ZITA-LRX(1) General Commands Manual ZITA-LRX(1)NAME
zita-lrx - zita-lrx is a command line application providing crossover filters for Jack Audio Connection Kit
SYNOPSIS
zita-lrx [options][configfile]
DESCRIPTION
This manual page documents briefly the zita-lrx
This manual page was written for the Debian distribution because the original program does not have a manual page.
zita-lrx is command line jack application providing 2, 3, or 4-band, 4th order crossover filters. The filter type is continuously vari-
able between Linkwitz-Riley (-6dB at the xover frequency) and Butterworth (-3 dB at the xover frequency). Outputs are exactly phase
matched in the crossover regions. The application supports up to 16 channels. Configuration is by a text file using 'OSC' style syntax
(similar to Ambdec and Jconvolver).
Apart from the basic filter parameters, the following can be set:
- Channel labels (used for naming Jack ports).
- Frequency band names (used in output port names).
- Optional output autoconnections.
- For each channel: gain and delay (in ms).
- For each frequency band: gain and delay.
OPTIONS -h
Display short info
-N <name>
Name to use as jack client
-s <server>
Jack server name
SEE ALSO
jackd(1).
AUTHOR
zita-lrx was written by Fons Adriaensen <fons@linuxaudio.org>.
This manual page was written by Debian Multimedia Maintainers <pkg-multimedia-maintainers@lists.alioth.debian.org> for the Debian project
(but may be used by others).
February 6, 2012 ZITA-LRX(1)
Check Out this Related Man Page
JCONV(1) General Commands Manual JCONV(1)NAME
jconv - is a Convolution Engine for JACK using FFT-based partitioned convolution with multiple partition sizes.
SYNOPSIS
jconv [options][config-file][connect-file]
DESCRIPTION
This manual page documents briefly the jconv program.
jconv is a Convolution Engine for JACK, based on FFT convolution using the convolution engine for reverberation processing. This distrib-
utes the calculation over up to five threads, one for each partition size, running at priorities just below the the one of JACK's process-
ing thread.
To run this program you need config file and wav file for convolution. Demo config files you can find in /usr/share/jack-jconv/config-files
directory.
(You have to edit path to your convolution wav file)
Set of wav files you can download from Fons Adriaensen's web pages http://www.kokkinizita.net/linuxaudio/downloads/index.html (jconv-
reverbs.tar.bz2) or you can use another convolution files which are supported by libsndfile.
Some other info can be found in README and README.COFNFIG files in /usr/share/doc/jack-jconv.
OPTIONS
A summary of options is included below.
-h Display short help
-v Print partition list to stdout [off]
-L <nframes>
Try to compensate <nframes> latency
-M Use the FFTW_MEASURE option [off]
-N <name>
Name to use as JACK client [jconv]
SEE ALSO jackd(1),
AUTHOR
jconv was written by Fons Adriaensen <fons@kokkinizita.net>.
This manual page was written by Debian Multimedia Maintainers <pkg-multimedia-maintainers@lists.alioth.debian.org>, for the Debian project
(but may be used by others).
March 23, 2009 JCONV(1)
Hi,
I'm trying to communicate two servers (HP DLProliant 380 G5) via a crossover cable, but I don't get them to ping each other.
I am working in RHEL 4.
These are the steps I've performed:
1) Plugged the crossover cables in eth2.
(note: The cable is brand new. Also I built one myself... (3 Replies)
Hi,
I have a file like below:
.
.
.
.
Jack is going home
Jack is going to school
Jack is sleeping
Jack is eating dinner
John is going home
John is eating breakfast
.
.
.
The specific line is:
Jack is going home (2 Replies)
Hi,
I have a file like follows
.
.
.
White.Jack.is.going.home
Black.Jack.is.going.home
Red.Jack.is.going.home
Jack.is.going.home
.
.
.
when I make:
cat <file> | grep -w "Jack.is.going.home"
it gives:
White.Jack.is.going.home
Black.Jack.is.going.home
Red.Jack.is.going.home... (4 Replies)
Hi,
I would like to know how to find out frequency of memory, I have used the command prtconf but it is showing amt of ram available on server, it is not showing frequency.
Regards,
Manoj (1 Reply)