LISTING OF TELEMAC2D------------------------------------------------------------------------------ TTTTT EEEEE L EEEEE M M AAAAA CCCCC T E L E MM MM A A C T EEE L EEE M M M AAAAA C T E L E M M A A C T EEEEE LLLLL EEEEE M M A A CCCCC 2D VERSION V8P0 FORTRAN 2003 ~^~^~^~^~^~^~^~^~^~^~^^~^~^~^~^~^~ ~ ~ \ ' o ' /\ o \ o >=)'> ' /\ ' \/ \ >=)'> ~ / /\ \/ ~ >=)'> / . \/ ) / ( ~ ) ) } ~ ( ( ( { ) ) ) } } . ( ( ( { { /^^^^^^^^^^^^ ^^^^^^^^^\ / ^^^^^^^^^ THE KEY-WORD: AIR PRESSURE APPPEARS AT LEAST TWICE , THE LAST VALUE WILL BE KEPT... VALUES OF THE KEY-WORDS: GRAPHIC PRINTOUT PERIOD MOTINT( 9)= 120 LISTING PRINTOUT PERIOD MOTINT( 14)= 180 NUMBER OF TIME STEPS MOTINT( 46)= 1 PSI SCHEME OPTION MOTINT( 79)= 1 TYPE OF ADVECTION MOTINT( 65)= 1 TYPE OF ADVECTION MOTINT( 66)= 5 NUMBER OF CULVERTS MOTINT(113)= 0 TURBULENCE MODEL MOTINT( 87)= 1 LAW OF BOTTOM FRICTION MOTINT( 25)= 5 MAXIMUM NUMBER OF ITERATIONS FOR DIFFUSION OF TRACERS MOTINT(102)= 60 MAXIMUM NUMBER OF ITERATIONS FOR SOLVER MOTINT( 58)= 100 SOLVER FOR DIFFUSION OF TRACERS MOTINT( 98)= 1 SOLVER FOR DIFFUSION OF TRACERS MOTINT( 99)= 1 PROPAGATION OPTION MOTINT( 84)= 3 MAXIMUM NUMBER OF ITERATIONS FOR K AND EPSILON MOTINT( 94)= 50 PRECONDITIONING MOTINT( 59)= 2 INITIAL GUESS FOR H MOTINT( 63)= 1 DISCRETIZATIONS IN SPACE MOTINT( 61)= 11 DISCRETIZATIONS IN SPACE MOTINT( 62)= 11 NUMBER OF CORRECTIONS OF DISTRIBUTIVE SCHEMES MOTINT( 77)= 1 NUMBER OF SUB-STEPS OF DISTRIBUTIVE SCHEMES MOTINT( 78)= 1 SOLVER MOTINT( 56)= 1 NUMBER OF SUB-ITERATIONS FOR NON-LINEARITIES MOTINT( 74)= 1 NUMBER OF FIRST TIME STEP FOR GRAPHIC PRINTOUTS MOTINT( 8)= 0 NUMBER OF FIRST TIME STEP FOR LISTING PRINTOUTS MOTINT( 13)= 0 PRECONDITIONING FOR DIFFUSION OF TRACERS MOTINT(101)= 2 SOLVER FOR K-EPSILON MODEL MOTINT( 88)= 1 PRECONDITIONING FOR K-EPSILON MODEL MOTINT( 90)= 2 TURBULENCE REGIME FOR SOLID BOUNDARIES MOTINT( 91)= 2 NUMBER OF DROGUES MOTINT(106)= 0 PRINTOUT PERIOD FOR DROGUES MOTINT(107)= 1 NUMBER OF LAGRANGIAN DRIFTS MOTINT(110)= 0 BOTTOM SMOOTHINGS MOTINT( 1)= 0 SOLVER OPTION FOR TRACERS DIFFUSION MOTINT(100)= 2 SOLVER OPTION MOTINT( 57)= 3 OPTION FOR THE SOLVER FOR K-EPSILON MODEL MOTINT( 89)= 2 OPTION FOR THE TREATMENT OF TIDAL FLATS MOTINT( 95)= 1 VECTOR LENGTH MOTINT( 6)= 1 SUPG OPTION MOTINT( 68)= 0 SUPG OPTION MOTINT( 69)= 0 INITIAL GUESS FOR U MOTINT( 64)= 1 RECORD NUMBER FOR RESTART MOTINT( 7)= 0 MATRIX STORAGE MOTINT( 82)= 3 ORIGINAL DATE OF TIME MOTINT( 47)= 1998 ORIGINAL DATE OF TIME MOTINT( 48)= 1 ORIGINAL DATE OF TIME MOTINT( 49)= 14 ORIGINAL HOUR OF TIME MOTINT( 50)= 0 ORIGINAL HOUR OF TIME MOTINT( 51)= 0 ORIGINAL HOUR