Compositor Software is an embedded system working on microkernel level. One can view the Ableton Live 9 DAW as a microkernel sufficient to spread its resources to Compositor Software modules. Each module is a kernel on its own running a virtual machine inside Ableton Live 9 DAW software. The Compositor Software can operate on a sample rates up to 192 kHz but at higher sample rates more CPU resources allocated to produce the kernel operations. Each Compositor kernel has two parallel bands operation with real-time switching between the P/N states with grounding. Compositor Software produces its calculations in real-time sufficient to hear the output of the software as an algorithmic composition music.
Ableton 9 and Max for Live devices
Ableton Live 9 uses audio hardware drivers to enable Compositor Software to work on different sample rates as a Max for Live device. Internal programming made with GenExpr language introduced in the Max 6 software made possible sample precise operations.
Embedded System
Ableton Live 9 can load up to four Compositor Software devices for real-time operation using multiprocessor support feature. One can also use different virtual machines of Compositor Software for real-time operation of parameters.
Quantum Interpolation
The main function of Compositor Software kernel is quantum interpolation of canonical mechanics into Maxwell quantum dynamics suitable as a plug-in adapter for FM clocks inside quantum computers. This in terms leads to relativistic approach in quantum field time theory.
Real-time Kernel
The real-time kernel suitable for latency-free algorithmic music serves as a medium between human-machine interactivity.
Services
Compositor Software modules functioning:
Buffering
Compositor Software uses 64-bit wavetables for storage of modulation parameters. It actively uses front-side bus to calculate its one-thread operation.
Quality of Service
MS coding is used to bring P/N states and grounding in stereo mode operation consuming less cpu power on FFT running inside Ableton Live 9 software.
Instrumentation
The parameters of real-time operation use the set of instruments to measure an internal operation and tweak them to achieve the goal of embedded system modules.
GenExpr code recompilation
GenExpr language allows for recompilation of the code on the fly. No need to produce exportcode as it uses static parameters for sample precise variables.
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System submission
Release date
29-04-2015
Description
The quantized radio technology for ULF transmission
