Telemac/tomawac_labelCataToIhm_en.ts

   1 <?xml version="1.0" encoding="utf-8"?><!DOCTYPE TS><TS version="1.1" language="en"><context>
   2     <name>@default</name>
   3     <message>
   4         <source>PERIOD_FOR_LISTING_PRINTOUTS</source>
   5         <translation>Period for listing printouts</translation>
   6     </message>
   7     <message>
   8         <source>NUMBER_OF_TIME_STEP</source>
   9         <translation>Number of time step</translation>
  10     </message>
  11     <message>
  12         <source>NUMBER_OF_DIRECTIONS</source>
  13         <translation>Number of directions</translation>
  14     </message>
  15     <message>
  16         <source>NUMBER_OF_FREQUENCIES</source>
  17         <translation>Number of frequencies</translation>
  18     </message>
  19     <message>
  20         <source>WIND_GENERATION</source>
  21         <translation>Wind generation</translation>
  22     </message>
  23     <message>
  24         <source>WHITE_CAPPING_DISSIPATION</source>
  25         <translation>White capping dissipation</translation>
  26     </message>
  27     <message>
  28         <source>BOTTOM_FRICTION_DISSIPATION</source>
  29         <translation>Bottom friction dissipation</translation>
  30     </message>
  31     <message>
  32         <source>NON_LINEAR_TRANSFERS_BETWEEN_FREQUENCIES</source>
  33         <translation>Non-linear transfers between frequencies</translation>
  34     </message>
  35     <message>
  36         <source>CURRENTS_FILE_FORMAT</source>
  37         <translation>Currents file format</translation>
  38     </message>
  39     <message>
  40         <source>WINDS_FILE_FORMAT</source>
  41         <translation>Winds file format</translation>
  42     </message>
  43     <message>
  44         <source>NUMBER_OF_ITERATIONS_FOR_THE_SOURCE_TERMS</source>
  45         <translation>Number of iterations for the source terms</translation>
  46     </message>
  47     <message>
  48         <source>TYPE_OF_INITIAL_DIRECTIONAL_SPECTRUM</source>
  49         <translation>Type of initial directional spectrum</translation>
  50     </message>
  51     <message>
  52         <source>DISSIPATION_BY_STRONG_CURRENT</source>
  53         <translation>Dissipation by strong current</translation>
  54     </message>
  55     <message>
  56         <source>TIME_INCREMENT_NUMBER_IN_TELEMAC_FILE</source>
  57         <translation>Time increment number in telemac file</translation>
  58     </message>
  59     <message>
  60         <source>VECTOR_LENGTH</source>
  61         <translation>Vector length</translation>
  62     </message>
  63     <message>
  64         <source>DEPTH_INDUCED_BREAKING_DISSIPATION</source>
  65         <translation>Depth-induced breaking dissipation</translation>
  66     </message>
  67     <message>
  68         <source>DEPTH_INDUCED_BREAKING_1__BJ__QB_COMPUTATION_METHOD</source>
  69         <translation>Depth-induced breaking 1 (bj) qb computation method</translation>
  70     </message>
  71     <message>
  72         <source>DEPTH_INDUCED_BREAKING_1__BJ__HM_COMPUTATION_METHOD</source>
  73         <translation>Depth-induced breaking 1 (bj) hm computation method</translation>
  74     </message>
  75     <message>
  76         <source>DEPTH_INDUCED_BREAKING_1__BJ__CHARACTERISTIC_FREQUENCY</source>
  77         <translation>Depth-induced breaking 1 (bj) characteristic frequency</translation>
  78     </message>
  79     <message>
  80         <source>DEPTH_INDUCED_BREAKING_2__TG__WEIGHTING_FUNCTION</source>
  81         <translation>Depth-induced breaking 2 (tg) weighting function</translation>
  82     </message>
  83     <message>
  84         <source>DEPTH_INDUCED_BREAKING_2__TG__CHARACTERISTIC_FREQUENCY</source>
  85         <translation>Depth-induced breaking 2 (tg) characteristic frequency</translation>
  86     </message>
  87     <message>
  88         <source>DEPTH_INDUCED_BREAKING_3__RO__WAVE_HEIGHT_DISTRIBUTION</source>
  89         <translation>Depth-induced breaking 3 (ro) wave height distribution</translation>
  90     </message>
  91     <message>
  92         <source>DEPTH_INDUCED_BREAKING_3__RO__EXPONENT_WEIGHTING_FUNCTION</source>
  93         <translation>Depth-induced breaking 3 (ro) exponent weighting function</translation>
  94     </message>
  95     <message>
  96         <source>DEPTH_INDUCED_BREAKING_3__RO__CHARACTERISTIC_FREQUENCY</source>
  97         <translation>Depth-induced breaking 3 (ro) characteristic frequency</translation>
  98     </message>
  99     <message>
 100         <source>DEPTH_INDUCED_BREAKING_4__IH__CHARACTERISTIC_FREQUENCY</source>
 101         <translation>Depth-induced breaking 4 (ih) characteristic frequency</translation>
 102     </message>
 103     <message>
 104         <source>NUMBER_OF_BREAKING_TIME_STEPS</source>
