cd Tutorial5/
ls
ans =
FourierMat.m    Tutorial5.doc   Tutorial5.pdf   myfftSt.m
FourierMatSt.m  Tutorial5.html  myfft.m         spectraSt.m

FFTst=myfftSt(t,temp);
??? Undefined function or variable 't'.

t=linspace(0,10,200);
temp=sin(2*pi*t);
plot(t,temp)
FFTst=myfftSt(t,temp);
??? Error using ==> vertcat
All rows in the bracketed expression must have the same 
number of columns.

Error in ==> /Users/pershing/Documents/Courses/2003_04/CIS401-Matlab/Lecture10/Tutorial5/myfft.m
On line 24  ==> a = real( [y(1); 2*y(2:N/2+1) ] )/N;

Error in ==> /Users/pershing/Documents/Courses/2003_04/CIS401-Matlab/Lecture10/Tutorial5/myfftSt.m
On line 11  ==> [a,b,f,t1]=myfft(time,data);

FFTst=myfftSt(t',temp');
FFTst
FFTst = 
     a: [101x1 double]
     b: [101x1 double]
     f: [1x101 double]
    t1: 0
FFTst.t1
ans =
     0
FFTst.a(1:5)
ans =
   1.0e-03 *
   -0.0000
    0.0157
    0.0646
    0.1531
    0.2947
edit myfftSt



[t,XYZ]=ode23(@LorenzEq, [0 100], [1 1 1]');
??? Error using ==> feval
Undefined function 'LorenzEq'.

Error in ==> /Applications/MATLAB6p5/toolbox/matlab/funfun/private/odearguments.m
On line 104  ==> f0 = feval(ode,t0,y0,args{:});

Error in ==> /Applications/MATLAB6p5/toolbox/matlab/funfun/ode23.m
On line 154  ==> [neq, tspan, ntspan, next, t0, tfinal, tdir, y0, f0, args, ...

cd ..
[t,XYZ]=ode23(@LorenzEq, [0 100], [1 1 1]');
plot(t,XYZ)
plot(XYZ(:,1),XYZ(:,3))
plot3(XYZ(:,1),XYZ(:,2),XYZ(:,3))
[t,XYZ]=ode23(@LorenzEq, [0 100], [1 1 1]',[],[10 10 8/3]);
plot(t,XYZ)
exit