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November 2, 2023 00:06
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Analytic Tidal Forcing
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-- Conventional tidal series summation or superposition of cycles | |
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 | |
Pi : Long_Float := Ada.Numerics.Pi; | |
Time : Long_Float; | |
Res : Data_Pairs := Template; | |
Yr : Long_Float := Year_Len; | |
Drac : Long_Float := 2.0*pi*Yr/Draconic; | |
Trop : Long_Float := 2.0*pi*Yr/Tropical; | |
Anom : Long_Float := 2.0*pi*Yr/Anomalistic; | |
Nodal : Long_Float := Drac-Trop; | |
Peri : Long_Float := (Trop-Anom)/2.0; | |
K1 : Long_Float := Constituents(1).Value; -- -0.06 | |
K2 : Long_Float := Constituents(2).Value; -- -0.064 | |
TA : Long_Float := Constituents(3).Value; -- 0.144 | |
TP : Long_Float := Constituents(4).Value; -- 0.7 | |
AA : Long_Float := Constituents(5).Value; -- -0.718 | |
AP : Long_Float := Constituents(6).Value; -- -0.62 | |
T2A : Long_Float := Constituents(7).Value; -- 0.16 | |
T2P : Long_Float := Constituents(8).Value; -- 0.29 | |
DSA : Long_Float := Constituents(9).Value; -- 0.001 ---- | |
DSP : Long_Float := Constituents(10).Value; -- -0.0129 | |
A2A : Long_Float := Constituents(11).Value; -- -0.062 | |
SYA : Long_Float := Constituents(12).Value; -- 0.362 | |
SYP : Long_Float := Constituents(13).Value; -- 0.96 | |
EA : Long_Float := Constituents(14).Value; -- 0.284 | |
EP : Long_Float := Constituents(15).Value; -- 4.0 | |
E2A : Long_Float := Constituents(16).Value; -- -0.0227 | |
T2AYA : Long_Float := Constituents(17).Value; -- 0.04 --- | |
T2AYP : Long_Float := Constituents(18).Value; -- 0 | |
Q1 : Long_Float := Constituents(19).Value; -- -0.01 | |
Q2 : Long_Float := Constituents(20).Value; -- 9.47 | |
DA : Long_Float := Constituents(21).Value; -- -0.087 | |
DP : Long_Float := Constituents(22).Value; -- 0.17 | |
K3 : Long_Float := Constituents(23).Value; -- -0.088 | |
NA : Long_Float := Constituents(24).Value; -- 0.1 | |
NP : Long_Float := Constituents(25).Value; -- 9.6 | |
PA : Long_Float := Constituents(26).Value; -- 0.05 | |
PP : Long_Float := Constituents(27).Value; -- -6 | |
TN2A : Long_Float := Constituents(28).Value; -- 0 --- | |
TN2P : Long_Float := Constituents(29).Value; | |
function Ds is new rsin (DA, Drac, DP); -- = A*sin(2*Drac*(x+p)); | |
function Ts is new rsin (TA, Trop, TP); -- = A*sin(2*Trop*(x+p)) | |
function DsB is new gsin (DSA, 2.0*Drac, DSP); -- = A*sin(2*Drac*(x+p)); | |
function TsB is new gsin (TN2A, 2.0*Trop, TN2P); -- = A*sin(2*Trop*(x+p)) | |
function T2s is new gsin (T2AYA, Trop+Drac, T2AYP); -- = A*sin((Trop+Drac)*(x+p)) | |
function As is new gsin (AA, Anom, AP); -- = A*sin(Anom*(x+p)) | |
-- function Semi is new gsin(SA, 4.0*Pi, SP); -- = A*sin(4*pi*(x+p)) | |
function Evect is new gsin(EA, 2.0*Trop-Anom-4.0*Pi, EP); -- = A*sin((2*Trop-Anom-4*pi)*(x+p)) | |
function Syn is new gsin(SYA, 2.0*Trop-4.0*Pi, SYP); -- = A*sin((2*Trop-4*pi)*(x+p)) | |
--function Annual is new gsin(YA, 2.0*Pi, YP); -- = A*cos(2*pi*(x+p)) | |
