How do I create a square wave using 'zeros' and 'ones' functions?

Here is my code so far.

clear all; close all; clc;

incrm = 0.01;

T0 = 2;

W0 = pi;

t = 0:0.01:10;

xt = ???????????????

plot(t,xt)

hold on

xlim([0,10]);

ylim([0,1]);

xlabel('t');

ylabel('xt');

title('Signal Approximation')

Answer 1

[madhan ravi]

Edited

t = 0:0.01:10;
x=ones(1,numel(t)) %add this
x(t>=1 & t<2 | t>=3 & t<4 | t>=5 & t<=6 | t>=7 & t<=8 | t>=9 & t<=10 )=0 %and this
plot(t,x)  % if you add t+pi horizontal shift or t-pi
xlim([0,10]);
ylim([0,1]);
xlabel('t');
ylabel('xt');
title('Signal Approximation')

[madhan ravi]

use builtin square() to create square wave

[Brandon Burmeister]

I have to do it using 'zeros' and 'ones' functions!

[madhan ravi]

homework?

[Brandon Burmeister]

Yes it is for a lab.

[madhan ravi]

Read about logical operations

[madhan ravi]

see the edited answer

[Brandon Burmeister]

That didn't work. It gave me all zeros in my plot. (The second image I sent.) I need it to look like the first image I sent.

[madhan ravi]

See the edited answer and attached screenshot now

[Brandon Burmeister]

Yes. I am trying it now

[madhan ravi]

if its what you want accept the answer so people know question is solved

[madhan ravi]

upload the code you are trying

[madhan ravi]

dude ! change

    x(t>=1 & t<2 | t>=3 & t<4 | t>=5 & t<=6 | t>=7 & t<=8 | t>=9 & t<=10 )=0

to this

xt(t>=1 & t<2 | t>=3 & t<4 | t>=5 & t<=6 | t>=7 & t<=8 | t>=9 & t<=10 )=0

[Brandon Burmeister]

I noticed that and changed it and it still isn't working.

[madhan ravi]

x(t>=1 & t<2 | t>=3 & t<4 | t>=5 & t<=6 | t>=7 & t<=8 | t>=9 & t<=10 )=0 <----- it should be zero not one!!!

[Brandon Burmeister]

YES!!! It's working now! Thank you

[madhan ravi]

Anytime ,if it works accept the answer

[Brandon Burmeister]

Is there a way to do it with a combination of the zeros and ones functions?

[madhan ravi]

not that I'm aware of

[Brandon Burmeister]

Alright thanks again.

[madhan ravi]

Anytime