Few Changes

Author: dormaayan

func1Numerically.m

@@ -0,0 +1,9 @@
+function [b,N,mse] = func1Numerically( omega,phi,A,B)
+    syms symb;
+    Energy = 0.5*pi*omega*A^2*(4*pi*omega+sin(4*pi*omega+2*phi)-sin(2*phi));
+    range = 2*A;
+    b = double(solve(Energy/(6*B^2)*symb-log(2)*range^2/(6*2^(2*symb)),symb));
+    N = B/b;
+    mse = Energy/(12*N^2)+range^2/(12*2^(2*b));
+end
+

func1Numerically.m~

@@ -0,0 +1,4 @@
+function [ b,N,mse] = func1Numerically( omega,phi,B)
+    b = solve(pi*omega/(2*B^2)*
+end
+

gui.fig

@@ -107,9 +107,8 @@ function Apply_Callback(hObject, eventdata, handles)
         bitBudget = str2double(get(handles.bit_budget,'String'));
         qss = sampleAndQuantize(s,bitBudget,1);
         mse = mseProject(s,qss);
-             disp(qss);
         min_b = 1;
-        for b=2:1:8,
+        for b=2:1:16,
            l = bitBudget/b;
             if mod(bitBudget/b,1)~=0,
                 l = floor(bitBudget/b);
@@ -119,14 +118,22 @@ function Apply_Callback(hObject, eventdata, handles)
                    mse = mseProject(s,qss);
                    min_b = b;
                end
-           end
+        end
+        if str{val} == 'Function - 1'
+          bitBudget = str2double(get(handles.bit_budget,'String'));
+          bOptimal = 2*log2((4*bitBudget*(log(2)))/(3*pi*Omega*(4*pi*Omega+sin(4*pi*Omega+2*Phi)-sin(2*Phi))));
+          nOptimal = bitBudget/bOptimal;
+          set(handles.bM,'String',bOptimal); 
+          set(handles.nM,'String',nOptimal); 
+        end
      end 
 end
     plot(handles.axes1,t_grid,s);
     plot(handles.axes2,0:(1/(floor(bitBudget/min_b)-1)):1,qss);
     set(handles.mseT,'String',mseProject(s,qss));
     set(handles.b_info,'String',min_b); 
-    set(handles.n_info,'String',floor(bitBudget/min_b)); 
+    set(handles.n_info,'String',floor(bitBudget/min_b));
+
 
 % --- Executes on selection change in FunctionsMenu.
 function FunctionsMenu_Callback(hObject, eventdata, handles)