Section 1
//FPS (com.alternativagame.admin.FPS)
package com.alternativagame.admin {
import flash.events.*;
import flash.geom.*;
import flash.display.*;
import flash.text.*;
import flash.system.*;
import flash.utils.*;
public final class FPS extends Sprite {
private var currentY:int;
private var diagramTimer:int;
private var tfTimer:int;
private var downloadedBytes:uint;// = 0
private var socketOutBytes:uint;// = 0
private var socketOutLast:uint;// = 0
private var socketInBytes:uint;// = 0
private var mem:TextField;
private var skn:TextField;
private var diagram:BitmapData;
private var socketOut:TextField;
private var skins:int;// = -1
private var fps:TextField;
private var socketInLast:uint;// = 0
private var tfDelay:int;// = 0
private var socketIn:TextField;
private var dwl:TextField;
private var skinsChanged:int;// = 0
private static const maxMemory:uint = 41943040;
private static const diagramWidth:uint = 60;
private static const tfDelayMax:int = 10;
private static const maxSocket:uint = 4200;
private static const diagramHeight:uint = 40;
private static var instance:FPS;
public function FPS(_arg1:DisplayObjectContainer){
var _local2:Bitmap;
fps = new TextField();
mem = new TextField();
skn = new TextField();
dwl = new TextField();
socketIn = new TextField();
socketOut = new TextField();
super();
if (instance == null){
mouseEnabled = false;
mouseChildren = false;
_arg1.addChild(this);
fps.defaultTextFormat = new TextFormat("Tahoma", 10, 0xCCCCCC);
fps.autoSize = TextFieldAutoSize.LEFT;
fps.text = ("FPS: " + Number(stage.frameRate).toFixed(2));
fps.selectable = false;
fps.x = (-(diagramWidth) - 2);
addChild(fps);
mem.defaultTextFormat = new TextFormat("Tahoma", 10, 0xCCCC00);
mem.autoSize = TextFieldAutoSize.LEFT;
mem.text = ("MEM: " + bytesToString(System.totalMemory));
mem.selectable = false;
mem.x = (-(diagramWidth) - 2);
mem.y = 10;
addChild(mem);
currentY = 20;
skn.defaultTextFormat = new TextFormat("Tahoma", 10, 0xFF6600);
skn.autoSize = TextFieldAutoSize.LEFT;
skn.text = ("MEM: " + bytesToString(System.totalMemory));
skn.selectable = false;
skn.x = (-(diagramWidth) - 2);
dwl.defaultTextFormat = new TextFormat("Tahoma", 10, 0xCC00CC);
dwl.autoSize = TextFieldAutoSize.LEFT;
dwl.selectable = false;
dwl.x = (-(diagramWidth) - 2);
socketIn.defaultTextFormat = new TextFormat("Tahoma", 10, 0xFF00);
socketIn.autoSize = TextFieldAutoSize.LEFT;
socketIn.selectable = false;
socketIn.x = (-(diagramWidth) - 2);
socketOut.defaultTextFormat = new TextFormat("Tahoma", 10, 26367);
socketOut.autoSize = TextFieldAutoSize.LEFT;
socketOut.selectable = false;
socketOut.x = (-(diagramWidth) - 2);
diagram = new BitmapData(diagramWidth, diagramHeight, true, 553648127);
_local2 = new Bitmap(diagram);
_local2.y = (currentY + 4);
_local2.x = -(diagramWidth);
addChildAt(_local2, 0);
addEventListener(Event.ENTER_FRAME, onEnterFrame);
stage.addEventListener(Event.RESIZE, onResize);
onResize();
diagramTimer = getTimer();
tfTimer = getTimer();
} else {
throw (new Error("FPS is a Singleton. Use FPS.init to create FPS instance"));
};
}
private function bytesToString(_arg1:uint):String{
var _local2:String;
if (_arg1 < 0x0400){
_local2 = (String(_arg1) + "b");
} else {
if (_arg1 < 0x2800){
_local2 = (Number((_arg1 / 0x0400)).toFixed(2) + "kb");
} else {
if (_arg1 < 102400){
_local2 = (Number((_arg1 / 0x0400)).toFixed(1) + "kb");
} else {
if (_arg1 < 0x100000){
_local2 = ((_arg1 >> 10) + "kb");
} else {
if (_arg1 < 0xA00000){
_local2 = (Number((_arg1 / 0x100000)).toFixed(2) + "mb");
} else {
if (_arg1 < 104857600){
_local2 = (Number((_arg1 / 0x100000)).toFixed(1) + "mb");
} else {
_local2 = ((_arg1 >> 20) + "mb");
};
};
};
};
};
};
return (_local2);
}
private function onEnterFrame(_arg1:Event):void{
tfDelay++;
if (tfDelay >= tfDelayMax){
tfDelay = 0;
fps.text = ("FPS: " + Number(((1000 * tfDelayMax) / (getTimer() - tfTimer))).toFixed(2));
tfTimer = getTimer();
};
var _local2:Number = (1000 / (getTimer() - diagramTimer));
var _local3:Number = ((_local2)>stage.frameRate) ? 1 : (_local2 / stage.frameRate);
diagramTimer = getTimer();
diagram.scroll(1, 0);
diagram.fillRect(new Rectangle(0, 0, 1, diagram.height), 553648127);
diagram.setPixel32(0, (diagramHeight * (1 - _local3)), 4291611852);
mem.text = ("MEM: " + bytesToString(System.totalMemory));
var _local4:Number = ((skins)==0) ? 0 : (skinsChanged / skins);
diagram.setPixel32(0, (diagramHeight * (1 - _local4)), 4294927872);
var _local5:Number = (System.totalMemory / maxMemory);
diagram.setPixel32(0, (diagramHeight * (1 - _local5)), 4291611648);
var _local6:Number = ((socketInBytes - socketInLast) / maxSocket);
socketInLast = socketInBytes;
diagram.setPixel32(0, (diagramHeight * (1 - _local6)), 4278255360);
var _local7:Number = ((socketOutBytes - socketOutLast) / maxSocket);
socketOutLast = socketOutBytes;
diagram.setPixel32(0, (diagramHeight * (1 - _local7)), 4278216447);
}
private function onResize(_arg1:Event=null):void{
var _local2:Point = parent.globalToLocal(new Point((stage.stageWidth - 2), -3));
x = _local2.x;
y = _local2.y;
}
public static function addDownloadBytes(_arg1:uint):void{
if (instance.downloadedBytes == 0){
instance.dwl.y = instance.currentY;
instance.currentY = (instance.currentY + 10);
instance.addChild(instance.dwl);
instance.getChildAt(0).y = (instance.currentY + 4);
};
instance.downloadedBytes = (instance.downloadedBytes + _arg1);
instance.dwl.text = ("DWL: " + instance.bytesToString(instance.downloadedBytes));
}
public static function init(_arg1:DisplayObjectContainer):void{
instance = new FPS(_arg1);
}
public static function addSocketInBytes(_arg1:uint):void{
if (instance.socketInBytes == 0){
instance.socketIn.y = instance.currentY;
instance.currentY = (instance.currentY + 10);
instance.addChild(instance.socketIn);
instance.getChildAt(0).y = (instance.currentY + 4);
};
instance.socketInBytes = (instance.socketInBytes + _arg1);
instance.socketIn.text = ("IN: " + instance.bytesToString(instance.socketInBytes));
}
public static function addSocketOutBytes(_arg1:uint):void{
if (instance.socketOutBytes == 0){
instance.socketOut.y = instance.currentY;
instance.currentY = (instance.currentY + 10);
instance.addChild(instance.socketOut);
instance.getChildAt(0).y = (instance.currentY + 4);
};
instance.socketOutBytes = (instance.socketOutBytes + _arg1);
instance.socketOut.text = ("OUT: " + instance.bytesToString(instance.socketOutBytes));
}
public static function addSkins(_arg1:uint, _arg2:uint):void{
if (instance.skins < 0){
instance.skn.y = instance.currentY;
instance.currentY = (instance.currentY + 10);
instance.addChild(instance.skn);
instance.getChildAt(0).y = (instance.currentY + 4);
};
instance.skins = _arg1;
instance.skinsChanged = _arg2;
instance.skn.text = ("SKN: " + ((_arg2)>0) ? ((_arg1.toString() + "-") + _arg2.toString()) : _arg1.toString());
}
}
}//package com.alternativagame.admin
Section 2
//TestInfo (com.alternativagame.test.TestInfo)
package com.alternativagame.test {
import flash.text.*;
import flash.system.*;
public class TestInfo extends TextField {
public function TestInfo(){
autoSize = TextFieldAutoSize.LEFT;
selectable = false;
text = (((("Flash Player (" + Capabilities.playerType) + ") ") + Capabilities.version) + "\n");
setTextFormat(new TextFormat("Tahoma", 10, 8355635));
defaultTextFormat = new TextFormat("Tahoma", 10, 0x7F7F7F);
}
public function write(_arg1:String):void{
appendText(("\n" + _arg1));
}
}
}//package com.alternativagame.test
Section 3
//Matrix3D (com.alternativagame.type.Matrix3D)
package com.alternativagame.type {
public final class Matrix3D {
public var a:Number;
public var b:Number;
public var c:Number;
public var d:Number;
public var e:Number;
