571 - E : dissipation of turbulent energy (W/kg),
572 - D : turbulent viscosity of k-epsilon model (m2/s),
573 - I : flowrate along x axis (m2/s),
574 - J : flowrate along y axis (m2/s),
575 - M : scalar velocity (m/s),
576 - X : wind along x axis (m/s) Y : wind along y axis (m/s),
577 - P : air pressure (Pa),
578 - W : friction coefficient ,
581 - L : nombre de courant,
582 - Gn : differentiated gradient, with n the gradient reference number.
583 Four other variables are also made available to the
584 user who may use them for writing into the file the results of variables
585 he creates himself. These user-specific variables should be computed in
586 the subroutine PRERES and their desired name should be written into the
587 subroutine NOMVAR. These seven variables are as follows:
589 which correspond to arrays PRIVE(1,1) up to PRIVE(1, Unlike the
590 preceding variables, they are preserved throughout the program, so that
591 they can be used again.
592 In the latter case, do not forget to provide the
593 array PRIVE with sufficiently large dimensions (in FORTRAN file). With
594 this key-word, one can limit the size of the RESULTS FILE. It should be
595 kept in mind, however, that if a computation has to be continued, the
596 RESULTS FILE should contain the appropriate information for running the
598 - velocities U and V,
600 - bottom elevations B.
601 TELEMAC, however, can compute some of these variables from others for
602 example, it will compute H from S and B.""",
604 # -----------------------------------
605 NUMBER_OF_PRIVATE_ARRAYS = SIMP(statut ='o',
606 # -----------------------------------
609 fr = """ Nombre de tableaux mis a disposition de l utilisateur""",
610 ang = """ Number of arrays for own user programming""",
612 # -----------------------------------
613 NAMES_OF_PRIVATE_VARIABLES = SIMP(statut ='f',
614 # -----------------------------------
615 typ = 'TXM', min=0, max='**',
616 fr = """ Noms des variables privees en 32 caracteres, 16 pour le nom 16 pour
617 l''unite. Elles correspondent au bloc PRIVE et peuvent etre lues dans le
618 fichier de geometrie si elles y sont presentes avec leur nom""",
619 ang = """ Name of private variables in 32 characters, 16 for the name, 16 for
620 the unit. They are stored in the block PRIVE and can be read in the
621 geometry file if they are here with their name""",
623 # -----------------------------------
624 RESULTS_FILE_FORMAT = SIMP(statut ='o',
625 # -----------------------------------
627 into = ['SERAFIN?','SERAFIND','MED'],
629 fr = """ Format du fichier de resultats. Les valeurs possibles sont : - SERAFIN
630 : format standard simple precision pour Telemac; - SERAFIND: format
631 standard double precision pour Telemac; - MED : format MED base sur
633 ang = """ Results file format. Possible values are: - SERAFIN : classical single
634 precision format in Telemac; - SERAFIND: classical double precision
635 format in Telemac; - MED : MED format based on HDF5""",
637 # -----------------------------------
638 RESULTS_FILE = SIMP(statut ='o',
639 # -----------------------------------
640 typ = ('Fichier','All Files (*)','Sauvegarde'),
642 fr = """ Nom du fichier dans lequel seront ecrits les resultats du calcul avec
643 la periodicite donnee par le mot cle PERIODE POUR LES SORTIES
645 ang = """ Name of the file into which the computation results shall be written,
646 the periodicity being given by the key-word: GRAPHIC PRINTOUT PERIOD.""",
648 # -----------------------------------
649 BINARY_RESULTS_FILE_FORMAT = SIMP(statut ='f',
650 # -----------------------------------
652 into = ['BIN','SERAFIN','SERAFIND','MED'],
654 fr = """ Format du fichier de resultats binaire. Les valeurs possibles sont : -
655 SERAFIN : format standard simple precision pour Telemac; - SERAFIND:
656 format standard double precision pour Telemac; - MED : format MED base
658 ang = """ Binary results file format. Possible values are: - SERAFIN : classical
659 single precision format in Telemac; - SERAFIND: classical double
660 precision format in Telemac; - MED : MED format based on HDF5""",
662 # -----------------------------------
663 BINARY_RESULTS_FILE = SIMP(statut ='f',
664 # -----------------------------------
665 typ = ('Fichier','All Files (*)','Sauvegarde'),
667 fr = """ Fichier de resultats code en binaire mis a la disposition de
668 l''utilisateur. Les resultats a placer dans ce fichier seront a ecrire
670 ang = """ Additional binary-coded result file made available to the user. The
671 results to be entered into this file shall be written on channel 28.""",
673 # -----------------------------------
674 FORMATTED_RESULTS_FILE = SIMP(statut ='f',
675 # -----------------------------------
676 typ = ('Fichier','All Files (*)','Sauvegarde'),
678 fr = """ Fichier de resultats formate mis a la disposition de l''utilisateur.
679 Les resultats a placer dans ce fichier seront a ecrire sur le canal 29.""",
680 ang = """ Formatted file of results made available to the user. The results to
681 be entered into this file shall be written on channel 29.""",
684 # -----------------------------------
685 CONTROL_SECTION = FACT(statut='f',
686 # -----------------------------------
687 # -----------------------------------
688 CONTROL_SECTIONS = SIMP(statut ='f',
689 # -----------------------------------
690 typ = 'I', min=0, max='**',
691 fr = """ Couples de points (numeros globaux dans le maillage) entre lesquels
692 les debits instantanes et cumules seront donnes.""",
693 ang = """ Couples of points (global numbers in the mesh) defining sections where
694 the instantaneous and cumulated discharges will be given""",
696 # -----------------------------------
697 PRINTING_CUMULATED_FLOWRATES = SIMP(statut ='o',
698 # -----------------------------------
701 fr = """ IMPRESSION DU FLUX CUMULE A TRAVERS LES SECTIONS DE CONTROLE""",
702 ang = """ PRINTING THE CUMULATED FLOWRATES THROUGH CONTROL SECTIONS""",
704 # -----------------------------------
705 COMPATIBLE_COMPUTATION_OF_FLUXES = SIMP(statut ='o',
706 # -----------------------------------
709 fr = """ FLUX A TRAVERS LES SECTIONS DE CONTROLE, CALCUL COMPATIBLE AVEC
710 L''IMPERMEABILITE SOUS FORME FAIBLE""",
711 ang = """ FLOWRATES THROUGH CONTROL SECTIONS, COMPUTATION COMPATIBLE WITH THE
712 WEAK FORMULATION OF NO-FLUX BOUNDARY CONDITION""",
714 # -----------------------------------
715 SECTIONS_INPUT_FILE = SIMP(statut ='f',
716 # -----------------------------------
717 typ = ('Fichier','All Files (*)'),
719 fr = """ sections input file, partitioned""",
720 ang = """ sections input file, partitioned""",
722 # -----------------------------------
723 SECTIONS_OUTPUT_FILE = SIMP(statut ='f',
724 # -----------------------------------
725 typ = ('Fichier','All Files (*)','Sauvegarde'),
727 fr = """ sections output file, written by the master""",
728 ang = """ sections output file, written by the master""",
730 # -----------------------------------
731 FLUXLINE = SIMP(statut ='f',
732 # -----------------------------------
736 ang = """Use Fluxline to compute flux over lines""",
738 # -----------------------------------
739 FLUXLINE_INPUT_FILE = SIMP(statut ='f',
740 # -----------------------------------
741 typ = ('Fichier','All Files (*)'),
743 fr = """Nom du fichier de fluxline, avec des donnees sur les sections""",
744 ang = """Name of the Fluxline file, with data on cross-sections""",
747 # -----------------------------------
748 LISTING = FACT(statut='o',
749 # -----------------------------------
750 # -----------------------------------
751 NUMBER_OF_FIRST_TIME_STEP_FOR_LISTING_PRINTOUTS = SIMP(statut ='f',
752 # -----------------------------------
755 fr = """ Determine le nombre de pas de temps a partir duquel debute l''ecriture
756 des resultats dans le listing.""",
757 ang = """ Determines the number of time steps after which the results are first
758 written into the listing.""",
760 # -----------------------------------
761 LISTING_PRINTOUT_PERIOD = SIMP(statut ='o',
762 # -----------------------------------
765 fr = """ Determine la periode en nombre de pas de temps d''impression des
766 VARIABLES A IMPRIMER (voir ce mot-cle) Pour la mise au point, il faut
767 savoir que la sortie des resultats est effectuee systematiquement sur le
768 fichier de retour d''execution du code (actuellement accessible par le
769 menu 3.f de SPF sur IBM, et dans le fichier !CAS.SORTIE sur station de
771 ang = """ Determines, in number of time steps, the printout period of the
772 VARIABLES TO BE PRINTED The results are systematically printed out on
773 the listing file (file CAS.SORTIE at the workstation).""",
775 # -----------------------------------
776 LISTING_FOR_PRINTOUT_PERIOD = SIMP(statut ='f',
777 # -----------------------------------
780 fr = """ Determine la periode en nombre de pas de temps d''impression des
781 VARIABLES A IMPRIMER (voir ce mot-cle) Pour la mise au point, il faut
782 savoir que la sortie des resultats est effectuee systematiquement sur le
783 fichier de retour d''execution du code (actuellement accessible par le
784 menu 3.f de SPF sur IBM, et dans le fichier !CAS.SORTIE sur station de
786 ang = """ Determines, in number of time steps, the printout period of the
787 VARIABLES TO BE PRINTED The results are systematically printed out on
788 the listing file (file CAS.SORTIE at the workstation).""",
790 # -----------------------------------
791 LISTING_PRINTOUT = SIMP(statut ='o',
792 # -----------------------------------
795 fr = """ Sortie des resultats sur support papier. Si l''on met NON le listing
796 ne contient que l''entete et la mention FIN NORMALE DU PROGRAMME
797 Commande a eviter""",
798 ang = """ Result printout on hard copy. When NO is selected, the listing only
799 includes the heading and the phrase "NORMAL END OF PROGRAM" In addition,
800 the options MASS BALANCE and VALIDATION are inhibited. Not recommended
803 # -----------------------------------
804 VARIABLES_TO_BE_PRINTED = SIMP(statut ='f',
805 # -----------------------------------
806 typ = 'TXM', min=0, max='**',
807 intoSug = ["velocity along x axis (m/s)","velocity along y axis (m/s)","wave celerity (m/s)","water depth (m)","free surface elevation (m)","bottom elevation (m)","Froude number","scalar flowrate of fluid (m2/s)","tracer 1, etc.","turbulent kinetic energy in k-epsilon model (J/kg)","dissipation of turbulent energy (W/kg)","turbulent viscosity of k-epsilon model (m2/s)","flowrate along x axis (m2/s)","flowrate along y axis (m2/s)","scalar velocity (m/s)","wind along x axis (m/s)","wind along y axis (m/s)","air pressure (Pa)","friction coefficient","drift along x (m)","drift along y (m)","nombre de courants ","supplementary variable N","supplementary variable O","supplementary variable R","supplementary variable Z","gradient 1, etc."],
809 fr = """Nom des variables que l''utilisateur desire ecrire a l''ecran. Meme
810 possibilites que pour les sorties graphiques.""",
811 ang = """Name of the variables that the user wants printed on screen.
812 Same values available as graphical outputs""",
814 # -----------------------------------
815 MASS_BALANCE = SIMP(statut ='o',
816 # -----------------------------------
819 fr = """ Determine si l''on effectue ou non le bilan de masse sur le domaine.
820 Cette procedure calcule a chaque pas de temps : - les flux aux entrees
821 et sorties du domaine; - le flux global a travers l''ensemble des parois
822 du domaine (liquides ou solides) - l''erreur relative sur la masse pour
823 ce pas de temps. En fin de listing, on trouve l''erreur relative sur la
824 masse pour l''ensemble du calcul. Il ne s''agit que d''un calcul
825 indicatif car il n''existe pas d''expression compatible du debit en
826 formulation c,u,v.""",
827 ang = """ Determines whether a check of the mass-balance over the domain is
828 mader or not. This procedures computes the following at each time step:
829 the domain inflows and outflows, the overall flow across all the
830 boundaries, the relative error in the mass for that time step. The
831 relative error in the mass over the whole computation can be found at
832 the end of the listing.""",
834 # -----------------------------------
835 INFORMATION_ABOUT_SOLVER = SIMP(statut ='f',
836 # -----------------------------------
839 fr = """ Donne a chaque pas de temps le nombre d''iterations necessaires a la
840 convergence du solveur de l''etape de propagation.""",
841 ang = """ if YES, prints the number of iterations that have been necessar to get
842 the solution of the linear system.""",
844 # -----------------------------------
845 LIST_OF_POINTS = SIMP(statut ='f',
846 # -----------------------------------
847 typ = 'I', min=0, max='**',
848 fr = """ Liste de points remarquables pour les impressions""",
849 ang = """ List of remarkable points for printouts""",
851 # -----------------------------------
852 NAMES_OF_POINTS = SIMP(statut ='f',
853 # -----------------------------------
854 typ = 'TXM', min=0, max='**',
855 fr = """ Noms des points remarquables pour les impressions""",
856 ang = """ Names of remarkable points for printouts""",
859 # -----------------------------------
860 FOURIER = FACT(statut='f',
861 # -----------------------------------
862 # -----------------------------------
863 FOURIER_ANALYSIS_PERIODS = SIMP(statut ='o',
864 # -----------------------------------
865 typ = 'R', min=0, max='**',
866 fr = """ Liste des periodes que l''on veut analyser""",
867 ang = """ List of periods to be analysed""",
869 # -----------------------------------
870 TIME_RANGE_FOR_FOURIER_ANALYSIS = SIMP(statut ='o',
871 # -----------------------------------
872 typ = 'R', min= 2, max= 2,
874 fr = """ Pour le calcul du marnage et de la phase de la maree""",
875 ang = """ For computing tidal range and phase of tide""",
880 # -----------------------------------------------------------------------
881 HYDRO = PROC(nom= "HYDRO",op = None,
882 # -----------------------------------------------------------------------
883 UIinfo = {"groupes": ("CACHE")},
884 # -----------------------------------
885 BOUNDARY_CONDITIONS = FACT(statut='o',
886 # -----------------------------------
887 # -----------------------------------
888 PRESCRIBED_ELEVATIONS = SIMP(statut ='f',
889 # -----------------------------------
892 fr = """ Valeurs des cotes imposees aux frontieres liquides entrantes. Lire la
893 partie du mode d''emploi consacree aux conditions aux limites""",
894 ang = """ Values of prescribed elevations at the inflow boundaries. The section
895 about boundary conditions is to be read in the manual""",
897 # -----------------------------------
898 PRESCRIBED_FLOWRATES = SIMP(statut ='f',
899 # -----------------------------------
902 fr = """ Valeurs des debits imposes aux frontieres liquides entrantes. Lire la
903 partie du mode d''emploi consacree aux conditions aux limites""",
904 ang = """ Values of prescribed flowrates at the inflow boundaries. The section
905 about boundary conditions is to be read in the manual""",
907 # -----------------------------------
908 PRESCRIBED_VELOCITIES = SIMP(statut ='f',
909 # -----------------------------------
912 fr = """ Valeurs des vitesses imposees aux frontieres liquides entrantes. Lire
913 la partie du mode d''emploi consacree aux conditions aux limites""",
914 ang = """ Values of prescribed velocities at the liquid inflow boundaries. Refer
915 to the section dealing with the boundary conditions""",
918 # -----------------------------------
919 BOUNDARY_CONDITIONS_OTHERS = FACT(statut='o',
920 # -----------------------------------
921 # -----------------------------------
922 STAGE_DISCHARGE_CURVES = SIMP(statut ='f',
923 # -----------------------------------
924 typ = 'TXM', max='**',
925 into = ["no","Z(Q)","Q(Z) not programmed"],
926 fr = """ Indique si une courbe de tarage doit etre utilisee pour une frontiere
927 0:non 1:Z(Q) 2: Q(Z) (2 non programme)""",
928 ang = """ Says if a discharge-elevation curve must be used for a given boundary
929 :NO 1:Z(Q) 2: Q(Z) (2 not programmed)""",
931 # -----------------------------------
932 b_STAGE_DISCHARGE_CURVESG = BLOC(condition="STAGE_DISCHARGE_CURVES != 'no'",
933 # -----------------------------------
934 # -----------------------------------
935 STAGE_DISCHARGE_CURVES_FILE = SIMP(statut ='f',
936 # -----------------------------------
937 typ = ('Fichier','All Files (*)'),
939 fr = """ Nom du fichier contenant les courbes de tarage""",
940 ang = """ Name of the file containing stage-discharge curves""",
943 # -----------------------------------
944 VELOCITY_PROFILES = SIMP(statut ='f',
945 # -----------------------------------
946 typ = 'TXM', min=0, max='**',
947 into = ["constant normal profile","u and v given in the conlim file","normal velocity given in ubor in the conlim file","velocity proportional to square root of depth","velocity proportional to square root of depth, variant"],
948 fr = """ 1:profil normal constant 2:u et v donnes dans le fichier conlim
949 3:vitesse normale donnee dans ubor dans le fichier conlim 4:profil en
950 racine de la profondeur 5:profil en racine de la profondeur, variante""",
951 ang = """ 1:constant normal profile 2:u and v given in the conlim file 3:normal
952 velocity given in ubor in the conlim file 4:sqrt(depth) profile
953 5:sqrt(depth) profile, variant""",
955 # -----------------------------------
956 OPTION_FOR_LIQUID_BOUNDARIES = SIMP(statut ='f',
957 # -----------------------------------
958 typ = 'TXM', max='**',
959 into = ["classical","Thompson method based on characteristics"],
960 fr = """ On donne 1 entier par frontiere liquide 1 : conditions aux limites
961 classiques 2 : methode de Thompson avec calcul de caracteristiques""",
962 ang = """ One integer per liquid boundary is given 1 : classical boundary
963 conditions 2 : Thompson method based on characteristics""",
965 # -----------------------------------
966 LIQUID_BOUNDARIES_FILE = SIMP(statut ='f',
967 # -----------------------------------
968 typ = ('Fichier','All Files (*)'),
970 fr = """ Fichier de variations en temps des conditions aux limites. Les donnees
971 de ce fichier seront a lire sur le canal 12.""",
972 ang = """ Variations in time of boundary conditions. Data of this file are read
975 # -----------------------------------
976 ELEMENTS_MASKED_BY_USER = SIMP(statut ='o',
977 # -----------------------------------
980 fr = """ SI OUI REMPLIR LE SOUS-PROGRAMME MASKOB""",
981 ang = """ IF YES REWRITE SUBROUTINE MASKOB""",
983 # -----------------------------------
984 b_ELEMENTS_MASKED_BY_USERG = BLOC(condition="ELEMENTS_MASKED_BY_USER == True",
985 # -----------------------------------
986 # -----------------------------------
987 Consigne = SIMP(statut ="o", homo="information", typ="TXM",
988 # -----------------------------------
989 defaut = "Rewrite subroutine maskob"),
992 # -----------------------------------
993 PHYSICAL_PARAMETERS_HYDRO = FACT(statut='o',
994 # -----------------------------------
995 # -----------------------------------
996 FRICTION = FACT(statut='o',
997 # -----------------------------------
998 # -----------------------------------
999 MAXIMUM_NUMBER_OF_FRICTION_DOMAINS = SIMP(statut ='o',
1000 # -----------------------------------
1003 fr = """ nombre maximal de zones pouvant etre definies pour le frottement. Peut
1004 etre augmente si necessaire""",
1005 ang = """ maximal number of zones defined for the friction. Could be increased
1008 # -----------------------------------
1009 FRICTION_DATA = SIMP(statut ='f',
1010 # -----------------------------------
1013 fr = """ Lois de frottements definies par zone""",
1014 ang = """ Friction law defined by area""",
1016 # -----------------------------------
1017 FRICTION_DATA_FILE = SIMP(statut ='f',
1018 # -----------------------------------
1019 typ = ('Fichier','All Files (*)'),
1021 fr = """ fichier de donnees pour le frottement""",
1022 ang = """ friction data file""",
1024 # -----------------------------------
1025 LAW_OF_BOTTOM_FRICTION = SIMP(statut ='o',
1026 # -----------------------------------
1028 into = ["NO FRICTION","HAALAND","CHEZY","STRICKLER","MANNING","NIKURADSE"],
1029 fr = """ selectionne le type de formulation utilisee pour le calcul du
1030 frottement sur le fond. Les lois possibles sont les suivantes (cf. Note
1031 de principe) : - 0 : pas de frottement sur le fond; 1 : formule de
1032 Haaland 2 : formule de Chezy 3 : formule de STRICKLER 4 : formule de
1033 MANNING 5 : formule de NIKURADSE""",
1034 ang = """ Selects the type of formulation used for the bottom friction. The
1035 possible laws are as follows (refer to the Principle note): 0: no
1036 friction against bottom, 1: Haaland''s formula 2: CHEZY''s formula 3:
1037 STRICKLER''s formula 4: MANNING''s formula 5: NIKURADSE''s formula""",
1039 # -----------------------------------
1040 b_LAW_OF_BOTTOM_FRICTIONG = BLOC(condition="LAW_OF_BOTTOM_FRICTION != 'NO FRICTION'",
1041 # -----------------------------------
1042 # -----------------------------------
1043 FRICTION_COEFFICIENT = SIMP(statut ='o',
1044 # -----------------------------------
1047 fr = """ Fixe la valeur du coefficient de frottement pour la formulation
1048 choisie. Attention; la signification de ce chiffre varie suivant la
1049 formule choisie : 1 : coefficient lineaire 2 : coefficient de Chezy 3 :
1050 coefficient de Strickler 4 : coefficient de Manning 5 : hauteur de
