private int InaccurateNum = 10;//角度误差值
//private int DirectionX = -1;
//private int DirectionY = 1;
//private int DirectionZ = -1;
private Area CaculateAreaPoint()
{
if (areaInfo == null)
{
return(null);
}
SetPosToDynamic();//把pos设置一个动态区域属性，动态区域不参与告警计算。
//Todo:通过位置列表，计算出区域的顶点和旋转角度
if (posList != null && posList.Count >= 2)
{
Position p1 = posList[0];
Position p2 = posList[1];
//左右手坐标系转换，X轴对称
float angleOfLine = GetUnityAngle(Math.Atan2((p2.Z - p1.Z), (p1.X - p2.X)) * 180 / Math.PI);//角度1
if (posList.Count >= 3)
{
Position p3 = posList[2];
float angleOfLine2 = GetUnityAngle(Math.Atan2((p3.Z - p2.Z), (p2.X - p3.X)) * 180 / Math.PI);//角度2
//double angleOfLine3 = GetUnityAngle(Math.Atan2((p3.Z - p1.Z), (p1.X - p3.X)) * 180 / Math.PI);//角度3
//double angleOfLine5 = GetUnityAngle(Math.Atan2((p1.Z - p2.Z), (p2.X - p1.X)) * 180 / Math.PI);
//double angleOfLine6 = GetUnityAngle(Math.Atan2((p2.Z - p3.Z), (p3.X - p2.X)) * 180 / Math.PI);
//double angleOfLine7 = GetUnityAngle(Math.Atan2((p1.Z - p3.Z), (p3.X - p1.X)) * 180 / Math.PI);
if ((angleOfLine2 - angleOfLine) < InaccurateNum)
{
areaInfo.RY = angleOfLine;
areaInfo.Z = p2.Z;
TransformM m = areaInfo.GetTransformM();
areaInfo.InitBound.SetInitBound(m.ToTModel());
return(areaInfo);
}
}
}
return(null);
}
/// <summary>
/// 获取TransfromM信息
/// </summary>
/// <returns></returns>
public TransformM GetTransformM()
{
if (!HaveTransform())
{
return(null);
}
TransformM transform = new TransformM();
transform.X = this.X ?? 0;
transform.Y = this.Y ?? 0;
transform.Z = this.Z ?? 0;
transform.SX = this.SX ?? 0;
transform.SY = this.SY ?? 0;
transform.SZ = this.SZ ?? 0;
transform.RX = this.RX ?? 0;
transform.RY = this.RY ?? 0;
transform.RZ = this.RZ ?? 0;
transform.IsRelative = this.IsRelative;
transform.IsCreateAreaByData = this.IsCreateAreaByData;
transform.IsOnAlarmArea = this.IsOnAlarmArea;
transform.IsOnLocationArea = this.IsOnLocationArea;
transform.IsDynamicArea = this.IsDynamicArea;
transform.ModelName = this.ModelName;
return(transform);
}
/// <summary>
/// 初始化设备存放处
/// </summary>
private void InitContainer()
{
if (IsDevContainerInit)
{
return;
}
IsDevContainerInit = true;
if (_roomDevContainer == null)
{
_roomDevContainer = new GameObject("RoomDevContainer");
_roomDevContainer.transform.parent = transform;
}
if (monitorRangeObject != null)
{
_roomDevContainer.transform.localScale = GetContainerScale(transform.lossyScale);
Vector3 floorSize = monitorRangeObject.gameObject.GetSize();
_roomDevContainer.transform.position = monitorRangeObject.transform.position + new Vector3(floorSize.x / 2, -floorSize.y / 2, floorSize.z / 2);
_roomDevContainer.transform.eulerAngles = new Vector3(0, 180, 0);
}
else
{
_roomDevContainer.transform.localScale = GetContainerScale(transform.lossyScale);
//_roomDevContainer.transform.localScale = transform.lossyScale;
_roomDevContainer.transform.eulerAngles = new Vector3(0, 180, 0);
PhysicalTopology topoNode = TopoNode;
PhysicalTopology buildingNode = ParentNode.TopoNode;
