Hi Barry,
I don't know whether I'm following your intent, but I assume you have a
Variable in GRC called "frequency_a", at say value 99 and you want to
have a signal source block that you want to run at frequency 9?
In that case, you can literally put
frequency_a / 11.0
in that frequency field
Marcus, Chris, and others:
What I am really trying to do is replicate a time-domain FSK modem I
designed in 1972 (using discrete components of course). It used a
crystal oscillator at 12,770 hz (square wave) and divided that by 5 and
then ANDed with the input signal. The other path divided by
Hi Jale - translate.google.com es su amigo ... siéntase libre de usarlo, pero
también tenga en cuenta en sus correos electrónicos que lo está usando.
Unos pocos pensamientos:
* obtener la señal Tx para estar más cerca de [-1, +1] ... [-0.6, +0.6] no es
escala completa, y la señal Tx será mucho
Hello Barry:
I am not aware of any good ways to do this (there must be, I think; it's just
that I haven't used GNU Radio for such things), but here is one thing that you
can do, if you cannot find suitable blocks: writing your own blocks.
Attached is a simple example (Python-based; quite slow
Hi,
What would be the correct way to use a block in one of the OOT modules say
block named blk of OOT module named oot1 in another package say named pkg.
I have done following:
1. Added header file of blk in header of the pkg and declared a static
pointer for the blk class. This gives no errors.
