foo_dsp_xover / News: Recent posts

foo_dsp_xover v0.42 is ported to foobar2000 v1.x

See http://xover.sourceforge.net/ for installation
details.

François Bourdon

Subject says it all!

foo_dsp_xover v0.38 is ported to foobar2000 v0.9

See http://xover.sourceforge.net/ for installation
details.

François Bourdon

I am pleased to announce that I have released version 0.34
of foo_dsp_xover now capable of displaying the filters frequency
response providing you with a sight on the filters behavior.

I have also issued a new web site providing structured
information on this foobar2000 plugin. This web site
covers the following topics.
. Purpose
. Specifications
. Screenshot
. System Requirement
. Installation
. Use
. Goal
. Projects
. Acknowledgement
. Links
. About us
. Warning
The site can be found @ http://xover.sourceforge.net/ and
will be maintained to reflect the future update of the
foo_dsp_xover plugin.... read more

The specifications of the V0.24 crossover implemented
by the plugin are:
- Stereo
- 4 voices or less
- Filters: Butterworth, Bessel, Chebyshev
- Type: Low Pass, High Pass, Band Pass, Band Stop
- Order: 1 to 8
- Filter frequencies: 1-22050 Hz
- Gain control per voices
- Output dialog allowing each voice configuration (new)
. Routing
. Summing: stereo, mono, to_left, to_right (new)
. Phase: normal / reverse (new)
. Delay: Sec, mSec, M, mm, In, 1/100 In (new)
- Mute control per voice
- Automatic recalll from previews session of all
parameters (new)
- Validation data entry error reporting dialog (new)
. filter
. delay
- Configuration data model validation and automatic
reset warning dialog (new)... read more

I would like to present a new software that I have been working on since a while in my spare time. It is a plugin that implements a digital crossover for the audio player foobar2000.

The specifications of the crossover implemented by the plugin are:
- Stereo
- 4 voices or less
- Filters: Butterworth, Bessel, Chebyshev
- Type: Low Pass, High Pass, Band Pass, Band Stop
- Order: 1 to 8
- Filter frequencies: 1-20000 Hz
- Gain control per voices
- Re-routing per voice to the various outputs
- Mute control per voice... read more