if (topoNode == null || buildingNode == null)
{
Debug.Log("TopoNode is null...");
return;
}
TransformM tm = buildingNode.Transfrom;
//Vector3 pos2D = new Vector3((float)(tm.X - tm.SX / 2f), (float)(tm.Y - tm.SY / 2 + topoNode.Transfrom.SY), (float)(tm.Z - tm.SZ / 2));//建筑物的右下角坐标
//Log.Info("建筑物的右下角坐标:" + pos2D);
//Vector3 buildPos = LocationManager.GetRealVector(pos2D);
//_roomDevContainer.transform.position = buildPos;
if (topoNode.Transfrom != null)
{
Vector3 pos2D = new Vector3((float)(tm.X - tm.SX / 2f), (float)(tm.Y - tm.SY / 2 + topoNode.Transfrom.SY), (float)(tm.Z - tm.SZ / 2));//建筑物的右下角坐标
Log.Info("建筑物的右下角坐标:" + pos2D);
Vector3 buildPos = LocationManager.GetRealVector(pos2D);
_roomDevContainer.transform.position = buildPos;
}
else
{
Vector3 pos2D = new Vector3((float)(tm.X - tm.SX / 2f), 0, (float)(tm.Z - tm.SZ / 2));//建筑物的右下角坐标
Vector3 buildPos = LocationManager.GetRealVector(pos2D);
buildPos.y = transform.position.y - gameObject.GetSize().y / 2;
_roomDevContainer.transform.position = buildPos;
}
}
}
/// <summary>
/// 用两点(对角点)初始化区域范围
/// </summary>
public void SetInitBound(float x1, float y1, float x2, float y2, float thicknessT, bool isRelative, float heightT = 1, bool isOnNormalArea = true, bool isOnAlarmArea = false, bool isOnLocationArea = false)
{
InitBound = new Bound(x1, y1, x2, y2, heightT, thicknessT, isRelative);
EditBound = new Bound(x1, y1, x2, y2, heightT, thicknessT, isRelative);
TransformM transfrom = new TransformM(InitBound);
transfrom.IsCreateAreaByData = isOnNormalArea;
transfrom.IsOnAlarmArea = isOnAlarmArea;
transfrom.IsOnLocationArea = isOnLocationArea;
this.SetTransform(transfrom);
}
/// <summary>
/// 创建Transform关联
/// </summary>
/// <returns></returns>
public List <PhysicalTopology> CreateTransformMRelation(List <PhysicalTopology> listT)
{
List <TransformM> transformMs = db.TransformMs.ToList();
foreach (PhysicalTopology p in listT)
{
TransformM t = transformMs.Find((item) => item.Id == p.TransfromId);
if (t != null)
{
p.Transfrom = t;
}
}
return(listT);
}
/// <summary>
/// 根据现实世界位置，设置位置
/// </summary>
/// <param name="angleVec"></param>
public void SetPos(Vector3 realPos)
{
if (!info.Transfrom.IsCreateAreaByData)
{
return;
}
Vector3 pos = new Vector3((float)realPos.x, (float)realPos.y, (float)realPos.z);
Vector3 targetposT = LocationManager.GetRealSizeVector(pos);
if (!info.Transfrom.IsRelative)
{
targetposT += LocationManager.Instance.axisZero;
}
else
{
if (rangeNode.parentNode != null)
{
PhysicalTopology buldingNode = rangeNode.parentNode.info;
TransformM tm = buldingNode.Transfrom;
Vector3 buildPos = Vector3.zero;
if (tm != null && tm.IsCreateAreaByData)
{
Vector3 pos2D = new Vector3((float)(tm.SX / 2f), (float)(tm.SY / 2), (float)(tm.SZ / 2));//建筑物的左下角坐标
buildPos = -LocationManager.GetRealSizeVector(pos2D);
buildPos += rangeNode.parentNode.rangeObject.transform.position;
}
else
{
Vector3 pSize = rangeNode.parentNode.rangeObject.gameObject.GetGlobalSize();
buildPos += rangeNode.parentNode.rangeObject.transform.position;
