Location : KNY63 ( 8.00S 64.00E) Model : spectral resolution for points Cycle : 20180306 12 UTC +-------+-----------+-----------------+-----------------+-----------------+-----------------+-----------------+-----------------+ | day & | Hst n x | Hs Tp dir | Hs Tp dir | Hs Tp dir | Hs Tp dir | Hs Tp dir | Hs Tp dir | | hour | (m) - - | (m) (s) (d) | (m) (s) (d) | (m) (s) (d) | (m) (s) (d) | (m) (s) (d) | (m) (s) (d) | +-------+-----------+-----------------+-----------------+-----------------+-----------------+-----------------+-----------------+ | 6 3 | 1.38 6 | 1.22 8.5 311 | 0.45 12.6 35 | 0.31 7.8 78 | 0.25 9.2 67 | 0.22 6.5 218 | 0.16 10.9 348 | | 6 4 | 1.38 6 | 1.22 8.5 311 | 0.44 12.6 35 | | 0.20 9.2 65 | 0.22 6.4 218 | 0.16 10.9 348 | | 6 5 | 1.38 5 | 1.22 8.5 311 | 0.44 12.6 35 | | 0.37 8.8 73 | 0.22 6.4 218 | 0.17 11.0 345 | | 6 6 | 1.37 5 | 1.22 8.5 311 | 0.43 12.6 35 | | 0.39 9.4 74 | 0.21 6.4 218 | 0.16 10.8 346 | | 6 7 | 1.37 5 | 1.21 8.5 311 | 0.42 12.6 34 | | 0.40 9.7 75 | 0.21 6.4 218 | 0.16 10.7 346 | | 6 8 | 1.37 5 | 1.21 8.5 310 | 0.43 12.5 36 | | 0.39 9.5 76 | 0.21 6.4 218 | 0.17 10.6 347 | | 6 9 | 1.36 6 | 1.21 8.4 310 | 0.43 12.5 36 | 0.28 7.7 79 | 0.26 9.5 73 | 0.21 6.4 217 | 0.17 10.5 346 | | 6 10 | 1.36 6 | 1.20 8.4 310 | 0.42 12.5 36 | 0.28 7.7 80 | 0.26 9.4 74 | 0.21 6.4 217 | 0.16 10.5 346 | | 6 11 | 1.35 6 | 1.19 8.4 310 | 0.43 12.4 37 | 0.25 7.2 83 | 0.28 9.2 75 | 0.20 6.3 216 | 0.17 10.4 346 | | 6 12 | 1.34 5 | 1.18 8.4 309 | 0.44 12.4 38 | | 0.38 9.1 79 | 0.20 6.3 214 | 0.17 10.3 346 | | 6 13 | 1.34 6 | 1.17 8.4 309 | 0.41 12.4 35 | 0.16 10.4 58 | 0.38 9.0 80 | 0.20 6.3 212 | 0.17 10.3 346 | | 6 14 | 1.33 7 1 | 1.16 8.4 309 | 0.41 12.4 35 | 0.19 10.7 58 | 0.35 9.0 78 | 0.20 6.3 212 | 0.17 10.3 347 | | 6 15 | 1.34 7 1 | 1.16 8.3 309 | 0.41 12.3 36 | 0.20 10.7 58 | 0.35 8.8 78 | 0.20 6.3 213 | 0.18 10.4 346 | | 6 16 | 1.35 6 1 | 1.13 8.3 307 | 0.43 12.3 37 | 0.22 10.6 58 | 0.34 8.9 79 | | 0.18 10.4 345 | | 6 17 | 1.37 7 1 | 1.12 8.3 307 | 0.43 12.3 38 | 0.22 10.3 57 | 0.34 8.8 79 | * 0.48 3.0 97 | 0.18 10.3 345 | | 6 18 | 1.41 6 | 1.10 8.3 307 | 0.41 12.5 39 | 0.27 10.5 58 | 0.33 8.9 80 | * 0.59 3.3 99 | 0.18 10.3 345 | | 6 19 | 1.46 5 | 1.09 8.3 307 | 0.42 12.7 39 | 0.26 10.4 57 | | * 0.78 4.3 97 | 0.18 10.2 345 | | 6 20 | 1.52 6 | 1.07 8.3 