NEW MODULE DAY | ADDAC System - ADDAC508 Swell Physics

video upload by DANIELE

"The ADDAC508 Swell Physics by ADDAC System is a CV generator based on the simulation of a physical system: ocean swells!

0:00 Intro
0:08 Design concept
0:56 Let's start
1:25 Unipolar and bipolar switch
1:39 Connecting the outputs
1:51 Swell size
2:42 Agitation
3:24 Spread
3:31 Mode A - scrolling
4:14 Mode B - evolving
4:52 Sim. speed
5:55 Output gain
6:05 Clipping the waveform
6:11 Clipping modes
6:18 Fold mode
6:31 Thru mode
6:50 Limit mode
7:14 Offset
7:29 Gate outputs
7:35 Gate 1 less than 2
7:50 Gate 3 greater than 4
8:18 Average output
8:53 Offset and output gain CV IN switch"

"Following our ADDC503 Marble Physics here is a new simulation of a physical system. This time imagine a small area in the middle of the ocean, in this area we place 4 equally spaced buoys anchored to the bottom in such a system that we can control the spacing between the buoys. Imagine we can control the elements and agitate the waters at will which in turn will make the buoys move up and down as the water surface moves.

Finally imagine the buoys would wirelessly transmit their absolute height directly to your module outputs where they would be mapped to a voltage signal.

We use a Gerstner Wave as the motor behind the two-dimensional wave generation. In fluid dynamics a Gerstner Wave is described as “a progressive wave of permanent form on the surface of an incompressible fluid of infinite depth”. Gerstner waves are often used in computer graphics to simulate any type of water surface, if you’ve seen any animation film or computer game with water surfaces in it most probably it features a Gerstner wave generating it."

Check with dealers on the right for availability.

How to create complex bouncing ball simulations - with ADDAC 503 Marble Physics

video upload by Monotrail Tech Talk

"The ADDAC 503 Marble Physics is a module that simulates the behavior of a ball on a square plane. The plane can be tilted over two axes, and you can control things like the elasticity off the edge of the plane, and simulation speed. That sounds like fun, but in this video I also show how it can be used to create interesting patches, and control voltages."

ESK - Marble Physics Modular Demo Update

Metunar's recent ESK - Marble Physics Modular Demo in this previous post has been re-uploaded.

ESK - Marble Physics Modular Demo

Metunar

Update: video is back.

"Simple demo with the ADDAC System Marble Physics eurorack modul. I connected an oscilloscope to better show the bouncing ball effect. No talking.

Direct recording with mastering.

http://www.metunar.ch"

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Marble Physics

Newtonian Random Rhythms

Published on Mar 9, 2017 kuxaan sum

"Rocky Mountain Synth Meetup Lightning Patch Walkthroughs

Newtonian Random Rhythms

This patch is based around the [ADDAC] 503 Marble Physics module which is a CV generator based on the mechanics behavior of a marble on a tray.

You can, by voltage control, tilt the plane or bump the marble with a certain strength, which will cause it to roll and bounce on elastic walls.

The module will output the object's XY position or velocity and you can control other physical parameters, like the walls' elasticity or the strength of a bump. When the marble hits walls the bounce outputs a trigger.

I am using the trigger out to randomize patterns in the Malekko Varigate8 in Random mode which seeds logical gates into the patterns.

I am using a 4ms Quad Clock Distributor module to control the Varigate8+ clock and using a divide by 16 to clock the marble physics bump feature to initiate bounce output.

The elasticity of the walls is being controlled by bipolar out of Noise Engineering SincIter which is being driven by the Voltage Block slaved to the Varigate8+.

The Freeze of Random seeding is controlled by the envelope out from SSF Entity (which is also receiving randomized trigs from the Varigate8+) module via an envelope follower.

The Xaoc Devices Batumi is controlling various parameters of the Marbe Physics module along with controlling the WMD Performance Mixer Volume/Pan level with help from the 4ms Pingable LFO which is slaved to the 4ms QCD."

ADDAC 503 Marble Physics Test

Published on Jul 14, 2016 PaulLawlerMusic

"The ADDAC 503 is controlling the DPOs pitch, and panning via the Dubmix. The 503 is also controlling the gate of the ADSR.

I'm using LFOs from the Octocontroller to modulate the 503.

There is an additional noise source from the Telharmonic to add some spacey ambience, and all FX are from the Black Hole DSP."

