Hello,
I am currently doing my final year tech project in University. I am creating a
graphic design + music project using GEM in Pure Data. I was wondering, is
there a way to trigger certain patches, one after the other? For example, one
patch creates moving particles, and the next creates 3d
Le 08/04/2014 16:20, kate sweeney a écrit :
Hello,
I am currently doing my final year tech project in University. I am creating
a graphic design + music project using GEM in Pure Data. I was wondering, is
there a way to trigger certain patches, one after the other? For example, one
patch
hello
you can control the rendering order with the [gemhead]'s argument (see
gemhead-help.pd for explanation)
or you can also trig manually a rendering chain by banging a [gemhead],
in this second case you may need to disable auto-trigering by sending a [0(
to [gemhead] (auto-rendering is turned
Do you mean something like the attached abstraction? It turns your patches in
a particular directory into a slideshow.
It uses an object called [canvasinfo] which is only available in Pd-l2ork. If
you don't use Pd-l2ork you can replace it with [iemguts/canvasname] (and remove
the message box
The reason I suggested trying arecord | aplay is because it would be
running input and output simultaneously. In Audacity, you're doing one
after the other.
Unfortunately, I'm not sure exactly what is going wrong here. Does your
soundcard work as expected on other computers? Was it fine on the
*Patching Circle*
*Fri, April 116:30pm*
*Conference Room*
Embedded Generative Music Systems on Android and iOS with Chris McCormick
and Dan Wilcox. Learn how to embed Pure Data on your Android or iPhone.
The New York City Patching Circle is an free alternating monthly meeting
and salon open to
Hi there. I'm trying to find a way to plot the frequency response of [bp~].
I know of patches that can plot from biquad coefficients, so it'd be great
if I could get biquad coefficients from an input of frequency and Q.
I see [bp~] is a 2 pole filter. So does it mean I can achieve it by zeroing
The quick and dirty way is just to feed the filter white noise and plot the
output signal's spectrum. Guaranteed to show the actual performance of
the filter, and not somebody's idea of how it ought to be working.
If you need a theoretical curve, I'd start with a look at the [bp~] source
to
Hi!
Is there some way to fill an array (table) with an arbitrary wave form
programatically? I know I can use sinesum or cosinesum to generate sums of
sinusoidal wave forms, and in theory any periodic waveform can be generated
this way. But I want to generate wave forms using more complicated
I'd start with a look at the [bp~] source to see if you can extract some
hints about how the filter is implemented.
Done that, way out of my head. What I can deal with is wether I can get to
it with biquad coefficients.
thanks
2014-04-08 21:28 GMT-03:00 Bill Gribble g...@billgribble.com:
just
- think of the table size you want.
- get its period in seconds, or better, its frequency, according to the
sample rate
- use this frequency as the frequency of [phasor~], going from 0 to 1 (be
careful to set the starting phase as zero, as well)
- make [phasor~] feed whatever crazy idea
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