画面を分割 HaraMakoto forked:5favorite:34lines:267license : MIT License modified : 2009-06-13 17:59:05 Embed Tweet package { import flash.display.Sprite; import flash.events.Event; import flash.events.MouseEvent; import flash.geom.Point; import flash.text.TextField; import flash.text.TextFieldAutoSize; [SWF(width="465", height="465", backgroundColor="0xFFFFFF", frameRate="40")] public class GridClock2 extends Sprite { private var gridArray:Array; private var gridNum:int = 40; private var maxW:Number = 465; private var maxH:Number = 465; private var counter:int = 0; private var first:Boolean = true; private var txt:TextField = new TextField(); //すでに追加されている四角形の配列 private var addedRectArray:Array = new Array(); public function GridClock2() { addChild(txt); makeRects(); addEventListener(Event.ADDED_TO_STAGE,addStageHanlder); } private function makeRects():void { gridArray = new Array(gridNum); for(var i:int=0; i<gridNum; i++) { var rct:GridUnit = new GridUnit(); gridArray[i] = rct; rct.myNum = i; rct.col = 0xFFCC00*Math.random(); addChild(rct); } } private function addStageHanlder(e:Event):void { txt.autoSize = TextFieldAutoSize.LEFT; txt.textColor = 0x000000; txt.mouseEnabled = false; txt.text = "クリックで画面分割" txt.x = stage.stageWidth / 2 - txt.width/2; txt.y = stage.stageHeight / 2; stage.addEventListener(MouseEvent.CLICK, clickHandler); } private function clickHandler(e:MouseEvent):void { txt.visible = false; if(counter < gridNum){ addRect(); } } /** * 四角形を1つ追加、開始点とゴール点を決めます。 * 開始点とゴール点をもとに、他の四角形の各頂点のx値、あるいはy値が全体の何%の位置にあるかを計算、 * ゴール地点から逆の端点の間の、同じ割合の点を他の四角形のゴール地点に設定。 * */ //四角形を追加、開始点とゴール地点を決めます private function addRect():void { var grect:GridUnit = gridArray[ counter ]; //開始点、ゴール点 var startPt1:Point = new Point(0,0); var startPt2:Point = new Point(0,0); var startPt3:Point = new Point(0,0); var startPt4:Point = new Point(0,0); var goalPt1:Point = new Point(0,0); var goalPt2:Point = new Point(0,0); var goalPt3:Point = new Point(0,0); var goalPt4:Point = new Point(0,0); var pptp:String = "top"; var numm:Number = Math.random(); var goalX:Number = maxW * (0.5); var goalY:Number = maxH * (0.5); if(numm<0.25) { pptp = "right"; if(first) { goalX = 0; goalY = 0; first = false; } } else if(numm<0.5){ pptp = "left"; if(first) { goalX = 0; goalY = maxH; first = false; } } else { pptp = "top"; if(first) { goalX = 0; goalY = maxH; first = false; } } if(pptp=="right") { //右からの場合 startPt1.x = maxW; startPt1.y = 0; startPt2.x = maxW; startPt2.y = 0; startPt3.x = maxW; startPt3.y = maxH; startPt4.x = maxW; startPt4.y = maxH; //ゴールのx地点を設定 //var leftNum:Number = maxW*Math.random(); var leftNum:Number = goalX; goalPt1.x = leftNum; goalPt1.y = 0; goalPt2.x = maxW; goalPt2.y = 0; goalPt3.x = maxW; goalPt3.y = maxH; goalPt4.x = leftNum; goalPt4.y = maxH; //他の点のゴール計算 culcGoal(goalPt1, pptp); } else if(pptp=="left") { //左からの場合 startPt1.x = 0; startPt1.y = 0; startPt2.x = 0; startPt2.y = 0; startPt3.x = 0; startPt3.y = maxH; startPt4.x = 0; startPt4.y = maxH; //ゴールのx地点を設定 var rightNum:Number = maxW-goalX; goalPt1.x = 0; goalPt1.y = 0; goalPt2.x = rightNum; goalPt2.y = 0; goalPt3.x = rightNum; goalPt3.y = maxH; goalPt4.x = 0; goalPt4.y = maxH; //他の点のゴール計算 culcGoal(goalPt3, pptp); } else { //上からの場合 startPt1.x = 0; startPt1.y = 0; startPt2.x = maxW; startPt2.y = 0; startPt3.x = maxW; startPt3.y = 0; startPt4.x = 0; startPt4.y = 0; //ゴールのy地点を設定 var topNum:Number = goalY; goalPt1.x = 0; goalPt1.y = 0; goalPt2.x = maxW; goalPt2.y = 0; goalPt3.x = maxW; goalPt3.y = topNum; goalPt4.x = 0; goalPt4.y = topNum; //他の点のゴール計算 culcGoal(goalPt3, pptp); } //今の四角のスタート、ゴール設定 grect.setStart(startPt1, startPt2, startPt3, startPt4); grect.setGoals(goalPt1, goalPt2, goalPt3, goalPt4); //四角形描画 grect.moveToGoal(); gotoGoalRects(); addedRectArray.push(grect); //表示中の配列に追加 counter++; } //既に配置されている四角形をゴールまで移動します private function gotoGoalRects():void { var leng:int = addedRectArray.length; for(var i:int=0; i<leng; i++) { addedRectArray[i].moveToGoal(); } } //開始点とゴール点をもとに、配置されているrectのゴール点を計算 private function culcGoal(gPt:Point, posT:String):void{ var leng:int = addedRectArray.length; var pointOfGoalNum:Number; var tempGoal1:Point = new Point(0,0); var tempGoal2:Point = new Point(0,0); var tempGoal3:Point = new Point(0,0); var tempGoal4:Point = new Point(0,0); //右からの場合 || maxWに対しての各点の割合出す || 0からゴール点に対しての割合の座標をゴールに var i:int; var gu:GridUnit; var per1:Number; var per2:Number; var per3:Number; var per4:Number; if(posT=="right"){ pointOfGoalNum = gPt.x; for( i=0; i<leng; i++) { gu = addedRectArray[i]; per1 = gu.pt1.x / maxW; per2 = gu.pt2.x / maxW; per3 = gu.pt3.x / maxW; per4 = gu.pt4.x / maxW; trace("per1=="+per1); tempGoal1.x = pointOfGoalNum*per1; tempGoal1.y = gu.pt1.y; tempGoal2.x = pointOfGoalNum*per2; tempGoal2.y = gu.pt2.y; tempGoal3.x = pointOfGoalNum*per3; tempGoal3.y = gu.pt3.y; tempGoal4.x = pointOfGoalNum*per4; tempGoal4.y = gu.pt4.y; gu.setGoals(tempGoal1,tempGoal2,tempGoal3,tempGoal4); } //左からの場合 || maxWに対しての各点の割合出す || ゴール点からmaxWに対しての割合+ゴール点の座標をゴールに } else if(posT=="left") { pointOfGoalNum = maxW - gPt.x; for( i=0; i<leng; i++) { gu = addedRectArray[i]; per1 = gu.pt1.x / maxW; per2 = gu.pt2.x / maxW; per3 = gu.pt3.x / maxW; per4 = gu.pt4.x / maxW; tempGoal1.x = pointOfGoalNum*per1+gPt.x; tempGoal1.y = gu.pt1.y; tempGoal2.x = pointOfGoalNum*per2+gPt.x; tempGoal2.y = gu.pt2.y; tempGoal3.x = pointOfGoalNum*per3+gPt.x; tempGoal3.y = gu.pt3.y; tempGoal4.x = pointOfGoalNum*per4+gPt.x; tempGoal4.y = gu.pt4.y; gu.setGoals(tempGoal1,tempGoal2,tempGoal3,tempGoal4); } //上からの場合 || maxHに対しての各点の割合出す || ゴール点からmaxHに対しての割合+ゴール点の座標をゴールに } else if(posT=="top") { pointOfGoalNum = maxH - gPt.y; for( i=0; i<leng; i++) { gu = addedRectArray[i]; per1 = gu.pt1.y / maxH; per2 = gu.pt2.y / maxH; per3 = gu.pt3.y / maxH; per4 = gu.pt4.y / maxH; tempGoal1.x = gu.pt1.x; tempGoal1.y = pointOfGoalNum*per1+gPt.y; tempGoal2.x = gu.pt2.x; tempGoal2.y = pointOfGoalNum*per2+gPt.y; tempGoal3.x = gu.pt3.x; tempGoal3.y = pointOfGoalNum*per3+gPt.y; tempGoal4.x = gu.pt4.x; tempGoal4.y = pointOfGoalNum*per4+gPt.y; gu.setGoals(tempGoal1,tempGoal2,tempGoal3,tempGoal4); } } } } } import flash.display.MovieClip; import flash.geom.Point; import caurina.transitions.Tweener; import flash.display.Sprite; class GridUnit extends MovieClip { public var myNum:int; public var wNum:int=1; public var hNum:int=1; public var xposNum:Number=0; public var yposNum:Number=-1; public var _name:String; public var pt1:Point = new Point(0,0); public var pt2:Point = new Point(0,0); public var pt3:Point = new Point(0,0); public var pt4:Point = new Point(0,0); public var Goalpt1:Point = new Point(0,0); public var Goalpt2:Point = new Point(0,0); public var Goalpt3:Point = new Point(0,0); public