1051 rugosite de Nikuradse""",
1052 ang = """ Sets the value of the friction coefficient for the selected
1053 formulation. It is noteworthy that the meaning of this figure changes
1054 according to the selected formula (Chezy, Strickler, etc.) : 1 : linear
1055 coefficient 2 : Chezy coefficient 3 : Strickler coefficient 4 : Manning
1056 coefficient 5 : Nikuradse grain size""",
1059 # -----------------------------------
1060 MANNING_DEFAULT_VALUE_FOR_COLEBROOK_WHITE_LAW = SIMP(statut ='o',
1061 # -----------------------------------
1064 fr = """ valeur par defaut du manning pour la loi de frottement de
1065 Colebrook-White (loi numero 7)""",
1066 ang = """ Manning default value for the friction law of Colebrook-White (law
1069 # -----------------------------------
1070 DEPTH_IN_FRICTION_TERMS = SIMP(statut ='o',
1071 # -----------------------------------
1073 into = ["nodal","average"],
1075 fr = """ 1 : nodale 2 : moyenne""",
1076 ang = """ 1: nodal 2: average""",
1078 # -----------------------------------
1079 NON_SUBMERGED_VEGETATION_FRICTION = SIMP(statut ='o',
1080 # -----------------------------------
1083 fr = """ calcul du frottement du a la vegetation non submergee""",
1084 ang = """ friction calculation of the non-submerged vegetation""",
1086 # -----------------------------------
1087 b_NON_SUBMERGED_VEGETATION_FRICTIONG = BLOC(condition="NON_SUBMERGED_VEGETATION_FRICTION == True",
1088 # -----------------------------------
1089 # -----------------------------------
1090 DIAMETER_OF_ROUGHNESS_ELEMENTS = SIMP(statut ='o',
1091 # -----------------------------------
1094 fr = """ diametre des elements de frottements""",
1095 ang = """ diameter of roughness element""",
1097 # -----------------------------------
1098 SPACING_OF_ROUGHNESS_ELEMENTS = SIMP(statut ='o',
1099 # -----------------------------------
1102 fr = """ espacement des elements de frottement""",
1103 ang = """ spacing of rouhness element""",
1106 # -----------------------------------
1107 LAW_OF_FRICTION_ON_LATERAL_BOUNDARIES = SIMP(statut ='o',
1108 # -----------------------------------
1110 into = ["NO FRICTION","HAALAND","CHEZY","STRICKLER","MANNING","NIKURADSE","LOG LAW","COLEBROOK-WHITE"],
1111 defaut = "NO FRICTION",
1112 fr = """ selectionne le type de formulation utilisee pour le calcul du
1113 frottement sur les parois laterales. Les lois possibles sont les
1114 suivantes (cf. Note de principe) : 0 : pas de frottement 1 : lineaire 2
1115 : Chezy 3 : Strickler 4 : Manning 5 : formule de NIKURADSE 6 : loi en
1116 log 7 : Colebrook-White""",
1117 ang = """ Selects the type of formulation used for the friction on lateral
1118 boundaries. The possible laws are as follows (refer to the Principle
1119 note): 0: no friction 1: linear 2: Chezy 3: Strickler 4: Manning 5:
1120 NIKURADSE''s formula 6 : law log 7 : Colebrook-White""",
1122 # -----------------------------------
1123 b_LAW_OF_FRICTION_ON_LATERAL_BOUNDARIESG = BLOC(condition="LAW_OF_FRICTION_ON_LATERAL_BOUNDARIES != 'NO FRICTION'",
1124 # -----------------------------------
1125 # -----------------------------------
1126 ROUGHNESS_COEFFICIENT_OF_BOUNDARIES = SIMP(statut ='o',
1127 # -----------------------------------
1130 fr = """ Fixe la valeur du coefficient de frottement sur les frontieres solides
1131 avec un regime turbulent rugueux sur les bords du domaine. meme
1132 convention que pour le coefficient de frottement: 1 : non programme 2 :
1133 coefficient de Chezy 3 : coefficient de Strickler 4 : coefficient de
1134 Manning 5 : hauteur de rugosite de Nikuradse""",
1135 ang = """ Sets the value of the friction coefficient of the solid boundary with
1136 the bed roughness option. Same meaning than friction coefficient""",
1139 # -----------------------------------
1140 DEFINITION_OF_ZONES = SIMP(statut ='o',
1141 # -----------------------------------
1144 fr = """ Declenche l''appel a def\_zones, pour donner un numero de zone a
1146 ang = """ Triggers the call to def\_zones to give a zone number to every point""",
1148 # -----------------------------------
1149 b_DEFINITION_OF_ZONESG = BLOC(condition="DEFINITION_OF_ZONES == True",
1150 # -----------------------------------
1151 # -----------------------------------
1152 Consigne = SIMP(statut ="o", homo="information", typ="TXM",
1153 # -----------------------------------
1154 defaut = "Rewrite subroutine def_zones"),
1156 # -----------------------------------
1157 ZONES_FILE = SIMP(statut ='f',
1158 # -----------------------------------
1159 typ = ('Fichier','All Files (*)'),
1161 fr = """ Fichier des zones avec sur chaque ligne numero de point numero de
1163 ang = """ Zones file, with on every line: point number zone number""",
1166 # -----------------------------------
1167 METEOROLOGY = FACT(statut='f',
1168 # -----------------------------------
1169 # -----------------------------------
1170 WIND = SIMP(statut ='o',
1171 # -----------------------------------
1174 fr = """ Prise en compte ou non des effets du vent.""",
1175 ang = """ Determines whether the wind effects are to be taken into account or
1178 # -----------------------------------
1179 b_WINDG = BLOC(condition="WIND == True",
1180 # -----------------------------------
1181 # -----------------------------------
1182 WIND_VELOCITY_ALONG_X = SIMP(statut ='o',
1183 # -----------------------------------
1186 fr = """ Composante de la vitesse du vent suivant l''axe des x (m/s).""",
1187 ang = """ Wind velocity, component along x axis (m/s).""",
1189 # -----------------------------------
1190 WIND_VELOCITY_ALONG_Y = SIMP(statut ='o',
1191 # -----------------------------------
1194 fr = """ Composante de la vitesse du vent suivant l''axe des y (m/s).""",
1195 ang = """ Wind velocity, component along y axis (m/s).""",
1197 # -----------------------------------
1198 THRESHOLD_DEPTH_FOR_WIND = SIMP(statut ='o',
1199 # -----------------------------------
1202 fr = """ Retire la force due au vent dans les petites profondeurs""",
1203 ang = """ Wind is not taken into account for small depths""",
1205 # -----------------------------------
1206 COEFFICIENT_OF_WIND_INFLUENCE = SIMP(statut ='o',
1207 # -----------------------------------
1210 fr = """ Fixe la valeur du coefficient d''entrainement du vent (cf. Note de
1212 ang = """ Sets the value of the wind driving coefficient. Refer to principle
1215 # -----------------------------------
1216 OPTION_FOR_WIND = SIMP(statut ='o',
1217 # -----------------------------------
1219 into = ["constant in time and space","variable in time given by formated file","variable in time and space given by formated file"],
1220 defaut = "constant in time and space",
1221 fr = """ donne les options pour introduire le vent:
1222 1: constant en temps et en espace (donne par le mot cle VITESSE ET
1224 2: variable en temps donne par fichier formate
1225 3: variable en temps et en espace donne par fichier formate""",
1226 ang = """ gives option for managing the wind:
1227 1: constant in time and space, given by keyword SPEED AND DIRECTION OF
1229 2: variable in time and (constant in space), given by formated file
1230 3: variable in time and space""",
1232 # -----------------------------------
1233 b_OPTION_FOR_WINDG = BLOC(condition="OPTION_FOR_WIND == 'constant in time and space'",
1234 # -----------------------------------
1235 # -----------------------------------
1236 SPEED_AND_DIRECTION_OF_WIND = SIMP(statut ='o',
1237 # -----------------------------------
1238 typ = 'R', min= 2, max= 2,
1240 fr = """ Donne la vitesse et la direction (en degres de 0 a 360, 0 etant y=0 et
1241 x=+inf) du vent lorsqu ils sont consant en temps et en espace (mot cle
1242 OPTION DU VENT = 1)""",
1243 ang = """ gives the speed and direction (degre (from 0 to 360), 0 given y=0 anx
1244 x=+infinity) when they are constant in time and space (keyword OPTION
1248 # -----------------------------------
1249 b_OPTION_FOR_WINDH = BLOC(condition="OPTION_FOR_WIND == 'variable in time given by formated file' or OPTION_FOR_WIND == 'variable in time and space given by formated file'",
1250 # -----------------------------------
1251 # -----------------------------------
1252 Consigne = SIMP(statut ="o", homo="information", typ="TXM",
1253 # -----------------------------------
1254 defaut = "Give the formatted file 3"),
1257 # -----------------------------------
1258 AIR_PRESSURE = SIMP(statut ='o',
1259 # -----------------------------------
1262 fr = """ Permet de decider si l''on prend ou non en compte l''influence d''un
1263 champ de pression.""",
1264 ang = """ Provided to decide whether the influence of an atmosphere field is
1265 taken into account or not.""",
1267 # -----------------------------------
1268 b_AIR_PRESSUREG = BLOC(condition="AIR_PRESSURE == True",
1269 # -----------------------------------
1270 # -----------------------------------
1271 VALUE_OF_ATMOSPHERIC_PRESSURE = SIMP(statut ='o',
1272 # -----------------------------------
1275 fr = """ donne la valeur de la pression atmospherique lorsquelle est constante
1276 en temps et en espace""",
1277 ang = """ gives the value of atmospheric pressure when it is contant in time and
1281 # -----------------------------------
1282 RAIN_OR_EVAPORATION = SIMP(statut ='o',
1283 # -----------------------------------
1286 fr = """ Pour ajouter un apport ou une perte d''eau en surface. Voir le mot-cle
1287 PLUIE OU EVAPORATION EN MM PAR JOUR""",
1288 ang = """ to add or remove water at the free surface. See the key-word RAIN OR
1289 EVAPORATION IN MM PER DAY""",
1291 # -----------------------------------
1292 b_RAIN_OR_EVAPORATIONG = BLOC(condition="RAIN_OR_EVAPORATION == True",
1293 # -----------------------------------
1294 # -----------------------------------
1295 RAIN_OR_EVAPORATION_IN_MM_PER_DAY = SIMP(statut ='o',
1296 # -----------------------------------
1299 fr = """ Pour ajouter un apport ou une perte d''eau en surface""",
1300 ang = """ to add or remove water at the free surface""",
1303 # -----------------------------------
1304 RAINFALL_RUNOFF_MODEL = SIMP(statut ='f',
1305 # -----------------------------------
1307 into = ["No infiltration","CN runoff model"],
1308 defaut = "No infiltration",
1309 fr = """Option pour modele pluie-debit. Les options disponibles sont:
1310 0 : Pas d infiltration (fonction de base)
1311 1 : Modele CN (Curve Number du SCS)""",
1312 ang = """Option for the rainfall-runoff model. Available options are:
1314 1 : CN runoff model (Curve Number method of the SCS)""",
1316 # -----------------------------------
1317 ANTECEDENT_MOISTURE_CONDITIONS = SIMP(statut ='f',
1318 # -----------------------------------
1321 fr = """Donne les conditions d humidite precedant un episode de pluie pour
1322 le modele CN du SCS. Les options disponibles sont:
1323 1 : conditions precedentes seches
1324 2 : conditions precedentes normales
1325 3 : conditions prcedentes mouillees
1326 ce mot cle est uniquement utile pour le modele pluie-debit 1 (CN)""",
1327 ang = """Gives the antecedent moisture conditions before a rainfall
1328 event for the SCS CN runoff model. Available options are:
1329 1 : dry antecedent conditions
1330 2 : normal antecedent conditions
1331 3 : wet antecedent conditions
1332 this keyword is only usefull for runoff model 1 (SCS CN model)""",
1334 # -----------------------------------
1335 DURATION_OF_RAIN_OR_EVAPORATION_IN_HOURS = SIMP(statut ='f',
1336 # -----------------------------------
1339 fr = """Donne la duree de la pluie en heure, par defaut pluie infinie""",
1340 ang = """Gives the duration of the rain in hour,
1341 default value is infinite""",
1343 # -----------------------------------
1344 ASCII_ATMOSPHERIC_DATA_FILE = SIMP(statut ='f',
1345 # -----------------------------------
1346 typ = ('Fichier','All Files (*)'),
1348 fr = """Fichier de donnees en ascii contenant les informations
1349 atmospheriques variables en temps""",
1350 ang = """Ascii data file containing the atmospheric data varying in
1353 # -----------------------------------
1354 BINARY_ATMOSPHERIC_DATA_FILE = SIMP(statut ='f',
1355 # -----------------------------------
1356 typ = ('Fichier','All Files (*)'),
1358 fr = """Fichier de donnees code en binaire contenant les informations
1359 atmospheriques variables en temps et en espace sur le maillage""",
1360 ang = """Binary-coded data file containing the atmospheric data varying in
1361 time and space on the mesh""",
1363 # -----------------------------------
1364 BINARY_ATMOSPHERIC_DATA_FILE_FORMAT = SIMP(statut ='f',
1365 # -----------------------------------
1367 into = ['SERAFIN?','SERAFIND','MED'],
1368 defaut = 'SERAFIN?',
1369 fr = """Format du fichier binaire de donn\E9es atmospheriques.
1370 Les valeurs possibles sont :
1371 - SERAFIN : format standard simple precision pour Telemac;
1372 - SERAFIND: format standard double precision pour Telemac;
1373 - MED : format MED base sur HDF5""",
1374 ang = """Binary atmospheric file format.
1375 Possible values are:
1376 - SERAFIN : classical single precision format in Telemac;
1377 - SERAFIND: classical double precision format in Telemac;
1378 - MED : MED format based on HDF5""",
1380 # -----------------------------------
1381 OPTION_FOR_INITIAL_ABSTRACTION_RATIO = SIMP(statut ='f',
1382 # -----------------------------------
1385 fr = """ Donne le ratio entre pertes initiales IA et la retention potenti
1386 maximale S pour le modele pluie-debit SCS CN. Les options disponibles so
1387 1 : IA/S = 0.2 (methode standard) 2 : IA/S = 0.05 (methode revisee,
1388 cf. Woodward, Hawkins et al. 2003. A cette option les coefficients CN
1389 fournis en entree sont alors automatiquement corriges, cf. manuel
1390 utilisateur). Ce mot cle est uniquement utile pour le modele pluie-debit
1392 ang = """ Gives the ratio for Initial Abstraction to Maximal Potential Retention
1393 S for the SCS CN runoff model. Available options are: 1 : IA/S = 0.2
1394 (standard method) 2 : IA/S = 0.05 (revised method, see Woodward, Hawkins
1395 et al. 2003. With this option the CN values given in input are
1396 automatically convers see user manual). This keyword is only useful for
1397 runoff model 1 (SCS CN model)""",
1400 # -----------------------------------
1401 WAVE = FACT(statut='f',
1402 # -----------------------------------
1403 # -----------------------------------
1404 WAVE_DRIVEN_CURRENTS = SIMP(statut ='o',
1405 # -----------------------------------
1408 fr = """ Active la prise en compte des courants de houle""",
1409 ang = """ Wave driven currents are taken into account.""",
1411 # -----------------------------------
1412 b_WAVE_DRIVEN_CURRENTSG = BLOC(condition="WAVE_DRIVEN_CURRENTS == True",
1413 # -----------------------------------
1414 # -----------------------------------
1415 RECORD_NUMBER_IN_WAVE_FILE = SIMP(statut ='o',
1416 # -----------------------------------
1419 fr = """ Numero d enregistrement dans le fichier des courants de houle""",
1420 ang = """ Record number to read in the wave driven currents file""",
1423 # -----------------------------------
1424 WAVE_ENHANCED_FRICTION_FACTOR = SIMP(statut ='f',
1425 # -----------------------------------
1428 fr = """ Active la prise en compte des interactions non-lineaires entre la
1429 houle et les courant pour le calcul du courant de houle (cf OConnor and
1430 Yoo, 1988, Coast Eng.12.)""",
1431 ang = """ Wave friction enhancement for the calculation of the wave generated
1432 longshore current (cf OConnor and Yoo, 1988, Coast Eng.12.)""",
1435 # -----------------------------------
1436 ESTIMATION = FACT(statut='f',
1437 # -----------------------------------
1438 # -----------------------------------
1439 PARAMETER_ESTIMATION = SIMP(statut ='o',
1440 # -----------------------------------
1442 into = ['','FRICTION','FRICTION, STEADY'],
1444 fr = """ Liste des parametres a estimer, choix : FROTTEMENT ou FROTTEMENT,
1446 ang = """ List of parameter to be estimated, choice : FRICTION or FRICTION,
1449 # -----------------------------------
1450 COST_FUNCTION = SIMP(statut ='f',
1451 # -----------------------------------
1453 into = ["Computed with h,u,v","Computed with c,u,v"],
1454 defaut = "Computed with h,u,v",
1455 fr = """ 1 : calculee sur h, u , v 2 : calculee avec c, u , v""",
1456 ang = """ 1: computed with h, u , v 2: computed with c, u , v""",
1458 # -----------------------------------
1459 IDENTIFICATION_METHOD = SIMP(statut ='o',
1460 # -----------------------------------
1462 into = ["list of tests","gradient simple","conj gradient","Lagrange interp."],
1463 defaut = "gradient simple",
1464 fr = """ 0 : plan d''experience 1 : gradient simple 2 : gradient conj. 3 :
1465 interp. de Lagrange""",
1466 ang = """ 0 : list of tests 1: gradient 2 : conj. gradient 3 : lagrange interp.""",
1468 # -----------------------------------
1469 TOLERANCES_FOR_IDENTIFICATION = SIMP(statut ='o',
1470 # -----------------------------------
1471 typ = 'R', min= 4, max= 4,
1472 defaut = [1.E-3,1.E-3,1.E-3,1.E-4],
1473 fr = """ 4 nombres : precision absolue sur H, U, V, et precision relative sur
1474 la fonction cout""",
1475 ang = """ 4 numbers: absolute precision on H, U V, and relative precision on the
1478 # -----------------------------------
1479 MAXIMUM_NUMBER_OF_ITERATIONS_FOR_IDENTIFICATION = SIMP(statut ='o',
1480 # -----------------------------------
1483 fr = """ chaque iteration comprend au moins un calcul direct et un calcul
1485 ang = """ every iteration implies at least a direct and an adjoint computation""",
1488 # -----------------------------------
1489 SOURCES = FACT(statut='f',
1490 # -----------------------------------
1491 # -----------------------------------
1492 ABSCISSAE_OF_SOURCES = SIMP(statut ='f',
1493 # -----------------------------------
1494 typ = 'R', min=0, max='**',
1495 fr = """ Valeurs des abscisses des sources de debit et de traceur.""",
1496 ang = """ abscissae of sources of flowrate and/or tracer""",
1498 # -----------------------------------
1499 ORDINATES_OF_SOURCES = SIMP(statut ='f',
1500 # -----------------------------------
1501 typ = 'R', min=0, max='**',
1502 fr = """ Valeurs des ordonnees des sources de debit et de traceur.""",
1503 ang = """ ordinates of sources of flowrate and/or tracer""",
1505 # -----------------------------------
1506 WATER_DISCHARGE_OF_SOURCES = SIMP(statut ='f',
1507 # -----------------------------------
1508 typ = 'R', min=0, max='**',
1509 fr = """ Valeurs des debits des sources.""",
1510 ang = """ values of water discharge of sources""",
1512 # -----------------------------------
1513 VELOCITIES_OF_THE_SOURCES_ALONG_X = SIMP(statut ='f',
1514 # -----------------------------------
1515 typ = 'R', min=0, max='**',
1516 fr = """ Vitesses du courant a chacune des sources. Si elles ne sont pas
1517 donnees, on considere que la vitesse est celle du courant""",
1518 ang = """ Velocities at the sources. If they are not given, the velocity of the
1519 flow at this location is taken""",
1521 # -----------------------------------
1522 VELOCITIES_OF_THE_SOURCES_ALONG_Y = SIMP(statut ='f',
1523 # -----------------------------------
1524 typ = 'R', min=0, max='**',
1525 fr = """ Vitesses du courant a chacune des sources""",
1526 ang = """ Velocities at the sources""",
1528 # -----------------------------------
1529 TYPE_OF_SOURCES = SIMP(statut ='o',
1530 # -----------------------------------
1532 into = ["Normal","Dirac"],
1534 fr = """ 1: Source portee par une base elements finis 2: Source portee par une
1535 fonction de Dirac""",
1536 ang = """ 1: Source term multiplied by a finite element basis 2: Source term
1537 multiplied by a Dirac function""",
1539 # -----------------------------------
1540 SOURCES_FILE = SIMP(statut ='f',
1541 # -----------------------------------
1542 typ = ('Fichier','All Files (*)'),
1544 fr = """ Nom du fichier contenant les informations variables en temps des
1546 ang = """ Name of the file containing time-dependent information on sources""",
1549 # -----------------------------------
1550 WATER_QUALITY_INFO = FACT(statut='f',
1551 # -----------------------------------
1552 # -----------------------------------
1553 WATER_QUALITY_PROCESS = SIMP(statut ='f',
1554 # -----------------------------------
1557 fr = """ donne le numero du processus waq (1 ou 2 ou 3 ou 4 ou 5) 0- RIEN,
1558 1-O2, 2-BIOMASS, 3-EUTRO 4-MICROPOL 5-THERMIC)""",
1559 ang = """ gives the waq process number (from 1 to 5) 0-NOTHING, 1-O2, 2-BIOMASS,
1560 3-EUTRO 4-MICROPOL 5-THERMIC)""",
1563 # -----------------------------------
1564 ADVANCED_PHY = FACT(statut='f',
1565 # -----------------------------------
1566 # -----------------------------------
1567 WATER_DENSITY = SIMP(statut ='o',
1568 # -----------------------------------
1571 fr = """ Fixe la valeur de la masse volumique de l''eau.""",
1572 ang = """ set the value of water density""",
1574 # -----------------------------------
1575 GRAVITY_ACCELERATION = SIMP(statut ='o',
1576 # -----------------------------------
1579 fr = """ Fixe la valeur de l''acceleration de la pesanteur.""",
1580 ang = """ Set the value of the acceleration due to gravity.""",
1582 # -----------------------------------
1583 VERTICAL_STRUCTURES = SIMP(statut ='o',
1584 # -----------------------------------
1587 fr = """ Prise en compte de la force de trainee de structures verticales (il
1588 faut alors remplir la subroutine DRAGFO)""",
1589 ang = """ drag forces from vertical structures are taken into account.
