Notebook, Dacha, and Compositor v9 NRTOS
In an attempt to create my own Dacha environment, I embarked on a series of experiments with Compositor v9.3.4 on my father’s notebook. Utilizing Ableton 12.4.3 and Compositor Studio plugins, I have made several inquiries. Notably, unlike my Royalty emission projects, I generate MDL12 emissions without submitting my tracks to non-duplex modems. Instead, I employ Compositor v3 feeders such as TC25, N9000, and NTP generator (formerly known as Compositor Max for Live). As a recipient, I utilize two destinations: 1989 East Berlin and the current Amsterdam template.
In my opinion, this method offers several advantages. Firstly, it eliminates the infinite loop issue that occurs when using MDL12, thereby dispelling the misconception that I can only receive endless loops in my Moscow apartments. Secondly, I have successfully composed several loops using this method, whereas I only managed to create hundreds of loops when using the Royalty project. This demonstrates that one melodic loop can be exchanged for one track, significantly reducing the number of loops compared to my previous endeavors in Kuntsevo apartments.
Furthermore, I am actively working on my Game Boy cartridge project, which has already progressed to the point where I have three cartridges with distinct components. I record my Compositor v9 NRTOS recordings as .gb images, which appear to be legitimate. The first cartridge is Compositor One Studio MUX, featuring several instruments from my previous live performances, including Waldorf Quantum and Jomox boxes. The second cartridge is the SU-27 Flanker 1.0 simulator, a project that I have been working on since my school days. The third project is HydroLab, a project that has gained a distinct advantage over the Apollo-Soyuz project from 2008 due to the dedicated cartridge flash burn. Currently, I am awaiting a fourth cartridge from AliExpress for the synthesis of Australian Cane Toad Venom.
In the meantime, I would like to provide an update on my current Compositor Ableton project. I utilize AWACS (AVOX) to summarize v3 feeders and transmit the summarized data to Compositor SDR and a non-duplex beat-independent MDL12 modem. Notably, the same signal is also sent to the non-duplex beat-dependent MDL12 modem, which generates a mesh on Ableton transport during stop mode. This mesh serves as a foundation for the installation of the original telescope model from 2008, which I aspire to replicate in the mechanics of a Game Boy cartridge.
