minor update for impedance tube measurement report

applications/Measurement/ImpedanceTube/Protocol/KundtEnglishTemplate.tex

@@ -116,9 +116,8 @@
 \begin{tabular}{|p{0.43\textwidth}p{0.51\textwidth}|}\hline
 	\multicolumn{2}{|p{0.99\textwidth}|}{
 	\underline{Description of the test facility:} \newline
-Impedance  tube made of aluminum with a 2 inch bore diameter.  Specimen holder with an adjustable tubing end of a massive, sealed aluminum piston. Measurement tube with three microphone bores with a distance of 17mm and 110mm.
-Probe microphone picking up the sound field at the center of the tube. 
-Evaluable frequency range: approx. 100 Hz - 8 kHz by suppressing the first tube mode.  Broadband excitation by sine sweeps. Evaluation according to ISO10534-2 with the help of a FFT measurement technique developed at ITA.}\\ 
+Impedance  tube made of aluminum with a 2 inch bore diameter.  Specimen holder with an adjustable tubing end of a massive, sealed aluminum piston. Measurement tube with four microphone bores, the distance from the first microphone position to the second, third and fourth are 17~mm, 110~mm and 510~mm, respectively.  Probe microphone picking up the sound field at the center of the tube. 
+Evaluable frequency range: approx. 100 Hz - 8 kHz by suppressing the first tube modes.  Broadband excitation by sine sweeps. Evaluation according to ISO10534-2 with the help of a FFT measurement technique developed at ITA.}\\ 
 	&\\
 		Test date: & \datumDerMessung \\
 		 Test Engineer: & \nameDesPruefers\\ 

applications/Measurement/ImpedanceTube/Protocol/ita_kundt_protocol.m

@@ -270,7 +270,11 @@ else  % mgu mode
     humidity = inStruct.luftfeuchtigkeit;
 end
 
-probeFileName   = [strrep(strrep(nameDerProbe, ' ','_'), '.', ''), '_mean(' num2str(nMeasurements) ')' ];
+if (~exist('Auswertung','dir'))
+    mkdir('Auswertung');
+end
+
+probeFileName   = [ 'Auswertung/' strrep(strrep(nameDerProbe, ' ','_'), '.', ''), '_mean(' num2str(nMeasurements) ')' ];
 texFileName     = [probeFileName '.tex'];
 grafikName      = [probeFileName '_grafik.png'];
 
@@ -366,7 +370,7 @@ if boolPlotImpedance == 1
         
         lgh = legend({nameDerProbe},'Interpreter','none', 'location', 'northwest');
         set(gca, 'TickDir', 'out', 'box', 'off')
-        probeFileName = [strrep(nameDerProbe, ' ','_'),  '_' nameCell{i} '_mean(' num2str(nMeasurements) ')' ];
+        probeFileName = [ 'Auswertung/' strrep(nameDerProbe, ' ','_'),  '_' nameCell{i} '_mean(' num2str(nMeasurements) ')' ];
         
         if i ==2
             ylim([-1 1]* 5000)