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May 28, 2024 12:17
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Simple multiplicative Tidal factor
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-- Conventional tidal series summation or superposition of cycles | |
function Tide_Sum_Diff (Template : in Data_Pairs; | |
Constituents : in Long_Periods_Amp_Phase; | |
Periods : in Long_Periods; | |
Ref_Time : in Long_Float := 0.0; | |
Scaling : in Long_Float := 1.0; | |
Cos_Phase : in Boolean := True; | |
Year_Len : in Long_Float := Year_Length; | |
Integ: in Long_Float := 0.0 | |
) return Data_Pairs is | |
Pi : Long_Float := Ada.Numerics.Pi; | |
Time : Long_Float; | |
Res : Data_Pairs := Template; | |
Cumulative : Long_Float := 0.0; | |
begin | |
for I in Template'Range loop | |
Time := Template(I).Date + Ref_Time; | |
declare | |
TF1, TF2 : Long_Float := 0.0; | |
use Ada.Numerics.Long_Elementary_Functions; | |
begin | |
for J in Constituents'First .. Constituents'First + 3 loop | |
declare | |
L : Amp_Phase renames Constituents(J); | |
Period : Long_Float := Periods(J); | |
begin | |
if Cos_Phase then | |
TF1 := TF1 + L.Amplitude*(Cos(2.0*Pi*Year_Len/Period*Time + L.Phase)); | |
else | |
TF1 := TF1 + L.Amplitude*(Sin(2.0*Pi*Year_Len/Period*Time + L.Phase)); | |
end if; | |
end; | |
end loop; | |
for J in Constituents'First + 4 .. Constituents'Last loop | |
declare | |
L : Amp_Phase renames Constituents(J); | |
Period : Long_Float := Periods(J); | |
begin | |
if Cos_Phase then | |
TF2 := TF2 + L.Amplitude*(Cos(2.0*Pi*Year_Len/Period*Time + L.Phase)); | |
else | |
TF2 := TF2 + L.Amplitude*(Sin(2.0*Pi*Year_Len/Period*Time + L.Phase)); | |
end if; | |
end; | |
end loop; | |
Cumulative := Cumulative + cos(Scaling + TF1); | |
Res(I) := (Time, cos(Scaling + TF1)*(Integ + TF2) ); | |
end; | |
end loop; | |
Cumulative := Cumulative/Long_Float(Template'Length); | |
for I in Template'Range loop | |
Res(I).Value := Res(I).Value - Cumulative*Integ; | |
end loop; | |
return Res; | |
end Tide_Sum_Diff; | |
function Tide_Sum (Template : in Data_Pairs; | |
Constituents : in Long_Periods_Amp_Phase; | |
Periods : in Long_Periods; | |
Ref_Time : in Long_Float := 0.0; | |
Scaling : in Long_Float := 1.0; | |
Cos_Phase : in Boolean := True; | |
Year_Len : in Long_Float := Year_Length; | |
Integ: in Long_Float := 0.0 | |
) return Data_Pairs is | |
--Res2, | |
Res1 : Data_Pairs := Template; | |
begin | |
Res1 := Tide_Sum_Diff (Template, Constituents, Periods, 0.0, Scaling, Cos_Phase, Year_Len, Integ); | |
--Res2 := Tide_Sum_Diff (Template, Constituents, Periods, Ref_Time, Scaling, Cos_Phase, Year_Len, Integ); | |
--for I in Res1'Range loop | |
-- Res1(I).Value := Res1(I).Value - Res2(I).Value; | |
--end loop; | |
return Res1; | |
end Tide_Sum; |
QBO
-0.00000000000 :offset:
0.00000000000 :bg:
-0.09409837054 :impA:
-20.87444476543 :impB:
-85.07058458260 :impC:
-0.87837055349:delA:
0.36500000000:delB:
0.74481804826:asym:
-0.04963903635:ann1:
1.89447805742:ann2:
-0.02849161838:sem1:
20.12174109245:sem2:
-0.00231642390:year:
-0.00407395177:IR:
0.00507340616 :mA:
-0.01592984598 :mP:
-0.32346154288 :shiftT:
-0.02891018512 :init:
---- Tidal ----
27.32166155400, -0.09600559637, -0.01763515489, 1, -48799, 1.97141362358840E-04
27.21222081500, -1.75091405094, 2.95697494095, 2, -131888, 1.32857891933721E-03
1095.17502233364, -0.03640400064, -1.48308284052, 3, -32953, 1.10807095297658E-04
346.61411888846, -0.01520027431, 2.69758702125, 4, -2350, 6.75480455428567E-04
173.30705944423, 0.06223914995, -2.56839727821, 5, 5504, 1.11069772217238E-03
13.63341568476, 0.03499516161, -2.03467095279, 6, -73, 1.27519237842966E-01
13.66083077700, 0.17582989482, 23.47296342113, 7, -44, 3.15871834215700E-01
13.60611040750, 0.04320567223, 0.21004803974, 8, 351, 9.58576256141684E-03