 105         <translation>Number of breaking time steps</translation>
 106     </message>
 107     <message>
 108         <source>WAVE_GROWTH_LIMITER</source>
 109         <translation>Wave growth limiter</translation>
 110     </message>
 111     <message>
 112         <source>LINEAR_WAVE_GROWTH</source>
 113         <translation>Linear wave growth</translation>
 114     </message>
 115     <message>
 116         <source>TRIAD_INTERACTIONS</source>
 117         <translation>Triad interactions</translation>
 118     </message>
 119     <message>
 120         <source>TYPE_OF_BOUNDARY_DIRECTIONAL_SPECTRUM</source>
 121         <translation>Type of boundary directional spectrum</translation>
 122     </message>
 123     <message>
 124         <source>TIDE_REFRESHING_PERIOD</source>
 125         <translation>Tide refreshing period</translation>
 126     </message>
 127     <message>
 128         <source>TIDAL_WATER_LEVEL_FILE_FORMAT</source>
 129         <translation>Tidal water level file format</translation>
 130     </message>
 131     <message>
 132         <source>RANK_OF_THE_WATER_LEVEL_DATA_IN_THE_TELEMAC_FILE</source>
 133         <translation>Rank of the water level data in the telemac file</translation>
 134     </message>
 135     <message>
 136         <source>INITIAL_ANGULAR_DISTRIBUTION_FUNCTION</source>
 137         <translation>Initial angular distribution function</translation>
 138     </message>
 139     <message>
 140         <source>NUMBER_OF_PRIVATE_ARRAYS</source>
 141         <translation>Number of private arrays</translation>
 142     </message>
 143     <message>
 144         <source>BOUNDARY_ANGULAR_DISTRIBUTION_FUNCTION</source>
 145         <translation>Boundary angular distribution function</translation>
 146     </message>
 147     <message>
 148         <source>ORIGIN_COORDINATES</source>
 149         <translation>Origin coordinates</translation>
 150     </message>
 151     <message>
 152         <source>DEBUGGER</source>
 153         <translation>Debugger</translation>
 154     </message>
 155     <message>
 156         <source>SETTING_FOR_INTEGRATION_ON_OMEGA1</source>
 157         <translation>Setting for integration on omega1</translation>
 158     </message>
 159     <message>
 160         <source>SETTING_FOR_INTEGRATION_ON_THETA1</source>
 161         <translation>Setting for integration on theta1</translation>
 162     </message>
 163     <message>
 164         <source>SETTING_FOR_INTEGRATION_ON_OMEGA2</source>
 165         <translation>Setting for integration on omega2</translation>
 166     </message>
 167     <message>
 168         <source>DIFFRACTION</source>
 169         <translation>Diffraction</translation>
 170     </message>
 171     <message>
 172         <source>STARTING_TIME_STEP_FOR_DIFFRACTION</source>
 173         <translation>Starting time step for diffraction</translation>
 174     </message>
 175     <message>
 176         <source>PARALLEL_PROCESSORS</source>
 177         <translation>Parallel processors</translation>
 178     </message>
 179     <message>
 180         <source>FINITE_ELEMENT_ASSEMBLY</source>
 181         <translation>Finite element assembly</translation>
 182     </message>
 183     <message>
 184         <source>BAJ_MODELING</source>
 185         <translation>Baj modeling</translation>
 186     </message>
 187     <message>
 188         <source>TIME_STEP</source>
 189         <translation>Time step</translation>
 190     </message>
 191     <message>
 192         <source>MINIMAL_FREQUENCY</source>
 193         <translation>Minimal frequency</translation>
 194     </message>
 195     <message>
 196         <source>FREQUENTIAL_RATIO</source>
 197         <translation>Frequential ratio</translation>
 198     </message>
 199     <message>
 200         <source>DATE_OF_COMPUTATION_BEGINNING</source>
 201         <translation>Date of computation beginning</translation>
 202     </message>
 203     <message>
 204         <source>BOTTOM_FRICTION_COEFFICIENT</source>
 205         <translation>Bottom friction coefficient</translation>
 206     </message>
 207     <message>
 208         <source>WHITE_CAPPING_DISSIPATION_COEFFICIENT</source>
 209         <translation>White capping dissipation coefficient</translation>
 210     </message>
 211     <message>
 212         <source>WHITE_CAPPING_WEIGHTING_COEFFICIENT</source>
 213         <translation>White capping weighting coefficient</translation>
 214     </message>
 215     <message>
 216         <source>AIR_DENSITY</source>
 217         <translation>Air density</translation>
 218     </message>
 219     <message>
 220         <source>WATER_DENSITY</source>
 221         <translation>Water density</translation>
 222     </message>
 223     <message>
 224         <source>WIND_GENERATION_COEFFICIENT</source>
