/--------------------------------------------------------------------- / TELEMAC3D Version telemac3d Jan 9, 2022 / TEST_GLOBAL_MAREE_SP /--------------------------------------------------------------------- /--------------------------------------------------------------------- / COMPUTATION ENVIRONMENT /--------------------------------------------------------------------- MASS-BALANCE = true BOUNDARY CONDITIONS FILE = 'RM250A50XO5664F4554.cli' GEOMETRY FILE = 'GEO250A50.slf' VARIABLES FOR 2D GRAPHIC PRINTOUTS =S,C,M,U,V /VARIABLES FOR 3D GRAPHIC PRINTOUTS = Z,U,V,W LISTING PRINTOUT PERIOD = 60 GRAPHIC PRINTOUT PERIOD = 60 /3D RESULT FILE ='RT3Dmikedata.slf' 2D RESULT FILE ='RT2Dmikedata.slf' TITLE ='T3DCPGT3DTOM_06_2022' /FORTRAN FILE : 'jo_fortran' /----------------------------------------------------------------------- /COUPLAGE TOM ET GAIA /----------------------------------------------------------------------- COUPLING WITH = 'TOMAWAC' / GAIA' /WAVE DRIVEN CURRENTS = 1 /BINARY DATA FILE 1 = 'RTL2_STD_CplT3d_InWDC2.slf' /RECORD NUMBER IN WAVE FILE = 1 TOMAWAC STEERING FILE = 'CAS_TOM_cplsaltom_RM250S.cas' COUPLING PERIOD FOR TOMAWAC = 1 /BOTTOM FRICTION DUE TO WAVES = YES /GAIA STEERING FILE = cas_GAIA6_PASP.txt /--------------------------------------------------------------------- / GENERAL PARAMETERS /--------------------------------------------------------------------- TIME STEP = 60 ORIGINAL DATE OF TIME = 2024;12;12 ORIGINAL HOUR OF TIME = 00;00;00 NUMBER OF TIME STEPS = 120 /DURATION = 3600 /--------------------------------------------------------------------- / HYDRODYNAMICS /--------------------------------------------------------------------- /--------------------------------------------------------------------- / INITIAL AND PRESCRIBE CONDITIONS /--------------------------------------------------------------------- PRESCRIBED VELOCITIES = 0 ; 124.5 PRESCRIBED FLOWRATES = 0 ; 124.5 /--------------------------------------------------------------------- / BOUNDARY THOMPSON /--------------------------------------------------------------------- /OPTION FOR LIQUID BOUNDARIES = 2;1 /THOMPSON METHODE /--------------------------------------------------------------------- / TIDAL CONDITIONS TPXO /--------------------------------------------------------------------- INITIAL CONDITIONS='TPXO SATELLITE ALTIMETRY' BINARY DATABASE 1 FOR TIDE ='hf.AO_2008.out' BINARY DATABASE 2 FOR TIDE ='uv.AO_2008.out' OPTION FOR TIDAL BOUNDARY CONDITIONS =1;0 /TIDE GENERATING FORCE =true OPTION FOR THE TREATMENT OF TIDAL FLATS =1 TIDAL DATA BASE =2 GEOGRAPHIC SYSTEM =2 ZONE NUMBER IN GEOGRAPHIC SYSTEM =29 MINIMUM DEPTH TO COMPUTE TIDAL VELOCITIES INITIAL CONDITIONS =0.0001 MINIMUM DEPTH TO COMPUTE TIDAL VELOCITIES BOUNDARY CONDITIONS =0.0001 /INITIAL VELOCITIES COMPUTED BY TPXO = NO COEFFICIENT TO CALIBRATE TIDAL RANGE =1.04 / 0 COEFFICIENT TO CALIBRATE TIDAL VELOCITIES = 999999 / 0 COEFFICIENT TO CALIBRATE SEA LEVEL =1.04 / 0 /--------------------------------------------------- ------------------ /FRICTION STEP /-------------------------------------------------------------------- LAW OF BOTTOM FRICTION =5 / only 5 (Nikuradse) FRICTION COEFFICIENT FOR THE BOTTOM =0.01 /-------------- / SEMI-IMPLICITATION (ok rcmd) /----------------- /IMPLICITATION FOR DEPTH = 0.55 /default Rcmd /IMPLICITATION FOR VELOCITIES = 0.55 /default Rcmd /IMPLICITATION FOR DIFFUSION = 1 /default /------------------------------------------------------------------- /ATMOSPHERIC CONDITIONS /------------------------------------------------------------------ WIND = YES OPTION FOR WIND = 1 /0no 1cst 2filet 3bints /ASCII ATMOSPHERIC DATA FILE ='vent_tom_jn2.csv' AIR PRESSURE = true WIND VELOCITY ALONG X = 2.15 WIND VELOCITY ALONG Y = 2.15 /--------------------------------------------------------------------- / INTERNAL /--------------------------------------------------------------------- /STEERING