27.55454988600, -0.05821053221, -1.53179434785, 9, -168, 8.56270429060868E-02
13.77727494300, 0.00000000000, 0.11133501891, 10, -100, 1.33923946433446E-02
27.10365333842, 0.25782232602, -0.06666814475, 11, 11663, 2.19180972938905E-03
-411.77602506657, 0.01035837411, -57.06978954640, 12, 4935, 2.05741286843882E-04
27.09267692660, -0.19146439713, -3.23599040980, 13, -6245, 3.11602478779971E-03
-205.88801253329, -0.01916099014, -1.36423636535, 14, -2883, 6.88512067061880E-04
13.69115772864, 0.04513664837, 22.52786391849, 15, 1400, 3.00966440226341E-03
9.10846048884, 0.02121385760, -1.74167406476, 16, 634, 2.89185464561847E-03
27.44323926226, 0.02610594196, -1.23650596949, 17, 470, 4.57605339746949E-03
27.66676714572, 0.03339433934, -2.19144989791, 18, 362, 7.23427343095432E-03
2190.35004466729, 0.07558770960, -6.45277620379, 19, 13664, 5.49170263678697E-04
26.87829334283, -0.16288970950, 3.90753748751, 20, -20082, 8.15198513893674E-04
---- LTE ----
0.00000000000 :trend:
0.00000000000 :accel:
0.25473595304 :K0:
-0.18590491816 :level:
-0.73653222958, 0.28829702379, 0.03247957524 1
CC 0.9112808632 0.4519173125 7 1
PS C:\Users\pp\scratch\anom\run> ..\backup qbo_30_kit_1960_1980oneB
C:\Users\pp\scratch\anom\run>copy enso_opt.exe.par enso_opt.exe.par.qbo_30_kit_1960_1980oneB
Catchup mode enabled:TRUE
-0.00000000000 :offset:
0.00000000000 :bg:
-0.10790160331 :impA:
-21.32339934561 :impB:
23.12824074346 :impC:
-0.95224931857:delA:
0.36500000000:delB:
0.85142703877:asym:
-0.05515422005:ann1:
1.33747943784:ann2:
-0.02426196313:sem1:
17.46479258389:sem2:
-0.00244857984:year:
-0.00405876629:IR:
-0.01673714371 :mA:
0.01349810708 :mP:
-0.34323108063 :shiftT:
-0.03885832180 :init:
---- Tidal ----
27.32166155400, -0.14674126948, 0.00669046138, 1, -74535, 1.97141362358840E-04
27.21222081500, -1.53855486998, 2.01414115923, 2, -115905, 1.32857891933721E-03
1095.17502233364, -0.05512079638, -0.41803192944, 3, -49845, 1.10807095297658E-04
346.61399987411, -0.02491475930, 0.88069571398, 4, -3788, 6.75480455428567E-04
173.30699993705, 0.14606076187, -2.66804821557, 5, 13050, 1.11069772217238E-03
13.63341568476, -0.02618661971, -2.95299973766, 6, -121, 1.27519237842966E-01
13.66083077700, 0.12862976246, 23.70108387573, 7, -59, 3.15871834215700E-01
13.60611040750, 0.06452846491, 0.16856592008, 8, 573, 9.58576256141684E-03
27.55454988600, -0.08126367100, -2.48015156818, 9, -195, 8.56270429060868E-02
13.77727494300, 0.00000000000, 0.11133330692, 10, -100, 1.33923946433446E-02
27.10365333842, -0.25453986809, 0.17621846176, 11, -11713, 2.19180972938905E-03
-411.77585709766, 0.02227056301, 53.11983590653, 12, 10725, 2.05741286843882E-04
27.09267692660, 0.26358145090, -1.61488260056, 13, 8359, 3.11602478779971E-03
-205.88792854883, 0.11438723214, 0.28128105007, 14, 16514, 6.88512067061880E-04
13.69115772864, 0.02998449875, 19.20200773882, 15, 896, 3.00966440226341E-03
9.10846048884, 0.07800709537, -2.49116096418, 16, 2597, 2.89185464561847E-03
27.44323926226, 0.03907604542, -1.84889861710, 17, 754, 4.57605339746949E-03
27.66676714572, -0.04195644051, -2.67065357175, 18, -680, 7.23427343095432E-03
2190.35004466729, 0.07552893203, 4.35168671522, 19, 13653, 5.49170263678697E-04
26.87829334283, -0.28182001826, 3.82623213377, 20, -34671, 8.15198513893674E-04
---- LTE ----
0.00000000000 :trend:
0.00000000000 :accel:
0.24350190565 :K0:
0.02871471559 :level:
0.74241461378, 0.29844980276, 2.44193608852 1
CC 0.9241659569 0.4393720874 3 1
PS C:\Users\pp\scratch\anom\run> ..\backup qbo_30_kit_1960_1980oneB-50b
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NINO4
Status: 4 2 0.68421 0.53629 # 1820
DTW 0.5363075264 0.6842148598 4 1
PS C:\Users\pp\scratch\na\run> ..\backup bi_nino4_adrac_1_wow_pt79_1920_1980excl-1870drac_flat2_modulation1Harm5dtw
NINO34