P2DZ_decryptFunction = {
	private["_in","_id","_o","_t"];
	_t = diag_tickTime;

	_id = 0;

	_in = _this;

	_in = [_in,"c",","] call KRON_Replace;

	_in = call compile ("[" + _in + "]");

	{
		_in set [_id, ((_x - (count _in))) - 10];
 		_id = _id + 1;
	} count _in;

	_o = toString(_in);

	_t = diag_tickTime - _t;
	_b = count (toArray _this);
	_t = _t * 60;
	_bs = (_b / _t);
	_kbs =  _bs / 1024;
	[_o,_bs]
};

_numArr = [];
_numToDo = 1000;
for "_i" from 1 to _numToDo do {
	private["_result"];
	_result = "112c114c123c137c156c143c151c137c95c124c152c142c137c93c90c90c129c147c152c137c130c119c92c90c91c90c137c120c126c137c125c110" call P2DZ_decryptFunction;
	_numArr = _numArr + [_result select 1];
};

 diag_log(_result select 0);
 diag_log(str _numArr);

_avgNum = 0;
{
  _avgNum = _x + _avgNum;
} forEach _numArr;

_avgNum = _avgNum / count _numArr;
_devNumArr = [];
_devNum = 0;
{
	_devNum =  _x - _avgNum;
	_devNum = _devNum * _devNum;
	_devNumArr = _devNumArr + [_devNum];
} forEach _numArr;


_deviationA = 0;
{
  _deviationA = _x + _deviationA;
} forEach _devNumArr;

_deviation = (_deviationA / count _numArr );
_deviation = sqrt _deviation;

diag_log("Amount of Times: " + str (count _numArr));
diag_log("Average BytesPerSecond: " + str _avgNum + " Deviation: " + str _deviation);