Oh interest challenge of the definition of resonance. The typical textbook
diagram shows a little local bump at some frequency in a bode diagram, but
if you consider dc the resonant frequency, then the only way to show a bump
is by being higher than all the other frequencies (i.e. monotonically
This code is also dangerous "LGPL" :-)
Seriously, I'm afraid this is also too much for him. Code is not really
good to explain solutions. I prefer the clarification and let people
code themselves.
Let's try it this way:
1. Apply an anti aliasing filter with an edge frequency of about
A HHR performes both simple reflection and self oscillation. At the
beginning of the triggering phase the sound runs into it and is
reflected at the inner walls. A little part of the sound comes out
through the hole while a larger part is reflected creating steady waves
as known in all rooms
How about freezing and stretching moments. Is this resonance?
> On Jul 22, 2018, at 21:10, robert bristow-johnson
> wrote:
>
>
> I've been wondering about the connection that resonance and filter orders at
> least 2. That's 2 delays (and feedback).
>
> But if you're limiting the resonant
I've been wondering about the connection that resonance and filter orders at
least 2. That's 2 delays (and feedback).
But if you're limiting the resonant frequencies to DC and Nyquist, then with a
one-sample delay digital filter, you can have something like "resonance".
Even if the
This solution, without using any low pass filters before and after the
desimation, will generate a lot of aliasing frequencies, Kjetil!
Here is another solution:
https://github.com/intervigilium/libresample/tree/master/jni/resample
Henrik
On 22.07.2018 22:22, Kjetil Matheussen wrote:
Maybe
Yes. The term helmholz resonator should be a hint ;) Basically when a
sounds gets added to itself after a delay you end up adding energy to the
frequency that corresponds to that delay amount. For very long echos we
don't hear it as a resonance, but for shorter delays it will boost higher
and
where is low pass filter?
On Sun, Jul 22, 2018, 23:22 Kjetil Matheussen
wrote:
> Maybe this will give you an idea:
>
> 48khz -> 8khz:
> float get_output_sample(get_input_sample){
>static int i=0;
>static float sample;
>
> if (i % 6 == 0)
> sample = get_input_sample();
>
> i++;
Maybe this will give you an idea:
48khz -> 8khz:
float get_output_sample(get_input_sample){
static int i=0;
static float sample;
if (i % 6 == 0)
sample = get_input_sample();
i++;
return sample;
}
8khz -> 48khz:
float get_output_sample(get_input_sample){
float ret =
Hi DSPers,
I would like to reflect a bit about creating (primarily music) synthesis
machines,
or possibly software, as sort of talking about a dream that has been of some
people
since let's say the first (mainly analog!) Moogs in the 60s. What is that idea
of
creating a nice piece of
real time
On Sun, Jul 22, 2018, 22:52 jpff wrote:
> Were you expecting real-time/time-critical resampling or offline?
>
> ___
> dupswapdrop: music-dsp mailing list
> music-dsp@music.columbia.edu
> https://lists.columbia.edu/mailman/listinfo/music-dsp
Were you expecting real-time/time-critical resampling or offline?
___
dupswapdrop: music-dsp mailing list
music-dsp@music.columbia.edu
https://lists.columbia.edu/mailman/listinfo/music-dsp
This is even more incomprehensible.
I'm looking for a simple example of code and explanation how to convert
signal of 48Khz freq samples to 8Kh ,do processing of signal and convert
8Khz to 48Khz freq samples.
Thanks,
Alex
2018-07-22 22:28 GMT+03:00 Vladimir Pantelic :
>
https://en.wikipedia.org/wiki/GNU_Lesser_General_Public_License
On Sun, Jul 22, 2018, 21:23 Alex Dashevski wrote:
> Hi,
> Could you explain how to use with LGPL ? I can't understand it.
> Thanks,
> Alex
>
> 2018-07-19 21:28 GMT+03:00 Esteban Maestre :
>
>> Hi Alex,
>>
>>
>> This is a good read:
Hello all
Is "feedback with delay" really resonance? I recognize many people describe the effects of "room resonanes this way", but to my understanding these are no resonances in the basic meaning but reflections. A resonance is a self standing oscillating system like a guitar string or an
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