public static bool Equals( Point4D point1, Point4D point2 )
{
if ( ( point1.X.Equals( point2.X ) && point1.Y.Equals( point2.Y ) ) && point1.Z.Equals( point2.Z ) )
{
return point1.W.Equals( point2.W );
}
return false;
}
public Point4D Transform(Point4D point)
{
this.MultiplyPoint(ref point);
return(point);
}
public bool Equals( Point4D value )
{
return Equals( this, value );
}
public static Point4D Subtract( Point4D point1, Point4D point2 )
{
return new Point4D( point1._x - point2._x, point1._y - point2._y, point1._z - point2._z, point1._w - point2._w );
}
public static Point4D Multiply( Point4D point, Matrix3D matrix )
{
return matrix.Transform( point );
}
public static Point4D Add( Point4D point1, Point4D point2 )
{
return new Point4D( point1._x + point2._x, point1._y + point2._y, point1._z + point2._z, point1._w + point2._w );
}
public bool Equals(Point4D value)
{
return(Equals(this, value));
}
public static Point4D Multiply(Point4D point, Matrix3D matrix)
{
return(matrix.Transform(point));
}
public static Point4D Subtract(Point4D point1, Point4D point2)
{
return(new Point4D(point1._x - point2._x, point1._y - point2._y, point1._z - point2._z, point1._w - point2._w));
}
public static Point4D Add(Point4D point1, Point4D point2)
{
return(new Point4D(point1._x + point2._x, point1._y + point2._y, point1._z + point2._z, point1._w + point2._w));
}