 225         <translation>Wind generation coefficient</translation>
 226     </message>
 227     <message>
 228         <source>VON_KARMAN_CONSTANT</source>
 229         <translation>Von karman constant</translation>
 230     </message>
 231     <message>
 232         <source>CHARNOCK_CONSTANT</source>
 233         <translation>Charnock constant</translation>
 234     </message>
 235     <message>
 236         <source>SHIFT_GROWING_CURVE_DUE_TO_WIND</source>
 237         <translation>Shift growing curve due to wind</translation>
 238     </message>
 239     <message>
 240         <source>WIND_MEASUREMENTS_LEVEL</source>
 241         <translation>Wind measurements level</translation>
 242     </message>
 243     <message>
 244         <source>WIND_DRAG_COEFFICIENT</source>
 245         <translation>Wind drag coefficient</translation>
 246     </message>
 247     <message>
 248         <source>INITIAL_SIGNIFICANT_WAVE_HEIGHT</source>
 249         <translation>Initial significant wave height</translation>
 250     </message>
 251     <message>
 252         <source>INITIAL_PEAK_FREQUENCY</source>
 253         <translation>Initial peak frequency</translation>
 254     </message>
 255     <message>
 256         <source>INITIAL_PEAK_FACTOR</source>
 257         <translation>Initial peak factor</translation>
 258     </message>
 259     <message>
 260         <source>INITIAL_VALUE_OF_SIGMA_A_FOR_SPECTRUM</source>
 261         <translation>Initial value of sigma-a for spectrum</translation>
 262     </message>
 263     <message>
 264         <source>INITIAL_VALUE_OF_SIGMA_B_FOR_SPECTRUM</source>
 265         <translation>Initial value of sigma-b for spectrum</translation>
 266     </message>
 267     <message>
 268         <source>INITIAL_PHILLIPS_CONSTANT</source>
 269         <translation>Initial phillips constant</translation>
 270     </message>
 271     <message>
 272         <source>INITIAL_MEAN_FETCH_VALUE</source>
 273         <translation>Initial mean fetch value</translation>
 274     </message>
 275     <message>
 276         <source>INITIAL_MAXIMUM_PEAK_FREQUENCY</source>
 277         <translation>Initial maximum peak frequency</translation>
 278     </message>
 279     <message>
 280         <source>INITIAL_MAIN_DIRECTION_1</source>
 281         <translation>Initial main direction 1</translation>
 282     </message>
 283     <message>
 284         <source>INITIAL_DIRECTIONAL_SPREAD_1</source>
 285         <translation>Initial directional spread 1</translation>
 286     </message>
 287     <message>
 288         <source>INITIAL_MAIN_DIRECTION_2</source>
 289         <translation>Initial main direction 2</translation>
 290     </message>
 291     <message>
 292         <source>INITIAL_DIRECTIONAL_SPREAD_2</source>
 293         <translation>Initial directional spread 2</translation>
 294     </message>
 295     <message>
 296         <source>INITIAL_WEIGHTING_FACTOR_FOR_ADF</source>
 297         <translation>Initial weighting factor for adf</translation>
 298     </message>
 299     <message>
 300         <source>GODA_COEFFICIENT_FOR_ANGULAR_SPEADING</source>
 301         <translation>Goda coefficient for angular speading</translation>
 302     </message>
 303     <message>
 304         <source>SPECTRUM_TAIL_FACTOR</source>
 305         <translation>Spectrum tail factor</translation>
 306     </message>
 307     <message>
 308         <source>SPECTRUM_ENERGY_THRESHOLD</source>
 309         <translation>Spectrum energy threshold</translation>
 310     </message>
 311     <message>
 312         <source>DEPTH_INDUCED_BREAKING_1__BJ__COEFFICIENT_ALPHA</source>
 313         <translation>Depth-induced breaking 1 (bj) coefficient alpha</translation>
 314     </message>
 315     <message>
 316         <source>DEPTH_INDUCED_BREAKING_1__BJ__COEFFICIENT_GAMMA1</source>
 317         <translation>Depth-induced breaking 1 (bj) coefficient gamma1</translation>
 318     </message>
 319     <message>
 320         <source>DEPTH_INDUCED_BREAKING_1__BJ__COEFFICIENT_GAMMA2</source>
 321         <translation>Depth-induced breaking 1 (bj) coefficient gamma2</translation>
 322     </message>
 323     <message>
 324         <source>DEPTH_INDUCED_BREAKING_2__TG__COEFFICIENT_B</source>
 325         <translation>Depth-induced breaking 2 (tg) coefficient b</translation>
 326     </message>
 327     <message>
 328         <source>DEPTH_INDUCED_BREAKING_2__TG__COEFFICIENT_GAMMA</source>
 329         <translation>Depth-induced breaking 2 (tg) coefficient gamma</translation>
 330     </message>
 331     <message>
 332         <source>DEPTH_INDUCED_BREAKING_3__RO__COEFFICIENT_ALPHA</source>
 333         <translation>Depth-induced breaking 3 (ro) coefficient alpha</translation>
 334     </message>
 335     <message>
 336         <source>DEPTH_INDUCED_BREAKING_3__RO__COEFFICIENT_GAMMA</source>
