--- a/comp/comp_filterbank.m
+++ b/comp/comp_filterbank.m
@@ -52,56 +52,8 @@
    end
 end
 
-% for mId=1:numel(mFreq)
-%     m = mFreq(mId);
-%     G = g{m}.H;
-%     Lg = numel(G);
-%     c{m}=zeros(N(m),W,classname);
-%         % Band-limited case. 
-%         if (g{m}.foff~=0 && Lg<L) && size(a,2)==1 && ~g{m}.realonly && a(m)>1
-% 
-%            fsuppStart = g{m}.foff;
-%            fsuppEnd = g{m}.foff+numel(g{m}.H);
-%            
-%            % Partition the support to intervals of length N(m)
-%            fsuppSidx = floor(fsuppStart/N(m));
-%            fsuppEidx = ceil(fsuppEnd/N(m));
-%            fsuppS = fsuppSidx*N(m);
-%            fsuppE = fsuppEidx*N(m);
-%            intNo = (fsuppE-fsuppS)/N(m);
-%            Gtmp = zeros(intNo*N(m),1);
-%            %Gtmp(fsuppStart-fsuppS+1:end-(fsuppE-fsuppEnd)) = G;
-%            
-%            fsuppRangeSmall = mod(fsuppStart:fsuppEnd-1,L)+1;
-%            %fsuppRange = mod(fsuppS:fsuppS+intNo*N(m)-1,L)+1;
-%            for w=1:W
-%               interstuff = G.*F(fsuppRangeSmall,w);
-%               Gtmp(fsuppStart-fsuppS+1:end-(fsuppE-fsuppEnd)) = interstuff;
-%               c{m}(:,w) = ifft(sum(reshape(Gtmp,N(m),intNo),2))/a(m);
-%            end
-%         else
-%            G = comp_transferfunction(g{m},L);
-%            if size(a,2)==1
-% 
-%              for w=1:W
-%                 c{m}(:,w)=ifft(sum(reshape(F(:,w).*G,N(m),a(m)),2))/a(m);
-%              end;
-%            else
-%               % Fractional case
-%               %Llarge=ceil(L/N(m)+1)*N(m);
-%               
-%               postpadL = ceil(max([N(m),numel(g{m}.H)])/N(m))*N(m);
-%               foff = g{m}.foff + floor(numel(g{m}.H)/2);
-%               amod=postpadL/N(m);
-%               
-%               for w=1:W
-%                  c{m}(:,w)=ifft(sum(reshape(circshift(middlepad(circshift(F(:,w).*G,-foff),postpadL),foff),N(m),amod),2))/afrac(m);                
-%               end;
-%            end;
-%         end;
-% end
-%end
 
 
 
 
+