buildPos += new Vector3((float)(pSize.x / 2f), (float)(-(pSize.y + rangeNode.parentNode.rangeObject.yOffset) / 2), (float)(pSize.z / 2));//建筑物的左下角坐标
}
targetposT += buildPos;
}
}
transform.localPosition = targetposT;
info.Transfrom.X = realPos.x;
info.Transfrom.Y = realPos.y;
info.Transfrom.Z = realPos.z;
}
public bool SetInitBound(Area topo, Point[] points, BoundInfo boundInfo)
{
Bound initBound = new Bound(points, boundInfo);
Bound editBound = new Bound(points, boundInfo);
var transfrom = new TransformM(initBound);
var b1 = Bounds.Add(initBound);
var b2 = Bounds.Add(editBound);
transfrom.IsCreateAreaByData = boundInfo.IsCreateAreaByData;
transfrom.IsOnAlarmArea = boundInfo.IsOnAlarmArea;
transfrom.IsOnLocationArea = boundInfo.IsOnLocationArea;
//TransformMs.Add(transfrom);
topo.SetTransform(transfrom);
topo.InitBound = initBound;
topo.EditBound = editBound;
var b3 = Areas.Edit(topo);
return(b1 && b2 && b3);
}
public void SetInitBound(TransformM tranM)
{
double bottomHeightT = tranM.Y - (tranM.SY / 2);
Init((float)(bottomHeightT), (float)tranM.SY);
Point p1 = new Point((float)(tranM.X - tranM.SX / 2), (float)(tranM.Z + tranM.SZ / 2), 0);
Point p2 = new Point((float)(tranM.X + tranM.SX / 2), (float)(tranM.Z + tranM.SZ / 2), 0);
Point p3 = new Point((float)(tranM.X + tranM.SX / 2), (float)(tranM.Z - tranM.SZ / 2), 0);
Point p4 = new Point((float)(tranM.X - tranM.SX / 2), (float)(tranM.Z - tranM.SZ / 2), 0);
Point[] points = new Point[] { p1, p2, p3, p4 };
points = GetNewPoints(points, tranM);//获取旋转后的点
SetInitBound(points);
//double pX = (MinX + MaxX)/2.0;
//double pY = (MinY + MaxY)/2.0;
//double pZ = (MinZ + MaxZ)/2.0;
}
private void SetInitBound(Area topo, Point[] points, float thicknessT, bool isRelative = true,
float bottomHeightT = 0, bool isOnNormalArea = true, bool isOnAlarmArea = false, bool isOnLocationArea = false)
{
Bound initBound = new Bound(points, bottomHeightT, thicknessT, isRelative);
Bound editBound = new Bound(points, bottomHeightT, thicknessT, isRelative);
var transfrom = new TransformM(initBound);
Bounds.Add(initBound);
Bounds.Add(editBound);
transfrom.IsCreateAreaByData = isOnNormalArea;
transfrom.IsOnAlarmArea = isOnAlarmArea;
transfrom.IsOnLocationArea = isOnLocationArea;
//TransformMs.Add(transfrom);
topo.SetTransform(transfrom);
topo.InitBound = initBound;
topo.EditBound = editBound;
Areas.Edit(topo);
}
private void SetInitBound(PhysicalTopology topo, double x1, double y1, double x2, double y2, double thicknessT, bool isRelative = true,
double bottomHeightT = 0, bool isOnNormalArea = true, bool isOnAlarmArea = false, bool isOnLocationArea = false)
{
Bound initBound = new Bound(x1, y1, x2, y2, bottomHeightT, thicknessT, isRelative);
Bound editBound = new Bound(x1, y1, x2, y2, bottomHeightT, thicknessT, isRelative);
TransformM transfrom = new TransformM(initBound);
Bounds.Add(initBound);
Bounds.Add(editBound);
transfrom.IsCreateAreaByData = isOnNormalArea;
