用unity自己制作连连看小教程

03月

7488 5

总算是等到周末自己的时间了，花了不少时间完善一下做的连连看了，顺便写个小教程分享给大家，哇哈哈～<题外话：北京的冬天太***的冷了，冻的洒家手脚冰凉>
之前上传的工程文件和exe包现在已经更新，加了画线，修改了边缘不能拐点

连通的类型：

1 直线型；

2 一个拐点；

3 两个拐点；

下面开始介绍这三种连通类型

直线型：

直线型分两种，一种是横向，一种是竖向；

首先是横向连接

A,B两点的x坐标相同，图片类型相同，从A点开始到B点检测，如果AB两点之间没有其他图片就销毁AB两个图片，竖向的和横向的类似
一个拐点：
AB两点的x坐标和y坐标都不相同的时候开始检测一个拐点是否可以连接，通过AB两点计算出CD两点，然后分别检测AC，BC,AD,BD是否可以通过直线型连接到一起，显然AB两点可以通过A>C,C>B连接到一起，
两个拐点：

AB两点，从A开始，横向和竖向把所有和A能直线连接的点找出来，用这些点和B点做一个拐点的检测，显然A点下边的那个点可以通过绿色的那个点可以通过一个拐点的方式和B点连接起来，
哈哈，是不是很简单啊，上边的就是连连看的核心内容

接下来详细介绍一下各个脚本的作用，（哇哈哈，以注释的形式给大家介绍吧）

GameManager.cs 游戏的核心代码，产生图片，判断是否可以销毁等

[color=#008ef1][font=宋体]using UnityEngine;[/font][/color]
using System.Collections;
using System.Collections.Generic;
 
public class GameManager : MonoBehaviour
{
    public DrawLine drawLine;//画线
    public GameObject tilePrefab;//tile的预制
    public List<Tile> tiles;//开始实例化的时候存放tile
    public List<Tile> _tiles;//存放随机摆放的tile
    public List<Tile> tilesEdge;//为了边界处可以有拐点，把棋盘四周的tile放在这里，这里的tile看不到
    public int x, y;//棋牌的大小，两个数必须是偶数
    private Tile tileA;
    private Tile tileB;
    private bool destroy;
    private Vector3 mousePos;
    private enum stepType//控制游戏的状态
    {
        one,
        two,
        three
    }
    private stepType _stepType;
 
    void Start ()
    {
        this.gameObject.transform.position = Vector3.zero;
        Spawn ();
        _stepType = stepType.one;
    }
     
    private void Spawn ()//实例化tile
    {
        float num = (x * y - (2 * x + 2 * y - 4)) * 0.5f;
        for (int i = 0; i <num; i ++) {
            int idTex = Random.Range (20, 45);
            GameObject obj = Instantiate (tilePrefab) as GameObject;
            GameObject obj2 = Instantiate (tilePrefab) as GameObject;
            Tile tile = obj.GetComponent<Tile> ();
            Tile tile2 = obj2.GetComponent<Tile> ();
            tile.Init (idTex);
            tile2.Init (idTex);
            tiles.Add (tile);
            tiles.Add (tile2);
        }
        for (int i = 0; i<((2*x+2*y) -4); i++) {//实例化边缘的tile
            GameObject obj = Instantiate (tilePrefab) as GameObject;
            obj.name = "edage";
            Tile tile = obj.GetComponent<Tile> ();
            tilesEdge.Add (tile);
        }
        CreatTile ();
        for (int i = 0; i < _tiles.Count; i++) {
            _tiles [i].transform.name = i.ToString ();
            _tiles [i].id = i;
        }
        this.transform.position = new Vector3 (-(x / 2.0f - 0.5f), -(y / 2.0f - 0.5f), 0);
    }
     
