Stoppuhr ab bestimmter Zeit [MX]

// atime = [00, 11, 22, 33, 44, 55, 66}
// atime = [hh, XX, mm, XX, ss, XX, 00)
// initialize the array
atime = new Array();
atime[0] = "13";
atime[1] = ":";
atime[2] = "12";
atime[3] = ":";
atime[4] = "00";
function timerFunk () {
	// used for the pause button... sets the freexe time to the current clock time
	// pickup is set to 1 within the pause frame, once this "if" statment runs,
	// the pause setting is turned off so that this "if" statement doesn't execute again
	if (pickup) {
		freeze = microtime;
		pickUp = 0;
	}
	// this resets the clock back to "0" then disables this feature
	// by setting "reset" to 0
	if (reset) {
		freeze = 0;
		time = atime.join("");
		reset = 0;
	}
	// this is the meat and potatoes... initilized at the root of the frame
	if (timerOn) {
		// "stamp" the current time, then disable this feature by setting
		// "check" to "0"
		if (check) {
			timeBase = getTimer();
			check = 0;
		}
		// timenow is constantly updated here
		timeNow = getTimer();
		// the difference between timeNow and timeBase is determined,
		// plus we are throwing in the "freeze" variable for when
		// the clock is in the "pause" mode... during normal operation,
		// freeeze is set to "0" so it is a nice way to gain the pause function
		// with just a little bit of code
		microtime = (Number(timeNow)-Number(timeBase)+Number(freeze));
		// "mts" stand for MicroTime seconds, since here we are mainly interested in
		// deriving the seconds... We convert "mts" t a string so that we can "split"
		// it on the "." (the "." appears because we have devided the milliseconds by 1000
		// 
		// after this statement "mts" magically turns into an array (due to the "split"
		// function. So later on you will see things like mts[0] and mts[1]... mts[0] is the junk
		// on the left hand side of the "." and mts[1] is the junk from the right hand side of the "."
		mts = (microtime/1000).toString().split(".");
		// when mts gets to 60 we reset the clock simply by turning "check" "on"
		// "check" get turned off after one iteration above
		if (mts[0]>59) {
			check = 1;
		}
		// 
		// here we are populating the sixth element of the array with the right hand
		// side of the mts array ( aka:   mts[1]   ) then chopping off all but the first 3 characters
		// via the substr() function
		// 
		atime[4] = mts[1].substr(0, 1);
		if (atime[4].toString().length<1) {
			atime[4] = "0";
		}
		// 
		// here we are populating the 4th element of the atime array with the junk from the left hand side
		// of the mts array
		// 
		atime[4] = mts[0];
		// here we ensure that the display always contains two characters
		if (atime[4].toString().length<2) {
			atime[4] = "0" add atime[4];
		}
		if (atime[4].toString().length<1) {
			atime[4] = "00";
		}
		// since we've know that the left hand side of mts is "seconds" and that we have put
		// mts[0} into the 4th element of the atime array - they are the same thing... so when our "seconds" get to
		// 60 (since this will execute only when mts[0] gets to 60... we bump the minutes up by one increment
		// then reset the display (atime[4]) to "00"
		// 
		if (atime[4]>59) {
			atime[2] = Number(atime[2])+Number(1);
			atime[4] = "00";
		}
		
		// here we ensure that the display always contains two characters
		if (atime[2].toString().length<2) {
			atime[2] = "0" add atime[2].toString();
		}
		// bump the hours up when atime[2] (minutes) reaches 60
		if (atime[2]>59) {
			atime[0] = Number(atime[0])+Number(1);
			atime[2] = "00";
		}
		// here we ensure that the display always contains two characters
		if (atime[0].toString().length<2) {
			atime[0] = "0" add atime[0];
		}
		if (atime[0].toString().length<1) {
			atime[0] = "00";
		}
		// extract the data out of the atime array and smoosh it all together
		// then display it in the text field on the stage
		time = atime.join("");
	}
}

meinmovie.gotoAndStop(2)

if (int(atime[0])==13 && int(atime[2])==12 && int(atime[4])==20) {
    trace("DONE");
}

_root.gotoAndPlay(20);

timerOn=false;