I've installed else from deken, but I can't find the source files, plus
I don't know which objects are mc aware, there doesn't seem to be such a
prefix. What about the perform routine of [snake_in~], where is this
located?
On 9/10/23 21:41, Alexandre Torres Porres wrote:
Check many of my mc aware objects in else. Snake uses a perform
routine, but a very simple one and you can also look for that copy
function in the code. There is no real difference and you just have to
split the vector in different chunks of block sizes to get different
channels. Other vanilla objects that are mc aware also do this
On Sun, 10 Sep 2023 at 15:17 Alexandros Drymonitis <[email protected]>
wrote:
I want to experiment with the new Pd feature of the
[snake_in~]/[snake_out~] objects, specifically with [snake_in~].
In Pd's
source files (in d_misc.c) I read the following in [snake_in~]'s dsp
routine:
```
static void snake_in_tilde_dsp(t_snake_in *x, t_signal **sp)
{
int i;
/* create an n-channel output signal. sp has n+1 elements. */
signal_setmultiout(&sp[x->x_nchans], x->x_nchans);
/* add n copy operations to the DSP chain, one from each
input */
for (i = 0; i < x->x_nchans; i++)
dsp_add_copy(sp[i]->s_vec,
sp[x->x_nchans]->s_vec + i * sp[0]->s_length,
sp[0]->s_length);
}
```
There is no perform routine, so my question is, how do I deal with
snake
signals in a perform routine? How do I unpack them? Where is this
happening in Pd's source code, so I can have a look?
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