// Aircraft marker and data management module
export class AircraftManager {
constructor(map) {
this.map = map;
this.aircraftData = new Map();
this.aircraftMarkers = new Map();
this.aircraftTrails = new Map();
this.showTrails = false;
// Debug: Track marker lifecycle
this.markerCreateCount = 0;
this.markerUpdateCount = 0;
this.markerRemoveCount = 0;
// Map event listeners removed - let Leaflet handle positioning naturally
}
updateAircraftData(data) {
if (data.aircraft) {
this.aircraftData.clear();
for (const [icao, aircraft] of Object.entries(data.aircraft)) {
this.aircraftData.set(icao, aircraft);
}
console.log(`Aircraft data updated: ${this.aircraftData.size} aircraft`);
}
}
updateMarkers() {
if (!this.map) {
return;
}
// Clear stale aircraft markers
const currentICAOs = new Set(this.aircraftData.keys());
for (const [icao, marker] of this.aircraftMarkers) {
if (!currentICAOs.has(icao)) {
this.map.removeLayer(marker);
this.aircraftMarkers.delete(icao);
this.aircraftTrails.delete(icao);
this.markerRemoveCount++;
}
}
// Update aircraft markers - only for aircraft with valid geographic coordinates
for (const [icao, aircraft] of this.aircraftData) {
const hasCoords = aircraft.Latitude && aircraft.Longitude && aircraft.Latitude !== 0 && aircraft.Longitude !== 0;
const validLat = aircraft.Latitude >= -90 && aircraft.Latitude <= 90;
const validLng = aircraft.Longitude >= -180 && aircraft.Longitude <= 180;
if (hasCoords && validLat && validLng) {
this.updateAircraftMarker(icao, aircraft);
}
}
}
updateAircraftMarker(icao, aircraft) {
const pos = [aircraft.Latitude, aircraft.Longitude];
// Debug: Log coordinate format and values
console.log(`📍 ${icao}: pos=[${pos[0]}, ${pos[1]}], types=[${typeof pos[0]}, ${typeof pos[1]}]`);
// Check for invalid coordinates - proper geographic bounds
const isValidLat = pos[0] >= -90 && pos[0] <= 90;
const isValidLng = pos[1] >= -180 && pos[1] <= 180;
if (!isValidLat || !isValidLng || isNaN(pos[0]) || isNaN(pos[1])) {
console.error(`🚨 Invalid coordinates for ${icao}: [${pos[0]}, ${pos[1]}] (lat must be -90 to +90, lng must be -180 to +180)`);
return; // Don't create/update marker with invalid coordinates
}
if (this.aircraftMarkers.has(icao)) {
// Update existing marker - KISS approach
const marker = this.aircraftMarkers.get(icao);
// Always update position - let Leaflet handle everything
marker.setLatLng(pos);
// Update rotation using Leaflet's options if available, otherwise skip rotation
if (aircraft.Track !== undefined) {
if (marker.setRotationAngle) {
// Use Leaflet rotation plugin method if available
marker.setRotationAngle(aircraft.Track);
} else if (marker.options) {
// Update the marker's options for consistency
marker.options.rotationAngle = aircraft.Track;
}
// Don't manually set CSS transforms - let Leaflet handle it
}
// Handle popup exactly like Leaflet expects
if (marker.isPopupOpen()) {
marker.setPopupContent(this.createPopupContent(aircraft));
}
this.markerUpdateCount++;
} else {
// Create new marker
console.log(`Creating new marker for ${icao}`);
const icon = this.createAircraftIcon(aircraft);
try {
const marker = L.marker(pos, {
icon: icon,
rotationAngle: aircraft.Track || 0
}).addTo(this.map);
marker.bindPopup(this.createPopupContent(aircraft), {
maxWidth: 450,
className: 'aircraft-popup'
});
this.aircraftMarkers.set(icao, marker);
this.markerCreateCount++;
console.log(`Created marker for ${icao}, total markers: ${this.aircraftMarkers.size}`);
// Force immediate visibility
if (marker._icon) {
marker._icon.style.display = 'block';
marker._icon.style.opacity = '1';
marker._icon.style.visibility = 'visible';
console.log(`Forced visibility for new marker ${icao}`);
}
} catch (error) {
console.error(`Failed to create marker for ${icao}:`, error);
}
}
// Update trails
if (this.showTrails) {
this.updateAircraftTrail(icao, pos);
}
}
createAircraftIcon(aircraft) {
const type = this.getAircraftType(aircraft);
const color = this.getAircraftColor(type);
