Section 1
//instructions_9 (cells_fla.instructions_9)
package cells_fla {
	import flash.display.*;

	public dynamic class instructions_9 extends MovieClip {

		public var next:SimpleButton;
		public var close:SimpleButton;

		public function instructions_9(){
			addFrameScript(0, frame1);
		}
		function frame1(){
			stop();
		}

	}
}//package cells_fla 
Section 2
//MainTimeline (cells_fla.MainTimeline)
package cells_fla {
	import flash.events.*;
	import flash.display.*;
	import flash.text.*;
	import adobe.utils.*;
	import flash.accessibility.*;
	import flash.errors.*;
	import flash.external.*;
	import flash.filters.*;
	import flash.geom.*;
	import flash.media.*;
	import flash.net.*;
	import flash.printing.*;
	import flash.system.*;
	import flash.ui.*;
	import flash.utils.*;
	import flash.xml.*;

	public dynamic class MainTimeline extends MovieClip {

		public var tempRed:Number;
		public var seperationVector:Object;
		public var foodSpawnTime:Number;
		public var targetVector:Object;
		public var sn:Number;
		public var predators:Array;
		public var tempBlue:Number;
		public var predatorPower:Number;
		public var i:Number;
		public var j:Number;
		public var k:Number;
		public var m:Number;
		public var n:Number;
		public var l:Number;
		public var bioHazards:Array;
		public var headings:MovieClip;
		public var dropMC:MovieClip;
		public var tempSpeed:Number;
		public var bioPower:Number;
		public var wingmates:Number;
		public var alignmentVectr:Object;
		public var cellDisplay:MovieClip;
		public var tempNum:Number;
		public var gui:MovieClip;
		public var bioFrequency:Number;
		public var cells:Array;
		public var cohesionVector:Object;
		public var lc:Number;
		public var tempGreen:Number;
		public var instructions:MovieClip;
		public var predatorSpawnTime:Number;
		public var foods:Array;
		public var tempSize:Number;

