Added testdata and matlab files

Files/Matlab/HelloWorld.m

+% Clear and Close all 
+clear all                   % Clear all existing variables
+clc                         % Clear all command line outputs
+close all                   % Close all existing windows
+
+% Print of variables
+disp('Variables have been cleared.');    
+
+% 10 iterations
+for iteration=1:10
+    % Ausgabe
+    disp(['Hello World - Iteration ' num2str(iteration)]);    
+end
+
+
+

Files/Matlab/LoadWave.m

+% Clear and close all 
+clear all;
+close all;
+clc;
+
+% Import csv data
+M = csvread('../Testdata/SineAndCosine.csv');
+
+% Modify imported data
+t = M(:,1);
+sinSig = M(:,2);
+cosSig = M(:,3);
+
+% Delete M variable
+clear M;
+
+% Plotting the signal y over time t
+plot(t,sinSig); hold on;    % Plot multiple lines
+plot(t,cosSig); hold off;   % Plot new lines
+
+% Set the figure parameters
+legend('Sinus','Cosinus');  % Label both datasets with names
+grid minor;                 % Set a fine datagrid
+grid on;                    % Set a coarse datagrid
+xlabel('time (s)');         % Label x axis
+ylabel('amplitude');        % Label y axis
+title('Sine and cosine, calculated with \pi');
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Files/Matlab/StoreWave.m

+% Clear and Close all 
+clear all                   % Clear all existing variables
+clc                         % Clear all command line outputs
+close all                   % Close all existing windows
+
+% Setting all relevant variables
+f = 1;                      % Set frequency to x hertz
+Amp = 1;                    % Set ampitude to 1
+ts = 1/10000;               % Set number of sample points
+T = 1;                      % Set simulation time to 1 second
+t = 0:ts:T-ts;                 % Create time vector
+sinSig = Amp*sin(2*pi*f*t); % Create sine signal
+cosSig = Amp*cos(2*pi*f*t); % Create cosine signal
+
+% Plotting the signal y over time t
+plot(t,sinSig); hold on;    % Plot multiple lines
+plot(t,cosSig); hold off;   % Plot new lines
+
+% Set the figure parameters
+legend('Sinus','Cosinus');  % Label both datasets with names
+grid minor;                 % Set a fine datagrid
+grid on;                    % Set a coarse datagrid
+xlabel('time (s)');         % Label x axis
+ylabel('amplitude');        % Label y axis
+title('Sine and cosine, calculated with \pi');
+
+% Modify signals
+sinSig = sinSig';
+cosSig = cosSig';
+t = t';
+
+% Export csv data
+csvwrite('../Testdata/SineAndCosine.csv', [t, sinSig, cosSig])
+    
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