particleFilters.push(glow);
//Applythecreatedfilterstotheparticle(blur&glow)
particle.filters=particleFilters;
//Addtheparticletothestageandpushitintoanarrayforlateruse
addChild(particle);
particlesArray.push(particle);
}
addEventListener(Event.ENTER_FRAME,enterFrameHandler);
//Thisfunctionisresponsibleforanimation
functionenterFrameHandler(e:Event):void{
//Clearthepreviouslines
graphics.clear();
//Let’sloopthroughtheparticles
for(i=0;i<particlesArray.length;i++){
varparticleOne:Particle=particlesArray[i];
//Movetheparticletoanewlocation
particleOne.x+=particleOne.speedX;
particleOne.y+=particleOne.speedY;
//Checktheboundaries
if(particleOne.x>stage.stageWidth){
particleOne.x=stage.stageWidth-particleOne.width/2;
particleOne.speedX*=-1;
}
elseif(particleOne.x<0){
particleOne.x=particleOne.width/2;
particleOne.speedX*=-1;
}
if(particleOne.y>stage.stageHeight){
particleOne.y=stage.stageHeight-particleOne.width/2;
particleOne.speedY*=-1;
}
elseif(particleOne.y<0){
particleOne.y=particleOne.width/2;
particleOne.speedY*=-1;
}
//Gothroughtheotherparticlestocheckthedistancewiththefirstparticle
for(varj:uint=i+1;j<particlesArray.length;j++){
varparticleTwo:Particle=particlesArray[j];
vardistanceX:Number=particleOne.x-particleTwo.x;
vardistanceY:Number=particleOne.y-particleTwo.y;
//UsePythagoreantheorem(a^2+b^2=c^2)tocalculatethedistance
vardistance:Number=Math.sqrt(distanceX*distanceX+distanceY*distanceY);
//Ifthedistanceissmallerthan80px,drawalinebetweentheparticles
if(distance<80){
drawLine(particleOne,particleTwo);
}
}
}
}
//Thisfunctiondrawsablacklinebetweentwoparticles
functiondrawLine(particleOne:Particle,particleTwo:Particle):void{
graphics.lineStyle(1,0x000000);
graphics.moveTo(particleOne.x,particleOne.y);
graphics.lineTo(particleTwo.x,particleTwo.y);
}