		public function MainTimeline(){
			addFrameScript(0, frame1);
		}
		public function restart(_arg1:MouseEvent){
			i = 0;
			while (i < 15) {
				cellDisplay.countTexts[i].text = "";
				cellDisplay.powerTexts[i].text = "";
				cellDisplay.immuneTexts[i].text = "";
				i++;
			};
			predatorPower = 0;
			bioPower = 5;
			predatorSpawnTime = 60;
			foodSpawnTime = 20;
			bioFrequency = 15;
			stage.removeChild(dropMC);
			dropMC = new MovieClip();
			stage.addChild(dropMC);
			i = 0;
			while (i < cells.length) {
				j = 0;
				while (j < cells[i].length) {
					removeChild(cells[i][j]);
					j++;
				};
				i++;
			};
			cells = new Array();
			i = 0;
			while (i < foods.length) {
				removeChild(foods[i]);
				i++;
			};
			foods = new Array();
			i = 0;
			while (i < bioHazards.length) {
				removeChild(bioHazards[i]);
				i++;
			};
			bioHazards = new Array();
			i = 0;
			while (i < predators.length) {
				removeChild(predators[i]);
				i++;
			};
			predators = new Array();
			makeSwarm(100, 100);
			makeSwarm(100, 300);
			makeSwarm(100, 500);
			makeSwarm(300, 100);
			makeSwarm(300, 300);
			makeSwarm(300, 500);
			makeSwarm(500, 100);
			makeSwarm(500, 300);
			makeSwarm(500, 500);
		}
		public function predatorPowerDown(_arg1:MouseEvent){
			if (predatorPower > -4){
				predatorPower--;
			};
		}
		public function bioDrop(_arg1:MouseEvent){
			stage.removeChild(dropMC);
			dropMC = new bioHazard();
			dropMC.dropType = "bioHazard";
			dropMC.alpha = 0.5;
			stage.addChild(dropMC);
		}
		public function nextInstructions(_arg1:MouseEvent){
			instructions.nextFrame();
		}
		public function makeSwarm(_arg1:Number, _arg2:Number){
			cells.push(new Array());
			sn = (cells.length - 1);
			tempRed = Math.floor((Math.random() * 200));
			tempBlue = Math.floor((Math.random() * 200));
			tempGreen = Math.floor((Math.random() * 200));
			tempSize = ((Math.random() * 5) + 1);
			tempSpeed = (Math.random() + 0.2);
			cells[sn].steer = ((Math.random() * 2) * Math.PI);
			cells[sn].speed = (2 * tempSpeed);
			cells[sn].averageHunger = 1;
			cells[sn].averageX = _arg1;
			cells[sn].averageY = _arg2;
			cells[sn].action = "wander";
			cells[sn].targetX = _arg1;
			cells[sn].targetY = _arg2;
			i = 0;
			while (i < 10) {
				addCell(sn, ((_arg1 + (Math.random() * 80)) - 40), ((_arg2 + (Math.random() * 80)) - 40), tempRed, tempGreen, tempBlue, ((Math.random() * 0.4) + 0.4), ((tempSize + Math.random()) - 0.5), ((tempSpeed + (Math.random() * 0.5)) - 0.1), 750, 1500, 2, 1, 5, 5);
				i++;
			};
		}
		public function bioPowerUp(_arg1:MouseEvent){
			bioPower++;
		}
		public function foodDrop(_arg1:MouseEvent){
			stage.removeChild(dropMC);
			dropMC = new food();
			dropMC.dropType = "food";
			dropMC.alpha = 0.5;
			stage.addChild(dropMC);
		}
		function frame1(){
			cells = new Array();
			foods = new Array();
			predators = new Array();
			bioPower = 5;
			bioFrequency = 15;
			dropMC = new MovieClip();
			cellDisplay = new MovieClip();
			predatorSpawnTime = 60;
			foodSpawnTime = 20;
			predatorPower = 0;
			bioHazards = new Array();
			targetVector = new Object();
			seperationVector = new Object();
			alignmentVectr = new Object();
			cohesionVector = new Object();
			stop();
			dropMC.dropType = "nothing";
			stage.addChild(dropMC);
			stage.addChild(cellDisplay);
			cellDisplay.countTexts = new Array();
			cellDisplay.deathTexts = new Array();
			cellDisplay.birthTexts = new Array();
			cellDisplay.stomachTexts = new Array();
			cellDisplay.speedTexts = new Array();
			cellDisplay.powerTexts = new Array();
			cellDisplay.immuneTexts = new Array();
			cellDisplay.addChild(headings);
			cellDisplay.addChild(gui);
			gui.predatorPowerUp.addEventListener(MouseEvent.MOUSE_DOWN, predatorPowerUp);
			gui.predatorPowerDown.addEventListener(MouseEvent.MOUSE_DOWN, predatorPowerDown);
			gui.predatorSpawnUp.addEventListener(MouseEvent.MOUSE_DOWN, predatorSpawnUp);
			gui.predatorSpawnDown.addEventListener(MouseEvent.MOUSE_DOWN, predatorSpawnDown);
			gui.foodSpawnUp.addEventListener(MouseEvent.MOUSE_DOWN, foodSpawnUp);
			gui.foodSpawnDown.addEventListener(MouseEvent.MOUSE_DOWN, foodSpawnDown);
			gui.bioPowerUp.addEventListener(MouseEvent.MOUSE_DOWN, bioPowerUp);
			gui.bioPowerDown.addEventListener(MouseEvent.MOUSE_DOWN, bioPowerDown);
			gui.bioFrequencyUp.addEventListener(MouseEvent.MOUSE_DOWN, bioFrequencyUp);
			gui.bioFrequencyDown.addEventListener(MouseEvent.MOUSE_DOWN, bioFrequencyDown);
			gui.foodDrop.addEventListener(MouseEvent.MOUSE_DOWN, foodDrop);
			gui.predatorDrop.addEventListener(MouseEvent.MOUSE_DOWN, predatorDrop);
			gui.bioDrop.addEventListener(MouseEvent.MOUSE_DOWN, bioDrop);
			gui.restart.addEventListener(MouseEvent.MOUSE_DOWN, restart);
			instructions.close.addEventListener(MouseEvent.MOUSE_DOWN, closeInstructions);
			instructions.next.addEventListener(MouseEvent.MOUSE_DOWN, nextInstructions);
			stage.addEventListener(MouseEvent.MOUSE_DOWN, clicky);
			stage.addChild(instructions);
			i = 0;
			while (i < 15) {
				cellDisplay.countTexts[i] = new TextField();
