int rectIndex;

struct Rect {
	int x;
	int y;
	int _index;
	Rect() {
		_index = rectIndex;
		printf("ctor %d\n", _index);
	}
	~Rect() {
		printf("dtor %d\n", _index);
	}
};

void FillVector()
{
	std::vector<Rect> v;

	rectIndex = 0;
        // new Rect created with default constructor
	v.push_back(Rect());
	v[0].x = 10;
	v[0].y = 10;

	rectIndex++;
        // new Rect created with default constructor
	v.push_back(Rect());
	v[1].x = 10;
	v[1].y = 10;

	rectIndex++;
        // new Rect created with default constructor
	v.push_back(Rect());
	v[2].x = 10;
	v[2].y = 10;

	rectIndex++;
        // new Rect created with default constructor
	v.push_back(Rect());
	v[3].x = 10;
	v[3].y = 10;
}


int main()
{
	FillVector();
	getchar();
	return 0;
}

void FillVector()
{
	std::vector<Rect> v;

	rectIndex = 0;
	v.emplace_back();
	v[0].x = 10;
	v[0].y = 10;

	rectIndex++;
	v.emplace_back();
	v[1].x = 10;
	v[1].y = 10;

	rectIndex++;
	v.emplace_back();
	v[2].x = 10;
	v[2].y = 10;

	rectIndex++;
	v.emplace_back();
	v[3].x = 10;
	v[3].y = 10;

	printf("\n\n dtor of vector\n");
}

struct Rect {
	int x;
	int y;
	int _index;
	Rect() {
		_index = rectIndex;
		printf("ctor [ index: %d ]\n", _index);
	}

	Rect(const Rect& _right)
		: x(_right.x),
		y(_right.y),
		_index(_right._index)
	{
		printf("copy ctor [ index: %d ]\n", _index);
	}

	~Rect() {
		printf("dtor [ index: %d ]\n", _index);
	}
};

struct Rect {
	int x;
	int y;
	int _index;
	bool isCopy;

	Rect()
		:_index(rectIndex),
		isCopy(false)
	{		
		printf("ctor [ index: %d ]\n", _index);
	}

	Rect(const Rect& _right)
		: x(_right.x),
		y(_right.y),
		_index(_right._index),
		isCopy(true)
	{
		printf("copy ctor [ index: %d ]\n", _index);
	}

	~Rect() {
		if (isCopy)
			printf("dtor of copy [ index: %d ], \n", _index);
		else
			printf("dtor [ index: %d ], \n", _index);
	}
};