Organic ripples and liquid light responding fluidly to energy and centroid movement.
Curated Visual Library
Rather than cluttering the screen with hundreds of thin preset variations, PulseKani features 24 deep, highly parameterized WebGL2 scenes. Each scene has its own shader architecture, response characteristics, and aesthetic role.
Expressive, versatile scenes tailored for music playback, vocal tracks, and general listening.
Organic ripples and liquid light responding fluidly to energy and centroid movement.
Neon equalizer bars driven by 64 frequency analysis bins with smooth peak decays.
An electric radial frequency ring that pulses outward with harmonic centroid shifts.
Spectral petals fold and rotate symmetrically around rhythmic momentum.
A 3D starfield that accelerates to warp speed with rhythmic pulse and high-mid energy.
A sound-lit synthwave terrain grid with retro wireframe perspective shifts.
An acoustic orb that swells with low-end and sparks with high-frequency harmonics.
Timeless visualizer archetypes: oscilloscopes, symmetrical equalizers, and harmonic mandalas.
Real-time sample waveform ribbons and X/Y stereo phase Lissajous geometry.
A centered, mirrored equalizer that explodes outward from low frequencies.
Counter-rotating concentric spectrum halos tracking dual frequency bands.
A meditative circular geometry that blossoms with tonal resonance and melody.
Slowly drifting, responsive bands of color responding to spectral centroid warmth.
Concentric acoustic shockwaves emitted immediately upon transient onsets.
Expansive 3D particle systems, geometric corridors, and deep acoustic memory terrains.
A luminous frequency terrain extending toward infinity with glowing grid peaks.
Thousands of orbiting sparks that disperse and coalesce with transient velocity.
A breathing geometric corridor that pulses forward with speed and bass impact.
96 frames of frequency memory visualized as an evolving mountain landscape.
A vertical eruption of luminous sparks reacting to treble brightness and arpeggios.
Flowing ribbons of spectral color sweeping horizontally across the stage.
Scenes engineered specifically to animate two or more independent audio inputs simultaneously.
Orbital gravitational paths that transfer energy pulses between multiple performers.
Each audio source becomes an independent star; relational lines connect them as rhythm aligns.
Sound fields meet, repel, and trigger explosive spectral flares during simultaneous bursts.
Each source owns a distinct spatial zone on screen, showing energy balance across streams.