这里先公布一个，自己写得unityUI的适配的方案（插播）

来源：互联网发布：英语名著有声读物软件编辑：程序博客网时间：2024/05/21 06:40

这个适配是根据坐标系的象限的思想来进项适配的，参考了部分的NGUI的适配方案。

在程序的其实，来测量UI距离相机边界的像素然后根据比例来进行适配，个人觉得还不错。放码！。

有个前提哦就是你要先定一个尺寸。假如我优先适配1024*768。那在放置这个脚本之前，要把自己的界面还成1024*768的哦。我是根据第一次来进行适配的哦。

using UnityEngine;using System.Collections;#if UNITY_EDITORusing UnityEditor;#endifpublic enum QuadrantLayout{Quadrant1,Quadrant2,Quadrant3,Quadrant4}[ExecuteInEditMode]public class AutoLayout  : MonoBehaviour{[HideInInspector] public QuadrantLayout quadrant;[HideInInspector] public Vector2 margin;Vector3 lastPostion;#if UNITY_EDITOR[HideInInspector] [SerializeField] private bool isFirstLoad=true;int pixelWidth;void Awake(){lastPostion = this.transform.localPosition;if(isFirstLoad){updateMarginOffset();isFirstLoad=false;}else{resetMarginOffset();}}void Update(){if(!Application.isPlaying){if(Vector3.Distance(lastPostion,this.transform.localPosition)>0.001f && Selection.activeGameObject == this.gameObject){updateMarginOffset();UnityEditor.EditorUtility.SetDirty(this);}else{resetMarginOffset();}lastPostion = this.transform.localPosition;}else{if((int)Camera.main.pixelWidth!=pixelWidth){resetMarginOffset();}pixelWidth = (int)Camera.main.pixelWidth;}}#elsevoid Start(){resetMarginOffset();}#endifvoid updateMarginOffset(){float m = (Camera.main.WorldToScreenPoint(new Vector3(1,0,0))-Camera.main.WorldToScreenPoint(Vector3.zero)).x;float halfWidth=Camera.main.pixelWidth/2.0f/m;float halfHeight=Camera.main.pixelHeight/2.0f/m;Vector3 v = this.transform.position;//1if(v.x>=0 && v.y>=0){quadrant = QuadrantLayout.Quadrant1;margin = new Vector2(halfWidth-v.x,halfHeight-v.y);//2}else if(v.x>=0 && v.y<=0){quadrant = QuadrantLayout.Quadrant2;margin = new Vector2(halfWidth-v.x,halfHeight+v.y);//3}else if(v.x<=0 && v.y<=0){quadrant = QuadrantLayout.Quadrant3;margin = new Vector2(halfWidth+v.x,halfHeight+v.y);//4}else if(v.x<=0 && v.y>=0){quadrant = QuadrantLayout.Quadrant4;margin = new Vector2(halfWidth+v.x,halfHeight-v.y);}}void resetMarginOffset(){Vector3 sv = Vector3.zero;float m = (Camera.main.WorldToScreenPoint(new Vector3(1,0,0))-Camera.main.WorldToScreenPoint(Vector3.zero)).x;float halfWidth=Camera.main.pixelWidth/2.0f/m;float halfHeight=Camera.main.pixelHeight/2.0f/m;switch(quadrant){case QuadrantLayout.Quadrant1:sv = new Vector3(halfWidth-margin.x,halfHeight-margin.y,0);break;case QuadrantLayout.Quadrant2:sv = new Vector3(halfWidth-margin.x,margin.y-halfHeight,0);break;case QuadrantLayout.Quadrant3:sv = new Vector3(margin.x-halfWidth,margin.y-halfHeight,0);break;case QuadrantLayout.Quadrant4:sv = new Vector3(margin.x-halfWidth,halfHeight-margin.y,0);break;}sv.z = this.transform.position.z;transform.position = sv;}}

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