function N is new gsin (NA, Nodal, NP); -- = A*sin(Nodal*(x+p)) | |
--function N2 is new gsin (N2A, Nodal/2.0, N2P); -- = A*sin(Nodal/2.0*(x+p)) | |
function P is new gsin (PA, Peri, PP); -- = A*sin(Peri*(x+p)) | |
-- # Define the model | |
function Model (Time : in Long_Float) return Long_Float is | |
MM : Long_Float := As(Time, 0.0); | |
Msm : Long_Float := Evect(Time, 0.0); | |
Mfp : Long_Float := T2s(Time, + A2A*Mm + E2A*Msm); | |
Mf : Long_Float := Ts(Time, + A2A*Mm + E2A*Msm, T2A) + TsB(Time, + A2A*Mm + E2A*Msm); | |
Mfd : Long_Float := Ds(Time, + A2A*Mm + E2A*Msm, T2P) + DsB(Time, + A2A*Mm + E2A*Msm); | |
Msf : Long_Float := Syn(Time, + Q1*(Mf+Mfd+Mfp+Q2*Mf*Mfd)); -- + Q2*Mfp | |
begin | |
return Mf + Mfd + Mfp + Q2*Mf*Mfd + Msm + Msf + N(Time, 0.0) + P(Time, 0.0) + -- + Semi(Time) + Annual(Time) + N2(Time) | |
As(Time, + K1*(Mf+Mfd+Mfp+Q2*Mf*Mfd) + K2*Mm + K3*Msf); | |
end Model; | |
begin | |
for I in Template'Range loop | |
Time := Template(I).Date - Ref_Time; | |
declare | |
TF : Long_Float := 0.0; | |
begin | |
Tf := Model (Time); | |
Res(I) := (Time, Scaling * TF); | |
end; | |
end loop; | |
return Res; | |
end Tide_Sum; |
Darwin
High frequency terms
-0.00000000000 :offset:
-0.69246368223 :bg:
0.00000000000 :impA:
0.00000000000 :impB:
0.00000000000 :impC:
0.38001663945:delA:
0.04731370355:delB:
0.01335762510:asym:
-0.09668832108:ann1:
7.20498742699:ann2:
-0.04802974486:sem1:
-4.57721943544:sem2:
-0.00296162558:year:
0.07470627164:IR:
0.00000000000 :mA:
-0.00111820688 :mP:
0.00711849828 :shiftT:
-0.00000000000 :init:
---- Tidal ----
9.10846048884, -0.29133661745 1
29.53065054328, -1.31032210843 2
27.09267692660, 0.12354502823 3
7.08840640006, -7.32431988355 4
6.85248390316, -0.62867991759 5
13.60611040750, 0.28182442336 6
13.66083077700, 14.96559309119 7
3396.73824406533, 0.90159198938 8
9.12068919638, 0.00272599735 9
13.77727494300, -0.26164797713 10
6793.47648813065, 0.56466448494 11
27.55454988600, 3.71540844820 12
27.66676714572, -0.02208470761 13
27.44323926226, -0.14858488959 14
1616.30271425126, -1.57442821129 15
6.85940288609, -1.99087463366 16
7.09581026566, -0.59717712964 17
9.55688676698, -3.26482856710 18
9.13295078376, -0.11310149039 19
2190.35004466729, 155.86506684999 20
27.21222081500, -0.00699824168 21
9.18484996200, 0.57002423329 22
14.76532527164, 3.01901246301 23
31.81208431695, 0.20855108194 24
9.54346127285, 0.57181436287 25
13.63341568476, -0.17997880475 26
26.98505934729, -180.75392041420 27
365.24692677442, -5.32239565171 28
182.62346338721, 6.83759651910 29
121.74897559147, 0.78341052594 30
9.61373090693, 0.60011715314 31
3232.60542850251, -24.49950513852 32
---- LTE ----
-0.00623077989 :trend:
0.00003059982 :accel:
-0.04797122787 :K0:
12.37559816241 :level:
0.14549802539, 0.16996920827, -0.51593388830 0
0.80794068918, 0.28417572945, -0.85695454070 0
2.14201062918, 0.27911750638, 1.56793945101 0
-4.86360037923, 0.20988714635, -0.70110767611 0
-1.27490407734, 0.26201785016, 1.87916410378 0
2.94966556009, 0.34100392569, -1.05858306023 0
-2.30453059031, 0.47189167868, -0.17995574136 0
