Add all the signals

Attocube, Newport, Cercalo, Photodiodes, ...

run_test.m

@@ -21,41 +21,78 @@ close(f);
 %% Convert the Data
 data = SimulinkRealTime.utils.getFileScopeData('data/data_001.dat').data;
 
+Uch = data(:, 1);
+Ucv = data(:, 2);
+Unh = data(:, 3);
+Unv = data(:, 4);
+Vph = data(:, 5);
+Vpv = data(:, 6);
+Vch = data(:, 7);
+Vcv = data(:, 8);
+Vnh = data(:, 9);
+Vnv = data(:, 10);
+Va  = data(:, 11);
 t  = data(:, end);
-uh = data(:, 1); % Voltage sent to cercalo in horizontal direction
-uv = data(:, 2); % [...] in vertical direction
-xh = data(:, 3); % Measured horizontal position of the beam by the 4QD
-xv = data(:, 4); % [...] vertical position
-cuh = data(:, 5); % Voltage of the cercalo's inductors used for horizontal
-cuv = data(:, 6); % [...] vertical
 
 %% Plot the data
 figure;
+subplot(2, 3, 1);
 hold on;
-plot(t, uh, 'DisplayName', 'uh');
-plot(t, uv, 'DisplayName', 'uv');
+plot(t, Ucv, 'DisplayName', 'Ucv');
+plot(t, Vpv, 'DisplayName', 'Vpv');
 hold off
 xlabel('Time [s]');
 ylabel('Voltage [V]');
 legend();
 
-figure;
+subplot(2, 3, 2);
 hold on;
-plot(t, xh, 'DisplayName', 'xh');
-plot(t, xv, 'DisplayName', 'xv');
+plot(t, Uch, 'DisplayName', 'Uch');
+plot(t, Vph, 'DisplayName', 'Vph');
 hold off
 xlabel('Time [s]');
 ylabel('Voltage [V]');
 legend();
 
-figure;
+subplot(2, 3, 3);
 hold on;
-plot(t, cuh, 'DisplayName', 'Cuh');
-plot(t, cuv, 'DisplayName', 'Cuv');
+plot(t, Vch, 'DisplayName', 'Vch');
+plot(t, Vcv, 'DisplayName', 'Vcv');
 hold off
 xlabel('Time [s]');
 ylabel('Voltage [V]');
 legend();
 
+subplot(2, 3, 4);
+hold on;
+plot(t, Unh, 'DisplayName', 'Unh');
+plot(t, Vnh, 'DisplayName', 'Vnh');
+hold off
+xlabel('Time [s]');
+ylabel('Voltage [V]');
+legend();
+
+subplot(2, 3, 5);
+hold on;
+plot(t, Unv, 'DisplayName', 'Unv');
+plot(t, Vnv, 'DisplayName', 'Vnv');
+hold off
+xlabel('Time [s]');
+ylabel('Voltage [V]');
+legend();
+
+subplot(2, 3, 6);
+hold on;
+plot(t, Va, 'DisplayName', 'Va');
+hold off
+xlabel('Time [s]');
+ylabel('Distance [m]');
+legend();
+
 %% Save
-save('mat/data_uh.mat', 't', 'uh', 'uv', 'xh', 'xv', 'cuh', 'cuv');
+save('mat/data_test.mat', 't', 'Uch', 'Ucv', ...
+                             'Unh', 'Unv', ...
+                             'Vph', 'Vpv', ...
+                             'Vch', 'Vcv', ...
+                             'Vnh', 'Vnv', ...
+                             'Va');