export type AgentType =
// Core agents (7)
| 'systems' | 'econ' | 'socio' | 'governance' | 'culture' | 'risk' | 'validation'
// Extended agents (5)
| 'environmental' | 'demographic' | 'infrastructure' | 'technology' | 'historical'
// Advanced agents (6) - geopolitics, ethnicity, religion, military, disaster, emergency
| 'geopolitics' | 'ethnicity' | 'religion' | 'military' | 'disaster' | 'emergency';
export interface Hypothesis {
assumptions: string[];
constraints: string[];
goals: string[];
}
export interface AgentOutput {
agentType: AgentType;
conclusion: string;
evidence: string[];
risks: string[];
suggestions: string[];
falsifiable: string;
error?: string;
}
export interface Conflict {
type: 'logical' | 'priority' | 'risk_amplification' | 'goal' | 'constraint' | 'evidence';
involvedAgents: AgentType[];
description: string;
severity: 'low' | 'medium' | 'high';
resolutionStrategy?: string;
}
export interface SocialSystemModel {
hypothesis: Hypothesis;
agentOutputs: AgentOutput[];
conflicts: Conflict[];
structure: SystemStructure;
metadata: {
iterations: number;
confidence: number;
generatedAt: string;
failures?: AgentFailure[];
convergedAtIteration?: number;
finalSimilarity?: number;
};
}
export interface AgentFailure {
agentType: AgentType;
error: string;
iteration: number;
timestamp: string;
}
export interface SystemStructure {
overall: {
resourceLayer: string[];
behaviorLayer: string[];
organizationLayer: string[];
institutionalLayer: string[];
governanceLayer: string[];
culturalLayer: string[];
};
workflow: {
demandGeneration: string[];
resourceAllocation: string[];
production: string[];
ruleEnforcement: string[];
publicGoods: string[];
feedback: string[];
};
institutions: {
propertyRights: string[];
contracts: string[];
publicGoods: string[];
disputeResolution: string[];
riskSharing: string[];
};
governance: {
layeredGovernance: string[];
accountability: string[];
transparency: string[];
crisis: string[];
};
culture: {
narrative: string[];
rituals: string[];
values: string[];
education: string[];
};
innovation: {
experimentation: string[];
balance: string[];
adaptability: string[];
};
risks: {
scarcity: string[];
trust: string[];
power: string[];
culture: string[];
};
metrics: {
stability: string[];
fairness: string[];
efficiency: string[];
cooperation: string[];
resilience: string[];
legitimacy: string[];
};
optimization: {
indicators: string[];
mechanisms: string[];
decisionLoop: string[];
};
security: {
territorialDefense: string[];
militaryStrategy: string[];
allianceNetwork: string[];
conflictResolution: string[];
deterrence: string[];
};
identity: {
ethnicRelations: string[];
religiousHarmony: string[];
culturalIntegration: string[];
minorityProtection: string[];
identityNarrative: string[];
};
resilience: {
disasterPreparedness: string[];
emergencyResponse: string[];
recoveryMechanism: string[];
earlyWarning: string[];
communityResilience: string[];
};
}
export interface WorkflowConfig {
maxIterations?: number;
convergenceThreshold?: number;
extendedAgents?: boolean;
}
export interface WorkflowState {
currentStep: number;
iteration: number;
maxIterations: number;
agentResults: Map<AgentType, AgentOutput>;
conflicts: Conflict[];
history: WorkflowSnapshot[];
failures: AgentFailure[];
}
interface WorkflowSnapshot {
iteration: number;
agentOutputs: AgentOutput[];
conflicts: Conflict[];
timestamp: string;
}
export interface AnalysisContext {
hypothesis: Hypothesis;
previousOutputs?: Map<AgentType, AgentOutput>;
iteration: number;
conflicts: Conflict[];
agentType?: AgentType;
}
export interface AgentInstance {
name: string;
agentType: AgentType;
systemPrompt: string;
outputSchema: {
conclusion: string;
evidence: string[];
risks: string[];
suggestions: string[];
falsifiable: string;
};
}
