public static Vector128 <short> op_LessThanOrEqual(Vector128 <short> left, Vector128 <short> right) => op_LessThan(left, right) | op_Equality(left, right);
public static Vector128 <short> op_LeftShift(Vector128 <short> vector, byte count) => Sse2.ShiftLeftLogical(vector, count);
public static Vector128 <short> op_GreaterThan(Vector128 <short> left, Vector128 <short> right) => Sse2.CompareGreaterThan(left, right);
public static Vector128 <short> op_LessThan(Vector128 <short> left, Vector128 <short> right) => Sse2.CompareLessThan(left, right);
public static Vector128 <short> op_Equality(Vector128 <short> left, Vector128 <short> right) => Sse2.CompareEqual(left, right);
public static Vector128 <short> op_Inequality(Vector128 <short> left, Vector128 <short> right) => ~op_Equality(left, right);
public static Vector128 <short> op_Multiply(Vector128 <short> left, Vector128 <short> right) => Sse2.MultiplyLow(left, right);
public static Vector128 <short> op_Multiply(short scalar, Vector128 <short> vector) => op_Multiply(vector, Vector128.Create(scalar));
public static Vector128 <short> op_Addition(Vector128 <short> left, Vector128 <short> right) => Sse2.Add(left, right);
public static Vector128 <short> op_Subtraction(Vector128 <short> left, Vector128 <short> right) => Sse2.Subtract(left, right);
public static Vector128 <short> op_UnaryNegation(Vector128 <short> v) => Sse2.Subtract(new Vector128 <short>(), v);
public static Vector128 <short> op_LeftShift(Vector128 <short> vector, Vector128 <short> count) => op_LeftShift(vector, count.As <ushort>());
public static Vector128 <short> op_RightShift(Vector128 <short> vector, Vector128 <ushort> count) => op_RightShift(vector.As <ushort>(), count).As <short>();
public static Vector128 <short> op_UnaryPlus(Vector128 <short> v) => v;
public static Vector128 <short> op_LeftShift(Vector128 <short> vector, sbyte count) => op_LeftShift(vector, (byte)count);