Commit graph

5 commits

Author SHA1 Message Date
w1n5t0n
d9be808aaa style(playground): unify dark theme with orange accents and improve RL button layout
- Replace fragmented green/blue/orange accent scheme with unified hacker
  orange (#ff6a00) across all CSS, JS canvas drawing, and param palettes
- Redesign designs.html: monospace font, clickable cards, grid background,
  remove A/B/C labels; copy to index.html as landing page
- Add JetBrains Mono font across all views for consistent techy aesthetic
- Sharpen border-radius (pills 20px→6px, back buttons→6px) for angular feel
- Restructure RL buttons: key numbers inside buttons (larger, white),
  teal-green for thumbs-up, dark red-orange for thumbs-down
- Fix RL button z-index (25→45) so they render above the bottom sheet
- Add Xavier-scaled weight randomization (spread parameter)
2026-03-22 01:36:00 +02:00
w1n5t0n
6f6a334529 feat(playground): add C15 synth mode with NISPS-controlled parameters and arpeggiator
Adds a secondary Synth mode (toggled via collapsible left side panel)
where the NISPS ML engine's 20 outputs control curated C15 synthesizer
parameters (oscillator PM, shapers, filters, reverb, echo, flanger,
output mixer) through a WASM AudioWorklet bridge.

Includes a chord progression arpeggiator with controls for tempo (BPM),
octave range, octave offset, and 4 selectable progressions. The C15
engine runs in an AudioWorklet with lock-free SharedArrayBuffer ring
buffer communication.

New files: c15/ (WASM assets), js/synth/ (bridge, arpeggiator, param map),
serve-coop.py (COOP/COEP headers for SharedArrayBuffer support).
2026-03-21 22:26:37 +02:00
w1n5t0n
2c2c9f769d playground: add expandable visual mode and docs 2026-02-14 08:47:47 +00:00
w1n5t0n
96a88f4b0f playground: add follow-mode joystick and RL hotkeys 2026-02-11 15:56:19 +00:00
monkey-w1n5t0n
57aae34870 feat: add web-based interactive playground for NISPS
Faithful JS port of nisps-core MLP + IML engine with a touch-friendly
UI for exploring neural parameter mapping visually. Two learning modes:
example-based (set slider targets) and RL feedback (thumbs up/down with
exploration noise). Flow field particle system controlled by 8 MLP outputs.
2026-02-11 13:17:17 +01:00