 337         <translation>Depth-induced breaking 3 (ro) coefficient gamma</translation>
 338     </message>
 339     <message>
 340         <source>DEPTH_INDUCED_BREAKING_3__RO__COEFFICIENT_GAMMA2</source>
 341         <translation>Depth-induced breaking 3 (ro) coefficient gamma2</translation>
 342     </message>
 343     <message>
 344         <source>DEPTH_INDUCED_BREAKING_4__IH__COEFFICIENT_BETA0</source>
 345         <translation>Depth-induced breaking 4 (ih) coefficient beta0</translation>
 346     </message>
 347     <message>
 348         <source>DEPTH_INDUCED_BREAKING_4__IH__COEFFICIENT_M2STAR</source>
 349         <translation>Depth-induced breaking 4 (ih) coefficient m2star</translation>
 350     </message>
 351     <message>
 352         <source>MAXIMUM_VALUE_OF_THE_RATIO_HM0_ON_D</source>
 353         <translation>Maximum value of the ratio hm0 on d</translation>
 354     </message>
 355     <message>
 356         <source>COEFFICIENT_OF_THE_TIME_SUB_INCREMENTS_FOR_BREAKING</source>
 357         <translation>Coefficient of the time sub-increments for breaking</translation>
 358     </message>
 359     <message>
 360         <source>STANDARD_CONFIGURATION_PARAMETER</source>
 361         <translation>Standard configuration parameter</translation>
 362     </message>
 363     <message>
 364         <source>INITIAL_STILL_WATER_LEVEL</source>
 365         <translation>Initial still water level</translation>
 366     </message>
 367     <message>
 368         <source>TRIADS_1__LTA__COEFFICIENT_ALPHA</source>
 369         <translation>Triads 1 (lta) coefficient alpha</translation>
 370     </message>
 371     <message>
 372         <source>TRIADS_1__LTA__COEFFICIENT_RFMLTA</source>
 373         <translation>Triads 1 (lta) coefficient rfmlta</translation>
 374     </message>
 375     <message>
 376         <source>TRIADS_2__SPB__COEFFICIENT_K</source>
 377         <translation>Triads 2 (spb) coefficient k</translation>
 378     </message>
 379     <message>
 380         <source>TRIADS_2__SPB__LOWER_DIRECTIONAL_BOUNDARY</source>
 381         <translation>Triads 2 (spb) lower directional boundary</translation>
 382     </message>
 383     <message>
 384         <source>TRIADS_2__SPB__UPPER_DIRECTIONAL_BOUNDARY</source>
 385         <translation>Triads 2 (spb) upper directional boundary</translation>
 386     </message>
 387     <message>
 388         <source>BOUNDARY_SIGNIFICANT_WAVE_HEIGHT</source>
 389         <translation>Boundary significant wave height</translation>
 390     </message>
 391     <message>
 392         <source>BOUNDARY_PEAK_FREQUENCY</source>
 393         <translation>Boundary peak frequency</translation>
 394     </message>
 395     <message>
 396         <source>BOUNDARY_SPECTRUM_VALUE_OF_SIGMA_A</source>
 397         <translation>Boundary spectrum value of sigma-a</translation>
 398     </message>
 399     <message>
 400         <source>BOUNDARY_SPECTRUM_VALUE_OF_SIGMA_B</source>
 401         <translation>Boundary spectrum value of sigma-b</translation>
 402     </message>
 403     <message>
 404         <source>BOUNDARY_PHILLIPS_CONSTANT</source>
 405         <translation>Boundary phillips constant</translation>
 406     </message>
 407     <message>
 408         <source>BOUNDARY_MEAN_FETCH_VALUE</source>
 409         <translation>Boundary mean fetch value</translation>
 410     </message>
 411     <message>
 412         <source>BOUNDARY_MAXIMUM_PEAK_FREQUENCY</source>
 413         <translation>Boundary maximum peak frequency</translation>
 414     </message>
 415     <message>
 416         <source>BOUNDARY_MAIN_DIRECTION_1</source>
 417         <translation>Boundary main direction 1</translation>
 418     </message>
 419     <message>
 420         <source>BOUNDARY_DIRECTIONAL_SPREAD_1</source>
 421         <translation>Boundary directional spread 1</translation>
 422     </message>
 423     <message>
 424         <source>BOUNDARY_MAIN_DIRECTION_2</source>
 425         <translation>Boundary main direction 2</translation>
 426     </message>
 427     <message>
 428         <source>BOUNDARY_DIRECTIONAL_SPREAD_2</source>
 429         <translation>Boundary directional spread 2</translation>
 430     </message>
 431     <message>
 432         <source>BOUNDARY_WEIGHTING_FACTOR_FOR_ADF</source>
 433         <translation>Boundary weighting factor for adf</translation>
 434     </message>
 435     <message>
 436         <source>BOUNDARY_PEAK_FACTOR</source>
 437         <translation>Boundary peak factor</translation>
 438     </message>
 439     <message>
 440         <source>MINIMUM_WATER_DEPTH</source>
 441         <translation>Minimum water depth</translation>
 442     </message>
 443     <message>
 444         <source>WIND_VELOCITY_ALONG_X</source>
