On 07/18, Yann Orlarey wrote:
>
> Hi Oleg,
>
> Here is an implementation of apply. It's the closest I've found ;-). The
> idea is to pass to the op function a list of selectors that simulate the
> formal parameters but that can be created in arbitrary numbers.
(Heh ;) I tried to do something
Hi Oleg,
Here is an implementation of apply. It's the closest I've found ;-). The
idea is to pass to the op function a list of selectors that simulate the
formal parameters but that can be created in arbitrary numbers.
tsum((x, xs)) = sin(x)/cos(x) + tsum(xs);
tsum(x) = sin(x)/cos(x);
Hi Yann,
On 07/17, Yann Orlarey wrote:
>
> I'm not sure that answers your question,
No it doesn't ;) probably I wasn't clear, please see below.
> but you can do that, for instance:
of course, you can always rewrite dsBus2int or anything else, but what
if you do not want to change the
Hi Oleg,
I'm not sure that answers your question, but you can do that, for instance:
dsBus2int(1) = >(0);
dsBus2int(N) = dsBus2int(N-1) << 1, dsBus2int(1) :> _;
encode2int(P) = P : dsBus2int(outputs(P));
process = encode2int((1,0,1,0));
Yann
*Yann Orlarey*
Directeur scientifique/Scientific
Hi Yann,
On 07/17, Yann Orlarey wrote:
>
> Hi Till,
>
> What about :
but is there a generic solution?
IOW. Suppose you have a wants_list() function and a constant N. How can you
turn N inputs into the N-ary list and pass it to wants_a_list ?
wants_list(sig.bus(N)) won't work.
Oleg.
Hi Till,
What about :
dsBus2int(1) = _;
dsBus2int(N) = dsBus2int(N-1) << 1, dsBus2int(1) :> _;
Where N is the number of binary signals that you want to combine.
Or, if you want to keep the comparison :
dsBus2int(1) = >(0);
dsBus2int(N) = dsBus2int(N-1) << 1, dsBus2int(1) :> _;
Cheers
Yann
> On 16. Jul 2020, at 20:05, Oleg Nesterov wrote:
>
> On 07/16, Till Bovermann wrote:
>>
>> import("stdfaust.lib");
>> dsBus2int_6 = si.bus(6) : \(x0, x1, x2, x3, x4, x5).(left_shift((x0, x1, x2,
>> x3, x4, x5))) with {
>>left_shift((x, xs)) = left_shift(xs) & ((x > 0) << 1) ;
>>
On 07/16, Till Bovermann wrote:
>
> import("stdfaust.lib");
> dsBus2int_6 = si.bus(6) : \(x0, x1, x2, x3, x4, x5).(left_shift((x0, x1, x2,
> x3, x4, x5))) with {
> left_shift((x, xs)) = left_shift(xs) & ((x > 0) << 1) ;
> left_shift(x) = x > 0;
> };
not that it matters, but si.bus(6)
Hello,
I'd like to write a custom "inject" function that works on parallel input
streams and turns them into a 1-dim signal (a bit like `sum` or `prod` but with
a custom concatenation function).
As an example, I made "dsBus2int", which, assuming a parallel binary-stream
(e.g. `(1, 0, 0, 1)`,
