DataFile processed : 46404_from_20060416_16_00_00.res3 Task data file : 46404_from_20060416_16_00_00.inp input_key = 1 if =1 - 15 sec data, if =2 - hourly data Station =46404, : 46404 230 NM West of Astoria, OR Lat = 45o 51' 34" = 45.8596o Long = -128o -46' -33" = -128.7760o Tidal analysis starts at 2006/08/18 02:10:00 degrees of freedom (parameters) = 1 a linear trend is included in the analysis number of minutes for decimating nMins= 0 if nMins > 0 then this value is used if nMins = 0 or 60, -> 60 min decimation at even hour if nMins < 0 no decimation, source data as is Number of tidal constituents = 33 15 sec data readed 2097840 2006/04/16 16:00:00 4084.46777 1st line 2007/04/16 11:59:45 4084.94775 Last line 1 hour data readed 1447 2006/08/18 06:00:00 4086.81519 1st line 2007/04/16 11:00:00 4085.67139 Last line Rayleigh criterion check for harmonics 9 P1 - 10 K1 Rayleigh's criterion IS NOT VALID !!! for harmonics 15 N2 - 16 NU2 Rayleigh's criterion IS NOT VALID !!! for harmonics 19 S2 - 20 K2 Rayleigh's criterion IS NOT VALID !!! Data points for the tidal analysis N = 1447 Eigenvalues Max, Min : 57.345 6.9845 Largest residual magnitude : 0.14087 Residual sum of squares : 2.8304 St. Dev. of right hand sides of the Original overdetermined system : 1.0572 Root meas square residual error : 0.45272E-01 RMS residual: brute force : 0.45272E-01 max residual, imax= 938 : 0.14087 HARMONIC ANALYSIS RESULTS (after corrections for nodal modulation, astronomical argument and inferred constituents). If linear trend is applied the slope is shown as the phase of the constant Z0 Constituent Frequency Amplitude Greenwich Inferred C S Ampl_SD t-tests [cycles/hour] [ m ] Phase_Lag Constit. Z0 0.0000000000 4086.484863 -0.08016795 (M2 ) 0.001 0.006 0.000 0.000 MM 0.0015121518 0.009607 183.6949 (MSF ) 0.002 0.002 0.002 5.564 MSF 0.0028219328 0.011867 127.3925 (Z0 ) 0.002 0.002 0.002 6.997 ALP1 0.0343965702 0.002076 181.2487 (2Q1 ) 0.001 0.001 0.001 1.471 2Q1 0.0357063524 0.019896 197.7273 (Q1 ) 0.003 0.003 0.003 6.475 Q1 0.0372185037 0.064117 220.8322 (O1 ) 0.001 0.001 0.001 44.219 O1 0.0387306549 0.367108 225.1956 (K1 ) 0.001 0.001 0.001 251.415 NO1 0.0402685963 0.030985 227.0387 (K1 ) 0.001 0.001 0.001 27.528 P1 0.0415525883 0.226140 235.4763 (K1 ) 0.002 0.002 0.002 128.185 K1 0.0417807475 0.607857 239.5615 (Z0 ) 0.002 0.002 0.002 384.398 J1 0.0432928987 0.036650 241.2729 (K1 ) 0.003 0.003 0.003 11.842 OO1 0.0448308364 0.029496 256.8718 (J1 ) 0.002 0.002 0.002 14.793 UPS1 0.0463429913 0.003215 295.0891 (OO1 ) 0.001 0.001 0.001 3.470 EPS2 0.0761773139 0.001372 199.0972 (2N2 ) 0.002 0.002 0.002 0.791 N2 0.0789992511 0.239440 209.8066 (M2 ) 0.002 0.002 0.002 132.859 NU2 0.0792016163 0.048188 214.4429 (N2 ) 0.002 0.002 0.002 27.212 M2 0.0805113986 1.200719 235.4761 (Z0 ) 0.002 0.002 0.002 675.144 L2 0.0820235536 