棋牌斗地主，Unity NGUI 網絡斗地主 -界面制作-技術動態-匯編語言學習筆記

棋牌斗地主，Unity NGUI 網絡斗地主 -界面制作

2023-12-06 阅读 17 评论 0

摘要：? ?????????????????????????????????????? ????????????????????????????????? Unity NGUI 網絡斗地主 -界面制作棋牌斗地主？? 源文件在群(63438968群共享!) ??? ? ?? @灰太龍網頁版斗地主h5、?? 這一節說一下NGUI的界面擺放,并且教會大家使用NGUI的自適應功能! ?? 在

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????????????????????????????????? Unity NGUI 網絡斗地主 -界面制作

棋牌斗地主？? 源文件在群(63438968群共享!)

???

?? @灰太龍

網頁版斗地主h5、?? 這一節說一下NGUI的界面擺放,并且教會大家使用NGUI的自適應功能!

?? 在這里感謝@Gamer,是他給我的一些指教和資料!

?? 1.首先在菜單欄中選擇NGUI->Open->UI Wizard,這個時候會彈出一個窗體

???

無網絡斗地主、?? 其中,默認的層是Default,如果是這個層的話,就會有問題!

?? 自己試一試就知道了,在這里不闡述了!

?? (注解:新建Layer,在Inspector中,最后一個命令Add Layer...添加一個層,即可,名字可以任意取!)

?? 那么會在Hierarchy視圖中自動生成幾個物體,截圖:

手機斗地主，?

??? UI Root(2D)為根物體,Camer為UI攝像機,

? 在這兒刪除兩個物體,

?? 1.UI Root(2D)身上的腳本,并且將這個物體的縮放值(x,y,z)都改成1

經典斗地主、?? 2.刪除Anchor物體!

? 在Camera上添加一個腳本,截圖:

? 這個腳本隨后上傳,其中Screen Width和Screen Height為在Game視圖中的窗口大小,(點擊Game視圖中的Stats按鈕,可以看到當前游戲窗口的大小的),經過以上步驟的操作,控件都會是自適應的!

貼上MyCamera.cs腳本

游戲開發框架。?

  1 using UnityEngine;2 using System.Collections;3 using System.Collections.Generic;4 // <summary>5 /// This is used to decide how the camera rendering result to draw to screen.6 /// </summary>7 public enum Camera2DStretchMode8 {9     None,10     StretchFit,11     AspectStretchFit,12 }13 14 /// <summary>15 /// A Camera2D is a camera through which the player views the world.16 /// </summary>17 [ExecuteInEditMode]18 [RequireComponent(typeof(Camera))]19 public class MyCamera : MonoBehaviour20 {21     public static Rect cameraRect;22     /// <summary>23     /// The width of the target screen window in pixels.24     /// </summary>25     public float screenWidth = 800;26 27     /// <summary>28     /// The height of the target screen window in pixels.29     /// </summary>30     public float screenHeight = 600;31 32     /// <summary>33     /// Camera's half-size in orthographic mode34     /// </summary>35     public float orthographicSize36     {37         get38         {39             return _orthographicSize;40         }41 42         set43         {44             _orthographicSize = value;45 46             float aspect = (float)screenWidth / (float)screenHeight;47 48             screenHeight = 2f * _orthographicSize;49             screenWidth = screenHeight * aspect;50         }51     }52 53     [SerializeField]54     private float _orthographicSize = 300;55 56     /// <summary>57     /// This is used to decide how the camera rendering result to draw to screen.58     /// </summary>59     public Camera2DStretchMode stretchMode = Camera2DStretchMode.StretchFit;60 61 62 63     void Reset()64     {65 66     }67 68 69 70     void OnDestroy()71     {72 73     }74 75 76     private bool isOpenGL = false;77     void Awake()78     {79     }80 81 82     void resetCamera()83     {84         orthographicSize = screenHeight * 0.5f;85 86         camera.orthographic = true;87         camera.orthographicSize = screenHeight * 0.5f;88         camera.aspect = (float)screenWidth / (float)screenHeight;89 90 91         int mask = 1;92         int i = 0;93 94         float hw = screenWidth * 0.5f;95         float hh = screenHeight * 0.5f;96 97 98         if (isOpenGL)99             camera.projectionMatrix = Matrix4x4.Ortho(-hw, hw, -hh, hh, 0.0f, 1024f);
100         else
101         {
102             camera.projectionMatrix = Matrix4x4.Ortho(-hw + 0.5f, hw + 0.5f, -hh - 0.5f, hh - 0.5f, -0.01f, 1024f);
103         }
104 
105 
106 
107         if (Screen.width <= 0f || Screen.height <= 0f)
108             return;
109 
110 
111         if (stretchMode == Camera2DStretchMode.None)
112         {
113             camera.pixelRect = new Rect((Screen.width - screenWidth) * 0.5f, (Screen.height - screenHeight) * 0.5f, screenWidth, screenHeight);
114         }
115 
116         if (stretchMode == Camera2DStretchMode.StretchFit)
117         {
118             camera.pixelRect = new Rect(0f, 0f, Screen.width, Screen.height);
119         }
120 
121         if (stretchMode == Camera2DStretchMode.AspectStretchFit)
122         {
123             float cameraAspect = (float)screenWidth / (float)screenHeight;
124             float screenAspect = (float)Screen.width / (float)Screen.height;
125 
126             if (screenAspect >= cameraAspect)
127             {
128                 float h = Screen.height;
129                 float w = Screen.height * cameraAspect;
130                 camera.pixelRect = new Rect((Screen.width - w) * 0.5f, 0f, w, h);
131             }
132             else
133             {
134                 float w = Screen.width;
135                 float h = w * ((float)screenHeight / (float)screenWidth);
136                 camera.pixelRect = new Rect(0, (Screen.height - h) * 0.5f, w, h);
137             }
138 
139         }
140 
141         cameraRect = camera.pixelRect;
142     }
143 
144 
145     void OnPreRender()
146     {
147         resetCamera();
148 
149     }
150 
151 
152 
153     void OnEnable()
154     {
155         isOpenGL = SystemInfo.graphicsDeviceName.ToUpper().IndexOf("OPENGL") >= 0;
156         resetCamera();
157     }
158 }