sonicLAB Cosmos Saturn 7 v7.0

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Cosmos Saturn 7 is an advanced stochastic synthesiser instrument. It can generate events on multiple time scales and assign individual synthesis engines on each of them accessible by the user. The distribution process of these events can be defined among various stochastic functions deciding the onset time and duration of the meso events and the micro events distributed in these meso events. The transition between deterministic patterns and fully random behavior can be gradual and continuous gestures. Cosmos Saturn 7S and also render its output in 3rd order ambisonic format distributed in spatial space with various functions on the meso event level individually.

Cosmos is a tool for computer music and sound design.

Cosmos Saturn7 is the engineer of sound art, the ultimate answer to computer aided sound design.
Cosmos is a real-time dynamic stochastic synthesis engine, which does generate complex sonic textures with various event distribution processes.
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 event distribution engine of Cosmos? is a hierarchical embodiment of multiple time scales.

The user intervenes with the system by controlling the parameters for the sonic event distribution on meso and micro time scales.
All operations are in real-time; the user can input a sound source on the micro level or access different type of synthesis and modulation generators.
Cosmos? introduces a hierarchy of multiple time scales on the event distribution process + recursive audio feedback + complex modulation scheme constructed with stochastic/ deterministic functions.

Cosmos? imagines the sonic being as a multi dimensional vector in space transformed in continuum.
The composer continuously can vary it in the timbre space within the coupling of onset time/duration/density transformations with frequency, amplitude, micro-timbre and spatialization transformations.

It is quickly possible to form complex sonic creations that cannot be handled by traditional synthesis methods.