aura-glass
Version:
A comprehensive glassmorphism design system for React applications with 142+ production-ready components
147 lines • 4.88 kB
TypeScript
/**
* AuraGlass Meta-Engine
* Self-Evolving Glass Framework that analyzes its own usage and optimizes in real-time
* Part of Next-Wave Systems (10/10) - Meta-Systems Framework
*/
import React from "react";
interface SystemUsageMetric {
systemId: string;
componentType: string;
usageCount: number;
performanceMetrics: {
renderTime: number;
memoryUsage: number;
interactionLatency: number;
errorRate: number;
};
userSatisfactionScore: number;
timestamp: number;
context: {
deviceType: "mobile" | "tablet" | "desktop";
browserEngine: string;
networkCondition: "fast" | "moderate" | "slow";
batteryLevel?: number;
};
}
interface SystemOptimization {
id: string;
targetSystem: string;
optimizationType: "performance" | "memory" | "battery" | "network" | "accessibility" | "user-experience";
description: string;
impact: number;
confidence: number;
implementation: string;
estimatedGain: {
performance?: string;
memory?: string;
battery?: string;
userExperience?: string;
};
priority: "low" | "medium" | "high" | "critical";
autoApplyable: boolean;
}
interface SystemEvolution {
id: string;
evolutionType: "feature-enhancement" | "performance-boost" | "adaptive-learning" | "emergent-behavior";
description: string;
affectedSystems: string[];
evolutionStage: "detected" | "analyzing" | "testing" | "implementing" | "complete";
confidence: number;
potentialImpact: number;
}
interface GlassSystemHealth {
systemId: string;
healthScore: number;
issues: Array<{
type: "performance" | "memory-leak" | "accessibility" | "user-friction" | "compatibility";
severity: "low" | "medium" | "high" | "critical";
description: string;
autoFixable: boolean;
}>;
recommendations: string[];
trend: "improving" | "stable" | "declining";
}
declare class GlassMetaEngineCore {
private systemMetrics;
private optimizations;
private evolutions;
private systemHealth;
private quantumOptimizer;
private selfHealingNetwork;
private evolutionStage;
private learningRate;
constructor();
private initializeEvolution;
private startEvolutionCycle;
recordSystemUsage(metric: SystemUsageMetric): void;
private analyzeMetrics;
private calculateHealthScore;
private generateOptimizations;
private createOptimization;
private interpretNeuralOutput;
private metricsToVector;
private evolveSystem;
private detectEmergentBehaviors;
private calculateSystemCorrelation;
private applyOptimizations;
private generateEvolutions;
private monitorSystemHealth;
getSystemMetrics(): Map<string, SystemUsageMetric[]>;
getOptimizations(): SystemOptimization[];
getEvolutions(): SystemEvolution[];
getSystemHealth(): Map<string, GlassSystemHealth>;
getQuantumStates(): Array<{
system: string;
coherence: number;
}>;
}
export declare function GlassMetaEngineProvider({ children, onEvolution, onOptimization, }: {
children: React.ReactNode;
onEvolution?: (evolution: SystemEvolution) => void;
onOptimization?: (optimization: SystemOptimization) => void;
}): import("react/jsx-runtime").JSX.Element;
export declare function useGlassMetaEngine(): {
engine: GlassMetaEngineCore | null;
recordUsage: (metric: SystemUsageMetric) => void;
optimizations: SystemOptimization[];
evolutions: SystemEvolution[];
systemHealth: Map<string, GlassSystemHealth>;
};
export declare const GlassMetaEngine: typeof GlassMetaDashboard;
export declare function GlassMetaDashboard({ className, showQuantumStates, showEvolutions, maxOptimizations, }: {
className?: string;
showQuantumStates?: boolean;
showEvolutions?: boolean;
maxOptimizations?: number;
}): import("react/jsx-runtime").JSX.Element;
export declare function useMetaEngineRecorder(systemId: string, componentType: string): {
recordMetric: (userSatisfactionScore?: number) => void;
};
export declare const metaEnginePresets: {
conservative: {
evolutionRate: number;
optimizationThreshold: number;
quantumCoherence: number;
selfHealingEnabled: boolean;
};
balanced: {
evolutionRate: number;
optimizationThreshold: number;
quantumCoherence: number;
selfHealingEnabled: boolean;
};
aggressive: {
evolutionRate: number;
optimizationThreshold: number;
quantumCoherence: number;
selfHealingEnabled: boolean;
};
experimental: {
evolutionRate: number;
optimizationThreshold: number;
quantumCoherence: number;
selfHealingEnabled: boolean;
};
};
export {};
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