1 Execution started at 20230124.154101 --------------------------------------- SWAN SIMULATION OF WAVES IN NEAR SHORE AREAS DELTARES VERSION NUMBER 40.72ABCDE --------------------------------------- $***************************** HEADING ********************************* $ PROJECT 'spi ' '002 ' ' ' ' ' ' ' $ $***************************** MODEL INPUT ***************************** $ SET LEVEL = 0.00 NOR = 90.00 DEPMIN = 0.05 _ MAXMES = 1000 MAXERR = 2 _ GRAV = 9.81 RHO = 1025.00 INRHOG = 1 _ NAUT $ MODE NONST CGRID CURV 132 172 EXCEPT 0.0 0.0 _ CIR 36 0.05 1.00 24 Resolution in sigma-space: df/f = 0.1329 $ READ COOR 1. 'TMP_grid2swan01' _ 4 0 1 FREE ** Heading lines ** -> x-coordinates ** Heading lines ** -> y-coordinates $ INPGRID _ BOTTOM CURV 0. 0. 132 172 READINP BOTTOM 1.0 'BOTNOW' 4 0 FREE $ $ $ $ WIND VEL= 8.00 DIR= 150.00 $ $ BOUN SHAPE JONSWAP 3.30 PEAK DSPR DEGR BOUN SIDE E CCW _ ** Warning : keyword SIDE should not be used for curvilinear grid CON PAR 1.00 5.00 150.00 30.00 $ GEN3 BREAK CON 1.00 0.73 FRIC JON 0.0670 TRIAD trfac= 0.1000 cutfr= 2.2000 urcrit=0.2 urslim=0.01 LIM 10 1 OFF REFRAC NUM DIR cdd= 0.50 SIGIM css= 0.50 $ NUM ACCUR 0.020 0.020 0.020 98.000 15 $ $***************************** OUTPUT REQUEST ************************** $ OUTPUT OPTIONS SPEC ndec=8 QUANTITY HSIGN excv=-999.0 QUANTITY DIR excv=-999.0 QUANTITY TM01 excv=-999.0 QUANTITY DEPTH excv=-999.0 QUANTITY VELOC excv=-999.0 QUANTITY TRANSP excv=-999.0 QUANTITY DSPR excv=-999.0 QUANTITY DISSIP excv=-999.0 QUANTITY LEAK excv=-999.0 QUANTITY QB excv=-999.0 QUANTITY XP excv=-999.0 QUANTITY YP excv=-999.0 QUANTITY DIST excv=-999.0 QUANTITY UBOT excv=-999.0 QUANTITY STEEPW excv=-999.0 QUANTITY WLENGTH excv=-999.0 QUANTITY FORCES excv=-999.0 QUANTITY RTP excv=-999.0 QUANTITY PDIR excv=-999.0 QUANTITY WIND excv=-999.0 QUANTITY TPS excv=-999.0 QUANTITY TM02 excv=-999.0 QUANTITY TMM10 excv=-999.0 QUANTITY DHSIGN excv=-999.0 QUANTITY DRTM01 excv=-999.0 QUANTITY SETUP excv=-999.0 QUANTITY DISSURF excv=-999.0 QUANTITY DISWCAP excv=-999.0 QUANTITY DISBOT excv=-999.0 $ TABLE 'COMPGRID' NOHEAD 'SWANOUT1' _ HSIGN DIR TM01 DEPTH VELOC TRANSP _ DSPR DISSIP LEAK QB XP YP _ DIST UBOT STEEPW WLENGTH FORCES RTP _ PDIR WIND $ TABLE 'COMPGRID' NOHEAD 'SWANOUT2' _ TPS TM02 TMM10 DHSIGN DRTM01 SETUP _ DISSURF DISWCAP DISBOT $ $ $ $ TEST ITEST= 2 ITRACE= 0 COMPUTE STAT 20000101.000000 ---------------------------------------------------------------- COMPUTATIONAL PART OF SWAN ---------------------------------------------------------------- Gridresolution : MXC 133 MYC 173 : MCGRD 23010 : MSC 25 MDC 36 : MTC 1 : NSTATC 0 ITERMX 15 Propagation flags : ITFRE 1 IREFR 1 Source term flags : IBOT 1 ISURF 1 : IWCAP 1 IWIND 3 : ITRIAD 1 IQUAD 2 Spatial step : DX 0.0000E+00 DY 0.0000E+00 Spectral bin : df/f 0.1329E+00 DDIR 0.1000E+02 Physical constants : GRAV 0.9810E+01 RHO 0.1025E+04 Wind input : WSPEED 0.8000E+01 DIR 0.1200E+03 Tail parameters : E(f) 0.4000E+01 E(k) 0.2500E+01 : A(f) 0.5000E+01 A(k) 0.3000E+01 Accuracy parameters : DREL 0.2000E-01 