0.029895 258.1164 (S2 ) 0.003 0.003 0.003 11.195 S2 0.0833333358 0.331908 264.7148 (M2 ) 0.004 0.004 0.004 89.653 K2 0.0835614949 0.090461 257.6181 (S2 ) 0.001 0.001 0.001 65.832 MO3 0.1192420572 0.012847 65.6064 (M3 ) 0.002 0.002 0.002 8.170 M3 0.1207671016 0.012057 259.9499 (M2 ) 0.002 0.002 0.002 6.459 MK3 0.1222921461 0.001634 119.4818 (M3 ) 0.002 0.002 0.002 1.015 SK3 0.1251140833 0.000811 114.5101 (MK3 ) 0.002 0.002 0.002 0.532 MN4 0.1595106423 0.004946 302.8374 (M4 ) 0.002 0.002 0.002 2.670 M4 0.1610227972 0.008473 258.5091 (M3 ) 0.002 0.002 0.002 4.588 SN4 0.1623325795 0.003315 20.6725 (M4 ) 0.004 0.004 0.004 0.899 MS4 0.1638447344 0.022498 101.7443 (M4 ) 0.004 0.004 0.004 5.677 S4 0.1666666716 0.001766 53.6221 (MS4 ) 0.002 0.002 0.002 1.027 2MK5 0.2028035522 0.003157 299.2345 (M4 ) 0.002 0.002 0.002 1.902 2SK5 0.2084474117 0.002673 336.0379 (2MK5 ) 0.002 0.002 0.002 1.759 2MN6 0.2400220484 0.002449 339.2572 (M6 ) 0.002 0.002 0.002 1.274 M6 0.2415342033 0.004699 107.1337 (2MK5 ) 0.002 0.002 0.002 2.467 NO INFERENCE included in the analysis N, M 1447 66 LAT, LON 45.8596 -128.7760 SDEV0, SDEV 0.11D+01 0.44D-01 RECALCULATED ROOT MEAN SQUARE RESIDUAL ERROR IS 0.45276E-01 Rank correlation between eigen vectors 1 largest corr. coeff. is 0.841 at (i,j)= 53 22 for constituents SN4 & J1 2 largest corr. coeff. is 0.841 at (i,j)= 54 21 for constituents SN4 & J1 3 largest corr. coeff. is 0.840 at (i,j)= 37 10 for constituents S2 & 2Q1 4 largest corr. coeff. is 0.833 at (i,j)= 38 9 for constituents S2 & 2Q1 5 largest corr. coeff. is 0.726 at (i,j)= 55 24 for constituents MS4 & OO1 6 largest corr. coeff. is 0.725 at (i,j)= 56 23 for constituents MS4 & OO1 7 largest corr. coeff. is 0.537 at (i,j)= 55 23 for constituents MS4 & OO1 8 largest corr. coeff. is 0.525 at (i,j)= 56 24 for constituents MS4 & OO1 9 largest corr. coeff. is 0.300 at (i,j)= 38 10 for constituents S2 & 2Q1 10 largest corr. coeff. is 0.264 at (i,j)= 37 9 for constituents S2 & 2Q1 11 largest corr. coeff. is 0.258 at (i,j)= 54 22 for constituents SN4 & J1 12 largest corr. coeff. is 0.256 at (i,j)= 53 21 for constituents SN4 & J1 13 largest corr. coeff. is 0.249 at (i,j)= 40 37 for constituents K2 & S2 14 largest corr. coeff. is 0.247 at (i,j)= 39 9 for constituents K2 & 2Q1 15 largest corr. coeff. is 0.244 at (i,j)= 39 38 for constituents K2 & S2 16 largest corr. coeff. is 0.207 at (i,j)= 40 10 for constituents K2 & 2Q1 17 largest corr. coeff. is 0.188 at (i,j)= 19 17 for constituents K1 & P1 18 largest corr. coeff. is 0.184 at (i,j)= 20 18 for constituents K1 & P1 19 largest corr. coeff. is 0.179 at (i,j)= 41 2 for constituents MO3 & Z0 20 largest corr. coeff. is 0.171 at (i,j)= 42 2 for constituents MO3 & Z0 N, M 1447 66 LAT, LON 45.8596 -128.7760 SDEV0, SDEV 0.11D+01 0.53D-01 RECALCULATED ROOT MEAN SQUARE RESIDUAL ERROR IS 0.52870E-01