#extempore

2024

blog  Livecoding: Techno jam.

Jul 2024

This piece plunges into a heavy, atmospheric soundscape driven by the collision of overlapping basslines and raw industrial noise.


blog  Livecoding: Ping pong delays.

Mar 2024

This livecoding piece crafts a suspenseful and ambient sonic environment built entirely from mallet percussion. The music is generative, meaning the system dictates the events and structure in real-time, resulting in a unique, non-repeating experience for every performance.


blog  Livecoding: Out of this world (2024-02).

Feb 2024

This generative ambient piece is a direct sonic meditation on the philosophy of Alan Watts, specifically his idea that "you don't come into this world, but you come out of this world."


blog  Livecoding: Dreamy pianos - Study No 2 in B Minor.

Jan 2024

Hypnotic piano chords and melodies are layered and phased using cosine oscillators, creating an immersive, wave-like sonic space of infinite, shifting sound.


2023

blog  Livecoding: Dreamy pianos - Study No 1 in C Minor.

Dec 2023

An experiment using overlapping, cosine-driven piano lines in C minor to demonstrate how simple phasing techniques can produce surprisingly complex and immersive musical effects.


2022

blog  Livecoding: exploring Bento noise box.

May 2022

Improvised acid loops using Extempore + Bentō.


blog  Livecoding: Study for Cello and Double-bass.

Apr 2022

This piece draws inspiration from the epic, thematic drama of Game of Thrones, featuring a rich texture built from intertwining cello melodic lines. The core of the composition is a generative harmonic system that constantly evolves.


2021

blog  Livecoding: Rhythmic Cycles.

Apr 2021

"Rhythmic Cycles" is a new livecoding composition created using Extempore and Ableton Live. Inspired by minimalism, the piece generates complex, evolving rhythmic patterns by leveraging the powerful map function. The core experiment relies on using lists of notes and offsets to schedule repeated calls, creating a texture of sound that features controlled randomness within a precise, cycling structure.


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