306 | 0.35 12.0 30 | 0.31 10.4 58 | 0.24 12.8 57 | * 0.90 4.5 98 | 0.18 10.1 345 | | 6 21 | 1.59 6 1 | 1.05 8.3 306 | | 0.26 9.8 58 | 0.48 12.3 43 | * 1.02 4.5 99 | 0.18 10.2 344 | | 6 22 | 1.65 5 | 1.03 8.3 306 | | 0.28 9.8 62 | 0.52 12.2 42 | * 1.11 4.8 99 | 0.18 9.9 345 | | 6 23 | 1.68 5 | 1.02 8.3 306 | | 0.26 10.0 56 | 0.55 12.1 45 | * 1.17 5.0 99 | 0.18 9.9 346 | | 7 0 | 1.70 4 | 1.00 8.3 305 | | | 0.64 12.0 48 | 1.20 5.2 98 | 0.19 9.7 345 | | 7 1 | 1.71 5 | 0.98 8.4 305 | 0.19 10.5 79 | | 0.64 12.0 46 | 1.21 5.2 97 | 0.19 10.0 344 | | 7 2 | 1.73 6 | 0.98 8.4 305 | 0.21 10.1 80 | 0.23 8.2 84 | 0.67 11.9 47 | 1.20 5.3 97 | 0.19 9.9 344 | | 7 3 | 1.74 6 | 0.96 8.4 305 | 0.20 10.1 79 | 0.24 8.3 84 | 0.68 11.8 47 | 1.22 5.3 95 | 0.19 9.9 344 | | 7 4 | 1.77 5 | 0.96 8.4 305 | 0.20 10.1 78 | | 0.70 11.8 48 | 1.28 5.4 91 | 0.19 9.9 345 | | 7 5 | 1.82 5 | 0.94 8.5 305 | 0.21 10.0 78 | | 0.72 11.7 47 | 1.36 5.5 86 | 0.19 9.9 344 | | 7 6 | 1.92 3 | 0.93 8.5 305 | | | | * 1.66 5.3 73 | 0.19 9.9 344 | | 7 7 | 1.99 3 | 0.92 8.5 305 | | | | * 1.76 5.3 73 | 0.19 9.9 344 | | 7 8 | 2.05 4 | 0.89 8.5 304 | 0.19 5.5 357 | | | * 1.83 5.5 76 | 0.18 9.9 344 | | 7 9 | 2.09 4 | 0.90 8.5 306 | | 0.76 11.6 46 | | * 1.71 5.6 86 | 0.18 9.8 344 | | 7 10 | 2.09 4 | 0.89 8.5 306 | | 0.77 11.6 46 | | * 1.71 5.8 88 | 0.18 9.8 344 | | 7 11 | 2.05 4 | 0.87 8.5 306 | | 0.79 11.7 45 | | * 1.67 5.9 89 | 0.18 9.7 343 | | 7 12 | 2.00 4 | 0.87 8.5 306 | | 0.80 11.8 45 | | * 1.61 5.8 88 | 0.19 9.7 341 | | 7 13 | 1.96 4 | 0.86 8.5 307 | | 0.82 13.2 45 | | * 1.55 5.7 87 | 0.17 9.7 342 | | 7 14 | 1.93 4 | 0.85 8.5 307 | | 0.83 12.9 45 | | * 1.52 5.6 85 | 0.18 9.7 342 | | 7 15 | 1.92 4 | 0.85 8.5 307 | | 0.84 12.7 45 | | * 1.49 5.5 83 | 0.18 9.7 342 | | 7 16 | 1.91 4 | 0.84 8.5 307 | | 0.85 12.6 45 | | * 1.48 5.5 81 | 0.18 9.7 342 | | 7 17 | 1.89 5 | 0.83 8.4 307 | 0.17 6.1 176 | 0.86 12.6 44 | | * 1.45 5.5 79 | 0.18 9.6 342 | | 7 18 | 1.88 5 | 0.82 8.4 307 | 0.16 6.1 178 | 0.87 12.5 44 | | * 1.43 5.5 78 | 0.18 9.6 343 | | 7 19 | 1.87 5 | 0.81 8.4 307 | 0.17 6.1 175 | 0.88 12.4 44 | | * 1.42 5.4 77 | 0.17 9.6 340 | | 7 20 | 1.87 5 | 0.80 8.4 307 | 0.18 6.2 171 | 0.90 12.3 44 | | * 1.41 5.4 76 | 0.16 9.6 340 | | 7 21 | 1.87 3 | 0.79 8.4 308 | | 0.90 12.2 43 | | * 1.43 5.4 76 | | | 7 22 | 1.88 3 | 0.78 8.4 308 | | 0.91 12.1 43 | | * 1.44 5.4 75 | | | 7 23 | 1.89 4 | 0.76 8.4 307 | 0.15 9.6 341 | 0.92 12.0 43 | | * 1.46 5.4 74 | | | 8 0 | 1.91 5 | 0.74 8.4 307 | 0.17 9.3 340 | 0.93 12.0 43 | 0.19 6.2 167 | * 1.47 5.5 72 | | | 8 1 | 1.93 5 | 0.73 8.3 307 | 0.15 9.3 340 | 0.94 13.3 42 | 0.19 6.2 167 | * 1.49 5.5 72 | | | 8 2 | 1.94 4 | 0.72 8.3 307 | | 0.95 13.2 42 | 0.19 6.2 167 | * 1.51 5.6 71 | | | 8 3 | 1.95 4 | 0.71 8.3 307 | | 0.95 13.2 42 | 0.18 6.2 168 | * 1.52 5.6 71 | | | 8 4 | 1.95 5 | 0.69 8.3 307 | 0.15 9.3 341 | 0.96 12.9 41 | 0.19 6.2 168 | * 1.52 5.6 70 | | | 8 5 | 1.94 5 | 0.68 8.3 306 | 0.15 9.2 340 | 0.97 12.7 41 | 0.18 6.4 170 | * 1.52 5.7 71 | | | 8 6 | 1.92 4 | 0.67 8.3 307 | | 0.97 12.7 41 | 0.18 6.4 170 | * 1.50 5.7 71 | | | 8 7 | 1.90 4 | 0.66 8.3 307 | | 0.97 12.6 41 | 0.19 6.4 170 | * 1.48 5.7 72 | | | 8 8 | 1.89 4 | 0.66 8.3 307 | | 0.98 12.5 40 | 0.19 6.4 170 | * 1.45 5.7 73 | | | 8 9 | 1.87 4 | 0.65 8.3 308 | | 0.98 12.5 40 | 0.20 6.2 171 | * 1.43 5.7 74 | | | 8 10 | 1.85 4 | 0.64 8.3 308 | | 0.98 12.4 40 | 0.20 6.2 171 | * 1.41 5.7 75 | | | 8 11 | 1.83 4 | 0.63 8.3 307 | | 0.99 12.3 39 | 0.21 6.2 171 | * 1.38 5.7 76 | | | 8 12 | 1.81 4 | 0.63 8.3 308 | | 0.98 12.1 39 | 0.22 6.2 170 | * 1.36 5.6 77 | | | 8 13 | 1.79 4 | 0.62 8.3 308 | | 0.98 12.1 39 | 0.23 6.1 172 | * 1.34 5.6 77 | | | 8 14 | 1.78 4 | 0.61 8.3 308 | | 0.99 12.0 38 | 0.24 6.1 172 | * 1.31 5.6 78 | | | 8 15 | 1.76 5 | 0.61 8.3 309 | 0.15 19.0 40 | 0.99 12.0 38 | 0.24 6.4 173 | * 1.29 5.6 78 | | | 8 16 | 1.75 5 | 0.60 8.3 309 | 0.15 19.0 39 | 1.00 12.1 38 | 0.24 6.2 172 | * 1.27 5.5 79 | | | 8 17 | 1.74 5 | 0.60 8.3 309 | | 0.97 12.2 41 | 0.26 6.1 171 | * 1.25 5.5 79 | 0.28 10.3 359 | | 8 18 | 1.74 6 | 0.59 8.3 310 | 0.16 19.0 38 | 0.96 12.3 41 | 0.26 6.1 171 | * 1.24 5.4 79 | 0.30 10.5 0 | | 8 19 | 1.73 6 | 0.59 8.3 310 | 0.16 18.9 37 | 0.96 12.3 41 | 0.26 6.1 171 | * 1.24 5.4 80 | 0.32 10.3 358 | | 8 20 | 1.74 6 | 0.58 8.3 310 | 0.18 18.6 39 | 0.96 12.3 41 | 0.28 5.8 170 | * 1.24 5.3 80 | 0.33 10.1 356 | | 8 21 | 1.74 6 | 0.58 8.3 310 | 0.22 18.0 36 | 0.96 12.3 41 | 0.28 6.0 171 | * 1.24 5.4 81 | 0.33 10.1 355 | | 8 22 | 1.75 6 | 0.58 8.3 311 | 0.22 17.9 36 | 0.96 12.3 42 | 0.29 6.0 170 | * 1.24 5.4 81 | 0.33 10.0 355 | | 8 23 | 1.76 6 | 0.58 8.3 311 | 0.23 17.9 36 | 0.96 12.0 41 | 0.28 6.1 172 | * 1.26 5.4 82 | 0.35 9.7 355 | | 9 0 | 1.77 6 | 0.58 8.3 311 | 0.24 17.8 35 | 0.98 11.9 41 | 0.29 6.0 171 | * 1.26 5.4 83 | 0.35 9.7 353 | | 9 1 | 1.79 6 | 0.58 8.3 311 | 0.25 17.8 34 | 0.99 11.8 41 | 0.30 5.9 170 | * 1.26 5.5 83 | 0.35 9.6 353 | | 9 2 | 1.81 6 | 0.57 8.3 311 | 0.27 17.8 35 | 1.01 11.8 41 | 0.31 5.9 170 | * 1.27 5.6 84 | 0.37 9.6 351 | | 9 3 | 1.84 5 | 0.57 8.3 311 | 0.28 17.7 34 | 1.04 11.7 41 | | * 1.32 5.7 90 | 0.37 9.5 352 | | 9 4 | 1.87 5 | 0.56 8.3 311 | 0.30 17.7 34 | 1.46 11.7 50 | * 0.90 4.8 130 | | 0.38 9.5 350 | | 9 5 | 1.91 6 | 0.56 8.3 311 | 0.32 17.6 34 | 1.39 11.5 52 | * 0.96 4.9 129 | 0.45 13.1 26 | 0.40 9.5 349 | | 9 6 | 1.95 5 1 | 0.56 8.3 311 | 0.56 17.4 28 | | * 0.99 4.9 130 | | 0.39 9.4 350 | | 9 7 | 1.99 5 | 0.56 8.3 311 | 0.59 16.9 27 | 1.45 9.8 52 | * 1.01 5.1 132 | | 0.39 9.5 348 | | 9 8 | 2.03 5 | 0.56 8.4 311 | 0.62 16.6 27 | 1.48 9.7 53 | * 1.04 5.0 132 | | 0.39 9.4 348 | | 9 9 | 2.07 5 | 0.55 8.4 310 | 0.74 16.6 29 | 1.46 9.6 53 | * 1.07 5.1 131 | | 0.39 9.4 347 | | 9 10 | 2.11 7 1 | 0.55 8.4 310 | 0.48 16.7 28 | 1.44 9.5 55 | * 1.09 5.2 132 | 0.60 13.1 31 | 0.39 9.4 347 | | 9 11 | 2.15 6 2 | 0.54 8.4 310 | 0.51 16.7 27 | | | 0.62 13.1 30 | 0.40 9.4 346 | | 9 12 | 2.19 5 | 0.55 8.4 310 | 0.56 16.6 26 | 1.85 9.2 82 | | 0.79 13.1 31 | 0.39 9.4 346 | | 9 13 | 2.23 5 | 0.54 8.5 310 | 0.61 16.5 26 | 1.88 9.0 82 | | 0.80 14.0 31 | 0.40 9.4 345 | | 9 14 | 2.28 4 | 0.53 8.5 310 | 1.04 16.4 28 | 1.92 8.8 83 | | | 0.40 9.4 345 | | 9 15 | 2.32 4 | 0.53 8.6 309 | 1.02 16.3 27 | 1.97 8.6 81 | | | 0.40 9.4 345 | | 9 16 | 2.36 4 | 0.51 8.4 308 | 1.05 16.2 26 | 2.02 8.4 81 | | | 0.41 9.4 342 | | 9 17 | 2.42 4 | 0.51 8.4 308 | 1.14 15.8 26 | 2.04 8.2 83 | | | 0.41 9.4 342 | | 9 18 | 2.49 4 | 0.50 8.4 308 | 1.18 15.5 26 | * 2.09 8.1 83 | | | 0.40 9.3 341 | | 9 19 | 2.57 4 | 0.51 8.8 308 | 1.22 15.4 26 | * 2.17 8.0 84 | | | 0.39 9.5 342 | | 9 20 | 2.66 4 | 0.47 8.4 306 | 1.28 15.3 26 | * 2.24 8.0 84 | | | 0.42 9.5 339 | | 9 21 | 2.76 4 | 0.47 8.5 305 | 1.32 15.3 25 | * 2.34 7.9 84 | | | 0.41 9.3 339 | | 9 22 | 2.85 4 | 0.48 8.4 306 | 1.35 15.2 25 | * 2.44 8.0 84 | | | 0.40 9.3 340 | | 9 23 | 2.93 4 | 0.48 8.4 307 | 1.38 15.1 25 | * 2.52 8.1 83 | | | 0.37 9.2 339 | | 10 0 | 3.00 4 | 0.45 8.4 305 | 1.41 15.0 25 | * 2.58 8.2 83 | | | 0.40 9.2 338 | | 10 1 | 3.04 3 | 0.60 9.0 319 | 1.40 14.8 25 | * 2.63 8.3 82 | | | | | 10 2 | 3.06 3 | 0.59 9.0 318 | 1.42 14.7 24 | 2.65 8.4 82 | | | | | 10 3 | 3.06 3 | 0.58 9.0 318 | 1.40 14.5 24 | 2.65 8.5 82 | | | | | 10 4 | 3.03 3 | 0.58 8.9 318 | 1.40 14.4 24 | 2.63 8.5 83 | | | | | 10 5 | 2.98 3 | 0.57 8.9 318 | 1.41 14.3 24 | 2.57 8.5 84 | | | | | 10 6 | 2.92 4 | 0.44 8.6 330 | 1.46 14.3 25 | 2.47 8.5 86 | 0.37 9.1 301 | | | | 10 7 | 2.86 4 | 0.44 8.6 329 | 1.42 14.2 24 | 2.41 8.5 86 | 0.37 9.2 301 | | | | 10 8 | 2.79 4 | 0.44 8.5 329 | 1.41 14.1 24 | 2.33 8.4 86 | 0.37 9.2 301 | | | | 10 9 | 2.72 4 | 0.48 8.5 325 | 1.39 13.9 24 | 2.26 8.4 87 | 0.32 10.0 301 | | | | 10 10 | 2.65 4 | 0.51 8.6 323 | 1.37 13.8 24 | 2.20 8.3 88 | 0.28 10.3 300 | | | | 10 11 | 2.60 4 | 0.51 8.5 323 | 1.37 13.7 24 | 2.14 8.2 89 | 0.29 10.2 300 | | | | 10 12 | 2.56 4 | 0.48 9.4 327 | 1.33 13.7 24 | 2.11 8.2 90 | 0.34 10.2 299 | | | | 10 13 | 2.53 4 | 0.41 9.5 333 | 1.32 13.6 24 | 2.08 8.1 91 | 0.42 9.6 303 | | | | 10 14 | 2.51 3 | | 1.31 13.5 24 | 2.06 8.0 93 | 0.59 9.5 318 | | | | 10 15 | 2.49 3 | | 1.29 13.4 24 | * 2.04 7.8 94 | 0.60 9.5 318 | | | | 10 16 | 2.48 3 | | 1.29 13.3 24 | * 2.03 7.6 96 | 0.60 9.5 318 | | | | 10 17 | 2.47 3 | | 1.27 13.1 24 | * 2.02 7.4 96 | 0.61 9.5 318 | | | | 10 18 | 2.45 3 | | 1.24 13.0 24 | * 2.02 7.4 95 | 0.61 9.4 318 | | | | 10 19 | 2.43 3 | | 1.22 12.9 23 | * 2.01 7.4 94 | 0.61 9.4 318 | | | | 10 20 | 2.41 3 | | 1.20 12.8 23 | 2.00 7.4 93 | 0.61 9.4 318 | | | | 10 21 | 2.39 3 | | 1.18 12.8 23 | 1.99 7.6 92 | 0.61 9.3 318 | | | | 10 22 | 2.38 3 | | 1.16 12.7 23 | 1.98 7.6 91 | 0.61 9.3 318 | | | | 10 23 | 2.36 3 | | 1.15 12.7 23 | 1.97 7.6 91 | 0.61 9.3 318 | | | | 11 0 | 2.35 3 | | 1.13 12.6 23 | 1.97 7.9 90 | 0.61 9.2 318 | | | | 11 1 | 2.34 3 | | 1.12 12.5 24 | 1.96 8.1 90 | 0.61 9.2 318 | | | | 11 2 | 2.32 4 | 0.15 16.9 41 | 1.09 12.4 23 | 1.95 8.1 90 | 0.60 9.2 318 | | | | 11 3 | 2.30 4 | 0.16 16.8 41 | 1.07 12.2 23 | 1.94 8.2 90 | 0.60 9.2 318 | | | | 11 4 | 2.28 4 | 0.17 16.7 42 | 1.06 12.1 23 | 1.92 8.2 90 | 0.60 9.2 318 | | | | 11 5 | 2.25 4 | 0.18 16.7 42 | 1.05 12.0 23 | 1.89 8.2 90 | 0.60 9.2 318 | | | | 11 6 | 2.23 4 | 0.19 16.7 41 | 1.04 12.0 24 | 1.87 8.2 90 | 0.61 9.2 318 | | | | 11 7 | 2.20 4 | 0.19 16.6 41 | 1.02 12.0 24 | 1.84 