ZFX + Developia

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for (Material::Effects linkedEffects = material->GetLinkedEffects(); linkedEffects; ++linkedEffects)
   bEffectsChanged |= (linkedEffects->GetSuccessor() != nullptr);

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// vector cross product
TEMPLATE_ARGUMENT_LIST
class TensorT<TYPE, STORAGE>::InternCrossProduct
{
public:
	template<int COLUMN, class ROWS> class InternDeterminant;

	template<int COLUMN, int... ROWS> class InternDeterminant<COLUMN, sequence<ROWS...> > { public:
	template<class... ARGS> MG_FORCEINLINE static constexpr decltype(product_range<COLUMN - 1, sizeof...(ARGS)>(typename remove_reference<ARGS>::type::MyType()...))
		Get(ARGS&&... _Args)
	{
		return sum( pow_t<-1, find_in_sequence<ROWS, sequence<ROWS...> >::value>::value * (select<COLUMN - 1>(forward<ARGS>(_Args)...)[ROWS] *
			InternDeterminant<COLUMN + 1, typename remove_from_sequence<find_in_sequence<ROWS, sequence<ROWS...> >::value, sequence<ROWS...> >::type>::Get(forward<ARGS>(_Args)...))... );
	}};

	template<int COLUMN, int ROW> class InternDeterminant<COLUMN, sequence<ROW> > { public:
	template<class... ARGS> MG_FORCEINLINE static constexpr typename select_type<COLUMN - 1, typename remove_reference<ARGS>::type::MyType...>::type
		Get(ARGS&&... _Args)
	{
		return select<COLUMN - 1>(forward<ARGS>(_Args)...)[ROW];
	}};

	template<int ROW, class... ARGS>
	MG_FORCEINLINE static constexpr decltype(product(typename remove_reference<ARGS>::type::MyType()...))
		InternGet1(ARGS&&... _Args)
	{
		return pow_t<-1, ROW>::value * InternDeterminant<1, typename remove_from_sequence<ROW, typename generate_sequence<sizeof...(ARGS) + 1>::type>::type>::Get(forward<ARGS>(_Args)...);
	}

	template<class... ARGS, int... SEQUENCE1>
	MG_FORCEINLINE static constexpr Tensor<decltype(product(typename remove_reference<ARGS>::type::MyType()...)), TensorStorageFixedDimension<sizeof...(ARGS) + 1>::template type>
		InternGet(sequence<SEQUENCE1...>, ARGS&&... _Args)
	{
		return { InternGet1<SEQUENCE1>(forward<ARGS>(_Args)...)... };
	}

	template<class... ARGS>
	MG_FORCEINLINE static constexpr typename enable_if<InternCanBeVector<Tensor<TYPE, STORAGE> >() && and_t<InternCanBeVector<ARGS>()...>::value,
		Tensor<decltype(product(TYPE(), typename remove_reference<ARGS>::type::MyType()...)), TensorStorageFixedDimension<sizeof...(ARGS) + 2>::template type> >::type
		Get(const TensorT<TYPE, STORAGE>& _1, ARGS&&... _Args)
	{
		return ASSERT_EXCEPTION(_1.GetRank() == 1 && _1.GetDimension()[0] == sizeof...(ARGS) + 2 && logical_and((_1.GetDimension() == _Args.GetDimension())...)),
			InternGet(typename generate_sequence<sizeof...(ARGS) + 2>::type(), _1, forward<ARGS>(_Args)...);
	}
};

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for( auto& e : a.p )

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template <typename Typ, size_t Groesse>
class TArray
{
protected:
  char mFeld[Groesse*sizeof( Typ)];
  Typ* mEnde;

public:
  ...

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; C:\Program Files (x86)\Visual Studio 11\Common7\Packages\Debugger\autoexp.dat

TArray<*,*>{
	preview (
		#(
			"[",
			($e.mEnde - (($T1*) &($e.mFeld[0]))),
			"](",
			#array(
				expr: ((($T1*) &($e.mFeld[0]))[$i]),
				size: ($e.mEnde - (($T1*) &($e.mFeld[0])))
			),
			")"
		)
	)

	children (
		#(
      #([raw members] : [$e,!]),
			#([size] : ($e.mEnde - (($T1*) &($e.mFeld[0])))),
			#array(
				expr: ((($T1*) &($e.mFeld[0]))[$i]),
				size: ($e.mEnde - (($T1*) &($e.mFeld[0])))
			)
		)
	)
}