-- 初学lua练练手，该工程的目标是使用unity配合xlua完成一个全lua版本的2048游戏; -- 这个README.md文件将作为该工程的lua脚本,通过Unity提供的WWW类下载并使用； -- 国内访问Github有时网络会不稳定，README.md文件难免下载失败,多试几次即可； 

print("下载成功") local screenX = 640 -- 屏幕的宽度 local screenY = 960 -- 屏幕的高度 local gameBgXY = 600 -- 游戏主界面的宽度和高度 local pointXY = 130 -- 每个小格子的宽度和高度 local colorBg = CS.UnityEngine.Color( 150/255, 137/255, 125/255, 1 ) local color0 = CS.UnityEngine.Color( 204/255, 192/255, 178/255, 1 ) -- 后期可以考虑用一个function获取颜色

-------------------------------------初始化画布------------------------------------- local cvsObj = CS.UnityEngine.GameObject( 'GameCanvas' ) local canvas = cvsObj : AddComponent( typeof( CS.UnityEngine.Canvas ) ) local cvsSca = cvsObj : AddComponent( typeof( CS.UnityEngine.UI.CanvasScaler ) ) local gpcRct = cvsObj : AddComponent( typeof( CS.UnityEngine.UI.GraphicRaycaster ) ) local imgObj = CS.UnityEngine.GameObject( 'RawImageBG' ) local rImgBG = imgObj : AddComponent( typeof( CS.UnityEngine.UI.RawImage ) ) local potArr = {}

canvas.renderMode = CS.UnityEngine.RenderMode.ScreenSpaceOverlay cvsSca.uiScaleMode = CS.UnityEngine.UI.CanvasScaler.ScaleMode.ScaleWithScreenSize cvsSca.referenceResolution = CS.UnityEngine.Vector2( screenX, screenY ) imgObj.transform.parent = cvsObj.transform rImgBG.rectTransform.sizeDelta = CS.UnityEngine.Vector2( gameBgXY, gameBgXY ) rImgBG.rectTransform.anchoredPosition3D = CS.UnityEngine.Vector3.zero rImgBG.color = colorBg

-------------------------------------初始化小格子------------------------------------- local calPointXY = function( index ) return ( index - 1 ) * pointXY + pointXY / 2 + index * ( gameBgXY - pointXY * 4 ) / 5 - gameBgXY / 2 end for i = 1, 4 do potArr[ i ] = {} for j = 1, 4 do local potObj = CS.UnityEngine.GameObject( 'Point_' .. i .. '_' .. j ) local potImg = potObj : AddComponent( typeof( CS.UnityEngine.UI.RawImage ) ) potObj.transform.parent = rImgBG.transform potImg.rectTransform.sizeDelta = CS.UnityEngine.Vector2( pointXY, pointXY ) potImg.rectTransform.anchoredPosition3D = CS.UnityEngine.Vector3( calPointXY( j ), calPointXY( i ), 0 ) potImg.color = color0 potArr[ i ][ j ] = potObj end end

-------------------------------------初始化控制按钮------------------------------------- for i = 1, 4 do local btnObj = CS.UnityEngine.GameObject( 'Button_' .. i ) local button = btnObj : AddComponent( typeof( CS.UnityEngine.UI.Button ) ) local btnImg = btnObj : AddComponent( typeof( CS.UnityEngine.UI.RawImage ) ) btnObj.transform.parent = cvsObj.transform btnImg.rectTransform.sizeDelta = CS.UnityEngine.Vector2( pointXY, pointXY ) btnImg.rectTransform.anchoredPosition3D = CS.UnityEngine.Vector3( calPointXY( i ), -390, 0 ) button.targetGraphic = btnImg button.onClick : AddListener( function() print( 'zzz' ) end ) end