diff --git a/matlab/post_processing/loadMCResults.m b/matlab/post_processing/loadMCResults.m
index e59d173cf..4bd1a80bd 100644
--- a/matlab/post_processing/loadMCResults.m
+++ b/matlab/post_processing/loadMCResults.m
@@ -22,6 +22,13 @@
             SurfaceFiber.SecondMoment = SurfaceFiber_txt.SecondMoment;
             SurfaceFiber.Stdev = sqrt((SurfaceFiber.SecondMoment - (SurfaceFiber.Mean .* SurfaceFiber.Mean)) / (json.N)); 
             results{di}.SurfaceFiber = SurfaceFiber;
+        case 'SlantedRecessedFiber'
+            SlantedRecessedFiber.Name = detector.Name;
+            SlantedRecessedFiber_txt = readAndParseJson([datadir slash detector.Name '.txt']);
+            SlantedRecessedFiber.Mean = SlantedRecessedFiber_txt.Mean;              
+            SlantedRecessedFiber.SecondMoment = SlantedRecessedFiber_txt.SecondMoment;
+            SlantedRecessedFiber.Stdev = sqrt((SlantedRecessedFiber.SecondMoment - (SlantedRecessedFiber.Mean .* SlantedRecessedFiber.Mean)) / (json.N)); 
+            results{di}.SlantedRecessedFiber = SlantedRecessedFiber;
         case 'RDiffuse'
             RDiffuse.Name = detector.Name;
             RDiffuse_txt = readAndParseJson([datadir slash detector.Name '.txt']);
diff --git a/matlab/post_processing/load_results_script.m b/matlab/post_processing/load_results_script.m
index 83a445190..ab8759da4 100644
--- a/matlab/post_processing/load_results_script.m
+++ b/matlab/post_processing/load_results_script.m
@@ -8,13 +8,14 @@
 addpath([pwd slash 'jsonlab']);
 
 % names of individual MC simulations
-datanames = { 'one_layer_all_detectors' };
+datanames = { 'no_curvature_1310_Flat_7Layer_10M' };
 % datanames = { 'results_mua0.1musp1.0' 'results_mua0.1musp1.1' }; %...etc
 
 % outdir = 'C:\Projects\vts\src\Vts.MonteCarlo.CommandLineApplication\bin\Release';
 outdir = '.';
 
 show.SurfaceFiber =             1;
+show.SlantedRecessedFiber =     1;
 show.RDiffuse =                 1;
 show.ROfRho =                   1;
 show.ROfRhoRecessed =           1;
@@ -94,7 +95,15 @@
             num2str(results{di}.SurfaceFiber.Mean - 3 * results{di}.SurfaceFiber.Stdev) ' - ' ...
             num2str(results{di}.SurfaceFiber.Mean + 3 * results{di}.SurfaceFiber.Stdev)]);
     end
-    
+        
+    if isfield(results{di}, 'SlantedRecessedFiber') && show.SlantedRecessedFiber
+        disp(['Total reflectance captured by SlantedRecessedFiber detector: ' num2str(results{di}.SlantedRecessedFiber.Mean)]);
+        disp(['Standard Deviation captured by SlantedRecessedFiber detector: ' num2str(results{di}.SlantedRecessedFiber.Stdev)]);
+        disp(['+/- 3sigma by SlantedRecessedFiber detector: ' ...
+            num2str(results{di}.SlantedRecessedFiber.Mean - 3 * results{di}.SlantedRecessedFiber.Stdev) ' - ' ...
+            num2str(results{di}.SlantedRecessedFiber.Mean + 3 * results{di}.SlantedRecessedFiber.Stdev)]);
+    end
+
     if isfield(results{di}, 'RDiffuse') && show.RDiffuse
         disp(['Total reflectance captured by RDiffuse detector: ' num2str(results{di}.RDiffuse.Mean)]);
     end