sonicLAB has announced version 2.2 of Cosmosƒ, a real-time dynamic stochastic synthesis engine.
newest update: Cosmosƒ V2.2 offers a powerful and unique preset morphing mechanism. With 2D / 3D control interface + homogeneous and heterogeneous micro waveform handling, it “rethinks” for you what you know as “morphing”…
A sonic morphing process defines a metaphor of exploring the sonic shape and timbral evolution on intermediate levels. Cosmosƒ V2.2 gives the possibility to manipulate its composants responsable for its bottom-up sonic construction within necessary correspondance, precision and smoothness.
Cosmosƒ advanced stochastic synthesizer.
Changes in Cosmosƒ v2.2
2D / 3D preset morphing mechanism. Up to 4 different preset parameter space can be morphed by traveling inside a 3D sphere by adjusting the polar coordinates within a unique interface design.
Stochastic morphing with distribution range for altering the morphing position, speed and interpolation control.
Built-in mathematical functions to automatically and precisely move the morphing pointer in the space.
Precise audio rate parameter update with the possibility of reaching amazing morphing speeds (44100times a second!)
turns Cosmosƒ into a super oscillator by accumulating up to 4 different presets in heterogeneous micro event mixing mode prior to the morphing phase.
Cosmosƒ for Windows and Mac is available to purchase for 89 EUR.
sonicLAB has released version 2.1 of the Cosmosƒ, a stochastic synthesis tool for Windows and Mac.
Cosmosƒ, an advanced stochastic synthesizer offering elegant sound design possibilities with precision and real time operations, suggesting a new paradigm in sound synthesis while extending its polyphonic structure.
Cosmosƒ 2.1 comes with new LFO waveforms.
Changes in Cosmosƒ v2.1
Wide range of new LFO waveforms from harmonic oscillators to different types of stochastic waveforms, all with pristine quality of audio results.
The sample playback engine allows backwards or randomly directed sample playback
The presets engine is rewritten and allows text based handling.
Many tiny improvements on the user interface for better handling of the sofware.
Cosmosƒ V2.1 audio routines are solid and stable, to run safely your installation days long.
Cosmosƒ is available to purchase for Windows and Mac, priced at 89 EUR.
sonicLAB has announced the release of version 2 of its Cosmosƒ synthesis tool for Windows and Mac.
Version 2 of Cosmosƒ presents a new paradigm: ”parallel universes”.
Cosmosƒ, an advanced stochastic synthesizer offering elegant sound design possibilities with precision and real time operations, suggesting a new paradigm in sound synthesis while extending its polyphonic structure.
Changes in Cosmosƒ V2
Previous versions offered a single cycle of events distributed in a macro cell with defined start, duration and ending. Cosmosƒ V2 offers a second cycle running in parallel with the primary one, and not just that…
The same stochastic engine decides the event distribution, cycle length and modulation scheme for both cycles with the assigned parameters. However, the synth engines of the cycles are running independent!
You can define a time interval between the initiation of cycles, and change the cycle rate of the parallel cycle relative to the primary cycle in continuum, enhance the continuity and design the polyphony.
Rich sonic potential is only seconds ahead with the output “Buffer feedback” and “Buffers frozen” modes with the comfort of precision real time control and processing.
Demonstrating the “Parallel Universes” feature in Cosmosƒ V2.
Cosmosƒ is available to purchase for Windows and Mac, priced at 89 EUR.
sonicLAB has updated the Cosmosƒ advanced stochastic synthesis instrument to version 1.2, which includes the first Windows release alongside the updated Mac version.
New feature in Cosmosƒ V1.2: Additive Synthesis with Sample Waveform
Cosmosƒ V1.2 offers new features for its Synthesis Engine: For instance a genuine Additive Synthesis feature has been developed, where you can control, automate and modulate up to 12 partials with their frequency and amplitude distribution. You can assign either a sine wave or a sample waveform to the partials. All partials sum up to one micro event waveform! Unheard clusters of sound objects can be created in real time within seconds.
A 300% performance gain has been achieved thanks to the immense efforts in coding for precision and optimization.
Now available on Windows7: in response to the significant demand for the Windows version, from now on Cosmosƒ is available on Windows 7 (for earlier OS versions please test the demo app).
Cosmosƒ is now available to purchase for Windows an Mac for 89 EUR. The update is free for registered users.
sonicLAB has updated its Cosmosƒ advanced stochastic synthesizer to version 1.1, featuring new addons dedicated to live performance and automation.
Cosmosƒ is a real-time dynamic stochastic synthesis engine, which does generate sonic textures with a complex event distribution process. Discrete sonic events of certain density are distributed in a time space with their onset time and duration parameter calculated with stochastic/deterministic functions. Each macro event defines the duration of a meso space, and the sub events are distributed inside it.
Changes in Cosmosƒ v1.1
Full OSC support: You can control and automate any parameter of Cosmosƒ from another software/hardware (registered version only).
Manual Mute/Unmute switches for mesoµ events: Like on a mixing console, you can individually mute/unmute events inside the Cosmosƒ cycle: very efficient for developing controlled rhythmic structures.
Preset Morphing: You can morph the parameter space between 4 presets, therefore instantly interpolate over 250 parameters with a simple gesture.
Plus many improvements in the code including quadratic interpolation on all the audio playback routines.
Cosmosƒ for Mac is available to purchase for 89 EUR.
sonicLAB has released Cosmosƒ, a dynamic stochastic synthesis tool for Mac.
Cosmosƒ is a real-time dynamic stochastic synthesis engine, which does generate sonic textures with a complex event distribution process. Discrete sonic events of certain density are distributed in a time space with their onset time and duration parameter calculated with stochastic/deterministic functions. Each macro event defines the duration of a meso space, and the sub events are distributed inside it.
The overall goal of these functions is to achieve control on each event space and perform the process of change on the appropriate operation level. The user intervenes with the system in real-time by inputting a sound source or accessing different type of synthesis/modulation generators and by controlling the parameters for the sonic event distribution on different time scales.
sonicLAB Cosmosƒ sound synthesis and composition software
Cosmosƒ features
Developed in C++ C++ is the right language to talk to the computer; means sample level precision and flawless operation, hardware accelerated graphics output.
Audio rate operation LFO’s , LineGENs etc. can operate with great speed and detail, such as this application offers peculiar sonic phenomena (FM, AM, oscillator modulation) and seamless connections in manipulating the timbre space in continuum.
Fast & intuitive interface No menus; so you can quickly organize processes, fast graphical visualization.
Cosmosƒ for Mac is available to purchase for 89 EUR.
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