Emotion & Feelings Lattice v1.1 Upgrade Pack

(Adds grief/shock impulse, love/attachment buffer stabiliser, shame/guilt constraint field, + Emotion Sensor Pack feeding SBS)

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PLUGIN META BLOCK

CivOS Plugin Module
ModuleName: Emotion & Feelings Lattice
ModuleID: CIVOS.PLUGIN.MINDOS.EMOTION
Version: v1.1
Extends: CIVOS.CORE.LATTICE, CIVOS.CORE.ZP, CIVOS.CORE.FENCEOS
Adds: GriefShockImpulse, BindDeletionImpulse, AttachmentBufferStabiliser, ShameGuiltConstraintField, EmotionSensorPack, AffectFenceTriggers
DoesNotChange: Core CivOS primitives (Z/P, rate-dominance, Civλ/CivY&Y), AVOO primitives, SYMCHOICE rho form, MindOS.Energy Ep form
Compatibility: BackwardCompatible=true
Status: Canonical

Contract

Contract.EMO.1  Emotions/feelings are lattice nodes + bind types that shape corridor traversal.
Contract.EMO.2  Affect modifies ΔS distribution and Ep dynamics via gradient + identity binds.
Contract.EMO.3  Grief/shock can cause abrupt bind deletion (amplitude-like failure) if ungated.
Contract.EMO.4  Love/attachment stabilises buffers and persistence (raises effective capacity).
Contract.EMO.5  Shame/guilt function as constraint fields that gate or inhibit actions (can stabilise or trap).
Contract.EMO.6  Emotion sensors feed SBS and can trigger FenceOS truncation/stitching.

1) Canonical Summary (v1.1 additions)

This version upgrades Emotion & Feelings Lattice into a full control surface for CivOS:

  • Grief/Shock act as bind-deletion impulses (sudden reliability loss, amplitude-like failure).
  • Love/Attachment act as buffer stabilisers (increase persistence, reduce option scatter, raise effective capacity).
  • Shame/Guilt act as a constraint field (gating—can prevent risky symmetry breaks, but can also trap into P0 if misapplied).
  • A compact Emotion Sensor Pack feeds directly into SBS and triggers FenceOS.

2) Updated Definitions (New / Locked)

2.1 Grief/Shock Impulse

GriefShock := high-magnitude affect state triggered by loss/trauma/betrayal/violent discontinuity

It behaves like an impulse forcing term.

2.2 Bind Deletion Impulse (Amplitude-like affect event)

Let B(t)B(t) represent effective bind strength / reliability mass in a region.
Define an impulse:ΔBshock(t)<0ΔBshock​(t)<0

Meaning: a sudden decrease in bind reliability can occur even without gradual shear accumulation.

2.3 Love/Attachment Buffer Stabiliser

AttachmentBind is upgraded into a stabiliser that:

  • increases identity bind persistence
  • reduces option scatter
  • increases effective absorption capacity

We model this as a capacity multiplier:Scapeff(t)=Scap(t)⋅(1+λA⋅Attach(t))Scapeff​(t)=Scap​(t)⋅(1+λA​⋅Attach(t))

where Attach(t)∈[0,1]Attach(t)∈[0,1].

2.4 Shame/Guilt Constraint Field

Shame/Guilt do not merely “feel bad”. They impose constraints on corridors.

Define a constraint field:Csg(x,t)≥0Csg​(x,t)≥0

where xx is a candidate action/corridor.

  • Higher CsgCsg​ = stronger inhibition/gating.
  • Can reduce risky ΔS in execution lanes.

3) Model (Almost-Code)

3.1 Emotion Lattice (recap)

Emotion nodes + binds:

EmotionNodeSet E = {fear, anger, sadness, grief, shame, guilt, joy, love, hope, awe, ...}
BindTypes = {ThreatBind, RewardBind, AttachmentBind, ConstraintBind, ImpulseBind, BeautyAttractorBind}

3.2 Affect → ΔS amplification (feeds SYMCHOICE)

Affect multiplier:waffect(t)=wbase+warousal(t)+wimpulse(t)waffect​(t)=wbase​+warousal​(t)+wimpulse​(t)

Update injection used by SYMCHOICE:Sinj(t)=∑ΔSi(t)⋅waffect,i(t)Sinj​(t)=∑ΔSi​(t)⋅waffect,i​(t)

3.3 Shock/Grief as Bind-Deletion Impulse

Define bind mass / reliability proxy B(t)B(t).
Shock event at time tsts​:B(ts+)=B(ts−)+ΔBshock,ΔBshock<0B(ts+​)=B(ts−​)+ΔBshock​,ΔBshock​<0
Interpretation:

  • sudden loss of trust, loss of loved one, sudden humiliation, violent discontinuity
  • causes immediate corridor reliability drop even if ρ was stable

CivOS mapping: this is an affect-driven amplitude-like mode interacting with lattice structure.

