diff --git a/vocoder.m b/vocoder.m
index 2e459f4..9a73f4e 100644
--- a/vocoder.m
+++ b/vocoder.m
@@ -20,38 +20,39 @@ if sr1~=sr2, disp('your sampling rates dont match'); end
 y = chanvocoder(carrier, modul, 512, 16, .2);
 audiowrite(outfile, y, sr1);
 
-%figure;
+figure;
 
-%subplot(3,1,1);
-%t=[1:1:size(modul,1)];
+subplot(3,1,1);
+t=[1:1:size(modul,1)];
 
-%plot(t,modul);
-%xlabel('Time (s)');
-%ylabel("Modulator's Amplitude (a.u.)");
+plot(t,modul);
+xlabel('Time (s)');
+ylabel("Modulator's Amplitude (a.u.)");
 
-%subplot(3,1,2);
-%t=[1:1:size(carrier,1)];
+subplot(3,1,2);
+t=[1:1:size(carrier,1)];
 
-%plot(t,carrier);
-%xlabel('Time (s)');
-%ylabel("Carrier's Amplitude (a.u.)");
+plot(t,carrier);
+xlabel('Time (s)');
+ylabel("Carrier's Amplitude (a.u.)");
 
-%subplot(3,1,3);
-%[y fs]=audioread(outfile);
-%t=[1:1:size(y,1)];
+subplot(3,1,3);
+[y fs]=audioread(outfile);
+t=[1:1:size(y,1)];
 
-%plot(t,y);
-%xlabel('Time (s)');
-%ylabel("Outfile's Amplitude (a.u.)");
+plot(t,y);
+xlabel('Time (s)');
+ylabel("Outfile's Amplitude (a.u.)");
 
 recorded_signal=record(size(carrier,1)/sr2, sr1);
 audiowrite("recorded_signal.wav", recorded_signal, sr1);
 
+
 modfile = "recorded_signal.wav";
 carfile = 'white_periodic.wav';
 outfile = 'recorded_coded_sound.wav';
 [modul, sr1] = audioread(modfile);
 [carrier, sr2] = audioread(carfile);
 if sr1~=sr2, disp('your sampling rates dont match'); end
-y = chanvocoder(carrier, modul, 512, 16, .2);
+y = chanvocoder(carrier/4, modul, 512, 16, .2);
 audiowrite(outfile, y, sr1);