Hi Greg,
I can't seem to find the original post for this, hope I'm not missing
any important points!
On Mon, 23 Oct 2006, Greg Surges wrote:
I'm a music composition/technology major at the University of
Wisconsin-Milwaukee, currently taking a course in PD, and also
studying it in private l
On Wed, 25 Oct 2006, padawan12 wrote:
expandability, in my current layout, if I have n objects, I have to have
n-squared switches. Above a certain number, adding a module could become
very time-consuming.
Yeah, doing it the hard way with connections means you have to wire
every permutation. Loo
Hallo,
padawan12 hat gesagt: // padawan12 wrote:
> Yeah, doing it the hard way with connections means you have to wire
> every permutation. Look at this example for a 4 to 4 matrix. Imagine
> how much fun an 8 to 8 or higher looks like.
>
> The most extensible way probably involves sending [conne
On Mon, 23 Oct 2006 22:08:34 -0500
Greg Surges <[EMAIL PROTECTED]> wrote:
> Hi all,
>
> I'm a music composition/technology major at the University of
> Wisconsin-Milwaukee, currently taking a course in PD, and also studying
> it in private lessons. I am wondering if anyone has any experience wi
On Mon, 23 Oct 2006, Greg Surges wrote:
I'm a music composition/technology major at the University of
Wisconsin-Milwaukee, currently taking a course in PD, and also studying
it in private lessons. I am wondering if anyone has any experience with
matrix-type switching, i.e. a modular system in
Hi all,
I'm a music composition/technology major at the University of
Wisconsin-Milwaukee, currently taking a course in PD, and also studying
it in private lessons. I am wondering if anyone has any experience with
matrix-type switching, i.e. a modular system in which any module can
connect to
