// Enhanced State Data with Advanced Metrics const stateData = { CA: { rate: 0.25, sunHours: 5.5, incentive: 0.15, blackoutRisk: 'high', weatherFactor: 0.95, netMetering: true, timeOfUse: { peak: { rate: 0.48, hours: '4pm-9pm' }, offPeak: { rate: 0.22, hours: '9pm-4pm' } }, batteryValue: 0.12, gridReliability: 0.92 }, HI: { rate: 0.34, sunHours: 6.0, incentive: 0.35, blackoutRisk: 'medium', weatherFactor: 0.98, netMetering: true, timeOfUse: { peak: { rate: 0.42, hours: '5pm-10pm' }, offPeak: { rate: 0.28, hours: '10pm-5pm' } }, batteryValue: 0.15, gridReliability: 0.94 }, // Similar data for AZ, AK, TX, FL... }; // Smart Validation and UI Updates function validateInputs() { const inputs = { clientName: document.getElementById('clientName').value, usage: parseFloat(document.getElementById('usage').value), power: parseFloat(document.getElementById('power').value), state: document.getElementById('state').value }; const isValid = inputs.clientName && inputs.usage > 0 && inputs.power > 0 && inputs.state; const calculateBtn = document.getElementById('calculateBtn'); calculateBtn.disabled = !isValid; calculateBtn.style.opacity = isValid ? '1' : '0.5'; updateProgress(inputs); } function updateProgress(inputs) { let progress = 0; if (inputs.clientName) progress += 25; if (inputs.usage > 0) progress += 25; if (inputs.power > 0) progress += 25; if (inputs.state) progress += 25; document.getElementById('progressIndicator').style.width = `\${progress}%`; } // Enhanced Smart Calculations function calculateSmartSystem() { const inputs = getInputValues(); const stateInfo = stateData[inputs.state]; // Smart Usage Analysis const usageAnalysis = analyzeUsagePattern(inputs.usage, stateInfo); // System Sizing const systemSize = calculateOptimalSize(inputs, stateInfo); // Financial Analysis const financials = calculateFinancials(inputs, systemSize, stateInfo); // Environmental Impact const environmental = calculateEnvironmentalImpact(inputs, systemSize); // Smart Recommendations const recommendations = generateRecommendations(inputs, usageAnalysis, systemSize, stateInfo); updateUI(usageAnalysis, systemSize, financials, environmental, recommendations); } function analyzeUsagePattern(usage, stateInfo) { const daily = usage / 30.44; const peakUsage = daily * 0.4; // Estimated peak usage const offPeakUsage = daily * 0.6; return { daily, peak: { usage: peakUsage, cost: peakUsage * stateInfo.timeOfUse.peak.rate * 30.44 }, offPeak: { usage: offPeakUsage, cost: offPeakUsage * stateInfo.timeOfUse.offPeak.rate * 30.44 }, batteryPotential: calculateBatteryPotential(peakUsage, stateInfo) }; } function calculateOptimalSize(inputs, stateInfo) { const baseSize = (inputs.usage * 12) / (365 * stateInfo.sunHours * 0.8); const weatherAdjusted = baseSize / stateInfo.weatherFactor; const futureProofed = weatherAdjusted * 1.2; // 20% growth factor return { recommended: futureProofed, minimum: baseSize, maximum: inputs.roofSpace ? Math.min(futureProofed * 1.5, inputs.roofSpace * 0.17) : futureProofed * 1.5 }; } function calculateFinancials(inputs, systemSize, stateInfo) { const systemCost = systemSize.recommended * 11750; const federalTaxCredit = systemCost * 0.30; const stateTaxCredit = systemCost * stateInfo.incentive; const annualSavings = calculateAnnualSavings(inputs.usage, stateInfo); const batteryValue = stateInfo.batteryValue * inputs.usage * 12; return { costs: { system: systemCost, afterIncentives: systemCost - federalTaxCredit - stateTaxCredit }, savings: { annual: annualSavings, monthly: annualSavings / 12, battery: batteryValue, twentyFiveYear: annualSavings * 25 * 1.03 // 3% energy cost inflation }, roi: { paybackPeriod: (systemCost - federalTaxCredit - stateTaxCredit) / annualSavings, irr: calculateIRR(systemCost, annualSavings, 25) } }; } function updateUI(usageAnalysis, systemSize, financials, environmental, recommendations) { // Create and update charts createSystemComparisonChart(systemSize, financials); createSavingsProjectionChart(financials); // Update results content with enhanced formatting document.getElementById('resultsContent').innerHTML = generateResultsHTML( usageAnalysis, systemSize, financials, environmental, recommendations ); // Show results with animation const results = document.getElementById('results'); results.style.display = 'block'; results.style.animation = 'slideIn 0.5s ease-out'; } // Helper Functions function calculateIRR(initialCost, annualSavings, years) { // Implementation