public var f:Number;
public var g:Number;
public var h:Number;
public var i:Number;
public var j:Number;
public var k:Number;
public var l:Number;
public function Matrix3D(_arg1:Number=1, _arg2:Number=0, _arg3:Number=0, _arg4:Number=0, _arg5:Number=0, _arg6:Number=1, _arg7:Number=0, _arg8:Number=0, _arg9:Number=0, _arg10:Number=0, _arg11:Number=1, _arg12:Number=0){
this.a = _arg1;
this.b = _arg2;
this.c = _arg3;
this.d = _arg4;
this.e = _arg5;
this.f = _arg6;
this.g = _arg7;
this.h = _arg8;
this.i = _arg9;
this.j = _arg10;
this.k = _arg11;
this.l = _arg12;
}
public function clone():Matrix3D{
return (new Matrix3D(a, b, c, d, e, f, g, h, i, j, k, l));
}
public function toString():String{
return (((((((((((((((((((((((("Matrix:\r" + a.toFixed(3)) + "\t") + b.toFixed(3)) + "\t") + c.toFixed(3)) + "\t") + d.toFixed(3)) + "\r") + e.toFixed(3)) + "\t") + f.toFixed(3)) + "\t") + g.toFixed(3)) + "\t") + h.toFixed(3)) + "\r") + i.toFixed(3)) + "\t") + j.toFixed(3)) + "\t") + k.toFixed(3)) + "\t") + l.toFixed(3)));
}
public function scale(_arg1:Number, _arg2:Number, _arg3:Number):void{
a = (a * _arg1);
b = (b * _arg1);
c = (c * _arg1);
d = (d * _arg1);
e = (e * _arg2);
f = (f * _arg2);
g = (g * _arg2);
h = (h * _arg2);
i = (i * _arg3);
j = (j * _arg3);
k = (k * _arg3);
l = (l * _arg3);
}
public function offset(_arg1:Number=0, _arg2:Number=0, _arg3:Number=0):void{
d = _arg1;
h = _arg2;
l = _arg3;
}
public function translate(_arg1:Number, _arg2:Number, _arg3:Number):void{
d = (d + _arg1);
h = (h + _arg2);
l = (l + _arg3);
}
public function equals(_arg1:Matrix3D, _arg2:Number=0):Boolean{
var _local3:Number = (a - _arg1.a);
var _local4:Number = (b - _arg1.b);
var _local5:Number = (c - _arg1.c);
var _local6:Number = (d - _arg1.d);
var _local7:Number = (e - _arg1.e);
var _local8:Number = (f - _arg1.f);
var _local9:Number = (g - _arg1.g);
var _local10:Number = (h - _arg1.h);
var _local11:Number = (i - _arg1.i);
var _local12:Number = (j - _arg1.j);
var _local13:Number = (k - _arg1.k);
var _local14:Number = (l - _arg1.l);
_local3 = ((_local3)<0) ? -(_local3) : _local3;
_local4 = ((_local4)<0) ? -(_local4) : _local4;
_local5 = ((_local5)<0) ? -(_local5) : _local5;
_local6 = ((_local6)<0) ? -(_local6) : _local6;
_local7 = ((_local7)<0) ? -(_local7) : _local7;
_local8 = ((_local8)<0) ? -(_local8) : _local8;
_local9 = ((_local9)<0) ? -(_local9) : _local9;
_local10 = ((_local10)<0) ? -(_local10) : _local10;
_local11 = ((_local11)<0) ? -(_local11) : _local11;
_local12 = ((_local12)<0) ? -(_local12) : _local12;
_local13 = ((_local13)<0) ? -(_local13) : _local13;
_local14 = ((_local14)<0) ? -(_local14) : _local14;
return ((((((((((((((((((((((((_local3 <= _arg2)) && ((_local4 <= _arg2)))) && ((_local5 <= _arg2)))) && ((_local6 <= _arg2)))) && ((_local7 <= _arg2)))) && ((_local8 <= _arg2)))) && ((_local9 <= _arg2)))) && ((_local10 <= _arg2)))) && ((_local11 <= _arg2)))) && ((_local12 <= _arg2)))) && ((_local13 <= _arg2)))) && ((_local14 <= _arg2))));
}
public function toIdentity():void{
a = 1;
b = 0;
c = 0;
d = 0;
e = 0;
f = 1;
g = 0;
h = 0;
i = 0;
j = 0;
k = 1;
l = 0;
}
public function convertToScreen():void{
var _local1:Number = e;
var _local2:Number = f;
var _local3:Number = g;
var _local4:Number = h;
e = -(i);
f = -(j);
g = -(k);
h = -(l);
i = -(_local1);
j = -(_local2);
k = -(_local3);
l = -(_local4);
}
public function rotate(_arg1:Number, _arg2:Number, _arg3:Number):void{
var _local4:Number = Math.cos(_arg1);
var _local5:Number = Math.sin(_arg1);
var _local6:Number = Math.cos(_arg2);
var _local7:Number = Math.sin(_arg2);
var _local8:Number = Math.cos(_arg3);
var _local9:Number = Math.sin(_arg3);
var _local10:Number = (_local8 * _local7);
var _local11:Number = (_local9 * _local7);
var _local12:Number = (_local8 * _local6);
var _local13:Number = ((_local10 * _local5) - (_local9 * _local4));
var _local14:Number = ((_local10 * _local4) + (_local9 * _local5));
var _local15:Number = (_local9 * _local6);
var _local16:Number = ((_local11 * _local5) + (_local8 * _local4));
var _local17:Number = ((_local11 * _local4) - (_local8 * _local5));
var _local18:Number = -(_local7);
var _local19:Number = (_local6 * _local5);
var _local20:Number = (_local6 * _local4);
var _local21:Number = a;
var _local22:Number = b;
var _local23:Number = c;
var _local24:Number = d;
var _local25:Number = e;
var _local26:Number = f;
var _local27:Number = g;
var _local28:Number = h;
var _local29:Number = i;
var _local30:Number = j;
var _local31:Number = k;
var _local32:Number = l;
a = (((_local12 * _local21) + (_local13 * _local25)) + (_local14 * _local29));
b = (((_local12 * _local22) + (_local13 * _local26)) + (_local14 * _local30));
c = (((_local12 * _local23) + (_local13 * _local27)) + (_local14 * _local31));
d = (((_local12 * _local24) + (_local13 * _local28)) + (_local14 * _local32));
e = (((_local15 * _local21) + (_local16 * _local25)) + (_local17 * _local29));
f = (((_local15 * _local22) + (_local16 * _local26)) + (_local17 * _local30));
g = (((_local15 * _local23) + (_local16 * _local27)) + (_local17 * _local31));
h = (((_local15 * _local24) + (_local16 * _local28)) + (_local17 * _local32));
i = (((_local18 * _local21) + (_local19 * _local25)) + (_local20 * _local29));
j = (((_local18 * _local22) + (_local19 * _local26)) + (_local20 * _local30));
k = (((_local18 * _local23) + (_local19 * _local27)) + (_local20 * _local31));
l = (((_local18 * _local24) + (_local19 * _local28)) + (_local20 * _local32));
}
public function inverseTransform(_arg1:Number=0, _arg2:Number=0, _arg3:Number=0, _arg4:Number=0, _arg5:Number=0, _arg6:Number=0, _arg7:Number=1, _arg8:Number=1, _arg9:Number=1):void{
var _local10:Number = Math.cos(-(_arg4));
var _local11:Number = Math.sin(-(_arg4));
var _local12:Number = Math.cos(-(_arg5));
var _local13:Number = Math.sin(-(_arg5));
var _local14:Number = Math.cos(-(_arg6));
var _local15:Number = Math.sin(-(_arg6));
var _local16:Number = (_local11 * _local13);
var _local17:Number = (1 / _arg7);
var _local18:Number = (1 / _arg8);
var _local19:Number = (1 / _arg9);
var _local20:Number = (_local12 * _local17);
var _local21:Number = (_local10 * _local18);
var _local22:Number = (_local11 * _local19);
var _local23:Number = (_local10 * _local19);
var _local24:Number = (_local14 * _local20);
var _local25:Number = (-(_local15) * _local20);
var _local26:Number = (_local13 * _local17);
var _local27:Number = -((((_local24 * _arg1) + (_local25 * _arg2)) + (_local26 * _arg3)));
var _local28:Number = ((_local15 * _local21) + ((_local16 * _local14) * _local18));
var _local29:Number = ((_local14 * _local21) - ((_local16 * _local15) * _local18));
var _local30:Number = ((-(_local11) * _local12) * _local18);
var _local31:Number = -((((_local28 * _arg1) + (_local29 * _arg2)) + (_local30 * _arg3)));
var _local32:Number = ((_local15 * _local22) - ((_local14 * _local13) * _local23));
var _local33:Number = ((_local14 * _local22) + ((_local13 * _local15) * _local23));
var _local34:Number = (_local12 * _local23);
var _local35:Number = -((((_local32 * _arg1) + (_local33 * _arg2)) + (_local34 * _arg3)));
var _local36:Number = a;
var _local37:Number = b;
var _local38:Number = c;
var _local39:Number = d;
var _local40:Number = e;
var _local41:Number = f;
var _local42:Number = g;
var _local43:Number = h;
var _local44:Number = i;
var _local45:Number = j;
var _local46:Number = k;
var _local47:Number = l;
a = (((_local24 * _local36) + (_local25 * _local40)) + (_local26 * _local44));
b = (((_local24 * _local37) + (_local25 * _local41)) + (_local26 * _local45));
c = (((_local24 * _local38) + (_local25 * _local42)) + (_local26 * _local46));
d = ((((_local24 * _local39) + (_local25 * _local43)) + (_local26 * _local47)) + _local27);
