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Knowledge base

Our Knowledge Base allows you to search in 15 categories (left block), or to search for keywords (right block). Our Knowledge Base is growing week by week, filled with an ever-increasing amount of information presented in well-founded yet easily digestible chunks.

How Can I Mix Quantized and Non-Quantized Notes in a Generative Melody?

Combining Quantized and Unquantized Pitch Modulation in Generative Music

Quantizers are among the most commonly used tools in generative modular synthesis. They transform continuously changing control voltages into… read more

How Do Bernoulli Gates Create Random Signal Routing?

Bernoulli Gates: The Coin Toss of Modular Synthesis

A Bernoulli gate is one of the simplest probability devices in modular synthesis.

Each incoming clock pulse is routed to one of two possible outputs according to a probability… read more

What Are Probability Gates and How Can They Be Used in Generative Music?

Probability Gates: Randomly Activating Events in Modular Synthesis

Probability gates are among the simplest and most useful tools for introducing uncertainty into a modular patch.

Their operation is… read more

What Is a Stochastic Sequencer and How Does It Work?

Stochastic Sequencers: Probability-Based Melody Generation

Stochastic sequencers take the idea of adjustable randomness significantly further than ordinary random trigger sequencers.

Instead of influencing only rhythm, they can… read more

How Do Random Trigger Sequencers Control the Amount of Randomness?

Random Trigger Sequencers and Adjustable Randomness

Many modern trigger sequencers allow patterns to change automatically.

Instead of manually programming every event, the module generates new trigger distributions… read more

How Do Euclidean Sequencers Create Complex Rhythms?

Euclidean Sequencers: Controlled Irregularity in Generative Music

Euclidean sequencers occupy an interesting position between order and apparent randomness.

They do not generate random patterns at all. Instead, they distribute events… read more

How Do Gray Code Modules Generate Apparently Random Sequences?

Gray Code Modules: Creating Perfect Pseudo-Random Trigger Patterns

Not every apparently random musical process is actually random.

Some systems produce results that sound highly unpredictable while following strict… read more

What Happens When a Sample & Hold Samples a Saw Wave Instead of Noise?

Sample & Hold with Periodic Signals: From Randomness to Structure

Sample & Hold modules are usually associated with noise sources.

However, sampling periodic signals often leads to even more interesting… read more

Can Audio Recordings Be Used to Generate Random Control Voltages?

Using Recordings as Sources of Random Voltages

Most discussions of Sample & Hold focus on white noise.

Yet recordings can be equally powerful sample sources.

In many situations they offer far greater control… read more

Can Sample & Hold Capture Complex LFO Networks?

Sampling Complex Modulation Networks with Sample & Hold

White noise is not the only signal that can be sampled.

In fact, one of the most interesting applications of Sample & Hold involves sampling complex modulation networks.… read more