				cellDisplay.countTexts[i].text = "";
				cellDisplay.countTexts[i].x = 645;
				cellDisplay.countTexts[i].y = ((i * 40) + 30);
				cellDisplay.countTexts[i].selectable = false;
				cellDisplay.addChild(cellDisplay.countTexts[i]);
				cellDisplay.powerTexts[i] = new TextField();
				cellDisplay.powerTexts[i].text = "";
				cellDisplay.powerTexts[i].x = 730;
				cellDisplay.powerTexts[i].y = ((i * 40) + 30);
				cellDisplay.powerTexts[i].selectable = false;
				cellDisplay.addChild(cellDisplay.powerTexts[i]);
				cellDisplay.immuneTexts[i] = new TextField();
				cellDisplay.immuneTexts[i].text = "";
				cellDisplay.immuneTexts[i].x = 680;
				cellDisplay.immuneTexts[i].y = ((i * 40) + 30);
				cellDisplay.immuneTexts[i].selectable = false;
				cellDisplay.addChild(cellDisplay.immuneTexts[i]);
				i++;
			};
			stage.addEventListener(Event.ENTER_FRAME, go);
			makeSwarm(100, 100);
			makeSwarm(100, 300);
			makeSwarm(100, 500);
			makeSwarm(300, 100);
			makeSwarm(300, 300);
			makeSwarm(300, 500);
			makeSwarm(500, 100);
			makeSwarm(500, 300);
			makeSwarm(500, 500);
		}
		public function predatorSpawnUp(_arg1:MouseEvent){
			predatorSpawnTime++;
		}
		public function predatorDrop(_arg1:MouseEvent){
			stage.removeChild(dropMC);
			dropMC = new predator();
			dropMC.dropType = "predator";
			dropMC.alpha = 0.5;
			stage.addChild(dropMC);
		}
		public function addFood(_arg1:Number, _arg2:Number){
			foods.push(new food());
			lc = (foods.length - 1);
			foods[lc].x = _arg1;
			foods[lc].y = _arg2;
			foods[lc].food = 3500;
			if (Math.floor((Math.random() * (100 / bioFrequency))) == 0){
				foods[lc].infected = true;
			} else {
				foods[lc].infected = false;
			};
			addChildAt(foods[lc], 0);
		}
		public function addPredator(_arg1:Number, _arg2:Number, _arg3:Number){
			predators.push(new predator());
			lc = (predators.length - 1);
			predators[lc].x = _arg1;
			predators[lc].y = _arg2;
			predators[lc].power = _arg3;
			predators[lc].health = ((Math.random() * 30) + 40);
			predators[lc].rot = ((Math.random() * 2) * Math.PI);
			predators[lc].targetSwarm = 0;
			addChild(predators[lc]);
		}
		public function go(_arg1:Event){
			if (cells.length > 0){
				if (Math.floor((Math.random() * foodSpawnTime)) == 0){
					addFood((Math.random() * 600), (Math.random() * 500));
				};
				if (Math.floor((Math.random() * predatorSpawnTime)) == 0){
					addPredator((Math.random() * 600), (Math.random() * 500), ((Math.random() * 5) + predatorPower));
				};
				gui.predatorPowerText.text = String((predatorPower + 4));
				gui.foodSpawn.text = String(foodSpawnTime);
				gui.predatorSpawn.text = String(predatorSpawnTime);
				gui.bioFrequencyText.text = String(bioFrequency);
				gui.bioPowerText.text = String(bioPower);
				i = 0;
				for (;i < bioHazards.length;i++) {
					bioHazards[i].alpha = (bioHazards[i].alpha - 0.02);
					if (bioHazards[i].alpha <= 0){
						removeChild(bioHazards[i]);
						bioHazards.splice(i, 1);
						i--;
						continue;
					};
				};
				i = 0;
				while (i < predators.length) {
					if (predators[i].health <= 0){
						j = 0;
						while (j < cells.length) {
							if ((((cells[j].action == "attack")) && ((cells[j].attackTarget == i)))){
								cells[j].action = "wander";
								cells[j].targetX = cells[j].averageX;
								cells[j].targetY = cells[j].averageY;
							} else {
								if ((((cells[j].action == "attack")) && ((cells[j].attackTarget > i)))){
									cells[j].attackTarget--;
								};
							};
							j++;
						};
						removeChild(predators[i]);
						predators.splice(i, 1);
						i--;
					} else {
						tempNum = 600;
						j = 0;
						while (j < cells.length) {
							if (pytha((predators[i].x - cells[j].averageX), (predators[i].y - cells[j].averageY)) < tempNum){
								predators[i].targetSwarm = j;
								tempNum = pytha((predators[i].x - cells[j].averageX), (predators[i].y - cells[j].averageY));
							};
							j++;
						};
						targetVector.ux = ((cells[predators[i].targetSwarm].averageX - predators[i].x) / tempNum);
						targetVector.uy = ((cells[predators[i].targetSwarm].averageY - predators[i].y) / tempNum);
						predators[i].rot = Math.atan2(targetVector.uy, targetVector.ux);
						predators[i].x = (predators[i].x + targetVector.ux);
						predators[i].y = (predators[i].y + targetVector.uy);
					};
					i++;
				};
				cellDisplay.graphics.clear();
				cellDisplay.graphics.beginFill(0xDDDDDD);
				cellDisplay.graphics.drawRect(600, 0, 300, 500);
				cellDisplay.graphics.endFill();
				cellDisplay.graphics.beginFill(0xDDDDDD);
				cellDisplay.graphics.drawRect(0, 500, 900, 100);
				cellDisplay.graphics.endFill();
				i = 0;
				while (i < cells.length) {
					if (cells[i].length == 0){
						cellDisplay.countTexts[(cells.length - 1)].text = "";
						cellDisplay.powerTexts[(cells.length - 1)].text = "";
						cellDisplay.immuneTexts[(cells.length - 1)].text = "";
						cells.splice(i, 1);
						i--;
					} else {
						cells[i].happiness = (1.5 * (cells[i].averageHunger - 0.2));
						if (cells[i].happiness > 1){
							cells[i].happiness = 1;