1590 (subroutine DRAGFO must then be implemented)""",
1592 # -----------------------------------
1593 b_VERTICAL_STRUCTURESG = BLOC(condition="VERTICAL_STRUCTURES == True",
1594 # -----------------------------------
1595 # -----------------------------------
1596 Consigne = SIMP(statut ="o", homo="information", typ="TXM",
1597 # -----------------------------------
1598 defaut = "Fill the subroutine DRAGFO"),
1602 # -----------------------------------
1603 NUMERICAL_PARAMETERS_HYDRO = FACT(statut='o',
1604 # -----------------------------------
1605 # -----------------------------------
1606 EQUATIONS = SIMP(statut ='o',
1607 # -----------------------------------
1609 into = ['SAINT-VENANT FE','SAINT-VENANT FV','BOUSSINESQ'],
1610 defaut = 'SAINT-VENANT FE',
1611 fr = """ CHOIX DES EQUATIONS A RESOUDRE : SAINT-VENANT ELEMENTS FINIS,
1612 SAINT-VENANT VOLUMES FINIS OU BOUSSINESQ 20 CARACTERES""",
1613 ang = """ CHOICE OF EQUATIONS TO SOLVE : SAINT-VENANT FINITE ELEMENTS,
1614 SAINT-VENANT FINITE VOLUMES OR BOUSSINESQ 20 CHARACTERS""",
1616 # -----------------------------------
1617 b_EQUATIONSG = BLOC(condition="EQUATIONS == 'SAINT-VENANT FV'",
1618 # -----------------------------------
1619 # -----------------------------------
1620 FINITE_VOLUME_SCHEME = SIMP(statut ='o',
1621 # -----------------------------------
1623 into = ["Roe scheme","kinetic order 1","kinetic order 2","Zokagoa scheme order 1","Tchamen scheme order 1","HLLC scheme order 1","WAF scheme order 2"],
1624 defaut = "kinetic order 1",
1625 fr = """ 0 : schema de Roe 1 : cinetique ordre 1 2 : cinetique ordre 2 3 :
1626 schema de Zokagoa 4 : schema de Tchamen 5 : HLLC ordre 1 6 : WAF ordre
1628 ang = """ 0: Roe scheme 1: kinetic order 1 2: kinetic order 2 3 : Zokagoa scheme
1629 4 : Tchamen scheme 5 : HLLC order 1 6 : WAF order 2""",
1632 # -----------------------------------
1633 TREATMENT_OF_THE_LINEAR_SYSTEM = SIMP(statut ='o',
1634 # -----------------------------------
1636 into = ["coupled","Wave equation"],
1638 fr = """ 1 : Traitement couple 2 : equation d onde""",
1639 ang = """ 1 : Coupled 2 : wave equation""",
1642 # -----------------------------------
1643 FLUID = FACT(statut='f',
1644 # -----------------------------------
1645 # -----------------------------------
1646 CORIOLIS_EFFECT = FACT(statut='f',
1647 # -----------------------------------
1648 # -----------------------------------
1649 CORIOLIS = SIMP(statut ='o',
1650 # -----------------------------------
1653 fr = """ Prise en compte ou non de la force de Coriolis.""",
1654 ang = """ The Coriolis force is taken into account or ignored.""",
1656 # -----------------------------------
1657 CORIOLIS_COEFFICIENT = SIMP(statut ='o',
1658 # -----------------------------------
1661 fr = """ Fixe la valeur du coefficient de la force de Coriolis. Celui-ci doit
1662 etre calcule en fonction de la latitude l par la formule FCOR = 2w
1663 sin(l) , w etant la vitesse de rotation de la terre. w = 7.2921 10-5
1664 rad/s Les composantes de la force de Coriolis sont alors : FU = FCOR x V
1666 ang = """ Sets the value of the Coriolis force coefficient, in cartesian
1667 coordinates. This coefficient, denoted FCOR in the code, should be equal
1668 to 2 w sin(l)d where w denotes the earth angular speed of rotation and l
1669 the latitude. w = 7.27 10-5 rad/sec The Coriolis force components are
1670 then: FU = FCOR x V, FV = -FCOR x U In spherical coordinates, the
1671 latitudes are known""",
1674 # -----------------------------------
1675 TSUNAMI = FACT(statut='f',
1676 # -----------------------------------
1677 # -----------------------------------
1678 OPTION_FOR_TSUNAMI_GENERATION = SIMP(statut ='o',
1679 # -----------------------------------
1681 into = ["No Tsunami","Tsunami generated on the basis of the Okada model 1992"],
1682 defaut = "No Tsunami",
1686 # -----------------------------------
1687 PHYSICAL_CHARACTERISTICS_OF_THE_TSUNAMI = SIMP(statut ='o',
1688 # -----------------------------------
1689 typ = 'R', min=10, max=10,
1690 defaut = [100.,210000.,75000.,13.6,81.,41.,110.,0.,0.,3.],
1695 # -----------------------------------
1696 SECONDARY_CURRENTS_INFO = FACT(statut='f',
1697 # -----------------------------------
1698 # -----------------------------------
1699 SECONDARY_CURRENTS = SIMP(statut ='o',
1700 # -----------------------------------
1703 fr = """ Pour prendre en compte les courants secondaires""",
1704 ang = """ Using the parametrisation for secondary currents""",
1706 # -----------------------------------
1707 b_SECONDARY_CURRENTSG = BLOC(condition="SECONDARY_CURRENTS == True",
1708 # -----------------------------------
1709 # -----------------------------------
1710 PRODUCTION_COEFFICIENT_FOR_SECONDARY_CURRENTS = SIMP(statut ='o',
1711 # -----------------------------------
1714 fr = """ Une constante dans les termes de creation de Omega""",
1715 ang = """ A constant in the production terms of Omega""",
1717 # -----------------------------------
1718 DISSIPATION_COEFFICIENT_FOR_SECONDARY_CURRENTS = SIMP(statut ='o',
1719 # -----------------------------------
1722 fr = """ Coefficient de dissipation de Omega""",
1723 ang = """ Coefficient of dissipation term of Omega""",
1729 # -----------------------------------------------------------------------
1730 GENERAL_PARAMETERS = PROC(nom= "GENERAL_PARAMETERS",op = None,
1731 # -----------------------------------------------------------------------
1732 UIinfo = {"groupes": ("CACHE")},
1733 # -----------------------------------
1734 DEBUGGER = SIMP(statut ='o',
1735 # -----------------------------------
1738 fr = """ Pour imprimer la sequence des appels, mettre 1""",
1739 ang = """ If 1, calls of subroutines will be printed in the listing""",
1741 # -----------------------------------
1742 TIME = FACT(statut='o',
1743 # -----------------------------------
1744 # -----------------------------------
1745 TIME_STEP = SIMP(statut ='o',
1746 # -----------------------------------
1749 fr = """ Definit le pas de temps en secondes. Remarque : Pour une bonne
1750 precision; il est souhaitable de choisir le pas de temps de telle sorte
1751 que le nombre de Courant de propagation soit inferieur a 2 ; voir 3.
1752 Ceci peut etre realisable en hydraulique fluviale ; mais ne l''est
1753 pratiquement jamais en hydraulique maritime ou l''on peut atteindre des
1755 ang = """ Specifies the time step in seconds.""",
1757 # -----------------------------------
1758 NUMBER_OF_TIME_STEPS = SIMP(statut ='f',
1759 # -----------------------------------
1762 fr = """ Definit le nombre de pas de temps effectues lors de l''execution du
1764 ang = """ Specifies the number of time steps performed when running the code.""",
1766 # -----------------------------------
1767 DURATION = SIMP(statut ='f',
1768 # -----------------------------------
1771 fr = """ duree de la simulation. alternative au parametre nombre de pas de
1772 temps. On en deduit le nombre de pas de temps en prenant l''entier le
1773 plus proche de (duree du calcul/pas de temps). Si le nombre de pas de
1774 temps est aussi donne, on prend la plus grande valeur""",
1775 ang = """ duration of simulation. May be used instead of the parameter NUMBER OF
1776 TIME STEPS. The nearest integer to (duration/time step) is taken. If
1777 NUMBER OF TIME STEPS is also given, the greater value is taken""",
1779 # -----------------------------------
1780 ORIGINAL_DATE_OF_TIME = SIMP(statut ='o',
1781 # -----------------------------------
1782 typ = 'I', min= 3, max= 3,
1783 defaut = [1900,1,1],
1784 fr = """ Permet de fixer la date d''origine des temps du modele lors de la
1785 prise en compte de la force generatrice de la maree.""",
1786 ang = """ Give the date of the time origin of the model when taking into account
1787 the tide generating force.""",
1789 # -----------------------------------
1790 ORIGINAL_HOUR_OF_TIME = SIMP(statut ='o',
1791 # -----------------------------------
1792 typ = 'I', min= 3, max= 3,
1794 fr = """ Permet de fixer l''heure d''origine des temps du modele lors de la
1795 prise en compte de la force generatrice de la maree.""",
1796 ang = """ Give the time of the time origin of the model when taking into account
1797 of the tide generator force.""",
1799 # -----------------------------------
1800 STOP_IF_A_STEADY_STATE_IS_REACHED = SIMP(statut ='o',
1801 # -----------------------------------
1804 fr = """ A UTILISER AVEC LE MOT-CLE : CRITERES D''ARRET""",
1805 ang = """ TO BE USED WITH THE KEY-WORD: STOP CRITERIA""",
1807 # -----------------------------------
1808 b_STOP_IF_A_STEADY_STATE_IS_REACHEDG = BLOC(condition="STOP_IF_A_STEADY_STATE_IS_REACHED == True",
1809 # -----------------------------------
1810 # -----------------------------------
1811 STOP_CRITERIA = SIMP(statut ='o',
1812 # -----------------------------------
1813 typ = 'R', min= 3, max= 3,
1814 defaut = [1.E-4,1.E-4,1.E-4],
1815 fr = """ Criteres d''arret pour un ecoulement permanent ces coefficients sont
1816 respectivement appliques a 1) U et V 2) H 3) T A utiliser avec le
1817 mot-cle : ARRET SI UN ETAT PERMANENT EST ATTEINT""",
1818 ang = """ Stop criteria for a steady state These coefficients are applied
1819 respectively to 1) U and V 2) H 3) T To be used with the key-word: STOP
1820 IF A STEADY STATE IS REACHED""",
1823 # -----------------------------------
1824 CONTROL_OF_LIMITS = SIMP(statut ='o',
1825 # -----------------------------------
1828 fr = """ Utiliser avec le mot-cle : valeurs limites, le programme s''arrete si
1829 les limites sur u,v,h ou t sont depassees""",
1830 ang = """ Use with the key-word : limit values, the program is stopped if the
1831 limits on u,v,h, or t are trespassed""",
1833 # -----------------------------------
1834 b_CONTROL_OF_LIMITSG = BLOC(condition="CONTROL_OF_LIMITS == True",
1835 # -----------------------------------
1836 # -----------------------------------
1837 LIMIT_VALUES = SIMP(statut ='o',
1838 # -----------------------------------
1839 typ = 'R', min= 8, max= 8,
1840 defaut = [-1000.,9000.,-1000.,1000.,-1000.,1000.,-1000.,1000.],
1841 fr = """ Utilise avec le mot-cle CONTROLE DES LIMITES valeurs mini et maxi
1842 acceptables pour H,U,V et T dans l''ordre suivant : min(H) max(H) min(U)
1843 max(U) min(V) max(V) min(T) max(T)""",
1844 ang = """ To be used with the key-word CONTROL OF LIMITS min and max acceptable
1845 values for H,U,V et T in the following order : min(H) max(H) min(U)
1846 max(U) min(V) max(V) min(T) max(T)""",
1849 # -----------------------------------
1850 VARIABLE_TIME_STEP = SIMP(statut ='o',
1851 # -----------------------------------
1854 fr = """ Pas de temps variable pour avoir un nombre de courant souhaite""",
1855 ang = """ Variable time-step to get a given Courant number""",
1857 # -----------------------------------
1858 b_VARIABLE_TIME_STEPG = BLOC(condition="VARIABLE_TIME_STEP == True",
1859 # -----------------------------------
1860 # -----------------------------------
1861 DESIRED_COURANT_NUMBER = SIMP(statut ='o',
1862 # -----------------------------------
1865 fr = """ Nombre de Courant souhaite en cas de pas de temps variable""",
1866 ang = """ Desired Courant number when VARIABLE TIME-STEP is set to YES""",
1870 # -----------------------------------
1871 LOCATION = FACT(statut='o',
1872 # -----------------------------------
1873 # -----------------------------------
1874 ORIGIN_COORDINATES = SIMP(statut ='o',
1875 # -----------------------------------
1876 typ = 'I', min= 2, max= 2,
1878 fr = """ Valeur en metres, utilise pour eviter les trops grands nombres,
1879 transmis dans le format Selafin mais pas d''autre traitement pour
1881 ang = """ Value in metres, used to avoid large real numbers, added in Selafin
1882 format, but so far no other treatment""",
1884 # -----------------------------------
1885 SPHERICAL_COORDINATES = SIMP(statut ='o',
1886 # -----------------------------------
1889 fr = """ Choix des coordonnees spheriques pour la realisation du calcul ( pour
1890 les grands domaines de calcul). Attention : cette option est etroitement
1891 liee au maillage qui doit avoir ete saisi sur une carte marine en
1892 projection de Mercator. Il faut de plus relever sur la carte la LATITUDE
1893 DU POINT ORIGINE (autre mot-cle) qui correspond dans le maillage a
1894 l''ordonnee y = 0.""",
1895 ang = """ Selection of spherical coordinates to perform the computation (for
1896 large computation domains). Warning: this option is closely related to
1897 the mesh that should have been entered onto a nautical chart drawn as
1898 per Mercator projection The LATITUDE OF ORIGIN POINT (another keyword),
1899 which corresponds to ordinate y=0 in the mesh, must moreover be given.""",
1901 # -----------------------------------
1902 b_SPHERICAL_COORDINATESG = BLOC(condition="SPHERICAL_COORDINATES == True",
1903 # -----------------------------------
1904 # -----------------------------------
1905 LATITUDE_OF_ORIGIN_POINT = SIMP(statut ='o',
1906 # -----------------------------------
1909 fr = """ Determine l''origine utilisee pour le calcul de latitudes lorsque
1910 l''on effectue un calcul en coordonnees spheriques.""",
1911 ang = """ Determines the origin used for computing latitudes when a computation
1912 is made in spherical coordinates. this latitude is in particular used to
1913 compute the Coriolis force. In cartesian coordinates, Coriolis
1914 coefficient is considered constant.""",
1917 # -----------------------------------
1918 LONGITUDE_OF_ORIGIN_POINT = SIMP(statut ='o',
1919 # -----------------------------------
1922 fr = """ Fixe la valeur de la longitude du point origine du modele, lors de
1923 l''utilisation de la force generatrice de la maree.""",
1924 ang = """ Give the value of the longitude of the origin point of the model, when
1925 taking into account of the tide generator force.""",
1927 # -----------------------------------
1928 NORTH = SIMP(statut ='f',
1929 # -----------------------------------
1932 fr = """ Direction du nord en degres, par rapport a l''axe des y dans le sens
1933 trigonometrique. Notation decimale 10.5 signifie 10 degres et trente
1935 ang = """ Angle of the North with the y axis, in degrees. 10.5 means 10 degrees
1938 # -----------------------------------
1939 SPATIAL_PROJECTION_TYPE = SIMP(statut ='o',
1940 # -----------------------------------
1942 into = ["CARTESIAN, NOT GEOREFERENCED","MERCATOR","LATITUDE LONGITUDE"],
1943 defaut = "CARTESIAN, NOT GEOREFERENCED",
1944 fr = """ Option 2 ou 3 obligatoire pour les coordonnees spheriques Option 3 :
1945 latitude et longitude en degres !""",
1946 ang = """ Option 2 or 3 mandatory for spherical coordinates Option 3: latitude
1947 and longitude in degrees!""",
1951 # -----------------------------------------------------------------------
1952 NUMERICAL_PARAMETERS = PROC(nom= "NUMERICAL_PARAMETERS",op = None,
1953 # -----------------------------------------------------------------------
1954 UIinfo = {"groupes": ("CACHE")},
1955 # -----------------------------------
1956 SOLVER_INFO = FACT(statut='o',
1957 # -----------------------------------
1958 # -----------------------------------
1959 SOLVER = SIMP(statut ='o',
1960 # -----------------------------------
1962 into = ["conjugate gradient on a normal equation","conjugate gradient","conjugate residual","minimum error","cgstab","gmres","direct"],
1963 defaut = "conjugate gradient on a normal equation",
1964 fr = """ Permet de choisir le solveur utilise pour la resolution de l''etape de
1965 propagation. Toutes les methodes proposees actuellement s''apparentent
1966 au Gradient Conjugue. Ce sont : 1 : gradient conjugue 2 : residu
1967 conjugue 3 : gradient conjugue sur equation normale 4 : erreur minimale
1968 5 : gradient conjugue carre (non programme) 6 : gradient conjugue carre
1969 stabilise (cgstab) 7 : gmres (voir aussi option du solveur) 8 : direct""",
1970 ang = """ Makes it possible to select the solver used for solving the
1971 propagation step. All the currently available methods are variations of
1972 the Conjugate Gradient method. They are as follows: 1: conjugate
1973 gradient 2: conjugate residual 3: conjugate gradient on a normal
1974 equation 4: minimum error 5: conjugate gradient squared (not
1975 implemented) 6: conjugate gradient squared stabilised (cgstab) 7: gmres
1976 (see option for solver) 8: direct""",
1978 # -----------------------------------
1979 b_SOLVERG = BLOC(condition="SOLVER == 'gmres'",
1980 # -----------------------------------
1981 # -----------------------------------
1982 SOLVER_OPTION = SIMP(statut ='o',
1983 # -----------------------------------
1986 fr = """ si le solveur est GMRES (7) le mot cle est la dimension de l''espace
1987 de KRYLOV (valeurs conseillees entre 2 et 15)""",
1988 ang = """ WHEN GMRES (7) IS CHOSEN, DIMENSION OF THE KRYLOV SPACE TRY VALUES
1989 BETWEEN 2 AND 15""",
1992 # -----------------------------------
1993 SOLVER_ACCURACY = SIMP(statut ='o',
1994 # -----------------------------------
1997 fr = """ Precision demandee pour la resolution de l''etape de propagation (cf.
