Not being defensive, I was attempting to be jocular and giving; you credit.
for learning; your stuff.
Well, I haven't tried it with a simple sign wave, because I figure
that because the math was so simple on something like that,
it might not change pitch, but one never knows.
I would show you guys this project, but it belongs to a client, so
you guys will hear it when he puts it up on youtube.
When i get time, I'll try the test tone thing.
At 10:30 AM 8/29/2010, you wrote:
At 09:39 AM 8/29/2010, you wrote:
yes, I know your a freshly graduated student, so you can call me on not
No need to get defensive, man.
I am fully aware that one can dither low level source material and
then normalize the results, so as to more clearly hear the effect of
the dithering.
and if you read that article you sent us from the benchmark guys,
Of course I read it - understood it too. Your point is??
When talking to my great friend and mentor Tom Kingston, he agreed,
that this would definitely be the sure fire way to
do a dump and get exactly what you hear re-recorded at the new sample rate
Absolutely. Anyway, about this pitch variance after re-sampling...
has anybody else on this list ever heard such a thing? Chris, can
you take something simple, unwavering and measurable, like a 1KHZ
test tone for example, and show us how much resampling has changed
the frequency of the tone?
Using a 1kHZ tone should make the math simple, since 1 cent equals
1/100th of a semitone.
Chris
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