🖥️ Structural Detection — Multi‑Module Coherence Orchestration Runtime

Pseudo‑Implementation • RTT/1 • System‑Level Runtime Model#

“Orchestration is not execution. It is structural sequencing.”#

Multi‑Module Coherence Orchestration Runtime#

Pseudo‑Implementation • Structural Detection • RTT/1#

1. Runtime Overview#

The runtime executes the Orchestration Cycle continuously:

1. ingest signals
2. align drift
3. synchronize envelope
4. harmonize regime
5. validate continuity
6. synchronize coherence breaks
7. regenerate cross‑module packets
8. re‑validate synthesis

This loop runs whenever drift, envelope, or regime changes.

2. Runtime Initialization#

init MCOE:
    state.drift_profile = null
    state.envelope_profile = null
    state.regime_state = null
    state.continuity_status = null
    state.break_type = null
    state.tel_packet = null
    state.fft_packet = null
    state.opacity_packet = null
    state.synthesis_packet = null

3. Signal Ingestion#

function ingest_signals(input):
    drift_in  = input.drift
    env_in    = input.envelope
    regime_in = input.regime
    cont_in   = input.continuity
    break_in  = input.break_geometry

Signals come from Structural Detection operators.

4. Drift‑Envelope Alignment#

function align_drift(drift_in):
    if drift_in.is_multivector():
        drift = drift_in.collapse_to_dominant()
    else:
        drift = drift_in

    return drift

function sync_envelope(env_in, drift):
    if env_in.conflicts_with(drift):
        env = env_in.recompute_from(drift)
    else:
        env = env_in

    return env

5. Regime Harmonization#

function harmonize_regime(regime_in, env):
    if regime_in.illegal_for(env):
        regime = regime_in.reclassify(env)
    else:
        regime = regime_in

    return regime

6. Continuity Validation#

function validate_continuity(cont_in, drift, env):
    if cont_in.contradicts(drift, env):
        cont = cont_in.rebuild()
    else:
        cont = cont_in

    return cont

7. Coherence‑Break Synchronization#

function sync_breaks(break_in, drift, env, cont):
    if break_in.mismatched(drift, env, cont):
        break_type = break_in.reclassify(drift, env, cont)
    else:
        break_type = break_in

    return break_type

8. Cross‑Module Packet Generation#

TEL Packet#

function generate_tel_packet(drift, env, cont):
    return TEL_BRIDGE_PACKET(
        lattice = drift.to_lattice(),
        stabilizers = cont.anchors(),
        regime = env.to_regime_hint()
    )

FFT Packet#

function generate_fft_packet(env, regime):
    return FFT_BRIDGE_PACKET(
        envelope_class = env.class(),
        variance = env.variance_profile(),
        regime = regime
    )

Opacity Packet#

function generate_opacity_packet(env, cont):
    return OPACITY_BRIDGE_PACKET(
        boundaries = env.boundaries(),
        visibility = cont.visibility_map()
    )

9. Contradiction Detection#

function detect_contradictions(tel, fft, opacity):
    contradictions = []

    if tel.lattice_conflicts_with(fft.envelope_class):
        contradictions.append("TEL/FFT mismatch")

    if opacity.visibility_conflicts_with(tel.stabilizers):
        contradictions.append("Opacity/TEL mismatch")

    if fft.variance_conflicts_with(opacity.boundaries):
        contradictions.append("FFT/Opacity mismatch")

    return contradictions

10. Harmonization Cycle#

function harmonize_all():
    drift  = align_drift(drift_in)
    env    = sync_envelope(env_in, drift)
    regime = harmonize_regime(regime_in, env)
    cont   = validate_continuity(cont_in, drift, env)
    breakt = sync_breaks(break_in, drift, env, cont)

    tel    = generate_tel_packet(drift, env, cont)
    fft    = generate_fft_packet(env, regime)
    opac   = generate_opacity_packet(env, cont)

    contradictions = detect_contradictions(tel, fft, opac)

    if contradictions.not_empty():
        return harmonize_all()   # recursive harmonization
    else:
        return (drift, env, regime, cont, breakt, tel, fft, opac)

11. Synthesis Re‑Validation#

function regenerate_synthesis(drift, env, regime, cont, breakt):
    return SYNTHESIS_PACKET(
        drift_profile = drift,
        envelope = env,
        regime = regime,
        continuity = cont,
        break_type = breakt
    )

12. Full Runtime Loop#

loop:
    ingest_signals(input)
    (drift, env, regime, cont, breakt, tel, fft, opac) = harmonize_all()
    synthesis = regenerate_synthesis(drift, env, regime, cont, breakt)
    output = MCOE_PACKET(drift, env, regime, cont, breakt, tel, fft, opac)

13. Summary#

• The runtime orchestrates coherence across all modules
• Drift alignment is the first correction
• Envelope synchronization is the second
• Regime harmonization is the third
• Continuity validation is the fourth
• Coherence‑break synchronization is the fifth
• Cross‑module packet generation is the sixth
• Synthesis re‑validation is the final step

This pseudo‑runtime is the canonical behavioral model for the Multi‑Module Coherence Orchestration Engine.