1998 Note de principe).""",
1999 ang = """ Required accuracy for solving the propagation step (refer to Principle
2002 # -----------------------------------
2003 MAXIMUM_NUMBER_OF_ITERATIONS_FOR_SOLVER = SIMP(statut ='o',
2004 # -----------------------------------
2007 fr = """ Les algorithmes utilises pour la resolution de l''etape de propagation
2008 etant iteratifs; il est necessaire de limiter le nombre d''iterations
2009 autorisees. Remarque : un maximum de 40 iterations par pas de temps
2010 semble raisonnable.""",
2011 ang = """ Since the algorithms used for solving the propagation step are
2012 iterative, the allowed number of iterations should be limited. NOTE: a
2013 maximum number of 40 iterations per time step seems to be reasonable.""",
2015 # -----------------------------------
2016 CONTINUITY_CORRECTION = SIMP(statut ='o',
2017 # -----------------------------------
2020 fr = """ Corrige les vitesses sur les points avec hauteur imposee ou
2021 l''equation de continuite n''a pas ete resolue""",
2022 ang = """ Correction of the velocities on points with a prescribed elevation,
2023 where the continuity equation has not been solved""",
2025 # -----------------------------------
2026 PRECONDITIONING = SIMP(statut ='o',
2027 # -----------------------------------
2029 into = ["diagonal","no preconditioning","block-diagonal (4-9 matrices)","absolute value of diagonal","crout","gauss-seidel","diagonal and crout"],
2030 defaut = "diagonal",
2031 fr = """ Permet de preconditionner le systeme de l''etape de propagation afin
2032 d''accelerer la convergence lors de sa resolution. - 0 : pas de
2033 preconditionnement; - 2 : preconditionnement diagonal. - 3 :
2034 preconditionnement diagonal-bloc - 7 : preconditionnement de Crout par
2035 element ou segment -11 : preconditionnement de Gauss-Seidel par element
2036 ou segment Certains preconditionnements sont cumulables (les diagonaux 2
2037 ou 3 avec les autres) Pour cette raison on ne retient que les nombres
2038 premiers pour designer les preconditionnements. Si l''on souhaite en
2039 cumuler plusieurs on formera le produit des options correspondantes.""",
2040 ang = """ Choice of the preconditioning in the propagation step linear system
2041 that the convergence is speeded up when it is being solved. 0: no
2042 preconditioning 2: diagonal preconditioning 3: block-diagonal
2043 preconditioning (systemes a 4 ou 9 matrices) 7: Crout''s preconditioning
2044 per element or segment 11: Gauss-Seidel''s preconditioning per element
2045 or segment Some operations (either 2 or 3 diagonal preconditioning) can
2046 be performed concurrently with the others. Only prime numbers are
2047 therefore kept to denote the preconditioning operations. When several of
2048 them are to be performed concurrently, the product of relevant options
2051 # -----------------------------------
2052 C_U_PRECONDITIONING = SIMP(statut ='o',
2053 # -----------------------------------
2056 fr = """ Changement de variable de H en C dans le systeme lineaire final""",
2057 ang = """ Change of variable from H to C in the final linear system""",
2059 # -----------------------------------
2060 FINITE_ELEMENT_ASSEMBLY = SIMP(statut ='f',
2061 # -----------------------------------
2063 into = ["normal","Integer I8","Compensated"],
2065 fr = """1 : normal 2 : avec des entiers I8 3:compense""",
2066 ang = """1: normal 2: with I8 integers 3:compensation""",
2069 # -----------------------------------
2070 DISCRETISATIONS_IMPLICITATION = FACT(statut='o',
2071 # -----------------------------------
2072 # -----------------------------------
2073 IMPLICITATION_FOR_DEPTH = SIMP(statut ='o',
2074 # -----------------------------------
2077 fr = """ Fixe la valeur du coefficient d''implicitation sur C dans l''etape de
2078 propagation (cf. Note de principe). Les valeurs inferieures a 0.5
2079 donnent un schema instable.""",
2080 ang = """ Sets the value of the implicitation coefficient for C (the celerity of
2081 waves) in the propagation step (refer to principle note). Values below
2082 0.5 result in an unstable scheme.""",
2084 # -----------------------------------
2085 IMPLICITATION_FOR_VELOCITY = SIMP(statut ='o',
2086 # -----------------------------------
2089 fr = """ Fixe la valeur du coefficient d''implicitation sur la vitesse dans
2090 l''etape de propagation (cf. Note de principe). Les valeurs inferieures
2091 a 0.5 donnent un schema instable.""",
2092 ang = """ Sets the value of the implicitation coefficient for velocity in the
2093 propagation step (refer to principle note). Values below 0.5 result in
2094 an unstable condition.""",
2096 # -----------------------------------
2097 DISCRETIZATIONS_IN_SPACE = SIMP(statut ='f',
2098 # -----------------------------------
2099 typ = 'TXM', max='**',
2100 into = ["linear","quasi-bubble","quadratic"],
2101 defaut = ["linear","linear","linear","linear"],
2102 fr = """ Choix de la discretisation pour chaque variable ces coefficients sont
2103 respectivement appliques a 1) U et V 2) H 3) T 4) K ET EPSILON (NON
2104 PROGRAMME) 11 : lineaire 12 : quasi-bulle 13 : quadratique""",
2105 ang = """ Choice of space discretisation for every variable These coefficients
2106 are applied respectively to 1) U and V 2) H 3) T 4) K and EPSILON (NOT
2107 IMPLEMENTED) 11: linear 12: quasi-bubble 13: quadratic""",
2109 # -----------------------------------
2110 b_DISCRETIZATIONS_IN_SPACEG = BLOC(condition="DISCRETIZATIONS_IN_SPACE != None",
2111 # -----------------------------------
2112 # -----------------------------------
2113 Consigne = SIMP(statut ="o", homo="information", typ="TXM",
2114 # -----------------------------------
2115 defaut = "Choice of space discretisation for every variable. These coefficients are applied respectively to 1) U and V 2) H 3) T 4) K and EPSILON"),
2118 # -----------------------------------
2119 PROPAGATION_INFO = FACT(statut='o',
2120 # -----------------------------------
2121 # -----------------------------------
2122 PROPAGATION = SIMP(statut ='o',
2123 # -----------------------------------
2126 fr = """ Prise en compte ou non de la propagation de la vitesse et de la
2127 hauteur d''eau. La diffusion etant contenue dans cette etape sera
2128 supprimee aussi.""",
2129 ang = """ Determines whether the propagation step is taken into account or not.
2130 The diffusion being included in that step will be deleted as well.""",
2132 # -----------------------------------
2133 b_PROPAGATIONG = BLOC(condition="PROPAGATION == True",
2134 # -----------------------------------
2135 # -----------------------------------
2136 MEAN_DEPTH_FOR_LINEARIZATION = SIMP(statut ='o',
2137 # -----------------------------------
2140 fr = """ Fixe la hauteur d''eau autour de laquelle s''effectue la linearisation
2141 lorsque l''option PROPAGATION LINEARISEE est choisie.""",
2142 ang = """ Sets the water depth about which the linearization is made when the
2143 LINEARIZED PROPAGATION OPTION is selected.""",
2145 # -----------------------------------
2146 INITIAL_GUESS_FOR_U = SIMP(statut ='o',
2147 # -----------------------------------
2149 into = ["zero","previous","extrapolation"],
2150 defaut = "previous",
2151 fr = """ Tir initial du solveur de l''etape de propagation. Offre la
2152 possibilite de modifier la valeur initiale de U, a chaque iteration,
2153 dans l''etape de propagation en utilisant les valeurs finales de cette
2154 variable aux pas de temps precedents. Ceci peut permettre d''accelerer
2155 la vitesse de convergence lors de la resolution du systeme. Trois
2156 possibilites sont offertes : 0 : U = 0 1 : U = U(n) 2 : U = 2 U(n)-
2157 U(n-1) (extrapolation)""",
2158 ang = """ Initial guess for the solver in the propagation step. Makes it
2159 possible to modify the initial value of U, upon each iteration in the
2160 propagation step, by using the ultimate values this variable had in the
2161 earlier time steps. Thus, the convergence can be speeded up when the
2162 system is being solved. 3 options are available: 0 : U = 0 1 : U = U(n)
2163 2 : U = 2 U(n)- U(n-1) (extrapolation)""",
2166 # -----------------------------------
2167 INITIAL_GUESS_FOR_H = SIMP(statut ='o',
2168 # -----------------------------------
2170 into = ["previous","zero","extrapolation"],
2171 defaut = "previous",
2172 fr = """ Tir initial du solveur de l''etape de propagation. Offre la
2173 possibilite de modifier la valeur initiale de DH, accroissement de H, a
2174 chaque iteration, dans l''etape de propagation en utilisant les valeurs
2175 finales de cette variable aux pas de temps precedents. Ceci peut
2176 permettre d''accelerer la vitesse de convergence lors de la resolution
2177 du systeme. Trois possibilites sont offertes : 0 : DH = 0. 1 : DH = DHn
2178 (valeur finale de DH au pas de temps precedent), 2 : DH = 2DHn - DHn-1
2179 (extrapolation).""",
2180 ang = """ Initial guess for the solver in the propagation step. Makes it
2181 possible to modify the initial value of C, upon each iteration in the
2182 propagation step, by using the ultimate values this variable had in the
2183 earlier time steps. Thus, the convergence can be speeded up when the
2184 system is being solved. 3 options are available: 0: DH = 0 1: DH = DHn
2185 (ultimate DH value in the next previous time step) 2: DH = 2DHn - DHn-1
2188 # -----------------------------------
2189 LINEARIZED_PROPAGATION = SIMP(statut ='o',
2190 # -----------------------------------
2193 fr = """ Permet de lineariser l''etape de propagation; par exemple lors de la
2194 realisation de cas tests pour lesquels on dispose d''une solution
2195 analytique dans le cas linearise.""",
2196 ang = """ Provided for linearizing the propagation step, e.g. when performing
2197 test-cases for which an analytical solution in the linearized case is
2201 # -----------------------------------
2202 ADVECTION_INFO = FACT(statut='o',
2203 # -----------------------------------
2204 # -----------------------------------
2205 ADVECTION = SIMP(statut ='o',
2206 # -----------------------------------
2209 fr = """ Prise en compte ou non des termes de convection. En cas de reponse
2210 positive; on peut encore supprimer certains termes de convection avec
2211 les mots-cles CONVECTION DE ...""",
2212 ang = """ Are the advection terms taken into account or not? If YES, some
2213 advection terms can still be deleted using the keywords -ADVECTION OF
2216 # -----------------------------------
2217 ADVECTION_OF_H = SIMP(statut ='o',
2218 # -----------------------------------
2221 fr = """ Prise en compte ou non de la convection de H. Il s''agit en fait dans
2222 la version 2.0 de la convection de C""",
2223 ang = """ The advection of H is taken into account or ignored. Actually, in
2224 version 2.0, the matter is about C advection.""",
2226 # -----------------------------------
2227 ADVECTION_OF_U_AND_V = SIMP(statut ='f',
2228 # -----------------------------------
2231 fr = """ Prise en compte ou non de la convection de U et V.""",
2232 ang = """ The advection of U and V is taken into account or ignored.""",
2234 # -----------------------------------
2235 b_ADVECTION_OF_U_AND_VG = BLOC(condition="ADVECTION_OF_U_AND_V == True",
2236 # -----------------------------------
2237 # -----------------------------------
2238 SCHEME_FOR_ADVECTION_OF_VELOCITIES = SIMP(statut ='o',
2239 # -----------------------------------
2241 into = ["NO ADVECTION","CHARACTERISTICS","EXPLICIT + SUPG","EXPLICIT LEO POSTMA","EXPLICIT + MURD SCHEME N","EXPLICIT + MURD SCHEME PSI","N-SCHEME FOR TIDAL FLATS","N-SCHEME FOR TIDAL FLATS","ERIA SCHEME"],
2242 defaut = "CHARACTERISTICS",
2243 fr = """ Choix du schema de convection pour les vitesses, remplace FORME DE LA
2245 ang = """ Choice of the advection scheme for the velocities, replaces TYPE OF
2249 # -----------------------------------
2250 TYPE_OF_ADVECTION = SIMP(statut ='f',
2251 # -----------------------------------
2252 typ = 'TXM', max='**',
2253 into = ["CHARACTERISTICS","SUPG","CONSERVATIVE N-SCHEME LP","CONSERVATIVE N-SCHEME","CONSERVATIVE PSI-SCHEME","EDGE-BASED N-SCHEME LP","EDGE-BASED N-SCHEME","ERIA SCHEME"],
2254 defaut = ["CHARACTERISTICS","CONSERVATIVE PSI-SCHEME","CHARACTERISTICS","CHARACTERISTICS"],
2255 fr = """ Choix du schema de convection pour chaque variable ces coefficients
2256 sont respectivement appliques a 1) U et V 2) H 3) T 4) K ET EPSILON 1 :
2257 caracteristiques sur h 2 : SUPG 3 : Schema N conservatif 4 : Schema N
2258 conservatif 5 : Schema PSI conservatif 6 : Schema PSI non conservatif 7
2259 : schema N implicite non conservatif 13 : Schema N par segment 14 :
2260 Schema N par segment Second integer must be 5""",
2261 ang = """ Choice of advection schemes for every variable These coefficients are
2262 applied respectively to 1) U et V 2) H 3) T 4) K and EPSILON 1:
2263 characteristics 2: SUPG 3: Conservative N-scheme 4: Conservative
2264 N-scheme 5: Conservative PSI-scheme 6 : Non conservative PSI scheme 7 :
2265 Implicit non conservative N scheme 13 : Edge-based N-scheme 14 :
2266 Edge-based N-scheme Second integer must be 5""",
2268 # -----------------------------------
2269 b_TYPE_OF_ADVECTIONG = BLOC(condition="TYPE_OF_ADVECTION != None",
2270 # -----------------------------------
2271 # -----------------------------------
2272 Consigne = SIMP(statut ="o", homo="information", typ="TXM",
2273 # -----------------------------------
2274 defaut = "Choice of space discretisation for every variable. These coefficients are applied respectively to 1) U and V 2) H 3) T 4) K and EPSILON"),
2276 # -----------------------------------
2277 OPTION_FOR_CHARACTERISTICS = SIMP(statut ='o',
2278 # -----------------------------------
2280 into = ["strong","weak"],
2282 fr = """ 1: forme forte 2: forme faible""",
2283 ang = """ 1: strong form 2: weak form""",
2285 # -----------------------------------
2286 SUPG_OPTION = SIMP(statut ='o',
2287 # -----------------------------------
2288 typ = 'I', min=0, max='**',
2290 fr = """ 0:pas de decentrement SUPG
2293 ces coefficients sont respectivement appliques a 1) U et V 2) H 3) T 4)
2295 ang = """ 0:no upwinding 1: classical SUPG 2:modified SUPG These coefficients
2296 are applied respectively to 1) U et V 2) H 3) T 4) K and EPSILON""",
2298 # -----------------------------------
2299 NUMBER_OF_GAUSS_POINTS_FOR_WEAK_CHARACTERISTICS = SIMP(statut ='f',
2300 # -----------------------------------
2303 fr = """ Voir les release notes 6.3""",
2304 ang = """ See release notes 6.3""",
2306 # -----------------------------------
2307 MASS_LUMPING_FOR_WEAK_CHARACTERISTICS = SIMP(statut ='o',
2308 # -----------------------------------
2311 fr = """ Applique a la matrice de masse""",
2312 ang = """ To be applied to the mass matrix""",
2314 # -----------------------------------
2315 b_MAXIMUM_NUMBER_OF_ITERATIONS_FOR_ADVECTION_SCHEMESF = BLOC(condition="(ADVECTION_OF_TRACERS == True and SCHEME_FOR_ADVECTION_OF_TRACERS == 'EDGE-BASED N-SCHEME') or (ADVECTION_OF_K_AND_EPSILON == True and SCHEME_FOR_ADVECTION_OF_K_EPSILON == 'EDGE-BASED N-SCHEME') or (ADVECTION_OF_U_AND_V == True and SCHEME_FOR_ADVECTION_OF_VELOCITIES == 'EDGE-BASED N-SCHEME')",
2316 # -----------------------------------
2318 # -----------------------------------
2319 MAXIMUM_NUMBER_OF_ITERATIONS_FOR_ADVECTION_SCHEMES = SIMP(statut ='o',
2320 # -----------------------------------
2323 fr = """ Seulement pour schemes 13 et 14""",
2324 ang = """ Only for schemes 13 and 14""",
2326 # -----------------------------------
2327 UPWIND_COEFFICIENTS = SIMP(statut ='o',
2328 # -----------------------------------
2329 typ = 'R', min= 4, max= 4,
2330 defaut = [1.,1.,1.,1],
2331 fr = """ Coefficients utilises par la methode S.U.P.G. ces coefficients sont
2332 respectivement appliques a 1) U et V 2) H ou C 3) T 4) K ET EPSILON""",
2333 ang = """ Upwind coefficients used by the S.U.P.G. method These coefficients are
2334 applied respectively to 1) U and V 2) H or C 3) T 4) K and epsilon""",
2336 # -----------------------------------
2337 MASS_LUMPING_ON_H = SIMP(statut ='o',
2338 # -----------------------------------
2341 fr = """ TELEMAC offre la possibilite d''effectuer du mass-lumping sur H ou U.
2342 Ceci revient a ramener tout ou partie (suivant la valeur de ce
2343 coefficient) des matrices AM1 (h) ou AM2 (U) et AM3 (V) sur leur
2344 diagonale. Cette technique permet d''accelerer le code dans des
2345 proportions tres importantes et de le rendre egalement beaucoup plus
2346 stable. Cependant les solutions obtenues se trouvent lissees. Ce
2347 parametre fixe le taux de mass-lumping effectue sur h.""",
2348 ang = """ TELEMAC provides an opportunity to carry out mass-lumping either on
2349 C,H or on the velocity. This is equivalent to bringing the matrices AM1
2350 (h) or AM2 (U) and AM3 (V) wholly or partly, back onto their diagonal.
