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Mod-d3 is now updated to v4.0. Leveraging insights from stranular, I added an extra dimension to the cursor, allowing you to control four parameters simultaneously. Shaping the sound while visualizing the interplay of these parameters as geometric forms makes for an immersive experience.

I tuned up simplos and implemented it in DAISY patch. The shortest delay granular feedback produces a nice debris sound and is fun. I will distribute this code to the simplos customers after the release

Using a toggle button (which generates a grain the moment it's pressed, but stops generating grains if held down), you can achieve tempo-sync by modulating this toggle button with an LFO that has a sync function. The character also changes with PWM, making it rewarding to adjust.

ext01: post-out trigger feedback system will be included in "helisert" (vst3 / au)

I redesigned the window function table for the spike parameter and created a system that allows for efficient trial and error for making a table. The implementation of the trigger button is the only thing left, but it's looking great. It seems like it's going to be a new release after a year and a half (since swirl)

I'm trying several GUI prototypes.

The system is designed for full parameter modulation. By keeping the grain size nearly the same as the ring buffer size, feedback delay is minimized. No noise occurs when adjusting any parameter, even the ring buffer size. I developed this while updating the granular unit for the particle reverb v.8.0, but it’s strong enough on its own to become a standalone device. I plan to refine it further ...

The length of the ring buffer can be variable and set to match the grain size, creating a delay-like feedback. This time, I successfully implemented smooth freezing into it. Next, I plan to make the ring buffer's length smoothly variable as well. This might provide enough capability to turn it into a simple granular device for the new project.

A network of multiple variable self-feedback granulators is used to create the reverb, without employing any resonators or delay effects (The delay effect referred to here indicates a delay with linearity). The resulting sounds are entirely granular.

We will bundle our LFO with VST/AU.

The hardware (collab with SDKC Instruments) is still a mock-up, but I'm repeatedly refining the software through trial and error to create the ideal synth for me

The process of putting the cellular automan synth into a modular

In Particle-Reverb v8.0, the EQ section of the GUI has been redesigned to support simultaneous operation when holding the OPT key, and the spectrum analysis, which previously relied on external objects, is now fully implemented in Max

I have been working on Particle-Reverb v.8.0, inspired by some promising ideas I had in the pipeline. I added the ability to set different pitches in the granular network. I also plan to add a new overdub-like feature to the freeze function. The days of listening to impulse responses have begun again...

v.6.1 and the new mod-atrg

Release: stranular v.2.0

Manual: stranular v.2.0

the final steps for the vst3/au version

zero grains pass the border

keep designing the structure

cellular automata go to daisy patch

added built-in ADS envelope with syncing

cellular automata with audio clock precision

randomness with weighted probabilities

Release: Helisert v.6.0

Manual: Helisert v.6.0

make one-shot samples

instant 0hz pause ⇄ phase rollback

press and hold button for instant 0hz pause