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Getting_Started.m
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%% Getting Started
%
% <html>
% <div>
% <img style="float: right" src="../MATLODE_LOGO.png" height="150px"></img>
% </div>
% </html>
%
% <html>
% Up: <a href="../index.html">MATLODE Toolbox</a>
% </html>
%
%% Installation (Recommended)
% # Download MATLODE.mltbx
% # Navigate to MATLODE.mltbx in directory
% # Right click on MATLODE.mltbx
% # Click install
%
%% Alternative Installation
% # Download MATLODE.tar.gz
% # Navigate to MATLODE.tar.gz
% # Extract all files
% # Right click on root folder MATLODE
% # Click Add to Path -> Selected Folders and Subfolders
%
%% Uninstall (Recommended)
% # Click Add-Ons -> Manage Custom Toolboxes -> Uninstall MATLODE
%
% *NOTE:* Only applies if MATLODE.tltbx is installed as a custom MATLAB
% toolbox.
%
%% Alternative Uninstall Method 1
% # Naviage to MATLAB/Toolboxes
% # Delete MATLODE
% # Delete all MATLODE/* paths from MATLAB/Toolboxes/toolboxFolders.txt
%
% *NOTE:* Only applies if MATLODE.tltbx is installed as a custom MATLAB
% toolbox.
%
%% Alternative Uninstall Method 2
% # Naviage to MATLODE root folder
% # Right click MATLODE root folder
% # Click Remove from Path -> Selected Folders and Subfolders
%
% *NOTE:* Only applies if MATLODE is installed by adding MATLODE to the
% current matlabpath.
%
%% Troubleshooting
% Included in MATLODE are example scripts for every integrator. To
% troubleshoot a specific integrator, execute the appropriate script listed in
% the command window. To edit the script, execut 'edit scriptFileName' in
% the command window.
%
% <html>
% <h3>All Forward Integrators</h3>
% <ul>
% <li><a href="../Testing_Material/html/Testing_Simple_FWD.html">Testing_Simple_FWD</a></li>
% </ul>
% <h3>All Tangent Linear Integrators</h3>
% <ul>
% <li><a href="../Testing_Material/html/Testing_Simple_TLM.html">Testing_Simple_TLM</a></li>
% </ul>
% <h3>All Adjoint Integrators</h3>
% <ul>
% <li><a href="../Testing_Material/html/Testing_Simple_ADJ.html">Testing_Simple_ADJ</a></li>
% </ul>
% </html>
%
%% Simple Example Problem
% Execute the following commands into the command window to run Van Der Pol using
% a forward explicit Runge-Kutta intregration scheme.
Ode_Function = @arenstorfOrbit_Function;
Time_Interval = [ 0 17.0652166 ];
Y0 = [0.994; 0; 0; -2.00158510637908252240537862224];
[ ~, Y ] = MATLODE_ERK_FWD_Integrator(Ode_Function,Time_Interval,Y0)
%%
% Copyright 2015 Computational Science Laboratory
%%
% <html>
% <div>
% <img style="float: right" src="../CSL_LogoWithName_1.png" height="50px"></img>
% </div>
% </html>