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Tide Gauge Details - Cyprus - Paphos

Device description

Name
Cyprus - Paphos
Country
Cyprus
Group
TD UNESCO
Lat/Lon
34.755127 / 32.408817

Last measured values

Time(UTC)
02 May 2017 23:39:45
Latency
282498572
Level
56.54

Harmonics

Points count
1558040
First date
03 May 2011 07:38
Last date
02 May 2017 23:39

Click on following link to see data:

Harmonics Constatns
Comp # Period (day) Cos factor (m) Sin factor (m)
0 0.00000 6.76526E-2 0E+0
1 0.12877 -2.51833E-4 -2.80609E-4
2 0.12886 1.64827E-4 3.50161E-4
3 0.12938 -1.77623E-4 4.05556E-4
4 0.14707 -1.3883E-4 -1.553E-4
5 0.16841 -2.2491E-5 -1.05122E-4
6 0.16857 2.39544E-4 1.02299E-4
7 0.17036 -2.77536E-4 1.43432E-4
8 0.17052 6.57637E-5 -9.07652E-5
9 0.17251 2.30981E-4 -1.36525E-4
10 0.17470 -1.21384E-5 -1.84003E-4
11 0.19989 4.31256E-4 2.05979E-4
12 0.20545 -2.35154E-4 -2.36298E-4
13 0.24966 -1.09614E-4 1.10531E-4
14 0.25000 1.29083E-4 3.4949E-4
15 0.25395 -2.90575E-4 7.00306E-5
16 0.25431 2.40378E-4 -3.5679E-4
17 0.25631 2.48833E-4 1.21701E-4
18 0.25667 -3.61907E-4 -1.28387E-5
19 0.25876 -3.34535E-4 1.01171E-4
20 0.26122 -2.35221E-5 1.70321E-4
21 0.33303 5.57741E-4 -1.0436E-3
22 0.34071 -3.7273E-4 -1.1274E-4
23 0.34135 1.26958E-4 -2.48164E-4
24 0.34502 -5.33343E-5 1.71414E-3
25 0.34943 -4.80507E-6 1.07092E-4
26 0.48977 -1.12296E-3 8.67886E-4
27 0.49109 -6.32792E-4 -1.10281E-3
28 0.49863 9.30676E-3 9.11246E-3
29 0.49932 -8.66326E-4 -6.73127E-5
30 0.50000 -1.25485E-2 -5.4844E-2
31 0.50798 -2.73241E-4 4.14655E-3
32 0.50924 8.04059E-4 -3.18012E-4
33 0.51606 -9.9731E-4 5.75483E-4
34 0.51679 -8.32109E-4 -5.252E-4
35 0.51753 -9.40522E-2 -5.82423E-3
36 0.51826 7.57948E-4 -3.33462E-4
37 0.52608 -2.12574E-3 -1.50294E-3
38 0.52743 -3.45178E-3 1.54192E-2
39 0.53632 -2.35835E-3 1.57114E-3
40 0.53772 1.55547E-3 7.71844E-4
41 0.54697 9.10166E-4 1.45761E-4
42 0.54843 1.27208E-3 -4.8692E-4
43 0.89909 -1.9673E-3 -4.06575E-4
44 0.92942 8.713E-4 -2.80115E-4
45 0.93417 -1.0319E-3 -6.68929E-5
46 0.96244 6.4195E-4 -1.8174E-3
47 0.96696 -4.42723E-4 -4.62749E-4
48 0.99185 -4.04333E-4 8.62488E-4
49 0.99455 9.54198E-4 1.17229E-3
50 0.99727 -7.19916E-4 -2.04632E-2
51 1.00000 -8.7145E-4 1.37045E-3
52 1.00275 2.18155E-3 -1.0161E-2
53 1.00551 1.83884E-4 -4.36859E-4
54 1.02954 6.36816E-4 9.23848E-4
55 1.03472 -2.20899E-3 1.12859E-4
56 1.04061 2.31807E-4 -2.49549E-4
57 1.06951 -1.59285E-3 7.08381E-4
58 1.07581 -1.1424E-2 -9.31312E-3
59 1.11346 -1.47471E-3 7.66477E-5
60 1.11951 -7.89876E-4 9.92648E-4
61 1.16035 -3.43926E-4 -2.15115E-4
62 1.16693 -8.95697E-5 3.64384E-4
63 1.21136 7.76118E-4 6.12087E-4
64 13.66079 9.37037E-3 -5.45023E-3
65 14.76529 -6.14418E-3 8.53725E-4
66 27.55455 -9.42716E-4 -3.16643E-2
67 31.81193 3.01551E-3 -5.65657E-3
68 182.62118 7.18988E-3 -1.75437E-2
69 365.25998 -2.71223E-2 -6.4946E-2
Mathematical Formula
Tide calculation mathematical formula
Visual Basic Syntax
Function EstimateTideValues() As [Function]
                        Dim Pi As [Double] = Math.PI
                        Dim sum As [Double] = harmonics(0, 1)
                        For k As Int16 = 1 To harmonics.GetUpperBound(0)
                        Dim period As [Double] = 2 * Pi / harmonics(k, 0)
                        Dim coefCos As [Double] = harmonics(k, 1)
                        Dim coefSin As [Double] = harmonics(k, 2) 
                        sum = sum + coefCos * Math.Cos(time * period)
                        sum = sum + coefSin * Math.Sin(time * period)
                        Next
                        Return sum
                        End Function
C# Syntax
double EstimateTideValues()
                        {
                        double Pi = Math.PI;
                        double sum = harmonics[0, 1];
                        for (int k=1; k <= harmonics.GetUpperBound(0); k++)
                        {
                        double period = 2 * Pi / harmonics[k, 0];
                        double coefCos = harmonics[k, 1];
                        double coefSin = harmonics[k, 2];
                        sum += coefCos * Math.Cos(time * period);
                        sum += coefSin * Math.Sin(time * period);
                        }
                        return sum;
                        }

Axis ranges

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