onClipEvent (enterFrame) {
        with (_root) {
                if (goBack && (_currentFrame>1)) {
                        trace (true);
                        gotoAndStop(_currentFrame-1);
                }
        }
}

//----------------------------------------------------------------------
//Button
//----------------------------------------------------------------------
on (rollOver) {
        tellTarget ("MCback") {
                gotoAndPlay (2);
        }
}
on (rollOut) {
        tellTarget ("MCback") {
                gotoAndStop (1);
        }
}

//----------------------------------------------------------------------
//MCcontrol has a 3 frames
//----------------------------------------------------------------------

//frame #1
movingl = 0;
tellTarget ("_root.xxx") {
        play ();
}
stop ();

//frame #2
movingl = 1;
play();

//frame #3
tellTarget ("_root.xxx") {
        prevFrame ();
}
gotoAndPlay (2);

//check to see if MC allows/block line of sight between two points
MovieClip.prototype.lineOfSight = function(x1,x2,y1,y2,sampleRate,shapeFlag){
        los_distance = Math.sqrt(((x1-x2)*(x1-x2))+((y1-y2)*(y1-y2)));//get distance
        if(sampleRate==undefined){//set default params
                sampleRate=10;
        }else if(sampleRate==true || sampleRate==false){
                shapeFlag=sampleRate;
                sampleRate=10;
        }
        if(shapeFlag==undefined){
                shapeFlag=true;
        }
        los_samples = los_distance/sampleRate;//number of hitTests
        los_angle = -Math.atan2((x1-x2),(y1-y2))/(Math.PI/180);//get angle
        los_xSpeed = sampleRate*Math.sin(los_angle*(Math.PI/180));//calculate hitTest itnerval range
        los_ySpeed = sampleRate*Math.cos(los_angle*(Math.PI/180));
        los_x=x1;//set starting point
        los_y=y1;
        for(los_i=1 ; los_i<=los_samples ; los_i++){//interval hitTest
                los_y -= los_ySpeed;
                los_x += los_xSpeed;
                if(this.hitTest(los_x,los_y,shapeFlag)){
                        return false;
                }
        }
        return true;//if all hitTest pass false, then line of sight is true
}

//check to see if MC allows/block line of sight between two points
//returns object with following properties:
//los : true or false
//x,y : exact x and y coordinates of hit
//xprev,yprev : last 'safe' x and y coordinates(before hit)
//angle : angle between the two points
//distance : distance between the two points
MovieClip.prototype.lineOfSightHit = function(x1,x2,y1,y2,sampleRate,shapeFlag){
        losh_distance = Math.sqrt(((x1-x2)*(x1-x2))+((y1-y2)*(y1-y2)));//get distance
        if(sampleRate==undefined){//set default params
                sampleRate=10;
        }else if(sampleRate==true || sampleRate==false){
                shapeFlag=sampleRate;
                sampleRate=10;
        }
        if(shapeFlag==undefined){
                shapeFlag=true;
        }
        losh_samples = losh_distance/sampleRate;//number of hitTests
        losh_angle = -Math.atan2((x1-x2),(y1-y2))/(Math.PI/180);//get angle
        losh_xSpeed = sampleRate*Math.sin(losh_angle*(Math.PI/180));//calculate hitTest itnerval range
        losh_ySpeed = sampleRate*Math.cos(losh_angle*(Math.PI/180));
        losh_x=x1;//set starting point
        losh_y=y1;
        lineOfSightHit_return = new Object;//create return object
        lineOfSightHit_return.los=true;
        for(losh_i=1 ; losh_i<=losh_samples ; losh_i++){//interval hitTest
                losh_y -= losh_ySpeed;
                losh_x += losh_xSpeed;
                if(this.hitTest(losh_x,losh_y,shapeFlag)){
                        lineOfSightHit_return.los=false;
                        lineOfSightHit_return.x=losh_x;
                        lineOfSightHit_return.y=losh_y;
                        lineOfSightHit_return.xPrev=losh_x-losh_xSpeed;
                        lineOfSightHit_return.yPrev=losh_y+losh_ySpeed;
                        break;
                }
        }
        lineOfSightHit_return.angle=losh_angle;
        lineOfSightHit_return.distance=losh_distance;
        return lineOfSightHit_return;
}

