Hi all,
Maybe this is a dumb question, but I didn't find any discussion on the web
or in the mailing list archives. The integrate block (e.g.,
blocks.integrate_ff) doesn't seem to operate as I'd expect.
What I'm looking for is a block that integrates from time 0 with no
decimation. So, an input
On 12/20/2019 10:39 AM, Joe K wrote:
Hi all,
Maybe this is a dumb question, but I didn't find any discussion on the
web or in the mailing list archives. The integrate block (e.g.,
blocks.integrate_ff) doesn't seem to operate as I'd expect.
What I'm looking for is a block that integrates fro
Yeah, I understand it's not a practical thing in reality, this is mostly
for a short-duration simulation which runs for a few K samples then stops.
Obviously any real-world signal with any DC bias would rail this out.
I'm still surprised the integrate_x blocks allow a decimation = 1 since
that eff
On 12/20/2019 11:33 AM, Joe K wrote:
Yeah, I understand it's not a practical thing in reality, this is
mostly for a short-duration simulation which runs for a few K samples
then stops. Obviously any real-world signal with any DC bias would
rail this out.
I'm still surprised the integrate_x bl
Fair points. As a counter-point, though, Simulink's integrate block works
exactly as you'd expect an "integrate" block to work.
I don't expect the GR documentation to explain the fundamentals of a
generalized block (any IIR filter) but it would be nice if they explained
what the specific implemen
