Class Subvec3D

TSAlgebra.h:415–586

	template <typename type_struct, bool anti, int count, int index_x, int index_y, int index_z>
	class Subvec3D
	{
		public:

			typedef typename type_struct::component_type component_type;
			typedef typename type_struct::vector3D_type vector3D_type;

			component_type		data[count];

			Subvec3D& Set(const component_type& x, const component_type& y, const component_type& z)
			{
				data[index_x] = x;
				data[index_y] = y;
				data[index_z] = z;
				return (*this);
			}

			void Set(const component_type& x, const component_type& y, const component_type& z) volatile
			{
				data[index_x] = x;
				data[index_y] = y;
				data[index_z] = z;
			}

			operator typename ConverterVector3D<type_struct, index_x, index_y, index_z>::vector3D_type(void)
			{
				return (ConverterVector3D<type_struct, index_x, index_y, index_z>::Convert(data));
			}

			operator typename ConverterVector3D<type_struct, index_x, index_y, index_z>::const_vector3D_type(void) const
			{
				return (ConverterVector3D<type_struct, index_x, index_y, index_z>::Convert(data));
			}

			Subvec3D& operator =(const vector3D_type& value)
			{
				data[index_x] = value.x;
				data[index_y] = value.y;
				data[index_z] = value.z;
				return (*this);
			}

			void operator =(const vector3D_type& value) volatile
			{
				data[index_x] = value.x;
				data[index_y] = value.y;
				data[index_z] = value.z;
			}

			Subvec3D& operator =(const Subvec3D& value)
			{
				data[index_x] = value.data[index_x];
				data[index_y] = value.data[index_y];
				data[index_z] = value.data[index_z];
				return (*this);
			}

			void operator =(const Subvec3D& value) volatile