2351 Thanks to that technique, the code can be speeded up to a quite
2352 significant extent and it can also be made much more stable. The
2353 resulting solutions, however, become artificially smoothed. This
2354 parameter sets the extent of mass-lumping that is performed on h.""",
2356 # -----------------------------------
2357 MASS_LUMPING_ON_VELOCITY = SIMP(statut ='o',
2358 # -----------------------------------
2361 fr = """ Fixe le taux de mass-lumping effectue sur la vitesse.""",
2362 ang = """ Sets the amount of mass-lumping that is performed on the velocity.""",
2364 # -----------------------------------
2365 SCHEME_OPTION_FOR_ADVECTION_OF_VELOCITIES = SIMP(statut ='f',
2366 # -----------------------------------
2369 fr = """ Si present remplace et a priorite sur : OPTION POUR LES
2370 CARACTERISTIQUES OPTION DE SUPG Si schema PSI ou N : 1=explicite
2371 2=predicteur-correcteur 3=predicteur-correcteur deuxieme ordre en temps
2373 ang = """ If present replaces and has priority over: OPTION FOR CHARACTERISTICS
2374 SUPG OPTION if N or PSI SCHEME: 1=explicit 2=predictor-corrector 3=
2375 predictor-corrector second-order in time 4= implicit""",
2377 # -----------------------------------
2378 FREE_SURFACE_GRADIENT_COMPATIBILITY = SIMP(statut ='o',
2379 # -----------------------------------
2382 fr = """ Des valeurs inferieures a 1 suppriment les oscillations parasites""",
2383 ang = """ Values less than 1 suppress spurious oscillations""",
2385 # -----------------------------------
2386 NUMBER_OF_SUB_ITERATIONS_FOR_NON_LINEARITIES = SIMP(statut ='o',
2387 # -----------------------------------
2390 fr = """ Permet de reactualiser, pour un meme pas de temps, les champs
2391 convecteur et propagateur au cours de plusieurs sous-iterations. A la
2392 premiere sous-iteration, ces champs sont donnes par C et le champ de
2393 vitesses au pas de temps precedent. Aux iterations suivantes, ils sont
2394 pris egaux au champ de vitesse obtenu a la fin de la sous-iteration
2395 precedente. Cette technique permet d''ameliorer la prise en compte des
2397 ang = """ Used for updating, within one time step, the advection and propagation
2398 field. upon the first sub-iteration, these fields are given by C and the
2399 velocity field in the previous time step. At subsequent iterations, the
2400 results of the previous sub-iteration is used to update the advection
2401 and propagation field. The non-linearities can be taken into account
2402 through this technique.""",
2404 # -----------------------------------
2405 b_TREATMENT_OF_FLUXES_AT_THE_BOUNDARIESF = BLOC(condition="(ADVECTION_OF_TRACERS == True and SCHEME_FOR_ADVECTION_OF_TRACERS in ['EDGE-BASED N-SCHEME','SUPG','CONSERVATIVE N-SCHEME','CONSERVATIVE PSI-SCHEME']) or (ADVECTION_OF_K_AND_EPSILON == True and SCHEME_FOR_ADVECTION_OF_K_EPSILON in ['EDGE-BASED N-SCHEME','SUPG','CONSERVATIVE N-SCHEME','CONSERVATIVE PSI-SCHEME']) or (ADVECTION_OF_U_AND_V == True and SCHEME_FOR_ADVECTION_OF_VELOCITIES in ['EDGE-BASED N-SCHEME','SUPG','CONSERVATIVE N-SCHEME','CONSERVATIVE PSI-SCHEME'])",
2406 # -----------------------------------
2408 # -----------------------------------
2409 TREATMENT_OF_FLUXES_AT_THE_BOUNDARIES = SIMP(statut ='o',
2410 # -----------------------------------
2411 typ = 'TXM', min=0, max='**',
2412 into = ["Priority to prescribed values","Priority to fluxes"],
2413 defaut = ["Priority to prescribed values","Priority to prescribed values"],
2414 fr = """ Utilise pour les schemas SUPG, PSI et N, avec option 2, on ne retrouve
2415 pas exactement les valeurs imposees des traceurs, mais le flux est
2417 ang = """ Used so far only with the SUPG, PSI and N schemes. With option 2,
2418 Dirichlet prescribed values are not obeyed, but the fluxes are correct""",
2420 # -----------------------------------
2421 NUMBER_OF_CORRECTIONS_OF_DISTRIBUTIVE_SCHEMES = SIMP(statut ='f',
2422 # -----------------------------------
2425 fr = """ Pour les options avec predicteur-correcteur""",
2426 ang = """ For predictor-corrector options""",
2428 # -----------------------------------
2429 NUMBER_OF_SUB_STEPS_OF_DISTRIBUTIVE_SCHEMES = SIMP(statut ='f',
2430 # -----------------------------------
2433 fr = """ Pour les options predicteur-correcteur avec schema localement
2435 ang = """ Only for implicit scheme with predictor-corrector""",
2437 # -----------------------------------
2438 PSI_SCHEME_OPTION = SIMP(statut ='f',
2439 # -----------------------------------
2441 into = ["explicit","predictor-corrector"],
2442 defaut = "explicit",
2443 fr = """ 1: explicite 2: predicteur-correcteur""",
2444 ang = """ 1: explicit 2: predictor-corrector""",
2447 # -----------------------------------
2448 DIFFUSION = FACT(statut='o',
2449 # -----------------------------------
2450 # -----------------------------------
2451 DIFFUSION_OF_VELOCITY = SIMP(statut ='o',
2452 # -----------------------------------
2455 fr = """ Permet de decider si l''on prend ou non en compte la diffusion des
2457 ang = """ Makes it possible to decide whether the diffusion of velocity (i.e.
2458 viscosity) is taken into account or not.""",
2460 # -----------------------------------
2461 b_DIFFUSION_OF_VELOCITYG = BLOC(condition="DIFFUSION_OF_VELOCITY == True",
2462 # -----------------------------------
2463 # -----------------------------------
2464 IMPLICITATION_FOR_DIFFUSION_OF_VELOCITY = SIMP(statut ='o',
2465 # -----------------------------------
2468 fr = """ Fixe la valeur du coefficient d''implicitation sur les termes de
2469 diffusion des vitesses""",
2470 ang = """ Sets the value of the implicitation coefficient for the diffusion of
2473 # -----------------------------------
2474 OPTION_FOR_THE_DIFFUSION_OF_VELOCITIES = SIMP(statut ='o',
2475 # -----------------------------------
2477 into = ["div( nu grad(U) )","1/h div ( h nu grad(U)"],
2478 defaut = "div( nu grad(U) )",
2479 fr = """ 1: Diffusion de la forme div( nu grad(U) ) 2: Diffusion de la forme
2480 1/h div ( h nu grad(U) )""",
2481 ang = """ 1: Diffusion in the form div( nu grad(U) ) 2: Diffusion in the form
2482 1/h div ( h nu grad(U) )""",
2486 # -----------------------------------
2487 AUTOMATIC_DIFFERENTIATION = FACT(statut='o',
2488 # -----------------------------------
2489 # -----------------------------------
2490 NUMBER_OF_DERIVATIVES = SIMP(statut ='o',
2491 # -----------------------------------
2494 fr = """Definit le nombre de derivees utilisateurs, dans le cadre
2495 de la differentiation algorithmique.""",
2496 ang = """Defines the number of user derivatives, within the framework
2497 of the algorithmic differentiation.""",
2499 # -----------------------------------
2500 NAMES_OF_DERIVATIVES = SIMP(statut ='f',
2501 # -----------------------------------
2502 typ = 'TXM', min= 2, max= 2,
2503 fr = """ Noms des differentiateurs utilisateurs en 32 caracteres, 16 pour le
2504 nom, 16 pour l''unite""",
2505 ang = """ Name of user differentiators in 32 characters, 16 for the name, 16 for
2509 # -----------------------------------
2510 ADVANCED = FACT(statut='o',
2511 # -----------------------------------
2512 # -----------------------------------
2513 MATRIX_STORAGE = SIMP(statut ='o',
2514 # -----------------------------------
2516 into = ["classical EBE","Edge-based storage"],
2517 defaut = "Edge-based storage",
2518 fr = """ 1 : EBE classique 3 : Stockage par segments""",
2519 ang = """ 1 : classical EBE 3 : Edge-based storage""",
2521 # -----------------------------------
2522 MATRIX_VECTOR_PRODUCT = SIMP(statut ='o',
2523 # -----------------------------------
2526 fr = """ 1 : classique 2 : frontal attention, avec 2, il faut une numerotation
2527 speciale des points""",
2528 ang = """ 1 : classic 2 : frontal beware, with option 2, a special numbering of
2529 points is required""",
2531 # -----------------------------------
2532 NEWMARK_TIME_INTEGRATION_COEFFICIENT = SIMP(statut ='o',
2533 # -----------------------------------
2536 fr = """ 1. : Euler explicite 0.5 : ordre 2 en temps""",
2537 ang = """ 1. : Euler explicit 0.5 : order 2 in time""",
2539 # -----------------------------------
2540 ZERO = SIMP(statut ='f',
2541 # -----------------------------------
2544 fr = """ Non active pour l''instant.""",
2545 ang = """ Not yet implemented""",
2547 # -----------------------------------
2548 PROPAGATION_OPTION = SIMP(statut ='f',
2549 # -----------------------------------
2552 fr = """ Non active pour l''instant.""",
2553 ang = """ Not yet implemented.""",
2555 # -----------------------------------
2556 OPTION_OF_THE_HYDROSTATIC_RECONSTRUCTION = SIMP(statut ='f',
2557 # -----------------------------------
2560 fr = """ Donne l option de la reconstruction hydrostatique (option utile
2561 uniquement pour les volumes finis): 1: option d Audusse, 2: option de
2563 ang = """ Gives the option for hydrostatic reconstruction (used only for finite
2564 volumes): 1: option of Audusse, 2: option of Noelle""",
2566 # -----------------------------------
2567 CONVERGENCE_STUDY = SIMP(statut ='f',
2568 # -----------------------------------
2571 fr = """Active une etude de convergence par rapport a une
2572 solution analytique sur un maillage fin""",
2573 ang = """Activates a convergence study compared
2574 to an analytical solution on a fine mesh""",
2576 # -----------------------------------
2577 REFINEMENT_LEVELS = SIMP(statut ='f',
2578 # -----------------------------------
2581 fr = """Donne le nombre de raffinements que l''utilisateur
2582 veut utiliser pour l''etude de convergence
2583 (en activant CONVERGENCE). Chaque niveau multiplie par 4 le
2584 nombre d''elements.""",
2585 ang = """Gives the number of refinement levels that the
2586 user wants to use in the convergence study (when activating
2587 CONVERGENCE). Each level multiplies the number of elements by
2592 # -----------------------------------------------------------------------
2593 TURBULENCE = PROC(nom= "TURBULENCE",op = None,
2594 # -----------------------------------------------------------------------
2595 UIinfo = {"groupes": ("CACHE")},
2596 # -----------------------------------
2597 VELOCITY_DIFFUSIVITY = SIMP(statut ='o',
2598 # -----------------------------------
2601 fr = """ Fixe de facon uniforme pour l''ensemble du domaine; la valeur du
2602 coefficient de diffusion de viscosite globale (dynamique + turbulente).
2603 Cette valeur peut avoir une influence non negligeable sur la forme et la
2604 taille des recirculations.""",
2605 ang = """ Sets, in an even way for the whole domain, the value of the
2606 coefficient of global (dynamic+turbulent) viscosity. this value may have
2607 a significant effect both on the shapes and sizes of recirculation
2610 # -----------------------------------
2611 TURBULENCE_MODEL = SIMP(statut ='o',
2612 # -----------------------------------
2614 into = ["CONSTANT VISCOSITY","ELDER","K-EPSILON MODEL","SMAGORINSKI","MIXING LENGTH","SPALART-ALLMARAS"],
2615 defaut = "CONSTANT VISCOSITY",
2616 fr = """ 3 choix sont possibles actuellement : viscosite constante (1) modele
2617 de Elder (2) ou modele k-epsilon (3). Attention : si on choisit
2618 l''option 1 il ne faut pas oublier d''ajuster la valeur du mot-cle
2619 COEFFICIENT DE DIFFUSION DES VITESSES. si on choisit l''option 2 il ne
2620 faut pas oublier d''ajuster les deux valeurs du mot-cle : COEFFICIENTS
2621 ADIMENSIONNELS DE DISPERSION Si on choisit l''option 3; ce meme
2622 parametre doit retrouver sa vraie valeur physique car elle est utilisee
2623 comme telle dans le modele de turbulence""",
2624 ang = """ The current alternatives are as follows: constant viscosity (1)
2625 elder''s model (2) or k-epsilon model (3). NOTE: when option 1 is
2626 chosen, it should be kept in mind that the value of the keyword VELOCITY
2627 DIFFUSIVITY has to be ajusted. When option 2 is chosen, the two values
2628 of key-word : NON-DIMENSIONAL DISPERSION COEFFICIENTS are used When
2629 option 3 is chosen, this parameter should recover its true physical
2630 value, since it is used as such in the turbulence model.""",
2632 # -----------------------------------
2633 b_TURBULENCE_MODELG = BLOC(condition="TURBULENCE_MODEL == 'CONSTANT VISCOSITY'",
2634 # -----------------------------------
2636 # -----------------------------------
2637 b_TURBULENCE_MODELH = BLOC(condition="TURBULENCE_MODEL == 'Elder'",
2638 # -----------------------------------
2639 # -----------------------------------
2640 NON_DIMENSIONAL_DISPERSION_COEFFICIENTS = SIMP(statut ='o',
2641 # -----------------------------------
2642 typ = 'R', min= 2, max= 2,
2644 fr = """ coefficients longitudinal et transversal dans la formule de Elder.
2645 Utilises uniquement avec le modele de turbulence 2""",
2646 ang = """ Longitudinal and transversal coefficients in elder s formula. Used
2647 only with turbulence model number 2""",
2650 # -----------------------------------
2651 ACCURACY_OF_SPALART_ALLMARAS = SIMP(statut ='f',
2652 # -----------------------------------
2655 fr = """Fixe la precision demandee sur le modele spalart-allmaras pour
2656 le test d''arret dans l''etape de diffusion et termes sources de k et
2658 ang = """Sets the required accuracy for the model spalart-allmaras in
2659 the diffusion and source-terms step of the k-epsilon model.""",
2661 # -----------------------------------
2662 INFORMATION_ABOUT_SPALART_ALLMARAS_MODEL = SIMP(statut ='f',
2663 # -----------------------------------
2666 fr = """si oui les informations du solveur du modele spalart-allmaras
2668 ang = """if yes, informations about solver of spalart-allmaras model
2669 are printed to the listing""",
2671 # -----------------------------------
2672 SOLVER_INFO = FACT(statut='o',
2673 # -----------------------------------
2674 # -----------------------------------
2675 SOLVER_FOR_K_EPSILON_MODEL = SIMP(statut ='o',
2676 # -----------------------------------
2678 into = ["conjugate gradient","conjugate residuals","conjugate gradient on normal equation","minimum error","conjugate gradient squared","conjugate gradient squared stabilised (cgstab)","gmres (see option for the solver for k-epsilon model)","direct"],
2679 defaut = "conjugate gradient",
2680 fr = """ Permet de choisir le solveur utilise pour la resolution du systeme du
2681 modele k-epsilon : 1 : gradient conjugue 2 : residu conjugue 3 :
2682 gradient conjugue sur equation normale 4 : erreur minimale 5 : gradient
2683 conjugue carre 6 : gradient conjugue carre stabilise (cgstab) 7 : gmres
2684 (voir aussi option du solveur pour le modele k-epsilon) 8 : direct""",
2685 ang = """ Makes it possible to select the solver used for solving the system of
2686 the k-epsilon model. 1: conjugate gradient 2: conjugate residuals 3:
2687 conjugate gradient on normal equation 4: minimum error 5: conjugate
2688 gradient squared 6: conjugate gradient squared stabilised (cgstab) 7:
2689 gmres (see option for the solver for k-epsilon model) 8: direct""",
2691 # -----------------------------------
2692 OPTION_FOR_THE_SOLVER_FOR_K_EPSILON_MODEL = SIMP(statut ='o',
2693 # -----------------------------------
2696 fr = """ si le solveur est GMRES (7) le mot cle est la dimension de l''espace
2697 de KRILOV (valeurs conseillees entre 2 et 15)""",
2698 ang = """ WHEN GMRES (7) IS CHOSEN, DIMENSION OF THE KRYLOV SPACE TRY VALUES
2699 BETWEEN 2 AND 15""",
2701 # -----------------------------------
2702 PRECONDITIONING_FOR_K_EPSILON_MODEL = SIMP(statut ='o',
2703 # -----------------------------------
2705 into = ["diagonal","no preconditioning","crout","diagonal and crout"],
2706 defaut = "diagonal",
2707 fr = """ Permet de preconditionner le systeme relatif au modele k-epsilon 0 :
2708 pas de preconditionnement; 2 : preconditionnement diagonal. 7 :
2709 preconditionnement de Crout par element.""",
2710 ang = """ Preconditioning of the linear system in the diffusion step of the
2711 k-epsilon model. 0: no preconditioning 2: diagonal preconditioning 7:
2712 Crout''s preconditioning per element""",
2715 # -----------------------------------
2716 ADVANCED = FACT(statut='o',
2717 # -----------------------------------
2718 # -----------------------------------
2719 TURBULENCE_REGIME_FOR_SOLID_BOUNDARIES = SIMP(statut ='f',
2720 # -----------------------------------
2722 into = ["smooth","rough"],
2724 fr = """ Permet de choisir le regime de turbulence aux parois 1 : regime
2725 turbulent lisse. 2 : regime turbulent rugueux.""",
2726 ang = """ Provided for selecting the type of friction on the walls 1: smooth 2:
2729 # -----------------------------------
2730 INFORMATION_ABOUT_K_EPSILON_MODEL = SIMP(statut ='o',
2731 # -----------------------------------
2734 fr = """ Donne le nombre d''iterations du solveur de l''etape de diffusion et
2735 termes sources du modele k-epsilon.""",
2736 ang = """ Gives the number of iterations of the solver in the diffusion and
2737 source terms step of the k-epsilon model.""",
2739 # -----------------------------------
2740 ADVECTION_OF_K_AND_EPSILON = SIMP(statut ='o',
2741 # -----------------------------------
2744 fr = """ Prise en compte ou non de la convection de k et epsilon.""",
2745 ang = """ The k and epsilon advection is taken into account or ignored.""",
2747 # -----------------------------------
2748 b_ADVECTION_OF_K_AND_EPSILONG = BLOC(condition="ADVECTION_OF_K_AND_EPSILON == True",
2749 # -----------------------------------
2750 # -----------------------------------
2751 SCHEME_FOR_ADVECTION_OF_K_EPSILON = SIMP(statut ='f',
2752 # -----------------------------------
2754 into = ["NO ADVECTION","CHARACTERISTICS","EXPLICIT + SUPG","EXPLICIT LEO POSTMA","EXPLICIT + MURD SCHEME N","EXPLICIT + MURD SCHEME PSI","LEO POSTMA FOR TIDAL FLATS","N-SCHEME FOR TIDAL FLATS","ERIA SCHEME FOR TIDAL FLATS"],
2755 defaut = "CHARACTERISTICS",
2756 fr = """ Choix du schema de convection pour k et epsilon, remplace FORME DE LA
2758 ang = """ Choice of the advection scheme for k and epsilon, replaces TYPE OF
2762 # -----------------------------------
2763 SCHEME_OPTION_FOR_ADVECTION_OF_K_EPSILON = SIMP(statut ='f',
2764 # -----------------------------------
2767 fr = """ Si present remplace et a priorite sur : OPTION POUR LES
2768 CARACTERISTIQUES OPTION DE SUPG Si schema PSI ou N : 1=explicite
2769 2=predicteur-correcteur 3=predicteur-correcteur deuxieme ordre en temps
2771 ang = """ If present replaces and has priority over: OPTION FOR CHARACTERISTICS
2772 SUPG OPTION if N or PSI SCHEME: 1=explicit 2=predictor-corrector 3=
2773 predictor-corrector second-order in time 4= implicit""",
2775 # -----------------------------------
2776 TIME_STEP_REDUCTION_FOR_K_EPSILON_MODEL = SIMP(statut ='f',
2777 # -----------------------------------
2780 fr = """ Coefficient reducteur du pas de temps pour le modele k-epsilon (qui
2781 est normalement identique a celui du systeme hydrodynamique).