OF TIME MOTINT( 52)= 0 MATRIX-VECTOR PRODUCT MOTINT( 83)= 1 CONTROL SECTIONS VALUE NOT FOUND NUMBER OF WEIRS MOTINT(111)= 0 OPTION FOR LIQUID BOUNDARIES VALUE NOT FOUND TREATMENT OF THE LINEAR SYSTEM MOTINT( 42)= 2 PARALLEL PROCESSORS MOTINT( 2)= 0 VELOCITY PROFILES VALUE NOT FOUND OPTION FOR THE DIFFUSION OF TRACERS MOTINT(103)= 1 OPTION FOR THE DIFFUSION OF VELOCITIES MOTINT( 80)= 1 TYPE OF SOURCES MOTINT( 37)= 1 NUMBER OF PRIVATE ARRAYS MOTINT( 10)= 0 LANGUAGE MOTINT(125)= 2 RECORD NUMBER IN WAVE FILE MOTINT( 33)= 1 IDENTIFICATION METHOD MOTINT( 35)= 1 LIST OF POINTS VALUE NOT FOUND COST FUNCTION MOTINT( 34)= 1 MAXIMUM NUMBER OF ITERATIONS FOR IDENTIFICATION MOTINT( 36)= 20 COUPLING PERIOD FOR SISYPHE MOTINT(123)= 1 FINITE VOLUME SCHEME MOTINT( 43)= 1 MAXIMUM NUMBER OF FRICTION DOMAINS MOTINT( 24)= 10 LISTING FOR PRINTOUT PERIOD MOTINT( 15)= 1 ORIGIN COORDINATES MOTINT( 53)= 0 ORIGIN COORDINATES MOTINT( 54)= 0 DELWAQ PRINTOUT PERIOD MOTINT(122)= 1 NUMBER OF TRACERS MOTINT( 97)= 0 STAGE-DISCHARGE CURVES VALUE NOT FOUND DEBUGGER MOTINT( 45)= 0 TREATMENT OF NEGATIVE DEPTHS MOTINT( 96)= 3 DEPTH IN FRICTION TERMS MOTINT( 26)= 1 LAW OF FRICTION ON LATERAL BOUNDARIES MOTINT( 27)= 0 COUPLING PERIOD FOR TOMAWAC MOTINT(124)= 1 TREATMENT OF FLUXES AT THE BOUNDARIES MOTINT( 75)= 1 TREATMENT OF FLUXES AT THE BOUNDARIES MOTINT( 76)= 1 OPTION FOR TIDAL BOUNDARY CONDITIONS VALUE NOT FOUND OPTION FOR TSUNAMI GENERATION MOTINT( 44)= 0 TIDAL DATA BASE MOTINT(120)= -1 GEOGRAPHIC SYSTEM MOTINT(115)= -1 ZONE NUMBER IN GEOGRAPHIC SYSTEM MOTINT(116)= -1 SPATIAL PROJECTION TYPE MOTINT( 55)= 2 ALGAE TYPE MOTINT(108)= 1 OPTION FOR CHARACTERISTICS MOTINT( 67)= 1 MAXIMUM NUMBER OF ITERATIONS FOR ADVECTION SCHEMES MOTINT( 71)= 10 STOCHASTIC DIFFUSION MODEL MOTINT(109)= 0 NUMBER OF GAUSS POINTS FOR WEAK CHARACTERISTICS MOTINT( 70)= 3 TYPE OF WEIRS MOTINT(112)= 1 SCHEME FOR ADVECTION OF VELOCITIES MOTINT( 72)= 1 SCHEME FOR ADVECTION OF TRACERS MOTINT(104)= 1 SCHEME FOR ADVECTION OF K-EPSILON MOTINT( 92)= 1 SCHEME OPTION FOR ADVECTION OF TRACERS MOTINT(105)= 1 SCHEME OPTION FOR ADVECTION OF VELOCITIES MOTINT( 73)= 1 SCHEME OPTION FOR ADVECTION OF K-EPSILON MOTINT( 93)= 1 OPTION FOR WIND MOTINT( 29)= 3 MAXIMUM NUMBER OF BOUNDARIES MOTINT( 3)= 30 MAXIMUM NUMBER OF SOURCES MOTINT( 4)= 20 MAXIMUM NUMBER OF TRACERS MOTINT( 5)= 20 LOCAL NUMBER OF THE POINT TO CALIBRATE HIGH WATER MOTINT(121)= 0 GLOBAL NUMBER OF THE POINT TO CALIBRATE HIGH WATER MOTINT(117)= 0 WATER QUALITY PROCESS MOTINT( 41)= 1 OPTION OF THE HYDROSTATIC RECONSTRUCTION MOTINT( 85)= 1 OPTION FOR CULVERTS MOTINT(114)= 1 RAINFALL-RUNOFF