Geometric baryon organisation calculator v1.1 | Omnisyndetic baryon classification

Omnisyndetic baryon calculator

Exact deterministic visual output from the supplied calculator logic

flavour = uud Q = +1 spin = 1/2 version v1.1

v1.1

☷Inputs

Flavour string

Parsed steps (–, –, –)

Net charge Q

Spin

Sector –

Preset

⬡Parsed flavour

▱Structural classification

[L, U] = [–, –]

sector–

S depth–

charm–

bottom–

rule–

↙Direct λ / κ input

λ input

κ input

φ–

arc(k)–

m(λ)– MeV

C–

λ twin–

⚛Triad geometry

= 0

λ_L λ_U C

direct λ input shown; twin branch from same-mass closure

〰Mass outputs

current predictions

Window mass (band centre)– MeV

Radius mass (λ input)– MeV

Nearest scan sample mass– MeV

Contrast hex

step vector (–, –, –)

Arc pyramid

[L, U] = [–, –]

〽Mass window

m_min– MeV

m_max– MeV

width– MeV

centre– MeV

samples kept–

Band scan: λ ∈ [√2−1, 1], N = 1000. Coherence and curvature are set by the selected arc seat.

☉λ tuning

λ_band_min–

λ_band_max–

λ_L twin–

λ_U input–

direct arc(k)=–

1234567

a_dev–

r_dev–

κ–

E_dir– MeV

E_inh– MeV

Δκ–

◎Diagnostic

∑Key formulae

κ = a_dev² + r_dev²

C = exp(−κ)

|D| = √(1 − C)

E = E_dir + E_inh

E_dir = 6 · IES · C / λ

m(λ) = E_dir + E_inh

▰Complete numeric ledger

λ00.707106781187

λmin lawful0.414213562373

λmax1.000000000000

κmin0.027777777778

κmax0.171572875254

Cmin0.842388801230

Cmax0.972604477116

H_inh197.392088021787

M0^(E) ≈173110.875382 MeV

band λmin–

band λmax–

band centre– MeV

band width– MeV

direct λ0.842307121038

twin λ–

φ–