まずは、ビットマップでそれぞれの面に画像を配置する。

import flash.display.BitmapData;

import sandy.util.DistortImage;

import com.mosesSupposes.fuse.*;

ZigoEngine.register(Fuse, PennerEasing, FuseFMP);


var sp:Number = 0;

//角配列

var fakes:Array = new Array();

 

//角を設定

for(var i=1; i<=8; i++){

　fakes.push(this.createEmptyMovieClip("f"+i , i+10));

}

 

//ビットマップ設定

var bmd1:BitmapData = new BitmapData(photo1._width, photo1._height);

var clip1:MovieClip = this.createEmptyMovieClip("holder1", 100);

var di1:DistortImage = new DistortImage(clip1, bmd1, 5, 5);

var bmd2:BitmapData = new BitmapData(photo2._width, photo2._height);

var clip2:MovieClip = this.createEmptyMovieClip("holder2", 110);

var di2:DistortImage = new DistortImage(clip2, bmd2, 5, 5);

var bmd3:BitmapData = new BitmapData(photo3._width, photo3._height);

var clip3:MovieClip = this.createEmptyMovieClip("holder3", 120);

var di3:DistortImage = new DistortImage(clip3, bmd3, 5, 5);

var bmd4:BitmapData = new BitmapData(photo4._width, photo4._height);

var clip4:MovieClip = this.createEmptyMovieClip("holder4", 160);

var di4:DistortImage = new DistortImage(clip4, bmd4, 5, 5);

//関数

function moveFakes():Void{

　for(n=1;n<=8;n++){

　　this["f"+n]._x = p[n]._x;

　　this["f"+n]._y = p[n]._y;

　}

}

this.onEnterFrame = function()

{

　di1.setTransform(f1._x, f1._y, f2._x, f2._y, f3._x, f3._y, f4._x, f4._y);

　di1.texture.draw(photo1);

	

　di2.setTransform(f5._x, f5._y, f6._x, f6._y, f7._x, f7._y, f8._x, f8._y);

　di2.texture.draw(photo2);

	

　di3.setTransform(f5._x, f5._y, f1._x, f1._y, f4._x, f4._y, f8._x, f8._y);

　di3.texture.draw(photo3);

		

　di4.setTransform(f6._x, f6._y, f2._x, f2._y, f3._x, f3._y, f7._x, f7._y);

　di4.texture.draw(photo4);

}

それから、ＡｃｔｉｏｎＳｃｒｉｐｔで3Dの物体を回転さす。

初期設定

var Plane:Number =300;

var Rotx:Number = 0;

var Roty:Number = 0.04;


var maxc:Number = 8;

var one_circle:Number = 45;

p = new Array(maxc+1);

px = new Array(maxc+1);

py = new Array(maxc+1);

pz = new Array(maxc+1);

for( n=1 ;n<=maxc; n++){

　this.attachMovie("ball","point"+n, n);

　p[n] = this["point"+n];

}

px[1] = one_circle;

py[1] = one_circle;

pz[1] = one_circle;

　～省力～

px[8] = -one_circle;

py[8] = -one_circle;

pz[8] = one_circle;

this.dragger.startDrag(true);

～省略～

for (n=1; n<=maxc; n++) {

　//X軸回りにＹ、Ｚ軸を回転させる

　var qz = pz[n];

　var qy = py[n];

　pz[n] = qz*Math.cos(Rotx)-qy*Math.sin(Rotx);

　py[n] = qy*Math.cos(Rotx)+qz*Math.sin(Rotx);

	

　//Ｙ軸回りにＸ、Ｚ軸を回転させる

　var qx = px[n];

　var qz = pz[n];

　px[n] = qx*Math.cos(Roty)-qz*Math.sin(Roty);

　pz[n] = qz*Math.cos(Roty)+qx*Math.sin(Roty);

	

　with (p[n]) {

　　var k = Plane/(Plane-pz[n]);

　　_x += ((125+px[n]*k) - _x)/0.8;

　　_y += ((90-py[n]*k) - _y)/0.8;

　　_xscale  = 100*k;

　　_yscale  = 100*k;

　}

}


for (n=1; n<=maxc; n++) {

　this["point"+n]._x = p[n]._x;

　this["point"+n]._y = p[n]._y;

}

～省略～