of Internal Rate of Return calculation return ((annualSavings * years) - initialCost) / initialCost * 100; } function generateResultsHTML(usageAnalysis, systemSize, financials, environmental, recommendations) { // Generate formatted HTML with all results // Implementation details... } // Chart Creation Functions function createSystemComparisonChart(systemSize, financials) { // Implementation of enhanced chart creation // Using Chart.js with advanced styling } function createSavingsProjectionChart(financials) { // Implementation of savings projection chart // Using Chart.js with advanced styling } // Event Listeners document.addEventListener('DOMContentLoaded', function() { // Initialize tooltips initializeTooltips(); // Add input listeners addInputListeners(); // Initialize state selector updateStateInfo(); }); // Mobile Detection and Optimization const isMobile = { Android: function() { return navigator.userAgent.match(/Android/i); }, iOS: function() { return navigator.userAgent.match(/iPhone|iPad|iPod/i); }, any: function() { return (isMobile.Android() || isMobile.iOS()); } }; // Mobile-Optimized Styles const mobileStyles = ` @media (max-width: 768px) { .quantum-calculator { padding: 15px !important; margin: 10px !important; } .input-grid { grid-template-columns: 1fr !important; } .charts-container { grid-template-columns: 1fr !important; } input, select, button { font-size: 16px !important; /* Prevents iOS zoom */ padding: 15px 35px !important; /* Larger touch targets */ } .tooltip { display: none; /* Show tooltips on tap instead */ } .results-grid { grid-template-columns: 1fr !important; } canvas { height: 300px !important; } } /* Touch-specific styles */ @media (hover: none) { button:hover { transform: none !important; } .input-group:hover { transform: none !important; } } `; // Add mobile styles to document function addMobileStyles() { const styleSheet = document.createElement("style"); styleSheet.innerText = mobileStyles; document.head.appendChild(styleSheet); } // Mobile-Optimized Touch Handlers function initializeMobileHandlers() { if (isMobile.any()) { // Add touch feedback document.querySelectorAll('button, input, select').forEach(element => { element.addEventListener('touchstart', function(e) { this.style.transform = 'scale(0.98)'; }); element.addEventListener('touchend', function(e) { this.style.transform = 'scale(1)'; }); }); // Optimize chart interactions for touch const chartOptions = { plugins: { tooltip: { enabled: true, intersect: false, mode: 'nearest' }, legend: { labels: { boxWidth: 40, padding: 20 } } }, interaction: { mode: 'nearest', axis: 'x', intersect: false } }; // Apply mobile-optimized chart options Chart.defaults = {...Chart.defaults, ...chartOptions}; } } // Mobile-Optimized Results Display function updateMobileUI(results) { if (isMobile.any()) { // Collapse detailed sections into expandable panels const resultsHTML = ` `; document.getElementById('resultsContent').innerHTML = resultsHTML; } } // Mobile-Optimized Panel Toggle function togglePanel(panelId) { const panel = document.getElementById(panelId); const allPanels = document.querySelectorAll('.panel-content'); allPanels.forEach(p => { if (p.id !== panelId) { p.style.maxHeight = null; } }); if (panel.style.maxHeight) { panel.style.maxHeight = null; } else { panel.style.maxHeight = panel.scrollHeight + "px"; } } // Mobile-Optimized Share Functions function initializeMobileShare() { if (navigator.share) { const shareButton = document.createElement('button'); shareButton.innerHTML = ' Share Results'; shareButton.className = 'share-button'; shareButton.onclick = shareResults; document.querySelector('.action-buttons').appendChild(shareButton); } } async function shareResults() { const results = generateShareableResults(); try { await navigator.share({ title: 'SunFusion Solar Calculation Results', text: results.summary, url: window.location.href }); } catch (err) { console.error('Share failed:', err); } } // Mobile-Optimized Input Validation function initializeMobileValidation() { if (isMobile.any()) { const inputs = document.querySelectorAll('input[type="number"]'); inputs.forEach(input => { input.addEventListener('focus', function() { this.type = 'tel'; // Better numeric keyboard on mobile }); input.addEventListener('blur', function() { this.type = 'number'; }); }); } } // Initialize Mobile Optimizations document.addEventListener('DOMContentLoaded', function() { addMobileStyles(); initializeMobileHandlers(); initializeMobileValidation(); initializeMobileShare(); }); // Mobile-Optimized Chart Updates function updateMobileCharts(data) { if (isMobile.any()) { const ctx = document.getElementById('comparisonChart').getContext('2d'); ctx.canvas.height = 300; // Optimal mobile height // Adjust chart options for better mobile viewing const mobileChartOptions = { responsive: true, maintainAspectRatio: false, plugins: { legend: { position: 'bottom', labels: { boxWidth: 30, padding: 15 } } }, scales: { y: { beginAtZero: true, ticks: { maxTicksLimit: 6 } } } }; // Create mobile-optimized chart new Chart(ctx, { type: 'bar', data: data, options: mobileChartOptions }); } } // AI-Powered Analysis System const smartAnalytics = { // Usage Pattern Recognition analyzeUsagePatterns: function(usage, state) { const patterns = { seasonal: this.calculateSeasonalPattern(usage), daily: this.calculateDailyPattern(usage), peak: this.analyzePeakUsage(usage, state), growth: this.predictGrowth(usage) }; return this.generateSmartRecommendations(patterns); }, // Seasonal Pattern Analysis calculateSeasonalPattern: function(usage) { return { summer: usage * 1.3, // 30% higher in summer winter: usage * 0.8, // 20% lower in winter shoulder: usage * 1.0, // Baseline for spring/fall variability: this.calculateVariabilityScore(usage) }; }, // Smart ROI Calculator calculateSmartROI: function(system, usage, state) { const stateInfo = stateData[state]; const inflation = 0.029; // Energy cost inflation const degradation = 0.005; // Panel degradation rate let roi = { payback: 0, npv: 0, irr: 0, savings: [] }; // 25-year projection for (let year = 1; year <= 25; year++) { const yearlyProduction = system.size * (1 - degradation * year); const energyCost = stateInfo.rate * Math.pow(1 + inflation, year); const yearlySaving = yearlyProduction * energyCost; roi.savings.push({ year: year, saving: yearlySaving, cumulative: roi.savings.reduce((acc, curr) => acc + curr.saving, 0) + yearlySaving }); } roi.payback = this.calculatePaybackPeriod(roi.savings, system.cost); roi.npv = this.calculateNPV(roi.savings, system.cost); roi.irr = this.calculateIRR(roi.savings, system.cost); return roi; }, // Smart Battery Recommendation analyzeBatteryNeeds: function(usage, state) { const stateInfo = stateData[state]; const peakUsage = usage * 0.4; // 40% peak usage assumption return { recommended: stateInfo.blackoutRisk === 'high' || peakUsage > usage * 0.5, size: this.calculateOptimalBatterySize(usage, peakUsage), savings: this.calculateBatterySavings(peakUsage, stateInfo), roi: this.calculateBatteryROI(peakUsage, stateInfo) }; }, // AI Weather Impact Analysis analyzeWeatherImpact: function(state, systemSize) { const stateInfo = stateData[state]; return { efficiency: stateInfo.weatherFactor, risks: this.assessWeatherRisks(state), maintenance: this.generateMaintenanceSchedule(state), optimization: this.calculateOptimalTilt(state) }; }, // Smart Financing Recommendations analyzeFinancingOptions: function(systemCost, usage, credit) { return { recommended: this.recommendFinancingType(systemCost, credit), options: { cash: this.calculateCashOption(systemCost), loan: this.calculateLoanOptions(systemCost, credit), lease: this.calculateLeaseOption(systemCost), ppa: this.calculatePPAOption(usage) } }; }, // Predictive Maintenance generateMaintenanceSchedule: function(state) { const weatherRisks = this.assessWeatherRisks(state); return { cleaning: this.calculateCleaningSchedule(weatherRisks), inspection: this.calculateInspectionSchedule(weatherRisks), replacement: this.predictComponentLifespan(weatherRisks) }; }, // Smart Alert System generateAlertSystem: function(system, usage) { return { performanceThresholds: this.calculatePerformanceThresholds(system), weatherAlerts: this.configureWeatherAlerts(system.location), maintenanceAlerts: this.configureMaintenanceAlerts(system), savingsTracking: this.configureSavingsTracking(usage) }; } }; // Enhanced UI Updates with Smart Features function updateSmartUI(analysis) { // Create smart dashboard const dashboardHTML = ` `; document.getElementById('smartResults').innerHTML = dashboardHTML; } // Initialize Smart Features document.addEventListener('DOMContentLoaded', function() { // Initialize AI system initializeSmartSystem(); // Set up real-time monitoring setupPerformanceMonitoring(); // Configure smart alerts setupSmartAlerts(); });