2782 Utilisation deconseillee""",
2783 ang = """ Time step reduction coefficient for k-epsilon model (which is normally
2784 same the same as that of the hydrodynamic system) Not recommended for
2788 # -----------------------------------
2789 ACCURACY = FACT(statut='o',
2790 # -----------------------------------
2791 # -----------------------------------
2792 ACCURACY_OF_K = SIMP(statut ='o',
2793 # -----------------------------------
2796 fr = """ Fixe la precision demandee sur k pour le test d''arret dans l''etape
2797 de diffusion et termes sources du modele k-epsilon.""",
2798 ang = """ Sets the required accuracy for computing k in the diffusion and source
2799 terms step of the k-epsilon model.""",
2801 # -----------------------------------
2802 ACCURACY_OF_EPSILON = SIMP(statut ='o',
2803 # -----------------------------------
2806 fr = """ Fixe la precision demandee sur epsilon pour le test d''arret dans
2807 l''etape de diffusion et termes sources de k et epsilon.""",
2808 ang = """ Sets the required accuracy for computing epsilon in the diffusion and
2809 source-terms step of the k-epsilon model.""",
2811 # -----------------------------------
2812 MAXIMUM_NUMBER_OF_ITERATIONS_FOR_K_AND_EPSILON = SIMP(statut ='o',
2813 # -----------------------------------
2816 fr = """ Fixe le nombre maximum d''iterations accepte lors de la resolution du
2817 systeme diffusion-termes sources du modele k-epsilon.""",
2818 ang = """ Sets the maximum number of iterations that are acceptable when solving
2819 the diffusion source-terms step of the k-epsilon model.""",
2823 # -----------------------------------------------------------------------
2824 TIDAL_FLATS_INFO = PROC(nom= "TIDAL_FLATS_INFO",op = None,
2825 # -----------------------------------------------------------------------
2826 # -----------------------------------
2827 TIDAL_FLATS = SIMP(statut ='o',
2828 # -----------------------------------
2831 fr = """ permet de supprimer les tests sur les bancs decouvrants, dans les cas
2832 ou l''on est certain qu''il n''y en aura pas. En cas de doute : oui""",
2833 ang = """ When no, the specific treatments for tidal flats are by-passed. This
2834 spares time, but of course you must be sure that you have no tidal
2837 # -----------------------------------
2838 b_TIDAL_FLATSG = BLOC(condition="TIDAL_FLATS == True",
2839 # -----------------------------------
2840 # -----------------------------------
2841 OPTION_FOR_THE_TREATMENT_OF_TIDAL_FLATS = SIMP(statut ='o',
2842 # -----------------------------------
2844 into = ["EQUATIONS SOLVED EVERYWHERE WITH CORRECTION ON TIDAL FLATS","DRY ELEMENTS FROZEN","LIKE 1 BUT WITH POROSITY (DEFINA METHOD)"],
2845 defaut = "EQUATIONS SOLVED EVERYWHERE WITH CORRECTION ON TIDAL FLATS",
2846 fr = """ Utilise si BANCS DECOUVRANTS est vrai 1 : EQUATIONS RESOLUES PARTOUT
2847 AVEC CORRECTION SUR LES BANCS DECOUVRANTS 2 : GEL DES ELEMENTS
2848 DECOUVRANTS 3 : COMME 1 MAIS AVEC POROSITE (METHODE DEFINA)""",
2849 ang = """ Used if TIDAL FLATS is true 1 : EQUATIONS SOLVED EVERYWHERE WITH
2850 CORRECTION ON TIDAL FLATS 2 : DRY ELEMENTS FROZEN 3 : LIKE 1 BUT WITH
2851 POROSITY (DEFINA METHOD)""",
2853 # -----------------------------------
2854 b_OPTION_FOR_THE_TREATMENT_OF_TIDAL_FLATSG = BLOC(condition="OPTION_FOR_THE_TREATMENT_OF_TIDAL_FLATS == 'EQUATIONS SOLVED EVERYWHERE WITH CORRECTION ON TIDAL FLATS'",
2855 # -----------------------------------
2856 # -----------------------------------
2857 TREATMENT_OF_NEGATIVE_DEPTHS = SIMP(statut ='o',
2858 # -----------------------------------
2860 into = ["SMOOTHING","FLUX CONTROL","FLUX CONTROL (ERIA)"],
2861 defaut = "SMOOTHING",
2862 fr = """ Seulement avec OPTION DE TRAITEMENT DES BANCS DECOUVRANTS = 1 0 : pas
2863 de traitement 1 : lissage 2 : limitation des flux""",
2864 ang = """ Only with OPTION FOR THE TREATMENT OF TIDAL FLATS=1 0: no treatment
2865 1:smoothing 2:flux control""",
2868 # -----------------------------------
2869 THRESHOLD_FOR_NEGATIVE_DEPTHS = SIMP(statut ='o',
2870 # -----------------------------------
2873 fr = """ En dessous du seuil, les hauteurs negatives sont lissees""",
2874 ang = """ Below the threshold the negative depths are smoothed""",
2876 # -----------------------------------
2877 THRESHOLD_DEPTH_FOR_RECEDING_PROCEDURE = SIMP(statut ='o',
2878 # -----------------------------------
2881 fr = """ Si > 0., declenche la procedure de ressuyage qui evite le
2882 franchissement parasite des digues mal discretisees""",
2883 ang = """ If > 0., will trigger the receding procedure that avoids overwhelming
2884 of dykes which are too loosely discretised""",
2886 # -----------------------------------
2887 H_CLIPPING = SIMP(statut ='o',
2888 # -----------------------------------
2891 fr = """ Determine si l''on desire ou non limiter par valeur inferieure la
2892 hauteur d''eau H (dans le cas des bancs decouvrants par exemple).""",
2893 ang = """ Determines whether limiting the water depth H by a lower value
2894 desirable or not. (for instance in the case of tidal flats) This
2895 key-word may have an influence on mass conservation since the truncation
2896 of depth is equivalent to adding mass.""",
2898 # -----------------------------------
2899 b_H_CLIPPINGG = BLOC(condition="H_CLIPPING == True",
2900 # -----------------------------------
2901 # -----------------------------------
2902 MINIMUM_VALUE_OF_DEPTH = SIMP(statut ='o',
2903 # -----------------------------------
2906 fr = """ Fixe la valeur minimale de a lorsque l''option CLIPPING DE H est
2908 ang = """ Sets the minimum H value when option H CLIPPING is implemented. Not
2909 fully implemented.""",
2914 # -----------------------------------------------------------------------
2915 TRACERS = PROC(nom= "TRACERS",op = None,
2916 # -----------------------------------------------------------------------
2917 # -----------------------------------
2918 BOUNDARY_CONDITIONS_FOR_TRACERS = FACT(statut='f',
2919 # -----------------------------------
2920 # -----------------------------------
2921 PRESCRIBED_TRACERS_VALUES = SIMP(statut ='o',
2922 # -----------------------------------
2923 typ = 'R', max='**',
2924 fr = """ Valeurs du traceur imposees aux frontieres liquides entrantes. Lire la
2925 partie du mode d''emploi consacree aux conditions aux limites""",
2926 ang = """ Tracer values prescribed at the inflow boundaries. Read the usermanual
2927 section dealing with the boundary conditions""",
2930 # -----------------------------------
2931 SETTING = FACT(statut='o',
2932 # -----------------------------------
2933 # -----------------------------------
2934 NUMBER_OF_TRACERS = SIMP(statut ='o',
2935 # -----------------------------------
2938 fr = """ Definit le nombre de traceurs.""",
2939 ang = """ Defines the number of tracers""",
2941 # -----------------------------------
2942 NAMES_OF_TRACERS = SIMP(statut ='o',
2943 # -----------------------------------
2944 typ = 'TXM', min=0, max='**',
2945 fr = """ Noms des traceurs en 32 caracteres, 16 pour le nom 16 pour l''unite""",
2946 ang = """ Name of tracers in 32 characters, 16 for the name, 16 for the unit.""",
2948 # -----------------------------------
2949 INITIAL_VALUES_OF_TRACERS = SIMP(statut ='o',
2950 # -----------------------------------
2951 typ = 'R', min=0, max='**',
2953 fr = """ Fixe la valeur initiale du traceur.""",
2954 ang = """ Sets the initial value of the tracer.""",
2956 # -----------------------------------
2957 DENSITY_EFFECTS = SIMP(statut ='o',
2958 # -----------------------------------
2961 fr = """ PRISE EN COMPTE DU GRADIENT HORIZONTAL DE DENSITE LE TRACEUR EST ALORS
2963 ang = """ THE HORIZONTAL GRADIENT OF DENSITY IS TAKEN INTO ACCOUNT THE TRACER IS
2964 THEN THE SALINITY""",
2966 # -----------------------------------
2967 b_DENSITY_EFFECTSG = BLOC(condition="DENSITY_EFFECTS == True",
2968 # -----------------------------------
2969 # -----------------------------------
2970 MEAN_TEMPERATURE = SIMP(statut ='o',
2971 # -----------------------------------
2974 fr = """ TEMPERATURE DE REFERENCE POUR LE CALCUL DES EFFETS DE DENSITE A
2975 UTILISER AVEC LE MOT-CLE "EFFETS DE DENSITE".""",
2976 ang = """ REFERENCE TEMPERATURE FOR DENSITY EFFECTS TO BE USED WITH THE KEY-WORD
2977 "DENSITY EFFECTS".""",
2980 # -----------------------------------
2981 b_DENSITY_EFFECTSH = BLOC(condition="DENSITY_EFFECTS == True",
2982 # -----------------------------------
2983 # -----------------------------------
2984 Consigne = SIMP(statut ="o", homo="information", typ="TXM",
2985 # -----------------------------------
2986 defaut = "The first tracer must be the salinity in kg/m3"),
2989 # -----------------------------------
2990 SOLVER_TRA = FACT(statut='o',
2991 # -----------------------------------
2992 # -----------------------------------
2993 SOLVER_FOR_DIFFUSION_OF_TRACERS = SIMP(statut ='o',
2994 # -----------------------------------
2995 typ = 'TXM', min=0, max='**',
2996 into = ["conjugate gradient","conjugate residual","conjugate gradient on a normal equation","minimum error","squared conjugate gradient","cgstab","gmres (see option for the solver for tracer diffusion)","direct"],
2997 defaut = ["conjugate gradient","conjugate gradient"],
2998 fr = """ 1 : gradient conjugue 2 : residu conjugue 3 : gradient conjugue sur
2999 equation normale 4 : erreur minimale 5 : gradient conjugue carre""",
3000 ang = """ 1 : conjugate gradient 2 : conjugate gradient 3 : conjugate gradient
3001 on a normal equation 4 : minimum error 5 : squared conjugate gradient 6
3002 : cgstab 7 : gmres (see option for the solver for tracer diffusion) 8 :
3005 # -----------------------------------
3006 SOLVER_OPTION_FOR_TRACERS_DIFFUSION = SIMP(statut ='o',
3007 # -----------------------------------
3008 typ = 'I', min=0, max='**',
3010 fr = """ si le solveur est GMRES (7) le mot cle est la dimension de l''espace
3011 de KRILOV (valeurs conseillees entre 2 et 15)""",
3012 ang = """ WHEN GMRES (7) IS CHOSEN, DIMENSION OF THE KRYLOV SPACE TRY VALUES
3013 BETWEEN 2 AND 15""",
3015 # -----------------------------------
3016 PRECONDITIONING_FOR_DIFFUSION_OF_TRACERS = SIMP(statut ='o',
3017 # -----------------------------------
3018 typ = 'TXM', min=0, max='**',
3019 into = ["no preconditioning ","diagonal","crout","diagonal and crout"],
3020 defaut = ["diagonal"],
3021 fr = """ Permet de preconditionner le systeme relatif au traceur. Memes
3022 definition et possibilites que pour le mot-cle PRECONDITIONNEMENT. 0 :
3023 pas de preconditionnement; 2 : preconditionnement diagonal. 7 : Crout
3025 ang = """ Preconditioning of the linear system in the tracer diffusion step.
3026 Same definition and possibilities as for the keyword PRECONDITIONING 0:
3027 no preconditioning 2: diagonal preconditioning 7: Crout''s
3028 preconditioning per element.""",
3031 # -----------------------------------
3032 ACCURACY_TRA = FACT(statut='o',
3033 # -----------------------------------
3034 # -----------------------------------
3035 ACCURACY_FOR_DIFFUSION_OF_TRACERS = SIMP(statut ='o',
3036 # -----------------------------------
3039 fr = """ Fixe la precision demandee pour le calcul de la diffusion du traceur.""",
3040 ang = """ Sets the required accuracy for computing the tracer diffusion.""",
3042 # -----------------------------------
3043 MAXIMUM_NUMBER_OF_ITERATIONS_FOR_DIFFUSION_OF_TRACERS = SIMP(statut ='o',
3044 # -----------------------------------
3047 fr = """ Limite le nombre d''iterations du solveur a chaque pas de temps pour
3048 le calcul de la diffusion du traceur.""",
3049 ang = """ Limits the number of solver iterations at each time step for the
3050 diffusion of tracer.""",
3053 # -----------------------------------
3054 SOURCES_TRA = FACT(statut='f',
3055 # -----------------------------------
3056 # -----------------------------------
3057 VALUES_OF_THE_TRACERS_AT_THE_SOURCES = SIMP(statut ='o',
3058 # -----------------------------------
3059 typ = 'R', min=0, max='**',
3060 fr = """ Valeurs des traceurs a chacune des sources""",
3061 ang = """ Values of the tracers at the sources""",
3064 # -----------------------------------
3065 METEOROLOGY_TRA = FACT(statut='f',
3066 # -----------------------------------
3067 # -----------------------------------
3068 VALUES_OF_TRACERS_IN_THE_RAIN = SIMP(statut ='o',
3069 # -----------------------------------
3070 typ = 'R', min=0, max='**',
3071 fr = """generalement ce traceur est la temperature, dans ce cas
3072 cette valeur est a modifier, sinon la valeur 0 est raisonnable""",
3073 ang = """most often, this tracer is temperature, in this case
3074 this value should be modified, otherwise, default value of 0 seems
3078 # -----------------------------------
3079 NUMERICAL = FACT(statut='o',
3080 # -----------------------------------
3081 # -----------------------------------
3082 ADVECTION_OF_TRACERS = SIMP(statut ='o',
3083 # -----------------------------------
3086 fr = """ Prise en compte ou non de la convection du traceur passif.""",
3087 ang = """ The advection of the passive tracer is taken into account or ignored.""",
3089 # -----------------------------------
3090 b_ADVECTION_OF_TRACERSG = BLOC(condition="ADVECTION_OF_TRACERS == True",
3091 # -----------------------------------
3092 # -----------------------------------
3093 SCHEME_FOR_ADVECTION_OF_TRACERS = SIMP(statut ='f',
3094 # -----------------------------------
3095 typ = 'TXM', min=0, max='**',
3096 into = ["NO ADVECTION","CHARACTERISTICS","EXPLICIT + SUPG","EXPLICIT LEO POSTMA","EXPLICIT + MURD SCHEME N","EXPLICIT + MURD SCHEME PSI","LEO POSTMA FOR TIDAL FLATS","N-SCHEME FOR TIDAL FLATS","ERIA SCHEME FOR TIDAL FLATS"],
3097 defaut = ["CHARACTERISTICS"],
3098 fr = """ Choix du schema de convection pour les traceurs, remplace FORME DE LA
3100 ang = """ Choice of the advection scheme for the tracers, replaces TYPE OF
3104 # -----------------------------------
3105 IMPLICITATION_COEFFICIENT_OF_TRACERS = SIMP(statut ='o',
3106 # -----------------------------------
3109 fr = """ Fixe la valeur du coefficient d''implicitation du traceur""",
3110 ang = """ Sets the value of the implicitation coefficient for the tracer""",
3112 # -----------------------------------
3113 DIFFUSION_OF_TRACERS = SIMP(statut ='o',
3114 # -----------------------------------
3117 fr = """ Prise en compte ou non de la diffusion du traceur passif.""",
3118 ang = """ The diffusion of the passive tracer is taken into account or ignored.""",
3120 # -----------------------------------
3121 b_DIFFUSION_OF_TRACERSG = BLOC(condition="DIFFUSION_OF_TRACERS == True",
3122 # -----------------------------------
3123 # -----------------------------------
3124 COEFFICIENT_FOR_DIFFUSION_OF_TRACERS = SIMP(statut ='o',
3125 # -----------------------------------
3126 typ = 'R', min=0, max='**',
3128 fr = """ Fixe la valeur du coefficient de diffusion du traceur. L''influence de
3129 ce parametre sur l''evolution du traceur dans le temps est importante.""",
3130 ang = """ Sets the value of the tracer diffusivity.""",
3133 # -----------------------------------
3134 OPTION_FOR_THE_DIFFUSION_OF_TRACERS = SIMP(statut ='o',
3135 # -----------------------------------
3136 typ = 'TXM', min=0, max='**',
3137 into = ["div( nu grad(T) )","1/h div ( h nu grad(T)"],
3138 defaut = ["div( nu grad(T) )"],
3139 fr = """ 1: Diffusion de la forme div( nu grad(T) ) 2: Diffusion de la forme
3140 1/h div ( h nu grad(T) )""",
3141 ang = """ 1: Diffusion in the form div( nu grad(T) ) 2: Diffusion in the form
3142 1/h div ( h nu grad(T) )""",
3144 # -----------------------------------
3145 SCHEME_OPTION_FOR_ADVECTION_OF_TRACERS = SIMP(statut ='o',
3146 # -----------------------------------
3147 typ = 'I', min=0, max='**',
3149 fr = """ Si present remplace et a priorite sur : OPTION POUR LES
3150 CARACTERISTIQUES OPTION DE SUPG Si schema PSI ou N : 1=explicite
3151 2=predicteur-correcteur 3=predicteur-correcteur deuxieme ordre en temps
3153 ang = """ If present replaces and has priority over: OPTION FOR CHARACTERISTICS
3154 SUPG OPTION if N or PSI SCHEME: 1=explicit 2=predictor-corrector 3=
3155 predictor-corrector second-order in time 4= implicit""",
3157 # -----------------------------------
3158 MASS_LUMPING_ON_TRACERS = SIMP(statut ='o',
3159 # -----------------------------------
3162 fr = """ Fixe le taux de mass-lumping effectue sur le traceur.""",
3163 ang = """ Sets the amount of mass-lumping that is performed on the tracer.""",
3166 # -----------------------------------
3167 DEGRADATION = FACT(statut='o',
3168 # -----------------------------------
3169 # -----------------------------------
3170 LAW_OF_TRACERS_DEGRADATION = SIMP(statut ='o',
3171 # -----------------------------------
3172 typ = 'TXM', min=0, max='**',
3173 into = ["NO DEGRADATION","F(T90) LAW"],
3174 defaut = ["NO DEGRADATION","NO DEGRADATION"],
3175 fr = """ Prise en compte d''une loi de decroissance des traceurs""",
3176 ang = """ Take in account a law for tracers decrease""",
3178 # -----------------------------------
3179 b_LAW_OF_TRACERS_DEGRADATIONG = BLOC(condition="'F(T90) LAW' in LAW_OF_TRACERS_DEGRADATION",
3180 # -----------------------------------
3181 # -----------------------------------
3182 COEFFICIENT_1_FOR_LAW_OF_TRACERS_DEGRADATION = SIMP(statut ='o',
3183 # -----------------------------------
3184 typ = 'R', min=0, max='**',
3185 fr = """ Coefficient 1 de la loi de decroissance des traceurs""",
3186 ang = """ Coefficient 1 of law for tracers decrease""",
3191 # -----------------------------------------------------------------------
3192 PARTICLE_TRANSPORT = PROC(nom= "PARTICLE_TRANSPORT",op = None,
3193 # -----------------------------------------------------------------------
3194 # -----------------------------------
3195 DROGUES = FACT(statut='f',
3196 # -----------------------------------
3197 # -----------------------------------
3198 NUMBER_OF_DROGUES = SIMP(statut ='o',
3199 # -----------------------------------
3202 fr = """ Permet d''effectuer un suivi de flotteurs""",
3203 ang = """ Number of drogues in the computation. The user must then fill the
3204 subroutine FLOT specifying the coordinates of the starting points, their
3205 departure and arrival times. The trajectory of drogues is recorded in
3206 the BINARY RESULTS FILE that must be given in the steering file""",
3208 # -----------------------------------
3209 b_NUMBER_OF_DROGUESG = BLOC(condition="NUMBER_OF_DROGUES != 0",
3210 # -----------------------------------
3211 # -----------------------------------
3212 DROGUES_FILE = SIMP(statut ='o',
3213 # -----------------------------------
3214 typ = ('Fichier','All Files (*)','Sauvegarde'),
3216 fr = """ Fichier de resultat avec les positions des flotteurs""",
3217 ang = """ Results file with positions of drogues""",
3219 # -----------------------------------
3220 PRINTOUT_PERIOD_FOR_DROGUES = SIMP(statut ='o',
3221 # -----------------------------------
3224 fr = """ Nombre de pas de temps entre 2 sorties de positions de flotteurs dans
3225 le fichier des resultats binaire supplementaire N affecte pas la qualite
3226 du calcul de la trajectoire""",
3227 ang = """ Number of time steps between 2 outputs of drogues positions in the
3232 # -----------------------------------
3233 ALGAES = FACT(statut='f',
3234 # -----------------------------------
3235 # -----------------------------------
3236 ALGAE_TRANSPORT_MODEL = SIMP(statut ='o',
3237 # -----------------------------------
3240 fr = """ Si oui, les flotteurs seront des algues""",
3241 ang = """ If yes, the floats or particles will be algae""",
3243 # -----------------------------------
3244 b_ALGAE_TRANSPORT_MODELG = BLOC(condition="ALGAE_TRANSPORT_MODEL == True",
3245 # -----------------------------------
3246 # -----------------------------------
3247 ALGAE_TYPE = SIMP(statut ='o',
3248 # -----------------------------------
3250 into = ["SPHERE","IRIDAEA FLACCIDA (CLOSE TO ULVA)","PELVETIOPSIS LIMITATA","GIGARTINA LEPTORHYNCHOS"],
3252 fr = """ Type des algues. Pour le choix 1 les algues seront modelisees comme
3253 des spheres, pour les autres choix voir Gaylord et al. (1994).""",
3254 ang = """ Algae type. For choice 1 the algae particles will be modeled as
3255 spheres, and for the other choices see Gaylord et al. (1994)""",
3257 # -----------------------------------
3258 DIAMETER_OF_ALGAE = SIMP(statut ='o',
3259 # -----------------------------------
3262 fr = """ Diametre des algues en m""",
3263 ang = """ Diametre of algae in m""",
3265 # -----------------------------------
3266 DENSITY_OF_ALGAE = SIMP(statut ='o',
3267 # -----------------------------------
3270 fr = """ Masse volumique des algues en kg/m3""",
3271 ang = """ Density of algae in kg/m3""",
3273 # -----------------------------------
3274 THICKNESS_OF_ALGAE = SIMP(statut ='o',
3275 # -----------------------------------
3278 fr = """ Epaisseur des algues en m""",
3279 ang = """ Thickness of algae in m""",
3283 # -----------------------------------
3284 OIL_SPILL = FACT(statut='f',
3285 # -----------------------------------
3286 # -----------------------------------
3287 OIL_SPILL_MODEL = SIMP(statut ='o',
3288 # -----------------------------------
3291 fr = """ POUR DECLENCHER LE MODELE DE DERIVE DE NAPPES, DANS CE CAS LE FICHIER
3292 DE COMMANDES MIGRHYCAR EST NECESSAIRE""",
3293 ang = """ WILL TRIGGER THE OIL SPILL MODEL, IN THIS CASE THE MIGRHYCAR STEERING
3296 # -----------------------------------
3297 b_OIL_SPILL_MODELG = BLOC(condition="OIL_SPILL_MODEL == True",
3298 # -----------------------------------
3299 # -----------------------------------
3300 OIL_SPILL_STEERING_FILE = SIMP(statut ='o',
3301 # -----------------------------------
3302 typ = ('Fichier','All Files (*)'),
3304 fr = """ Contient les donnees pour le modele de derive de nappes""",
3305 ang = """ Contains data for the oil spill model""",
3309 # -----------------------------------
3310 BROWNIAN_MOTION = FACT(statut='f',
3311 # -----------------------------------
3312 # -----------------------------------
3313 STOCHASTIC_DIFFUSION_MODEL = SIMP(statut ='o',
3314 # -----------------------------------
3316 into = ["No model","brownian movement"],
3317 defaut = "No model",
3318 fr = """ Pour les particules : flotteurs, hydrocarbures""",
3319 ang = """ Meant for particles: drogues, oil spills""",
3322 # -----------------------------------
3323 LAGRANGIAN_DRIFTS = FACT(statut='f',
3324 # -----------------------------------
3325 # -----------------------------------
3326 NUMBER_OF_LAGRANGIAN_DRIFTS = SIMP(statut ='o',
3327 # -----------------------------------
3330 fr = """ Permet d''effectuer simultanement plusieurs calculs de derives
3331 lagrangiennes initiees a des pas differents""",
3332 ang = """ Provided for performing several computations of lagrangian drifts
3333 starting at different times. Add A and G in the VARIABLES FOR GRAPHIC
3334 PRINTOUTS key-word""",
3336 # -----------------------------------
3337 b_NUMBER_OF_LAGRANGIAN_DRIFTSG = BLOC(condition="NUMBER_OF_LAGRANGIAN_DRIFS != 0",
3338 # -----------------------------------
3339 # -----------------------------------
3340 Consigne = SIMP(statut ="o", homo="information", typ="TXM",
3341 # -----------------------------------
3342 defaut = "Add 'drift along x (m)' and 'drift along y (m)' in VARIABLES FOR GRAPHIC PRINTOUTS"),
3346 # -----------------------------------------------------------------------
3347 HYDRAULIC_STRUCTURES = PROC(nom= "HYDRAULIC_STRUCTURES",op = None,
3348 # -----------------------------------------------------------------------
3349 # -----------------------------------
3350 WEIRS = FACT(statut='f',
3351 # -----------------------------------
3352 # -----------------------------------
3353 NUMBER_OF_WEIRS = SIMP(statut ='o',
3354 # -----------------------------------
3357 fr = """ Nombre de seuils qui seront traites par des conditions aux limites.