 445         <translation>Wind velocity along X</translation>
 446     </message>
 447     <message>
 448         <source>WIND_VELOCITY_ALONG_Y</source>
 449         <translation>Wind velocity along Y</translation>
 450     </message>
 451     <message>
 452         <source>IMPLICITATION_COEFFICIENT_FOR_SOURCE_TERMS</source>
 453         <translation>Implicitation coefficient for source terms</translation>
 454     </message>
 455     <message>
 456         <source>YAN_GENERATION_COEFFICIENT_D</source>
 457         <translation>Yan generation coefficient d</translation>
 458     </message>
 459     <message>
 460         <source>YAN_GENERATION_COEFFICIENT_E</source>
 461         <translation>Yan generation coefficient e</translation>
 462     </message>
 463     <message>
 464         <source>YAN_GENERATION_COEFFICIENT_F</source>
 465         <translation>Yan generation coefficient f</translation>
 466     </message>
 467     <message>
 468         <source>YAN_GENERATION_COEFFICIENT_H</source>
 469         <translation>Yan generation coefficient h</translation>
 470     </message>
 471     <message>
 472         <source>WESTHUYSEN_DISSIPATION_COEFFICIENT</source>
 473         <translation>Westhuysen dissipation coefficient</translation>
 474     </message>
 475     <message>
 476         <source>SATURATION_THRESHOLD_FOR_THE_DISSIPATION</source>
 477         <translation>Saturation threshold for the dissipation</translation>
 478     </message>
 479     <message>
 480         <source>WESTHUYSEN_WHITE_CAPPING_DISSIPATION</source>
 481         <translation>Westhuysen white capping dissipation</translation>
 482     </message>
 483     <message>
 484         <source>WESTHUYSEN_WEIGHTING_COEFFICIENT</source>
 485         <translation>Westhuysen weighting coefficient</translation>
 486     </message>
 487     <message>
 488         <source>THRESHOLD0_FOR_CONFIGURATIONS_ELIMINATION</source>
 489         <translation>Threshold0 for configurations elimination</translation>
 490     </message>
 491     <message>
 492         <source>THRESHOLD1_FOR_CONFIGURATIONS_ELIMINATION</source>
 493         <translation>Threshold1 for configurations elimination</translation>
 494     </message>
 495     <message>
 496         <source>THRESHOLD2_FOR_CONFIGURATIONS_ELIMINATION</source>
 497         <translation>Threshold2 for configurations elimination</translation>
 498     </message>
 499     <message>
 500         <source>VARIANCE_THRESHOLD_FOR_DIFFRACTION</source>
 501         <translation>Variance threshold for diffraction</translation>
 502     </message>
 503     <message>
 504         <source>TIME_UNIT_IN_CURRENTS_FILE</source>
 505         <translation>Time unit in currents file</translation>
 506     </message>
 507     <message>
 508         <source>TIME_UNIT_IN_TIDAL_WATER_LEVEL_FILE</source>
 509         <translation>Time unit in tidal water level file</translation>
 510     </message>
 511     <message>
 512         <source>TIME_UNIT_IN_WINDS_FILE</source>
 513         <translation>Time unit in winds file</translation>
 514     </message>
 515     <message>
 516         <source>TIME_SHIFT_IN_CURRENTS_FILE</source>
 517         <translation>Time shift in currents file</translation>
 518     </message>
 519     <message>
 520         <source>TIME_SHIFT_IN_TIDAL_WATER_LEVEL_FILE</source>
 521         <translation>Time shift in tidal water level file</translation>
 522     </message>
 523     <message>
 524         <source>TIME_SHIFT_IN_WINDS_FILE</source>
 525         <translation>Time shift in winds file</translation>
 526     </message>
 527     <message>
 528         <source>DISSIPATION_COEFFICIENT_FOR_STRONG_CURRENT</source>
 529         <translation>Dissipation coefficient for strong current</translation>
 530     </message>
 531     <message>
 532         <source>TITLE</source>
 533         <translation>Title</translation>
 534     </message>
 535     <message>
 536         <source>VARIABLES_FOR_2D_GRAPHIC_PRINTOUTS</source>
 537         <translation>Variables for 2d graphic printouts</translation>
 538     </message>
 539     <message>
 540         <source>GEOMETRY_FILE</source>
 541         <translation>Geometry file</translation>
 542     </message>
 543     <message>
 544         <source>GEOMETRY_FILE_FORMAT</source>
 545         <translation>Geometry file format</translation>
 546     </message>
 547     <message>
 548         <source>FORTRAN_FILE</source>
 549         <translation>Fortran file</translation>
 550     </message>
 551     <message>
 552         <source>STEERING_FILE</source>
 553         <translation>Steering file</translation>
 554     </message>
 555     <message>
 556         <source>BOUNDARY_CONDITIONS_FILE</source>
 557         <translation>Boundary conditions file</translation>
 558     </message>
 559     <message>