//used to detect collisions between an objects start point and end point in 1 frame
//unlike lineOfSight, this requires all data(angle, speeds, ect.) to be given, but is therefor much faster
MovieClip.prototype.hitTestSubSample = function(x,y,angle,distance,sampleRate,shapeFlag,sub_xSpeed,sub_ySpeed){
        sub_x=x;//set starting point
        sub_y=y;
        sub_return = new Object();//object to return all the data
        sub_return.hit=false;
        for(sub_i=0 ; sub_i<distance ; sub_i+=sampleRate){
                //while(!this.hitTest(sub_x,sub_y,shapeFlag)){
                if(sub_xSpeed==undefined){
                        sub_xSpeed = sampleRate*Math.sin(angle*(Math.PI/180));//calculate hitTest itnerval range
                        sub_ySpeed = sampleRate*Math.cos(angle*(Math.PI/180));
                }
                sub_x += sub_xSpeed;
                sub_y -= sub_ySpeed;
                if(this.hitTest(sub_x,sub_y,shapeFlag)){
                        sub_return.hit=true;
                        break;
                }
        }
        sub_return.x = sub_x;
        sub_return.y = sub_y;
        sub_return.xSpeed = sub_xSpeed;
        sub_return.ySpeed = sub_ySpeed;
        sub_return.xPrev = sub_x-sub_xSpeed;
        sub_return.yPrev = sub_y+sub_ySpeed;
        return sub_return;
}

movieclip.prototype.klon = function(id,k,news,posY,posX) {
	attachMovie(id, id+k, k );
	this[id+k].news = news
	this[id+k]._y = posY
	this[id+k]._x = posX
}

klon("n",1,"HIER KOMMEN DIE TAGES NEWS",100,50);
klon("n",2,"DIREKT AUS DEM AIRPORT TICKER",125,50);
klon("n",3,"WIR HABEN DAS NEUSTE DES TAGES",150,50);
klon("n",4,"UND SIE KÖNNEN ES ABRUFEN !",175,50);
klon("n",5,"###########################",225,50);
klon("n",6,"  FUNCTION POSITION() {",250,50);
klon("n",7,"    _X = 100;",275,50);
klon("n",8,"  }",300,50);
klon("n",9,"###########################",325,50);
klon("n",10,"WIE MAN SIEHT KANN MAN HIER EINE MENGE SCHREIBEN !",350,50);


movieclip.prototype.init = function(inhalt) { 
	liste = new Array();  
    max = inhalt;   
    zeichen = new Array(".",",",":",";","_","-","+","*","#","`","´","!","?","=","§","$","%","&","(",")","[","]","{","}","0","1", "2", "3", "4", "5", "6", "7", "8", "9","Ö","Ä","Ü","A","B","C","D","E","F","G","H","I","J","K","L","M","N","O","P","Q","R","S","T","U","V","W","X","Y","Z");
    i=0;
    while (max.length > i) {
        liste.push(max.substr(i, 1));
        i++;
    }
    j=0;
    z._visible = 0;
}

movieclip.prototype.anzeige = function() {
    if (j<max.length) {
        j++;
        duplicateMovieClip (z, ["z"+j], 100+j);
        this["z"+j]._x = z._x + 9.5*j;
        this["z"+j].ende = liste[j-1];
    }
}

//_root.movieclip1.dragtomov(_root.movieclip2)

Movieclip.prototype.dragtomov=function(movieclip,lockcenter){
        var temp=movieclip.getBounds(_parent)
        this.startDrag(lockcenter,temp.xmin+(this._width/2),temp.ymin+(this._height/2),temp.xmax-(this._width/2),temp.ymax-(this._height/2))
}