8.1 90 | 0.61 9.3 318 | | | | 11 8 | 2.17 4 | 0.19 16.6 41 | 1.00 11.9 24 | 1.82 8.1 91 | 0.62 9.3 318 | | | | 11 9 | 2.15 4 | 0.20 16.6 40 | 0.99 11.9 24 | 1.79 8.1 92 | 0.63 9.4 319 | | | | 11 10 | 2.12 5 | 0.19 16.6 41 | 0.98 11.9 24 | 1.57 8.0 79 | 0.64 9.4 319 | 0.80 5.5 164 | | | 11 11 | 2.10 5 | 0.19 16.6 41 | 0.96 11.9 23 | 1.45 8.0 76 | 0.65 9.5 319 | * 0.98 5.6 152 | | | 11 12 | 2.09 5 | 0.20 16.5 41 | 0.94 11.8 23 | 1.44 8.0 76 | 0.66 9.5 319 | * 0.97 5.6 155 | | | 11 13 | 2.07 5 | 0.19 16.5 42 | 0.92 11.8 23 | 1.38 7.9 76 | 0.67 9.5 319 | * 1.03 5.6 153 | | | 11 14 | 2.06 5 | 0.20 16.4 42 | 0.91 11.7 23 | 1.35 7.8 77 | 0.68 9.5 319 | * 1.04 5.5 154 | | | 11 15 | 2.05 5 | 0.22 15.9 40 | 0.89 11.4 23 | 1.33 7.8 78 | 0.69 9.5 319 | * 1.06 5.5 154 | | | 11 16 | 2.04 5 | 0.22 15.7 40 | 0.88 11.4 23 | 1.29 7.8 78 | 0.71 9.5 320 | * 1.08 5.5 154 | | | 11 17 | 2.02 5 | 0.23 15.6 40 | 0.87 11.3 23 | 1.29 7.7 79 | 0.72 9.5 320 | 1.05 5.6 158 | | | 11 18 | 2.00 5 | 0.24 15.6 40 | 0.86 11.2 23 | 1.27 7.7 79 | 0.74 9.5 320 | 1.04 5.7 158 | | | 11 19 | 1.98 5 | 0.24 15.6 40 | 0.85 11.2 23 | 1.29 7.6 81 | 0.75 9.4 320 | 0.97 5.6 165 | | | 11 20 | 1.97 5 | 0.24 15.6 40 | 0.83 11.2 23 | 1.26 7.5 80 | 0.77 9.4 320 | 0.97 5.6 164 | | | 11 21 | 1.95 5 | 0.24 15.6 40 | 0.82 11.2 23 | 1.23 7.5 79 | 0.78 9.4 320 | 0.97 5.6 163 | | | 11 22 | 1.93 5 | 0.24 15.5 40 | 0.81 11.2 23 | 1.20 7.5 79 | 0.80 9.3 320 | 0.97 5.6 161 | | | 11 23 | 1.92 5 | 0.25 15.5 40 | 0.80 11.2 22 | 1.20 7.4 79 | 0.81 9.3 321 | 0.94 5.6 163 | | | 12 0 | 1.90 6 | 0.25 15.5 40 | 0.79 12.4 22 | 1.18 7.5 78 | 0.82 9.2 321 | 0.78 5.5 148 | 0.51 5.7 196 | | 12 1 | 1.89 5 1 | 0.25 15.5 41 | 0.78 12.4 22 | 1.20 7.5 80 | 0.84 9.2 321 | | | | 12 2 | 1.88 5 | 0.25 15.4 42 | 0.77 12.3 22 | 1.18 7.5 79 | 0.85 9.2 321 | 0.87 5.6 167 | | | 12 3 | 1.87 6 1 | 0.25 15.3 42 | 0.77 12.3 22 | 1.15 7.6 79 | 0.86 9.1 321 | | 0.69 5.5 143 | | 12 4 | 1.87 6 | 0.26 15.1 41 | 0.75 12.0 22 | 1.15 7.6 78 | 0.87 9.1 321 | 0.57 5.6 193 | 0.66 5.5 145 | | 12 5 | 1.86 5 1 | 0.26 14.9 41 | 0.74 11.9 22 | 1.14 7.7 79 | 0.88 9.1 321 | | | | 12 6 | 1.85 5 | 0.26 14.7 41 | 0.74 11.8 22 | 1.13 7.7 79 | 0.89 9.1 321 | 0.86 5.4 167 | | | 12 7 | 1.84 5 | 0.27 14.7 41 | 0.73 11.8 22 | 1.12 7.8 79 | 0.89 9.1 321 | 0.85 5.4 167 | | | 12 8 | 1.83 5 | 