    private void CreatTile ()//随机摆放tile，如果是边缘的就放在边缘位置
    {
        int idTex = 0;
        float _y = 0.0f;
        for (int i = 0; i < y; i ++) {
            float _x = 0.0f;
            for (int j = 0; j < x; j ++) {
                if (i == 0 || j == 0 || i == y - 1 || j == x - 1) {
                    tilesEdge [0].transform.position = new Vector3 (_x, _y, 0);
                    tilesEdge [0].pos = new Vector2 (_x, _y);
                    tilesEdge [0].transform.rotation = new Quaternion (0, 0, 180, 0);
                    tilesEdge [0].transform.parent = this.gameObject.transform;
                    _tiles.Add (tilesEdge [0]);
                    tilesEdge [0].transform.localScale = Vector3.zero;
                    tilesEdge [0].type = false;
                    tilesEdge.RemoveAt (0);
                } else {
                    int id = Mathf.FloorToInt (Random.Range (0, tiles.Count));
                    tiles [id].transform.position = new Vector3 (_x, _y, 0);
                    tiles [id].pos = new Vector2 (_x, _y);
                    tiles [id].transform.rotation = new Quaternion (0, 0, 180, 0);
                    tiles [id].transform.parent = this.gameObject.transform;
                    _tiles.Add (tiles [id]);
                    tiles.RemoveAt (id);
                }
                _x += 1;
            }
            _y += 1;
        }
    }
     
    private void SelectTile ()//开始选择图片，通过射线方式选中，如果tileA和tileB不相同，则tileA等于tileB开始下一个检测
    {
        Ray ray = Camera.mainCamera.ScreenPointToRay (mousePos);
        RaycastHit hit;
        int mask = 1 << 8;
        if (Physics.Raycast (ray, out hit, mask)) {
            if (tileA == null) {
                tileA = hit.transform.GetComponent<Tile> ();
                tileA.SetTileTexture (1);
//                print ("tileA = hit.transform.GetComponent<Tile> ();" + tileA.transform.name);
            } else {
                tileB = hit.transform.GetComponent<Tile> ();
                tileB.SetTileTexture (1);
//                print ("tileB = hit.transform.GetComponent<Tile> ();" + tileB.transform.name);
                Compare (tileA, tileB);
                if (tileA == null ;; tileB == null) {
                     
//                    print ("a and b is null");
                }
            }
//            hit.transform.GetComponent
        }
    }
     
    private void Compare (Tile tile1, Tile tile2)//比较两个点是否可以连接到一起
    { 
        // same card
        _stepType = stepType.one;
        drawLine.waypoints.Add (tile1.transform); //第一个选择的tile是画线的起始位置，
        drawLine.transform.position = tile1.transform.position;
        destroy = false;
        print ("compare");
        if (tile1.pos.x == tile2.pos.x ;; tile1.pos.y == tile2.pos.y) {如果选中的是同一个图片返回
            tileA.SetTileTexture (0);
//            tileB.SetTileTexture (0);
            tileA = tileB;
            tileB = null;
//            tileA.SetTileTexture (1);
            return;
        } else if (tile1.pos.x == tile2.pos.x ;; tile1.pos.y != tile2.pos.y) {//如果两点的x相等，竖向检测
            print ("check y");
            destroy = CheckY (tile1, tile2);
            if (destroy)
                drawLine.waypoints.Add (tile2.transform);
        } else if (tile1.pos.x != tile2.pos.x ;; tile1.pos.y == tile2.pos.y) {//如果两点的y相等，横向检测
            print ("check x");
            destroy = CheckX (tile1, tile2);
            if (destroy)
                drawLine.waypoints.Add (tile2.transform);
        }
        if (!destroy) {//不符合直线连接方式的开始进行一个拐点的检测
            _stepType = stepType.two;
            destroy = CheckTwoStep (tile1, tile2);
//            print ("destroy = CheckTwoStep (tile1, tile1);:" + destroy);
            print ("check two step");
            if (!destroy) {//不符合直线和一个拐点检测的开始进行两个拐点的检测
                _stepType = stepType.three;
                destroy = CheckThreeStep (tile1, tile2);
                print ("check three:" + destroy);
                print ("tile1.idTex:" + tile1.idTex + "tile1.idTex:" + tile1.idTex);
            }
        }
        if (destroy) {//如果符合销毁条件销毁图片，并开始画线
            tile1.transform.localScale = Vector3.zero;
            tile2.transform.localScale = Vector3.zero;
            tile1.type = false;
            tile2.type = false;
            tileA = null;
            tileB = null;
            drawLine.MoveToWaypoint ();
 
