how to plot different graphs for each iteration of a for loop?
4 Ansichten (letzte 30 Tage)
Ältere Kommentare anzeigen
Nabhdeep Bansal
am 24 Aug. 2014
Kommentiert: the cyclist
am 24 Aug. 2014
t=linspace(0,12,1000);
T=2;
Y=g(t)';
f=0;
N=50;
hold on;
h=zeros(N,1);
clr=lines(N);
for n=1:25:N;
line(t,Y,'linewidth',5)
grid on;hold on;
A=(1/T)*quadgk(@g,0,T);
P=@(t)g(t).*(cos(n*pi*t));
Q=@(t)g(t).*(sin(n*pi*t));
Ax=(2/T)*quadgk(P,0,T);
Bx=(2/T)*quadgk(Q,0,T);
f=f+(Ax*cos(pi*n*t)+Bx*sin(pi*n*t));
final=A+f;
h(n)=plot(t,final,'linewidth',2,'Color',clr(n,:));
end
hold off;
legend(h, num2str((1:N)','harmonic-%d')).
I wish to plot different graphs for every iteration done. Is it poosible?
0 Kommentare
Akzeptierte Antwort
the cyclist
am 24 Aug. 2014
Bearbeitet: the cyclist
am 24 Aug. 2014
Put the "figure" command at the start of the for loop.
doc figure
for details.
Also, in the line
A=(1/T)*quadgk(@g,0,T);
you don't want the "@". It should be just
A=(1/T)*quadgk(g,0,T);
2 Kommentare
the cyclist
am 24 Aug. 2014
It's easy to get confused on this. What quadgk() requires as its first argument is a function handle. So, for example, if you wanted to integrate the sine function, you would use
@sin
because that is the handle to the sine function. However, you have defined g yourself, and g is itself a function handle.
Weitere Antworten (0)
Siehe auch
Kategorien
Mehr zu Logical finden Sie in Help Center und File Exchange
Produkte
Community Treasure Hunt
Find the treasures in MATLAB Central and discover how the community can help you!
Start Hunting!