0.26 14.6 41 | 0.73 11.7 21 | 1.11 7.8 79 | 0.89 9.0 321 | 0.85 5.5 166 | | | 12 9 | 1.82 5 | 0.27 14.6 41 | 0.72 11.7 21 | 1.10 7.8 79 | 0.90 9.0 321 | 0.85 5.4 165 | | | 12 10 | 1.81 5 | 0.27 14.6 40 | 0.72 11.7 21 | 1.11 7.8 79 | 0.90 9.0 321 | 0.81 5.4 169 | | | 12 11 | 1.80 5 | 0.27 14.6 41 | 0.71 11.7 21 | 1.11 7.9 80 | 0.90 9.0 321 | 0.79 5.4 172 | | | 12 12 | 1.79 5 | 0.28 14.5 41 | 0.70 11.7 20 | 1.10 7.9 81 | 0.90 9.0 321 | 0.78 5.5 172 | | | 12 13 | 1.78 5 | 0.28 14.5 41 | 0.69 11.7 20 | 1.10 7.9 81 | 0.90 9.0 321 | 0.77 5.4 172 | | | 12 14 | 1.77 5 | 0.29 14.5 42 | 0.69 11.6 20 | 1.06 7.9 80 | 0.91 9.0 321 | 0.79 5.4 166 | | | 12 15 | 1.76 5 | 0.29 14.5 42 | 0.68 11.6 20 | 1.04 7.9 80 | 0.91 9.0 321 | 0.79 5.3 163 | | | 12 16 | 1.75 5 | 0.29 14.4 42 | 0.67 11.6 20 | 1.08 7.8 83 | 0.91 9.0 321 | 0.71 5.4 173 | | | 12 17 | 1.74 5 | 0.30 14.4 42 | 0.66 11.6 19 | 1.05 7.8 83 | 0.92 9.0 320 | 0.73 5.4 169 | | | 12 18 | 1.73 5 | 0.30 14.4 42 | 0.66 11.6 19 | 1.03 7.8 83 | 0.93 9.0 320 | 0.72 5.4 169 | | | 12 19 | 1.72 6 | 0.31 14.2 41 | 0.64 11.6 19 | 1.02 7.7 84 | 0.93 9.0 320 | 0.71 5.4 169 | 0.17 14.3 5 | | 12 20 | 1.71 6 | 0.31 14.1 41 | 0.63 11.6 19 | 1.01 7.7 85 | 0.95 9.0 320 | 0.69 5.3 169 | 0.18 14.2 5 | | 12 21 | 1.70 6 | 0.31 14.0 41 | 0.63 11.6 18 | 0.99 7.6 85 | 0.96 9.0 320 | 0.68 5.3 168 | 0.20 13.8 5 | | 12 22 | 1.69 7 | 0.31 13.9 41 | 0.43 11.5 19 | 0.98 7.6 86 | 0.97 9.1 320 | 0.67 5.3 167 | 0.21 13.8 5 | | 12 23 | 1.69 6 | 0.30 14.3 42 | 0.62 11.5 18 | 0.96 7.5 86 | 0.98 9.1 320 | 0.65 5.3 167 | 0.21 13.7 5 | | 13 0 | 1.68 6 | 0.31 13.9 41 | 0.60 11.5 19 | 0.97 7.5 87 | 1.00 9.1 320 | 0.60 5.3 172 | 0.26 13.4 5 | | 13 1 | 1.68 6 | 0.31 13.9 40 | 0.62 11.5 18 | 0.98 7.4 89 | 1.02 9.1 320 | 0.55 5.3 177 | 0.21 13.7 4 | | 13 2 | 1.68 6 | 0.35 13.9 38 | 0.57 11.5 18 | 0.95 7.4 88 | 1.04 9.2 320 | 0.56 5.2 174 | 0.27 13.2 5 | | 13 3 | 1.68 6 | 0.36 14.0 39 | 0.56 11.2 17 | 0.95 7.4 89 | 1.05 10.0 320 | 0.54 5.2 174 | 0.28 13.0 4 | | 13 4 | 1.68 6 | 0.36 14.1 39 | 0.56 11.4 16 | 0.93 7.4 88 | 1.07 10.1 320 | 0.54 5.2 172 | 0.29 12.9 4 | | 13 5 | 1.69 6 | 0.37 14.1 40 | 0.50 10.8 17 | 0.93 7.4 89 | 1.09 10.1 320 | 0.51 5.3 176 | 0.38 12.4 7 | | 13 6 | 1.69 6 | 0.36 14.1 41 | 0.48 10.5 17 | 0.92 7.4 89 | 1.11 10.1 320 | 0.49 5.3 177 | 0.41 12.3 7 | | 