transfrom.IsOnAlarmArea = isOnAlarmArea;
transfrom.IsOnLocationArea = isOnLocationArea;
TransformMs.Add(transfrom);
topo.Transfrom = transfrom;
topo.InitBound = initBound;
topo.EditBound = editBound;
PhysicalTopologys.Edit(topo);
}
/// <summary>
/// 获取实际尺寸，就是CAD尺寸
/// </summary>
public void GetRealPos(DepNode depnodeT, ref Vector3 v)
{
if (depnodeT == null || depnodeT.TopoNode == null || depnodeT.TopoNode.Transfrom == null)
{
return;
}
TransformM tm = depnodeT.TopoNode.Transfrom;
Vector3 vt = new Vector3((float)tm.X, (float)tm.Y, (float)tm.Z);
v += vt;
if (depnodeT.TopoNode.IsRelative)
{
GetRealPos(depnodeT.ParentNode, ref v);
}
else
{
return;
}
}
public bool SetInitBound(Area topo, Point[] points, float thicknessT)
{
Bound initBound = new Bound(points, 0, thicknessT, true);
Bound editBound = new Bound(points, 0, thicknessT, true);
var transfrom = new TransformM(initBound);
var b1 = Bounds.Add(initBound);
var b2 = Bounds.Add(editBound);
transfrom.IsCreateAreaByData = true;
transfrom.IsOnAlarmArea = false;
transfrom.IsOnLocationArea = false;
//TransformMs.Add(transfrom);
topo.SetTransform(transfrom);
topo.InitBound = initBound;
topo.EditBound = editBound;
var b3 = Areas.Edit(topo);
return(b1 && b2 && b3);
}
/// <summary>
/// 初始化位置和大小信息
/// </summary>
private void UpdatePosSizeInfo(TransformM tranM)
{
if (tranM == null)
{
return;
}
MonitorRangeObject rangeParent = null;
if (depNode != null && depNode.ParentNode != null)
{
rangeParent = depNode.ParentNode.monitorRangeObject;
}
rangeNode.rangeObject = this; //创建自身区域范围
if (!tranM.IsCreateAreaByData && info.Type == AreaTypes.范围) //tranM.IsOnAlarmArea &&
{
Debug.LogErrorFormat("告警区域：[{0}]，没根据CAD数据来创建（IsCreateAreaByData没设置为true），可能导致创建出错！", info.Name);
}
if (tranM.IsCreateAreaByData) //利用数据创建区域范围
{
//Log.Info("MonitorRangeObject.UpdatePosSizeInfo","brach 1");
UpdatePosSizeByTransform(tranM);
}
else//利用自身大小创建区域范围
{
if (followTarget != null)
{
//Log.Info("MonitorRangeObject.UpdatePosSizeInfo", "brach 2");
UpdatePosSizeByFollowTarget();
}
else
{
//Log.Info("MonitorRangeObject.UpdatePosSizeInfo", "brach 3");
UpdatePosSizeByTransform(tranM);
}
}
if (transform.parent != null)
{//因为这里的计算出来的比例为真实大小比例，而不是相对比例
}
}
private async void SetInitBoundAsync(Area topo, float x1, float y1, float x2, float y2, BoundInfo boundInfo)
{
Bound initBound = new Bound(x1, y1, x2, y2, boundInfo);
Bound editBound = new Bound(x1, y1, x2, y2, boundInfo);
var transfrom = new TransformM(initBound);
var b1 = await Bounds.AddAsync(initBound);
var b2 = await Bounds.AddAsync(editBound);
transfrom.IsCreateAreaByData = boundInfo.IsCreateAreaByData;
transfrom.IsOnAlarmArea = boundInfo.IsOnAlarmArea;
transfrom.IsOnLocationArea = boundInfo.IsOnLocationArea;
//TransformMs.Add(transfrom);
topo.SetTransform(transfrom);
topo.InitBound = initBound;
topo.EditBound = editBound;
var b3 = Areas.EditAsync(topo);
//var b = b1 && b2 && b3;
}
private bool SetInitBound(Area topo, float x1, float y1, float x2, float y2, float thicknessT, bool isRelative = true,