						} else {
							if (cells[i].happiness < 0){
								cells[i].happiness = 0;
							};
						};
						cellDisplay.graphics.beginFill((((cells[i][0].red * 65536) + (cells[i][0].green * 0x0100)) + cells[i][0].blue), 0.6);
						cellDisplay.graphics.lineStyle(2, (((cells[i][0].red * 65536) + (cells[i][0].green * 0x0100)) + cells[i][0].blue));
						cellDisplay.graphics.drawCircle(625, ((i * 40) + 40), cells[i][0].rad);
						cellDisplay.graphics.endFill();
						cellDisplay.countTexts[i].text = String(cells[i].length);
						cellDisplay.powerTexts[i].text = String((Math.floor((cells[i].averagePower * 10)) / 10));
						cellDisplay.immuneTexts[i].text = String((Math.floor((cells[i].averageImmunity * 10)) / 10));
						cellDisplay.graphics.lineStyle(1);
						cellDisplay.graphics.beginFill(0xFFFF00);
						cellDisplay.graphics.drawCircle(785, ((i * 40) + 40), 7.5);
						cellDisplay.graphics.moveTo(782.5, ((i * 40) + 36));
						cellDisplay.graphics.lineTo(782.5, ((i * 40) + 39));
						cellDisplay.graphics.moveTo(787.5, ((i * 40) + 36));
						cellDisplay.graphics.lineTo(787.5, ((i * 40) + 39));
						cellDisplay.graphics.moveTo(780, ((i * 40) + 42.5));
						cellDisplay.graphics.curveTo(785, (((i * 40) + 38) + (9 * cells[i].happiness)), 790, ((i * 40) + 42.5));
						cellDisplay.graphics.endFill();
						if (cells[i].action == "wander"){
							if ((((cells[i].averageHunger < 0.65)) && ((foods.length >= 1)))){
								cells[i].action = "feed";
								tempNum = 600;
								cells[i].foodTarget = 0;
								j = 0;
								while (j < foods.length) {
									if (pytha((foods[j].x - cells[i].averageX), (foods[j].y - cells[i].averageY)) < tempNum){
										tempNum = pytha((foods[j].x - cells[i].averageX), (foods[j].y - cells[i].averageY));
										cells[i].foodTarget = j;
									};
									j++;
								};
							};
							cells[i].steer = (cells[i].steer + ((Math.random() * 0.25) - 0.125));
							cells[i].targetX = (cells[i].targetX + ((cells[i][0].speed * 2) * Math.cos(cells[i].steer)));
							cells[i].targetY = (cells[i].targetY + ((cells[i][0].speed * 2) * Math.sin(cells[i].steer)));
							if (cells[i].targetX < 40){
								cells[i].steer = 0;
							} else {
								if (cells[i].targetX > 560){
									cells[i].steer = Math.PI;
								};
							};
							if (cells[i].targetY < 40){
								cells[i].steer = (Math.PI / 2);
							} else {
								if (cells[i].targetY > 460){
									cells[i].steer = ((Math.PI * 3) / 2);
								};
							};
						} else {
							if (cells[i].action == "feed"){
								if (Math.floor((Math.random() * 10)) == 0){
									tempNum = 600;
									j = 0;
									while (j < foods.length) {
										if (pytha((foods[j].x - cells[i].averageX), (foods[j].y - cells[i].averageY)) < tempNum){
											tempNum = pytha((foods[j].x - cells[i].averageX), (foods[j].y - cells[i].averageY));
											cells[i].foodTarget = j;
										};
										j++;
									};
								};
								cells[i].targetX = foods[cells[i].foodTarget].x;
								cells[i].targetY = foods[cells[i].foodTarget].y;
								if ((((foods[cells[i].foodTarget].food <= 0)) || ((cells[i].averageHunger > 0.92)))){
									cells[i].action = "wander";
									cells[i].targetX = cells[i].averageX;
									cells[i].targetY = cells[i].targetY;
								};
								j = 0;
								while (j < cells[i].length) {
									if ((((cells[i][j].hunger < cells[i][j].maxHunger)) && ((pytha((cells[i][j].x - foods[cells[i].foodTarget].x), (cells[i][j].y - foods[cells[i].foodTarget].y)) < 25)))){
										cells[i][j].hunger = (cells[i][j].hunger + 300);
										foods[cells[i].foodTarget].food = (foods[cells[i].foodTarget].food - 300);
										if (foods[cells[i].foodTarget].infected == true){
											addBioHazard(foods[cells[i].foodTarget].x, foods[cells[i].foodTarget].y, 1);
											k = 0;
											while (k < cells.length) {
												if ((((cells[k].action == "feed")) && ((cells[k].foodTarget == cells[i].foodTarget)))){
													cells[k].action = "wander";
												};
												if (cells[k].foodTarget > cells[i].foodTarget){
													cells[k].foodTarget--;
												};
												k++;
											};
											removeChild(foods[cells[i].foodTarget]);
											foods.splice(cells[i].foodTarget, 1);
											break;
										};
									};
									j++;
								};
							} else {
								if (cells[i].action == "attack"){
									cells[i].targetX = predators[cells[i].attackTarget].x;
									cells[i].targetY = predators[cells[i].attackTarget].y;
									j = 0;
									while (j < cells[i].length) {
										if (pytha((cells[i][j].x - predators[cells[i].attackTarget].x), (cells[i][j].y - predators[cells[i].attackTarget].y)) < 10){
											if (predators[cells[i].attackTarget].power >= ((cells[i][j].strength + (Math.random() * 6)) - 3)){
												cells[i][j].health = (cells[i][j].health - predators[cells[i].attackTarget].power);
												predators[cells[i].attackTarget].health = (predators[cells[i].attackTarget].health - 1);
											} else {
