PRISM FORM is a sampler built entirely around the spectrum.

Drop in source audio blocks, isolate precision elements—by region, by frequency band, or freehand—and completely reshape what plays back. Powered by a polyphonic voice core and managed through a high-focus spectral matrix workspace, it maps raw captures into completely fluid textures.

SYSTEM_STATUS

Chassis currently undergoing bench testing. Initial builds are calibrated to universal macOS configurations (Apple Silicon & Intel) supporting VST3, Audio Unit, and Standalone layers.

NOTIFY_UPON_RELEASE // DEVELOPMENT_ACTIVE

WORKSPACE_COMPONENTS // WORKING_BUILD

[01]

Four source pools

Isolate audio metrics cleanly via Transient, Tone, Noise, and Grain source layers—each loaded instantly by simple drag-and-drop actions.

[02]

Spectral masking

Isolate granular regions of the spectrum using select, band, and wand tools; refine boundaries with built-in brush and erase utilities.

[03]

Five performance macros

Expressive automation control paths mapped to Morph, Grain, Focus, Motion, and Space parameters, saved directly with your host session project.

[04]

Keyboard deck

Audition, layer, and translate your source sample pools directly from the integrated performance workspace deck.

[05]

Polyphonic core

A specialized multi-voice processing core engineered to sustain chords, pads, and complex evolving structural soundbeds.

[06]

Live spectrogram

A real-time data visualizer screen showing the precise spectral contouring as filters carve your source parameters.

ON_THE_BENCH // LABORATORY_ROADMAP

  • core engineDeeper spectral reconstructionExpanding high-resolution FFT analysis algorithms for zero artifact translation.
  • toolsBitmap / FFT Brush masksDeploying paintable mask paths to cleanly trace custom contour blocks.
  • toolsLasso & Freehand systemsSurgical selection vectors for non-linear frequency trapping.
  • spectral motionFreeze, Formant & SpreadModulation architecture to morph and stretch historical sample timelines.

LOGIC_ARCHITECTURE

  • Pool LayoutQuad-layer isolation design tracking distinct transient and harmonic beds.
  • WorkspaceInterconnected FFT selection brush paired with automated total recall.
  • Tracking MatrixContinuous variable parameter recall parsing loaded source blocks natively.

TECHNICAL_TARGETS

  • FormatsVST3, AU, Standalone [Slated: Pro Tools AAX Optimization]
  • Hardware MatrixUniversal binary configuration supporting Apple Silicon & Intel architectures.
  • Engineering GroupTHETA Audio Research // Laboratory Target 2026