float bottomHeightT = 0, bool isOnNormalArea = true, bool isOnAlarmArea = false, bool isOnLocationArea = false)
{
Bound initBound = new Bound(x1, y1, x2, y2, bottomHeightT, thicknessT, isRelative);
Bound editBound = new Bound(x1, y1, x2, y2, bottomHeightT, thicknessT, isRelative);
var transfrom = new TransformM(initBound);
var b1 = Bounds.Add(initBound);
var b2 = Bounds.Add(editBound);
transfrom.IsCreateAreaByData = isOnNormalArea;
transfrom.IsOnAlarmArea = isOnAlarmArea;
transfrom.IsOnLocationArea = isOnLocationArea;
//TransformMs.Add(transfrom);
topo.SetTransform(transfrom);
topo.InitBound = initBound;
topo.EditBound = editBound;
var b3 = Areas.Edit(topo);
return(b1 && b2 && b3);
}
public void SetTransform(TransformM transform)
{
if (transform == null)
{
return;
}
this.X = (float)transform.X;
this.Y = (float)transform.Y;
this.Z = (float)transform.Z;
this.SX = (float)transform.SX;
this.SY = (float)transform.SY;
this.SZ = (float)transform.SZ;
this.RX = (float)transform.RX;
this.RY = (float)transform.RY;
this.RZ = (float)transform.RZ;
this.IsRelative = transform.IsRelative;
this.IsCreateAreaByData = transform.IsCreateAreaByData;
this.IsOnAlarmArea = transform.IsOnAlarmArea;
this.IsOnLocationArea = transform.IsOnLocationArea;
}
/// <summary>
/// 根据旋转角度，获取新的顶点
/// </summary>
/// <param name="pGroup"></param>
/// <param name="m"></param>
/// <returns></returns>
private Point[] GetNewPoints(Point[] pGroup, TransformM m)
{
//x0= (x - rx0)*cos(a) - (y - ry0)*sin(a) + rx0 ;
//y0 = (x - rx0) * sin(a) + (y - ry0) * cos(a) + ry0;
if (pGroup != null && m != null)
{
if (m.RY == 0)
{
return(pGroup);
}
Shape = 1;//不规则多边形
foreach (Point p in pGroup)
{
double angle = m.RY + 90;
double x1 = (p.X - m.X) * Math.Cos(angle) - (p.Y - m.Z) * Math.Sin(angle) + m.X;
double y1 = (p.X - m.X) * Math.Sin(angle) + (p.Y - m.Z) * Math.Cos(angle) + m.Z;
p.X = (float)x1;
p.Y = (float)y1;
}
}
return(pGroup);
}
private void UpdatePosSizeByTransform(TransformM tranM)
{
Vector3 pos = new Vector3((float)tranM.X, (float)tranM.Y, (float)tranM.Z);
Vector3 angles = new Vector3((float)tranM.RX, (float)tranM.RY, (float)tranM.RZ);
Vector3 size = new Vector3((float)tranM.SX, (float)tranM.SY, (float)tranM.SZ);
targetPos = LocationManager.GetRealSizeVector(pos);
Vector3 realsize = LocationManager.GetRealSizeVector(size);
targetScale = new Vector3(Mathf.Abs(realsize.x / oriSize.x), Mathf.Abs(realsize.y / oriSize.y),
Mathf.Abs(realsize.z / oriSize.z));
if (!info.Transfrom.IsRelative) //绝对坐标，加上二维和三维转换时的坐标偏移就行
{
//Log.Info("MonitorRangeObject.UpdatePosSizeByTransform", "brach 0 : axisZero");
targetPos += LocationManager.Instance.axisZero;
}
else //相对坐标，要考虑父物体的坐标
{
if (rangeNode.parentNode != null)
{
RangeNode parentRangeNode = rangeNode.parentNode;
var parentRangeObject = parentRangeNode.rangeObject;
PhysicalTopology parentArea = parentRangeNode.info;
TransformM parentTransform = parentArea.Transfrom;
//Log.Info("MonitorRangeObject.UpdatePosSizeByTransform", string.Format("parentArea:"+ parentArea.Name));
