Exception during generic container clearing, C++

I am having problems with clearing of the generic container. In carrying out the function clear() the program fails.

Base class:

//Generic container
template <class Item>
struct TList
{
    typedef std::vector <Item> Type;
};

template <class Item>
class GContainer
{
protected:
            typename TList <Item>::Type items;

public:
            GContainer() : items (0) {}
    virtual ~GContainer() = 0;

public:
            typename TList <Item>::Type ::iterator begin() { return items.begin(); }
            typename TList <Item>::Type ::iterator end() { return items.end(); }
...
};

Derived class:

//Generic container for points
template <class Point>
class ContPoints : public GContainer <Point>
{
public:
    void clear();
            ...
};

//Specialization
template <class Point>
class ContPoints <Point *> : public GContainer <Point>
{
public:
    void clear();
            ...
};

Implementation of the method clear()

template <class Point>
void ContPoints <Point *>::clear()
{
        for ( typename TItemsList <Point>::Type ::iterator i_items = items.begin(); i_items != items.end(); ++i_items )
        {
                //Delete each node
                if ( &(i_items) != NULL )
                {
                          delete * i_items //Compile error, not usable, why ???
                          delete &*i_items; //Usable, but exception
                  *i_items) = 0; //Than exception
                }
        }
        items.clear(); //vector clear
}

Suprisingly:

A] I am not able to delete *i_items...

delete *i_items; //Error C2440: 'delete' : cannot convert from 'Point<T>' to 'void *

B] I am able to delete only &*i_items...

int _tmain(int argc, _TCHAR* argv[])
{
  ContPoints <Point<double> *> pll;
  pll.push_back (new Point <double>(0,0));
  pll.push_back (new Point <double>(10,10));
  pll.clear(); //Exception
  return 0;
}

Thanks for your help...

delete &*i_items; should be delete *i_items;. You don't want to delete the address of the pointer, you want to delete the pointer! I don't see a reason for the following line (*i_items) = 0; //Exception) at all.

Finally, why insert points by pointer? Just insert the actual points and use std::vector instead. If you want containers which automatically delete their contents, consider boost pointer containers.

As far as I can see from this

template <class Point>
class ContPoints <Point *> : public GContainer <Point>

the GContainer is storing instances of Point by value, not pointers to Point.

This is confirmed by the error message: cannot convert a Point<T> to a pointer.