> On Feb 23, 2018, at 12:17 PM, Julius Smith wrote:
>
> Hi Mykle,
>
> Yes, iFFT takes spectral-bin signals in parallel. Right now they all
> run at the full audio sampling rate, but later we should be able to
> downsample as is typical.
Thanks. Clearly I have wandered in over my head, math-wi
Hi Mykle,
Yes, iFFT takes spectral-bin signals in parallel. Right now they all
run at the full audio sampling rate, but later we should be able to
downsample as is typical.
Note that for 1/f noise there is a spectral_tilt function in
filters.lib that will provide a 1/f filter for white noise as
> On Feb 22, 2018, at 10:23 AM, Oleg Nesterov wrote:
>
> On 02/22, Mykle Hansen wrote:
>>
>> My latest problem: my Faust program seems to hang the compiler,
>> locking up one CPU on my system until I terminate it.
> ...
>
>> betanoise(beta) = real, imag : an.ifft(N) : select2(0)
>> with {
>>
On 02/22, Mykle Hansen wrote:
>
> My latest problem: my Faust program seems to hang the compiler,
> locking up one CPU on my system until I terminate it.
...
> betanoise(beta) = real, imag : an.ifft(N) : select2(0)
> with {
> N=8192; // 2^13
Well, an.ifft(8192) needs some time to compile ;)
bu
Hi, me again. Thanks very much to you all for your advice lately!
I’m digging into Faust & trying to come up with an interesting
paper for the conference. At the very least I’m getting better
at the language. But I’m also hitting various snags … so again,
thanks very much for all your help.
My
