Hi,
I need to do resampling on android.
Could you give me code on c/c++/Java?
On Tue, Jul 24, 2018, 08:56 Tom O'Hara wrote:
> I've done many resamplers over the decades (48<->32, 24,16,8) and always
> used FIRs for these reasons.
>
> Tom
>
> On 7/23/2018 6:25 PM, Nigel Redmon wrote:
> > Some
Hi.
I'm looking for a simple explanation and implementation of WSOLA. I tried
to google it but I can't understand all meaning of inputs and outputs that
WSOLA has.
My goal is to implement it in Real time on Android. Possibly, to use pitch
shifting in Real Time.
Thanks,
Alex
Oops, meant “as Tom points out…”
> On Jul 24, 2018, at 9:36 AM, Nigel Redmon wrote:
>
> (Not sure why I didn’t receive Rolf’s email directly…)
>
> Hi Rolf,
>
> First, I should have pointed to this newer series of articles (of mine), not
> old ones, earlier in this thread. You’ll get a
(Not sure why I didn’t receive Rolf’s email directly…)
Hi Rolf,
First, I should have pointed to this newer series of articles (of mine), not
old ones, earlier in this thread. You’ll get a detailed explanation of why
zeroes (and as Alex points out, the zeros can be handled efficiently so it’s a
Hello Nigel
could you please say a word more to what you mean by "2x", "3x"?
Also I am again not sure why in this case, adding zeros is an advantage. I had expected to just copy the samples to have less work to do in filtering. I tested such things in MATLAB and found that feeding zeros
Adding zeros is an advantage as then you don't need to calculate their
multiplication, as 0 x coefficient = 0
The filter order will be the same with zeros or repeated samples.
Tom
On 7/24/2018 4:37 PM, rolfsassin...@web.de wrote:
Hello Nigel
could you please say a word more to what you mean
Hello Theo
the word "hip" regarding FPGA seems to be a good hint. In several music groups the new music machines are discussed heavily. In terms analog modelling and recreating these formerly analog machines we know the digital way. At the first sight FPGAs are consequent descision what me
