Hi,
Going over tutorial 2
http://gnuradio.org/redmine/projects/gnuradio/wiki/Guided_Tutorial_GRC,
trying the last example (a triangle wave, prove signal and a sine wave),
which based on common sense and the image in the tutorial, should result in
a periodic triangle shape in the waterfall scope.
I
Adrian,
your scattered questions indicate you have a long way to go before you can
do anything useful with gnuradio on your own.
I suggest you "study" these examples carefully: you'll discover that many
people have put a lot of time and love into this and have provided
documentation to answer mos
Little tip in general:
in the python/ directory, look at the __init__.py file and remove the
try / except around the "from xxx_swig import *".
This will then actually _print_ the error preventing the SWIG import ...
Cheers,
Sylvain
___
Discuss-gn
On Sun, Nov 13, 2016 at 02:46:57PM +, Benny Alexandar wrote:
[ Please use the key to limit the lenght of your text lines ]
> Only the receiver has to measure the drift and adjust to the incoming
> rate.
> ...
> So my problem is how to measure the ppm drift using timestamps from
> only the au
>>It can, even if the data stream has irregular timing. That's why there
>>is a DLL there. See the links posted before for how it works.
Suppose if I have an audio hardware where I can set the ppm drift and the
hardware adjusts the sampling frequency based on the ppm drift, then no need of
th
Mac setup has v3.0.10. I upgraded on the Linux setup from 3.0.8, but it didn't
make a difference. Good thought, though.
My intuition is saying it is something with the fact that the viterbi call is a
templated function. Either I'm not calling it quite right or SWIG isn't
wrapping it correctly.