3358 Ces seuils doivent etre decrits comme des frontieres du domaine de
3359 calcul, et leurs caracteristiques sont donnees dans le fichier de
3360 donnees des seuils (voir la documentation ecrite)""",
3361 ang = """ Number of weirs that will be treated by boundary conditions. They must
3362 be described as boundaries of the domain and their features are given in
3363 the weir data file (see written documentation)""",
3365 # -----------------------------------
3366 b_NUMBER_OF_WEIRSG = BLOC(condition="NUMBER_OF_WEIRS != 0",
3367 # -----------------------------------
3368 # -----------------------------------
3369 WEIRS_DATA_FILE = SIMP(statut ='o',
3370 # -----------------------------------
3371 typ = ('Fichier','All Files (*)'),
3373 fr = """ Fichier de description des seuils presents dans le modele""",
3374 ang = """ Description of weirs existing in the model""",
3376 # -----------------------------------
3377 TYPE_OF_WEIRS = SIMP(statut ='o',
3378 # -----------------------------------
3380 into = ["HORIZONTAL WITH SAME NUMBER OF NODES UPSTREAM/DOWNSTREAM","GENERAL"],
3381 defaut = "HORIZONTAL WITH SAME NUMBER OF NODES UPSTREAM/DOWNSTREAM",
3382 fr = """ Methode de traitement des seuils. Deux Solutions:
3383 - HORIZONTAL AVEC MEME NOMBRE DE NOEUDS AMONT/AVAL (Solution historique
3385 - GENERALE (Nouvelle solution avec pts sources)""",
3386 ang = """ Method for treatment of weirs. Two options:
3387 - HORIZONTAL WITH SAME NUMBER OF NODES UPSTREAM/DOWNSTREAM (Historical
3389 - GENERAL (New solution with sources points""",
3393 # -----------------------------------
3394 SIPHONS = FACT(statut='f',
3395 # -----------------------------------
3396 # -----------------------------------
3397 NUMBER_OF_SIPHONS = SIMP(statut ='f',
3398 # -----------------------------------
3401 fr = """ Nombre de siphons traites comme des termes sources ou puits. Ces
3402 siphons doivent etre decrits comme des sources dans le fichier cas.
3403 Leurs caracteristiques sont donnees dans le fichier de donnees des
3404 siphons (voir la documentation ecrite)""",
3405 ang = """ Number of culverts treated as source terms. They must be described as
3406 sources in the domain and their features are given in the culvert data
3407 file (see written documentation)""",
3409 # -----------------------------------
3410 b_NUMBER_OF_SIPHONSG = BLOC(condition="NUMBER_OF_SIPHONS != 0",
3411 # -----------------------------------
3412 # -----------------------------------
3413 SIPHONS_DATA_FILE = SIMP(statut ='o',
3414 # -----------------------------------
3415 typ = ('Fichier','All Files (*)'),
3417 fr = """ Fichier de description des siphons presents dans le modele""",
3418 ang = """ Description of culvert existing in the model""",
3422 # -----------------------------------
3423 CULVERTS = FACT(statut='f',
3424 # -----------------------------------
3425 # -----------------------------------
3426 NUMBER_OF_CULVERTS = SIMP(statut ='o',
3427 # -----------------------------------
3430 fr = """ Nombre de buses ou ponts traites comme des termes sources ou puits.
3431 Ces buses doivent etre decrits comme des sources dans le fichier cas.
3432 Leurs caracteristiques sont donnees dans le fichier de donnees des buses
3433 (voir la documentation ecrite)""",
3434 ang = """ Number of culverts or bridges treated as source terms. They must be
3435 described as sources in the domain and their features are given in the
3436 culverts data file (see written documentation)""",
3438 # -----------------------------------
3439 b_NUMBER_OF_CULVERTSG = BLOC(condition="NUMBER_OF_CULVERTS != 0",
3440 # -----------------------------------
3441 # -----------------------------------
3442 CULVERTS_DATA_FILE = SIMP(statut ='o',
3443 # -----------------------------------
3444 typ = ('Fichier','All Files (*)'),
3446 fr = """ Fichier de description des buses/ponts presents dans le modele""",
3447 ang = """ Description of tubes/bridges existing in the model""",
3450 # -----------------------------------
3451 OPTION_FOR_CULVERTS = SIMP(statut ='f',
3452 # -----------------------------------
3455 fr = """Option pour le traitement des buses. Il existe deux formulations
3457 ang = """Option for the treatment of culverts. There are two options in
3461 # -----------------------------------
3462 BREACHES = FACT(statut='f',
3463 # -----------------------------------
3464 # -----------------------------------
3465 BREACH = SIMP(statut ='o',
3466 # -----------------------------------
3469 fr = """ Prise en compte de breches dans le calcul par modification
3470 altimetrique dans le maillage. La description des breches se fait avec
3471 le fichier de donnees des breches.""",
3472 ang = """ Take in account some breaches during the computation by modifying the
3473 bottom level of the mesh. Brech description is done with the breaches
3476 # -----------------------------------
3477 b_BREACHG = BLOC(condition="BREACH == True",
3478 # -----------------------------------
3479 # -----------------------------------
3480 BREACHES_DATA_FILE = SIMP(statut ='o',
3481 # -----------------------------------
3482 typ = ('Fichier','All Files (*)'),
3484 fr = """ Fichier de description des breches""",
3485 ang = """ Description of breaches""",
3490 # -----------------------------------------------------------------------
3491 TIDES = PROC(nom= "TIDES",op = None,
3492 # -----------------------------------------------------------------------
3493 # -----------------------------------
3494 BOUNDARY_CONDITIONS = FACT(statut='o',
3495 # -----------------------------------
3496 # -----------------------------------
3497 TIDAL_DATA_BASE = SIMP(statut ='o',
3498 # -----------------------------------
3500 into = ["NO DEFAULT VALUE","JMJ","TPXO","MISCELLANEOUS (LEGOS-NEA, FES20XX, PREVIMER...)"],
3501 defaut = "NO DEFAULT VALUE",
3502 fr = """ Pour JMJ, renseigner la localisation du fichier bdd\_jmj et geofin
3503 dans les mots-cles BASE DE DONNEES DE MAREE et FICHIER DU MODELE DE
3504 MAREE. Pour TPXO, LEGOS-NEA, FES20XX et PREVIMER, l''utilisateur doit
3505 telecharger les fichiers de constantes harmoniques sur internet""",
3506 ang = """ For JMJ, indicate the location of the files bdd\_jmj and geofin with
3507 keywords TIDE DATA BASE and TIDAL MODEL FILE. For TPXO, LEGOS-NEA,
3508 FES20XX and PREVIMER, the user has to download files of harmonic
3509 constituents on the internet""",
3511 # -----------------------------------
3512 b_TIDAL_DATA_BASEG = BLOC(condition="TIDAL_DATA_BASE == 'TPXO'",
3513 # -----------------------------------
3514 # -----------------------------------
3515 MINOR_CONSTITUENTS_INFERENCE = SIMP(statut ='f',
3516 # -----------------------------------
3519 fr = """ Pour la base de donnees TPXO uniquement. Interpolation de composantes
3520 harmoniques mineures a partir de celles lues dans les fichiers d''entree
3521 lies aux mots-cles BASE BINAIRE 1 DE DONNEES DE MAREE et BASE BINAIRE 2
3522 DE DONNEES DE MAREE""",
3523 ang = """ For TPXO tidal data base only. Inference of minor constituents from
3524 the one read in input files linked to keywords BINARY DATABASE 1 FOR
3525 TIDE and BINARY DATABASE 2 FOR TIDE""",
3527 # -----------------------------------
3528 BINARY_DATABASE_1_FOR_TIDE = SIMP(statut ='f',
3529 # -----------------------------------
3530 typ = ('Fichier','All Files (*)'),
3532 fr = """ Base de donnees binaire 1 tiree du fichier du modele de maree. Dans le
3533 cas des donnees satellitaires de TPXO, ce fichier correspond aux donnees
3534 de niveau d''eau, par exemple h\_tpxo7.2""",
3535 ang = """ Binary database 1 extracted from the tidal model file. In the case of
3536 the TPXO satellite altimetry model, this file should be for free surface
3537 level, for instance h\_tpxo7.2""",
3539 # -----------------------------------
3540 BINARY_DATABASE_2_FOR_TIDE = SIMP(statut ='f',
3541 # -----------------------------------
3542 typ = ('Fichier','All Files (*)'),
3544 fr = """ Base de donnees binaire 2 tiree du fichier du modele de maree. Dans le
3545 cas des donnees satellitaires de TPXO, ce fichier correspond aux donnees
3546 de vitesse de marrees, par exemple u\_tpxo7.2""",
3547 ang = """ Binary database 2 extracted from the tidal model file. In the case of
3548 the TPXO satellite altimetry model, this file should be for tidal
3549 velocities, for instance u\_tpxo7.2""",
3552 # -----------------------------------
3553 TIDAL_MODEL_FILE = SIMP(statut ='f',
3554 # -----------------------------------
3555 typ = ('Fichier','All Files (*)'),
3557 fr = """ Fichier de geometrie du modele dont sont extraites les constantes
3559 ang = """ Geometry file of the model from which harmonic constituents are
3562 # -----------------------------------
3563 ASCII_DATABASE_FOR_TIDE = SIMP(statut ='f',
3564 # -----------------------------------
3565 typ = ('Fichier','All Files (*)'),
3567 fr = """ Base de donnees de constantes harmoniques tirees du fichier du modele
3568 de maree. Ancien nom en version 6.1 : BASE DE DONNEES DE MAREE""",
3569 ang = """ Tide data base of harmonic constituents extracted from the tidal model
3570 file. Old name in 6.1 version: TIDE DATA BASE""",
3572 # -----------------------------------
3573 HARMONIC_CONSTANTS_FILE = SIMP(statut ='f',
3574 # -----------------------------------
3575 typ = ('Fichier','All Files (*)'),
3577 fr = """ Constantes harmoniques extraites du fichier du modele de maree""",
3578 ang = """ Harmonic constants extracted from the tidalmodel file""",
3581 # -----------------------------------
3582 PHYSICAL_PARAMETERS = FACT(statut='o',
3583 # -----------------------------------
3584 # -----------------------------------
3585 TIDE_GENERATING_FORCE = SIMP(statut ='o',
3586 # -----------------------------------
3589 fr = """ Active la prise en compte de la force generatrice de la maree""",
3590 ang = """ The tide generating force is taken into account.""",
3592 # -----------------------------------
3593 b_TIDE_GENERATING_FORCEG = BLOC(condition="TIDE_GENERATING_FORCE == True",
3594 # -----------------------------------
3596 # -----------------------------------
3597 OPTION_FOR_TIDAL_BOUNDARY_CONDITIONS = SIMP(statut ='o',
3598 # -----------------------------------
3599 typ = 'TXM', max='**',
3600 into = ["No tide","Real tide (recommended methodology)","Astronomical tide","Mean spring tide","Mean tide","Mean neap tide","Astronomical neap tide","Real tide (methodology before 2010)"],
3601 fr = """ Option pour les conditions aux limites de maree. Pour des marees
3602 reelles, l option 1 est recommandee. Depuis la version 7.1, ce mot-cle
3603 est un tableau avec une valeur donnee par frontiere liquide, separee par
3604 point-virgules. Ceci permet d''avoir des conditions de maree (ou pas)
3605 calculees sur des frontieres liquides avec vitesses ou hauteur d eau
3606 imposees. Ca evite un conflit lors de l utilisation de seuils dans le
3607 domaine. 0 est le code pour des conditions autres que des conditions de
3608 maree. ATTENTION depuis la version 7.1 ! Les anciens modeles doivent
3609 etre changes si la frontiere de maree n a pas le numero 1. Dans ce cas,
3610 le mot-cle doit etre change et plus de valeurs doivent etre donnees.
3611 Calage possible par les mots-cles COEFFICIENT POUR CALAGE EN MARNAGE et
3612 COEFFICIENT POUR CALAGE EN NIVEAU.""",
3613 ang = """ Option for tidal boundary conditions. For real tides, option 1 is
3614 recommended. This keyword has been an array with a value given per
3615 liquid boundary, separated by semicolons, since version 7.1. This
3616 enables to have tidal conditions (or not) computed on liquid boundaries
3617 with prescribed velocities or depths, avoiding a clash when using weirs
3618 in the domain. 0 codes for conditions other than tidal. BEWARE since
3619 version 7.1! Old models must be changed if their tidal boundary is not
3620 number 1. In that case this keyword must be changed and more values
3621 given. Possible calibration with the keywords COEFFICIENT TO ADJUST
3622 TIDAL RANGE, COEFFICENT TO CALIBRATE TIDAL VELOCITIES, and COEFFICIENT
3623 TO ADJUST SEA LEVEL.""",
3626 # -----------------------------------
3627 CALIBRATION = FACT(statut='o',
3628 # -----------------------------------
3629 # -----------------------------------
3630 GEOGRAPHIC_SYSTEM = SIMP(statut ='o',
3631 # -----------------------------------
3633 into = ["NO DEFAULT VALUE","DEFINED BY USER","WGS84 LONGITUDE/LATITUDE IN REAL DEGREES","WGS84 NORTHERN UTM","WGS84 SOUTHERN UTM","LAMBERT","MERCATOR FOR TELEMAC"],
3634 defaut = "NO DEFAULT VALUE",
3635 fr = """ Systeme de coordonnees geographiques dans lequel est construit le
3636 modele numerique. Indiquer la zone correspondante avec le mot-cle""",
3637 ang = """ Geographic coordinates system in which the numerical model is built.
