Hi!
Quick answer, don't have time right now:
(A) Why did you save them as wav audio? Usually, it's wiser to just store them
as raw data; see the scripts in gnuradio-core/src/utils/{read,write}*
Note: you're sending symbols from the source, not samples! Use bytes as data
format.
Answers:
(1) ye
Hi Nemanja,
Considering following flowgraph, assume your block is A, and
assume all blocks work with the same itemsize.
good question, but basically, when running, when A is done with a
run of work, it's thread notifies blocks "upstream" (B in
Hi everyone.
Thanks for all the replies on my previous thread. I did some tests and found
out that the FFT and IFFT do not add noise to my audio signal. It works
perfectly! The noise is coming from another part of my flowgraph.
Before I introduced the FFT and IFFT, I was working with an audio sig
I just realized that float to bits is also acceptable, as long as the samples
don't lose precision.
I didn't tacked this by scaling the samples then converting to int because I
don't know what is the range of values for the outputs of the FFT and IFFT
blocks.
From: gui--rit...@hotmail.com
To: d
Thank you Bennett.
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Sorry my bad, it's typo.
I actually did save *.wav into *.dat.
and good to hear about that "it will work"
One question,
*the scripts in gnuradio-core/src/utils/{read,write}*
If I use those scripts in the matlab, I will not need to worry about
setting the format, like float, int, or byte...etc, ri