6.31110671797, 0.32595745399, -1.72056331158 0
-3.10073336751, 0.31931373808, 1.87786488577 0
-4.00948372794, 0.42315526212, -0.65326874858 0
-1.44624710607, 0.14818542728, 1.75864704447 0
-1.78111590751, 0.14051151892, -0.01120265112 0
-894.28889938506, 0.35121701826, -3.03327623803 1
-52763.04506371844, 0.25657451209, -2.77156276127 59
CC 0.8038627136 0.2594480165 5 1
0.00000000000:dLOD:
PS C:\Users\pp\github\pukpr\GEMa\GeoEnergyMath\eqlong> ..\io\restore.bat 130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1_nino34_der_wow1_darwin_pt2_slopeplus2
AMO prediction
-0.33045945085 :offset:
-0.42132010636 :bg:
4.15362205615 :impA:
0.43215012024 :impB:
0.00000000000 :impC:
0.37688229113:delA:
0.04731461377:delB:
0.02504912914:asym:
-0.33700267001:ann1:
-6.47744778804:ann2:
-0.06766374487:sem1:
1.96885766471:sem2:
-0.00296073076:year:
0.02173436466:IR:
0.00000000000 :mA:
0.00114122577 :mP:
0.00709886446 :shiftT:
-0.00000000000 :init:
---- Tidal ----
9.10846048884, -0.22199719134 1
29.53065053743, -1.38416898508 2
27.09267692660, 0.12408858564 3
7.08840639938, -7.37655224426 4
6.85248390316, -0.63598735794 5
13.60611040750, 0.28554936998 6
13.66083077700, 15.01177338789 7
3396.73824406533, 0.89663899165 8
9.12068919638, 0.00268711864 9
6793.47648813065, 0.55422371202 11
27.55454988600, 3.73055466288 12
27.66676714572, -0.01900705629 13
27.44323926226, -0.14589218893 14
1616.30271425126, -1.56439453348 15
6.85940288609, -1.96844419755 16
7.09581026499, -0.65872437487 17
9.55688676576, -3.21781733757 18
9.13295078376, -0.11171426764 19
2190.35004466729, 156.21082724055 20
27.21222081500, -0.00702066091 21
9.18484996200, 0.56979449476 22
14.76532526872, 3.02063176673 23
31.81208430337, 0.20835423705 24
9.54346127163, 0.55519661295 25
13.63341568476, -0.17965634562 26
26.98505934729, -180.74060942340 27
365.24692766924, -5.23844360474 28
182.62346383462, 6.83906010597 29
121.74897588975, 0.77912830087 30
9.61373090569, 0.47395208342 31
3232.60542850251, -24.40217743847 32
---- LTE ----
-0.09809491950 :trend:
0.00081032700 :accel:
0.41249454859 :K0:
183.97710821612 :level:
0.11791321798, 1.40382109203, 0.96170358617 0
0.25559838787, 0.43602776288, 1.26251943739 0
1.17966429326, 0.65255029313, 0.59683015838 0
3.91702339483, 0.44503267930, -2.43146936168 0
-1.76746688225, 0.93772874989, -2.97845658452 0
-3.00859600132, 0.43182615019, 1.91186462147 0
-1.59509658896, 0.55959849984, 2.97402045801 0
2.25841116676, 0.44974467396, 2.83841008218 0
-17.48606161790, 0.68457757885, -1.68393916956 0
-13.37300525839, 0.34019129919, 1.49290501936 0
-0.66467212242, 0.32121977573, 2.07913328749 0
876.25080736031, 0.28233355038, -2.28588387762 1
42936.28956065520, 0.24207216321, 0.38677843531 49
28916.27664289024, 0.30818655567, 2.31786679792 33
12267.51130304434, 0.22391537159, 0.44529406066 14
CC 0.8258724478 0.1926826412 1 1
0.00000000000:dLOD:
PS C:\Users\pp\github\pukpr\GEMa\GeoEnergyMath\eqlong> ../io/backup 130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1pt826
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N=5 common-mode