												predators[cells[i].attackTarget].health = (predators[cells[i].attackTarget].health - cells[i][j].strength);
											};
										};
										j++;
									};
								};
							};
						};
						cells[i].realTargetX = cells[i].targetX;
						cells[i].realTargetY = cells[i].targetY;
						j = 0;
						while (j < cells.length) {
							tempNum = pytha((cells[i].averageX - cells[j].averageX), (cells[i].averageY - cells[j].averageY));
							if ((((tempNum < 150)) && (!((tempNum == 0))))){
								cells[i].realTargetX = (cells[i].realTargetX + ((cells[j].length * (cells[i].averageX - cells[j].averageX)) / tempNum));
								cells[i].realTargetY = (cells[i].realTargetY + ((cells[j].length * (cells[i].averageY - cells[j].averageY)) / tempNum));
							};
							j++;
						};
						j = 0;
						while (j < predators.length) {
							tempNum = pytha((cells[i].averageX - predators[j].x), (cells[i].averageY - predators[j].y));
							if ((((tempNum < 150)) && (!((tempNum == 0))))){
								if ((((((cells[i].averageHunger > 0.5)) || (!((cells[i].action == "feed"))))) && (!((cells[i].action == "attack"))))){
									cells[i].action = "attack";
									cells[i].attackTarget = j;
								} else {
									if ((((((cells[i].averageHunger > 0.5)) && ((cells[i].action == "attack")))) && ((tempNum < pytha((cells[i].averageX - predators[cells[i].attackTarget].x), (cells[i].averageY - predators[cells[i].attackTarget].y)))))){
										cells[i].action = "attack";
										cells[i].attackTarget = j;
									};
								};
							};
							j++;
						};
						cells[i].averageX = 0;
						cells[i].averageY = 0;
						cells[i].averageHunger = 0;
						cells[i].averageHungerLoss = 0;
						cells[i].averageBirth = 0;
						cells[i].averageDeath = 0;
						cells[i].averageSpeed = 0;
						cells[i].averagePower = 0;
						cells[i].averageImmunity = 0;
						j = 0;
						while (j < cells[i].length) {
							cells[i].averageX = (cells[i].averageX + cells[i][j].x);
							cells[i].averageY = (cells[i].averageY + cells[i][j].y);
							cells[i][j].hunger = (cells[i][j].hunger - cells[i][j].hungerLoss);
							cells[i].averageHunger = (cells[i].averageHunger + (cells[i][j].hunger / cells[i][j].maxHunger));
							cells[i].averageBirth = (cells[i].averageBirth + cells[i][j].birthRate);
							cells[i].averageDeath = (cells[i].averageDeath + cells[i][j].deathRate);
							cells[i].averageHungerLoss = (cells[i].averageHungerLoss + cells[i][j].hungerLoss);
							cells[i].averageSpeed = (cells[i].averageSpeed + cells[i][j].speed);
							cells[i].averagePower = (cells[i].averagePower + cells[i][j].strength);
							cells[i].averageImmunity = (cells[i].averageImmunity + cells[i][j].immunity);
							if (cells[i][j].infected){
								cells[i][j].infectTimer--;
								//unresolved if
								addBioHazard(cells[i][j].x, cells[i][j].y, cells[i][j].bioChain);
								reassignNums(i, j);
								removeChild(cells[i][j]);
								cells[i].splice(j, 1);
								j--;
							} else {
								if ((((((Math.floor((Math.random() * cells[i][j].deathRate)) == 0)) || ((cells[i][j].hunger <= 0)))) || ((cells[i][j].health <= 0)))){
									reassignNums(i, j);
									removeChild(cells[i][j]);
									cells[i].splice(j, 1);
									j--;
								} else {
									if ((((Math.floor(((Math.random() * 5) * cells[i][j].birthRate)) == Math.floor(((Math.random() * 2) * cells[i][j].birthRate)))) && ((cells.length < 12)))){
										newSwarm(cells[i][j].x, cells[i][j].y, cells[i][j].rad, (cells[i][j].strength * ((Math.random() * 0.4) + 0.7)), (cells[i][j].hungerLoss * ((Math.random() * 0.4) + 0.7)), (cells[i][j].immunity * ((Math.random() * 0.4) + 0.7)));
									} else {
										if (Math.floor((Math.random() * (cells[i][j].birthRate + Math.pow(1.6, (cells[i].length / 2))))) == 0){
											tempSpeed = ((cells[i][j].speed + (Math.random() * 0.1)) - 0.05);
											if (tempSpeed < 0.1){
												tempSpeed = 0.1;
											};
											tempSize = ((cells[i][j].rad + (Math.random() * 0.2)) - 0.1);
											if (tempSize < 0.5){
												tempSize = 0.5;
											};
											tempRed = ((cells[i][j].red + Math.floor((Math.random() * 15))) - 7);
											if (tempRed > 240){
												tempRed = 240;
											} else {
												if (tempRed < 0){
													tempRed = 0;
												};
											};
											tempBlue = ((cells[i][j].blue + Math.floor((Math.random() * 15))) - 7);
											if (tempBlue > 240){
												tempBlue = 240;
											} else {
												if (tempBlue < 0){
													tempBlue = 0;
												};
											};
											tempGreen = ((cells[i][j].green + Math.floor((Math.random() * 15))) - 7);
											if (tempGreen > 240){
												tempGreen = 240;
											} else {
												if (tempGreen < 0){
													tempGreen = 0;
												};
											};
											addCell(i, cells[i][j].x, cells[i][j].y, tempRed, tempGreen, tempBlue, ((Math.random() * 0.4) + 0.4), tempSize, tempSpeed, ((cells[i][j].birthRate + (Math.random() * 600)) - 300), ((cells[i][j].deathRate + (Math.random() * 600)) - 300), (cells[i][j].hungerLoss * ((Math.random() * 0.6) + 0.72)), (cells[i][j].hunger / cells[i][j].maxHunger), ((cells[i][j].strength + (Math.random() * 2)) - 0.9), ((cells[i][j].immunity + (Math.random() * 2)) - 0.9));