13 7 | 1.69 6 | 0.37 14.1 41 | 0.47 10.4 17 | 0.90 7.4 88 | 1.13 10.1 321 | 0.51 5.3 173 | 0.41 12.3 8 | | 13 8 | 1.70 6 | 0.37 14.1 41 | 0.47 10.4 17 | 0.92 7.3 91 | 1.14 10.1 321 | 0.46 5.2 178 | 0.41 12.2 8 | | 13 9 | 1.70 6 | 0.38 13.9 39 | | 0.90 7.3 90 | 1.15 10.1 321 | 0.48 5.3 175 | 0.38 12.1 8 | | 13 10 | 1.70 5 | 0.36 13.9 41 | | 0.89 7.3 90 | 1.16 10.1 321 | 0.48 5.3 175 | 0.62 11.8 13 | | 13 11 | 1.70 6 | 0.36 13.8 41 | 0.37 9.6 14 | 0.86 7.3 88 | 1.17 10.0 321 | 0.53 5.3 170 | 0.49 11.8 12 | | 13 12 | 1.70 6 | 0.36 13.7 41 | 0.34 9.5 15 | 0.85 7.3 88 | 1.18 10.0 321 | 0.53 5.4 171 | 0.50 11.7 11 | | 13 13 | 1.70 6 | 0.37 13.7 41 | 0.34 9.5 15 | 0.86 7.3 89 | 1.18 10.0 321 | 0.50 5.4 175 | 0.50 11.7 12 | | 13 14 | 1.69 6 | 0.37 13.7 41 | 0.34 9.5 15 | 0.85 7.3 90 | 1.18 9.9 320 | 0.50 5.5 175 | 0.49 11.7 12 | | 13 15 | 1.69 6 | 0.39 13.6 40 | 0.34 9.6 16 | 0.84 7.3 89 | 1.18 9.9 320 | 0.52 5.5 173 | 0.47 11.6 10 | | 13 16 | 1.68 5 | 0.38 13.6 40 | | 0.83 7.3 89 | 1.18 9.8 320 | 0.52 5.6 173 | 0.57 11.5 12 | | 13 17 | 1.68 5 | 0.37 13.5 40 | | 0.80 7.3 88 | 1.18 9.8 320 | 0.55 5.6 167 | 0.57 11.6 13 | | 13 18 | 1.67 5 | 0.40 13.5 39 | | 0.80 7.3 88 | 1.18 9.7 320 | 0.54 5.6 168 | 0.54 11.4 11 | | 13 19 | 1.66 5 | 0.39 13.5 40 | | 0.82 7.3 88 | 1.18 9.7 320 | 0.50 5.7 175 | 0.54 11.4 11 | | 13 20 | 1.65 5 | 0.39 13.4 40 | | 0.82 7.3 88 | 1.17 9.7 320 | 0.50 5.7 175 | 0.54 11.5 11 | | 13 21 | 1.65 5 | 0.38 13.4 40 | | 0.82 7.3 88 | 1.17 9.7 320 | 0.49 5.7 176 | 0.52 11.1 12 | | 13 22 | 1.64 5 | 0.38 13.3 40 | | 0.82 7.3 87 | 1.17 9.6 320 | 0.49 5.7 176 | 0.51 11.1 12 | | 13 23 | 1.64 5 | 0.38 13.2 40 | | 0.83 8.8 87 | 1.17 9.6 320 | 0.47 5.7 177 | 0.50 11.0 12 | | 14 0 | 1.63 5 | 0.39 13.1 39 | | 0.83 8.8 87 | 1.17 9.6 320 | 0.46 5.7 178 | 0.48 11.0 11 | +-------+-----------+-----------------+-----------------+-----------------+-----------------+-----------------+-----------------+ Hst : Total sigificant wave height. n : Number of fields with Hs > 0.05 in 2-D spectrum. x : Number of fields with Hs > 0.15 not in table. Hs : Significant wave height of separate wave field. Tp : Peak period of separate wave field. dir : Mean direction of separate wave field. * : Wave generation due to local wind probable. NOAA/NWS/NCEP Marine Modeling and Analysis Branch, 2018/03/06