//接下来计算建筑物的左下角坐标
Vector3 buildPos = Vector3.zero;
if (parentTransform != null && parentTransform.IsCreateAreaByData)
{
//Log.Info("MonitorRangeObject.UpdatePosSizeByTransform", "brach 1 : by parentTransform");
Vector3 sizeT = new Vector3((float)(parentTransform.SX / 2f), (float)(parentTransform.SY / 2),
(float)(parentTransform.SZ / 2)); //二维坐标尺寸
var offset = LocationManager.GetRealSizeVector(sizeT); //三维坐标尺寸，也就是偏移量
buildPos = parentRangeObject.transform.position - offset; //父物体（中心）位置-父物体一半大小=父物体左下角坐标
//Log.Info("MonitorRangeObject.UpdatePosSizeByTransform",string.Format("sizeT:{0},sizeR:{1},buildPos:{2}", sizeT, offset, buildPos));
}
else
{
if (parentRangeObject)
{
//Log.Info("MonitorRangeObject.UpdatePosSizeByTransform", "brach 2 : parentRangeObject");
Vector3 sizeR = parentRangeObject.gameObject.GetGlobalSize();//父物体真实大小
Vector3 offset = new Vector3((float)(sizeR.x / 2f),
(float)(-(sizeR.y + parentRangeObject.yOffset) / 2),
(float)(sizeR.z / 2)); //
buildPos = parentRangeObject.transform.position + offset; //父物体（中心）位置-偏移=父物体左下角坐标
//Log.Info("MonitorRangeObject.UpdatePosSizeByTransform",string.Format("sizeR:{0},offset:{1},buildPos:{2}", sizeR, offset, buildPos));
}
else
{
if (rangeNode.parentNode.info.Type == Types.范围)
{
//Log.Info("MonitorRangeObject.UpdatePosSizeByTransform", "brach 3");
targetPos += LocationManager.Instance.axisZero;
}
else
{
//Log.Info("MonitorRangeObject.UpdatePosSizeByTransform", "brach 4");
}
}
}
targetPos += buildPos;
//Log.Info("MonitorRange.UpdatePosSizeByTransform",string.Format("targetPos:{0},buildPos:{1}", targetPos, buildPos));
//ShowTestPoint(buildPos, "buildPos_"+ parentArea.Name);
//ShowTestPoint(targetPos, "targetPos_"+info.Name);
}
else
{
//Log.Error("MonitorRange.UpdatePosSizeByTransform", "rangeNode.parentNode == null");
}
}
targetAngles = new Vector3((float)tranM.RX, (float)tranM.RY, (float)tranM.RZ);
}
public static string TransformMToString(TransformM t)
{
return(string.Format("({0},{1},{2}),({3},{4},{5}),({6},{7},{8}) Id={9}", t.X, t.Y, t.Z, t.RX, t.RY, t.RZ, t.SX,
t.SY,
t.SZ, t.Id));
}
public void CreateArea()
{
DepNode parentDep = FactoryDepManager.currentDep;//当前区域，要在当前区域下创建子区域（告警区域）
if (parentDep == null)
{
Log.Error("RangeEditWindow.CreateArea", "depnodeT == null");
return;
}
if (parentDep.TopoNode == null)
{
Log.Error("RangeEditWindow.CreateArea", "depnodeT.TopoNode == null");
return;
}
if (parentDep.TopoNode.Type == AreaTypes.范围 ||
parentDep.TopoNode.Type == AreaTypes.分组 ||
parentDep.TopoNode.Type == AreaTypes.CAD ||
parentDep.TopoNode.Type == AreaTypes.大楼 ||
parentDep.TopoNode.Type == AreaTypes.机房
)
{
UGUIMessageBox.Show("不能在该区域类型下创建子区域,类型:" + parentDep.TopoNode.Type + ",请切换到楼层或者厂区。");
return;
}
Log.Info("RangeEditWindow.CreateArea", string.Format("type:{0},name:{1}", parentDep.TopoNode.Type, parentDep.TopoNode.Name));
PhysicalTopology p = CreateDefaultArea();
TransformM tm = parentDep.TopoNode.Transfrom;
Vector3 centerPos = Vector3.zero;
if (tm != null)
