Atoms

Spreading gain across multiple converters and level controls allows maximum loudness with minimal distortion

Stable-Fast compiles the full diffusion pipeline with Triton + CUDA graphs for an intermediate speed tier

stack layers a list of patterns to play simultaneously so one transformation can shape them all

Stage visibility allows audiences to distinguish live VJ performance from pre-recorded playback and validates the VJ as a performer

Staggering clip boundaries across tracks softens section transitions and avoids abrupt formal cuts

Staggering harmonic attack times in additive synthesis simulates a low-pass filter sweep

Standing waves form when a sound's wavelength matches a room dimension, creating fixed nodes and antinodes

Starting an arrangement from a maximally dense section and subtracting layers is faster and more musical than building left to right

Starting from the bottom, from memory, or from an instrument breaks blank-slate paralysis

Starting with over-saturated colors and pulling back is more reliable than building up from grey

Staying 'in time' with the audience's phrase structure is the central discipline of live-coded dance music

Staying present-focused rather than planning career trajectories keeps a performer responsive to what is actually happening

Step-function automation envelopes with sharp edges create an additional rhythmic layer independent of note events

Stepping kaleidoscope symmetry up on a downbeat gives a visual drop paired with an audio peak

STEPS carves notes out of a scale in order of least-used first, so one knob thins harmonic density

Stochastic music controls broad statistical properties of a piece rather than specifying individual events exactly

Stopping the music briefly raises crowd anticipation more reliably than continuous sound because silence signals an imminent change

Storage buffers are large, compute-shader-writable GPU buffers declared var<storage> in WGSL, contrasting with size-limited read-only uniforms

StreamDiffusion achieves 106 fps txt2img and 93 fps img2img on RTX 4090 with SD-Turbo plus TensorRT

StreamDiffusion achieves real-time AI image generation by batching denoising steps and skipping redundant frames

StreamDiffusion can process offline video frame-by-frame with img2img to produce a stylised output video

StreamDiffusion requires CUDA GPU, Python 3.10, PyTorch 2.1, and optional TensorRT for optimal performance

StreamDiffusion's IO queues decouple the input capture rate from the diffusion throughput via multiprocessing

StreamDiffusion's stream batch runs multiple denoising steps in parallel to sustain real-time frame rates

StreamDiffusionWrapper provides a high-level production interface; the raw StreamDiffusion class gives full control

Streaming loudness normalization adjusts gain at playback only — the uploaded file is never altered

Streaming loudness normalization weakens the payoff of extreme limiting

Stretching a video clip to bar length couples visual rhythm directly to musical tempo

striate cuts each sample into n equal grains, reorganising them for granular-texture effects

Strict sampling law creates a two-tier system: artists rich enough to clear samples, and outlaws who can't afford to

Strings of Life was performed live on a keyboard, not sequenced — it was a real-time production

struct imposes a new rhythmic grid on a pattern while mask only silences it where the mask is 0

Structuring a TouchDesigner performance rig as Control, World, Core, and UI containers separates concerns and speeds iteration

Subtle automation or randomisation of envelope and pitch parameters emulates the organic variability of live instruments

Subtractive analogue synthesis cannot realistically replicate an acoustic guitar

Subtractive synthesis removes frequencies from a rich source using resonant low-pass or high-pass filters

Sufficient repetition makes almost any pattern feel musical regardless of its harmonic content

Summing a signal with a delayed copy creates a comb filter: evenly-spaced spectral peaks and nulls set by the delay time

Summing bus overdrive occurs before the master fader — pulling master fader down does not fix it

SuperCollider allows adding new methods to existing classes via extension files placed in the Extensions folder

SuperCollider can generate a complete 12-tone row matrix using nested iteration over a scrambled pitch-class array

SuperCollider classes and events both support object modeling: classes via inheritance, events via prototype chains

SuperCollider methods do not auto-return their last expression; the caret (^) designates the return value

SuperCollider Patterns schedule streams of synthesis events algorithmically using Pbind and combinators

SuperCollider's FFT UGens enable real-time spectral processing in the frequency domain

SuperCollider's functionality is extended via Quarks (language packages) and UGen plugins (server extensions)

SuperCollider's GrainSin, GrainFM, and GrainBuf UGens generate individual grains at a specified density

SuperCollider's Osc UGen requires a buffer in wavetable format, not a plain Signal

SuperCollider's Pbind pattern system is comprehensive but hard to read and manipulate live, motivating constrained live-coding languages

SuperCollider's Pitch and Amplitude UGens extract frequency and loudness from audio input in real time

SuperCollider's RandSeed and RandID make stochastic synthesis reproducible from a given seed

SuperCollider's SynthDef and Pbind together create a patterned synthesizer: SynthDef defines the voice, Pbind sequences it

Surge XT supports full microtonal retuning via Scala SCL/KBM files with two options for how pitch modulation tracks the tuning

Surge XT's Alias oscillator deliberately generates aliasing artifacts as a creative digital noise source

Surge XT's comb filter delays the signal by a pitch-tuned amount to create resonant coloration and physical-model waveguides

Surge XT's Ensemble effect models BBD bucket-brigade delay lines for authentic analog chorus character

Surge XT's FM2 targets musical FM sounds; FM3 adds a fixed-frequency third modulator for inharmonic timbres

Surge XT's Modern oscillator blends aliasing-suppressed saw, pulse, and triangle via DPW algorithm

Surge XT's MSEG provides fully editable multi-segment envelopes with looping, node types, and curve controls

Surge XT's Nimbus effect ports Mutable Instruments Clouds granular texture processing into a plugin effect