RhizAeon | Continuous Metric Manifold Recombination Scanner

Alignment Ingestion

01 // INPUT

Program Presets (Empirical Controls)

Drop FASTA File Here

or click to open local file system (.fasta, .fas, .fa, .txt)

← Left (fewer landmarks): faster scans with coarser clade resolution. Right (more landmarks) →: finer clade and donor resolution across diverse cohorts at slightly higher compute cost.

Metric Landmarks (K)

← Left (lower stringency): relaxes continuous attention-trajectory excursion and velocity-reversal thresholds to detect weaker or shorter tracts. Right (higher stringency) →: restricts candidate breakpoints to high-amplitude trajectory shifts.

Tier 2 Filter Stringency

1.00x

← Left (lower stringency): relaxes Fisher's exact test, informative-SNP floor, and quartet Buneman split thresholds to retain subtle mosaic tracts. Right (higher stringency) →: enforces stricter sequence and topological verification to suppress borderline calls.

Tier 3 Filter Stringency

1.00x

SNP Compression

Auto: L > 50k or density < 0.10

Data Sovereignty Guarantee: All Buneman 4D projection, continuous attention tracking, and Due Diligence adjudication execute exclusively within your local browser thread via native WebAssembly. Zero sequences are transmitted over the network.

Manifold Resonator Topology

FIG // 01

PA-FF Topology: Continuous metric manifold tracking over 4D Buneman projection, K spectral landmarks, dynamic reticulation vectors, and zero-drift [ROOT] sink dissipation.

Engine initialized. Ingest alignment data or select a station preset to begin scanning.