How to plot signal with many legs which has NaN elements

I am given a signal with 2 legs that I will have to plot. The plot which confuses me is e.g. for the part of the signal which is: 1/(2-t) for t > 3 and t<5. I create a logical array with only ones at range[3,5] but after I create the output for this leg of the function, when I merge the different legs using addition to get them into one function , I get an error as at some parts I have NaN values (which is obvious, as for t = 2 there is division with zero). How can I get rid of them? I tried using a for loop to only go through the parts I care about but I can't get this to work, and it makes my solution kinda messy. Any suggestions? Thanks

Some code for example:

t = -10:0.1:10;
int1 = (t>-1) & (t<0);
int2 = (t>3) & (t<5);

l2 = int2 .* (1 ./ t);
l1 = ...

final = l1 + l2;    % the whole final signal/function representation
plot(t,final);      % appears with gaps

Answer 1

[David Hill]

idx=isnan(final);
plot(t(~idx),final(~idx));

[Takis Akis]

Thanks for answer. It works for plotting, but would there be another more elegent way to do this, maybe by trying to set the NaNs to Zero?

[David Hill]

final(isnan(final))=0;
plot(t,final);