Thank you very much! George
On Wed, Oct 26, 2022, 9:51 AM Marcus Müller wrote:
> Haha! Perfect :) Glad you solved the issue! And absolutely no reason to be
> sorry!
>
> On 26.10.22 17:04, George Edwards wrote:
> > Hi Marcus,
> > I have egg on my face! I messed up, Gnuradio works fine. I accident
Haha! Perfect :) Glad you solved the issue! And absolutely no reason to be
sorry!
On 26.10.22 17:04, George Edwards wrote:
Hi Marcus,
I have egg on my face! I messed up, Gnuradio works fine. I accidentally set one of the
variables in the grc which contributes to the computation of the vector l
Hi Marcus,
I have egg on my face! I messed up, Gnuradio works fine. I accidentally set
one of the variables in the grc which contributes to the computation of the
vector length incorrectly and made the size 496. Sometimes in the midst of
these problems, we overlook the obvious. My mistake!
Sorry fo
Good morning Marcus,
Thanks for your response and sharing your thoughts.
My understanding is that things should work exactly as you say. My
flowgraph has two custom built OOT blocks. Based on my signal processing
algorithms, one takes in vectors of size 200 and the other 448. The one
that takes i
Hi George,
I can't really follow. A block in GNU Radio has a *fixed* output item size. So, the Stream
To Vector block *can* only produce items of size (448*sizeof(entry in the vector)). That
can't change!
Same with your block: it has an io_signature (you set it in the constructor), which fixe
Hello George,
the input vector size is determined (more or less) by the forecast method.
If the size is greater than you need, this is not a problem, you need to
consume only the number of items you need. You will find the unconsumed items
in the next buffer.
The problem arises if you need a mini
Hello GNURadio Community,
I designed an OOT block to accept vectors of size 448 samples. In the
flowgraph, my block is preceded a Stream-to-Vector block with the vector
size set to 448 samples. My OOT block expects vector data that are of
length 448 or multiple of 448 samples for signal processing