/**
 * Government Agent
 *
 * Represents a real-world government with political structure,
 * state capacity, and decision-making capabilities
 *
 * @module core/Government
 */
import { GovernmentType, GovernmentTypeCharacteristics } from './GovernmentType.js';
import { StateCapacity } from './StateCapacity.js';
/**
 * Government configuration
 */
export interface GovernmentConfig {
    /** ISO 3166-1 alpha-3 country code */
    countryCode: string;
    /** Country name */
    countryName: string;
    /** Government type */
    type: GovernmentType;
    /** State capacity metrics */
    capacity: StateCapacity;
    /** Population (millions) */
    population: number;
    /** GDP (billions USD, PPP) */
    gdpPPP: number;
    /** Current year of government data */
    year: number;
}
/**
 * Government Agent
 *
 * Core political actor in simulation
 */
export declare class Government {
    readonly countryCode: string;
    readonly countryName: string;
    readonly type: GovernmentType;
    readonly capacity: StateCapacity;
    readonly population: number;
    readonly gdpPPP: number;
    readonly year: number;
    readonly characteristics: GovernmentTypeCharacteristics;
    constructor(config: GovernmentConfig);
    /**
     * Get base policy response time for this government
     * Accounts for government type characteristics
     */
    getBasePolicyResponseTime(): number;
    /**
     * Get policy success rate for this government
     * Accounts for state capacity
     */
    getPolicySuccessRate(): number;
    /**
     * Get implementation noise for this government
     * Higher values = more corruption/inefficiency
     */
    getImplementationNoise(): number;
    /**
     * Get AI comprehension lag for this government
     * How long to understand new AI capabilities (months)
     */
    getAIComprehensionLag(): number;
    /**
     * Can this government hold early elections?
     */
    canHoldEarlyElections(): boolean;
    /**
     * Does this government require coalition formation?
     */
    requiresCoalitions(): boolean;
    /**
     * Get decision-making speed relative to baseline
     * Higher = faster decisions
     */
    getDecisionSpeed(): number;
    /**
     * String representation
     */
    toString(): string;
}