const size = aircraft.OnGround ? 12 : 16;
const svg = `
`;
return L.divIcon({
html: svg,
iconSize: [size * 2, size * 2],
iconAnchor: [size, size],
className: 'aircraft-marker'
});
}
getAircraftType(aircraft) {
if (aircraft.OnGround) return 'ground';
if (aircraft.Category) {
const cat = aircraft.Category.toLowerCase();
if (cat.includes('military')) return 'military';
if (cat.includes('cargo') || cat.includes('heavy')) return 'cargo';
if (cat.includes('light') || cat.includes('glider')) return 'ga';
}
if (aircraft.Callsign) {
const cs = aircraft.Callsign.toLowerCase();
if (cs.includes('mil') || cs.includes('army') || cs.includes('navy')) return 'military';
if (cs.includes('cargo') || cs.includes('fedex') || cs.includes('ups')) return 'cargo';
}
return 'commercial';
}
getAircraftColor(type) {
const colors = {
commercial: '#00ff88',
cargo: '#ff8c00',
military: '#ff4444',
ga: '#ffff00',
ground: '#888888'
};
return colors[type] || colors.commercial;
}
updateAircraftTrail(icao, pos) {
if (!this.aircraftTrails.has(icao)) {
this.aircraftTrails.set(icao, []);
}
const trail = this.aircraftTrails.get(icao);
trail.push(pos);
// Keep only last 50 positions
if (trail.length > 50) {
trail.shift();
}
// Draw polyline
const trailLine = L.polyline(trail, {
color: '#00d4ff',
weight: 2,
opacity: 0.6
}).addTo(this.map);
// Store reference for cleanup
if (!this.aircraftTrails.get(icao).polyline) {
this.aircraftTrails.get(icao).polyline = trailLine;
} else {
this.map.removeLayer(this.aircraftTrails.get(icao).polyline);
this.aircraftTrails.get(icao).polyline = trailLine;
}
}
createPopupContent(aircraft) {
const type = this.getAircraftType(aircraft);
const country = this.getCountryFromICAO(aircraft.ICAO24 || '');
const flag = this.getCountryFlag(country);
const altitude = aircraft.Altitude || aircraft.BaroAltitude || 0;
const altitudeM = altitude ? Math.round(altitude * 0.3048) : 0;
const speedKmh = aircraft.GroundSpeed ? Math.round(aircraft.GroundSpeed * 1.852) : 0;
const distance = this.calculateDistance(aircraft);
const distanceKm = distance ? (distance * 1.852).toFixed(1) : 'N/A';
return `
`;
}
calculateDistance(aircraft) {
if (!aircraft.Latitude || !aircraft.Longitude) return null;
// Use closest source as reference point
let minDistance = Infinity;
for (const [id, srcData] of Object.entries(aircraft.sources || {})) {
if (srcData.distance && srcData.distance < minDistance) {
minDistance = srcData.distance;
}
}
return minDistance === Infinity ? null : minDistance;
}
getCountryFromICAO(icao) {
if (!icao || icao.length < 6) return 'Unknown';
const prefix = icao[0];
const countryMap = {
'4': 'Europe',
'A': 'United States',
'C': 'Canada',
'D': 'Germany',
'F': 'France',
'G': 'United Kingdom',
'I': 'Italy',
'J': 'Japan'
};
return countryMap[prefix] || 'Unknown';
}
getCountryFlag(country) {
const flags = {
'United States': '🇺🇸',
'Canada': '🇨🇦',
'Germany': '🇩🇪',
'France': '🇫🇷',
'United Kingdom': '🇬🇧',
'Italy': '🇮🇹',
'Japan': '🇯🇵',
'Europe': '🇪🇺'
};
return flags[country] || '🏳️';
}
toggleTrails() {
this.showTrails = !this.showTrails;
if (!this.showTrails) {
// Clear all trails
this.aircraftTrails.forEach((trail, icao) => {
if (trail.polyline) {
this.map.removeLayer(trail.polyline);
}
});
this.aircraftTrails.clear();
}
return this.showTrails;
}
centerMapOnAircraft() {
if (this.aircraftData.size === 0) return;
const validAircraft = Array.from(this.aircraftData.values())
.filter(a => a.Latitude && a.Longitude);
if (validAircraft.length === 0) return;
if (validAircraft.length === 1) {
// Center on single aircraft
const aircraft = validAircraft[0];
this.map.setView([aircraft.Latitude, aircraft.Longitude], 12);
} else {
// Fit bounds to all aircraft
const bounds = L.latLngBounds(
validAircraft.map(a => [a.Latitude, a.Longitude])
);
this.map.fitBounds(bounds.pad(0.1));
}
}
// Simple debug method
debugState() {
console.log(`Aircraft: ${this.aircraftData.size}, Markers: ${this.aircraftMarkers.size}`);
}
}