MODEL MOTINT( 30)= 0 AD NUMBER OF DERIVATIVES MOTINT( 81)= 0 ANTECEDENT MOISTURE CONDITIONS MOTINT( 31)= 2 OPTION FOR INITIAL ABSTRACTION RATIO MOTINT( 32)= 1 REFINEMENT LEVELS MOTINT( 86)= 0 FINITE ELEMENT ASSEMBLY MOTINT( 60)= 1 ICE PROCESSES MOTINT( 28)= 1 GLOBAL NUMBERS OF SOURCE NODES VALUE NOT FOUND MAXIMUM NUMBER OF POINTS FOR SOURCES REGIONS MOTINT( 40)= 10 TIME STEP MOTREA( 56)= 5.000000 GRAVITY ACCELERATION MOTREA( 42)= 9.810000 ZERO MOTREA( 87)= 0.1000000E-09 FRICTION COEFFICIENT MOTREA( 13)= 0.1000000 CORIOLIS COEFFICIENT MOTREA( 43)= 0.7270000E-04 COEFFICIENT OF WIND INFLUENCE MOTREA( 18)= 0.3015720E-02 WIND VELOCITY ALONG X MOTREA( 19)= 0.000000 WIND VELOCITY ALONG Y MOTREA( 20)= 0.000000 INITIAL VALUES OF TRACERS MOTREA(100)= 0.000000 INITIAL VALUES OF TRACERS MOTREA(101)= 0.000000 COEFFICIENT FOR DIFFUSION OF TRACERS MOTREA(109)= 0.1000000E-05 ACCURACY FOR DIFFUSION OF TRACERS MOTREA(103)= 0.1000000E-05 IMPLICITATION COEFFICIENT OF TRACERS MOTREA(108)= 0.6000000 VELOCITY DIFFUSIVITY MOTREA( 88)= 0.5000000 SOLVER ACCURACY MOTREA( 73)= 0.1000000E-05 LIMIT VALUES MOTREA( 61)= -1000.000 LIMIT VALUES MOTREA( 62)= 9000.000 LIMIT VALUES MOTREA( 63)= -1000.000 LIMIT VALUES MOTREA( 64)= 1000.000 LIMIT VALUES MOTREA( 65)= -1000.000 LIMIT VALUES MOTREA( 66)= 1000.000 LIMIT VALUES MOTREA( 67)= -1000.000 LIMIT VALUES MOTREA( 68)= 1000.000 THRESHOLD DEPTH FOR RECEDING PROCEDURE MOTREA( 96)= 0.000000 IMPLICITATION FOR DEPTH MOTREA( 74)= 1.000000 IMPLICITATION FOR VELOCITY MOTREA( 75)= 1.000000 IMPLICITATION FOR DIFFUSION OF VELOCITY MOTREA( 85)= 1.000000 MASS-LUMPING ON H MOTREA( 82)= 1.000000 MASS-LUMPING ON VELOCITY MOTREA( 83)= 0.000000 MINIMUM VALUE OF DEPTH MOTREA( 97)= 0.000000 TIME STEP REDUCTION FOR K-EPSILON MODEL MOTREA( 92)= 1.000000 ACCURACY OF K MOTREA( 93)= 0.1000000E-08 ACCURACY OF EPSILON MOTREA( 94)= 0.1000000E-08 MEAN DEPTH FOR LINEARIZATION MOTREA( 76)= 0.000000 WATER DENSITY MOTREA( 41)= 1015.000 LATITUDE OF ORIGIN POINT MOTREA( 70)= 48.00000 ROUGHNESS COEFFICIENT OF BOUNDARIES MOTREA( 17)= 100.0000 PRESCRIBED FLOWRATES VALUE NOT FOUND PRESCRIBED ELEVATIONS VALUE NOT FOUND PRESCRIBED VELOCITIES VALUE NOT FOUND INITIAL ELEVATION MOTREA( 1)= 0.000000 INITIAL DEPTH MOTREA( 2)= 0.000000 PRESCRIBED TRACERS VALUES VALUE NOT FOUND ABSCISSAE OF SOURCES VALUE NOT FOUND ORDINATES OF SOURCES VALUE NOT FOUND WATER DISCHARGE OF SOURCES VALUE NOT FOUND VALUES OF THE TRACERS AT THE SOURCES VALUE NOT FOUND UPWIND COEFFICIENTS MOTREA( 78)= 1.000000 UPWIND COEFFICIENTS MOTREA( 79)= 1.000000 UPWIND COEFFICIENTS MOTREA( 80)= 1.000000 UPWIND COEFFICIENTS MOTREA( 