DARWIN ..\io\restore.bat 130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1_nino34_der_wow1_darwin_pt2_slope
PDO ..\io\restore.bat
130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1
AMO ..\io\restore.bat
130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1
IOD West ..\io\restore.bat 130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1_nino34_der_wow1_darwin_pt2_slopeplus2_iod_w1_slope
IOD East ..\io\restore.bat 130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1_nino34_der_wow1_darwin_pt2_slopeplus2_iod_w1_slope_east_try2_slope_pt81
C:\Users\pp\github\pukpr\GEMa\GeoEnergyMath\eqlong
-rw-r--r-- 1 pp 197609 2032 Nov 4 16:16 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt
-rw-r--r-- 1 pp 197609 2032 Nov 4 16:20 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax
-rw-r--r-- 1 pp 197609 2032 Nov 4 16:45 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt
-rw-r--r-- 1 pp 197609 2032 Nov 4 16:54 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax
-rw-r--r-- 1 pp 197609 2032 Nov 4 18:26 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1
-rw-r--r-- 1 pp 197609 2032 Nov 4 18:42 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt
-rw-r--r-- 1 pp 197609 2032 Nov 4 19:10 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax
-rw-r--r-- 1 pp 197609 2032 Nov 4 22:29 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra
-rw-r--r-- 1 pp 197609 2032 Nov 5 00:05 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1
-rw-r--r-- 1 pp 197609 2032 Nov 5 14:57 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1_nino34_der_wow1_darwin
-rw-r--r-- 1 pp 197609 2032 Nov 5 15:20 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1_nino34_der_wow1_darwin_pt2
-rw-r--r-- 1 pp 197609 2032 Nov 5 16:28 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1_nino34_der_wow1_darwin_pt2_slope
-rw-r--r-- 1 pp 197609 2078 Nov 5 16:45 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1_nino34_der_wow1_darwin_pt2_slopeplus2
-rw-r--r-- 1 pp 197609 2078 Nov 5 16:52 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1_nino34_der_wow1_darwin_pt2_slopeplus2_iod_w
-rw-r--r-- 1 pp 197609 2078 Nov 5 17:19 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1_nino34_der_wow1_darwin_pt2_slopeplus2_iod_w1
-rw-r--r-- 1 pp 197609 2078 Nov 5 17:30 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1_nino34_der_wow1_darwin_pt2_slopeplus2_iod_w1_slope
-rw-r--r-- 1 pp 197609 2078 Nov 5 17:55 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1_nino34_der_wow1_darwin_pt2_slopeplus2_iod_w1_slope_east
-rw-r--r-- 1 pp 197609 2078 Nov 5 18:15 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1_nino34_der_wow1_darwin_pt2_slopeplus2_iod_w1_slope_east_try2
-rw-r--r-- 1 pp 197609 2078 Nov 5 18:43 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1_nino34_der_wow1_darwin_pt2_slopeplus2_iod_w1_slope_east_try2_slope
-rw-r--r-- 1 pp 197609 2078 Nov 5 20:34 eqlong/enso_opt.exe.par.130_year_cal_amo_harm_nino34_relax_pdo_wow4_amo_try2_relax_pdo_lockt_relax_amo_lockt_relax1_pdo_lockt_relax_extra1_nino34_der_wow1_darwin_pt2_slopeplus2_iod_w1_slope_east_try2_slope_pt81