#include  "stdafx.h" 

using namespace std;

struct Index {
	vector<int> indexes;
	Index (int idx1, ...){
		int * ptr = &idx1;
		while (*ptr != - 1 )
			indexes.push_back(*ptr++);

	}
};

class MultiDimensionalMatrix {
	vector<int> dims;
	int * array;
public:
	MultiDimensionalMatrix (int dim1, ...){
		int * ptr = &dim1;
		while (*ptr)
			dims.push_back(*ptr++);
		int prZv =  1 ;
		for ( vector<int>::iterator I  = dims.begin(); I != dims.end(); I++)
			prZv *= *I; 
		array = new int [prZv ];

	}

	~MultiDimensionalMatrix (){
		delete [] array;
	}

	int & operator [] (Index idx){
		assert (idx.indexes.size() == dims.size() && idx.indexes.size() >  0 );
		int unified  =  0 ;
		for ( vector<int>::iterator I  = dims.begin(),
			  I2  = idx.indexes.begin()
			; I != dims.end() -  1 ; I++, I2++)
			unified +=  (*I) * (*I2);
		unified += *(idx.indexes.end() -  1 );
		return array [unified];


	}
};

void main (void){
	MultiDimensionalMatrix matr ( 1 , 2 , 4 , 7 , 0 );
	matr [Index ( 1 ,  1  ,  1  ,  1  , - 1 )] =  5 ;
	cout << matr [Index ( 1 ,  1  ,  1  ,  1  , - 1 )];
}