NPNTS 0.9800E+02 : DHOVAL 0.2000E-01 DTOVAL 0.2000E-01 : GRWMX 0.1000E+00 Drying/flooding : LEVEL 0.0000E+00 DEPMIN 0.5000E-01 The nautical convention for wind and wave directions is used Scheme for geographic propagation is SORDUP Scheme geogr. space : PROPSC 2 ICMAX 5 Scheme spectral space: CSS 0.5000E+00 CDD 0.5000E+00 Current is off Quadruplets : IQUAD 2 : LAMBDA 0.2500E+00 CNL4 0.3000E+08 : CSH1 0.5500E+01 CSH2 0.8330E+00 : CSH3 -0.1250E+01 Maximum Ursell nr for Snl4 : 0.1000E+02 Triads : ITRIAD 1 TRFAC 0.1000E+00 : CUTFR 0.2200E+01 URCRI 0.2000E+00 Minimum Ursell nr for Snl3 : 0.1000E-01 JONSWAP (`73) : GAMMA 0.6700E-01 W-cap Komen (`84) : EMPCOF 0.2360E-04 APM 0.3020E-02 Battjes&Janssen (`78): ALPHA 0.1000E+01 GAMMA 0.7300E+00 Set-up is off Diffraction is off Janssen (`89,`90) : ALPHA 0.1000E-01 KAPPA 0.4100E+00 Janssen (`89,`90) : RHOA 0.1280E+01 RHOW 0.1025E+04 1st and 2nd gen. wind: CF10 0.1880E+03 CF20 0.5900E+00 : CF30 0.1200E+00 CF40 0.2500E+03 : CF50 0.2300E-02 CF60 -0.2230E+00 : CF70 0.0000E+00 CF80 -0.5600E+00 : RHOAW 0.1249E-02 EDMLPM 0.3600E-02 : CDRAG 0.1230E-02 UMIN 0.1000E+01 : LIM_PM 0.1300E+00 --------------------------------------------------------------- First guess by 2nd generation model flags for first iteration: ITER 1 GRWMX 0.1000E+23 ALFA 0.0000E+00 IWIND 2 IWCAP 0 IQUAD 0 ITRIAD 1 IBOT 1 ISURF 1 --------------------------------------------------------------- iteration 1; sweep 1 iteration 1; sweep 2 iteration 1; sweep 3 iteration 1; sweep 4 accuracy OK in 0.01 % of wet grid points ( 98.00 % required) --------------------------------------------------------------- Options given by user are activated for proceeding calculation: ITER 2 GRWMX 0.1000E+00 ALFA 0.0000E+00 IWIND 3 IWCAP 1 IQUAD 2 ITRIAD 1 IBOT 1 ISURF 1 --------------------------------------------------------------- iteration 2; sweep 1 iteration 2; sweep 2 iteration 2; sweep 3 iteration 2; sweep 4 accuracy OK in 39.27 % of wet grid points ( 98.00 % required) iteration 3; sweep 1 iteration 3; sweep 2 iteration 3; sweep 3 iteration 3; sweep 4 accuracy OK in 77.18 % of wet grid points ( 98.00 % required) iteration 4; sweep 1 iteration 4; sweep 2 iteration 4; sweep 3 iteration 4; sweep 4 accuracy OK in 76.05 % of wet grid points ( 98.00 % required) iteration 5; sweep 1 iteration 5; sweep 2 iteration 5; sweep 3 iteration 5; sweep 4 accuracy OK in 80.37 % of wet grid points ( 98.00 % required) iteration 6; sweep 1 iteration 6; sweep 2 iteration 6; sweep 3 iteration 6; sweep 4 accuracy OK in 84.26 % of wet grid points ( 98.00 % required) iteration 7; sweep 1 iteration 7; sweep 2 iteration 7; sweep 3 iteration 7; sweep 4 accuracy OK in 89.90 % of wet grid points ( 98.00 % required) iteration 8; sweep 1 iteration 8; sweep 2 iteration 8; sweep 3 iteration 8; sweep 4 accuracy OK in 96.77 % of wet grid points ( 98.00 % required) iteration 9; sweep 1 iteration 9; sweep 2 iteration 9; sweep 3 iteration 9; sweep 4 accuracy OK in 99.30 % of wet grid points ( 98.00 % required) HOTF 'hot_1_20000101.000000' STOP