3638 Indicate the corresponding zone with the keyword""",
3640 # -----------------------------------
3641 b_GEOGRAPHIC_SYSTEMG = BLOC(condition="GEOGRAPHIC_SYSTEM in ['WGS84 NOTHERN UTM','WGS84 SOUTHERN UTM','LAMBERT']",
3642 # -----------------------------------
3643 # -----------------------------------
3644 ZONE_NUMBER_IN_GEOGRAPHIC_SYSTEM = SIMP(statut ='f',
3645 # -----------------------------------
3647 into = ["NO DEFAULT VALUE","LAMBERT 1 NORTH","LAMBERT 2 CENTER","LAMBERT 3 SOUTH","LAMBERT 4 CORSICA","LAMBERT 2 EXTENDED","UTM ZONE, E.G."],
3648 defaut = "NO DEFAULT VALUE",
3649 fr = """ Numero de zone (fuseau ou type de projection) lors de l''utilisation
3650 d''une projection plane. Indiquer le systeme geographique dans lequel
3651 est construit le modele numerique avec le mot-cle SYSTEME GEOGRAPHIQUE""",
3652 ang = """ Number of zone when using a plane projection. Indicate the geographic
3653 system in which the numerical model is built with the keyword GEOGRAPHIC
3657 # -----------------------------------
3658 COEFFICIENT_TO_CALIBRATE_SEA_LEVEL = SIMP(statut ='o',
3659 # -----------------------------------
3662 fr = """ Coefficient pour ajuster le niveau de mer""",
3663 ang = """ Coefficient to calibrate the sea level""",
3665 # -----------------------------------
3666 COEFFICIENT_TO_CALIBRATE_TIDAL_RANGE = SIMP(statut ='o',
3667 # -----------------------------------
3670 fr = """ Coefficient pour ajuster le marnage de l''onde de maree aux frontieres
3672 ang = """ Coefficient to calibrate the tidal range of tidal wave at tidal open
3673 boundary conditions""",
3675 # -----------------------------------
3676 COEFFICIENT_TO_CALIBRATE_TIDAL_VELOCITIES = SIMP(statut ='o',
3677 # -----------------------------------
3680 fr = """ Coefficient pour ajuster les composantes de vitesse de l''onde de
3681 maree aux frontieres maritimes. La valeur par defaut 999999. signifie
3682 que c''est la racine carree du COEFFICIENT DE CALAGE DU MARNAGE qui est
3684 ang = """ Coefficient to calibrate the tidal velocities of tidal wave at tidal
3685 open boundary conditions. Default value 999999. means that the square
3686 root of COEFFICIENT TO CALIBRATE TIDAL RANGE is taken""",
3688 # -----------------------------------
3689 LOCAL_NUMBER_OF_THE_POINT_TO_CALIBRATE_HIGH_WATER = SIMP(statut ='f',
3690 # -----------------------------------
3693 fr = """ Numero local du point entre 1 et le nombre de points de frontiere
3694 maritime (du FICHIER DES CONSTANTES HARMONIQUES) ou les conditions aux
3695 limites de maree sont calculees avec les bases de donnees JMJ, NEA, FES,
3696 PREVIMER (sauf les bases de type TPXO). Les ondes de maree sont
3697 dephasees par rapport a ce point pour debuter le calcul par une pleine
3698 mer (en marees schematiques seulement).""",
3699 ang = """ Local number between 1 and the number of tidal boundary points (of the
3700 HARMONIC CONSTANTS FILE) where the tidal boundary conditions are
3701 computed with JMJ, NEA, FES, PREVIMER databases (except TPXO-type
3702 databases). The tidal constituents have their phase shifted with respect
3703 to this point to start the simulation with a high water (for schematic
3706 # -----------------------------------
3707 GLOBAL_NUMBER_OF_THE_POINT_TO_CALIBRATE_HIGH_WATER = SIMP(statut ='f',
3708 # -----------------------------------
3711 fr = """ Numero global du point par rapport auquel les ondes de maree sont
3712 dephasees pour debuter le calcul par une pleine mer (en marees
3713 schematiques seulement). Ne concerne que les bases de constantes
3714 harmoniques de type TPXO.""",
3715 ang = """ Global number of the point with respect to which the tidal
3716 constituents have their phase shifted to start the calculation with a
3717 high water (for schematic tides only). Only harmonic constants databases
3718 like TPXO are concerned.""",
3722 # -----------------------------------------------------------------------
3723 COUPLING = PROC(nom= "COUPLING",op = None,
3724 # -----------------------------------------------------------------------
3725 # -----------------------------------
3726 COUPLING_WITH = SIMP(statut ='o',
3727 # -----------------------------------
3729 into = ['SISYPHE','TOMAWAC','DELWAQ'],
3731 fr = """ Liste des codes avec lesquels on couple Telemac-2D SISYPHE : couplage
3732 interne avec Sisyphe TOMAWAC : couplage interne avec Tomawac DELWAQ :
3733 sortie de fichiers de resultats pour Delwaq""",
3734 ang = """ List of codes to be coupled with Telemac-2D SISYPHE : internal
3735 coupling with Sisyphe TOMAWAC : internal coupling with Tomawac DELWAQ:
3736 will yield results file for Delwaq""",
3738 # -----------------------------------
3739 NAMES_OF_CLANDESTINE_VARIABLES = SIMP(statut ='f',
3740 # -----------------------------------
3741 typ = 'TXM', min= 2, max= 2,
3742 fr = """ Noms de variables qui ne sont pas utilisees par TELEMAC; mais qui
3743 doivent etre conservees lors de son execution. Ceci peut etre utilise
3744 entre autres lors du couplage de TELEMAC avec un autre code. Les
3745 variables clandestines sont alors des variables propres a l''autre code
3746 et sont rendues dans le fichier de resultats.""",
3747 ang = """ Names of variables that are not used by TELEMAC, but should be
3748 preserved when it is being run. This keyword may be used, for instance
3749 when it if TELEMAC is coupled with another code. Thus, the clandestine
3750 variables belong to the other code and are given back in the results
3753 # -----------------------------------
3754 DELWAQ = FACT(statut='o',
3755 # -----------------------------------
3756 # -----------------------------------
3757 COUPLING_DIRECTORY = SIMP(statut ='f',
3758 # -----------------------------------
3761 fr = """ Nom complet du dossier d echange des fichiers pour couplage de codes""",
3762 ang = """ Name with full path of the directory where the files will be exchanged
3765 # -----------------------------------
3766 DELWAQ_PRINTOUT_PERIOD = SIMP(statut ='f',
3767 # -----------------------------------
3770 fr = """ Periode de sortie des resultats pour Delwaq""",
3771 ang = """ Printout period for Delwaq file""",
3773 # -----------------------------------
3774 VOLUMES_DELWAQ_FILE = SIMP(statut ='f',
3775 # -----------------------------------
3776 typ = ('Fichier','All Files (*)','Sauvegarde'),
3778 fr = """ Fichier de resultats pour le couplage avec Delwaq""",
3779 ang = """ Results file for coupling with Delwaq""",
3781 # -----------------------------------
3782 EXCHANGE_AREAS_DELWAQ_FILE = SIMP(statut ='f',
3783 # -----------------------------------
3784 typ = ('Fichier','All Files (*)','Sauvegarde'),
3786 fr = """ Fichier de resultats pour le couplage avec Delwaq""",
3787 ang = """ Results file for coupling with Delwaq""",
3789 # -----------------------------------
3790 VERTICAL_FLUXES_DELWAQ_FILE = SIMP(statut ='f',
3791 # -----------------------------------
3792 typ = ('Fichier','All Files (*)','Sauvegarde'),
3794 fr = """ Fichier de resultats pour le couplage avec Delwaq""",
3795 ang = """ Results file for coupling with Delwaq""",
3797 # -----------------------------------
3798 SALINITY_DELWAQ_FILE = SIMP(statut ='f',
3799 # -----------------------------------
3800 typ = ('Fichier','All Files (*)','Sauvegarde'),
3802 fr = """ Fichier de resultats pour le couplage avec Delwaq""",
3803 ang = """ Results file for coupling with Delwaq""",
3805 # -----------------------------------
3806 BOTTOM_SURFACES_DELWAQ_FILE = SIMP(statut ='f',
3807 # -----------------------------------
3808 typ = ('Fichier','All Files (*)','Sauvegarde'),
3810 fr = """ Fichier de resultats pour le couplage avec Delwaq""",
3811 ang = """ Results file for coupling with Delwaq""",
3813 # -----------------------------------
3814 EXCHANGES_BETWEEN_NODES_DELWAQ_FILE = SIMP(statut ='f',
3815 # -----------------------------------
3816 typ = ('Fichier','All Files (*)','Sauvegarde'),
3818 fr = """ Fichier de resultats pour le couplage avec Delwaq""",
3819 ang = """ Results file for coupling with Delwaq""",
3821 # -----------------------------------
3822 NODES_DISTANCES_DELWAQ_FILE = SIMP(statut ='f',
3823 # -----------------------------------
3824 typ = ('Fichier','All Files (*)','Sauvegarde'),
3826 fr = """ Fichier de resultats pour le couplage avec Delwaq""",
3827 ang = """ Results file for coupling with Delwaq""",
3829 # -----------------------------------
3830 TEMPERATURE_DELWAQ_FILE = SIMP(statut ='f',
3831 # -----------------------------------
3832 typ = ('Fichier','All Files (*)','Sauvegarde'),
3834 fr = """ Fichier de resultats pour le couplage avec Delwaq""",
3835 ang = """ Results file for coupling with Delwaq""",
3837 # -----------------------------------
3838 VELOCITY_DELWAQ_FILE = SIMP(statut ='f',
3839 # -----------------------------------
3840 typ = ('Fichier','All Files (*)','Sauvegarde'),
3842 fr = """ Fichier de resultats pour le couplage avec Delwaq""",
3843 ang = """ Results file for coupling with Delwaq""",
3845 # -----------------------------------
3846 DIFFUSIVITY_DELWAQ_FILE = SIMP(statut ='f',
3847 # -----------------------------------
3848 typ = ('Fichier','All Files (*)','Sauvegarde'),
3850 fr = """ Fichier de resultats pour le couplage avec Delwaq""",
3851 ang = """ Results file for coupling with Delwaq""",
3853 # -----------------------------------
3854 DELWAQ_STEERING_FILE = SIMP(statut ='f',
3855 # -----------------------------------
3856 typ = ('Fichier','All Files (*)','Sauvegarde'),
3858 fr = """ Fichier de resultats pour le couplage avec Delwaq""",
3859 ang = """ Results file for coupling with Delwaq""",
3861 # -----------------------------------
3862 SALINITY_FOR_DELWAQ = SIMP(statut ='f',
3863 # -----------------------------------
3866 fr = """ Decide de la sortie de la salinite pour Delwaq""",
3867 ang = """ Triggers output of salinity for Delwaq""",
3869 # -----------------------------------
3870 TEMPERATURE_FOR_DELWAQ = SIMP(statut ='f',
3871 # -----------------------------------
3874 fr = """ Decide de la sortie de la temperature pour Delwaq""",
3875 ang = """ Triggers output of temperature for Delwaq""",
3877 # -----------------------------------
3878 VELOCITY_FOR_DELWAQ = SIMP(statut ='f',
3879 # -----------------------------------
3882 fr = """ Decide de la sortie de la vitesse pour Delwaq""",
3883 ang = """ Triggers output of velocity for Delwaq""",
3885 # -----------------------------------
3886 DIFFUSIVITY_FOR_DELWAQ = SIMP(statut ='f',
3887 # -----------------------------------
3890 fr = """ Decide de la sortie du coefficient de diffusion pour Delwaq""",
3891 ang = """ Triggers output of diffusion for Delwaq""",
3894 # -----------------------------------
3895 SISYPHE = FACT(statut='o',
3896 # -----------------------------------
3897 # -----------------------------------
3898 SISYPHE_STEERING_FILE = SIMP(statut ='f',
3899 # -----------------------------------
3902 fr = """ Fichier des parametres de Sisyphe en cas de couplage interne""",
3903 ang = """ Sisyphe parameter file in case of internal coupling""",
3905 # -----------------------------------
3906 COUPLING_PERIOD_FOR_SISYPHE = SIMP(statut ='f',
3907 # -----------------------------------
3910 fr = """ pour eviter de faire le couplage a chaque pas de temps""",
3911 ang = """ to avoid coupling at every time-step""",
3914 # -----------------------------------
3915 TOMAWAC = FACT(statut='o',
3916 # -----------------------------------
3917 # -----------------------------------
3918 TOMAWAC_STEERING_FILE = SIMP(statut ='f',
3919 # -----------------------------------
3922 fr = """ Fichier des parametres de Tomawac en cas de couplage interne""",
3923 ang = """ Tomawac parameter file in case of internal coupling""",
3925 # -----------------------------------
3926 COUPLING_PERIOD_FOR_TOMAWAC = SIMP(statut ='f',
3927 # -----------------------------------
3930 fr = """ pour eviter de faire le couplage a chaque pas de temps""",
3931 ang = """ to avoid coupling at every time-step""",
3934 # -----------------------------------
3935 WAQTEL = FACT(statut='o',
3936 # -----------------------------------
3937 # -----------------------------------
3938 WAQTEL_STEERING_FILE = SIMP(statut ='f',
3939 # -----------------------------------
3942 fr = """ fichier des parametres physiques pour les processus de qualite d eau
3943 (internes non ceux de DELWAQ)""",
3944 ang = """ file for physical parameters of waq processes (local ones of
3945 Telemac-tracer not those of DELWAQ)""",
3949 # -----------------------------------------------------------------------
3950 MISC = PROC(nom= "MISC",op = None,
3951 # -----------------------------------------------------------------------
3952 # -----------------------------------
3953 LANGUAGE = SIMP(statut ='f',
3954 # -----------------------------------
3956 into = ["FRANCAIS","ANGLAIS"],
3958 fr = """ 1 : FRANCAIS 2 : ANGLAIS""",
3959 ang = """ 1: FRENCH 2: ENGLISH""",
3962 # -----------------------------------------------------------------------
3963 INTERNAL = PROC(nom= "INTERNAL",op = None,
3964 # -----------------------------------------------------------------------
3965 # -----------------------------------
3966 STEERING_FILE = SIMP(statut ='f',
3967 # -----------------------------------
3968 typ = ('Fichier','All Files (*)'),
3970 fr = """ Nom du fichier contenant les parametres du calcul a realiser.""",
3971 ang = """ Name of the file containing the parameters of the computation Written
3974 # -----------------------------------
3975 DICTIONARY = SIMP(statut ='f',
3976 # -----------------------------------
3977 typ = ('Fichier','All Files (*)'),
3978 defaut = 'telemac2d.dico',
3979 fr = """ Dictionnaire des mots cles.""",
3980 ang = """ Key word dictionary.""",
3982 # -----------------------------------
3983 PARTITIONING_TOOL = SIMP(statut ='f',
3984 # -----------------------------------
3986 into = ['METIS','SCOTCH','PARMETIS','PTSCOTCH'],
3988 fr = """ CHOIX DU PARTITIONNEUR 1 : METIS 2 : SCOTCH 3 : PARMETIS 4 : PTSCOTCH
3990 ang = """ PARTITIONING TOOL SELECTION 1 : METIS 2 : SCOTCH 3 : PARMETIS 4 :
3993 # -----------------------------------
3994 RELEASE = SIMP(statut ='f',
3995 # -----------------------------------
3998 fr = """ Numero de version des bibliotheques utilisees par TELEMAC. SUR UNE
3999 STATION DE TRAVAIL 5 versions sont donnees correspondant a :
4000 TELEMAC,DAMO,UTILE,BIEF,HP""",
4001 ang = """ version number of the libraries used by TELEMAC. ON A WORKSTATION 5
4002 numbers are given, corresponding to the libraries called:
4003 TELEMAC,DAMO,UTILE,BIEF,HP""",
4005 # -----------------------------------
4006 LIST_OF_FILES = SIMP(statut ='f',
4007 # -----------------------------------
4008 typ = 'TXM', min=47, max=47,
4009 defaut = 'STEERING FILE;DICTIONARY;FORTRAN FILE;GEOMETRY FILE;BOUNDARY CONDITIONS FILE;RESULTS FILE;PREVIOUS COMPUTATION FILE;BOTTOM TOPOGRAPHY FILE;BINARY DATA FILE 1;BINARY DATA FILE 2;FORMATTED DATA FILE 1;FORMATTED DATA FILE 2;BINARY RESULTS FILE;FORMATTED RESULTS FILE;REFERENCE FILE;LIQUID BOUNDARIES FILE;FRICTION DATA FILE;VOLUMES DELWAQ FILE;EXCHANGE AREAS DELWAQ FILE;VERTICAL FLUXES DELWAQ FILE;SALINITY DELWAQ FILE;VELOCITY DELWAQ FILE;DIFFUSIVITY DELWAQ FILE;BOTTOM SURFACES DELWAQ FILE;EXCHANGES BETWEEN NODES DELWAQ FILE;NODES DISTANCES DELWAQ FILE;TEMPERATURE DELWAQ FILE;DELWAQ STEERING FILE;STAGE-DISCHARGE CURVES FILE;SOURCES FILE;SECTIONS INPUT FILE;SECTIONS OUTPUT FILE;OIL SPILL STEERING FILE;HARMONIC CONSTANTS FILE;TIDAL MODEL FILE;ASCII DATABASE FOR TIDE;BINARY DATABASE 1 FOR TIDE;BINARY DATABASE 2 FOR TIDE;WEIRS DATA FILE;SIPHONS DATA FILE;CULVERTS DATA FILE;BREACHES DATA FILE;DROGUES FILE;ZONES FILE;FLUXLINE INPUT FILE;ASCII ATMOSPHERIC DATA FILE;BINARY ATMOSPHERIC DATA FILE',
4010 fr = """ Noms des fichiers exploites par le code""",
4011 ang = """ File names of the used files""",
4013 # -----------------------------------
4014 DESCRIPTION_OF_LIBRARIES = SIMP(statut ='f',
4015 # -----------------------------------
4016 typ = 'TXM', min=11, max=11,
4017 defaut = 'builds|PPP|lib|telemac2dMMMVVV.LLL;builds|PPP|lib|sisypheMMMVVV.LLL;builds|PPP|lib|tomawacMMMVVV.LLL;builds|PPP|lib|nestorMMMVVV.LLL;builds|PPP|lib|waqtelMMMVVV.LLL;builds|PPP|lib|stbtelMMMVVV.LLL;builds|PPP|lib|biefMMMVVV.LLL;builds|PPP|lib|hermesMMMVVV.LLL;builds|PPP|lib|damoMMMVVV.LLL;builds|PPP|lib|parallelMMMVVV.LLL;builds|PPP|lib|specialMMMVVV.LLL',
4018 fr = """ Description des librairies de T2D""",
4019 ang = """ LIBRARIES description""",
4021 # -----------------------------------
4022 DEFAULT_EXECUTABLE = SIMP(statut ='f',
4023 # -----------------------------------
4025 defaut = 'builds|PPP|bin|telemac2dMMMVVV.exe',
4026 fr = """ Executable par defaut de T2D""",
4027 ang = """ Default executable for T2D""",
4029 # -----------------------------------
4030 DEFAULT_PARALLEL_EXECUTABLE = SIMP(statut ='f',
4031 # -----------------------------------
4033 defaut = 'builds|PPP|bin|telemac2dMMMVVV.exe',
4034 fr = """ Executable parallele par defaut de T2D""",
4035 ang = """ Default parallel executable for T2D""",
4038 # -----------------------------------------------------------------------
4039 INPUT_OUTPUT__FILES = PROC(nom= "INPUT_OUTPUT__FILES",op = None,
4040 # -----------------------------------------------------------------------
4041 UIinfo = {"groupes": ("CACHE")},
4042 # -----------------------------------
4043 NAMES = FACT(statut='o',
4044 # -----------------------------------
4045 # -----------------------------------
4046 AD_NUMBER_OF_DIRECTIONS = SIMP(statut ='f',
4047 # -----------------------------------
4050 fr = """Definit le nombre de directions de differentiateurs.""",
4051 ang = """Defines the number of directions for the differentiators""",
4055 # -----------------------------------------------------------------------
4056 NUMERICAL_PARAMETERS__SOLVER = PROC(nom= "NUMERICAL_PARAMETERS__SOLVER",op = None,
4057 # -----------------------------------------------------------------------
4058 UIinfo = {"groupes": ("CACHE")},
4059 # -----------------------------------
4060 AD_SYMBOLIC_LINEAR_SOLVER = SIMP(statut ='f',
4061 # -----------------------------------
4064 fr = """Enables the symbolic linear solver for AD.""",
4065 ang = """Enables the symbolic linear solver for AD.""",
4067 # -----------------------------------
4068 AD_LINEAR_SOLVER_RESET_DERIVATIVES = SIMP(statut ='f',
4069 # -----------------------------------
4072 fr = """Resets the derivatives for AD.""",
4073 ang = """Resets the derivatives for AD.""",
4075 # -----------------------------------
4076 AD_LINEAR_SOLVER_DERIVATIVE_CONVERGENCE = SIMP(statut ='f',
4077 # -----------------------------------
4080 fr = """Iterative linear solvers: derivative convergence test for AD.""",
4081 ang = """Iterative linear solvers: derivative convergence test for AD.""",
4084 Ordre_Des_Commandes = (
4085 'COMPUTATION_ENVIRONMENT',
4087 'GENERAL_PARAMETERS',
4088 'NUMERICAL_PARAMETERS',
4092 'PARTICLE_TRANSPORT',
4093 'HYDRAULIC_STRUCTURES',
4098 'INPUT_OUTPUT__FILES',
4099 'NUMERICAL_PARAMETERS__SOLVER')
4100 Classement_Commandes_Ds_Arbre = (
4101 'COMPUTATION_ENVIRONMENT',
4103 'GENERAL_PARAMETERS',
4104 'NUMERICAL_PARAMETERS',
4108 'PARTICLE_TRANSPORT',
4109 'HYDRAULIC_STRUCTURES',
4114 'INPUT_OUTPUT__FILES',
4115 'NUMERICAL_PARAMETERS__SOLVER')