        } else {//不符合的话，清除画线中的路径
            drawLine.ClearPath ();
            tileA.SetTileTexture (0);
//            tileB.SetTileTexture (0);
            tileA = tileB;
            tileB = null;
            return;
        }
    }
 
// one step横向检测
    private bool CheckX (Tile a, Tile b)
    {
        bool compare = true;
        int _min, _max;
        if (a.idTex == b.idTex) {
            CompareID (a, b, out _min, out _max);
            _min += 1;
            if (_min == _max)
                return true;
            for (int i = _min; i < _max; i++) {
                if (_tiles [i].type == true) {
                    compare = false;
                    break;
                }
            }
            return compare;
        } else
            return false;
    }
//竖向检测
    private bool CheckY (Tile a, Tile b)
    {
        bool compare = true;
        int _min, _max;
//        int idA = (int)(a.x * x + a.y);
//        int idB = (int)(b.x * x + b.y);
//        print (_tiles [idA].id.ToString () + "idA:" + idA);
//        print (_tiles [idB].id.ToString () + "idB:" + idB);
//        print ("a.idtex:" + a.idTex + "b.idtex:" + b.idTex);
        if (a.idTex == b.idTex) {
            CompareID (a, b, out _min, out _max);
            _min += x;
            if (_min == _max)
                return true;
            for (int i = _min; i < _max; i+=x) {
//                print ("1step");
                if (_tiles [i].type == true) {
                    compare = false;
                    break;
                }
            }
//            if (compare) {
//                print ("2step");
//                a.type = false;
//                b.type = false;
//            }
            return compare;
        } else
            return false;
    }
// two step一个拐点的检测
    private bool CheckTwoStep (Tile a, Tile b)
    {
        if (a.pos.x == b.pos.x || a.pos.y == b.pos.y)
            return false;
        int id1 = (int)(a.pos.y * x + b.pos.x);
        if (_tiles [id1].type == false) {
            _tiles [id1].idTex = a.idTex;
             
            if (CheckY (_tiles [id1], b)) {
                if (CheckX (a, _tiles [id1])) {
                    if (_stepType == stepType.two) {
                        drawLine.waypoints.Add (_tiles [id1].transform);
                        drawLine.waypoints.Add (b.transform);
                    } else if (_stepType == stepType.three) {
                        drawLine.waypoints.Add (_tiles [id1].transform);
                        print ("=====================:" + 1);
                    }
                    return true;
                }
//                else
//                    return false;
            }       
        }
        int id2 = (int)(b.pos.y * x + a.pos.x);
        if (_tiles [id2].type == false) {
            _tiles [id2].idTex = b.idTex;
             
            if (CheckY (a, _tiles [id2])) {
                if (CheckX (b, _tiles [id2])) {
                    if (_stepType == stepType.two) {
                        drawLine.waypoints.Add (_tiles [id2].transform);
                        drawLine.waypoints.Add (b.transform);
                    } else if (_stepType == stepType.three) {
                        drawLine.waypoints.Add (_tiles [id2].transform);
                        print ("=====================:" + 2);
                    }
                    return true;
                }
//                else
//                    return false;
            }
        }
        return false;
 