e = (((_local28 * _local36) + (_local29 * _local40)) + (_local30 * _local44));
f = (((_local28 * _local37) + (_local29 * _local41)) + (_local30 * _local45));
g = (((_local28 * _local38) + (_local29 * _local42)) + (_local30 * _local46));
h = ((((_local28 * _local39) + (_local29 * _local43)) + (_local30 * _local47)) + _local31);
i = (((_local32 * _local36) + (_local33 * _local40)) + (_local34 * _local44));
j = (((_local32 * _local37) + (_local33 * _local41)) + (_local34 * _local45));
k = (((_local32 * _local38) + (_local33 * _local42)) + (_local34 * _local46));
l = ((((_local32 * _local39) + (_local33 * _local43)) + (_local34 * _local47)) + _local35);
}
public function invert():void{
var _local1:Number = a;
var _local2:Number = b;
var _local3:Number = c;
var _local4:Number = d;
var _local5:Number = e;
var _local6:Number = f;
var _local7:Number = g;
var _local8:Number = h;
var _local9:Number = i;
var _local10:Number = j;
var _local11:Number = k;
var _local12:Number = l;
var _local13:Number = (((((((-(_local3) * _local6) * _local9) + ((_local2 * _local7) * _local9)) + ((_local3 * _local5) * _local10)) - ((_local1 * _local7) * _local10)) - ((_local2 * _local5) * _local11)) + ((_local1 * _local6) * _local11));
a = (((-(_local7) * _local10) + (_local6 * _local11)) / _local13);
b = (((_local3 * _local10) - (_local2 * _local11)) / _local13);
c = (((-(_local3) * _local6) + (_local2 * _local7)) / _local13);
d = ((((((((_local4 * _local7) * _local10) - ((_local3 * _local8) * _local10)) - ((_local4 * _local6) * _local11)) + ((_local2 * _local8) * _local11)) + ((_local3 * _local6) * _local12)) - ((_local2 * _local7) * _local12)) / _local13);
e = (((_local7 * _local9) - (_local5 * _local11)) / _local13);
f = (((-(_local3) * _local9) + (_local1 * _local11)) / _local13);
g = (((_local3 * _local5) - (_local1 * _local7)) / _local13);
h = ((((((((_local3 * _local8) * _local9) - ((_local4 * _local7) * _local9)) + ((_local4 * _local5) * _local11)) - ((_local1 * _local8) * _local11)) - ((_local3 * _local5) * _local12)) + ((_local1 * _local7) * _local12)) / _local13);
i = (((-(_local6) * _local9) + (_local5 * _local10)) / _local13);
j = (((_local2 * _local9) - (_local1 * _local10)) / _local13);
k = (((-(_local2) * _local5) + (_local1 * _local6)) / _local13);
l = ((((((((_local4 * _local6) * _local9) - ((_local2 * _local8) * _local9)) - ((_local4 * _local5) * _local10)) + ((_local1 * _local8) * _local10)) + ((_local2 * _local5) * _local12)) - ((_local1 * _local6) * _local12)) / _local13);
}
public function inverseCombine(_arg1:Matrix3D):void{
var _local2:Number = a;
var _local3:Number = b;
var _local4:Number = c;
var _local5:Number = d;
var _local6:Number = e;
var _local7:Number = f;
var _local8:Number = g;
var _local9:Number = h;
var _local10:Number = i;
var _local11:Number = j;
var _local12:Number = k;
var _local13:Number = l;
a = (((_local2 * _arg1.a) + (_local3 * _arg1.e)) + (_local4 * _arg1.i));
b = (((_local2 * _arg1.b) + (_local3 * _arg1.f)) + (_local4 * _arg1.j));
c = (((_local2 * _arg1.c) + (_local3 * _arg1.g)) + (_local4 * _arg1.k));
d = ((((_local2 * _arg1.d) + (_local3 * _arg1.h)) + (_local4 * _arg1.l)) + _local5);
e = (((_local6 * _arg1.a) + (_local7 * _arg1.e)) + (_local8 * _arg1.i));
f = (((_local6 * _arg1.b) + (_local7 * _arg1.f)) + (_local8 * _arg1.j));
g = (((_local6 * _arg1.c) + (_local7 * _arg1.g)) + (_local8 * _arg1.k));
h = ((((_local6 * _arg1.d) + (_local7 * _arg1.h)) + (_local8 * _arg1.l)) + _local9);
i = (((_local10 * _arg1.a) + (_local11 * _arg1.e)) + (_local12 * _arg1.i));
j = (((_local10 * _arg1.b) + (_local11 * _arg1.f)) + (_local12 * _arg1.j));
k = (((_local10 * _arg1.c) + (_local11 * _arg1.g)) + (_local12 * _arg1.k));
l = ((((_local10 * _arg1.d) + (_local11 * _arg1.h)) + (_local12 * _arg1.l)) + _local13);
}
public function toTransform(_arg1:Number=0, _arg2:Number=0, _arg3:Number=0, _arg4:Number=0, _arg5:Number=0, _arg6:Number=0, _arg7:Number=1, _arg8:Number=1, _arg9:Number=1):void{
var _local10:Number = Math.cos(_arg4);
var _local11:Number = Math.sin(_arg4);
var _local12:Number = Math.cos(_arg5);
var _local13:Number = Math.sin(_arg5);
var _local14:Number = Math.cos(_arg6);
var _local15:Number = Math.sin(_arg6);
var _local16:Number = (_local14 * _local13);
var _local17:Number = (_local15 * _local13);
var _local18:Number = (_local12 * _arg7);
var _local19:Number = (_local11 * _arg8);
var _local20:Number = (_local10 * _arg8);
var _local21:Number = (_local10 * _arg9);
var _local22:Number = (_local11 * _arg9);
a = (_local14 * _local18);
b = ((_local16 * _local19) - (_local15 * _local20));
c = ((_local16 * _local21) + (_local15 * _local22));
d = _arg1;
e = (_local15 * _local18);
f = ((_local17 * _local19) + (_local14 * _local20));
g = ((_local17 * _local21) - (_local14 * _local22));
h = _arg2;
i = (-(_local13) * _arg7);
j = (_local12 * _local19);
k = (_local12 * _local21);
l = _arg3;
}
public function inverseRotate(_arg1:Number, _arg2:Number, _arg3:Number):void{
var _local4:Number = Math.cos(-(_arg1));
var _local5:Number = Math.sin(-(_arg1));
var _local6:Number = Math.cos(-(_arg2));
var _local7:Number = Math.sin(-(_arg2));
var _local8:Number = Math.cos(-(_arg3));
var _local9:Number = Math.sin(-(_arg3));
var _local10:Number = (_local5 * _local7);
var _local11:Number = (_local6 * _local8);
var _local12:Number = (-(_local6) * _local9);
var _local13:Number = _local7;
var _local14:Number = ((_local4 * _local9) + (_local10 * _local8));
var _local15:Number = ((_local4 * _local8) - (_local10 * _local9));
var _local16:Number = (-(_local5) * _local6);
var _local17:Number = ((_local5 * _local9) - ((_local4 * _local8) * _local7));
var _local18:Number = ((_local5 * _local8) + ((_local4 * _local7) * _local9));
var _local19:Number = (_local4 * _local6);
var _local20:Number = a;
var _local21:Number = b;
var _local22:Number = c;
var _local23:Number = d;
var _local24:Number = e;
var _local25:Number = f;
var _local26:Number = g;
var _local27:Number = h;
var _local28:Number = i;
var _local29:Number = j;
var _local30:Number = k;
var _local31:Number = l;
a = (((_local11 * _local20) + (_local12 * _local24)) + (_local13 * _local28));
b = (((_local11 * _local21) + (_local12 * _local25)) + (_local13 * _local29));
c = (((_local11 * _local22) + (_local12 * _local26)) + (_local13 * _local30));
d = (((_local11 * _local23) + (_local12 * _local27)) + (_local13 * _local31));
e = (((_local14 * _local20) + (_local15 * _local24)) + (_local16 * _local28));
f = (((_local14 * _local21) + (_local15 * _local25)) + (_local16 * _local29));
g = (((_local14 * _local22) + (_local15 * _local26)) + (_local16 * _local30));
h = (((_local14 * _local23) + (_local15 * _local27)) + (_local16 * _local31));
i = (((_local17 * _local20) + (_local18 * _local24)) + (_local19 * _local28));
j = (((_local17 * _local21) + (_local18 * _local25)) + (_local19 * _local29));
k = (((_local17 * _local22) + (_local18 * _local26)) + (_local19 * _local30));
l = (((_local17 * _local23) + (_local18 * _local27)) + (_local19 * _local31));
}
public function copy(_arg1:Matrix3D):void{
a = _arg1.a;
b = _arg1.b;
c = _arg1.c;
d = _arg1.d;
e = _arg1.e;
f = _arg1.f;
g = _arg1.g;
h = _arg1.h;
i = _arg1.i;
j = _arg1.j;
k = _arg1.k;
l = _arg1.l;
}
public function inverseConvertToScreen():void{
var _local1:Number = b;
var _local2:Number = f;
var _local3:Number = j;
b = -(c);
f = -(g);
j = -(k);
c = -(_local1);
g = -(_local2);
k = -(_local3);
}
public function inverseScale(_arg1:Number, _arg2:Number, _arg3:Number):void{
var _local4:Number = (1 / _arg1);
var _local5:Number = (1 / _arg2);
var _local6:Number = (1 / _arg3);
a = (a * _local4);
b = (b * _local4);
c = (c * _local4);
d = (d * _local4);
