Tide Model Driver (TMD) version 2.5, Toolbox for Matlab

TMD provides access to specific tide models for viewing harmonic constants and making tidal predictions.

TMD 2.5 is a Matlab toolbox for accessing the coefficients for tidal harmonic constituents in barotropic tide models created by Oregon State University (OSU) and Earth and Space Research (ESR), and

LP-TIDES.V.1.0

LP_Tides is Software (GUI Based) for Pre-Processing, Analayse and Predict Tidal Data.

LP_Tides Software for Pre-Processing, Analayse and Predict Tidal Data from xls,csv, txt, dat input, BIG format data and also other format. Developed by Teguh Sulistian , Geospatial Information Agency

ThingSpeak Tidal and Wind Surge Forecasting Example

Example code that forecasts astronomical tides and wind-driven water levels using neural networks

WorldTides_WorldCurrents2010

Combined tidal analysis and prediction programs with file browser for MATLAB 7.6.0 and later

Latest GUI-based programs for least squares harmonic analysis and prediction of tides and tidal currents; HAT and LAT datums, tidal current rating curves, storm surge evaluation and more.

World Tides

GUI-based program for tidal analysis and prediction using up to 35 tidal harmonic constituents.

World Tides is a general purpose program for the analysis and prediction of tides. Using least squares harmonic analysis, it allows the user to decompose a water level record into its tidal and

Tidal fitting toolbox

fit tidal components to an observed series of sea level and use them for prediction

* Fitting of tidemodels to e.g. sea level data.* Predictions of tide based on tide model.Uses familar syntax from polyfit/polyval: tidalfit/tidalval % TIDALFIT: Fits a tidal model to data tidalfit

lsf

Harmonic analysis of time series using Least Squares Fit.

has the same form of T_TIDE output so it can be used by other T_TIDE utilities.

Tide Peaks Toolbox

A set of functions for obtaining useful tidal statistics from the identified and classified peaks and troughs in a tide gauge record

[Instead of making comments or asking questions in the "Discussions" pane, please contact me at karen.palmer@utas.edu.au.]The Tide Peaks Toolbox consists of a group of functions for computing a range

Tide Model Driver (TMD) version 3.0

Tide Model Driver for MATLAB, version 3.0

[![View Tide Model Driver (TMD) version 3.0 on File

CTSM_T_Tide

Calculate the Complete Tidal Species Modulation (CTSM) for diurnal, semi-diurnal & fourth-diurnal species, based on T_Tide (Pawlowicz 2002)

JPL_Ephem

Attempt to reimplement JPL Ephemerides

of Earth tides.The integration scheme used is the 8th order Adams-Bashforth-Moulton method with the initial 8 steps computed with 4th order Runge-Kutta. From testing, it seems that using timesteps

Analysis of Moon Tide on Earth Magnetic Reading

A quantum device is used to measure earth magnetic field daily pattern with respect to the moon tide

Sold Earth Tide Predictions

A Matlab wrapper for Milbert's DOS version of Dehant's Fortran code.

This function returns vertical and horizontal displacement components (not gravitational force potential) for solid earth tides from 1980 to 2015. This function requires MS Windows.

POLPREDgetAPI

A function to get tide data from the Polpred API

# POLPREDgetAPIA function to get tide data from the Polpred API, writen in MATLAB.The NOC Polpred API allows you retrieve tidal data for offshore locations around the world. The data returned is

Earth tide calculation

This function can calculate theoretical solid earth tide at given location within a given time period.

This function can calculate earth tide, the distance of earth from the sun(moon) with a given time period

Doodson tidal wave components

Earth tidal waves harmonic development by Darwin-Doodson

This function gives the parameters for about 40 main wave components of Earth tides due to Sun and Moon, using the harmonic development of Arthur Thomas Doodson. For a given wave, it returns in a

High Precision Orbit Propagator

Precise modeling of satellite's perturbed motion (special perturbations approach)

, or cylindrical shadow model- solid Earth tides (IERS Conventions 2010)- ocean tides- general relativity- ECEF2ECI and ECI2ECEF transformations using IAU 2006 ResolutionsThe Simulation starts by running

UTide Unified Tidal Analysis and Prediction Functions

Sea level & vector current; irregular times; confidence intervals; constituent selection diagnostics

m-function call.* Builds on, and integrates in to a common framework, the t_tide (Pawlowicz et al 2002), r_t_tide (Leffler and Jay 2009), and "versatile" (Foreman et al 2009) approaches.* Flexible interface

TERP-SAR a Processor of Radar Altimetry Level-1A Data

Processes L1A data of SAR altimetry missions including CryoSat-2, Sentinel-3A/B and Sentinel-6MF.

solid Earth tide adjustments. TERP-SAR compensates for this by retrieving corrections from the Radar Altimeter Database System (RADS).

