Complex Noise | Blazenetic

Procedural field Still Field

sampling

Frame

Rate: —
Work: —
Budget: —

frame time

Graph

Nodes: —
Edges: —
Pair tests: —
Grid: —
Occupancy: —
Degree: —
Density: —
Turnover: —

Instrumentation

Callouts: —
Detail: —
Dimensions: —
Overlays: —

Field

Wave: —
World: —
Viewport: —
Trail: —
Glow: —
Clock: —
Buffers: —

Audio

Source: —
Drift: —
Uptime: —

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Project s(z) = 1 / (1 + δz) —

Energy E = .30b + .24w + .46a —

Distance d² = Δx² + Δy² + (Δz · z_w)² —

Link target t = (1 − d / r)^.65 —

Envelope s ← s + (t − s)(1 − e^−λΔt) —

Wave ψ = ωt − k · p —

Schedule T_k = D(0.72 + 0.56 · frac(kφ)) —

Grid pairs ≈ n · ρ · 5c² << n(n−1)/2 —

Lifecycle f = S(l / f_in) · S((1 − l) / f_out) —

Spawn p_i = frac(½ + i / g^k), g ≈ 1.3247 —

Trail α_clear = 1 − e^−rΔt —

Neighbours E[deg] = π(r / spacing)² − 1 —

Detail m = (base + ⌊frac(idφ)·M⌋) mod M —

update(dt)—

node.vx *= exp(-0.55 * dt); node.z = zBase + sin(zPhase) * zAmp; node.scale = 1 / (1 + node.z * DEPTH); — —

drawLinks()—

for (const [a, b] of grid.pairs()) t = pow(1 - d / radius, 0.65); a.deg++; a.κ += s; — —

drawNodes()—

shade = pow(node.energy, 1.35); if (bright) glowQueue[len++] = i; — —

drawInfoLayer()—

info.clearRect(0, 0, w, h); mode = (base + node.slot) % 8; — —

frame —

Complex Noise

by Blazenetic

Procedural noise for deep rest

Ready

Volume

Sleep timer

Still Field

Field visualisation

Intensity

Speed

Background texture

Theme

Ultra-transparent glass

Still Equaliser

Low

Mid

High

Field Lab

Renderer parameters. Changes apply live and persist.

Node density

Link reach

Trail persistence

Perspective

Callout dwell

Frame rate

Canvas overlays

Fold the listing from its own title bar on the field.