{
Log.Info("RangeEditWindow.CreateArea", string.Format("SX:{0},SY:{1},SZ:{2}", tm.SX, tm.SY, tm.SZ));
centerPos = new Vector3((float)(tm.SX / 2f), (float)(tm.SY / 2), (float)(tm.SZ / 2));//父物体的尺寸的一半也就是父物体的中心
}
//if(RoomFactory.Instance.FactoryType==FactoryTypeEnum.BaoXin)
//{
// pos2D = new Vector3(LocationManager.Instance.axisZero.x,pos2D.y, LocationManager.Instance.axisZero.z);
//}
//Vector3 buildPos = Vector3.zero;
//buildPos = -LocationManager.GetRealSizeVector(pos2D);
p.ParentId = parentDep.TopoNode.Id;
//判断是否是楼层或楼层以下级别的，是的话，设置IsRelative="true"
bool b = MonitorRangeManager.IsBelongtoFloor(parentDep);
Log.Info("RangeEditWindow.CreateArea", string.Format("IsBelongtoFloor:{0}", b));
if (b)//如果是楼层及楼层以下级别就设置成相对的
{
p.IsRelative = true;
p.Transfrom.IsRelative = true;
}
else
{
p.IsRelative = false;
p.Transfrom.IsRelative = false;
//pos2D = new Vector3((float)tm.X, (float)tm.Y, (float)tm.Z);
centerPos = Vector3.zero;
GetRealPos(parentDep, ref centerPos);
}
//Vector3 pos = parentDep.monitorRangeObject.transform.position;
Vector3 realpos = centerPos;
if (parentDep.TopoNode.Type == AreaTypes.楼层)//宝信项目坐标系偏移，应该也是兼容其他项目的
{
realpos.x += parentDep.TopoNode.InitBound.MinX;
realpos.z += parentDep.TopoNode.InitBound.MinY;
}
SetAreaTransform(p, realpos);
Loom.StartSingleThread(() =>
{
Log.Info("RangeEditWindow.CreateArea", string.Format("realpos:{0}", realpos));
PhysicalTopology newArea = CommunicationObject.Instance.AddMonitorRange(p);//发送信息给服务端
Loom.DispatchToMainThread(() =>
{
try
{
if (newArea != null && newArea.Transfrom != null)
{
var newT = newArea.Transfrom;
Log.Info("RangeEditWindow.CreateArea", string.Format("newPos:({0},{1},{2})", newT.X, newT.Y, newT.Z));
RangeNode parentRangeNode = parentDep.monitorRangeObject.rangeNode;//区域的根节点
RangeNode newNode = parentRangeNode.NewNode();
MonitorRangeManager.Instance.CreateRangesByRootNode(newArea, newNode);
MonitorRangeObject monitorRangeObject = newNode.rangeObject;
monitorRangeObject.SetIsNewAdd(true);
monitorRangeObject.SetEditEnable(true);
monitorRangeObject.SetRendererEnable(true);
//monitorRangeObject.SetSelectedUI(true);
newNode.rangeObject.gameObject.layer = LayerMask.NameToLayer(Layers.Range);
EditorObjectSelection.Instance.ClearSelection(false);
EditorObjectSelection.Instance.SetSelectedObjects(new List <GameObject>()
{
monitorRangeObject.gameObject
}, false);
//if (depnodeT.ChildNodes == null)
//{
// //depnodeT.ChildNodes.Add()
RangeController rangeController = RoomFactory.Instance.AddRange(parentDep, newArea);
//}
Debug.LogError("CreateArea:成功！");
rangeController.monitorRangeObject = monitorRangeObject;
Show(monitorRangeObject);
MonitorRangeManager.Instance.AddRangeToList(monitorRangeObject);
//PersonnelTreeManage.Instance.areaDivideTree.RefreshShowAreaDivideTree();
PersonnelTreeManage.Instance.areaDivideTree.AddAreaChild(parentDep.TopoNode, newArea);
//monitorRangeObject.Focus();
}
else//else要有
{
UGUIMessageBox.Show("服务端创建子区域失败!");
}
}
catch (Exception e)
{
