I wrote a bunch of control-rate (midi) sequencer code in python that
sends messages via OSC to supercollider. I even incorporated it into a
QObject so you can just slap it into your PyQt4 UI, as I did mine.
PyQt4 is great...
check out scosc and scsynth
lemmie know if you need any help.
On 8/15/06, _ langagemachine <langagemachine(a)gmail.com> wrote:
Hello.
I write hoping that some nice LADs might enlighten me ?
I've been feeling a recent itch to write a simple step-sequencer,
which outputs MIDI messages to the ALSA seq ; it is intended to drive
a drum machine. My ideal app is provided with a graphical UI which
includes HUGE buttons (to give you an idea, the GUI in FL Studio comes
to mind).
It may seem silly at this point, but I could not find an existing app
which exactly suits me.
But anyway, I think it will be a piece of fun trying to write
something myself...
I shamefully admit being no good at C/C++ programming, but I could
write some GUI code in Python/Java, which would communicate with the
sequencer engine, over OSC for example.
Regarding said sequencing engine, I have found 3 possibilities so far :
- Chuck
http://chuck.cs.princeton.edu/
- Midishare (can be driven in Java, Lisp, ...) *provided that I can
get it to compile on my Gentoo box ...
http://midishare.sourceforge.net/
- Milk (Python MIDI engine for ALSA)
http://www.quitte.de/milk.html:
The former two seem slightly more complete ; in particular, I very
much liked Breakage, which uses Chuck :
http://www.blackholeprojector.com/
(Actually, this app would have been a very good fit, but it is
Windows/Mac only :-o)
I'll finally make my point : which framework would - in your
experience - be the most practical to use ? Or the most interesting to
learn ?
Many thanks for your attention.
NB : I am aware that Hydrogen is one fine app ;-), and probably a step
sequencer can be written as a Pd patch in seconds, but that is not
what I am after at the moment ; I insist on the user interacting with
big, Playschool-like BLOCKS :-)