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//
// AirplaneTracker.swift
// ADSBDecoder
//
// Created by Jacky Jack on 20/06/2024.
//
import Foundation
struct Airplane {
var addressReady:Bool = false
var Address:Int
var ICAOready:Bool = false
var ICAOname:String = ""
var locationReady:Bool = false
var lat:Double = 0.0
var long:Double = 0.0
var altitudeReady:Bool = false
var altitude:Int = 0
var altitudeCount:Int = 0
var positionDecoder:PositionDecoder = PositionDecoder()
}
class AirPlaneTracker {
var airplanes:[Int:Airplane] = [:]
init () {
}
func addDF17Indentification(_ address: Int, _ ICAOname: String) {
if (airplanes[address] == nil) {
airplanes[address] = Airplane(addressReady: true, Address: address,ICAOready: true, ICAOname: ICAOname)
} else {
if (airplanes[address]?.ICAOname == "") {
airplanes[address]?.ICAOname = ICAOname
airplanes[address]?.ICAOready = true
}
}
}
func addDF17AirBornPosition(_ address: Int, _ cpr_lat: Int, _ cpr_long: Int, _ alt: Int, _ even: Bool) {
if airplanes[address] == nil {
return
}
//deal with altitude
//if airplanes[address] != nil {
if (airplanes[address]?.altitudeReady != true) {
airplanes[address]?.altitudeReady = true
airplanes[address]?.altitude = alt
airplanes[address]?.altitudeCount += 1
} else {
airplanes[address]?.altitude = alt
airplanes[address]?.altitudeCount += 1
}
//}
//do the airborn position
if (even) {
airplanes[address]?.positionDecoder.addEvenPosition(UInt32(cpr_lat), UInt32(cpr_long), mstime())
} else {
airplanes[address]?.positionDecoder.addOddPosition(UInt32(cpr_lat), UInt32(cpr_long), mstime())
}
}
func getPosition(_ address: Int) -> (Double,Double)? {
if (airplanes[address] == nil) {
return nil
}
if let airplane = airplanes[address] {
if (airplane.positionDecoder.calcPosition()) {
return airplane.positionDecoder.getPosition()
}
}
return nil
}
func getAltitude() {
print("not implemented")
}
func printAllICAOnames() {
let extra = true
var once=false
for (address,plane) in airplanes {
if plane.ICAOready {
print(String("\(plane.ICAOname) "), terminator: "")
}
if (extra) {
print("Alitude \(plane.altitudeCount) Positions \(plane.positionDecoder.queue.count)")
}
//if (!once) {
// for i in plane.positionDecoder.queue {
// print("\(i.cpr_lat) \(i.cpr_long) \(i.even)")
// }
// once = true
//}
}
}
}
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