 560         <source>BOTTOM_TOPOGRAPHY_FILE</source>
 561         <translation>Bottom topography file</translation>
 562     </message>
 563     <message>
 564         <source>BOTTOM_SMOOTHINGS</source>
 565         <translation>Bottom smoothings</translation>
 566     </message>
 567     <message>
 568         <source>PERIOD_FOR_GRAPHIC_PRINTOUTS</source>
 569         <translation>Period for graphic printouts</translation>
 570     </message>
 571     <message>
 572         <source>NUMBER_OF_FIRST_ITERATION_FOR_GRAPHICS_PRINTOUTS</source>
 573         <translation>Number of first iteration for graphics printouts</translation>
 574     </message>
 575     <message>
 576         <source>ED_RESULTS_FILE</source>
 577         <translation>2d results file</translation>
 578     </message>
 579     <message>
 580         <source>ED_RESULTS_FILE_FORMAT</source>
 581         <translation>2d results file format</translation>
 582     </message>
 583     <message>
 584         <source>PUNCTUAL_RESULTS_FILE</source>
 585         <translation>Punctual results file</translation>
 586     </message>
 587     <message>
 588         <source>SPECTRUM_FILE_FORMAT</source>
 589         <translation>Spectrum file format</translation>
 590     </message>
 591     <message>
 592         <source>ABSCISSAE_OF_SPECTRUM_PRINTOUT_POINTS</source>
 593         <translation>Abscissae of spectrum printout points</translation>
 594     </message>
 595     <message>
 596         <source>ORDINATES_OF_SPECTRUM_PRINTOUT_POINTS</source>
 597         <translation>Ordinates of spectrum printout points</translation>
 598     </message>
 599     <message>
 600         <source>NEXT_COMPUTATION</source>
 601         <translation>Next computation</translation>
 602     </message>
 603     <message>
 604         <source>PREVIOUS_COMPUTATION_FILE</source>
 605         <translation>Previous computation file</translation>
 606     </message>
 607     <message>
 608         <source>PREVIOUS_COMPUTATION_FILE_FORMAT</source>
 609         <translation>Previous computation file format</translation>
 610     </message>
 611     <message>
 612         <source>BINARY_CURRENTS_FILE</source>
 613         <translation>Binary currents file</translation>
 614     </message>
 615     <message>
 616         <source>FORMATTED_CURRENTS_FILE</source>
 617         <translation>Formatted currents file</translation>
 618     </message>
 619     <message>
 620         <source>BINARY_WINDS_FILE</source>
 621         <translation>Binary winds file</translation>
 622     </message>
 623     <message>
 624         <source>BINARY_WINDS_FILE_FORMAT</source>
 625         <translation>Binary winds file format</translation>
 626     </message>
 627     <message>
 628         <source>FORMATTED_WINDS_FILE</source>
 629         <translation>Formatted winds file</translation>
 630     </message>
 631     <message>
 632         <source>REFERENCE_FILE</source>
 633         <translation>Reference file</translation>
 634     </message>
 635     <message>
 636         <source>REFERENCE_FILE_FORMAT</source>
 637         <translation>Reference file format</translation>
 638     </message>
 639     <message>
 640         <source>BINARY_TIDAL_WATER_LEVEL_FILE</source>
 641         <translation>Binary tidal water level file</translation>
 642     </message>
 643     <message>
 644         <source>BINARY_TIDAL_WATER_FILE_FORMAT</source>
 645         <translation>Binary tidal water file format</translation>
 646     </message>
 647     <message>
 648         <source>FORMATTED_TIDAL_WATER_LEVEL_FILE</source>
 649         <translation>Formatted tidal water level file</translation>
 650     </message>
 651     <message>
 652         <source>BINARY_CURRENTS_FILE_FORMAT</source>
 653         <translation>Binary currents file format</translation>
 654     </message>
 655     <message>
 656         <source>NAMES_OF_VARIABLES</source>
 657         <translation>Names of variables</translation>
 658     </message>
 659     <message>
 660         <source>OPTION_FOR_DIAGNOSTIC_TAIL</source>
 661         <translation>Option for diagnostic tail</translation>
 662     </message>
 663     <message>
 664         <source>OPTION_FOR_SECOND_DERIVATIVES</source>
 665         <translation>Option for second derivatives</translation>
 666     </message>
 667     <message>
 668         <source>ZD_SPECTRA_RESULTS_FILE</source>
 669         <translation>1d spectra results file</translation>
 670     </message>
 671     <message>
 672         <source>GLOBAL_RESULT_FILE</source>
 673         <translation>Global result file</translation>
 674     </message>
 675     <message>
 676         <source>GLOBAL_RESULT_FILE_FORMAT</source>
 677         <translation>Global result file format</translation>
 678     </message>
 679     <message>
 680         <source>BINARY_FILE_1</source>
