유니티 블루 프린트. 쳅터 2// 유니티 3.4 에 맞는 문법으로 다시 코딩 한 내용.

유니티 블루 프린트.

쳅터 2

41페이지 부터 70 페이지 까지...

자바스크립트 코드.

3.4 에 맞는 문법으로 다시 코딩 한 내용.

2012.1.25

일단 첨엔 책 내용에서 타입변수 정의 하면서 컴파일 안되는 것 위주로 작성 했는데요.

제가 잘 못 한건지 같은 블럭을 두번 클릭 해도 블럭이 성공 한 것을 처리 되더군요.

일단 코드상도 그런 거 같습니다. 그래서 아래 처럼 다시 고쳤네요.

노란 마킹이 수정 된 코드.


var tileObject:GameObject[]; var tileLocations = new Array ( Vector3(0,4.5,0), Vector3(1.5,4.5,0), Vector3(3,4.5,0), Vector3(4.5,4.5,0), Vector3(0,3,0), Vector3(1.5,3,0), Vector3(3,3,0), Vector3(4.5,3,0), Vector3(0,1.5,0), Vector3(1.5,1.5,0), Vector3(3,1.5,0), Vector3(4.5,1.5,0), Vector3(0,0,0), Vector3(1.5,0,0), Vector3(3,0,0), Vector3(4.5,0,0) ); public var matchOne : GameObject; var tileName1: String; //Find clicked block name value var tName1 : Array; public var matchTwo : GameObject; var tileName2: String; //Find clicked block name value var tName2 : Array; var hit : RaycastHit; //RaycastHit Struct Structure used to get information back from a raycast. var canClick = true; //public var speed:int = 0.1; //var to : Transform; //var from : Transform; //setup to 16 tiles object TileLocation use vector3 function // each tile has difference 1.5 distanse position function Start () { Camera.main.transform.position = Vector3(2.25,2.25,-20); for(var i:int = 0; i < numberOfTiles; i++) { //Instanse copy to tileObject ans set to location Instantiate (tileObject[i], tileLocations[i], Quaternion.identity); } } function RevealCardOne() { matchOne=hit.transform.gameObject; tileName1=matchOne.transform.parent.name; if (matchOne == null) { print("Object Not Find"); } else { tName1=tileName1.Split("_"[0]); //bName1=tileName1(""); print(tName1[0]); //Ratating clicking Block to Y axis 180 degree. matchOne.transform.Rotate(Vector3(0,180,0)); } } function RevealCardTwo() { matchTwo=hit.transform.gameObject; tileName2=matchTwo.transform.parent.name; print("tileName2"); if (matchTwo == null) { print("Object Not Find"); } else { tName2=tileName2.Split("_"[0]); print(tName2[0]); //Ratating clicking Block to Y axis 180 degree. matchTwo.transform.Rotate(Vector3(0,180,0)); } //Check to Your Match Block <span class="Apple-style-span" style="background-color: yellow;">if(tName1[0]==tName2[0])// If Your First Clicked Block name and Second Clicked Block Name is Same! { if(tileName1 == tileName2) { //canClick = false; } else { canClick = true; yield new WaitForSeconds (2); print("block Match!"); Destroy (matchOne); Destroy (matchTwo); canClick = true; numberOfTiles = numberOfTiles -2; } if (numberOfTiles == 0) { print("GameEnd"); } } else { canClick = false; print("block Not Match! Try Again"); yield new WaitForSeconds (1); matchOne.transform.Rotate(Vector3(0,-180,0)); matchTwo.transform.Rotate(Vector3(0,-180,0)); canClick = true; } matchOne=null; matchTwo=null; }</span> function Update () { if(canClick == true) { var ray = Camera.main.ScreenPointToRay(Input.mousePosition); //Ray to Camera Screen posiont attach to mouse position. if (Input.GetButtonDown("Click1")) { if(Physics.Raycast(ray,hit,Mathf.Infinity)) { if(!matchOne) { RevealCardOne(); } else { RevealCardTwo(); } } } } }
이하
책 원본을 3.4.X에서 컴파일 되게 작성 한 버젼.
var numberOfTiles:int = 16; var tileObject:GameObject[]; var tileLocations = new Array ( Vector3(0,4.5,0), Vector3(1.5,4.5,0), Vector3(3,4.5,0), Vector3(4.5,4.5,0), Vector3(0,3,0), Vector3(1.5,3,0), Vector3(3,3,0), Vector3(4.5,3,0), Vector3(0,1.5,0), Vector3(1.5,1.5,0), Vector3(3,1.5,0), Vector3(4.5,1.5,0), Vector3(0,0,0), Vector3(1.5,0,0), Vector3(3,0,0), Vector3(4.5,0,0) ); public var matchOne : GameObject; var tileName1: String; //Find clicked block name value var tName1 : Array; public var matchTwo : GameObject; var tileName2: String; //Find clicked block name value var tName2 : Array; var hit : RaycastHit; //RaycastHit Struct Structure used to get information back from a raycast. var canClick = true; //setup to 16 tiles object TileLocation use vector3 function // each tile has difference 1.5 distanse position function Start () { Camera.main.transform.position = Vector3(2.25,2.25,-20); for(var i:int = 0; i < numberOfTiles; i++) { //Instanse copy to tileObject ans set to location Instantiate (tileObject[i], tileLocations[i], Quaternion.identity); } } function RevealCardOne() { matchOne=hit.transform.gameObject; tileName1=matchOne.transform.parent.name; if (matchOne == null) { print("Object Not Find"); } else { tName1=tileName1.Split("_"[0]); print(tName1[0]); //Ratating clicking Block to Y axis 180 degree. matchOne.transform.Rotate(Vector3(0,180,0)); } } function RevealCardTwo() { matchTwo=hit.transform.gameObject; tileName2=matchTwo.transform.parent.name; print("tileName2"); if (matchTwo == null) { print("Object Not Find"); } else { tName2=tileName2.Split("_"[0]); print(tName2[0]); //Ratating clicking Block to Y axis 180 degree. matchTwo.transform.Rotate(Vector3(0,180,0)); } //Check to Your Match Block if(tName1[0]==tName2[0])// If Your First Clicked Block name and Second Clicked Block Name is Same! { canClick = false; yield new WaitForSeconds (1); print("block Match!"); Destroy (matchOne); Destroy (matchTwo); canClick = true; numberOfTiles = numberOfTiles -2; if (numberOfTiles == 0) { print("GameEnd"); } } else { canClick = false; print("block Not Match! Try Again"); yield new WaitForSeconds (1); matchOne.transform.Rotate(Vector3(0,-180,0)); matchTwo.transform.Rotate(Vector3(0,-180,0)); canClick = true; } matchOne=null; matchTwo=null; if(tileName1 !==tileName2) { } } function Update () { if(canClick == true) { var ray = Camera.main.ScreenPointToRay(Input.mousePosition); //Ray to Camera Screen posiont attach to mouse position. if (Input.GetButtonDown("Click1")) { if(Physics.Raycast(ray,hit,Mathf.Infinity)) { if(!matchOne) { RevealCardOne(); } else { RevealCardTwo(); } } } } } Game Developer Leegoon copyright all right reserved since 2010.