GLM API for Autonomous Task Execution

Generate a complete, single-file, self-contained HTML document (all CSS and JavaScript inlined, absolutely no external dependencies, no CDNs, no image URLs, no external fonts) that renders an interactive "Aurora Tuning Console" — a full-viewport WebGL experience of a midnight polar sky where the aurora is computed in real time inside a GLSL fragment shader, never faked with sprites, textures, or particle stacks. Core rendering requirement: render a single full-screen quad and do all the visual work in a fragment shader. The aurora borealis must be generated procedurally from layered fractal value/simplex noise (fbm, 4–6 octaves) that flows and warps over time via a uniform clock, producing tall vertical light curtains that breathe, ripple, knot, and dissipate. Model the aurora as self-emissive volumetric glow: accumulate brightness along a vertical falloff, add soft bloom at the base of each curtain, and scatter faint drifting star-dust noise through the dark upper sky. Compose the frame as a minimalist low-horizon upward gaze — roughly 80% sky, with a dark silhouetted mountain ridge and a mirror-still lake across the bottom that reflects the aurora and stars in a softly rippling, vertically-mirrored copy. Base palette is near-black indigo (deep blue-violet night); the aurora is the only high-saturation element — restrained, luminous, translucent, never garish. Interactions (all real-time, smooth, and clearly responsive): - Mouse drag across the sky "pulls" the light curtains like fabric — feed the pointer position/velocity into shader uniforms so the aurora bends, stretches, and streams toward the cursor, then eases back with gentle inertia when released. - Mouse-wheel scroll cycles the "season," continuously interpolating the aurora's color band through emerald green → magenta → indigo (and back), shown as a smooth gradient shift, not discrete jumps. - Double-click ignites a new star at that point in the sky: it pulses (sinusoidal brightness) and casts a matching reflection on the lake. Support many simultaneous stars. - Keep a subtle idle animation so the first light curtain appears to slowly awaken and unfurl on load — a quiet, sacred, cold-and-still mood. UI & polish: a small, elegant, semi-transparent control overlay in a corner showing the current season/color and a faint one-line hint of the controls (drag / scroll / double-click), styled in a clean modern cold-toned aesthetic with soft fade transitions. Make it fully responsive: resize the WebGL canvas and update resolution uniforms on window resize so it fills any viewport and stays crisp on high-DPI screens. Target a steady 60fps using requestAnimationFrame. Include a graceful fallback message if WebGL is unavailable. Prioritize the mathematical quality of the noise flow, the volumetric glow, and the fluidity of the interactions — this is where a capable model should visibly outshine a weaker one.

Build a complete, single-file, self-contained HTML document (all CSS and JavaScript inlined in one file, absolutely zero external dependencies — no CDNs, no external scripts, no web fonts, no image URLs, no SVG assets fetched over the network; generate every sound with the native Web Audio API and draw every visual with CSS and Canvas/DOM) that opens directly in any modern browser and runs a playable cyberpunk step-sequencer drum machine in the visual language of 1980s synthwave neon. Core instrument: render a glowing step matrix of 16 columns × 6 tracks laid out horizontally across the screen, one row per voice — Kick, Snare, Closed Hi-Hat, Open Hi-Hat, Clap, and Synth Bass. Each of the 96 cells is a clickable pad; clicking toggles it on/off, an active cell lights up with a saturated magenta-to-cyan glow, an inactive cell sits as a dim recessed rectangle on the near-black indigo background. The user programs a beat by lighting cells column by column. Support click-and-drag painting across cells to toggle many at once. Audio: synthesize all drum voices live with the Web Audio API — kick as a pitch-swept sine with fast amplitude decay, snare and clap as filtered white-noise bursts with envelope, closed and open hi-hats as high-passed noise with short vs. long decay, and synth bass as a detuned saw/square through a resonant low-pass filter playing a selectable root note. Schedule steps with an accurate look-ahead clock (not naive setInterval timing) so the loop stays rock-solid at high tempo. Loop the 16-step pattern continuously when playing. Transport and controls, docked in a symmetric control bar pinned across the bottom: a large Play/Stop button, a BPM dial or rotary knob (draggable, range ~60–200 BPM, default 120) with a live numeric readout, a master volume fader, per-track mute buttons, a Clear button, and a Randomize button that generates a plausible beat. A moving playhead — a vertical light-blade — sweeps across the grid in perfect sync with the audio, and every cell it hits that is active blooms with a radial ripple pulse that fades. Include a live oscilloscope/waveform display that visualizes the master output amplitude in real time, reacting to the sound. Visual style: deep indigo-to-violet gradient background so dark it reads near-black, grid lines and UI accents in electric magenta and cyan, all luminosity coming from element self-glow and hit-flash bloom (box-shadow glow, additive-feeling highlights) to evoke a late-night underground club pulsing to the loop. Center the full grid on screen, keep the layout symmetric with the control bar compressing the base, and make it responsive so the grid scales gracefully down to smaller viewports. Add subtle animated scanline or chromatic shimmer for atmosphere without hurting readability. Interaction requirements: everything responds instantly — clicking pads, dragging the BPM knob and volume fader, toggling mutes, pressing spacebar to Play/Stop, and pressing the number keys to jump the bass root note. State (which cells are active, BPM, volume, mutes, playing status) must be managed cleanly so the UI and audio never drift out of sync. First interaction with the page should also unlock/resume the AudioContext. Prioritize tight audio-visual synchronization, smooth 60fps animation of the playhead and ripples, and a genuinely satisfying, musical result out of the box.