 681         <translation>Binary file 1</translation>
 682     </message>
 683     <message>
 684         <source>BINARY_DATA_FILE_1_FORMAT</source>
 685         <translation>Binary data file 1 format</translation>
 686     </message>
 687     <message>
 688         <source>FORMATTED_FILE_1</source>
 689         <translation>Formatted file 1</translation>
 690     </message>
 691     <message>
 692         <source>DICTIONARY</source>
 693         <translation>Dictionary</translation>
 694     </message>
 695     <message>
 696         <source>PARTITIONING_TOOL</source>
 697         <translation>Partitioning tool</translation>
 698     </message>
 699     <message>
 700         <source>CONSIDERATION_OF_SOURCE_TERMS</source>
 701         <translation>Consideration of source terms</translation>
 702     </message>
 703     <message>
 704         <source>SPHERICAL_COORDINATES</source>
 705         <translation>Spherical coordinates</translation>
 706     </message>
 707     <message>
 708         <source>INFINITE_DEPTH</source>
 709         <translation>Infinite depth</translation>
 710     </message>
 711     <message>
 712         <source>CONSIDERATION_OF_A_STATIONARY_CURRENT</source>
 713         <translation>Consideration of a stationary current</translation>
 714     </message>
 715     <message>
 716         <source>CONSIDERATION_OF_A_WIND</source>
 717         <translation>Consideration of a wind</translation>
 718     </message>
 719     <message>
 720         <source>RECOVERY_OF_TELEMAC_DATA_ITEM</source>
 721         <translation>Recovery of telemac data item</translation>
 722     </message>
 723     <message>
 724         <source>CONSIDERATION_OF_PROPAGATION</source>
 725         <translation>Consideration of propagation</translation>
 726     </message>
 727     <message>
 728         <source>STATIONARY_WIND</source>
 729         <translation>Stationary wind</translation>
 730     </message>
 731     <message>
 732         <source>VALIDATION</source>
 733         <translation>Validation</translation>
 734     </message>
 735     <message>
 736         <source>CONSIDERATION_OF_TIDE</source>
 737         <translation>Consideration of tide</translation>
 738     </message>
 739     <message>
 740         <source>TRIGONOMETRICAL_CONVENTION</source>
 741         <translation>Trigonometrical convention</translation>
 742     </message>
 743     <message>
 744         <source>LIMIT_SPECTRUM_MODIFIED_BY_USER</source>
 745         <translation>Limit spectrum modified by user</translation>
 746     </message>
 747     <message>
 748         <source>DIFFRACTION_FILTER</source>
 749         <translation>Diffraction filter</translation>
 750     </message>
 751     <message>
 752         <source>INITIAL_TIME_SET_TO_ZERO</source>
 753         <translation>Initial time set to zero</translation>
 754     </message>
 755     <message>
 756         <source>VEGETATION_TAKEN_INTO_ACCOUNT</source>
 757         <translation>Vegetation taken into account</translation>
 758     </message>
 759     <message>
 760         <source>POROUS_MEDIA</source>
 761         <translation>Porous media</translation>
 762     </message>
 763     <message>
 764         <source>CHECKING_THE_MESH</source>
 765         <translation>Checking the mesh</translation>
 766     </message>
 767     <message>
 768         <source>FILE_WITH_COORDINATES_OF_SPECTRA_TO_WRITE</source>
 769         <translation>File with coordinates of spectra to write</translation>
 770     </message>
 771     <message>
 772         <source>FILE_WITH_COORDINATES_OF_SPECTRA_TO_IMPOSE</source>
 773         <translation>File with coordinates of spectra to impose</translation>
 774     </message>
 775     <message>
 776         <source>IMPOSED_SPECTRA_FILE</source>
 777         <translation>Imposed spectra file</translation>
 778     </message>
 779     <message>
 780         <source>IMPOSED_SPECTRA_FILE_FORMAT</source>
 781         <translation>Imposed spectra file format</translation>
 782     </message>
 783     <message>
 784         <source>TIME_UNIT_OF_IMPOSED_SPECTRA_FILE</source>
 785         <translation>Time unit of imposed spectra file</translation>
 786     </message>
 787     <message>
 788         <source>TIME_SHIFT_OF_IMPOSED_SPECTRA_FILE</source>
 789         <translation>Time shift of imposed spectra file</translation>
 790     </message>
 791     <message>
 792         <source>TAKING_INTO_ACCOUNT_SOURCE_TERMS_ON_IMPOSED_BOUNDARIES</source>
 793         <translation>Taking into account source terms on imposed boundaries</translation>
 794     </message>
 795     <message>
 796         <source>BOUNDARY_CONDITION_BEFORE_TIME_STEP</source>
 797         <translation>Boundary condition before time step</translation>
 798     </message>
 799     <message>
