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@@ -486,10 +486,10 @@
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// if(parseInt(_actorLoaction[0])==0){//Y轴
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// _actorLoaction[0] = spaceObj.centerY;
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// }
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- let X_C = parseInt(_actorLoaction[0]);//X轴偏移量-UE原因
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- let Y_C = parseInt(_actorLoaction[1]);//Y轴偏移量-对应Three.js 的Z轴
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+ let X_C = parseInt(_actorLoaction[0]);//X轴偏移量
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+ let Y_C = -parseInt(_actorLoaction[1]);//Y轴偏移量-取反，UE里面的Y轴方向跟Three.js相反
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let px = spaceObj.centerX + X_C;
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- let py = -spaceObj.centerY + Y_C;//UE里面的值跟Three.js Y轴相反
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+ let py = -spaceObj.centerY + Y_C;//UE里面的centerY值跟Three.js Y轴相反；获得真实的坐标值
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let position = {
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x:(parseInt(px))/100,
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y:1.5,
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@@ -551,7 +551,7 @@
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// _actorLoaction[0] = spaceObj.centerY;
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// }
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let X_C = parseInt(_actorLoaction[0]);//X轴偏移量-UE原因
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- let Y_C = parseInt(_actorLoaction[1]);//Y轴偏移量-向量
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+ let Y_C = -parseInt(_actorLoaction[1]);//Y轴偏移量-取反，UE里面的Y轴方向跟Three.js相反
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let px = spaceObj.centerX + X_C;
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let py = -spaceObj.centerY + Y_C;
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//新的摄像机的位置-新的摄像机角度是倾斜角度，所以z值需要计算，高度设置为模型高度的2倍
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@@ -564,16 +564,16 @@
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let minX = 0,maxX = 0,minY = 0,maxY = 0;//0.1 是模型墙壁厚度
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minX = (spaceObj.centerX - (spaceObj.spaceWidth/2))/100 + 0.1;
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maxX = (spaceObj.centerX + (spaceObj.spaceWidth/2))/100 - 0.1;
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- maxY = -((spaceObj.centerY - (spaceObj.spaceHeight/2))/100 + 0.1);
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- minY = -((spaceObj.centerY + (spaceObj.spaceHeight/2))/100 - 0.1);
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+ maxY = ((-spaceObj.centerY + (spaceObj.spaceHeight/2))/100 - 0.1);
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+ minY = ((-spaceObj.centerY - (spaceObj.spaceHeight/2))/100 + 0.1);
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//新的坐标轴不在房间范围内，则不能移动
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// console.warn("**roamPositionHandle-观察点不在范围中****",JSON.stringify(cameraNewPosition),minX,maxX,minY,maxY)
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if(cameraNewPosition.x<minX || cameraNewPosition.x>maxX
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||cameraNewPosition.z<minY || cameraNewPosition.z>maxY){//不在房间范围
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let _x = ((spaceObj.spaceWidth/2) - 15)*defaultActor.presentX + spaceObj.centerX;
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- let _z = ((spaceObj.spaceHeight/2) - 15)*defaultActor.presentY + spaceObj.centerY;
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+ let _z = ((spaceObj.spaceHeight/2) - 15)*defaultActor.presentY + (-spaceObj.centerY);
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cameraNewPosition.x = _x/100;
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- cameraNewPosition.z = - _z/100;
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+ cameraNewPosition.z = _z/100;
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console.warn("**roamPositionHandle-观察点不在空间范围-强制修正观察点位置****",JSON.stringify(cameraNewPosition))
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}
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}
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@@ -824,7 +824,7 @@
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element.actors.forEach(actor=>{
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let _actorLoaction = actor.actorLocation.split(',');//x y z
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let X_C = parseInt(_actorLoaction[0]);//X轴偏移量-UE原因
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- let Y_C = parseInt(_actorLoaction[1]);//Y轴偏移量-向量
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+ let Y_C = -parseInt(_actorLoaction[1]);//Y轴偏移量-取反，UE里面的Y轴方向跟Three.js相反
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let _x = element.centerX + X_C;
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let _z = -element.centerY + Y_C;//centerY 要取反，因为UE里面是反向的
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zjs_project