diff --git a/topoplot/plotOneSubjectOneDay.m b/topoplot/plotOneSubjectOneDay.m
index 4345542..c0f0049 100644
--- a/topoplot/plotOneSubjectOneDay.m
+++ b/topoplot/plotOneSubjectOneDay.m
@@ -20,7 +20,6 @@
     subject=subjectsForNumbers{j};
     fprintf('%s%i',subject,number)
     
-    [EEG,~]=readEEGSig(pathToFile,subject,number,maxFile);
-
-    topoplot_Wrapper(EEG,eloc_file,stepSize,250)
+    [EEG,codes,samplingFrequency]=readEEGSig(pathToFile,subject,number,maxFile);
+    topoplot_Wrapper(EEG,codes,eloc_file,stepSize,samplingFrequency)
 end
\ No newline at end of file
diff --git a/topoplot/readEEGSig.m b/topoplot/readEEGSig.m
index d24e945..04c9eed 100644
--- a/topoplot/readEEGSig.m
+++ b/topoplot/readEEGSig.m
@@ -1,10 +1,13 @@
-function [EEG,params]=readEEGSig(pathToFile,subject,number,maxFile)
+function [EEG,codes,samplingFrequency]=readEEGSig(pathToFile,subject,number,maxFile)
     EEGcell=cell(maxFile,1);
+    codecell=cell(maxFile,1);
     
     for i=1:maxFile
-        [sig, ~, params] = load_bcidat(strcat(pathToFile,sprintf('%s/%s_B100%i/%s_B1S00%iR0%i.dat',subject,subject,number,subject,number,i)));
+        [sig, stat, params] = load_bcidat(strcat(pathToFile,sprintf('%s/%s_B100%i/%s_B1S00%iR0%i.dat',subject,subject,number,subject,number,i)),'-calibrated');
         EEGcell{i}=sig(:,1:32);
+        codecell{i}=stat.StimulusCode;
     end
-    
+    samplingFrequency=params.SamplingRate.NumericValue;
     EEG=cell2mat(EEGcell);
+    codes=cell2mat(codecell);
 end
\ No newline at end of file
diff --git a/topoplot/topoplot_Wrapper.m b/topoplot/topoplot_Wrapper.m
index a4951ae..52767ce 100644
--- a/topoplot/topoplot_Wrapper.m
+++ b/topoplot/topoplot_Wrapper.m
@@ -1,4 +1,4 @@
-function topoplot_Wrapper(EEG,eloc_file,stepSize,samplingFrequency)
+function topoplot_Wrapper(EEG,codes,eloc_file,stepSize,samplingFrequency)
 % Wrapper for topoplot_martin()
 % Allows for plottig all EEG-Data of one timeline and sliding through them
 %
@@ -8,28 +8,31 @@
 %
 %   stepSize - number of Datapoints the slider skips in one step (1 for none)
 %
-%   samplingFrequency - sampling frequency for the EEG data 
+%   samplingFrequency - sampling frequency for the EEG data
 
-    slider=uicontrol('Style','slider','Min',1,'Max',fix(size(EEG,1)/stepSize),...
-        'Value',1,'SliderStep',[stepSize/size(EEG,1),stepSize*10/size(EEG,1)],...
-        'Callback',{@topoplotSlide,EEG,eloc_file,stepSize,samplingFrequency},...
-        'Position',[10 10 450 20]);
-    
-    timeField=uicontrol('Style','edit','Callback',...
-        {@topoplotText,EEG,eloc_file,stepSize,samplingFrequency},...
-        'Position',[460 10 50 20]);
-    text=uicontrol('Style','text','Position',[510 10 10 15]);
-    set(text,'String','s');
-    
-    function topoplotSlide(source,~,EEG,eloc_file,stepSize,samplingFrequency)
+
+slider=uicontrol('Style','slider','Min',1,'Max',fix(size(EEG,1)/stepSize),...
+    'Value',1,'SliderStep',[stepSize/size(EEG,1),stepSize*10/size(EEG,1)],...
+    'Callback',{@topoplotSlide,EEG,codes,eloc_file,stepSize,samplingFrequency},...
+    'Position',[10 10 450 20]);
+
+timeField=uicontrol('Style','edit','Callback',...
+    {@topoplotText,EEG,codes,eloc_file,stepSize,samplingFrequency},...
+    'Position',[460 10 50 20]);
+text=uicontrol('Style','text','Position',[510 10 10 15]);
+set(text,'String','s');
+
+    function topoplotSlide(source,~,EEG,codes,eloc_file,stepSize,samplingFrequency)
         idx=fix(stepSize*source.Value);
         set(timeField,'String',num2str(fix(idx/samplingFrequency)));
+        disp(codes(idx))
         topoplot_martin(double(EEG(idx,:)),eloc_file)
     end
 
-    function topoplotText(source,~,EEG,eloc_file,stepSize,samplingFrequency)
+    function topoplotText(source,~,EEG,codes,eloc_file,stepSize,samplingFrequency)
         idx=fix(str2double(source.String)*samplingFrequency);
         set(slider,'Value',fix(idx/stepSize));
+        disp(codes(idx))
         topoplot_martin(double(EEG(idx,:)),eloc_file)
     end
 end
\ No newline at end of file