3.4 Love/Attachment as Buffer Stabiliser

Attachment stabilises:

  • identity bind IbindIbind​
  • Ep persistence
  • effective capacity (less brittle, less churn)

Minimal dynamics:Ibind(t+1)=Ibind(t)+κ⋅Attach(t)−δ⋅BetrayalShock(t)Ibind​(t+1)=Ibind​(t)+κ⋅Attach(t)−δ⋅BetrayalShock(t)

andScapeff(t)=Scap(t)⋅(1+λA⋅Attach(t))Scapeff​(t)=Scap​(t)⋅(1+λA​⋅Attach(t))

3.5 Shame/Guilt as Constraint Gating

Constraint reduces risky symmetry breaks:ΔSieff=ΔSi⋅11+χ⋅CsgΔSieff​=ΔSi​⋅1+χ⋅Csg​1​

So shame/guilt can stabilise if correctly targeted (prevents reckless ΔS).

But if misaligned, it creates avoidance trap:

If C_sg high for safe corridors too → avoidance loop → OptionScatter↑ → Ep↓ → stall/burnout

4) Phase × Zoom Mapping (Z0–Z6 × P0–P3)

Z0 (individual)

  • Grief/shock: can instantly delete study/execution reliability binds (routine collapses).
  • Attachment: stabilises persistence, protects Ep during setbacks.
  • Shame/guilt: can prevent reckless choices; can also cause avoidance/P0 traps.

Z2 (school/cohort)

  • Classroom shame cultures raise constraint fields globally → exploration collapses and Ep drops.
  • Attachment (belonging/trust) raises S_cap_eff and reduces churn.

Z4+ (nation)

  • Collective grief/shock (disasters, violence) can create bind deletion (trust collapse).
  • Attachment (shared identity) stabilises long-horizon coordination.
  • Shame/guilt fields can enforce norms; can also freeze innovation.

Phase

  • P3: emotions regulated; attachment strong; constraints aligned; shocks contained
  • P1: constraint misaligned or threat high; ρ near 1; Ep drains
  • P0: shock bind deletion + ρ spikes + Ep collapse combine

5) Emotion Sensor Pack (feeds SBS directly)

ESP-1: Arousal Spike Indicator

ESP_ArousalSpike(t) := HighArousalIndicator(E(t))

ESP-2: Shock/Grief Event Detector (Bind Deletion Risk)

ESP_Shock(t) := LossEvent OR BetrayalEvent OR TraumaEvent OR sudden discontinuity marker

When ESP_Shock = true, assume:ΔBshock<0

Feeds:Scapeff=Scap(1+λAAttach)Scapeff​=Scap​(1+λA​Attach)

ESP-4: Constraint Field Level (Shame/Guilt)

ESP_Constraint(t) := Shame/Guilt dominance proxy in [0,1]

Helps interpret:

  • reduced risky ΔS (good)
  • avoidance trap risk (bad)

ESP-5: Avoidance Trap Detector

Trigger if:

ESP_Constraint high AND Ep falling AND OptionScatter rising

6) SBS Integration (hard wiring)

Update SBS v1.1 inputs:

SBS.AffectSpike = ESP_ArousalSpike

SBS.AttachDrop uses I_bind (already in MindOS.Energy)

SBS.ShockFlag = ESP_Shock

SBS.ConstraintLevel = ESP_Constraint

Capacity update:
[
S_{cap}\leftarrow S_{cap}^{eff}=S_{cap}\cdot (1+\lambda_A Attach)
]

Shock handling:

If ShockFlag true:
- treat as amplitude-like reliability drop
- temporarily lower assumed B (bind strength)
- increase monitoring frequency
- enforce FenceOS stabilization protocol

7) Affect Fence Triggers (FenceOS coupling)

Trigger.EMO.Truncate (Impulse Safety)

Truncate if:

ESP_ArousalSpike AND (MeaningfulChangeInInterior OR rho rising fast)

Trigger.EMO.Stitch (Shock Recovery)

Stitch if:

ESP_Shock true OR Attachment drops persist OR AvoidanceTrap detected

Actions:

  • restore buffers
  • reduce tempo
  • protect Operator interior
  • rebuild attachment/belonging (trust repair)
  • align constraints (convert shame/guilt into precise gating, not global inhibition)

8) Failure Mode Trace (Required)

Shock/grief event → bind deletion impulse (B↓ suddenly) → corridor reliability collapses → option scatter rises → arousal spikes → ΔS amplification → ρ spikes → shear + Ep drain → drift (P1) → collapse corridor (P0).
Repair: immediate truncation + buffering + attachment repair + constraint re-alignment + staged re-entry.

