•Starting with Polymer Synthesizer: We begin by inserting a Polymer synthesizer on an instrument track.
•Using Node Grid for Monophonic Mode: Instead of traditional nodes, we utilize a node grid in monophonic mode, deleting node inputs.
•Pitch and Ratio Selection: A pitch is selected randomly (e.g., D#3), and additional nodes are created, each using a ratio of the previous node.
•Step Modulation for Variation: We apply step modulation, setting it to five steps and randomizing to modulate the denominator. This creates a polyrhythm effect.
•Trigger and Head Sounds Generation: By comparing pitch to a delayed pitch using a comparator, we generate triggers for creating head sounds.
•Reverb Addition and Sequencing: A reverb is added for depth. We then sequence the notes using a node receiver and ARP, adjusting steps and octave changes.
•Quantizing and Second Polymer Synthesizer: Post-quantization, a second Polymer is introduced, using step modes for varied settings.
•FX: Convolution and Delay: In the FX track, convolution and delay are applied for textural enhancement.
•Inverting Pitches with Node Grid: A second node grid inverts pitches and quantizes them, aligning with the correct scale.
•Chords and Multiple Voices: We use multiple voices for chords, and an octaver to adjust pitches.
•Project Demonstration: The tutorial concludes with a demonstration of the project, highlighting the ease of generating notes using the node grid without a piano roll. The technique draws inspiration from the subharmonic method used in Moog synthesizers.

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