Hi,
sadly, I still don't understand:
your control won't be 0 or 1 forever. What do you do with the signal
that comes in while it's 0? Will it be forgotten? Will it be saved for
the time when control is 1 again?
Hence, I'll just repeat my question, could you please say "a", "b", "c"
or "none of these"?
Let's define:
n_in = samples going into your "tap"
n_out = samples coming out of your "tap"
n_ctrl = control values going into your "tap"
While the control is 0, do you
a) want your samples coming out of the "tap" to be constant 0, meaning
that n_in=n_out=n_ctr, OR
b) want the samples to just be dropped, n_in = n_ctrl, n_in < n_out;
c) you want your tap to just let samples through when control is 1, so
that it behaves like a real water tap, holding water back, meaning that
n_in = n_out > n_ctrl
Best regards,
Marcus
On 07/02/2015 02:28 PM, Antonny Caesar wrote:
> Marcus,
>
> I made the drawing; it's attached. I want the entire signal or "nothing"
> in the output.
> It's the same of multiplying my signal by 0 or 1. The problem is: these
> factors (0 and 1) have to appear in a random way. I can't predict it,
> that is, I don't know when the output is "nothing" or the entire signal,
> that's what I need.
>
> I think it's easier now.
>
> Thank you.
>
> Attachments:
> http://www.ruby-forum.com/attachment/10897/senoide.jpg
>
>
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