ADDAC503 Marble Physics

Published on May 18, 2016

ADDAC503 Marble Physics - Part II


"Newtonian physics on a modular synth! The ADDAC503 Marble Physics is a CV generator based on the mechanics behavior of a marble on a tray.

Through this realtime physics simulator you'll be able to control several parameters that will affect the behavior of a model of a spherical object against a plane. You can tilt the plane or bump the marble with a certain strength, which will cause it to roll and bounce on elastic walls.

The model will output the object's XY position or velocity and you can control other physical parameters, like the walls' elasticity or the strength of a bump. When the marble hits walls the bounce output triggers and you can additionally lock the X axis for a one dimension simulation. Finally you can also set the overall speed of the simulation.

By controlling all of these properties you be able simulate several scenarios where the marble falls, gets gently pulled by gravity, orbits indefinitely or bounces on walls like a pinball. Truly engaging physics simulations!"

ADDAC MARBLE PHYSICS Eurorack Module

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via this auction - learn how to sell on eBay here.

"Newtonian physics on a modular synth! The ADDAC503 Marble Physics is a CV generator based on the mechanics behavior of a marble on a tray.

Through this realtime physics simulator you'll be able to control several parameters that will affect the behavior of a model of a spherical object against a plane. You can tilt the plane or bump the marble with a certain strength, which will cause it to roll and bounce on elastic walls.

The model will output the object's XY position or velocity and you can control other physical parameters, like the walls' elasticity or the strength of a bump. When the marble hits walls the bounce output triggers and you can additionally lock the X axis for a one dimension simulation. Finally you can also set the overall speed of the simulation.

By controlling all of these properties you be able simulate several scenarios where the marble falls, gets gently pulled by gravity, orbits indefinitely or bounces on walls like a pinball. Truly engaging physics simulations!"

The Butterfly Effect

The Butterfly Effect from joseph fraioli on Vimeo.

"A patch inspired by Chaos Theories 'The Butterfly Effect'. The idea was to create a patch that with very slight changes at the source of events, would produce very drastic changes to the outcome.

Patch basics are Pamela's Workout sending two trigger signals with differently programmed parameters to the Intellijel Planar X and Y CV inputs. The Planar then sends those trigger signals to the Make Noise Maths Wogglebug and Function, 4ms RCD, SCM, PEG, and ADDAC Marble Physics. The Planar is also modulating some of the various modules parameters while simultaneously mixing signals from three of the sound sources. While leaving the joystick alone, long cycling seemingly random patterns will emerge. Very slight changes in the joysticks position greatly effect the timing, structure and sonic behaviors of the triggers, modulated parameters and source mixing.

Other key modules used were the mungo d0 and g0, Make Noise MMG, DPO, Optomix and Phonogene, Serge Resonant Equalizer, e355 Morphing LFO, e350, Hertz Donut, Dixie's, Gamma Wave Source, Modcan CV Record, amongst others.."

via Joseph Fraioli on The MATRIXSYNTH Lounge

New ADDAC Modules ADDAC503, ADDAC701 and ADDAC200P

ADDAC503 Marble Physics

"This new CV generator is a Newtonian physics simulator for modular synths."

ADDAC701 Voltage-Controlled Oscillator

"Our fully analog VCO, which promises to deliver high quality for both audio and control purposes."

ADDAC200P Power Indicator

"Our simplest module so far, plug it to the Bus Board and have those ±12v monitor leds right in the front panel in 2HP"

Click the pics for the super size shots.

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ADDAC503 Marble Physics . Oscilloscope View

ADDAC503 Marble Physics . Oscilloscope View from André Gonçalves on Vimeo.

"ADDAC503 Bounce Physics*

*Early prototype - proof of concept

A very simple setup to emphasize how it works:
Ball's X & Y Outputs connected through a multiple to the Osciloscope (in XY mode) and to 2 VCO's.
A Gate output is connected to the VCO's second CV inputs: This gate is active when ball hits the walls.

Controls for X & Y tilt, ball weight/elasticity and overall speed.

more info soon!

-
addacsystem.org"

ADDAC502 Lissajous Curves . Oscilloscope View from André Gonçalves on Vimeo.

"ADDAC502 Lissajous Curves

A very simple setup to emphasize the working method:
From two ADDAC502 CV Outputs to 2 VCO's.

more info soon!

-
addacsystem.org"