diff --git a/Validations/Functions/get_problems_solved.m b/Validations/Functions/get_problems_solved.m
index ec27e95b..9d584f49 100644
--- a/Validations/Functions/get_problems_solved.m
+++ b/Validations/Functions/get_problems_solved.m
@@ -1,7 +1,17 @@
-function value = get_problems_solved(mix, variable)
+function value = get_problems_solved(varargin)
     % Get problems solved based on the length of the given variable
-    for i=length(mix):-1:1
-        value(i) = length(mix{i}.(variable));
+    
+    mix = varargin{1};
+    variable = varargin{2};
+    if nargin == 3
+        subvariable = varargin{3};
+        for i=length(mix):-1:1
+            value(i) = length(mix{i}.(variable).(subvariable));
+        end
+    else
+        for i=length(mix):-1:1
+            value(i) = length(mix{i}.(variable));
+        end
     end
     value = sum(value);
 end
\ No newline at end of file
diff --git a/Validations/Functions/plot_validation_shock_polar_SDToolbox.m b/Validations/Functions/plot_validation_shock_polar_SDToolbox.m
index e88e5b1e..56b12b0a 100644
--- a/Validations/Functions/plot_validation_shock_polar_SDToolbox.m
+++ b/Validations/Functions/plot_validation_shock_polar_SDToolbox.m
@@ -1,13 +1,15 @@
-function [fig1, fig2] = plot_validation_shock_polar_SDToolbox(results_SDToolbox, config)
+function [fig1, fig2] = plot_validation_shock_polar_SDToolbox(results_CT, results_SDToolbox, config)
     % Plot numerical results obtained with SDToolbox, which use CANTERA as a thermochemical kernel.
     %   * Pressure ratio with the deflection angle [deg]
     %   * Wave angle [deg] with the deflection angle [deg]
-    nfrec = [2, 4, 7, 10];
     
-    fig1 = figure(1); ax1 = gca;
-    fig2 = figure(2); ax2 = gca;
-    set(fig1, 'position', [1921 -471 1080 1795]);
-    set(fig2, 'position', [1921 -471 1080 1795]);
+    % Set figures
+    fig1 = figure(1); set(fig1, 'position', [1921 -471 1080 1795]);
+    fig2 = figure(2); set(fig2, 'position', [1921 -471 1080 1795]);
+    % Shock polars from Combustion Toolbox
+    [ax1, ax2] = plot_shock_polar(results_CT, results_CT.PS.strR, results_CT.PS.strP);
+    % Shock polars from SDToolbox
+    nfrec = [2, 4, 7, 10]; % frec points SD Toolbox per case
     for i=length(results_SDToolbox):-1:1
         plot(ax1, results_SDToolbox{i}.theta(1:nfrec(i):end) * 180/pi, results_SDToolbox{i}.P2P1(1:nfrec(i):end), 'ko', 'LineWidth', config.linewidth, 'MarkerFaceColor', 'auto');
         plot(ax2, results_SDToolbox{i}.theta(1:nfrec(i):end) * 180/pi, results_SDToolbox{i}.beta(1:nfrec(i):end) * 180/pi, 'ko', 'LineWidth', config.linewidth, 'MarkerFaceColor', 'auto');
diff --git a/Validations/SDToolbox/run_validation_SHOCK_POLAR_SDToolbox_1.m b/Validations/SDToolbox/run_validation_SHOCK_POLAR_SDToolbox_1.m
index 31dbc611..72f8bce5 100644
--- a/Validations/SDToolbox/run_validation_SHOCK_POLAR_SDToolbox_1.m
+++ b/Validations/SDToolbox/run_validation_SHOCK_POLAR_SDToolbox_1.m
@@ -22,11 +22,11 @@
                         'S_Oxidizer', Oxidizer, 'S_Inert', Inert,...
                         'proportion_inerts_O2', proportion_inerts_O2, 'u1', u1,...
                         'tolN', tolN);
-    problems_solved = get_problems_solved(results_CT.PS.strP, 'theta_range');
+    problems_solved = get_problems_solved(results_CT.PS.strP, 'polar', 'theta');
     % Load results SDToolbox 
     results_SDToolbox = load_struct(filename, 'data');
     % Display validation (plot)
-    [fig1, fig2] = plot_validation_shock_polar_SDToolbox(results_SDToolbox, results_CT.Misc.config);
+    [fig1, fig2] = plot_validation_shock_polar_SDToolbox(results_CT, results_SDToolbox, results_CT.Misc.config);
     % Save plots
     folderpath = strcat(pwd,'\Validations\Figures\');
     stack_trace = dbstack;