RECL.Schema — v1.0 (Almost-Code, Computable Lattice Spec)

ID: RECL_SCHEMA_v1_0
Name: RECL = Resource–Energy Control Lattice
Pairs with: ERCO v1.0 (controller)
Depends on: UOS_THRESHOLD_SPEC_v1_0, UOS_PROPAGATION_MAP_v1_0
Status: LOCKED
Purpose: Give every OS a single computable lattice grammar: Node × Bind × Weight × Z × OS so thresholds/collapse/repair can be applied consistently across EducationOS / FamilyOS / CityOS / GovernanceOS (and beyond).

0) Semantic Fence (anti-physics bleed-over)

			
DEFLOCK.RECL:
  RECL := governance/coordination lattice abstraction for allocating energy/resources + routing repair.
  Not := chemistry/materials lattice (no redox/oxygen lattice meaning).

1) Core Objects (Invariant Data Model)

1.1 Node Record

			
NODE := {
  NodeID, PlaceID, Z, OS, Lane,
  RoleSurface (optional): {Architect, Visionary, Oracle, Operator},
  StateVector X,
  Buffers B,
  Sensors S,
  Thresholds TH (references global pack)
}

		

1.2 Bind/Edge Record

			
BIND := {
  BindID,
  FromNodeID, ToNodeID,
  BindType ∈ {E_dep, E_load, E_var, E_shock, E_policy, E_repair},
  Weight w (≥0),
  Delay τ (optional),
  Notes (optional)
}

		

1.3 Weight Semantics

			
w := coupling strength (how much failure/repair propagates)
τ := time lag (how fast propagation arrives)

2) Universal State Vector (Mandatory Fields)

			
X := {
  E, E_in, E_out, Loss,
  L, C, ρ,
  Ġ, Ḋ, R,
  κ, σ, σ_cap, ρσ,
  TTC, T_repair,
  P_state
}

		

Derived invariants (from threshold spec):

			
ρ := L/C
R := Ġ/Ḋ
ρσ := σ/σ_cap
FenceTrigger := (TTC ≤ T_repair)

3) Lattice Form (Graph + Tensor View)

3.1 Graph Form

			
RECL := (Nodes, Binds)
Nodes: set of NODE records
Binds: set of BIND records

3.2 Tensor View (optional, for computation)

			
Adjacency tensor A where:
  A[i,j] = w_ij (bind weight from i → j)
Delay tensor  T where:
  T[i,j] = τ_ij (optional)
BindType map  BType[i,j] ∈ {dep,load,var,shock,policy,repair}

		

4) Propagation Equations (Generic, Minimal)

When Node i degrades (phase worsens), impacts Node j via bind i→j:

			
ΔL_j  += w_ij * f_load(ΔP_i, ρ_i, TTC_i)
ΔḊ_j  += w_ij * f_decay(ΔP_i, κ_i, brittleness_i)
ΔV_j  += w_ij * f_var(variance_i)
Δκ_j  += w_ij * f_kappa(network_density_j)

Repair routing (policy/repair binds) is symmetric conceptually:

			
ΔĠ_j  += w_ij * f_repair(alloc_i, buffer_release_i)
ΔB_j  += w_ij * f_buffer(rebuild_policy_i)

(Functions are implementation-specific; the bind grammar is what’s locked.)

5) Phase Evaluation (Must Run Per Node)

			
PHASE_EVAL(Node):
  compute ρ, R, ρσ
  if (ρ>1.30) OR (R<0.80) OR (TTC≤T_repair): P_state=P3
  else if (ρ>1.00) OR (R<1.00) OR (ρσ>1.0) OR (p95 variance breach): P_state=P2
  else if (0.85<ρ≤1.0) OR (dρ/dt>0) OR (κ rising): P_state=P1
  else P_state=P2-band stable / P3-band stable (depending on system conventions)

		

Collapse mode classifier (CivOS canonical):

			
if KO_event: M1
else if R<1 slowly: M2
else if ρ runaway + κ high: M3

6) ERCO Integration (Controller Hook)

ERCO reads RECL, computes thresholds, and outputs actuation.