    }
// three step两个拐点的检测
    private bool CheckThreeStep (Tile a, Tile b)
    {
        print ("a:" + a.idTex + "b:" + b.idTex);
//        if (a.pos.x == b.pos.x || a.pos.y == b.pos.y) return false;
        bool returnValue = false;
        print ("returnValue:" + returnValue);
        List<Tile> _comparrPointsB;
        ComparePoints (b, out _comparrPointsB);//返回b点可以横竖直线相连的点
        for (int i =0; i<_comparrPointsB.Count; i++) {
            returnValue = CheckTwoStep (a, _comparrPointsB [i]);
            if (returnValue) {
                drawLine.waypoints.Add (_comparrPointsB [i].transform);
                drawLine.waypoints.Add (b.transform);
                return returnValue;
            }
        }
        if (!returnValue) {
            List<Tile> _comparrPointsA;
            ComparePoints (a, out _comparrPointsA);
            print (a.name);
            print (b.name);
            for (int i =0; i<_comparrPointsA.Count; i++) {
                print ("--------------" + b.idTex);
                returnValue = CheckTwoStep (b, _comparrPointsA [i]);
                if (returnValue) {
                    drawLine.waypoints.Add (_comparrPointsA [i].transform);
                    drawLine.waypoints.Add (b.transform);
                    return returnValue;
                }
            }
             
        }
        return returnValue;
    }
//两个拐点的时候返回可以与a横竖直线相连的点
    private void ComparePoints (Tile a, out List<Tile> comparePoints)
    {
        print ("a.idtex" + a.idTex);
        comparePoints = new List<Tile> ();
        comparePoints.Clear ();
//        for (int i = 0; i < y; i ++) {
//            if (i != a.y) {
//                int id = (int)(i * x + a.pos.x);
//                if (_tiles [id].type == false) {
//                    comparePoints.Add (_tiles [id]);
//                    _tiles [id].idTex = a.idTex;
//                }
//            }
//        }
        for (int i = (int)a.pos.y - 1; i >-1; i--) {
            int id = (int)(i * x + a.pos.x);
//            print ("three step :" + id);
            if (_tiles [id].type == false) {
                comparePoints.Add (_tiles [id]);
                _tiles [id].idTex = a.idTex;
                print ("_tiles [id].idTex = a.idTex; " + _tiles [id].idTex);
            } else
                break;
        }
        for (int i = (int)a.pos.y + 1; i < y; i++) {
            int id = (int)(i * x + a.pos.x);
//            print ("three step :" + id);
            if (_tiles [id].type == false) {
                comparePoints.Add (_tiles [id]);
                _tiles [id].idTex = a.idTex;
                print ("_tiles [id].idTex = a.idTex; " + _tiles [id].idTex);
            } else
                break;
        }
        for (int i = (int)a.pos.x -1; i >-1; i --) {
            int id = (int)(a.pos.y * x + i);
            if (_tiles [id].type == false) {
                comparePoints.Add (_tiles [id]);
                _tiles [id].idTex = a.idTex;
                print ("_tiles [id].idTex = a.idTex; " + _tiles [id].idTex);
            } else
                break;
        }
        for (int i = (int)a.pos.x +1; i < x; i ++) {
            int id = (int)(a.pos.y * x + i);
            if (_tiles [id].type == false) {
                comparePoints.Add (_tiles [id]);
                _tiles [id].idTex = a.idTex;
                print ("_tiles [id].idTex = a.idTex; " + _tiles [id].idTex);
            } else
                break;
        }
//        for (int i = 0; i < x; i ++) {
//            if (i != a.x) {
//                int id = (int)(a.pos.y * x + i);
//                if (_tiles [id].type == false) {
//                    comparePoints.Add (_tiles [id]);
//                    _tiles [id].idTex = a.idTex;
//                }
//            }
//        }
 
    }
 
    private void CompareID (Tile a, Tile b, out int min, out int max)
    {
         
        if (a.id < b.id) {
            min = a.id;
            max = b.id;
        } else {
            min = b.id;
            max = a.id;
        }
    }
 
    Vector2 TexSize ()
    {
        Vector2 size = new Vector2 (1 / x, 1 / y);
        return size;
    }
 
