1. Short Definition

Transition Readiness Test evaluates whether a system is ready to move from its current state, basin, regime, role, or structure into a higher-coherence configuration.

Transition is not ready merely because the current state is failing.

There must be enough capacity to move and enough structure to land.

2. Canonical Pattern

higher-order attractor visible + viable + restorable ⇒ transition feasible

Expanded:

current basin failure recognized
+
higher-coherence attractor available
+
BΣ + K + R + µᵢ sufficient
⇒ transition readiness↑

Failure pattern:

current basin weakened + new attractor nonviable ⇒ collapse / re-entry / substitute basin risk↑

Plain form:

Transition requires both exit capacity and landing capacity.

3. Mechanic Description

SCALE-080 is the final diagnostic test in this registry sequence.

It asks whether the system is ready for transition.

A system may need transition when:

• current basin is pseudo-coherent
• hidden debt is rising
• recurrence persists
• scaling fails
• legitimacy is decaying
• repair-as-is is insufficient
• boundary damage persists
• auditability is suppressed
• higher-coherence path is visible
• delayed transition cost is rising

But transition can fail if readiness is insufficient.

Transition readiness requires:

• clarity about current failure
• visible higher-coherence attractor
• viable material pathway
• boundary integrity
• exit slack
• restoration capacity
• meaning continuity
• role continuity or replacement
• auditability
• pacing by bandwidth
• protection of affected nodes
• recurrence validation
• reduced re-entry pressure

This test prevents two opposite errors:

1. Premature transition: forcing movement before capacity exists.
2. Delayed transition: waiting after readiness exists until low-debt pathways close.

Transition readiness is therefore a balance test.

It asks: Is the old basin sufficiently diagnosed, and is the new attractor sufficiently viable?

4. UTS Variable Mapping

5. Diagnostic Questions

1. What state, basin, regime, or structure is being exited?
2. Is the current failure clearly diagnosed?
3. Is the higher-coherence attractor visible?
4. Is the alternative materially viable?
5. Is there enough exit slack?
6. Are boundaries stable enough for movement?
7. Is meaning / identity continuity preserved?
8. Is restoration capacity available during transition?
9. Is transition paced by bandwidth?
10. Is re-entry or substitute basin capture likely?

6. Failure Signatures

1. Exit Without Landing

old basin exit + alternative_viability↓ ⇒ collapse / re-entry risk↑

The system leaves but has nowhere coherent to stabilize.

2. Attractor Not Viable

higher-attractor language↑ while material pathway↓

The alternative exists rhetorically but not operationally.

3. Insufficient Exit Slack

K_transition↓ ⇒ forced re-entry↑

The system lacks capacity to move.

4. Boundary Instability During Transition

BΣ_transition↓ ⇒ transition debt↑

Boundaries fail while the system changes state.

5. Substitute Basin Capture

old basin weakened + new attractor weak ⇒ substitute basin risk↑

The system escapes one basin and enters another incoherent attractor.

7. Related Failure Modes

• transition unreadiness
• premature transition
• delayed transition
• forced re-entry
• substitute basin capture
• transition collapse
• symbolic alternative
• failed supersession
• boundary rupture
• identity rupture
• restoration starvation

8. Related Diagnostics

9. Restoration Implications

If SCALE-080 fails, transition should be redesigned before being forced or delayed.

Required actions:

1. Clarify the current basin diagnosis.
2. Strengthen the higher-coherence attractor.
3. Build material pathways for transition.
4. Restore exit slack.
5. Repair boundaries before movement.
6. Provide restoration support during transition.
7. Preserve meaning and identity continuity where possible.
8. Reduce re-entry pressure.
9. Prevent substitute basin capture.
10. Validate transition through hidden debt and recurrence reduction.

Core restoration rule:

Do not force exit without a viable landing attractor.

10. Compact Registry Entry

id: SCALE-080
name: "Transition Readiness Test"
family: "SCALE-M — Scaling Diagnostics and Tests"
type: "transition-attractor-viability-diagnostic-test"
status: "draft-ready"
short_definition: "Transition Readiness Test evaluates whether a system has enough clarity, capacity, boundary integrity, slack, restoration support, and higher-coherence attractor viability to transition without collapse, re-entry, or substitute basin capture."
canonical_pattern: "higher-order attractor visible + viable + restorable ⇒ transition feasible"
failure_signature: "current basin weakened + new attractor nonviable ⇒ collapse / re-entry / substitute basin risk↑"
primary_variables:
  - O
  - H
  - ε
  - ι
  - Au
  - µᵢ
  - BΣ
  - K
  - R
  - Φ
primary_diagnostics:
  - current_basin_diagnosis
  - alternative_viability
  - K_transition
  - BΣ_transition
  - R_transition
  - µᵢ_continuity
  - 𝓑(t)
  - reentry_risk
  - substitute_basin_risk
  - τ_m_after_transition
  - H_reduction
related_failure_modes:
  - transition_unreadiness
  - premature_transition
  - delayed_transition
  - forced_reentry
  - substitute_basin_capture
  - transition_collapse
  - symbolic_alternative
  - failed_supersession
  - boundary_rupture
  - identity_rupture
restoration_implication: "Clarify basin diagnosis, strengthen the higher-coherence attractor, build material pathways, restore exit slack and boundary integrity, provide transition restoration support, and validate debt and recurrence reduction."

11. One-Line Canon

Transition is ready only when the system has enough clarity to exit and enough coherence to land.