DEVELOPER DOCS

Epsilon Developer Documentation

Getting Started API Reference Code Examples Common Issues

Getting Started

Installation

npm install @lithium/epsilon
# or
yarn add @lithium/epsilon

Quick Usage

// Import Epsilon
import { optimizeEnergy } from '@lithium/epsilon';

// Initialize with parameters
const optimizer = optimizeEnergy({
    environment: 'industrial',
    tolerance: 0.001
});

// Example sensor data analysis
const result = optimizer.analyze([
    { sensorId: 'TH01', value: 45.2 },
    { sensorId: 'PR02', value: 7800.5 },
    { sensorId: 'MA03', value: 18000 }
]);

console.log('Optimized Parameters:', result.recommendations);
console.log('Energy Savings:', result.savings, '%');

For production use in energy-intensive environments, always use a worker thread or async queue pattern to avoid blocking the main thread.

API Reference

Core Methods

optimizeEnergy()

Main optimization engine requiring environmental context.

optimizeEnergy({ environment: 'manufacturing', sensors: [...] })

analyzeSensors()

Process raw sensor data with anomaly detection.

analyzeSensors(sensorData, { threshold: 3 })

Advanced Features

quantumSimulate()

Quantum computing simulation for complex optimizations.

quantumSimulate({ constraints: [...], qubits: 128 })

realTimeMonitor()

Live energy monitoring with real-time adjustments.

realTimeMonitor({ interval: 1000 })

Code Examples

Full Integration Example

TypeScript

import { optimizeEnergy, analyzeSensors } from '@lithium/epsilon';

async function optimizeProduction() {
    // Get sensor data from factory floor
    const sensorData = await fetchSensorData();
    
    // Analyze for anomalies
    const analysis = analyzeSensors(sensorData);
    
    // Optimize energy usage
    const { recommendations, savings } = optimizeEnergy({
        environment: 'automotive',
        sensors: analysis,
        priority: 'cost'
    });
    
    return {
        recommendedSettings: recommendations,
        estimatedSavings: savings
    };
}

// Web API integration example
const express = require('express');
const app = express();

app.post('/api/optimize', async (req, res) => {
    const result = await optimizeProduction();
    res.json(result);
});

app.listen(3000, () => console.log('Epsilon API running on port 3000'));