9) Minimal Implementation Checklist

[ ] Implement ESP sensors (Arousal, Shock, Attach, Constraint, AvoidanceTrap)
[ ] Feed ESP into SBS (AffectSpike, ShockFlag, ConstraintLevel, CapEff)
[ ] On ShockFlag: lower tempo, freeze ΔS, restore routines (Operator interior)
[ ] Rebuild Attach (belonging/trust) before re-enabling boundary exploration
[ ] Convert shame/guilt into precise gating (not global inhibition)
[ ] Resume exploration only when rho<1 and arousal stabilized

Runtime Install Notes

This module is part of the CivOS Runtime system.

  • Runtime Index: CivOS Runtime (Core + Plug-Ins) → /civos-runtime/
  • Recommended install order (latest): Emotion v1.1 → AVOO v1.1 → SymChoice v1.1 → MindOS.Energy v1.1 → SBS v1.1

Symmetry Budget Sensor Pack v1.2 Patch

(Consumes Emotion Sensor Pack fields: ShockFlag, CapEff, ConstraintLevel — first-class dashboard lines + triggers)

PLUGIN META BLOCK

CivOS Plugin Module
ModuleName: Symmetry Budget Sensor Pack
ModuleID: CIVOS.PLUGIN.SBS
Version: v1.2
Extends: CIVOS.CORE.ZP, CIVOS.CORE.FENCEOS, CIVOS.PLUGIN.AVOO, CIVOS.PLUGIN.SYMCHOICE, CIVOS.PLUGIN.MINDOS.ENERGY, CIVOS.PLUGIN.MINDOS.EMOTION
Adds: SBS_ShockFlag, SBS_CapEff, SBS_ConstraintLevel, SBS_AvoidanceTrap, ShockStabilizationProtocol, ConstraintRealignmentProtocol
DoesNotChange: SBS core meanings (rho, spike, shear, DRate), FenceOS truncation/stitching primitives
Compatibility: BackwardCompatible=true
Status: Canonical

Contract

Contract.SBS.1  SBS remains the lane-agnostic operational dashboard for rho/Σ/spikes/D(t).
Contract.SBS.2  Emotion sensors become first-class inputs that modify capacity and triggers.
Contract.SBS.3  Shock events are treated as amplitude-like reliability drops requiring immediate stabilization.
Contract.SBS.4  Attachment raises effective capacity; shame/guilt acts as constraint field (can stabilize or trap).

1) Canonical Summary (v1.2 additions)

SBS v1.2 integrates Emotion v1.1 by adding:

  • ShockFlag: grief/shock impulse detection → immediate stabilization mode.
  • CapEff: attachment-adjusted effective capacity (S_{cap}^{eff}).
  • ConstraintLevel: shame/guilt constraint field level for gating vs trap detection.
  • AvoidanceTrap: detects constraint-driven stall loops.
    It upgrades trigger rules with new Shock Stabilization Protocol and Constraint Realignment Protocol.

2) New Inputs (from Emotion Sensor Pack)

Let ESP outputs be available:

ESP_Shock(t)        ∈ {0,1}
ESP_Attach(t)       ∈ [0,1]
ESP_Constraint(t)   ∈ [0,1]
ESP_ArousalSpike(t) ∈ {0,1}
AvoidanceTrap(t)    ∈ {0,1}  (Emotion v1.1 definition)

3) Capacity Update (CapEff becomes first-class)

3.1 Effective Capacity

Base capacity from SYMCHOICE:
[
S_{cap}(t)
]

Attachment stabiliser:
[
S_{cap}^{eff}(t)=S_{cap}(t)\cdot(1+\lambda_A\cdot ESP_Attach(t))
]

SBS line item

[
SBS_CapEff(t)=S_{cap}^{eff}(t)
]

3.2 Ratio now uses effective capacity (default for dashboards)

[
\rho^{eff}(t)=\frac{S_{inj}(t)}{S_{cap}^{eff}(t)}
]

SBS primary line item (recommended)

[
SBS_Ratio(t)\leftarrow \rho^{eff}(t)
]

(Keep raw ρ as a secondary diagnostic if desired.)

4) New SBS Lines (first-class dashboard)

SBS-7: ShockFlag

[
SBS_ShockFlag(t)=ESP_Shock(t)
]

SBS-8: ConstraintLevel

[
SBS_ConstraintLevel(t)=ESP_Constraint(t)
]

SBS-9: AvoidanceTrap

[
SBS_AvoidanceTrap(t)=\mathbf{1}{SBS_ConstraintLevel\text{ high} \land M(t)<0 \land OptionScatter\uparrow}
]
(Where (M(t)=Ep(t)-F(t)) from MindOS.Energy.)