			
ERCO.READ(RECL):
  for each Node: compute {ρ, R, TTC, κ, ρσ, trends}
  for each Bind: compute cascade risk from w, τ, bind type
ERCO.ACTUATE:
  - AllocationPlan (route resources to nodes/lane bottlenecks)
  - BufferPolicy (protect/build/spend)
  - FreezeWindow (Operator stability; clamp σ)
  - SandboxWindow (Architect exploration bounded)
  - FenceOS triggers (truncate/stitch)
  - RetestSchedule

		

FenceOS interlock:

			
if any Node.FenceTrigger:
  FenceOS.TRUNCATE(at earliest upstream node that reduces cascade)
  ERCO.ROUTE_REPAIR()
  FenceOS.STITCH()

7) Minimal Record Formats (Copy-Paste into Any OS Page)

7.1 NODE Template (WordPress-friendly)

			
NODE_RECORD:
  NodeID: NODE_<PlaceID>_<Z>_<OS>_<Lane>
  PlaceID: <ISO3 or PlaceChain ID>
  Z: Z0..Z6
  OS: <EducationOS|FamilyOS|CityOS|GovernanceOS|MindOS|...>
  Lane: <EDU|HLTH|ENRG|HOU|... or NA>
  X:
    E: ...
    L: ...
    C: ...
    Ġ: ...
    Ḋ: ...
    TTC: ...
    T_repair: ...
    σ: ...
    σ_cap: ...
    κ: ...
  Buffers B:
    B1: ...
    B2: ...
  Sensors S:
    p95_variance: ...
    CI (optional): ...
  Thresholds TH:
    refs: UOS_THRESHOLD_SPEC_v1_0

		

7.2 BIND Template

			
BIND_RECORD:
  BindID: BIND_<FromNodeID>__<ToNodeID>__<Type>
  From: <NodeID>
  To: <NodeID>
  Type: <E_load|E_var|E_policy|E_repair|E_shock|E_dep>
  w: <0..1 or absolute scale>
  τ: <time lag optional>

		

8) Z-Mapping Pack (How to Fill E/L/C/Ġ/Ḋ Without Redefining RECL)

Use the same variables; only meanings change:

			
Z0 (Individual):
  E=attention/sleep/regulation; L=tasks+stress; C=sustainable output
  Ġ=recovery+practice; Ḋ=burnout+forgetting; buffers=time+rest
Z1 (Family):
  E=parent bandwidth; L=logistics+conflict; C=coordination throughput
  Ġ=routine repair; Ḋ=stress carryover; buffers=time+money+emotion
Z2 (Institution):
  E=staff capacity; L=cohort variance+admin; C=teaching/feedback throughput
  Ġ=remediation throughput; Ḋ=backlog; buffers=staffing+timetable slack
Z3 (City):
  E=institutional resilience; L=population demand+inequality variance; C=service throughput
  Ġ=program repair+routing; Ḋ=hollowing; buffers=reserves+redundancy lanes
Z4 (Nation):
  E=coordination bandwidth; L=governance load+shocks; C=delivery throughput
  Ġ=institution regen; Ḋ=Civλ+attrition; buffers=reserves+contingency

		

9) Interconnected Lattice Failures (Mandatory Couplers)

Every RECL-based OS page should declare which couplers apply:

			
COUPLERS (choose relevant):
  - κ cascade (tight coupling amplifies shocks)
  - σ/ρσ operator shear (policy churn or change injection > absorption)
  - CI brittleness (over-concentration into few lanes/nodes)
  - p95 variance gate (variance widens before mean failure)
  - buffer depletion (repair starvation)

		

10) Required “Failure Trace” Block (Always include at least one)

			
FAILURE_TRACE (template):
  Node_A (ρ↑, R↓) → BindType + w → Node_B (ΔL↑, ΔḊ↑) → TTC↓ →
  FenceTrigger → TRUNCATE → ROUTE_REPAIR → STITCH → RETEST → stable band

11) Install Order (How to Use RECL Without Over-Standardising Everything)

			
INSTALL.RECL.MIN (for any OS article):
  1) Define 3–7 Nodes (the core ones)
  2) Define 5–12 Binds (the important propagation edges)
  3) Provide sensor panel + thresholds (ρ, R, TTC, κ, ρσ, p95 variance)
  4) Provide 1 failure trace + 1 repair trace
  5) (Optional) add more nodes later; never rename IDs, only version forward

		

Done: RECL.Schema v1.0 (LOCKED)