I suggested the approach, but I don't really support us facilitating the
circumvention of a system security feature (or annoyance, based on your
perspective). At the least, it shouldn't be considered Pd's "standard practice"
for macOS, in my opinion.
Hypothetically, what if someone uploads a
why you used an [until] ?
I should put a [metro] there. speed @ 1/64 of the block.
(not tested)
--
Mensaje telepatico asistido por maquinas.
On 15/10/2022 15:04, Thomas Grill wrote:
The first patch, using a modulo [%] object to cycle from 0 to 63, startsed out
very precise but degraded
> The first patch, using a modulo [%] object to cycle from 0 to 63, startsed
> out very precise but degraded over time as the integer from the counter
> structure above it increases.
The reason is precision loss because of the limited 32-bit word size in Pd.
The easy solution is to feed back
Hi Thomas,
thanks for your reply!
Yes I have tried re-[block~]ing the patch to 1 sample and using snapshot.
I have also tried using [tabsend~] at normal 64 sample block size, and
then various means of reading out the samples from the table, including
[until] and [timer].
I got close with
[pix_sig2pix~] any good?
On Sat, Oct 15, 2022 at 6:08 PM Derek Holzer wrote:
> Dear list,
>
> I am trying to convert an audio signal into a series of floats. I
> would like to do this for every sample in the audio signal, however
> the closest I can get using a variety of techniques is in
Hi Tim,
this does almost the opposite of what I want, it converts audio to
colors. I need to look up the pixel values in a video image and get them
out, eventually as audio.
For the deep dive, you can see my Rutt/Etra Scan Processing emulation in
the Vector Synthesis library:
Hi Derek,
not sure exactly whether you have covered this, but
- what about a subpatch/abstraction with blocksize 1 and a [bang~]/[snapshot~]
to deliver the sample?
- or at normal blocksize a [tabsend~] and then [until] to read out the frames
from the buffer?
the physical timing will be more or
Dear list,
I am trying to convert an audio signal into a series of floats. I
would like to do this for every sample in the audio signal, however
the closest I can get using a variety of techniques is in blocks of 64
samples. I have tried snapshot with a metro set at 1 sample intervals.
I have
