Hi,
I am trying to use an OOT module written by someone. The module is writen in
Python and crashes on following line:
...
self.avg = filter.single_pole_iir_filter_ff_make(1.0, self.fac_size)
^
AttributeError: module 'gnuradio.filter' has no attribute
'single_p
> Make your project a git repository.
>
> Ron
>
The project is already on github:
https://github.com/wkazubski/gr-gnMAX2769
> On 5/17/22 07:35, Wojciech Kazubski wrote:
> > Hello!
> > When I build (on Linux) a GNU Radio OOT module, written in C++, the
> > li
Hello!
When I build (on Linux) a GNU Radio OOT module, written in C++, the library
file is named like this:
libgnuradio-modulename.so.v0.2-compat-xxx-xuknown
The name is the same for versions 0.2.0, 0,2.1, ... which makes conflicts when
the library is updated by a package manager.
How to change
gnuradio39/openSUSE_Leap_15.3
There is a repository hardware:sdr on OBS with more packages related to GNU
Radio (currently 3.8.5 is there).
--
Wojciech Kazubski
Hello
Now improved RTL-SDR dongles are widely available, according to sellers'
notice they support bias tee and direct conversion. So far rtl-sdr driver has
support for bias tee for some time, but the last tag 0.6.0 is quite old and
does not have this.
Some distributions tend to stick to releas
until you measure it at the output of your
hardware. The levels inside GNU Radio are usually related to amplitude of 1.
It is only a number so it is impossible to tell what voltage or power should
be here.
--
Wojciech Kazubski
get this error in Log
Power FFT block:
Failed to eval ''part' if vlen == 1 else 'none'': name 'vlen' is not defined
Is this a bug or I am doing something wrong?
--
Wojciech Kazubski
ffline
processing. I used this combination mainly due to lack of suitable combination
of speed and capture time in software package Scopy, developed for this
module.
--
Wojciech Kazubski
Hello all!
I am trying to port my OOT block to GNU Radio 3.8. It is a source block for my
GNSS frontend. board. The board outputs complex samples with a rate of 16.368
Ms/s. Everything works as expected in GNU Radio 3.7 but after porting the
samples are processed with very low rate (some 16 000