    Vector2 TexOffset (int _idTex)
    {
        int a = (int)(_idTex / x);
//        print (a + "a:" + _idTex);
        int b = (int)(_idTex % x);
//        print (b + "b:" + _idTex);
        Vector2 offset = new Vector2 (b / x, (y - 1 - a) / y);
        return offset;
    }
 
    void Update ()
    {
         
        if (Input.GetMouseButtonUp (0)) {
            mousePos = Input.mousePosition;
            SelectTile ();
        }
      
    }
 
    private void ClearTiles (List<Tile> tiles)
    {
         
        tiles.Clear ();
//         this.gameObject.transform.DetachChildren();
    }
}
 
// ari

DrawLine.cs 画线脚本,用的itween，哈哈

using UnityEngine;
using System.Collections;
using System.Collections.Generic;
 
public class DrawLine : MonoBehaviour
{
    public List<Transform> waypoints = new List<Transform> ();
    public float rate = 1;
    private int currentWaypoint = 1;
 
    public void MoveToWaypoint ()
    {           
        print ("public void MoveToWaypoint (): " + waypoints.Count);
        StartCoroutine ("move");
 
    }
 
    public void ClearPath ()
    {
        waypoints.Clear ();
        print ("path.Clear ();");
    }
 
    IEnumerator move ()
    {
        for (int i = 0; i < waypoints.Count; i++) {
            iTween.MoveTo (this.gameObject, waypoints [i].position, rate);
            print ("now id:" + i);
            yield return new WaitForSeconds(rate);
        }
        waypoints.Clear ();
    }
}

Tile.cs

using UnityEngine;
using System.Collections;
 
public class Tile : MonoBehaviour
{
    public int id;
    public int idTex; //通过这个判断两个图片是否相同
    public Vector2 pos ;
    public bool type = true;//控制图片的状态，当销毁的时候为false，其他判断的时候可以通过该点
    public float x, y;
    public Texture texA, texB;//鼠标选中的时候可以换贴图
    public GameObject mask;//鼠标选中的时候上边显示的框框
 
    public void Init (int _idTex)
    {
        idTex = _idTex;
        Vector2 offset = TexOffset (_idTex);
        this.renderer.material.SetTextureOffset ("_MainTex", offset);
        this.renderer.material.SetTextureScale ("_MainTex", new Vector2 (0.2f, 0.1f));
         
    }
//设置tile显示的贴图和大小
    public void SetTileTexture (int i)
    {
        if (i == 0) {
            this.renderer.material.mainTexture = texA;
            mask.transform.localScale = Vector3.zero;
        }
         
        if (i == 1) {
            this.renderer.material.mainTexture = texB;
            mask.transform.localScale = new  Vector3 (0.1380835f, 0.1380835f, 0.1380835f);
        }
    }
//这个就是裁剪一张大图，变成一个个小的，贴到tile上
    Vector2 TexOffset (int _idTex)
    {
        int a = (int)(_idTex / x);
        int b = (int)(_idTex % x);
        Vector2 offset = new Vector2 (b / x, (y - 1 - a) / y);
        return offset;   
    }
 
    Vector2 TexSize ()
    {
        Vector2 size = new Vector2 (1 / x, 1 / y);
        return size;
    }
 
}

Menu.cs 加了两个按钮，可以重新开始，哇哈哈

using UnityEngine;
using System.Collections;
 
public class Menu : MonoBehaviour
{
 
    public GameManager gameManager;
    private GameManager _gameManger;
    private bool start = true;
     
    void OnGUI ()
    {
        if (start) {
            if (GUI.Button (new Rect (10, 10, 100, 50), "start")) {
                start = false;
                _gameManger = Instantiate (gameManager) as GameManager;
            }
        }
        if (GUI.Button (new Rect (10, 70, 100, 50), "restart")) {
            if (_gameManger != null) {
                Destroy (_gameManger.gameObject);
                print ("Destroy(_gameManger.gameObject);");
            }
            _gameManger = Instantiate (gameManager) as GameManager;
        }
         
    }
}

用unity自己制作连连看小教程

新手指南

我是老师

我是学生

账户管理

关于我们