// Define constants
const B = 8000.0;
const C = 3.9;

// Define placeholder classes and methods (replace with actual implementations)
class UUID {
  // Placeholder for UUID functionality
  static randomUUID() {
    return new UUID();
  }
}

class Bsx {}
class Vw {
  l() { return 0; }
  readDouble() { return 0.0; }
  readByte() { return 0; }
  readShort() { return 0; }
  c(value) {}
  a(value) {}
  k(value) {}
  l(value) {}
}

class Exc {
  a() { return 0.0; }
  b() { return 0.0; }
  c() { return 0.0; }
}

class Btc {
  an() { return 0; }
  p() { return 0; }
}

class Aqt {
  b() { return new Exc(); }
  d() { return 0; }
  e() { return 0; }
  c() { return 0; }
  f() { return 0; }
}

class Jd {
  u() { return 0; }
  v() { return 0; }
  w() { return 0; }
}

class Yv {
  static a(value) {
    return {
      decode: () => new Bsx(),
      encode: () => {}
    };
  }
}

class Lu {
  static z = 'someValue';
}

class Ayo {
  static d(value) {
    return Math.round(value);
  }
  
  static a(value, min, max) {
    return Math.max(min, Math.min(max, value));
  }
}

class Zi {}

class Agg {
  static c = new Zi();
  static d = new Zi();
}

class Abk {
  b() {
    return 0; // Placeholder
  }

  a(abl) {}
  a(abm) {}
}

class Abn {}

class Abo {
  a(abp) {}
}

class Abr {
  a(abs) {}
}

class Abt {}

class Abi {
  static a = new Zi(); // Placeholder for actual implementation
  static b = new Zi(); // Placeholder for actual implementation
  static c = new Zi(); // Placeholder for actual implementation
  static d = new Zi(); // Placeholder for actual implementation
  static e = new Zi(); // Placeholder for actual implementation
  static f = new Zi(); // Placeholder for actual implementation
  static g = new Zi(); // Placeholder for actual implementation

  static a(value) {
    return new Zi(); // Replace with actual implementation
  }

  static b(value) {
    return new Zi(); // Replace with actual implementation
  }
}

class Abv {
  static a = {
    encode: () => new Abv(),
    decode: () => {}
  };

  constructor(arg1, arg2, arg3) {
    if (arg2 instanceof Bsr) {
      // Overloaded constructor 1
      this(arg2.an(), arg2.cz(), arg2.b().a(), arg2.b().b(), arg2.b().c(), arg2.d(), arg2.e(), arg2.am(), arg3 || 0, arg2.c(), (double)arg2.f());
    } else if (arg2 instanceof Number && arg3 instanceof Jd) {
      // Overloaded constructor 2
      this(arg1.an(), arg1.cz(), (double)arg3.u(), (double)arg3.v(), (double)arg3.w(), arg1.dG(), arg1.dE(), arg1.am(), arg2, arg1.dr(), (double)arg1.ct());
    } else {
      // Base constructor
      this.d = arg1;
      this.e = arg2;
      this.g = arg3;
      this.h = arguments[4];
      this.i = arguments[5];
      this.m = Ayo.d(arguments[6] * 256.0 / 360.0);
      this.n = Ayo.d(arguments[7] * 256.0 / 360.0);
      this.o = Ayo.a(arguments[8] * 256.0 / 360.0);
      this.f = arguments[9];
      this.p = arguments[10];
      this.j = Ayo.a(arguments[11], -3.9, 3.9) * 8000;
      this.k = Ayo.a(arguments[12], -3.9, 3.9) * 8000;
      this.l = Ayo.a(arguments[13], -3.9, 3.9) * 8000;
    }
  }

  // Constructor for deserialization
  constructorFromVw(vw) {
    this.d = vw.l();
    this.e = vw.readDouble();
    this.f = Yv.a(Lu.z).decode(vw);
    this.g = vw.readDouble();
    this.h = vw.readDouble();
    this.i = vw.readDouble();
    this.m = vw.readByte();
    this.n = vw.readByte();
    this.o = vw.readByte();
    this.p = vw.l();
    this.j = vw.readShort();
    this.k = vw.readShort();
    this.l = vw.readShort();
  }

  // Method to serialize data into vw
  serializeToVw(vw) {
    vw.c(this.d);
    vw.a(this.e);
    vw.a(this.g);
    vw.a(this.h);
    vw.k(this.m);
    vw.k(this.n);
    vw.k(this.o);
    vw.c(this.p);
    vw.l(this.j);
    vw.l(this.k);
    vw.l(this.l);
  }

  // Method to get the associated zi instance
  a() {
    return Agg.c;
  }

  // Method to handle an instance of abu
  a(abu) {
    abu.a(this);
  }

  // Getter methods
  b() {
    return this.d;
  }

  e() {
    return this.e;
  }

  f() {
    return this.g;
  }

  g() {
    return this.h;
  }

  h() {
    return this.p;
  }

  // Synthetic method for handling wf
  a(param1) {
    this.a(param1);
  }
}

class Abw {
  static a = {
    encode: () => new Abw(),
    decode: () => {}
  };

  constructor(btc, aqt) {
    this.b = btc.an();
    const exc = aqt.b();
    this.c = exc.a();
    this.d = exc.b();
    this.e = exc.c();
    this.f = btc.p();
  }

  // Constructor for deserialization
  constructorFromVw(vw) {
    this.b = vw.l();
    this.c = vw.readDouble();
    this.d = vw.readDouble();
    this.e = vw.readDouble();
    this.f = vw.readShort();
  }

  // Method to serialize data into vw
  serializeToVw(vw) {
    vw.c(this.b);
    vw.a(this.c);
    vw.a(this.d);
    vw.a(this.e);
    vw.l(this.f);
  }

  // Method to get the associated zi instance
  a() {
    return Agg.d;
  }

  // Method to handle an instance of abu
  a(abu) {
    abu.a(this);
  }

  // Getter methods
  b() {
    return this.b;
  }

  e() {
    return this.c;
  }

  f() {
    return this.d;
  }

  g() {
    return this.e;
  }

  h() {
    return this.f;
  }

  // Synthetic method for handling wf
  a(param1) {
    this.a(param1);
  }
}