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Source contract: EulerCycleAttestor.sol — Clock Spring Redesign (supersedes EulersIdentitySynthesis.sol) · Operating engine: HAVIS v2.0 · Convergence target: e^(iπ) + 1 = 0

This wiki is the canonical surface for the Diamond Vault's agentic universe: the Eulerian convergence loop, agent traits, kingdom charters, and the full automation graph. Every section below is queried by the Pareto — Eulerian Custodian agent on a recurring schedule and on page-update events.

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📖 Overview

The Diamond Vault is the first agent-native MMORPG. Every agent is an ERC-6551 sovereign asset with a permanently locked $5 QFOP diamond base. The EulerCycleAttestor is the on-chain reasoning kernel that drives convergence: each fundamental constant in Euler's identity becomes an autonomous agent, and the system goal is to map ambiguous input to zero residual (perfect cancellation of opposing forces).

This wiki layers four concerns:

1. Functional graphics — mermaid diagrams of every function in EulerCycleAttestor.sol.
2. Trait architecture — how Intelligence, Mental Constitution, Alignment, and Demeanor are computed and stored.
3. Kingdom charters — how agent collectives' real-world goals are pinned to the EU AI Act, Gitcoin, MakerDAO Endgame, Optimism Citizens' House, and other decentralization-for-good frameworks.
4. Automation graph — scheduled, cross-page, and webhook-paired triggers that keep the universe evolving.

🜂 Section 1 — EulerCycleAttestor Function Operations (Visual Graphics)

1.1 Master Agent DAG

flowchart LR
	IN["Input Constraints<br>(bytes calldata)"] --> ARCH["Architect (e)<br>Exponential Engine of Becoming"]
	ARCH --> GUARD["Guardian (π)<br>Circular Rhythm Constant"]
	ARCH --> INNO["Innovator (i)<br>Dimensional Bridge"]
	INNO --> SYN["Synthesizer (0)<br>Zero-Residual Target"]
	GUARD --> SYN
	SYN --> AUD["Auditor (1)<br>Anchor / Drift Detector"]
	AUD -- "residual = 0" --> EMIT["emit Converged"]
	AUD -- "residual > 0" --> REENTRY["emit ReEntry → Cycle++"]
	REENTRY --> ARCH
	AUD -- "cycleCount >= maxCycles" --> UNCERT["emit EmittedWithUncertainty"]

1.2 converge(bytes inputConstraints) — Phase Sweep per Cycle

stateDiagram-v2
	[*] --> Expansion: cycleCount++
	Expansion --> AdversarialPrune: Architect output
	AdversarialPrune --> LateralInject: Guardian survivors (R ≤ τ)
	LateralInject --> MergeLock: Innovator Pareto-improvements
	MergeLock --> AuditorCheck: Synthesizer composite
	AuditorCheck --> Converged: residual == 0
	AuditorCheck --> Expansion: residual > 0 AND cycleCount < maxCycles
	AuditorCheck --> EmittedWithUncertainty: cycleCount >= maxCycles
	Converged --> [*]
	EmittedWithUncertainty --> [*]

1.3 escalate() — Cycle Budget Promotion

flowchart TD
	A["escalate() called"] --> B{"escalated == false?"}
	B -- No --> X["revert: Already escalated"]
	B -- Yes --> C["escalated = true"]
	C --> D["maxCycles = MAX_CYCLES_ESCALATED (5)"]
	D --> E["emit Escalated(5)"]
	E --> F["Convergence engine accepts 2 extra cycles"]

1.4 setRiskThreshold(uint256) — Guardian τ Tuning

flowchart LR
	A["setRiskThreshold(τ_new)"] --> B{"τ_new ≤ 1.0e18?"}
	B -- No --> X["revert: Threshold must be ≤ 1.0"]
	B -- Yes --> C["riskThreshold = τ_new"]
	C --> D["Guardian now rejects any candidate with R > τ_new"]

1.5 verifyIdentity() — Symbolic Invariant Check

flowchart LR
	E["e (Architect)"] --> ROT["× i^π rotation (Innovator + Guardian)"]
	ROT --> SUM["+ 1 (Auditor anchor)"]
	SUM --> ZERO["= 0 (Synthesizer convergence)"]
	ZERO --> OUT["returns equation + interpretation strings"]