e = (e * _local5);
f = (f * _local5);
g = (g * _local5);
h = (h * _local5);
i = (i * _local6);
j = (j * _local6);
k = (k * _local6);
l = (l * _local6);
}
public function transform(_arg1:Number=0, _arg2:Number=0, _arg3:Number=0, _arg4:Number=0, _arg5:Number=0, _arg6:Number=0, _arg7:Number=1, _arg8:Number=1, _arg9:Number=1):void{
var _local10:Number = Math.cos(_arg4);
var _local11:Number = Math.sin(_arg4);
var _local12:Number = Math.cos(_arg5);
var _local13:Number = Math.sin(_arg5);
var _local14:Number = Math.cos(_arg6);
var _local15:Number = Math.sin(_arg6);
var _local16:Number = (_local14 * _local13);
var _local17:Number = (_local15 * _local13);
var _local18:Number = (_local12 * _arg7);
var _local19:Number = (_local11 * _arg8);
var _local20:Number = (_local10 * _arg8);
var _local21:Number = (_local10 * _arg9);
var _local22:Number = (_local11 * _arg9);
var _local23:Number = (_local14 * _local18);
var _local24:Number = ((_local16 * _local19) - (_local15 * _local20));
var _local25:Number = ((_local16 * _local21) + (_local15 * _local22));
var _local26:Number = _arg1;
var _local27:Number = (_local15 * _local18);
var _local28:Number = ((_local17 * _local19) + (_local14 * _local20));
var _local29:Number = ((_local17 * _local21) - (_local14 * _local22));
var _local30:Number = _arg2;
var _local31:Number = (-(_local13) * _arg7);
var _local32:Number = (_local12 * _local19);
var _local33:Number = (_local12 * _local21);
var _local34:Number = _arg3;
var _local35:Number = a;
var _local36:Number = b;
var _local37:Number = c;
var _local38:Number = d;
var _local39:Number = e;
var _local40:Number = f;
var _local41:Number = g;
var _local42:Number = h;
var _local43:Number = i;
var _local44:Number = j;
var _local45:Number = k;
var _local46:Number = l;
a = (((_local23 * _local35) + (_local24 * _local39)) + (_local25 * _local43));
b = (((_local23 * _local36) + (_local24 * _local40)) + (_local25 * _local44));
c = (((_local23 * _local37) + (_local24 * _local41)) + (_local25 * _local45));
d = ((((_local23 * _local38) + (_local24 * _local42)) + (_local25 * _local46)) + _local26);
e = (((_local27 * _local35) + (_local28 * _local39)) + (_local29 * _local43));
f = (((_local27 * _local36) + (_local28 * _local40)) + (_local29 * _local44));
g = (((_local27 * _local37) + (_local28 * _local41)) + (_local29 * _local45));
h = ((((_local27 * _local38) + (_local28 * _local42)) + (_local29 * _local46)) + _local30);
i = (((_local31 * _local35) + (_local32 * _local39)) + (_local33 * _local43));
j = (((_local31 * _local36) + (_local32 * _local40)) + (_local33 * _local44));
k = (((_local31 * _local37) + (_local32 * _local41)) + (_local33 * _local45));
l = ((((_local31 * _local38) + (_local32 * _local42)) + (_local33 * _local46)) + _local34);
}
public function translateLocal(_arg1:Number, _arg2:Number, _arg3:Number):void{
d = (d + (((a * _arg1) + (b * _arg2)) + (c * _arg3)));
h = (h + (((e * _arg1) + (f * _arg2)) + (g * _arg3)));
l = (l + (((i * _arg1) + (j * _arg2)) + (k * _arg3)));
}
public function inverseTranslate(_arg1:Number, _arg2:Number, _arg3:Number):void{
d = (d - _arg1);
h = (h - _arg2);
l = (l - _arg3);
}
public function combine(_arg1:Matrix3D):void{
var _local2:Number = a;
var _local3:Number = b;
var _local4:Number = c;
var _local5:Number = d;
var _local6:Number = e;
var _local7:Number = f;
var _local8:Number = g;
var _local9:Number = h;
var _local10:Number = i;
var _local11:Number = j;
var _local12:Number = k;
var _local13:Number = l;
a = (((_arg1.a * _local2) + (_arg1.b * _local6)) + (_arg1.c * _local10));
b = (((_arg1.a * _local3) + (_arg1.b * _local7)) + (_arg1.c * _local11));
c = (((_arg1.a * _local4) + (_arg1.b * _local8)) + (_arg1.c * _local12));
d = ((((_arg1.a * _local5) + (_arg1.b * _local9)) + (_arg1.c * _local13)) + _arg1.d);
e = (((_arg1.e * _local2) + (_arg1.f * _local6)) + (_arg1.g * _local10));
f = (((_arg1.e * _local3) + (_arg1.f * _local7)) + (_arg1.g * _local11));
g = (((_arg1.e * _local4) + (_arg1.f * _local8)) + (_arg1.g * _local12));
h = ((((_arg1.e * _local5) + (_arg1.f * _local9)) + (_arg1.g * _local13)) + _arg1.h);
i = (((_arg1.i * _local2) + (_arg1.j * _local6)) + (_arg1.k * _local10));
j = (((_arg1.i * _local3) + (_arg1.j * _local7)) + (_arg1.k * _local11));
k = (((_arg1.i * _local4) + (_arg1.j * _local8)) + (_arg1.k * _local12));
l = ((((_arg1.i * _local5) + (_arg1.j * _local9)) + (_arg1.k * _local13)) + _arg1.l);
}
public static function inverseTranslationMatrix(_arg1:Number, _arg2:Number, _arg3:Number):Matrix3D{
return (new Matrix3D(1, 0, 0, -(_arg1), 0, 1, 0, -(_arg2), 0, 0, 1, -(_arg3)));
}
public static function translationMatrix(_arg1:Number, _arg2:Number, _arg3:Number):Matrix3D{
return (new Matrix3D(1, 0, 0, _arg1, 0, 1, 0, _arg2, 0, 0, 1, _arg3));
}
public static function inverseRotationMatrix(_arg1:Number, _arg2:Number, _arg3:Number):Matrix3D{
var _local4:Number = Math.cos(-(_arg1));
var _local5:Number = Math.sin(-(_arg1));
var _local6:Number = Math.cos(-(_arg2));
var _local7:Number = Math.sin(-(_arg2));
var _local8:Number = Math.cos(-(_arg3));
var _local9:Number = Math.sin(-(_arg3));
var _local10:Number = (_local5 * _local7);
return (new Matrix3D((_local6 * _local8), (-(_local6) * _local9), _local7, 0, ((_local4 * _local9) + (_local10 * _local8)), ((_local4 * _local8) - (_local10 * _local9)), (-(_local5) * _local6), 0, ((_local5 * _local9) - ((_local4 * _local8) * _local7)), ((_local5 * _local8) + ((_local4 * _local7) * _local9)), (_local4 * _local6), 0));
}
public static function inverseTransformationMatrix(_arg1:Number=0, _arg2:Number=0, _arg3:Number=0, _arg4:Number=0, _arg5:Number=0, _arg6:Number=0, _arg7:Number=1, _arg8:Number=1, _arg9:Number=1):Matrix3D{
var _local10:Number = Math.cos(-(_arg4));
var _local11:Number = Math.sin(-(_arg4));
var _local12:Number = Math.cos(-(_arg5));
var _local13:Number = Math.sin(-(_arg5));
var _local14:Number = Math.cos(-(_arg6));
var _local15:Number = Math.sin(-(_arg6));
var _local16:Number = (_local11 * _local13);
var _local17:Number = (1 / _arg7);
var _local18:Number = (1 / _arg8);
var _local19:Number = (1 / _arg9);
var _local20:Number = (_local12 * _local17);
var _local21:Number = (_local10 * _local18);
var _local22:Number = (_local11 * _local19);
var _local23:Number = (_local10 * _local19);
var _local24:Number = (_local14 * _local20);
var _local25:Number = (-(_local15) * _local20);
var _local26:Number = (_local13 * _local17);
var _local27:Number = ((_local15 * _local21) + ((_local16 * _local14) * _local18));
var _local28:Number = ((_local14 * _local21) - ((_local16 * _local15) * _local18));
var _local29:Number = ((-(_local11) * _local12) * _local18);
var _local30:Number = ((_local15 * _local22) - ((_local14 * _local13) * _local23));
var _local31:Number = ((_local14 * _local22) + ((_local13 * _local15) * _local23));
var _local32:Number = (_local12 * _local23);
return (new Matrix3D(_local24, _local25, _local26, -((((_local24 * _arg1) + (_local25 * _arg2)) + (_local26 * _arg3))), _local27, _local28, _local29, -((((_local27 * _arg1) + (_local28 * _arg2)) + (_local29 * _arg3))), _local30, _local31, _local32, -((((_local30 * _arg1) + (_local31 * _arg2)) + (_local32 * _arg3)))));
}
public static function inverseMatrix(_arg1:Matrix3D):Matrix3D{
var _local2:Number = (((((((-(_arg1.c) * _arg1.f) * _arg1.i) + ((_arg1.b * _arg1.g) * _arg1.i)) + ((_arg1.c * _arg1.e) * _arg1.j)) - ((_arg1.a * _arg1.g) * _arg1.j)) - ((_arg1.b * _arg1.e) * _arg1.k)) + ((_arg1.a * _arg1.f) * _arg1.k));
var _local3:Number = (((-(_arg1.g) * _arg1.j) + (_arg1.f * _arg1.k)) / _local2);
var _local4:Number = (((_arg1.c * _arg1.j) - (_arg1.b * _arg1.k)) / _local2);
var _local5:Number = (((-(_arg1.c) * _arg1.f) + (_arg1.b * _arg1.g)) / _local2);