										};
									};
									cells[i][j].x = (cells[i][j].x + cells[i][j].xvel);
									cells[i][j].y = (cells[i][j].y + cells[i][j].yvel);
									targetVector.x = (cells[i].realTargetX - cells[i][j].x);
									targetVector.y = (cells[i].realTargetY - cells[i][j].y);
									targetVector.len = pytha(targetVector.x, targetVector.y);
									targetVector.ux = (targetVector.x / targetVector.len);
									targetVector.uy = (targetVector.y / targetVector.len);
									wingmates = 0;
									cohesionVector.x = 0;
									cohesionVector.y = 0;
									seperationVector.ux = 0;
									seperationVector.uy = 0;
									if (cells[i][j].pCounts == 0){
										cells[i][j].pCounts = 10;
										cells[i][j].partners = new Array();
										k = 0;
										while (k < cells[i].length) {
											tempNum = pytha((cells[i][j].x - cells[i][k].x), (cells[i][j].y - cells[i][k].y));
											if ((((tempNum < (2 * (cells[i][j].rad + cells[i][k].rad)))) && (!((tempNum == 0))))){
												cells[i][j].partners.push(k);
											};
											k++;
										};
									};
									cells[i][j].pCounts--;
									k = 0;
									while (k < cells[i][j].partners.length) {
										wingmates++;
										tempNum = pytha((cells[i][j].x - cells[i][cells[i][j].partners[k]].x), (cells[i][j].y - cells[i][cells[i][j].partners[k]].y));
										if (tempNum == 0){
											tempNum = 0.001;
										};
										seperationVector.ux = (seperationVector.ux - ((cells[i][cells[i][j].partners[k]].x - cells[i][j].x) / tempNum));
										seperationVector.uy = (seperationVector.uy - ((cells[i][cells[i][j].partners[k]].y - cells[i][j].y) / tempNum));
										cohesionVector.x = (cohesionVector.x + cells[i][cells[i][j].partners[k]].x);
										cohesionVector.y = (cohesionVector.y + cells[i][cells[i][j].partners[k]].y);
										k++;
									};
									if (cells[i].length > 55){
										reassignNums(i, 55);
										removeChild(cells[i][55]);
										cells[i].splice(55, 1);
									} else {
										if (wingmates > 0){
											cohesionVector.x = (cohesionVector.x / wingmates);
											cohesionVector.y = (cohesionVector.y / wingmates);
											seperationVector.ux = (seperationVector.ux / wingmates);
											seperationVector.uy = (seperationVector.uy / wingmates);
											cohesionVector.x = (cohesionVector.x - cells[i][j].x);
											cohesionVector.y = (cohesionVector.y - cells[i][j].y);
											cohesionVector.len = pytha(cohesionVector.x, cohesionVector.y);
											if (cohesionVector.len == 0){
												cohesionVector.len = 0.001;
											};
											cohesionVector.ux = (cohesionVector.x / cohesionVector.len);
											cohesionVector.uy = (cohesionVector.y / cohesionVector.len);
										} else {
											cohesionVector.ux = 0;
											cohesionVector.uy = 0;
										};
										cells[i][j].xvel = (cells[i][j].xvel + ((cells[i][j].speed * (((2 * cohesionVector.ux) + (3 * seperationVector.ux)) + targetVector.ux)) / 6));
										cells[i][j].yvel = (cells[i][j].yvel + ((cells[i][j].speed * (((2 * cohesionVector.uy) + (3 * seperationVector.uy)) + targetVector.uy)) / 6));
										cells[i][j].xvel = (cells[i][j].xvel * 0.95);
										cells[i][j].yvel = (cells[i][j].yvel * 0.95);
									};
								};
							};
							j++;
						};
						cells[i].averageHunger = (cells[i].averageHunger / cells[i].length);
						cells[i].averageX = (cells[i].averageX / cells[i].length);
						cells[i].averageY = (cells[i].averageY / cells[i].length);
						cells[i].averageHungerLoss = (cells[i].averageHungerLoss / cells[i].length);
						cells[i].averageBirth = (cells[i].averageBirth / cells[i].length);
						cells[i].averageDeath = (cells[i].averageDeath / cells[i].length);
						cells[i].averageSpeed = (cells[i].averageSpeed / cells[i].length);
						cells[i].averagePower = (cells[i].averagePower / cells[i].length);
						cells[i].averageImmunity = (cells[i].averageImmunity / cells[i].length);
					};
					i++;
				};
				i = 0;
				while (i < foods.length) {
					if (foods[i].food <= 0){
						j = 0;
						while (j < cells.length) {
							if ((((cells[j].action == "feed")) && ((cells[j].foodTarget == i)))){
								cells[j].action = "wander";
							};
							if (cells[j].foodTarget > i){
								cells[j].foodTarget--;
							};
							j++;
						};
						removeChild(foods[i]);
						foods.splice(i, 1);
						i--;
					} else {
						foods[i].scaleX = (foods[i].food / 3500);
						foods[i].scaleY = (foods[i].food / 3500);
						foods[i].food = (foods[i].food - 10);
					};
					i++;
				};
				if ((((mouseX < 600)) && ((mouseY < 500)))){
					dropMC.x = mouseX;
					dropMC.y = mouseY;
				} else {
					dropMC.x = -100;
				};
			};
		}
		public function bioFrequencyUp(_arg1:MouseEvent){
			bioFrequency++;
		}
		public function bioPowerDown(_arg1:MouseEvent){
