[PD] Software Defined Radio in Pd

2014-01-30 Thread Julian Brooks
Hey all, I've come across something I'd like to share with everyone. Video demo http://newblankets.org/video/Software%20Defined%20Radio%20in%20Pd.webm (bit fuzzy but you'll get the drift) The patches are here: github: https://github.com/tkzic/pdsdr This from the github page: 'What is this?

[PD] No basic objects in pd-extended from sf git-repo

2014-01-30 Thread John Smith
Hello. What I need to to for build pd-extended from sourceforge git right way? I compiled and installed pd-extended from git, but as I see -- in this repo directory 'extra' contains only output~.pd and help patch for this. And when I opening some of my pd-patches I have no [bnd], [tgl], etc. I

[PD] Zexy build errors from Pd-extended

2014-01-30 Thread John Smith
Hello. I try to build zexy from Pd-extended_0.43.4-source.tar.bz2. $ pwd .../pd-extended/externals/zexy/ $./autogen.sh ... $ ./configure --prefix=/opt/pd-externals/zexy ... $ make ... CXX ... -o .libs/zexy.pd_linux .libs/zexy_la-0x2e.o: In function `setup':

Re: [PD] Zexy build errors from Pd-extended

2014-01-30 Thread IOhannes m zmölnig
On 01/30/2014 01:43 PM, John Smith wrote: Hello. I try to build zexy from Pd-extended_0.43.4-source.tar.bz2. please post a complete build log (without omissions). also, why don't you use either an svn-checkout of zexy: svn clone https://svn.code.sf.net/p/pure-data/svn/trunk/externals/zexy or

Re: [PD] get sinusoid from a sine and a cosine oscillator

2014-01-30 Thread Charles Z Henry
You don't want fft~/ rifft~ for that. It's a mapping between large structures on blocks and single-samples (and vice-versa). To get a single sinusoid from a path-defined circle, you just project onto a single dimension. For example, (x,y)-x or (x,y)-y or (x,y)- (sqrt(3)/2*x+1/2*y). In the

Re: [PD] get sinusoid from a sine and a cosine oscillator

2014-01-30 Thread Alexandros Drymonitis
In the case of the circle I could just use one of the tables, since one has the cosine and the other the sine, and output that as an oscillator, but if I want to combine functions to create shapes, e.g. one function for the x axis and another for y, how can I combine these two dimensions in one? I

Re: [PD] get sinusoid from a sine and a cosine oscillator

2014-01-30 Thread Charles Z Henry
That's the point I was making. By (x,y)-x I mean that you'd just use the x (cosine table) for example. The easiest projection is to throw away axes :) If you're making shapes as repeated paths in 2-D, then taking a projection (along an axis x y or any rotation of x,y) will generate a signal

Re: [PD] get sinusoid from a sine and a cosine oscillator

2014-01-30 Thread Alexandros Drymonitis
On Thu, Jan 30, 2014 at 6:36 PM, Charles Z Henry czhe...@gmail.com wrote: That's the point I was making. By (x,y)-x I mean that you'd just use the x (cosine table) for example. The easiest projection is to throw away axes :) If you're making shapes as repeated paths in 2-D, then taking a

Re: [PD] get sinusoid from a sine and a cosine oscillator

2014-01-30 Thread Charles Z Henry
On Thu, Jan 30, 2014 at 10:58 AM, Alexandros Drymonitis adr...@gmail.comwrote: On Thu, Jan 30, 2014 at 6:36 PM, Charles Z Henry czhe...@gmail.comwrote: If you want to use a contribution from both of your axes, you can just sum them together. (x+y)*sqrt(2)/2 is just a projection along the

Re: [PD] Software Defined Radio in Pd

2014-01-30 Thread Jonathan Wilkes
On 01/30/2014 06:41 AM, Julian Brooks wrote: Hey all, I've come across something I'd like to share with everyone. Video demo http://newblankets.org/video/Software%20Defined%20Radio%20in%20Pd.webm (bit fuzzy but you'll get the drift) The patches are here: github: https://github.com/tkzic/pdsdr

Re: [PD] console font size really big

2014-01-30 Thread Miller Puckette
Better than changing the font size globaly would be to change the font sizes in tcl/pdwindow.tcl to negative numbers, which has the same effect but only locally (instead of nuking everything. The particular one is: text .pdwindow.text -relief raised -bd 2 -font {-size 10} \