T2D_GXL_instat_v8p2.cas 5.26 KiB
/DEBUGGER = 1
/==========================================
/ TELEMAC-2D Suspension
/==========================================
/PARALLEL PROCESSORS = 12
/---------------------------------------------------------------------
/ FILES
/---------------------------------------------------------------------
/ >>> Initialisation
/COMPUTATION CONTINUED = YES
/PREVIOUS COMPUTATION FILE = init.res
/INITIAL TIME SET TO ZERO = YES
/ >>> Geometry
GEOMETRY FILE = girxl_GC_MOR1808tm_93V5.slf
/ >>> Vent
/BINARY ATMOSPHERIC DATA FILE = mfwind_ttide.slf
ASCII ATMOSPHERIC DATA FILE = meteo_estuaire.dat
/ >>> Boundaries
BOUNDARY CONDITIONS FILE = girgc93.cli
HARMONIC CONSTANTS FILE = GRGCNEA.CL
LIQUID BOUNDARIES FILE = debits.dat
/FORMATTED DATA FILE 1 = surcote_hycom_ttide.txt
/FORMATTED DATA FILE 2 = frott.txt
/ >>> Steering and result files
FORTRAN FILE = 'user_fortran'
RESULTS FILE =
'rt2d_GXL_instat_v8p2-coupl_20230915_11j.slf'
/---------------------------------------------------------------------
/ GENERAL INFORMATIONS
/---------------------------------------------------------------------
LISTING PRINTOUT PERIOD = 60
VARIABLES FOR GRAPHIC PRINTOUTS = 'S,B,U,V,X,Y,H' / 'S,B,U,V,H,W,X,Y,P'
GRAPHIC PRINTOUT PERIOD = 360 / 1h
MASS-BALANCE = YES
/--------------------------------------------------------------------
/ COUPLAGE
/--------------------------------------------------------------------
WAVE DRIVEN CURRENTS = YES
COUPLING WITH = 'TOMAWAC'
/ periode de couplage: multiple T2D-TOM : toutes les minutes
COUPLING PERIOD FOR TOMAWAC = 6 /Nb iterations (1 min)
TOMAWAC STEERING FILE =
'TOM_GXL_instat_v8p2.cas'
/ - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
/ PRIS EN COMPTE DONNEES DE HOULE POUR LE COURANT T2D
/ - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
/ FICHIER DE DONNEES BINAIRE 1 =
/ 'tom.slf'
/ FORMAT DU FICHIER DE DONNEES BINAIRE 1: SERAFIND
/ NUMERO DE L'ENREGISTREMENT DANS LE FICHIER DE HOULE = 73
/---------------------------------------------------------------------
/ TIME DISCRETISATION
/---------------------------------------------------------------------
TIME STEP = 10.
NUMBER OF TIME STEPS = 95040 / 11 jours
ORIGINAL DATE OF TIME = 2023;9;15
ORIGINAL HOUR OF TIME = 0;0;0 / hours;minutes;seconds
/--------------------------------------------------------------------/ PROPAGATION
/--------------------------------------------------------------------
TURBULENCE MODEL = 1
VELOCITY DIFFUSIVITY = 1.D0
/--------------------------------------------------------------------
/ BOTTOM FRICTION
/--------------------------------------------------------------------
LAW OF BOTTOM FRICTION = 3
FRICTION COEFFICIENT = 60
/---------------------------------------------------------------------
/ INITIAL CONDITIONS
/---------------------------------------------------------------------
INITIAL CONDITIONS = 'CONSTANT ELEVATION'
INITIAL ELEVATION = 2.5
/---------------------------------------------------------------------
/ BOUNDARY CONDITIONS
/---------------------------------------------------------------------
PRESCRIBED FLOWRATES = 0.;300.;100.
PRESCRIBED VELOCITIES = 0;0;0
VELOCITY PROFILES = 1;1;1
OPTION FOR LIQUID BOUNDARIES = 2;1;1
OPTION FOR TIDAL BOUNDARY CONDITIONS = 1;0;0
TIDAL DATA BASE = 3
COEFFICIENT TO CALIBRATE SEA LEVEL = 0.4438
/COEFFICIENT TO CALIBRATE SEA LEVEL = 0.469
/COEFFICIENT TO CALIBRATE TIDAL RANGE = 0.95
/---------------------------------------------------------------------
/ WIND
/---------------------------------------------------------------------
WIND = YES
OPTION FOR WIND = 2
COEFFICIENT OF WIND INFLUENCE = 1E-5
COEFFICIENT OF WIND INFLUENCE VARYING WITH WIND SPEED = YES
THRESHOLD DEPTH FOR WIND = 1
/ Ajout de la pression
/ le calcul de la surcote est automatique
AIR PRESSURE = YES
VALUE OF ATMOSPHERIC PRESSURE = 101300
/---------------------------------------------------------------------
/ NUMERICAL PARAMETERS
/---------------------------------------------------------------------
/ >>> General
TREATMENT OF THE LINEAR SYSTEM = 2
IMPLICITATION FOR DEPTH = 0.6
MASS-LUMPING ON H = 1.
INITIAL GUESS FOR H = 1
IMPLICITATION FOR VELOCITY = 0.6
/ >>> Solver
SUPG OPTION = 1;0
SOLVER OPTION = 3
SOLVER = 1
SOLVER ACCURACY = 1.E-4
MAXIMUM NUMBER OF ITERATIONS FOR SOLVER = 500
/ >>> Tidal flats
TIDAL FLATS : OUI
CONTINUITY CORRECTION : OUI
OPTION FOR THE TREATMENT OF TIDAL FLATS = 1
FREE SURFACE GRADIENT COMPATIBILITY : 0.9
TREATMENT OF NEGATIVE DEPTHS : 2
/---------------------------------------------------------------------
/ SISYPHE
/---------------------------------------------------------------------/COUPLING WITH : 'SISYPHE'
/SISYPHE STEERING FILE = sis_ff37.txt
/SISYPHE STEERING FILE = sis_mix_20L_KUL_ST2.cas
/==========================================
/ END OF FILE
/==========================================