81)= 1.000000 STOP CRITERIA MOTREA( 58)= 0.1000000E-03 STOP CRITERIA MOTREA( 59)= 0.1000000E-03 STOP CRITERIA MOTREA( 60)= 0.1000000E-03 MEAN TEMPERATURE MOTREA(102)= 20.00000 VELOCITIES OF THE SOURCES ALONG X VALUE NOT FOUND VELOCITIES OF THE SOURCES ALONG Y VALUE NOT FOUND DURATION MOTREA( 57)= 2246400. NORTH MOTREA( 72)= 0.000000 NON-DIMENSIONAL DISPERSION COEFFICIENTS MOTREA( 90)= 6.000000 NON-DIMENSIONAL DISPERSION COEFFICIENTS MOTREA( 91)= 0.6000000 LONGITUDE OF ORIGIN POINT MOTREA( 71)= 0.000000 MASS-LUMPING ON TRACERS MOTREA(110)= 0.000000 DESIRED COURANT NUMBER MOTREA( 69)= 1.000000 FOURIER ANALYSIS PERIODS VALUE NOT FOUND TOLERANCES FOR IDENTIFICATION MOTREA( 27)= 0.1000000E-02 TOLERANCES FOR IDENTIFICATION MOTREA( 28)= 0.1000000E-02 TOLERANCES FOR IDENTIFICATION MOTREA( 29)= 0.1000000E-02 TOLERANCES FOR IDENTIFICATION MOTREA( 30)= 0.1000000E-03 MANNING DEFAULT VALUE FOR COLEBROOK-WHITE LAW MOTREA( 14)= 0.2000000E-01 DIAMETER OF ROUGHNESS ELEMENTS MOTREA( 15)= 0.6000000E-02 SPACING OF ROUGHNESS ELEMENTS MOTREA( 16)= 0.1400000 THRESHOLD DEPTH FOR WIND MOTREA( 23)= 0.5000000 THRESHOLD FOR NEGATIVE DEPTHS MOTREA( 95)= 0.000000 FREE SURFACE GRADIENT COMPATIBILITY MOTREA( 84)= 0.2000000 TIME RANGE FOR FOURIER ANALYSIS MOTREA( 5)= 0.000000 TIME RANGE FOR FOURIER ANALYSIS MOTREA( 6)= 0.000000 NEWMARK TIME INTEGRATION COEFFICIENT MOTREA( 86)= 1.000000 RAIN OR EVAPORATION IN MM PER DAY MOTREA( 25)= 0.000000 PHYSICAL CHARACTERISTICS OF THE TSUNAMI MOTREA( 44)= 100.0000 PHYSICAL CHARACTERISTICS OF THE TSUNAMI MOTREA( 45)= 210000.0 PHYSICAL CHARACTERISTICS OF THE TSUNAMI MOTREA( 46)= 75000.00 PHYSICAL CHARACTERISTICS OF THE TSUNAMI MOTREA( 47)= 13.60000 PHYSICAL CHARACTERISTICS OF THE TSUNAMI MOTREA( 48)= 81.00000 PHYSICAL CHARACTERISTICS OF THE TSUNAMI MOTREA( 49)= 41.00000 PHYSICAL CHARACTERISTICS OF THE TSUNAMI MOTREA( 50)= 110.0000 PHYSICAL CHARACTERISTICS OF THE TSUNAMI MOTREA( 51)= 0.000000 PHYSICAL CHARACTERISTICS OF THE TSUNAMI MOTREA( 52)= 0.000000 PHYSICAL CHARACTERISTICS OF THE TSUNAMI MOTREA( 53)= 3.000000 VALUES OF TRACERS IN THE RAIN VALUE NOT FOUND COEFFICIENT TO CALIBRATE TIDAL RANGE MOTREA(115)= 1.000000 COEFFICIENT TO CALIBRATE TIDAL VELOCITIES MOTREA(116)= 0.000000 COEFFICIENT TO CALIBRATE SEA LEVEL MOTREA(114)= 0.000000 DIAMETER OF ALGAE MOTREA(111)= 0.1000000 DENSITY OF ALGAE MOTREA(112)= 1050.000 THICKNESS OF ALGAE MOTREA(113)= 0.1000000E-01 MASS-LUMPING FOR WEAK CHARACTERISTICS MOTREA( 77)= 0.000000 SPEED AND DIRECTION OF WIND MOTREA( 21)= 0.000000 SPEED AND DIRECTION OF WIND MOTREA( 22)= 0.000000 VALUE OF ATMOSPHERIC PRESSURE MOTREA( 24)= 