//operator overloading for '+' operator. Adding t1 to every index of v1
public static Vector <T> operator +(Vector <T> v1, T t1)
{
Vector <T> result = new Vector <T>(v1.Length, v1.MinIndex);
/* if( addTT == null )
* {
* addTT = new BinaryOperatorT<T,T,T>( GenericOperatorFactory<T, T, T, Vector<T>>.Add );
* }*/
for (int i = v1.MinIndex; i <= v1.MaxIndex; i++)
{
result[i] = NumericOperations.Add(v1[i], t1);
}
return(result);
}
//Operator overloading for '*' operator. Multiplying v1 and v2
public static Vector <T> operator *(Vector <T> v1, Vector <T> v2)
{
Vector <T> result = new Vector <T>(v1.Length, v1.MinIndex);
int delta = v1.MinIndex - v2.MinIndex;
/* if (mulTT == null)
* {
* mulTT = new BinaryOperatorT<T, T, T>(GenericOperatorFactory<T, T, T, Vector<T>>.Multiply);
* }*/
for (int i = v1.MinIndex; i <= v1.MaxIndex; i++)
{
result[i] = NumericOperations.Add(v1[i], v2[i - delta]);
}
return(result);
}
public static NumberValue operator -(NumberValue a, NumberValue b) => NumericOperations.Add(a, b.Neg());
public static NumberValue operator +(NumberValue a, NumberValue b) => NumericOperations.Add(a, b);