GRANULAR SEQUENCER

TECHNICAL SPECIFICATIONS

SEQUENCE LENGTH

1-64 steps programmable

GRAIN SIZE

1ms - 1000ms per grain

PATTERN TYPES

8 algorithmic generators

TIMING RESOLUTION

1/32 - 1/1 note divisions

POLYPHONY

Up to 16 grains simultaneously

SYNC OPTIONS

Internal clock, external MIDI

SEQUENCE PATTERNS

EUCLIDEAN

Mathematically perfect rhythm distribution based on Euclidean geometry

FRACTAL

Self-similar patterns that repeat at multiple time scales

PROBABILISTIC

Chance-based grain triggering with adjustable probability curves

BURST MODE

Clustered grain bursts with controllable density and spacing

SWING GRID

Humanized timing with groove templates and swing factors

CHAOTIC DRIFT

Chaos-driven timing variations for organic, unpredictable patterns

POLYRHYTHM

Multiple overlapping rhythmic cycles for complex polyrhythmic textures

MORPHING

Smooth transitions between different pattern types over time

ADVANCED FEATURES

🎵

Per-step parameter automation for dynamic grain characteristics

🔄

Loop point control for seamless pattern repetition and variation

⚡

Real-time pattern editing with visual step programming

🎛️

Grain parameter sequencing: pitch, size, density, position

🌊

Probability lanes for stochastic pattern generation

📊

Visual sequencer display with real-time playback indicator

USAGE EXAMPLES

RHYTHMIC GRANULAR TEXTURES

Create rhythmic granular textures using Euclidean patterns

PATTERN Euclidean

STEPS 16

PULSES 5

GRAIN SIZE 50ms

EVOLVING SOUNDSCAPES

Use morphing patterns for slowly evolving ambient granular textures

PATTERN Morphing

MORPH RATE 0.1 Hz

DENSITY 0.3

GRAIN SIZE 200ms

POLYRHYTHMIC LAYERS

Create complex polyrhythmic textures with multiple overlapping cycles

PATTERN Polyrhythm

CYCLE 1 7 steps

CYCLE 2 5 steps

PHASE OFFSET 0.25

GRANULAR SEQUENCING MASTERY

01

Start with simple Euclidean patterns before exploring complex algorithmic generators

02

Use per-step automation to create dynamic grain characteristics across the sequence

03

Shorter grains (1-20ms) create percussive textures, longer grains create sustained tones

04

Probability lanes add organic variation to otherwise mechanical patterns

05

Combine multiple sequencers with different patterns for complex layered textures

06

Use swing settings to humanize rigid mathematical patterns

07

Morphing patterns work best with slow transition rates for subtle evolution

08

Fractal patterns create natural-sounding rhythmic variations

09

Use burst mode for creating clusters of grains that mimic natural textures

10

Sequence grain position through the source material for melodic and tonal variations