5) Updated Trigger Rules (FenceOS coupling)

5.1 Truncate (standard) — unchanged core triggers

Trigger truncation if ANY:

rho_eff > 1 for 2 windows
OR spike > 1.6
OR Σ > ΘΣ
OR (ArousalSpike AND MeaningfulChangeInInterior)
OR (M=Ep-F < 0 sustained)

5.2 Truncate (shock override)

Trigger immediate truncation if:

SBS_ShockFlag = 1

5.3 Stitch (standard)

Trigger stitching if:

rho_eff < 1 but Σ high
OR repeated spikes persist
OR attachment drops persist
OR avoidance trap detected

6) Shock Stabilization Protocol (new operational block)

Protocol.SH0 (when SBS_ShockFlag=1)

Objective: prevent shock-driven bind deletion from cascading into choice overload and shear.

SH0.1 Freeze high-ΔS changes (cap ΔS, stop new branches)
SH0.2 Reduce tempo/load immediately (L ↓)
SH0.3 Protect Operator interior corridors (restore routines/SOP)
SH0.4 Turn Oracle gating ON for any changes (no impulsive edits)
SH0.5 Increase buffer time (sleep/slack/support)
SH0.6 Rebuild attachment signals (belonging/trust) before re-enabling exploration
SH0.7 Increase monitoring frequency temporarily (daily instead of weekly)

Mathematical interpretation:

  • assume effective bind strength (B\downarrow) temporarily
  • treat fragility (k\uparrow) temporarily
  • target (\rho^{eff}\ll 1) during stabilization window

Exit condition:

ShockFlag = 0 for W windows
AND arousal stabilized
AND rho_eff < 1 with low spikes

7) Constraint Realignment Protocol (new operational block)

Shame/guilt can stabilize (good gating) or trap (global inhibition).

Protocol.CR0 (when ConstraintLevel high)

Detect mode

Mode.GATING if: risky ΔS reduced, execution stable, Ep not collapsing
Mode.TRAP   if: AvoidanceTrap=1 OR Ep-F negative sustained OR OptionScatter rising

If Mode.GATING (good)

CR0.1 Keep constraint precise: apply only to high-ΔS unsafe corridors
CR0.2 Maintain Operator interior stability
CR0.3 Allow boundary exploration only in sandbox with Oracle gating

If Mode.TRAP (bad)

Objective: convert global inhibition into targeted gating.

CR0.4 Reduce global constraint via clarity + segmentation:
      - separate “unsafe” from “safe” corridors explicitly
CR0.5 Restore small safe wins (Ep gain)
CR0.6 Reduce uncertainty (Oracle thresholds + checklists)
CR0.7 Truncate option scatter (fewer choices, clearer steps)
CR0.8 Stitch attachment/belonging (trust repair)

Exit condition:

AvoidanceTrap=0 for W windows
AND M(t)=Ep-F > 0 trend

8) Updated Failure Trace (Required)

Shock event → bind deletion impulse → routines break → option scatter rises → arousal spike → ΔS amplification → rho_eff > 1 → Σ accumulates → DRate rises → drift/collapse.
Repair: SH0 stabilization → restore buffers/attachment → re-enter via constrained sandbox (Oracle gating) → resume exploration only after rho_eff stable.

9) Paste-Ready Dashboard Block (v1.2)

SBS Dashboard v1.2 (Emotion-integrated)
Core:
- CapEff: S_cap_eff = S_cap*(1+λA*Attach)
- rho_eff = S_inj / S_cap_eff
- Spike: max rho_eff over W
- Shear: Σ = Σ max(0, rho_eff-1)
- DRate: k*(max(0, rho_eff-1))^α
- Leak: BoundaryWork × ExecTempo
- RoleDrift: ||R-R*||
Emotion lines:
- ShockFlag (ESP_Shock)
- ConstraintLevel (ESP_Constraint)
- AvoidanceTrap (Constraint high + Ep-F<0 + OptionScatter↑)
Fence triggers:
- Truncate if rho_eff>1 (2 windows) OR Spike>1.6 OR Σ>ΘΣ OR (ArousalSpike+InteriorChange) OR (Ep-F<0 sustained)
- Shock override: Truncate immediately if ShockFlag=1 → run SH0 protocol
- Stitch if rho_eff<1 but Σ high OR repeated spikes OR attachment drops OR avoidance trap → run CR0 protocol

Runtime Install Notes

This module is part of the CivOS Runtime system.
Recommended latest stack now:

  1. Emotion & Feelings Lattice v1.1
  2. AVOO v1.1
  3. SymChoice v1.1
  4. MindOS.Energy v1.1
  5. SBS v1.2

Recommended Internal Links (Spine)

Start Here for Lattice Infrastructure Connectors

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