Satellite Orbit Modeling

Precise modeling of satellite's perturbed motion (special perturbations approach)

using NRLMSISE00 atmospheric density model, solar radiation pressure using conical and cylindrical models, solid Earth tides (IERS Conventions 2010), ocean tides and general relativity.The Simulation

Dynamical modal decomposition for internal waves

Dynamical modal decomposition for internal waves

Oceanographic Data Visualized with MATLAB

Oceanographic Data Visualized with MATLAB

The data is three velocity and density sections (A, D, and E) showing tidal flow over an underwater sill in a fjord. The colors represent landward velocity (towards the viewer); red with the tide

World Currents

GUI-based program for the analysis and prediction of tidal currents

other direction prior to analysis. As in companion program World Tides, the analysis separates bidirectional current into its tidal and non-tidal components, deriving the tidal component after selecting

sls

Sea Level Science package for Matlab.

[sls_example_usage](https://github.com/LJ-Jenkins/sls/blob/main/example_usage.pdf) for a brief introduction to some of the functionsSyntax is sls.function() for base functions or sls.group.function() for functions that are grouped (see below)e.g., sls.calc_tide

A Package to Interpolate Tidal Harmonic Constants

This is a package to interpolate tidal harmonic constants.

The amplitudes and phase lags of tides or tidal currents, which are collectively known as tidal harmonic constants (THCs), cannot be interpolated linearly and separately. Mistreatment for the

A-new-Nature-inspired-optimization-algorithm-AFO

A new Nature-inspired optimization algorithm: Aptenodytes Forsteri Optimization algorithm (AFO)

: factory-centre-demand point(7) Multi-row shop floor scheduling - considering AVG partitioning(8) Oil plant - UAV path planning(9) Power system bus optimization based on tide calculation(10) Optimization study of cold

AFO Solving real-world problems

A new Nature-inspired optimization algorithm: Aptenodytes Forsteri Optimization algorithm (AFO)

point(7) Multi-row shop floor layout considering AVG partitioning(8) Oil plants: UAVs for path planning(9) Power system bus optimization based on tide calculation(10) Optimization study of cold chain

fft_spectrum

Function to plot the FFT power spectrum of continuous time-series data with time in days or datenum

data. For example, to plot spectral density of time-series data for tide heights, dissolved oxygen, pH, temperature, salinity, etc.The output from fft_spectrum is a figure and png file with two panels:a

Mbaysalt

MATLAB baysalt Toolbox

)- [TMDToolbox_v3_0](https://github.com/chadagreene/Tide-Model-Driver)- [TopoToolbox](https://github.com/wschwanghart/topotoolbox)- [variogramfit](https://github.com/wschwanghart/variogramfit

Orbital evolution

This script aims at displaying the jump between two spin-orbit resonance states of an astronomical binary system.

Orbital evolution model for eccentricity tide. This script aims at displaying the jump between two spin-orbit resonance states of an astronomical binary system.This script follows the orbital model

CTSM_UTide

For calculating the Complete Tidal Species Modulation (CTSM) for diurnal and semi-diurnal species based on UTide (Codiga, 2010).

Barnacles Mating Optimizer (BMO)

The main inspiration of BMO is originated from the mating behavior of barnacles in nature.

new off-springs, they must be fertilized by a neighbor. They are well-known for their long penises, about seven times the length of their bodies to cope with the changing tides and sedentary lifestyle

Alaea

Alaea

)- [TMDToolbox_v3_0](https://github.com/chadagreene/Tide-Model-Driver)- [TopoToolbox](https://github.com/wschwanghart/topotoolbox)- [variogramfit](https://github.com/wschwanghart/variogramfit