100000.0 PRODUCTION COEFFICIENT FOR SECONDARY CURRENTS MOTREA( 54)= 7.071000 DISSIPATION COEFFICIENT FOR SECONDARY CURRENTS MOTREA( 55)= 0.5000000 DURATION OF RAIN OR EVAPORATION IN HOURS MOTREA( 26)= 1000000. ACCURACY OF SPALART-ALLMARAS MOTREA( 89)= 0.1000000E-08 COMPUTATION CONTINUED MOTLOG( 3)= F BREACH MOTLOG( 50)= F LISTING PRINTOUT MOTLOG( 9)= T DIFFUSION OF VELOCITY MOTLOG( 35)= T AIR PRESSURE MOTLOG( 17)= T ADVECTION MOTLOG( 32)= T ADVECTION OF U AND V MOTLOG( 34)= T ADVECTION OF H MOTLOG( 33)= T ADVECTION OF TRACERS MOTLOG( 46)= T ADVECTION OF K AND EPSILON MOTLOG( 42)= T DIFFUSION OF TRACERS MOTLOG( 47)= T PROPAGATION MOTLOG( 30)= T CORIOLIS MOTLOG( 22)= T WIND MOTLOG( 16)= T INFORMATION ABOUT SOLVER MOTLOG( 11)= T MASS-BALANCE MOTLOG( 10)= T H CLIPPING MOTLOG( 44)= F SPHERICAL COORDINATES MOTLOG( 27)= T RAIN OR EVAPORATION MOTLOG( 18)= F LINEARIZED PROPAGATION MOTLOG( 31)= F VALIDATION MOTLOG( 1)= F INFORMATION ABOUT K-EPSILON MODEL MOTLOG( 41)= T CONTROL OF LIMITS MOTLOG( 25)= F TIDAL FLATS MOTLOG( 43)= T STOP IF A STEADY STATE IS REACHED MOTLOG( 24)= F ELEMENTS MASKED BY USER MOTLOG( 12)= F DENSITY EFFECTS MOTLOG( 45)= F TIDE GENERATING FORCE MOTLOG( 52)= T CONTINUITY CORRECTION MOTLOG( 28)= T INITIAL TIME SET TO ZERO MOTLOG( 4)= T C-U PRECONDITIONING MOTLOG( 29)= F VARIABLE TIME-STEP MOTLOG( 26)= F WAVE DRIVEN CURRENTS MOTLOG( 19)= T VERTICAL STRUCTURES MOTLOG( 21)= F AD SYMBOLIC LINEAR SOLVER MOTLOG( 36)= F DEFINITION OF ZONES MOTLOG( 15)= F FRICTION DATA MOTLOG( 13)= F NON-SUBMERGED VEGETATION FRICTION MOTLOG( 14)= F PRINTING CUMULATED FLOWRATES MOTLOG( 6)= F COMPATIBLE COMPUTATION OF FLUXES MOTLOG( 7)= F SALINITY FOR DELWAQ MOTLOG( 56)= F TEMPERATURE FOR DELWAQ MOTLOG( 55)= F VELOCITY FOR DELWAQ MOTLOG( 53)= F DIFFUSIVITY FOR DELWAQ MOTLOG( 54)= F OIL SPILL MODEL MOTLOG( 49)= F MINOR CONSTITUENTS INFERENCE MOTLOG( 51)= T ALGAE TRANSPORT MODEL MOTLOG( 48)= F INFORMATION ABOUT SPALART-ALLMARAS MODEL MOTLOG( 40)= T SECONDARY CURRENTS MOTLOG( 23)= F WAVE ENHANCED FRICTION FACTOR MOTLOG( 20)= F CHECKING THE MESH MOTLOG( 2)= F FLUXLINE MOTLOG( 8)= F CONVERGENCE STUDY MOTLOG( 39)= F AD LINEAR SOLVER RESET DERIVATIVES MOTLOG( 37)= T AD LINEAR SOLVER DERIVATIVE CONVERGENCE MOTLOG( 38)= T RESULT FILE IN LONGITUDE-LATITUDE MOTLOG( 5)= T NESTOR MOTLOG( 57)= F TITLE MOTCAR( 1)= Black_sea_v6 VARIABLES FOR GRAPHIC PRINTOUTS MOTCAR( 18)= U,V,H,S,X,Y,P VARIABLES TO BE PRINTED MOTCAR( 29)= GEOMETRY FILE MOTCAR( 10) = T2DGEO-READ;T2DGEO;OBLIG;BIN;LIT;SELAFIN-GEOM ; geo_Black_sea_v6.slf FORTRAN FILE MOTCAR( 11) = INUTILE;INUTILE;FACUL;ASC;LIT;FORTRAN ; STEERING