package o; import java.util.HashMap; /* loaded from: classes.dex */ public class vfY extends kHn { private static final HashMap a; static { HashMap hashMap = new HashMap<>(); a = hashMap; b(hashMap); hashMap.put(0, "GPS Version ID"); hashMap.put(1, "GPS Latitude Ref"); hashMap.put(2, "GPS Latitude"); hashMap.put(3, "GPS Longitude Ref"); hashMap.put(4, "GPS Longitude"); hashMap.put(5, "GPS Altitude Ref"); hashMap.put(6, "GPS Altitude"); hashMap.put(7, "GPS Time-Stamp"); hashMap.put(8, "GPS Satellites"); hashMap.put(9, "GPS Status"); hashMap.put(10, "GPS Measure Mode"); hashMap.put(11, "GPS DOP"); hashMap.put(12, "GPS Speed Ref"); hashMap.put(13, "GPS Speed"); hashMap.put(14, "GPS Track Ref"); hashMap.put(15, "GPS Track"); hashMap.put(16, "GPS Img Direction Ref"); hashMap.put(17, "GPS Img Direction"); hashMap.put(18, "GPS Map Datum"); hashMap.put(19, "GPS Dest Latitude Ref"); hashMap.put(20, "GPS Dest Latitude"); hashMap.put(21, "GPS Dest Longitude Ref"); hashMap.put(22, "GPS Dest Longitude"); hashMap.put(23, "GPS Dest Bearing Ref"); hashMap.put(24, "GPS Dest Bearing"); hashMap.put(25, "GPS Dest Distance Ref"); hashMap.put(26, "GPS Dest Distance"); hashMap.put(27, "GPS Processing Method"); hashMap.put(28, "GPS Area Information"); hashMap.put(29, "GPS Date Stamp"); hashMap.put(30, "GPS Differential"); hashMap.put(31, "GPS Horizontal Positioning Error"); } public vfY() { a(new PZW(this)); } public final ghO j() { Axo[] m = m(2); Axo[] m2 = m(4); String o2 = o(1); String o3 = o(3); if (m == null || m.length != 3 || m2 == null || m2.length != 3 || o2 == null || o3 == null) { return null; } Double d = ghO.d(m[0], m[1], m[2], o2.equalsIgnoreCase("S")); Double d2 = ghO.d(m2[0], m2[1], m2[2], o3.equalsIgnoreCase("W")); if (d == null || d2 == null) { return null; } return new ghO(d.doubleValue(), d2.doubleValue()); } @Override // o.BrP public final HashMap c() { return a; } @Override // o.BrP public final String b() { return "GPS"; } }