The TVP Auditor is not designed to prove Mass Harmonics. It audits consensus data. It shows where the figures close, where they fail, what the failure is measuring, and what correction the terrain requires.
The actual tvp_auditor.py engine,
executed verbatim in your browser via Pyodide. No upload to a server. The code that runs is the code shown below.
The Triform Method is a discipline before it is a calculation. Follow the steps in order. The engine enforces the rest.
Each row is one physical object.
Provide the three focal variables for full audit (or two if the third is currently not 'consensus-measured'):
R_km, f_Hz, vx_kms.
Unit-helper columns are accepted and converted in place:
R_pm, R_fm, R_m, f_MHz, f_GHz, f_eV, f_MeV
The Notes column is a forensic shout: every fault, basin, dressing, or cross-identity reading must be named there in addition to resolvable measurement/origin citations for each object.
Auto follows whatever each row supplies.
Predict forces R + vacuum vₓ → f.
Detect forces f + vacuum vₓ → R.
Map forces R + f → local vₓ.
Mode is a discipline, not a freedom.
Drag your CSV onto the drop zone (or pick it manually). The engine validates schema and shows a row count. No file leaves your browser.
Selected mode determines which focal variable gets resolved, then executes nine calculations across sphere, slab, and torus topologies, and emits a 30-column ledger row per object - including the T1/T2/T3 closures, ratio factorisation, and active P³GG voices.
Preview the result table, then download the resulting TVP Audit Ledger CSV. Repeat for each mode selection.
Drop a CSV. Pick a mode. Hit RUN. The full ledger appears below; the Download Ledger button writes a verbatim 30-column CSV.
All work happens locally in your browser.
auto: rows are run as supplied. If a row supplies all three, the engine still runs all nine calculations (Full Audit Mode). Mode override is recorded in the result row.
One law, three topologies. The geometry of the boundary is not negotiable.
where Lclosure is determined by boundary topology and is never assumed:
| Topology | Lclosure | Predict (T1) |
|---|---|---|
| Spherical / cylindrical | 2πR | f = vₓ / (2πR) |
| Planar slab | 2t | f = vₓ / (2t) |
| Ring / torus | 2π Rminor | f = vₓ / (2π Rminor) |
Applying the spherical formula to a planar boundary is a protocol violation identical to importing a consensus ghost.
Boundary geometry and substrate velocity must be supplied. The engine projects the expected closure frequency for each of the three canonical topologies - sphere, slab, torus - simultaneously. The substrate has no regimes; all three are computed for every row.
Hidden geometry recovered from observed frequency and substrate velocity. T2 is the Detect mode: when an observable frequency exists but the system's characteristic closure radius (or slab thickness) is contested, the substrate solves it.
Local substrate wave speed mapped from independently observed geometry and frequency. T3 reveals dressing - when the local vₓ deviates from the vacuum reference, the medium has spoken. The delta is never a miss; the delta is the measurement.
Operational Mandate: all three identities are executed for every physical claim. A result that survives only T1 is a pattern match, not a derivation. T2 and T3 are not confirmations - they are independent falsification vectors. If any identity returns an implausible result, that is not a failure to discard; it is a finding to name.
The structural rails of any reality reconstruction. Every audit row inherits these directives.
Verbatim from the engine. Provide any 2 of 3 (3 of 3 perferred) focal variables per row; leave the missing column blank. Unit-helper columns are interpreted in place and preserved verbatim through the ledger.
| Column | Type | Meaning |
|---|---|---|
name | string | Object identifier. Free text. Preserved verbatim. |
R_km | float | Characteristic closure radius (or slab thickness) in kilometers. |
f_Hz | float | Observed closure frequency in Hertz. |
vx_kms | float | Substrate wave speed in kilometers per second. Vacuum reference: 299,792.458. |
note | string | Auditor-supplied forensic note. Preserved verbatim in the ledger. |
fault_hint | string | Auditor-declared fault code. Annotates the row; never nulls a cell. C1, G1, C1+G1, blank, or 00. |
| Column | Conversion | Use when |
|---|---|---|
R_pm | picometers → km (×10⁻¹⁵) | Atomic-scale radii (covalent, ionic). |
R_fm | femtometers → km (×10⁻¹⁸) | Nuclear-scale radii (charge radii, halo nuclei). |
R_m | meters → km (×10⁻³) | Lab-scale geometry. |
f_MHz | MHz → Hz (×10⁶) | Radio-frequency signatures. |
f_GHz | GHz → Hz (×10⁹) | Microwave / molecular signatures. |
f_eV | eV → Hz (×2.417989242×10¹⁴) | Atomic ionization / transition energies. |
f_MeV | MeV → Hz (×2.417989242×10²⁰) | Nuclear binding / transition energies. |
C1 - frequency is a transition energy, not a boundary closure frequency. Annotate; the engine still runs all nine calculations and surfaces the deviation.
G1 - derived theoretical scale used as observed dimension. Annotate to mark that R or t is itself a derived value rather than a directly measured one.
C1+G1 - composite fault. Multiple fault codes combine with a +.
00 or blank - no declared fault. The default for clean terrain inputs.
Every result requires a Notes entry that shouts its resolution - the cavitation basin detected, the Z-factor dressing identified, the medium velocity corrected, the boundary topology mismatch named, or the anomalous cross-identity reading called out explicitly.
The script the browser executes. Identical bytes to the file you can download. No transformation, no minification.
Loading tvp_auditor.py…Monograph → TVP v1.9 → Auditor → Ledger → TWT → Resonant Brain