var Goalpt4:Point = new Point(0,0); public var col:Number = 0x000000; //表示オブジェクト private var MC:MovieClip = new MovieClip(); private var MCw:Number; private var MCh:Number; public function GridUnit() { addChild(MC); MC.graphics.clear(); MC.graphics.beginFill(0xFFFFFF); MC.graphics.drawCircle(0,0, 10); //MC.graphics.drawRect(-100,-50,200,100); MC.graphics.endFill(); MCw = MC.width; MCh = MC.height; } public function makeRect():void { var mar:Number = 2; this.graphics.clear(); this.graphics.beginFill(col); this.graphics.moveTo(pt1.x+mar, pt1.y+mar); this.graphics.lineTo(pt2.x-mar, pt2.y+mar); this.graphics.lineTo(pt3.x-mar, pt3.y-mar); this.graphics.lineTo(pt4.x+mar, pt4.y-mar); this.graphics.endFill(); setScalePos(); //配置オブジェクトを調整 } //ゴールへ向かってTween public function moveRect(_pt1:Point, _pt2:Point, _pt3:Point, _pt4:Point):void { } //配置オブジェクトのスケールと位置調整 private function setScalePos():void { MC.x = pt1.x+(pt2.x-pt1.x)/2; MC.y = pt1.y+(pt3.y-pt1.y)/2; //縦幅と横幅 var dx:Number = pt2.x - pt1.x; var dy:Number = pt3.y - pt1.y; //はみだし大きい方優先 var fitNum:Number; var scW:Number; var scH:Number; MC.width==0 ? scW=1 : scW=MC.width; MC.height==0 ? scH=1 : scH=MC.height; //(dx-MC.width > dy-MC.height)?fitNum=dx/scW : fitNum=dy/scH; (dx-MCw < dy-MCh)?fitNum=dx/MCw : fitNum=dy/MCh; //fitNum=dx/scW; MC.scaleX = MC.scaleY = fitNum; } //開始点の設定 public function setStart(_pt1:Point, _pt2:Point, _pt3:Point, _pt4:Point):void { pt1.x = _pt1.x; pt1.y = _pt1.y; pt2.x = _pt2.x; pt2.y = _pt2.y; pt3.x = _pt3.x; pt3.y = _pt3.y; pt4.x = _pt4.x; pt4.y = _pt4.y; makeRect(); } //ゴールの設定 public function setGoals(_pt1:Point, _pt2:Point, _pt3:Point, _pt4:Point):void { var mar:Number = 0; Goalpt1.x = _pt1.x+mar; Goalpt1.y = _pt1.y+mar; Goalpt2.x = _pt2.x-mar; Goalpt2.y = _pt2.y+mar; Goalpt3.x = _pt3.x-mar; Goalpt3.y = _pt3.y-mar; Goalpt4.x = _pt4.x+mar; Goalpt4.y = _pt4.y-mar; } //保持しているゴール座標に向かってTween public function moveToGoal():void { var trans:String = "easeOutExpo"; var _time:Number = 0.5; Tweener.addTween(pt1,{x:Goalpt1.x, y:Goalpt1.y, transition:trans, time:_time}); Tweener.addTween(pt2,{x:Goalpt2.x, y:Goalpt2.y, transition:trans, time:_time}); Tweener.addTween(pt3,{x:Goalpt3.x, y:Goalpt3.y, transition:trans, time:_time}); Tweener.addTween(pt4,{x:Goalpt4.x, y:Goalpt4.y, transition:trans, time:_time, onUpdate:makeRect}); } //配置オブジェクトのスケールに反映させる処理 private function setMCScale():void { } } Code Fullscreen Preview Fullscreen alexnotkin Thy jamology gaina DOS yass7th zawa FlashFit xor kidaipu ksn kamihiro muroicci huixie ep91ckok tarot twelvetoes sadamitsu tatsuhisa USK alt Murai guponex 9re assen_nissen.. k0rin tkinjo clockmaker digitrick zmaxlin : algorithm KinkumaDesig.. : これは面白い unamu : algorithmgrid berian : algorithm sr_forest : grid algorithm grid Point Tweener.addTween height width time mouseEnabled visible addChild MouseEvent.ADDED_TO_STAGE scaleY scaleX MouseEvent.CLICK trace TextFieldAutoSize.LEFT length MouseEvent addEventListener String push Array sort new page view favorite forked pv545 forked from: 画面を分割 fukt forked:1 favorite:1lines:267 (diff:8) pv0 forked from: 画面を分割 fukt forked:0 favorite:0lines:267 (diff:1) pv274 forked from: 画面を分割 fukt forked:0 favorite:0lines:267 (diff:1) pv388 forked from: 画面を分割 kazu69 forked:0 favorite:0lines:267 (diff:1) pv0 forked from: 画面を分割 sauihumono forked:0 favorite:0lines:267 (diff:1)