var _local6:Number = ((((((((_arg1.d * _arg1.g) * _arg1.j) - ((_arg1.c * _arg1.h) * _arg1.j)) - ((_arg1.d * _arg1.f) * _arg1.k)) + ((_arg1.b * _arg1.h) * _arg1.k)) + ((_arg1.c * _arg1.f) * _arg1.l)) - ((_arg1.b * _arg1.g) * _arg1.l)) / _local2);
var _local7:Number = (((_arg1.g * _arg1.i) - (_arg1.e * _arg1.k)) / _local2);
var _local8:Number = (((-(_arg1.c) * _arg1.i) + (_arg1.a * _arg1.k)) / _local2);
var _local9:Number = (((_arg1.c * _arg1.e) - (_arg1.a * _arg1.g)) / _local2);
var _local10:Number = ((((((((_arg1.c * _arg1.h) * _arg1.i) - ((_arg1.d * _arg1.g) * _arg1.i)) + ((_arg1.d * _arg1.e) * _arg1.k)) - ((_arg1.a * _arg1.h) * _arg1.k)) - ((_arg1.c * _arg1.e) * _arg1.l)) + ((_arg1.a * _arg1.g) * _arg1.l)) / _local2);
var _local11:Number = (((-(_arg1.f) * _arg1.i) + (_arg1.e * _arg1.j)) / _local2);
var _local12:Number = (((_arg1.b * _arg1.i) - (_arg1.a * _arg1.j)) / _local2);
var _local13:Number = (((-(_arg1.b) * _arg1.e) + (_arg1.a * _arg1.f)) / _local2);
var _local14:Number = ((((((((_arg1.d * _arg1.f) * _arg1.i) - ((_arg1.b * _arg1.h) * _arg1.i)) - ((_arg1.d * _arg1.e) * _arg1.j)) + ((_arg1.a * _arg1.h) * _arg1.j)) + ((_arg1.b * _arg1.e) * _arg1.l)) - ((_arg1.a * _arg1.f) * _arg1.l)) / _local2);
return (new Matrix3D(_local3, _local4, _local5, _local6, _local7, _local8, _local9, _local10, _local11, _local12, _local13, _local14));
}
public static function inverseScaleMatrix(_arg1:Number, _arg2:Number, _arg3:Number):Matrix3D{
return (new Matrix3D((1 / _arg1), 0, 0, 0, 0, (1 / _arg2), 0, 0, 0, 0, (1 / _arg3), 0));
}
public static function scaleMatrix(_arg1:Number, _arg2:Number, _arg3:Number):Matrix3D{
return (new Matrix3D(_arg1, 0, 0, 0, 0, _arg2, 0, 0, 0, 0, _arg3, 0));
}
public static function transformationMatrix(_arg1:Number=0, _arg2:Number=0, _arg3:Number=0, _arg4:Number=0, _arg5:Number=0, _arg6:Number=0, _arg7:Number=1, _arg8:Number=1, _arg9:Number=1):Matrix3D{
var _local10:Number = Math.cos(_arg4);
var _local11:Number = Math.sin(_arg4);
var _local12:Number = Math.cos(_arg5);
var _local13:Number = Math.sin(_arg5);
var _local14:Number = Math.cos(_arg6);
var _local15:Number = Math.sin(_arg6);
var _local16:Number = (_local14 * _local13);
var _local17:Number = (_local15 * _local13);
var _local18:Number = (_local12 * _arg7);
var _local19:Number = (_local11 * _arg8);
var _local20:Number = (_local10 * _arg8);
var _local21:Number = (_local10 * _arg9);
var _local22:Number = (_local11 * _arg9);
return (new Matrix3D((_local14 * _local18), ((_local16 * _local19) - (_local15 * _local20)), ((_local16 * _local21) + (_local15 * _local22)), _arg1, (_local15 * _local18), ((_local17 * _local19) + (_local14 * _local20)), ((_local17 * _local21) - (_local14 * _local22)), _arg2, (-(_local13) * _arg7), (_local12 * _local19), (_local12 * _local21), _arg3));
}
public static function product(_arg1:Matrix3D, _arg2:Matrix3D):Matrix3D{
return (new Matrix3D((((_arg1.a * _arg2.a) + (_arg1.b * _arg2.e)) + (_arg1.c * _arg2.i)), (((_arg1.a * _arg2.b) + (_arg1.b * _arg2.f)) + (_arg1.c * _arg2.j)), (((_arg1.a * _arg2.c) + (_arg1.b * _arg2.g)) + (_arg1.c * _arg2.k)), ((((_arg1.a * _arg2.d) + (_arg1.b * _arg2.h)) + (_arg1.c * _arg2.l)) + _arg1.d), (((_arg1.e * _arg2.a) + (_arg1.f * _arg2.e)) + (_arg1.g * _arg2.i)), (((_arg1.e * _arg2.b) + (_arg1.f * _arg2.f)) + (_arg1.g * _arg2.j)), (((_arg1.e * _arg2.c) + (_arg1.f * _arg2.g)) + (_arg1.g * _arg2.k)), ((((_arg1.e * _arg2.d) + (_arg1.f * _arg2.h)) + (_arg1.g * _arg2.l)) + _arg1.h), (((_arg1.i * _arg2.a) + (_arg1.j * _arg2.e)) + (_arg1.k * _arg2.i)), (((_arg1.i * _arg2.b) + (_arg1.j * _arg2.f)) + (_arg1.k * _arg2.j)), (((_arg1.i * _arg2.c) + (_arg1.j * _arg2.g)) + (_arg1.k * _arg2.k)), ((((_arg1.i * _arg2.d) + (_arg1.j * _arg2.h)) + (_arg1.k * _arg2.l)) + _arg1.l)));
}
public static function rotationMatrix(_arg1:Number, _arg2:Number, _arg3:Number):Matrix3D{
var _local4:Number = Math.cos(_arg1);
var _local5:Number = Math.sin(_arg1);
var _local6:Number = Math.cos(_arg2);
var _local7:Number = Math.sin(_arg2);
var _local8:Number = Math.cos(_arg3);
var _local9:Number = Math.sin(_arg3);
var _local10:Number = (_local8 * _local7);
var _local11:Number = (_local9 * _local7);
return (new Matrix3D((_local8 * _local6), ((_local10 * _local5) - (_local9 * _local4)), ((_local10 * _local4) + (_local9 * _local5)), 0, (_local9 * _local6), ((_local11 * _local5) + (_local8 * _local4)), ((_local11 * _local4) - (_local8 * _local5)), 0, -(_local7), (_local6 * _local5), (_local6 * _local4), 0));
}
}
}//package com.alternativagame.type
Section 4
//Point3D (com.alternativagame.type.Point3D)
package com.alternativagame.type {
import flash.geom.*;
import com.alternativagame.utility.*;
public final class Point3D {
public var x:Number;
public var y:Number;
public var z:Number;
public function Point3D(_arg1:Number=0, _arg2:Number=0, _arg3:Number=0){
this.x = _arg1;
this.y = _arg2;
this.z = _arg3;
}
public function floor():void{
x = Math.floor(x);
y = Math.floor(y);
z = Math.floor(z);
}
public function add(_arg1:Point3D):void{
x = (x + _arg1.x);
y = (y + _arg1.y);
z = (z + _arg1.z);
}
public function toString():String{
return (((((("X: " + x.toFixed(3)) + " Y:") + y.toFixed(3)) + " Z:") + z.toFixed(3)));
}
public function multiply(_arg1:Number):void{
x = (x * _arg1);
y = (y * _arg1);
z = (z * _arg1);
}
public function transform(_arg1:Matrix3D):void{
var _local2:Number = x;
var _local3:Number = y;
var _local4:Number = z;
x = ((((_arg1.a * _local2) + (_arg1.b * _local3)) + (_arg1.c * _local4)) + _arg1.d);
y = ((((_arg1.e * _local2) + (_arg1.f * _local3)) + (_arg1.g * _local4)) + _arg1.h);
z = ((((_arg1.i * _local2) + (_arg1.j * _local3)) + (_arg1.k * _local4)) + _arg1.l);
}
public function get length():Number{
return (Math.sqrt((((x * x) + (y * y)) + (z * z))));
}
public function clone():Point3D{
return (new Point3D(x, y, z));
}
public function set length(_arg1:Number):void{
var _local2:Number = length;
var _local3:Number = ((_local2)!=0) ? (_arg1 / length) : 0;
x = (x * _local3);
y = (y * _local3);
z = (z * _local3);
}
public function normalize():void{
var _local1:Number = Math.sqrt((((x * x) + (y * y)) + (z * z)));
x = (x / _local1);
y = (y / _local1);
z = (z / _local1);
}
public function get lengthSqr():Number{
return ((((x * x) + (y * y)) + (z * z)));
}
public function reset():void{
x = 0;
y = 0;
z = 0;
}
public function copy(_arg1:Point3D):void{
x = _arg1.x;
y = _arg1.y;
z = _arg1.z;
}
public function invert():void{
x = -(x);
y = -(y);
z = -(z);
}
public function subtract(_arg1:Point3D):void{
x = (x - _arg1.x);
y = (y - _arg1.y);
z = (z - _arg1.z);
}
public function toPoint():Point{
return (new Point(x, y));
}
public function round():void{
x = Math.round(x);
y = Math.round(y);
z = Math.round(z);
}
public function equals(_arg1:Point3D, _arg2:Number=0):Boolean{
return (((((((((((((x - _arg1.x) <= _arg2)) && (((x - _arg1.x) >= -(_arg2))))) && (((y - _arg1.y) <= _arg2)))) && (((y - _arg1.y) >= -(_arg2))))) && (((z - _arg1.z) <= _arg2)))) && (((z - _arg1.z) >= -(_arg2)))));
}
public static function cross(_arg1:Point3D, _arg2:Point3D):Point3D{
return (new Point3D(((_arg1.y * _arg2.z) - (_arg1.z * _arg2.y)), ((_arg1.z * _arg2.x) - (_arg1.x * _arg2.z)), ((_arg1.x * _arg2.y) - (_arg1.y * _arg2.x))));
}
public static function cross2D(_arg1:Point3D, _arg2:Point3D):Number{
return (((_arg1.x * _arg2.y) - (_arg1.y * _arg2.x)));
}
public static function angle(_arg1:Point3D, _arg2:Point3D):Number{
var _local3:Number = (_arg1.length * _arg2.length);
var _local4:Number = ((_local3)!=0) ? (dot(_arg1, _arg2) / _local3) : 1;
return (Math.acos(_local4));
}
public static function average(_arg1:Point3D, _arg2:Point3D=null, _arg3:Point3D=null, _arg4:Point3D=null):Point3D{
