public FixVector3 RotateY(int degree)
{
FixVector3 num;
FixFactor factor;
FixFactor factor2;
Fix32Math.sincos(out factor, out factor2, (long)(0x7ab8 * degree), 0x1b7740L);
long num2 = factor2.nom * factor.den;
long num3 = factor2.den * factor.nom;
long b = factor2.den * factor.den;
num.x = (int)Fix32Math.Divide((long)((this.x * num2) + (this.z * num3)), b);
num.z = (int)Fix32Math.Divide((long)((-this.x * num3) + (this.z * num2)), b);
num.y = 0;
return(num.NormalizeTo(Precision));
}
public FixVector3 RotateY(ref FixFactor radians)
{
FixVector3 num;
FixFactor factor;
FixFactor factor2;
Fix32Math.sincos(out factor, out factor2, radians.nom, radians.den);
long num2 = factor2.nom * factor.den;
long num3 = factor2.den * factor.nom;
long b = factor2.den * factor.den;
num.x = (int)Fix32Math.Divide((long)((this.x * num2) + (this.z * num3)), b);
num.z = (int)Fix32Math.Divide((long)((-this.x * num3) + (this.z * num2)), b);
num.y = 0;
return(num.NormalizeTo(0x3e8));
}
