Updated csv_to_plot script.

csv_to_plot.m

+%
+% Plot results from the 
+%
 
 % Read input data.
-in_data = readtable('sweep_my_divider_1_to_10/result.csv');
+in_data = readtable('../sweep_pe_float_2021-01-11_13:17:06/result.csv');
 
-% Extract all design names.
-design_names = string( table2array(unique(in_data(:,1), 'stable')) );
-design_n = length(design_names);
+% Generic sweep?
+generic_sweep = width(in_data) > 3;
 
+% Extract design names.
+if generic_sweep
+    designs = string( table2array(unique(in_data(:,1), 'stable')) );
+    design_n = length(designs);
+else
+    design_n = 1;
+end
+
+% Generate figure plot.
 figure;
 for n = 1:design_n
-    design_name = design_names(n);
-    design = in_data(table2cell(in_data(:,1)) == design_name, :);
-    
-    freq_MHz = 1000./table2array(design(:,2));
-    size_um2 = table2array(design(:,3));
-    plot(freq_MHz, size_um2, 'LineWidth', 2);
-    hold on;
+    % Generic sweep
+    if generic_sweep
+        design_name = designs(n);
+        design = in_data(table2cell(in_data(:,1)) == design_name, :);
+        freq_MHz = 1000./table2array(design(:,2));
+        size_um2 = table2array(design(:,3));
+        plot(freq_MHz, size_um2, 'LineWidth', 2);
+        legend(designs);
+        hold on;
+    % Single sweep
+    else
+        freq_MHz = 1000./table2array(in_data(:,1));
+        size_um2 = table2array(in_data(:,2));
+        plot(freq_MHz, size_um2, 'LineWidth', 2);
+    end
 end
 
 xlabel('Frequency MHz');
 ylabel('Area um^2');
 grid on;
-legend(design_names);
-
-
-period = in_data(:,1);
-area = in_data(:,2);
-power = in_data(:,3);