Re: Avoiding ambiguities

I have the following operators declared in a class:

// Provides R/W direct access to the matrix.
__forceinline const T& operator[](USHORT ndx) const throw()
{ _ASSERT(ndx < 16); return(_mx[ndx]); }
__forceinline T& operator[](USHORT ndx) throw()
{ _ASSERT(ndx < 16); return(_mx[ndx]); }

// Returns pointer to matrix data.
__forceinline operator const T*() const throw()
{ return(_mx); }
__forceinline operator T*() throw()
{ return(_mx); }

When I compile it I get the following errors:

error C2666: 'Matrix4<T>::operator []' : 4 overloads have similar
conversions
       with
       [
           T=float
       ]
       d:\~alibrary\prj\cpp\xgl\0.1a1\inc\primitives.hpp(1515): could
be 'float &Matrix4<T>::operator [](USHORT) throw()'
       with
       [
           T=float
       ]
       d:\~alibrary\prj\cpp\xgl\0.1a1\inc\primitives.hpp(1513): or
'const float &Matrix4<T>::operator [](USHORT) throw() const'
       with
       [
           T=float
       ]
       or 'built-in C++ operator[(const float *, int)'
       or 'built-in C++ operator[(float *, int)'

Is there a way of avoiding these errors without having to create a
method for, say, replacing the functionality of the T* operators?