//For test purpose only, remove later!
				{
					_mm_mfence();
					{
						__m128 TempA = _mm_load_ss(CurrentInnerPtr + P0s[0]);
						TempA = _mm_add_ss(TempA, CurrentInnerA);
						_mm_store_ss(CurrentInnerPtr + P0s[0], TempA);

						__m128 TempB = _mm_load_ss(CurrentInnerPtr + P1s[0]);
						TempB = _mm_add_ss(TempB, CurrentInnerB);
						_mm_store_ss(CurrentInnerPtr + P1s[0], TempB);
					}
					{
						__m128 TempA = _mm_load_ss(CurrentInnerPtr + P0s[1]);
						TempA = _mm_add_ss(TempA, _mm_shuffle_ps(CurrentInnerA, CurrentInnerA, 0x55));
						_mm_store_ss(CurrentInnerPtr + P0s[1], TempA);

						__m128 TempB = _mm_load_ss(CurrentInnerPtr + P1s[1]);
						TempB = _mm_add_ss(TempB, _mm_shuffle_ps(CurrentInnerB, CurrentInnerB, 0x55));
						_mm_store_ss(CurrentInnerPtr + P1s[1], TempB);
					}
					{
						__m128 TempA = _mm_load_ss(CurrentInnerPtr + P0s[2]);
						TempA = _mm_add_ss(TempA, _mm_unpackhi_ps(CurrentInnerA, CurrentInnerA));
						_mm_store_ss(CurrentInnerPtr + P0s[2], TempA);

						__m128 TempB = _mm_load_ss(CurrentInnerPtr + P1s[2]);
						TempB = _mm_add_ss(TempB, _mm_unpackhi_ps(CurrentInnerB, CurrentInnerB));
						_mm_store_ss(CurrentInnerPtr + P1s[2], TempB);
					}
					{
						__m128 TempA = _mm_load_ss(CurrentInnerPtr + P0s[3]);
						TempA = _mm_add_ss(TempA, _mm_shuffle_ps(CurrentInnerA, CurrentInnerA, 0xFF));
						_mm_store_ss(CurrentInnerPtr + P0s[3], TempA);

						__m128 TempB = _mm_load_ss(CurrentInnerPtr + P1s[3]);
						TempB = _mm_add_ss(TempB, _mm_shuffle_ps(CurrentInnerB, CurrentInnerB, 0xFF));
						_mm_store_ss(CurrentInnerPtr + P1s[3], TempB);
					}
					_mm_mfence();
				}