if (_arg2 == null){
return (_arg1.clone());
};
if (_arg3 == null){
return (new Point3D(((_arg1.x + _arg2.x) * 0.5), ((_arg1.y + _arg2.y) * 0.5), ((_arg1.z + _arg2.z) * 0.5)));
};
if (_arg4 == null){
return (new Point3D((((_arg1.x + _arg2.x) + _arg3.x) / 3), (((_arg1.y + _arg2.y) + _arg3.y) / 3), (((_arg1.z + _arg2.z) + _arg3.z) / 3)));
};
return (new Point3D(((((_arg1.x + _arg2.x) + _arg3.x) + _arg4.x) * 0.25), ((((_arg1.y + _arg2.y) + _arg3.y) + _arg4.y) * 0.25), ((((_arg1.z + _arg2.z) + _arg3.z) + _arg4.z) / 0.25)));
}
public static function random(_arg1:Number, _arg2:Number, _arg3:Number, _arg4:Number, _arg5:Number, _arg6:Number):Point3D{
return (new Point3D(MathUtility.random(_arg1, _arg2), MathUtility.random(_arg3, _arg4), MathUtility.random(_arg5, _arg6)));
}
public static function interpolate(_arg1:Point3D, _arg2:Point3D, _arg3:Number=0.5):Point3D{
return (new Point3D((_arg1.x + ((_arg2.x - _arg1.x) * _arg3)), (_arg1.y + ((_arg2.y - _arg1.y) * _arg3)), (_arg1.z + ((_arg2.z - _arg1.z) * _arg3))));
}
public static function dot(_arg1:Point3D, _arg2:Point3D):Number{
return ((((_arg1.x * _arg2.x) + (_arg1.y * _arg2.y)) + (_arg1.z * _arg2.z)));
}
public static function sum(_arg1:Point3D, _arg2:Point3D):Point3D{
return (new Point3D((_arg1.x + _arg2.x), (_arg1.y + _arg2.y), (_arg1.z + _arg2.z)));
}
public static function dot2D(_arg1:Point3D, _arg2:Point3D):Number{
return (((_arg1.x * _arg2.x) + (_arg1.y * _arg2.y)));
}
public static function difference(_arg1:Point3D, _arg2:Point3D):Point3D{
return (new Point3D((_arg1.x - _arg2.x), (_arg1.y - _arg2.y), (_arg1.z - _arg2.z)));
}
public static function angleFast(_arg1:Point3D, _arg2:Point3D):Number{
var _local3:Number = dot(_arg1, _arg2);
if (Math.abs(_local3) > 1){
_local3 = ((_local3)>0) ? 1 : -1;
};
return (Math.acos(_local3));
}
}
}//package com.alternativagame.type
Section 5
//RGB (com.alternativagame.type.RGB)
package com.alternativagame.type {
import com.alternativagame.utility.*;
public final class RGB {
public var green:uint;// = 0
public var red:uint;// = 0
public var blue:uint;// = 0
public function RGB(... _args){
if (_args.length > 0){
if (_args.length > 1){
red = _args[0];
green = _args[1];
blue = _args[2];
} else {
red = ((_args[0] & 0xFF0000) >>> 16);
green = ((_args[0] & 0xFF00) >>> 8);
blue = (_args[0] & 0xFF);
};
};
}
public function add(_arg1:RGB):void{
red = (red + _arg1.red);
green = (green + _arg1.green);
blue = (blue + _arg1.blue);
}
public function multiply(_arg1:Number):void{
red = (red * _arg1);
green = (green * _arg1);
blue = (blue * _arg1);
}
public function subtract(_arg1:RGB):void{
red = ((red)<_arg1.red) ? 0 : (red - _arg1.red);
green = ((green)<_arg1.green) ? 0 : (green - _arg1.green);
blue = ((blue)<_arg1.blue) ? 0 : (blue - _arg1.blue);
}
public function toString():String{
var _local1:String = red.toString(16).toUpperCase();
var _local2:String = green.toString(16).toUpperCase();
var _local3:String = blue.toString(16).toUpperCase();
_local1 = ((_local1.length)==1) ? ("0" + _local1) : _local1;
_local2 = ((_local2.length)==1) ? ("0" + _local2) : _local2;
_local3 = ((_local3.length)==1) ? ("0" + _local3) : _local3;
return ((((("[RGB: " + _local1) + _local2) + _local3) + "]"));
}
public function copy(_arg1:RGB):void{
red = _arg1.red;
green = _arg1.green;
blue = _arg1.blue;
}
public function toInt():uint{
return ((((((red >>> 8)) ? 0xFF : red << 16) + (((green >>> 8)) ? 0xFF : green << 8)) + ((blue >>> 8)) ? 0xFF : blue));
}
public function clone():RGB{
return (new RGB(red, green, blue));
}
public function equals(_arg1:RGB):Boolean{
return ((((((red == _arg1.red)) && ((green == _arg1.green)))) && ((blue == _arg1.blue))));
}
public static function interpolate(_arg1:RGB, _arg2:RGB, _arg3:Number):RGB{
return (new RGB((_arg1.red + ((_arg2.red - _arg1.red) * _arg3)), (_arg1.green + ((_arg2.green - _arg1.green) * _arg3)), (_arg1.blue + ((_arg2.blue - _arg1.blue) * _arg3))));
}
public static function random(_arg1:uint=0, _arg2:uint=0xFF, _arg3:uint=0, _arg4:uint=0xFF, _arg5:uint=0, _arg6:uint=0xFF):RGB{
return (new RGB(MathUtility.random(_arg1, _arg2), MathUtility.random(_arg3, _arg4), MathUtility.random(_arg5, _arg6)));
}
public static function average(_arg1:RGB, _arg2:RGB):RGB{
return (new RGB(((_arg1.red + _arg2.red) >>> 1), ((_arg1.green + _arg2.green) >>> 1), ((_arg1.blue + _arg2.blue) >>> 1)));
}
}
}//package com.alternativagame.type
Section 6
//MathUtility (com.alternativagame.utility.MathUtility)
package com.alternativagame.utility {
import flash.geom.*;
public final class MathUtility {
public static const degree60:Number = (Math.PI / 3);
private static const toDeg:Number = (180 / Math.PI);
public static const degree45:Number = (Math.PI / 4);
private static const toRad:Number = (Math.PI / 180);
public static const degree180:Number = Math.PI;
public static const degree360:Number = (Math.PI + Math.PI);
public static const degree90:Number = (Math.PI / 2);
public static const degree1:Number = toRad;
public static const degree30:Number = (Math.PI / 6);
public static const degree10:Number = (Math.PI / 18);
public static const degree5:Number = (Math.PI / 36);
public static function random(_arg1:Number=0, _arg2:Number=0):Number{
if (arguments.length == 0){
return (Math.random());
};
if (arguments.length == 1){
return ((Math.random() * _arg1));
};
return (((Math.random() * (_arg2 - _arg1)) + _arg1));
}
public static function segmentDistance(_arg1:Point, _arg2:Point, _arg3:Point):Number{
var _local4:Number = (_arg2.x - _arg1.x);
var _local5:Number = (_arg2.y - _arg1.y);
var _local6:Number = (_arg3.x - _arg1.x);
var _local7:Number = (_arg3.y - _arg1.y);
return ((((_local4 * _local7) - (_local5 * _local6)) / Math.sqrt(((_local4 * _local4) + (_local5 * _local5)))));
}
public static function randomAngle():Number{
return ((Math.random() * degree360));
}
public static function vectorAngleFast(_arg1:Point, _arg2:Point):Number{
var _local3:Number = vectorDot(_arg1, _arg2);
if (Math.abs(_local3) > 1){
_local3 = ((_local3)>0) ? 1 : -1;
};
return (Math.acos(_local3));
}
public static function vectorAngle(_arg1:Point, _arg2:Point):Number{
var _local3:Number = (_arg1.length * _arg2.length);
var _local4:Number = ((_local3)!=0) ? (vectorDot(_arg1, _arg2) / _local3) : 1;
return (Math.acos(_local4));
}
public static function limitAngle(_arg1:Number):Number{
var _local2:Number = (_arg1 % degree360);
_local2 = ((_local2)>0) ? ((_local2)>degree180) ? (_local2 - degree360) : _local2 : ((_local2)<-(degree180)) ? (_local2 + degree360) : _local2;
return (_local2);
}
public static function vectorDot(_arg1:Point, _arg2:Point):Number{
return (((_arg1.x * _arg2.x) + (_arg1.y * _arg2.y)));
}
public static function toDegree(_arg1:Number):Number{
return ((_arg1 * toDeg));
}
public static function deltaAngle(_arg1:Number, _arg2:Number):Number{
var _local3:Number = (_arg2 - _arg1);
if (_local3 > degree180){
return ((_local3 - degree360));
};
if (_local3 < -(degree180)){
return ((_local3 + degree360));
};
return (_local3);
}
public static function toRadian(_arg1:Number):Number{
return ((_arg1 * toRad));
}
public static function vectorCross(_arg1:Point, _arg2:Point):Number{
return (((_arg1.x * _arg2.y) - (_arg1.y * _arg2.x)));
}
public static function triangleHasPoint(_arg1:Point, _arg2:Point, _arg3:Point, _arg4:Point):Boolean{
if (vectorCross(_arg3.subtract(_arg1), _arg4.subtract(_arg1)) <= 0){
if (vectorCross(_arg2.subtract(_arg3), _arg4.subtract(_arg3)) <= 0){
if (vectorCross(_arg1.subtract(_arg2), _arg4.subtract(_arg2)) <= 0){
return (true);
};
return (false);
} else {
return (false);
};
//unresolved jump
};
return (false);
}
