Reactive Mesh 4D

Flat mesh evolves through wave rise, inflation, fracture spread, tessellation peak, and final morph state

4D EngineMediumBest for: Electronic, Ambient, Experimental, Cinematic

Reactive Mesh 4D begins with a perfectly flat grid and deforms it progressively over the track. The initial flat grid develops wave distortion, vertices inflate toward a spherical shell, fracture lines spread across the surface, tessellation facets multiply, and finally the mesh morphs into its most complex deformed final form. Audio drives per-vertex displacement at each stage.

Key Features

6 mesh deformation stagesVertex-level audio displacementResolution control

Parameters

ParameterDescriptionRange / Options
4D Modeflat-grid / wave-rise / inflate-grow / fracture-spread / tessellate-peak / morph-finalSelect
Mesh ResolutionGrid vertices per axis8–48
Evolution SpeedDeformation transition rate0.1–3.0

Tips & Best Practices

  1. 1

    fracture-spread combined with percussive music creates satisfying break-apart effects on kicks.

  2. 2

    morph-final shows the most extreme deformation — works best as a climax state.

Export Performance

2D Canvas. Mesh Resolution above 32 increases vertex count quickly — test export performance.

All visualizers are copyright-free. Every video you export is yours to use commercially or personally, with no attribution required. You retain full ownership of your exports.