FILE MOTCAR( 82) = INUTILE;T2DCAS;OBLIG;ASC;LIT;CAS ; BOUNDARY CONDITIONS FILE MOTCAR( 13) = T2DLIM-READ;T2DCLI;OBLIG;ASC;LIT;CONLIM ; Black_sea_v6.cli PREVIOUS COMPUTATION FILE MOTCAR( 17) = T2DPRE-READ;T2DPRE;FACUL;BIN;LIT;SELAFIN ; RESULTS FILE MOTCAR( 22) = T2DRES-READWRITE;T2DRES;OBLIG;BIN;ECR;SELAFIN ; res_Black_sea_v6_02_Sim_01_1998_HOPA RELEASE MOTCAR( 85)= TRUNK AD NAMES OF DERIVATIVES VALUE NOT FOUND BOTTOM TOPOGRAPHY FILE MOTCAR( 12) = T2DFON-READ;T2DFON;FACUL;ASC;LIT;PARAL ; TIDAL MODEL FILE FORMAT MOTCAR( 57)= SERAFIN? BINARY DATA FILE 1 MOTCAR( 4) = T2DBI1-READ;T2DBI1;FACUL;BIN;LIT;SELAFIN ; BINARY DATA FILE 2 MOTCAR( 6) = T2DBI2-READ;T2DBI2;FACUL;BIN;LIT;PARAL ; FORMATTED DATA FILE 1 MOTCAR( 7) = T2DFO1-READ;T2DFO1;FACUL;ASC;LIT;PARAL ; FORMATTED DATA FILE 2 MOTCAR( 8) = T2DFO2-READ;T2DFO2;FACUL;ASC;LIT;PARAL ; NAMES OF CLANDESTINE VARIABLES VALUE NOT FOUND BINARY RESULTS FILE MOTCAR( 24) = T2DRBI-WRITE;T2DRBI;FACUL;BIN;ECR;PARAL ; FORMATTED RESULTS FILE MOTCAR( 25) = T2DRFO-WRITE;T2DRFO;FACUL;ASC;ECR;SCAL ; INITIAL CONDITIONS MOTCAR( 2)= CONSTANT ELEVATION GEOMETRY FILE FORMAT MOTCAR( 9)= SERAFIN? RESULTS FILE FORMAT MOTCAR( 21)= SERAFIN? PREVIOUS COMPUTATION FILE FORMAT MOTCAR( 16)= SERAFIN? ASCII ATMOSPHERIC DATA FILE MOTCAR( 36) = T2ATMA-READ;T2ATMA;FACUL;ASC;LIT;SCAL ; BINARY ATMOSPHERIC DATA FILE MOTCAR( 37) = T2ATMB-READ;T2ATMB;FACUL;BIN;LIT;SELAFIN ; LAMBERT 93 CONVERSION FILE MOTCAR( 54) = NL93-READ;T2DL93;FACUL;ASC;LIT;SCAL ; EQUATIONS MOTCAR( 42)= SAINT-VENANT EF REFERENCE FILE MOTCAR( 15) = T2DREF-READ;T2DREF;FACUL;BIN;LIT;SELAFIN ; LIQUID BOUNDARIES FILE MOTCAR( 33) = T2DIMP-READ;T2DIMP;FACUL;ASC;LIT;PARAL ; COUPLING DIRECTORY MOTCAR( 62)= COUPLING WITH MOTCAR( 59)= TOMAWAC BINARY ATMOSPHERIC DATA FILE FORMAT MOTCAR( 38)= SERAFIN? NESTOR ACTION FILE MOTCAR( 78) = T2NACT-READ;T2NACT;FACUL;ASC;LIT;PARAL ; NESTOR POLYGON FILE MOTCAR( 79) = T2NPOL-READ;T2NPOL;FACUL;ASC;LIT;PARAL ; NESTOR SURFACE REFERENCE FILE MOTCAR( 80) = T2NREF-READ;T2NREF;FACUL;ASC;LIT;PARAL ; NESTOR RESTART FILE MOTCAR( 81) = T2NRST-READ;T2NRST;FACUL;ASC;LIT;PARAL ; ZONES FILE MOTCAR( 35) = T2DZFI-READ;T2DZFI;FACUL;ASC;LIT;ZONES ; PARAMETER ESTIMATION MOTCAR( 39)= NAMES OF POINTS VALUE NOT FOUND SISYPHE STEERING FILE MOTCAR( 74)= FRICTION DATA FILE MOTCAR( 34) = T2DCOF-READ;T2DCOF;FACUL;ASC;LIT;PARAL ; VOLUMES DELWAQ FILE MOTCAR( 67) = T2DDL1-WRITE;T2DDL1;FACUL;BIN;ECR;DELWAQPTS ; EXCHANGE AREAS DELWAQ FILE MOTCAR( 68) = T2DDL2-WRITE;T2DDL2;FACUL;BIN;ECR;DELWAQSEG ; VERTICAL FLUXES DELWAQ FILE MOTCAR( 69) = T2DDL3-WRITE;T2DDL3;FACUL;BIN;ECR;DELWAQSEG ; SALINITY DELWAQ FILE MOTCAR( 73) = T2DDL4-WRITE;T2DDL4;FACUL;BIN;ECR;DELWAQPTS ; BOTTOM SURFACES DELWAQ FILE MOTCAR( 66) = T2DDL5-WRITE;T2DDL5;FACUL;BIN;ECR;DELWAQMET ; EXCHANGES BETWEEN NODES DELWAQ FILE MOTCAR( 64) = T2DDL6-WRITE;T2DDL6;FACUL;BIN;ECR;DELWAQMET ; NODES DISTANCES DELWAQ FILE MOTCAR( 65) = T2DDL7-WRITE;T2DDL7;FACUL;BIN;ECR;DELWAQMET ; DELWAQ STEERING FILE MOTCAR( 63) = T2DL11-WRITE;T2DL11;FACUL;ASC;ECR;DELWAQHYD ; TEMPERATURE DELWAQ FILE MOTCAR( 72) = T2DDL8-WRITE;T2DDL8;FACUL;BIN;ECR;DELWAQPTS ; STAGE-DISCHARGE CURVES FILE MOTCAR( 32) = T2DMAB-READ;T2DMAB;FACUL;ASC;LIT;PARAL ; NAMES OF TRACERS VALUE NOT FOUND SOURCES FILE MOTCAR( 40) = T2DVEF-READ;T2DVEF;FACUL;ASC;LIT;PARAL ; VELOCITY DELWAQ FILE MOTCAR( 70) = T2DDL9-WRITE;T2DDL9;FACUL;BIN;ECR;DELWAQPTS ; DIFFUSIVITY DELWAQ FILE MOTCAR( 71) = T2DL10-WRITE;T2DL10;FACUL;BIN;ECR;DELWAQPTS ; REFERENCE FILE FORMAT MOTCAR( 14)= SERAFIN? SECTIONS INPUT FILE MOTCAR( 26) = NSCS-READ;T2DSEC;FACUL;ASC;LIT;SECTION ; SECTIONS OUTPUT FILE MOTCAR( 27) = NSEO-WRITE;T2DSEO;FACUL;ASC;ECR;SCAL ; OIL SPILL STEERING FILE MOTCAR( 48) = NMIG-READ;T2DMIG;FACUL;ASC;LIT;PARAL ; TOMAWAC STEERING FILE MOTCAR( 75)= TOMAWAC_COUPLED.txt HARMONIC CONSTANTS FILE MOTCAR( 55) = NHAR-READWRITE;T2DHAR;FACUL;ASC;ECRLIT;PARAL ; TIDAL MODEL FILE MOTCAR( 56) = NTID-READ;T2DTID;FACUL;BIN;LIT;SCAL ; ASCII DATABASE FOR TIDE MOTCAR( 58) = NBDD-READ;T2DBDD;FACUL;ASC;LIT;PARAL ; BINARY DATABASE 1 FOR TIDE MOTCAR( 52) = NBB1-READ;T2DBB1;FACUL;BIN;LIT;PARAL ; BINARY DATABASE 2 FOR TIDE MOTCAR( 53) = NBB2-READ;T2DBB2;FACUL;BIN;LIT;PARAL ; WEIRS DATA FILE MOTCAR( 49) = T2DSEU-READ;T2DSEU;FACUL;ASC;LIT;WEIRS ; CULVERTS DATA FILE MOTCAR( 50) = T2DBUS-READ;T2DBUS;FACUL;ASC;LIT;SCAL ; BREACHES DATA FILE MOTCAR( 51) = T2DBUS-READ;T2DBRC;FACUL;ASC;LIT;SCAL ; DROGUES FILE MOTCAR( 47) = T2DFLO-WRITE;T2DFLO;FACUL;ASC;ECR;SCAL ; WAQTEL STEERING FILE MOTCAR( 76)= KHIONE STEERING FILE MOTCAR( 77)= BINARY RESULTS FILE FORMAT MOTCAR( 23)= BIN BINARY DATA FILE 1 FORMAT MOTCAR( 3)= BIN BINARY DATA FILE 2 FORMAT MOTCAR( 5)= BIN NAMES OF PRIVATE VARIABLES VALUE NOT FOUND DICTIONARY MOTCAR( 83) = INUTILE;T2DDICO;OBLIG;ASC;LIT;DICO ; telemac2d.dico PARTITIONING TOOL MOTCAR( 84)= METIS FLUXLINE INPUT FILE MOTCAR( 28) = T2DFLX-READ;T2DFLX;FACUL;ASC;LIT;PARAL ; SOURCE REGIONS DATA FILE MOTCAR( 41) = T2DSDN-READ;T2DSDN;FACUL;ASC;LIT;PARAL ; ******************************************** * LECDON: * * AFTER CALLING DAMOCLES * * CHECKING OF DATA READ * * IN THE STEERING FILE * ******************************************** LECDON : COMPUTATION WITH THE TIDE-GENERATING FORCE AND THE CORIOLIS