 800         <source>ECRET_FOR_SMALL_HEIGHT</source>
 801         <translation>Ecret for small height</translation>
 802     </message>
 803     <message>
 804         <source>CONCATENATE_PARTEL_OUTPUT</source>
 805         <translation>Concatenate partel output</translation>
 806     </message>
 807     <message>
 808         <source>COMPUTATION_ENVIRONMENT</source>
 809         <translation>Computation environment</translation>
 810     </message>
 811     <message>
 812         <source>GENERAL_PARAMETERS</source>
 813         <translation>General parameters</translation>
 814     </message>
 815     <message>
 816         <source>SOURCE_TERMS</source>
 817         <translation>Source terms</translation>
 818     </message>
 819     <message>
 820         <source>INITIAL_CONDITIONS</source>
 821         <translation>Initial conditions</translation>
 822     </message>
 823     <message>
 824         <source>INTERNAL</source>
 825         <translation>Internal</translation>
 826     </message>
 827     <message>
 828         <source>BOUNDARY_CONDITIONS</source>
 829         <translation>Boundary conditions</translation>
 830     </message>
 831     <message>
 832         <source>TRANSPORT</source>
 833         <translation>Transport</translation>
 834     </message>
 835     <message>
 836         <source>OUTPUT</source>
 837         <translation>Output</translation>
 838     </message>
 839     <message>
 840         <source>TIME</source>
 841         <translation>Time</translation>
 842     </message>
 843     <message>
 844         <source>SPECTRAL_DISCRETISATION</source>
 845         <translation>Spectral discretisation</translation>
 846     </message>
 847     <message>
 848         <source>WIND</source>
 849         <translation>Wind</translation>
 850     </message>
 851     <message>
 852         <source>WHITE_CAPPING</source>
 853         <translation>White capping</translation>
 854     </message>
 855     <message>
 856         <source>BOTTOM_FRICTION</source>
 857         <translation>Bottom friction</translation>
 858     </message>
 859     <message>
 860         <source>QUADRUPLET_INTERACTIONS</source>
 861         <translation>Quadruplet interactions</translation>
 862     </message>
 863     <message>
 864         <source>INPUT</source>
 865         <translation>Input</translation>
 866     </message>
 867     <message>
 868         <source>NUMERICAL_PARAMETERS</source>
 869         <translation>Numerical parameters</translation>
 870     </message>
 871     <message>
 872         <source>STRONG_CURRENT</source>
 873         <translation>Strong current</translation>
 874     </message>
 875     <message>
 876         <source>BREAKING</source>
 877         <translation>Breaking</translation>
 878     </message>
 879     <message>
 880         <source>LIMITER</source>
 881         <translation>Limiter</translation>
 882     </message>
 883     <message>
 884         <source>TRIAD_TRANSFERS</source>
 885         <translation>Triad transfers</translation>
 886     </message>
 887     <message>
 888         <source>METEO</source>
 889         <translation>Meteo</translation>
 890     </message>
 891     <message>
 892         <source>MISCELLANEOUS</source>
 893         <translation>Miscellaneous</translation>
 894     </message>
 895     <message>
 896         <source>OTHER_DOMAIN_DEFINITIONS</source>
 897         <translation>Other domain definitions</translation>
 898     </message>
 899     <message>
 900         <source>DIFFRACTION_PARAMETERS</source>
 901         <translation>Diffraction parameters</translation>
 902     </message>
 903     <message>
 904         <source>VEGETATION</source>
 905         <translation>Vegetation</translation>
 906     </message>
 907     <message>
 908         <source>POROUS</source>
 909         <translation>Porous</translation>
 910     </message>
 911     <message>
 912         <source>LISTING</source>
 913         <translation>Listing</translation>
 914     </message>
 915     <message>
 916         <source>CURRENT_FILE</source>
 917         <translation>Current file</translation>
 918     </message>
 919     <message>
 920         <source>WIND_FILE</source>
 921         <translation>Wind file</translation>
 922     </message>
 923     <message>
 924         <source>TIDAL_FILE</source>
 925         <translation>Tidal file</translation>
 926     </message>
 927     <message>
 928         <source>RESULTS</source>
 929         <translation>Results</translation>
 930     </message>
 931     <message>
 932         <source>DATA</source>
 933         <translation>Data</translation>
 934     </message>
 935     <message>
 936         <source>BOUNDARY_CONDITION_FILE</source>
 937         <translation>Boundary condition file</translation>
 938     </message>
 939 </context>
 940 </TS>