On 09/23/2013 03:11 PM, viper-2 wrote:
> It's Trendy to Visualize convolution with GNU C-Graph!
>
> Over 100,000 users discover that learning about the Convolution Theorem
> can be just a few keystrokes away:
>
> <http://www.gnu.org/software/c-graph/cgpress/mr.c-graph.pdf>
The manual includes sample sessions and their output graphs:
<http://www.gnu.org/s/c-graph/manual/c-graph.pdf>.
I've also uploaded graphs on twitter @GnuCgraph. These demonstrate the
response of a low-pass RC filter excited by a triangular pulse. The
tweets and pics are here:
<https://twitter.com/GnuCgraph/status/380819753314443264>
<https://twitter.com/GnuCgraph/status/380819219513741312>
<https://twitter.com/GnuCgraph/status/380814647495901184>
I'll be including further graphs on my next rewrite of the manual. That
won't be for some time, though, as the next development phase involves
(besides upgrading the FFT) building a command line interface using
Python. So I'll be exploring how to interface Python with Fortran and a
bunch of other hacking issues.
Thank goodness that some Nexus-6 replicants did make the escape from Mars!
:)
Enjoy!!
agt
--
Freedom - no pane, all gaiGN!
GNU C-Graph - http://www.gnu.org/software/c-graph
Code Art Now - http://codeartnow.com
Caprica Law - https://sites.google.com/site/caprica313113/
Follow me on Twitter @AdrienneGT @GnuCgraph
It's Trendy to Visualize convolution with GNU C-Graph!
Over 100,000 users discover that learning about the Convolution Theorem
can be just a few keystrokes away:
<http://www.gnu.org/software/c-graph/cgpress/mr.c-graph.pdf>
agt
--
--
Freedom - no pane, all gaiGN!
GNU C-Graph - http://www.gnu.org/software/c-graph
Code Art Now - http://codeartnow.com
Caprica Law - https://sites.google.com/site/caprica313113/
Follow me on Twitter @AdrienneGT @GnuCgraph