public static function equals(_arg1:Number, _arg2:Number, _arg3:Number=0):Boolean{
return ((Math.abs((_arg2 - _arg1)) <= _arg3));
}
}
}//package com.alternativagame.utility
Section 7
//MouseUtility (com.alternativagame.utility.MouseUtility)
package com.alternativagame.utility {
import flash.geom.*;
import flash.display.*;
public class MouseUtility {
private static var _stage:Stage = null;
public static function init(_arg1:Stage):void{
_stage = _arg1;
}
public static function localCoords(_arg1:DisplayObject):Point{
return (_arg1.globalToLocal(globalCoords()));
}
public static function globalCoords(_arg1:Boolean=true):Point{
var _local3:int;
var _local4:int;
var _local2:Point;
if (_stage != null){
_local3 = _stage.mouseX;
_local4 = _stage.mouseY;
if (_arg1){
_local3 = ((_local3)<0) ? 0 : ((_local3)>_stage.stageWidth) ? _stage.stageWidth : _local3;
_local4 = ((_local4)<0) ? 0 : ((_local4)>_stage.stageHeight) ? _stage.stageHeight : _local4;
};
_local2 = new Point(_local3, _local4);
} else {
throw (new Error("MouseUtility don't have link to stage. Use MouseUtility.init(stage) before."));
};
return (_local2);
}
}
}//package com.alternativagame.utility
Section 8
//BitmapAsset (mx.core.BitmapAsset)
package mx.core {
import flash.display.*;
public class BitmapAsset extends FlexBitmap implements IFlexAsset, IFlexDisplayObject {
mx_internal static const VERSION:String = "3.0.0.0";
public function BitmapAsset(_arg1:BitmapData=null, _arg2:String="auto", _arg3:Boolean=false){
super(_arg1, _arg2, _arg3);
}
public function get measuredWidth():Number{
if (bitmapData){
return (bitmapData.width);
};
return (0);
}
public function get measuredHeight():Number{
if (bitmapData){
return (bitmapData.height);
};
return (0);
}
public function setActualSize(_arg1:Number, _arg2:Number):void{
width = _arg1;
height = _arg2;
}
public function move(_arg1:Number, _arg2:Number):void{
this.x = _arg1;
this.y = _arg2;
}
}
}//package mx.core
Section 9
//FlexBitmap (mx.core.FlexBitmap)
package mx.core {
import flash.display.*;
import mx.utils.*;
public class FlexBitmap extends Bitmap {
mx_internal static const VERSION:String = "3.0.0.0";
public function FlexBitmap(_arg1:BitmapData=null, _arg2:String="auto", _arg3:Boolean=false){
var bitmapData = _arg1;
var pixelSnapping = _arg2;
var smoothing = _arg3;
super(bitmapData, pixelSnapping, smoothing);
try {
name = NameUtil.createUniqueName(this);
} catch(e:Error) {
};
}
override public function toString():String{
return (NameUtil.displayObjectToString(this));
}
}
}//package mx.core
Section 10
//IFlexAsset (mx.core.IFlexAsset)
package mx.core {
public interface IFlexAsset {
}
}//package mx.core
Section 11
//IFlexDisplayObject (mx.core.IFlexDisplayObject)
package mx.core {
import flash.events.*;
import flash.geom.*;
import flash.display.*;
import flash.accessibility.*;
public interface IFlexDisplayObject extends IBitmapDrawable, IEventDispatcher {
function get visible():Boolean;
function get rotation():Number;
function localToGlobal(_arg1:Point):Point;
function get name():String;
function set width(_arg1:Number):void;
function get measuredHeight():Number;
function get blendMode():String;
function get scale9Grid():Rectangle;
function set name(_arg1:String):void;
function set scaleX(_arg1:Number):void;
function set scaleY(_arg1:Number):void;
function get measuredWidth():Number;
function get accessibilityProperties():AccessibilityProperties;
function set scrollRect(_arg1:Rectangle):void;
function get cacheAsBitmap():Boolean;
function globalToLocal(_arg1:Point):Point;
function get height():Number;
function set blendMode(_arg1:String):void;
function get parent():DisplayObjectContainer;
function getBounds(_arg1:DisplayObject):Rectangle;
function get opaqueBackground():Object;
function set scale9Grid(_arg1:Rectangle):void;
function setActualSize(_arg1:Number, _arg2:Number):void;
function set alpha(_arg1:Number):void;
function set accessibilityProperties(_arg1:AccessibilityProperties):void;
function get width():Number;
function hitTestPoint(_arg1:Number, _arg2:Number, _arg3:Boolean=false):Boolean;
function set cacheAsBitmap(_arg1:Boolean):void;
function get scaleX():Number;
function get scaleY():Number;
function get scrollRect():Rectangle;
function get mouseX():Number;
function get mouseY():Number;
function set height(_arg1:Number):void;
function set mask(_arg1:DisplayObject):void;
function getRect(_arg1:DisplayObject):Rectangle;
function get alpha():Number;
function set transform(_arg1:Transform):void;
function move(_arg1:Number, _arg2:Number):void;
function get loaderInfo():LoaderInfo;
function get root():DisplayObject;
function hitTestObject(_arg1:DisplayObject):Boolean;
function set opaqueBackground(_arg1:Object):void;
function set visible(_arg1:Boolean):void;
function get mask():DisplayObject;
function set x(_arg1:Number):void;
function set y(_arg1:Number):void;
function get transform():Transform;
function set filters(_arg1:Array):void;
function get x():Number;
function get y():Number;
function get filters():Array;
function set rotation(_arg1:Number):void;
function get stage():Stage;
}
}//package mx.core
Section 12
//IRepeaterClient (mx.core.IRepeaterClient)
package mx.core {
public interface IRepeaterClient {
function get instanceIndices():Array;
function set instanceIndices(_arg1:Array):void;
function get isDocument():Boolean;
function set repeaters(_arg1:Array):void;
function initializeRepeaterArrays(_arg1:IRepeaterClient):void;
function get repeaters():Array;
function set repeaterIndices(_arg1:Array):void;
function get repeaterIndices():Array;
}
}//package mx.core
Section 13
//mx_internal (mx.core.mx_internal)
package mx.core {
public namespace mx_internal = "http://www.adobe.com/2006/flex/mx/internal";
}//package mx.core
Section 14
//NameUtil (mx.utils.NameUtil)
package mx.utils {
import flash.display.*;
import mx.core.*;
import flash.utils.*;
public class NameUtil {
mx_internal static const VERSION:String = "3.0.0.0";
private static var counter:int = 0;
public static function displayObjectToString(_arg1:DisplayObject):String{
var _local2:String;
var _local4:String;
var _local5:Array;
var _local3:DisplayObject = _arg1;
while (_local3 != null) {
if (((((_local3.parent) && (_local3.stage))) && ((_local3.parent == _local3.stage)))){
break;
};
_local4 = _local3.name;
if ((_local3 is IRepeaterClient)){
_local5 = IRepeaterClient(_local3).instanceIndices;
if (_local5){
_local4 = (_local4 + (("[" + _local5.join("][")) + "]"));
};
};
_local2 = ((_local2 == null)) ? _local4 : ((_local4 + ".") + _local2);
_local3 = _local3.parent;
};
return (_local2);
}
public static function createUniqueName(_arg1:Object):String{
if (!_arg1){
return (null);
};
var _local2:String = getQualifiedClassName(_arg1);
var _local3:int = _local2.indexOf("::");
if (_local3 != -1){
_local2 = _local2.substr((_local3 + 2));
};
var _local4:int = _local2.charCodeAt((_local2.length - 1));
if ((((_local4 >= 48)) && ((_local4 <= 57)))){
_local2 = (_local2 + "_");
};
return ((_local2 + counter++));
}
}
}//package mx.utils
Section 15
//Test3D (Test3D)
package {
import flash.events.*;
import com.alternativagame.type.*;
import flash.geom.*;
import flash.display.*;
import flash.filters.*;
import com.alternativagame.test.*;
import com.alternativagame.admin.*;
import com.alternativagame.utility.*;
import flash.ui.*;
public class Test3D extends Sprite {
private var container:Sprite;
private var contrast:Number;// = 1
private var index:uint;// = 1
private var light:BitmapData;
private var result:BitmapData;
private var diffuse:BitmapData;
private var color:RGB;
private var normal:BitmapData;
private var lightFilter:ColorMatrixFilter;
private var parallaxFilter:DisplacementMapFilter;
private var bump:BitmapData;