FILE ='CAS_TG_SP_MER_flv_200M.txt' /--------------------------------------------------------------------- / NUMERICAL PARAMETERS /--------------------------------------------------------------------- TREATMENT OF NEGATIVE DEPTHS =1 ACCURACY FOR PROPAGATION =1.E-4 ACCURACY FOR DIFFUSION OF VELOCITIES =1.E-4 MASS-LUMPING FOR DEPTH =1 MASS-LUMPING FOR VELOCITIES =1 MASS-LUMPING FOR DIFFUSION =1 MAXIMUM NUMBER OF ITERATIONS FOR ADVECTION SCHEMES =300 MAXIMUM NUMBER OF ITERATIONS FOR DIFFUSION OF K-EPSILON =500 MAXIMUM NUMBER OF ITERATIONS FOR PPE =300 MAXIMUM NUMBER OF ITERATIONS FOR DIFFUSION OF VELOCITIES =300 MAXIMUM NUMBER OF ITERATIONS FOR PROPAGATION =300 CORIOLIS COEFFICIENT =1.30444D-5 /--------------------------------------------------------------------- /ADVECTION STEP /--------------------------------------------------------------------- ADVECTION STEP = YES SCHEME FOR ADVECTION OF VELOCITIES = 5 / MURD et PSI SCHEME FOR ADVECTION OF DEPTH = 5 SCHEME FOR ADVECTION OF K-EPSILON = 5 /SCHEME FOR ADVECTION OF TRACERS = 5 SCHEME OPTION FOR ADVECTION OF K-EPSILON = 4 /LIPS SCHEME OPTION FOR ADVECTION OF VELOCITIES = 4 / DEFAULT VALUE IS AUTOMATICALY CHOOSEN /--------------------------------------------------------------------- /MURD SCHEME /--------------------------------------------------------------------- /NUMBER OF SUB ITERATIONS FOR NON LINEARITIES = 2 /NUMBER OF CORRECTIONS OF DISTRIBUTIVE SCHEMES = 2 / 2 for unsteady with LIPS /NUMBER OF SUB-STEPS OF DISTRIBUTIVE SCHEMES = 2 /---------------------------- /When choosing the method of characteristics /-------------------------- /OPTION FOR CHARACTERISTICS /--------------------------------------------------------------------- /DIFFUSION STEP /--------------------------------------------------------------------- SCHEME FOR DIFFUSION OF VELOCITIES = 1 /SCHEME FOR DIFFUSION OF TRACERS = 1 SCHEME FOR DIFFUSION OF K-EPSILON = 1 /--------------------------------------------------------------------- /PROPAGATION STEP /--------------------------------------------------------------------- /LINEARIZED PROPAGATION = YES /MEAN DEPTH FOR LINEARIZATION /FREE SURFACE GRADIENT COMPATIBILITY /DYNAMIC PRESSURE IN WAVE EQUATION /--------------- /Solvers /---------------- /SOLVER FOR DIFFUSION OF VELOCITIES /SOLVER FOR PROPAGATION /SOLVER FOR PPE /SOLVER FOR DIFFUSION OF TRACERS /SOLVER FOR DIFFUSION OF K-EPSILON /----------- / /--------------- /OPTION OF SOLVER FOR DIFFUSION OF VELOCITIES /OPTION OF SOLVER FOR PROPAGATION /OPTION OF SOLVER FOR PPE /OPTION OF SOLVER FOR DIFFUSION OF TRACERS /OPTION OF SOLVER FOR DIFFUSION OF K-EPSILON /------------------------------------------------------------------------ /The iterative methods are sensitive to the "conditioning" of matrices /------------------------------------------------------------------------ PRECONDITIONING FOR DIFFUSION OF VELOCITIES = 2 PRECONDITIONING FOR PROPAGATION = 2 PRECONDITIONING FOR PPE =2 /PRECONDITIONING FOR DIFFUSION OF TRACERS = 34 PRECONDITIONING FOR DIFFUSION OF K-EPSILON =2 /------- /TIDAL FLAT /------ /TIDAL FLATS =YES /OPTION FOR THE TREATMENT OF TIDAL FLATS = 1 /TREATMENT OF NEGATIVE DEPTHS = 1 /--------------------------------------------------------------------- / TURBULENCE /--------------------------------------------------------------------- HORIZONTAL TURBULENCE MODEL =3 VERTICAL TURBULENCE MODEL =3 OPTION FOR THE BOUNDARY CONDITIONS OF K-EPSILON = 2 COEFFICIENT FOR HORIZONTAL DIFFUSION OF VELOCITIES = 1.D-6 COEFFICIENT FOR VERTICAL DIFFUSION OF VELOCITIES = 1.D-6 /--------------------------------------------------------------------- / VERTICAL /--------------------------------------------------------------------- NUMBER OF HORIZONTAL LEVELS =2 MESH TRANSFORMATION =1 / /COMPUTATION CONTINUED = YES /PREVIOUS COMPUTATION FILE = TRES2D_cplds20LAST2.slf /RECORD NUMBER FOR RESTART = -1