Openstudio Openstudiopro-plugins-lv2 packages

Les greffons Calf fournissent tous les effets de studio fréquemment utilisés de nos jours avec quelques processeurs de son riches en fonctionnalités.

Calf Studiogear est conçu pour fonctionner sous LV2, le standard de greffon le plus flexible de Linux. Les greffons peuvent être insérés dans beaucoup de logiciels audio acceptant les greffons comme Ardour, Rosegarden et d'autres.

Calf Rack propose tous les effets et synthétiseurs Calf simples à utiliser sous forme de rack. Brancher les effets dans Jack permet de fabriquer son propre environnement de studio. Les processeurs de sons peuvent être déclenchés en direct ou avec un séquenceur MIDI ou un tracker.

Calf Rack gère LADISH niveau 1.

Distortion Plugins

  Tube - (Mono and Stereo version)
Valve warmth/distortion simulation.

Delay Plugins

  Delay Munge - (Mono and Sum version)
Delay with munged (non-linear) feedback & delay calculator.

Dynamics Plugins

  Compressor - (Mono and Stereo version)
Peak/RMS soft-clipping compressor.

Filter Plugins

  Low Pass (Mono and Stereo version)
  High Pass (Mono and Stereo version)
Gentle high pass and low pass filters.

Phaser Plugins

  Stereo Phaser (Mono, Stereo and Sum version)
Long slow stereo phaser.

Reverb Plugins

  ER Reverb - (Mono and Sum version)
Early reflection based reverb.

Utility Plugins

  Input Module (Stereo only)
Alter gain, balance, width, phase on a stereo signal.
  Meters (Stereo only)
Peak, VU, Phase and spectrograph meters.
  Test Tones (Mono only)
Generate testtones at specific frequencies.

IR is a zero-latency, realtime, high performance signal convolver especially for creating reverb effects. Supports impulse responses with 1, 2 or 4 channels, in any soundfile format supported by libsndfile.

IR files can be for example here:

• http://rhythminmind.net/1313/?cat=182
• http://www.echochamber.ch/responses/index.html
• http://noisevault.com/index.php?page=ir-library
• http://www.samplicity.com/bricasti-m7-impulse-responses/

For converting 2ch impupuses to 4ch True stereo format use 'convert4chan' utility. See man pages.

Library that enables plugin parameters to appear and disappear (i.e. number of voices). It also allows nested grouping of parameters. Groups can be used for things like ADSR abstraction, i.e. group of 4 float parameters.

This package contains the shared library for liblv2dynparamhost1-1.

Library that enables plugin parameters to appear and disappear (i.e. number of voices). It also allows nested grouping of parameters. Groups can be used for things like ADSR abstraction, i.e. group of 4 float parameters.

This package contains the shared library for liblv2dynparamplugin1-0.

SLV2 is a library geared towards music and audio applications which makes the use of LV2 plugins as simple as possible. LV2 is a standard for plugins and matching host applications, mainly targeted at audio processing and generation.

This package contains the shared library for libslv2.

SLV2 is a library geared towards music and audio applications which makes the use of LV2 plugins as simple as possible. LV2 is a simple but extensible successor of LADSPA plugins, intended to address the limitations of LADSPA which many applications have outgrown.

This package contains the headers used to build applications that use libslv2.

These are some tools and libraries that may come in handy when writing LV2 plugins in C++.

The following static libraries are provided:

• liblv2-plugin is a C++ library that you can use to write LV2 plugins by inheriting from a plugin base class and overriding a small number of functions.
• liblv2-gui is a C++ library that you can use to write LV2 plugin GUIs.

This package also contains the binaries lv2peg and lv2soname:

• lv2peg is a program that generates C header files from Turtle files containing LV2 plugin data.
• lv2soname is a program that generate the RDF triples needed to tell hosts that the library with that soname must never be unloaded even after your plugin GUI library has been unloaded.

This package provides runtime objects and development files.

Complete HTML documentation for lv2-c++-tools

These documents describes some C++ classes that may be of use if you want to write LV2 plugins in C++.

