public static float Angle(CM_Vector3 _v0, CM_Vector3 _v1)
{
float _temp = (float)(CM_Vector3.Magnitude(_v0) * CM_Vector3.Magnitude(_v1));
_temp = (float)(Math.Acos(Dot(_v0, _v1) / _temp));
return(RadToDeg(_temp));
}
public static CM_Vector3 CrossProduct(CM_Vector3 _v0, CM_Vector3 _v1)
{
float x = (_v0.y * _v1.z) - (_v0.z * _v1.y);
float y = (_v0.z * _v1.x) - (_v0.x * _v1.z);
float z = (_v0.x * _v1.y) - (_v0.y * _v1.x);
return(new CM_Vector3(x, y, z));
}
public static float Dot(CM_Vector3 _v0, CM_Vector3 _v1)
{
float _x = _v0.x * _v1.x;
float _y = _v0.y * _v1.y;
float _z = _v0.z * _v1.z;
return(_x + _y + _z);
}
public static double Magnitude(CM_Vector3 _v0)
{
float _x = _v0.x;
float _y = _v0.y;
float _z = _v0.z;
return(Math.Sqrt(_x * _x + _y * _y + _z * _z));
}
public static CM_Vector3 Normalize(CM_Vector3 _v0)
{
double _magnitude = Magnitude(_v0);
float _x = _v0.x / (float)_magnitude;
float _y = _v0.y / (float)_magnitude;
float _z = _v0.z / (float)_magnitude;
return(new CM_Vector3(_x, _y, _z));
}
private void Start()
{
Debug.Log(Vector3.Angle(v0, v1));
Debug.Log(CM_Vector3.Angle(v01, v02));
}
public bool Equals(CM_Vector3 other)
{
return(x.Equals(other.x) && y.Equals(other.y) && z.Equals(other.z));
}