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Based on the Deluge Manual – Amadeus Edition (draft). Being updated for community firmware up to C1.3.

4.13 Euclidean Sequencing

Euclidean sequencing is based on greek mathematical principles and specifically around the division of two numbers. This process is applied to generate the placement of steps in a musical sequence across a defined length. Euclidean sequencing is great for more generative sequencing which creates evolving melodies and especially rhythmic patterns. Deluge applies euclidean patterns per row and the three elements to setup are:

  • Number of events. Sets how many steps will be applied in the row. Process is similar to note repeat.
  • Length of the sequence row, similar to clip length.
  • Position of notes. The shifting of notes in the pattern.

Creating a euclidean pattern

  1. Set to Clip view.
  2. Identify the note and hence the row on which to apply the sequence. Holding the Audition button for the row will apply the sequence. Press Shift + Audition in the steps below to apply the sequence silently.
  3. Press and hold Audition + turn Turn HorizontalHorizontal to set the row length.
  4. Press and hold Audition + press and turn Turn VerticalVertical to set the number of events and an assigned position on the selected row.
  5. Press and hold Audition + press and turn Turn HorizontalHorizontal to adjust the note placement by shifting / rotating through the grid.
  6. Repeat these steps for other notes / rows to build layered euclidean sequences and melodies.

Example: Euclidean Patterns

Applying euclidean patterns is performed row by row and is an iterative process for each row in a pattern where a euclidean generates pattern is required. The creativity in euclidean sequencing comes from the layering of rows with different lengths and a variety of events to build complex patterns and melodies.

Show it on the Deluge

Multiple euclidean sequenced rows with varying lengths adds interest and the perception of generative patterns. Try with kit rows to build interesting percussive beats.