forked from: forked from: Electricity Effect
/**
* Copyright Etienne.Verhote ( http://wonderfl.net/user/Etienne.Verhote )
* MIT License ( http://www.opensource.org/licenses/mit-license.php )
* Downloaded from: http://wonderfl.net/c/5CqN
*/
// forked from tkinjo's forked from: Electricity Effect
// forked from milkmidi's Electricity Effect
package {
/**
* ...
* @author milkmidi
* http://milkmidi.blogspot.com
*
* -----
* forked by tkinjo
*
* This effect is cool!
* So, I added comment and refactored for study.
*/
import flash.display.*;
import flash.events.*;
import flash.filters.*;
import flash.geom.*;
[SWF(width = "465", height = "465", frameRate = "30", backgroundColor = "0x0")]
public class Elect extends Sprite {
private const GLOW_FILTER_1:GlowFilter = new GlowFilter( 0x00ffff, 1, 1, 1, 100, 1, false, true );
private const GLOW_FILTER_2:GlowFilter = new GlowFilter( 0x00ffff, 0.6, 8, 8, 2, 1, false, false );
private const GLOW_FILTER_3:GlowFilter = new GlowFilter( 0x6666ff, 0.8, 10, 10, 3, 1, false, false );
private const BASE64_STRING_LOGO_DATA:String = "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"
private const INIT_POINT:Point = new Point();
private var logo:Bitmap;
private var sourceBitmapData :BitmapData;
private var displaceBitmapData :BitmapData;
private var perlinNoiseBitmapData :BitmapData;
private var offsetArray:Array = [new Point(), new Point()];
private var displacementFilter:DisplacementMapFilter;
public function Elect() {
Base64Loader( BASE64_STRING_LOGO_DATA, loaderCompleteHandler );
}
private function loaderCompleteHandler( event:Event ):void {
// logo
logo = event.currentTarget.content;
logo.x = ( stage.stageWidth - logo.width ) / 2;
logo.y = ( stage.stageHeight - logo.height ) / 2;
addChild( logo );
// sourceBitmapData
sourceBitmapData = new BitmapData( logo.width, logo.height, true, 0 );
sourceBitmapData.draw( logo );
// perlinNoiseBitmapData
perlinNoiseBitmapData = new BitmapData( logo.width, logo.height );
// displaceBitmapData & displaceBitmap
displaceBitmapData = new BitmapData( logo.width, logo.height, true, 0 );
var displaceBitmap:Bitmap = new Bitmap( displaceBitmapData );
displaceBitmap.x = logo.x;
displaceBitmap.y = logo.y;
addChild( displaceBitmap );
// filter
displacementFilter = new DisplacementMapFilter( perlinNoiseBitmapData, INIT_POINT, 1, 1, 25, 25, DisplacementMapFilterMode.COLOR );
logo.filters = [ GLOW_FILTER_2 ];
displaceBitmap.blendMode = BlendMode.SCREEN;
displaceBitmap.filters = [ GLOW_FILTER_2, GLOW_FILTER_3 ];
// add eventListener
addEventListener( Event.ENTER_FRAME, enterFrameHandler );
}
private function enterFrameHandler( event:Event ):void {
// update perlinNoiseBitmapData
offsetArray[0].x -= 2;
offsetArray[1].x -= 1;
perlinNoiseBitmapData.perlinNoise( 10, 20, 3, 64, true, true, 1, true, offsetArray );
// update displaceBitmapData
displaceBitmapData.applyFilter( sourceBitmapData, sourceBitmapData.rect, INIT_POINT, GLOW_FILTER_1 );
displaceBitmapData.applyFilter( displaceBitmapData, sourceBitmapData.rect, INIT_POINT, displacementFilter );
}
}
}
import flash.display.Loader;
import flash.events.Event;
function Base64Loader( data:String, complete:Function = null ):Loader
{
var loader:Loader = new Loader();
if( complete != null )
loader.contentLoaderInfo.addEventListener( Event.COMPLETE, complete );
loader.loadBytes( Base64toByteArray( data ) );
return loader;
}
import flash.utils.ByteArray;
import mx.utils.Base64Decoder;
function Base64toByteArray( data:String ):ByteArray
{
var byteArray:ByteArray;
var base64Decoder:Base64Decoder;;
base64Decoder = new Base64Decoder();
base64Decoder.decode(data);
try {
byteArray = base64Decoder.toByteArray();
byteArray.position = 0;
} catch (e:Error) {
return null;
}
return byteArray;
}