			if (bioPower > 0){
				bioPower--;
			};
		}
		public function foodSpawnUp(_arg1:MouseEvent){
			foodSpawnTime++;
		}
		public function predatorPowerUp(_arg1:MouseEvent){
			predatorPower++;
		}
		public function predatorSpawnDown(_arg1:MouseEvent){
			if (predatorSpawnTime > 5){
				predatorSpawnTime--;
			};
		}
		public function addBioHazard(_arg1:Number, _arg2:Number, _arg3:Number){
			var _local4:*;
			var _local5:*;
			bioHazards.push(new bioHazard());
			lc = (bioHazards.length - 1);
			bioHazards[lc].x = _arg1;
			bioHazards[lc].y = _arg2;
			bioHazards[lc].scaleX = _arg3;
			bioHazards[lc].scaleY = _arg3;
			addChild(bioHazards[lc]);
			_local4 = 0;
			while (_local4 < cells.length) {
				_local5 = 0;
				while (_local5 < cells[_local4].length) {
					if (pytha((cells[_local4][_local5].x - _arg1), (cells[_local4][_local5].y - _arg2)) < (50 * _arg3)){
						if (cells[_local4][_local5].immunity < (((bioPower - 0.5) + (Math.random() * 2)) - 1)){
							cells[_local4][_local5].infected = true;
							cells[_local4][_local5].infectTimer = (Math.random() * 30);
							cells[_local4][_local5].bioChain = (_arg3 * 0.95);
						};
					};
					_local5++;
				};
				_local4++;
			};
		}
		public function reassignNums(_arg1:Number, _arg2:Number){
			k = 0;
			while (k < cells[_arg1].length) {
				l = 0;
				while (l < cells[_arg1][k].partners.length) {
					if (cells[_arg1][k].partners[l] > 0){
						var _local3 = cells[_arg1][k].partners;
						var _local4 = l;
						var _local5 = (_local3[_local4] - 1);
						_local3[_local4] = _local5;
					};
					l++;
				};
				k++;
			};
		}
		public function addCell(_arg1:Number, _arg2:Number, _arg3:Number, _arg4:Number, _arg5:Number, _arg6:Number, _arg7:Number, _arg8:Number, _arg9:Number, _arg10:Number, _arg11:Number, _arg12:Number, _arg13:Number, _arg14:Number, _arg15:Number){
			cells[_arg1].push(new MovieClip());
			lc = (cells[_arg1].length - 1);
			if (_arg8 > 20){
				_arg8 = 20;
			};
			if (_arg10 <= 20){
				_arg10 = 20;
			};
			if (_arg11 <= 0){
				_arg11 = 0;
			};
			cells[_arg1][lc].graphics.beginFill((((_arg4 * 65536) + (_arg5 * 0x0100)) + _arg6), _arg7);
			cells[_arg1][lc].graphics.lineStyle(2, (((_arg4 * 65536) + (_arg5 * 0x0100)) + _arg6));
			cells[_arg1][lc].graphics.drawCircle(0, 0, _arg8);
			cells[_arg1][lc].graphics.endFill();
			cells[_arg1][lc].infected = false;
			cells[_arg1][lc].rad = _arg8;
			cells[_arg1][lc].red = _arg4;
			cells[_arg1][lc].immunity = _arg15;
			cells[_arg1][lc].blue = _arg6;
			cells[_arg1][lc].green = _arg5;
			cells[_arg1][lc].speed = _arg9;
			cells[_arg1][lc].strength = _arg14;
			if (cells[_arg1][lc].speed < 0.2){
				cells[_arg1][lc].speed = 0.2;
			};
			cells[_arg1][lc].birthRate = _arg10;
			cells[_arg1][lc].deathRate = _arg11;
			cells[_arg1][lc].health = ((_arg8 * Math.random()) * 3);
			cells[_arg1][lc].maxHunger = (((_arg8 + 2) * 150) * (Math.random() + 0.5));
			cells[_arg1][lc].hunger = (_arg13 * cells[_arg1][lc].maxHunger);
			cells[_arg1][lc].hungerLoss = _arg12;
			cells[_arg1][lc].x = _arg2;
			cells[_arg1][lc].y = _arg3;
			cells[_arg1][lc].partners = new Array();
			cells[_arg1][lc].pCounts = Math.floor((Math.random() * 10));
			cells[_arg1][lc].xvel = 0;
			cells[_arg1][lc].yvel = 0;
			addChild(cells[_arg1][lc]);
		}
		public function closeInstructions(_arg1:MouseEvent){
			stage.removeChild(instructions);
		}
		public function newSwarm(_arg1:Number, _arg2:Number, _arg3:Number, _arg4:Number, _arg5:Number, _arg6:Number){
			cells.push(new Array());
			sn = (cells.length - 1);
			tempRed = Math.floor((Math.random() * 200));
			tempBlue = Math.floor((Math.random() * 200));
			tempGreen = Math.floor((Math.random() * 200));
			tempSize = (_arg3 * ((Math.random() * 1.5) + 0.3));
			tempSpeed = (Math.random() + 0.4);
			cells[sn].steer = ((Math.random() * 2) * Math.PI);
			cells[sn].speed = (2 * tempSpeed);
			cells[sn].averageX = _arg1;
			cells[sn].averageY = _arg2;
			cells[sn].action = "wander";
			cells[sn].averageHunger = 1;
			cells[sn].targetX = _arg1;
			cells[sn].targetY = _arg2;
			addCell(sn, _arg1, _arg2, tempRed, tempGreen, tempBlue, ((Math.random() * 0.4) + 0.4), tempSize, tempSpeed, 750, 1500, _arg5, 1, _arg4, _arg6);
			addCell(sn, (_arg1 + 1), _arg2, tempRed, tempGreen, tempBlue, ((Math.random() * 0.4) + 0.4), tempSize, tempSpeed, 750, 1500, _arg5, 1, _arg4, _arg6);
		}
		public function pytha(_arg1:Number, _arg2:Number):Number{
			return (Math.sqrt(((_arg1 * _arg1) + (_arg2 * _arg2))));
		}
		public function clicky(_arg1:MouseEvent){
			if ((((mouseX < 600)) && ((mouseY < 500)))){
				switch (dropMC.dropType){
					case "food":
						addFood(mouseX, mouseY);
						break;
					case "predator":
						addPredator(mouseX, mouseY, predatorPower);
						break;
					case "bioHazard":
						addBioHazard(mouseX, mouseY, 1);
						break;
				};
			};
		}
		public function bioFrequencyDown(_arg1:MouseEvent){
			if (bioFrequency > 1){
				bioFrequency--;
			};
		}
		public function foodSpawnDown(_arg1:MouseEvent){
			if (foodSpawnTime > 5){
				foodSpawnTime--;
			};
		}