private var lightMatrix:Array;
private var needDraw:Boolean;// = false
private var resultBitmap:Bitmap;
private var direction:Point3D;
private static const bump1:BitmapData = new bmpBump1().bitmapData;
private static const bump2:BitmapData = new bmpBump2().bitmapData;
private static const bump3:BitmapData = new bmpBump3().bitmapData;
private static const bump4:BitmapData = new bmpBump4().bitmapData;
private static const diffuse1:BitmapData = new bmpDiffuse1().bitmapData;
private static const diffuse3:BitmapData = new bmpDiffuse3().bitmapData;
private static const diffuse4:BitmapData = new bmpDiffuse4().bitmapData;
private static const diffuse2:BitmapData = new bmpDiffuse2().bitmapData;
private static const bmpNormal1:Class = Test3D_bmpNormal1;
private static const bmpNormal2:Class = Test3D_bmpNormal2;
private static const bmpNormal3:Class = Test3D_bmpNormal3;
private static const normal2:BitmapData = new bmpNormal2().bitmapData;
private static const normal4:BitmapData = new bmpNormal4().bitmapData;
private static const bmpNormal4:Class = Test3D_bmpNormal4;
private static const normal1:BitmapData = new bmpNormal1().bitmapData;
private static const bmpDiffuse1:Class = Test3D_bmpDiffuse1;
private static const bmpDiffuse3:Class = Test3D_bmpDiffuse3;
private static const bmpDiffuse4:Class = Test3D_bmpDiffuse4;
private static const bmpBump3:Class = Test3D_bmpBump3;
private static const bmpBump4:Class = Test3D_bmpBump4;
private static const normal3:BitmapData = new bmpNormal3().bitmapData;
private static const bmpDiffuse2:Class = Test3D_bmpDiffuse2;
private static const bmpBump1:Class = Test3D_bmpBump1;
private static const bmpBump2:Class = Test3D_bmpBump2;
public function Test3D(){
direction = new Point3D();
color = new RGB(0x7F7F7F);
parallaxFilter = new DisplacementMapFilter(null, new Point(), BitmapDataChannel.BLUE, BitmapDataChannel.BLUE);
lightFilter = new ColorMatrixFilter();
lightMatrix = new Array();
super();
stage.scaleMode = StageScaleMode.NO_SCALE;
stage.align = StageAlign.TOP_LEFT;
stage.quality = StageQuality.LOW;
stage.frameRate = 100;
MouseUtility.init(stage);
container = new Sprite();
addChild(container);
FPS.init(this);
var _local1:TestInfo = new TestInfo();
_local1.write("Mouse move — move");
_local1.write("Mouse click — change light color");
_local1.write("Mouse wheel or +/- — change specularity");
_local1.write("Space — change texture");
addChild(_local1);
resultBitmap = new Bitmap();
container.addChild(resultBitmap);
setTexture();
onResize(null);
stage.addEventListener(Event.ENTER_FRAME, onEnterFrame);
stage.addEventListener(MouseEvent.MOUSE_MOVE, onMouseMove);
stage.addEventListener(MouseEvent.MOUSE_DOWN, onMouseDown);
stage.addEventListener(MouseEvent.MOUSE_WHEEL, onMouseWheel);
stage.addEventListener(KeyboardEvent.KEY_DOWN, onKeyDown);
stage.addEventListener(Event.RESIZE, onResize);
}
private function onEnterFrame(_arg1:Event):void{
if (needDraw){
calculate();
needDraw = false;
};
}
private function onMouseDown(_arg1:MouseEvent):void{
color = RGB.random();
calculate();
}
private function onMouseMove(_arg1:MouseEvent):void{
var _local2:Point = MouseUtility.localCoords(container);
direction.x = _local2.x;
direction.y = _local2.y;
direction.z = 200;
direction.normalize();
needDraw = true;
}
private function onKeyDown(_arg1:KeyboardEvent):void{
switch (_arg1.keyCode){
case Keyboard.SPACE:
index = ((index)<4) ? (index + 1) : 1;
setTexture();
break;
case 107:
case 187:
changeContrast(0.2);
break;
case 109:
case 189:
changeContrast(-0.2);
break;
};
}
private function setTexture():void{
switch (index){
case 1:
diffuse = diffuse1;
normal = normal1;
bump = bump1;
break;
case 2:
diffuse = diffuse2;
normal = normal2;
bump = bump2;
break;
case 3:
diffuse = diffuse3;
normal = normal3;
bump = bump3;
break;
case 4:
diffuse = diffuse4;
normal = normal4;
bump = bump4;
break;
};
result = new BitmapData(diffuse.width, diffuse.height, false, 0);
resultBitmap.bitmapData = result;
resultBitmap.x = (-(diffuse.width) / 2);
resultBitmap.y = (-(diffuse.height) / 2);
light = new BitmapData(diffuse.width, diffuse.height, false, 0);
parallaxFilter.mapBitmap = bump;
calculate();
}
private function onResize(_arg1:Event):void{
container.x = (stage.stageWidth / 2);
container.y = (stage.stageHeight / 2);
}
private function changeContrast(_arg1:Number):void{
contrast = (contrast * (1 + _arg1));
contrast = ((contrast)<0.1) ? 0.1 : ((contrast)>10) ? 10 : contrast;
calculate();
}
private function calculate():void{
var _local1:Number = (contrast / 128);
var _local2:Number = (color.red * _local1);
var _local3:Number = (color.green * _local1);
var _local4:Number = (color.blue * _local1);
var _local5:Number = (1 - (contrast * (((0.75 + direction.x) + direction.y) + direction.z)));
lightMatrix[0] = (_local2 * direction.x);
lightMatrix[1] = (_local2 * direction.y);
lightMatrix[2] = (_local2 * direction.z);
lightMatrix[3] = 0;
lightMatrix[4] = (color.red * _local5);
lightMatrix[5] = (_local3 * direction.x);
lightMatrix[6] = (_local3 * direction.y);
lightMatrix[7] = (_local3 * direction.z);
lightMatrix[8] = 0;
lightMatrix[9] = (color.green * _local5);
lightMatrix[10] = (_local4 * direction.x);
lightMatrix[11] = (_local4 * direction.y);
lightMatrix[12] = (_local4 * direction.z);
lightMatrix[13] = 0;
lightMatrix[14] = (color.blue * _local5);
lightMatrix[15] = 0;
lightMatrix[16] = 0;
lightMatrix[17] = 0;
lightMatrix[18] = 0;
lightMatrix[19] = 0;
lightFilter.matrix = lightMatrix;
light.applyFilter(normal, normal.rect, new Point(), lightFilter);
result.copyPixels(diffuse, diffuse.rect, new Point());
result.draw(light, null, null, BlendMode.HARDLIGHT);
parallaxFilter.scaleX = ((direction.x * (1 / direction.z)) * 15);
parallaxFilter.scaleY = ((direction.y * (1 / direction.z)) * 15);
result.applyFilter(result, result.rect, new Point(), parallaxFilter);
}
private function onMouseWheel(_arg1:MouseEvent):void{
changeContrast((_arg1.delta / 10));
}
}
}//package
Section 16
//Test3D_bmpBump1 (Test3D_bmpBump1)
package {
import mx.core.*;
public class Test3D_bmpBump1 extends BitmapAsset {
}
}//package
Section 17
//Test3D_bmpBump2 (Test3D_bmpBump2)
package {
import mx.core.*;
public class Test3D_bmpBump2 extends BitmapAsset {
}
}//package
Section 18
//Test3D_bmpBump3 (Test3D_bmpBump3)
package {
import mx.core.*;
public class Test3D_bmpBump3 extends BitmapAsset {
}
}//package
Section 19
//Test3D_bmpBump4 (Test3D_bmpBump4)
package {
import mx.core.*;
public class Test3D_bmpBump4 extends BitmapAsset {
}
}//package
Section 20
//Test3D_bmpDiffuse1 (Test3D_bmpDiffuse1)
package {
import mx.core.*;
public class Test3D_bmpDiffuse1 extends BitmapAsset {
}
}//package
Section 21
//Test3D_bmpDiffuse2 (Test3D_bmpDiffuse2)
package {
import mx.core.*;
public class Test3D_bmpDiffuse2 extends BitmapAsset {
}
}//package
Section 22
//Test3D_bmpDiffuse3 (Test3D_bmpDiffuse3)
package {
import mx.core.*;
public class Test3D_bmpDiffuse3 extends BitmapAsset {
}
}//package
Section 23
//Test3D_bmpDiffuse4 (Test3D_bmpDiffuse4)
package {
import mx.core.*;
public class Test3D_bmpDiffuse4 extends BitmapAsset {
}
}//package
Section 24
//Test3D_bmpNormal1 (Test3D_bmpNormal1)
package {
import mx.core.*;
public class Test3D_bmpNormal1 extends BitmapAsset {
}
}//package
Section 25
//Test3D_bmpNormal2 (Test3D_bmpNormal2)
package {
import mx.core.*;
public class Test3D_bmpNormal2 extends BitmapAsset {
}
}//package
Section 26
//Test3D_bmpNormal3 (Test3D_bmpNormal3)
package {
import mx.core.*;
public class Test3D_bmpNormal3 extends BitmapAsset {
}
}//package
Section 27
//Test3D_bmpNormal4 (Test3D_bmpNormal4)
package {
import mx.core.*;
public class Test3D_bmpNormal4 extends BitmapAsset {
}
}//package