This package contains the 'core' LV2 audio plugin specification, including data required by hosts to make effective use of LV2 plugins. LV2 is a simple but extensible successor of LADSPA plugins, intended to address the limitations of LADSPA which many applications have outgrown.

The unified LV2 release is now provided by the lv2-dev package. This is a dummy package and can be safely removed after the installation.

Each section has an active/bypass switch, frequency, bandwidth and gain controls. There is also a global bypass switch and gain control. All switches and controls are internally smoothed, so they can be used 'live' whithout any clicks or zipper noises. This should make this plugin a good candidate for use in systems that allow automation of plugin control ports, such as Ardour, or for stage use.

Perhaps you don't know what a vocoder is, but I'm sure you have heard one before. Vocoders are often used to add a robotic effect to vocals in music. Happy robots use Linux and LV2!

This vocoder plugin has 2 AUDIO inputs and 1 OUTPUT. The first INPUT is the "Formant" signal which is usually someone's voice. The second INPUT is the "Carrier" signal which is some sort of continuous synth sound. The "Carrier" signal is modulated to the "Formant".

There are a number of controls ports. The first one is the "Number of bands" which is how many frequency bands to use (current maximum is 16). The rest of the controls set the level of each individual band and should have a value between 0.0 and 1.0. The lower numbered bands are lower in frequency the higher numbered bands are higher in frequency.

Man pages documenting the SLV2 API. SLV2 is a library geared towards music and audio applications which makes the use of LV2 plugins as simple as possible. LV2 is a standard for plugins and matching host applications, mainly targeted at audio processing and generation.

This package contains the API documentation for libslv2.

a collection of programs which caring for connecting LV2 plugins (http://lv2plug.in) to jackd.

LV2 is a simple but extensible successor of LADSPA plugins, intended to address the limitations of LADSPA which many applications have outgrown.

This package contains binary files.

This package provides Steve Harris's SWH plugins ported to the LV2 specification.

There is a large number of effects, such as filters, harmonic generators, pitch shifters and much more, for LV2 compatible hosts (Qtractor, Ardour, lv2rack). Here is a list of provided effects:

inv, flanger, diode, comb, notch_iir, sc2, debug, amp, zm1, matrix_spatialiser, bandpass_iir, lookahead_limiter_const, fast_lookahead_limiter, am_pitchshift, revdelay, valve_rect, delayorama, harmonic_gen, sifter, decimator, foverdrive, matrix_st_ms, step_muxer, tape_delay, pointer_cast, xfade, dj_flanger, single_para, dc_remove, satan_maximiser, phasers, foldover, matrix_ms_st, freq_tracker, bode_shifter, alias, dyson_compress, dj_eq, comb_splitter, hermes_filter, valve, bode_shifter_cv, multivoice_chorus, plate, latency, fad_delay, split, allpass, const, hilbert, fm_osc, sin_cos, crossover_dist, triple_para, hard_limiter, imp, chebstortion, vynil, svf, rate_shifter, surround_encoder, se4, sc1, lookahead_limiter, divider, impulse, lowpass_iir, karaoke, sc4, shaper, butterworth, gong_beater, gsm, sinus_wavewrapper, declip, gverb, transient, pitch_scale, ls_filter, ringmod, sc3, gate, delay, giant_flange, lcr_delay, mod_delay, smooth_decimate, wave_terrain, highpass_iir, analogue_osc, retro_flange, mbeq, simple_comb, gong, decay, bandpass_a_iir

Ce paquet fournit lv2rack et zynjacku.

lv2rack est un effet LV2 « rack » pour l'API audio faible latence JACK. Le rack peut être rempli avec des modules d'effets LV2 et peut être contrôlé par le séquenceur ALSA. Il peut transformer l'ordinateur en boîte d'effets.

zynjacku est un « rack » LV2 synths pour l'API audio faible latence JACK. Il possèe un port d'entrée MIDI JACK (routé sur tous les hôtes synths) et un port de sortie audio JACK par module, ou deux pour les synths stéréo. Une telle conception fournit un son multi-timbré en exécutant plusieurs modules synth.