	}
}//package cells_fla 
Section 3
//otherStuff_2 (cells_fla.otherStuff_2)
package cells_fla {
	import flash.display.*;
	import flash.text.*;

	public dynamic class otherStuff_2 extends MovieClip {

		public var predatorPowerDown:SimpleButton;
		public var bioDrop:bioHazard;
		public var restart:SimpleButton;
		public var foodSpawnUp:SimpleButton;
		public var bioPowerDown:SimpleButton;
		public var bioPowerUp:SimpleButton;
		public var foodDrop:food;
		public var predatorSpawnUp:SimpleButton;
		public var predatorPowerUp:SimpleButton;
		public var predatorSpawnDown:SimpleButton;
		public var bioFrequencyText:TextField;
		public var predatorDrop:predator;
		public var bioPowerText:TextField;
		public var predatorPowerText:TextField;
		public var foodSpawn:TextField;
		public var predatorSpawn:TextField;
		public var bioFrequencyUp:SimpleButton;
		public var bioFrequencyDown:SimpleButton;
		public var foodSpawnDown:SimpleButton;

	}
}//package cells_fla 
Section 4
//bioHazard (bioHazard)
package {
	import flash.display.*;

	public dynamic class bioHazard extends MovieClip {

	}
}//package 
Section 5
//food (food)
package {
	import flash.display.*;

	public dynamic class food extends MovieClip {

	}
}//package 
Section 6
//predator (predator)
package {
	import flash.display.*;

	public dynamic class predator extends MovieClip {

	}
}//package