FORCE EXITING LECDON. NAME OF THE STUDY: Black_sea_v6 OPENING FILES FOR TELEMAC2D ***************************** * MEMORY ORGANIZATION * ***************************** READ_MESH_INFO: TITLE= Black_sea_v6 NUMBER OF ELEMENTS: 107327 NUMBER OF POINTS: 54573 SINGLE PRECISION FORMAT (R4) MXPTEL (BIEF) : MAXIMUM NUMBER OF ELEMENTS AROUND A POINT: 9 MAXIMUM NUMBER OF POINTS AROUND A POINT: 9 CORRXY (BIEF):NO MODIFICATION OF COORDINATES MESH: MESH ALLOCATED ************************************* * END OF MEMORY ORGANIZATION: * ************************************* LISTING OF TOMAWAC------------------------------------------------------------------------------ TTTTT OOOOO M M AAAAA W W AAAAA CCCCC T O O MM MM A A W W A A C T O O M W M AAAAA W W W AAAAA C T O O M M A A WW WW A A C T OOOOO M M A A W W A A CCCCC VERSION V8P0 FORTRAN 2003 | | | )_) )_) )_) _ )___))___))___)\ )____)____)_____)\\ _____|____|____|____\\\__ ---------\ /--------- ^^^^^^^^^^^^^^^^^^^^^^^^^^^ ^^^^ ^^^^ ^^^ ^^ ^^^^ ^^^ COUPLED WITH TELEMAC2D INTERNALLY ******************************************** * SUBROUTINE LECDON_TOMAWAC * STOP 1 * CALL OF DAMOCLES * * VERIFICATION OF READ DATA * * ON STEERING FILE * ******************************************** WARNING IN DICTIONARY: FOR KEYWORD: VARIABLES FOR 2D GRAPHIC PRINTOUTS THE NUMBER OF DEFAULT VALUES 1 IS DIFFERENT FROM THE DECLARED SIZE 2 HM0,TM01,TM02,TMOY,TPD,DMOY,SPD,WD/in case of crash, to locate the guilty subroutine /DEBUGGER = 1 LINE: 24 ERROR: QUOTE MISSING AT THE END OF THE STRING OR STRING TOO LONG ... ************************ * DAMOCLES STOPPED * ************************ ----------------------------------------- - ERROR IN THE STEERING FILE - ----------------------------------------- DAMOCLE: TRYING ANOTHER LANGUAGE DAMOCLE: TRYING ANOTHER LANGUAGE DAMOCLE: TRYING ANOTHER LANGUAGE DAMOCLE: TRYING ANOTHER LANGUAGE DAMOCLE: TRYING ANOTHER LANGUAGE DAMOCLE: TRYING ANOTHER LANGUAGE DAMOCLE: TRYING ANOTHER LANGUAGE DAMOCLE: TRYING ANOTHER LANGUAGE DAMOCLE: TRYING ANOTHER LANGUAGE DAMOCLE: TRYING ANOTHER LANGUAGE WARNING IN DICTIONARY: FOR KEYWORD: VARIABLES POUR LES SORTIES GRAPHIQUES 2D THE NUMBER OF DEFAULT VALUES 1 IS DIFFERENT FROM THE DECLARED SIZE 2 ************************************************* AT LINE 12 THE KEY-WORD : 2D RESULTS FILE IS UNKNOWN... ************************************************* ************************ * DAMOCLES STOPPED * ************************ ----------------------------------------- - ERROR IN THE STEERING FILE - ----------------------------------------- PLANTE: PROGRAM STOPPED AFTER AN ERROR RETURNING EXIT CODE: 2