Il giorno gio, 30/11/2006 alle 11.23 -0800, Eric Blossom ha scritto:
> > > > 3. make a 1-to-N connection?
> > >
> > > If you mean may one output connect to multiple inputs, yes.
> > > This is frequently done in the examples.
> >
> > Which examples? The only one I know is:
> > http://www.gnu.org/
On Thu, Nov 30, 2006 at 10:50:18PM +0100, Davide Anastasia wrote:
> Il giorno gio, 30/11/2006 alle 11.23 -0800, Eric Blossom ha scritto:
>
> > First off assuming that a flow graph maps to a single thread would be
> > a mistake. There are several cases where you get multiple threads
> > from a sin
Il giorno gio, 30/11/2006 alle 11.23 -0800, Eric Blossom ha scritto:
> First off assuming that a flow graph maps to a single thread would be
> a mistake. There are several cases where you get multiple threads
> from a single flow graph. Expect there to be more and more cases
> where SMP/multicor
On Thu, Nov 30, 2006 at 04:58:12PM +0100, Davide Anastasia wrote:
> Il giorno mer, 29/11/2006 alle 18.49 -0800, Eric Blossom ha scritto:
> > > Some question about the python flow_graph class.
> > > Is it possible to:
> > > 1. derive it?
> >
> > Yes. Virtually every example does this ;)
> >
> ???
Davide Anastasia wrote:
Which examples? The only one I know is:
http://www.gnu.org/software/gnuradio/doc/exploring-gnuradio.html
gr-radio-astronomy applications do this as well. Both
usrp_ra_receiver.py and usrp_psr_receiver.py
do this.
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Il giorno mer, 29/11/2006 alle 18.49 -0800, Eric Blossom ha scritto:
> > Some question about the python flow_graph class.
> > Is it possible to:
> > 1. derive it?
>
> Yes. Virtually every example does this ;)
>
???
> > 2. connect the tail of a graph to the head of another one?
>
> Generally yo
On Thu, Nov 30, 2006 at 02:30:08AM +0100, Davide Anastasia wrote:
> Some question about the python flow_graph class.
> Is it possible to:
> 1. derive it?
Yes. Virtually every example does this ;)
> 2. connect the tail of a graph to the head of another one?
Generally you have only a single flow
Some question about the python flow_graph class.
Is it possible to:
1. derive it?
2. connect the tail of a graph to the head of another one?
3. make a 1-to-N connection?
Thanks,
--
Davide Anastasia
web: http://www.davideanastasia.com/
email: [EMAIL PROTECTED]
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