added result report in order to indicate whether simulation output results (IRs) were found

applications/SoundFieldSimulation/Raven/itaRavenProject.m

@@ -565,8 +565,8 @@ classdef itaRavenProject < handle
                 
                 % gather results
                 disp('[R] Simulation seems to be finished. Getting results...');
-                obj.gatherResults();
-                disp('[R] Done.');
+                [ numIRs, numOutputOther ] = obj.gatherResults();
+                disp([ '[R] Done. Result report: ' num2str(numIRs) ' room impulse response files and ' num2str(numOutputOther) ' other output files were found.']);
                 
                 obj.simulationDone = true;
                 
@@ -5723,8 +5723,10 @@ classdef itaRavenProject < handle
     %---------------------- PRIVATE METHODS ------------------------------%
     methods (Access = 'private')
         %------------------------------------------------------------------
-        function gatherResults(obj)
+        function [numFilesIR,numFilesOther] = gatherResults(obj)
             
+            numFilesIR=0;       % count number of IRs
+            numFilesOther=0;    % count number of other output data (histograms, plane wave lists, wall hit logs)
             if obj.logPerformance
                 obj.initPerformanceData;
             end
@@ -5738,6 +5740,8 @@ classdef itaRavenProject < handle
                 obj.monoIR = obj.loadWaveFile(ir_files);
                 obj.monoIR_IS = obj.loadWaveFile(ir_files_IS);
                 obj.monoIR_RT = obj.loadWaveFile(ir_files_RT);
+                
+                numFilesIR = numFilesIR + numel(ir_files) + numel(ir_files_IS) + numel(ir_files_RT);
             else
                 obj.monoIR = [];
                 obj.monoIR_IS = [];
@@ -5752,6 +5756,8 @@ classdef itaRavenProject < handle
                 obj.binauralIR = obj.loadWaveFile(ir_files);
                 obj.binauralIR_IS = obj.loadWaveFile(ir_files_IS);
                 obj.binauralIR_RT = obj.loadWaveFile(ir_files_RT);
+                
+                numFilesIR = numFilesIR + numel(ir_files) + numel(ir_files_IS) + numel(ir_files_RT);
             else
                 obj.binauralIR = [];
                 obj.binauralIR_IS = [];
@@ -5763,12 +5769,17 @@ classdef itaRavenProject < handle
                 % read the wave files back from disk
                 obj.ambisonicsIR_IS = obj.loadWaveFile(ir_files_IS);
 
+                numFilesIR = numFilesIR + numel(ir_files_IS);
+                
                 % check for combined results with ray tracing
                 if obj.generateRTHOA
                     ir_files_combined = obj.scan_output_folder(fullfile(obj.pathResults, obj.projectTag), {'\HOA_Combined', 'PrimarySource', 'Receiver'}, '.wav');
                     
                     % read the wave files back from disk
                     obj.ambisonicsIR = obj.loadWaveFile(ir_files_combined);
+                    
+                    numFilesIR = numFilesIR + numel(ir_files_combined);
+
                 else
                     obj.ambisonicsIR = [];
                 end
@@ -5780,6 +5791,8 @@ classdef itaRavenProject < handle
                 
                 % read the wave files back from disk
                 obj.ambisonicsIR_RT = obj.loadWaveFile(ir_files_RT);
+                
+                numFilesIR = numFilesIR + numel(ir_files_RT);
             else
                 obj.ambisonicsIR_RT = [];
             end
@@ -5790,12 +5803,16 @@ classdef itaRavenProject < handle
                 % read the wave files back from disk
                 obj.vbapIR_IS = obj.loadWaveFile(ir_files_IS);
 
+                numFilesIR = numFilesIR + numel(ir_files_IS);
+
                 % check for combined results with ray tracing
                 if obj.generateRTVBAP
                     ir_files_combined = obj.scan_output_folder(fullfile(obj.pathResults, obj.projectTag), {'\VBAP_Combined', 'PrimarySource', 'Receiver'}, '.wav');
                     
                     % read the wave files back from disk
                     obj.vbapIR = obj.loadWaveFile(ir_files_combined);
+                    
+                    numFilesIR = numFilesIR + numel(ir_files_combined);
                 else
                     obj.vbapIR = [];
                 end
@@ -5807,6 +5824,8 @@ classdef itaRavenProject < handle
                 
                 % read the wave files back from disk
                 obj.vbapIR_RT = obj.loadWaveFile(ir_files_RT);
+                
+                numFilesIR = numFilesIR + numel(ir_files_RT);
             else
                 obj.vbapIR_RT = [];
             end
@@ -5818,6 +5837,8 @@ classdef itaRavenProject < handle
                 % read the histogram files back from disk
                 obj.histogram = obj.readHistogram(histo_files);
                 obj.histogramRT = obj.readHistogram(raytracing_histo_files);
+                
+                numFilesOther = numFilesOther + numel(histo_files) + numel(raytracing_histo_files);
             else
                 obj.histogram = [];
                 obj.histogramRT = [];
@@ -5830,6 +5851,9 @@ classdef itaRavenProject < handle
                 % read the wall hit logs back from disk
                 obj.wallHitLog_IS = obj.readWallHitLog_IS(wall_files_IS);
                 [obj.wallHitLog_RT, obj.initialParticleEnergy] = obj.readWallHitLog_RT(wall_files_RT);
+                
+                numFilesOther = numFilesOther + numel(histo_files) + numel(raytracing_histo_files);
+                
             else
                 obj.wallHitLog_IS = [];
                 obj.wallHitLog_RT = [];
@@ -5843,6 +5867,9 @@ classdef itaRavenProject < handle
                 % read the plane wave lists back from disk
                 obj.planeWaveList_IS = obj.readPlaneWaveList(planewave_files_IS);
                 obj.planeWaveList_RT = obj.readPlaneWaveList(planewave_files_RT);
+                
+                numFilesOther = numFilesOther + numel(planewave_files_IS) + numel(planewave_files_RT);
+
             else
                 obj.planeWaveList_IS = [];
                 obj.planeWaveList_RT = [];