count=65 and fadeRate=0.006 push the system to near-stillness. The 65 particles barely populate the canvas; each trail lingers for hundreds of frames before fading. turbulence=2 keeps the field smooth — long arcing strokes rather than tight curls. The result reads as fine calligraphy ink spreading across silk.

count=480 fills every corner; turbulence=5 multiplies the noise angle range to 5π, producing tight knotted curls instead of arcs. speed=1.8 and noiseScale=0.0038 create a mid-zoom field where patterns are visible but always dissolving. The opposite of luxury.

waveCount=10 layers many waves at low individual opacity (0.09) so no single line dominates. amplitude=55 is generous but frequency=0.005 keeps the cycles long — you see gently sloping hills, not sharp oscillation. speed=0.008 is almost imperceptible frame-to-frame; the motion reads as breathing rather than animation.

waveCount=4 with spacing=0.6 clusters the waves toward the vertical center rather than distributing them. frequency=0.02 (4× higher than Soft) produces rapid oscillation — an oscilloscope aesthetic. speed=0.055 makes the phase advance visibly fast. High waveOpacity=0.22 on thin strokeWidth=0.75 lines reads sharp and editorial.

gridLines=24 produces a dense perspective fan. Three beams (beamCount=3) at scanSpeed=1.6 race across the screen. glitch=true occasionally displaces horizontal slices of the lower canvas — a subtle digital tear. The combination of geometry, motion, and artifact reads as 1980s vector graphics imagined by someone who never saw them.

perspective=false removes the vanishing-point grid entirely — no decoration, just horizontal rhythm. scanlineSpacing=8 creates wider bands than the retro-futuristic variant. scanSpeed=0.5 makes the beams move slowly enough that you feel the weight. No glitch. Pure industrial cadence.

count=650 and speed=3.2 push the system to near-saturation. glow=true with glowRadius=14 and glowOpacity=0.4 adds large halos that overlap and bloom. drift=0 keeps velocity consistent so particles streak rather than wander. The result is a dense neon nebula with no empty space.

count=180 gives the canvas room to breathe between particles. minSize=2.0/maxSize=5.0 makes them large enough to read individually. drift=0.6 applies per-frame velocity nudging, causing particles to curl and wander instead of traveling in straight lines. Combined with glow halos, they read as soap bubbles or bioluminescent organisms.

cols=14/rows=10 creates a dense grid. jitter=0.02 keeps nodes nearly perfectly aligned — no organic deviation. density=0.9 activates nearly every possible edge, creating a wall of circuitry. lineOpacity=0.18 is high enough that the static structure reads clearly. pulseOpacity=1.0 makes pulses fully opaque. This is infrastructure displayed as art.

cols=8/rows=6 creates a sparser grid with larger cells. density=0.6 removes 40% of edges, turning the circuit into negative space geometry. pulseGlow=14 spreads a wide luminous halo around each pulse. jitter=0.08 introduces slight imprecision that suggests handcraft. The larger cells and careful gaps read as decorative geometry rather than engineering diagram.