UNPKG

universal-life-protocol-core

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Revolutionary AI framework implementing living, conscious digital reality with meta-cognitive reasoning, attention economics, and autonomous learning

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import { MduState } from "./types.js"; /** * Provides functions for multi-domain state resolution and harmonic resonance detection. * NOTE: This is a simplified implementation. A production system would use a BigInt library. */ export declare class CrtModule { /** * Solves a system of congruences x ≡ a_i (mod n_i) to find the unique Universal Counter N. * @param congruences An array of [address, base] pairs, e.g., [[A_1, B_1], [A_2, B_2]]. * @returns The smallest non-negative integer solution for N. */ static solve(congruences: [number, number][]): number; /** * Checks for a harmonic resonance event, which occurs if an entity's address aligns * across multiple specified domains, often at a zero-state. * @param states A map of an entity's current states across different domains. * @param targetDomains An array of domain names (e.g., 'daily_cycle', 'weekly_cycle'). * @param targetAddress The address to check for alignment (typically 0). * @returns True if all target domains are at the target address. */ static checkHarmonicResonance(states: Map<string, MduState>, targetDomains: string[], targetAddress?: number): boolean; private static multiplicativeInverse; } //# sourceMappingURL=crt-module.d.ts.map