Log.Error("RangeEditWindow.CreateArea", "" + e);
}
});
});
}
private PhysicalTopology AddTopoNode(string name, string kks, PhysicalTopology parent, Types type,
TransformM transform = null, string otherName = "")
{
if (string.IsNullOrEmpty(kks))
{
KKSCode kksCode = KKSCodes.DbSet.FirstOrDefault(i => i.Name.Contains(name));
if (kksCode != null)
{
kks = kksCode.Code;
}
}
if (!string.IsNullOrEmpty(kks))
{
PhysicalTopology topoNode = new PhysicalTopology()
{
Name = name,
Parent = parent,
Type = type,
Transfrom = transform,
};
PhysicalTopologys.Add(topoNode);
KKSCode kksCode = KKSCodes.DbSet.FirstOrDefault(i => i.Code == kks);
NodeKKS kks1 = null;
if (kksCode != null)
{
kks1 = new NodeKKS()
{
KKS = kks, NodeType = type, NodeId = topoNode.Id, KKSId = kksCode.Id
};
NodeKKSs.Add(kks1);
}
else
{
kks1 = new NodeKKS()
{
KKS = kks, NodeType = type, NodeId = topoNode.Id
};
NodeKKSs.Add(kks1);
}
topoNode.Nodekks = kks1;
topoNode.NodekksId = kks1.Id;
PhysicalTopologys.Edit(topoNode);
return(topoNode);
}
else
{
PhysicalTopology topoNode = new PhysicalTopology()
{
Name = name,
Parent = parent,
Type = type,
Transfrom = transform
};
PhysicalTopologys.Add(topoNode);
return(topoNode);
}
}
private Area AddTopoNode(string name, string kks, Area parent, AreaTypes type,
TransformM transform = null, string otherName = "")
{
if (string.IsNullOrEmpty(kks))
{
KKSCode kksCode = KKSCodes.DbSet.FirstOrDefault(i => i.Name.Contains(name) && i.MainType == "土建");
if (kksCode != null)
{
kks = kksCode.Code;
}
}
if (!string.IsNullOrEmpty(kks))
{
var topoNode = new Area()
{
Name = name,
ParentId = parent.Id,
Type = type,
//Transfrom = transform,
};
topoNode.SetTransform(transform);
Areas.Add(topoNode);
KKSCode kksCode = KKSCodes.DbSet.FirstOrDefault(i => i.Code == kks);
NodeKKS kks1 = null;
if (kksCode != null)
{
kks1 = new NodeKKS()
{
KKS = kks, NodeType = type, NodeId = topoNode.Id, KKSId = kksCode.Id
};
NodeKKSs.Add(kks1);
}
else
{
kks1 = new NodeKKS()
{
KKS = kks, NodeType = type, NodeId = topoNode.Id
};
NodeKKSs.Add(kks1);
}
topoNode.KKS = kks1.KKS;
//topoNode.Nodekks = kks1;
//topoNode.NodekksId = kks1.Id;
Areas.Edit(topoNode);
return(topoNode);
}
else
{
var topoNode = new Area()
{
Name = name,
ParentId = parent.Id,
Type = type,
//Transfrom = transform
};
topoNode.SetTransform(transform);
bool result = Areas.Add(topoNode);
return(topoNode);
}
}
private void InitChuLingPark(Area root)
{
#region 初灵大楼
var transformMTT = new TransformM()
{
X = 2293.5f, Y = 1, Z = 1715.5f, RX = 0, RY = 0, RZ = 0, SX = 1, SY = 1, SZ = 1
};
var gaoxin = AddTopoNode("高新软件园", "", root, AreaTypes.分组, transformMTT);
var gaoxinBuldingGroup1 = AddTopoNode("左侧区域", "", gaoxin, AreaTypes.分组);
var chulingRoot = AddTopoNode("初灵大楼", "", gaoxinBuldingGroup1, AreaTypes.大楼);
var transformMTT1 = new TransformM()
{
X = 2293.5f, Y = 1, Z = 1715.5f, RX = 0, RY = 0, RZ = 0, SX = 1, SY = 1, SZ = 1
};
var chulingFloor1 = AddTopoNode("初灵大楼一层", "", chulingRoot, AreaTypes.楼层, transformMTT1);
//PhysicalTopologys.AddRange(gaoxin, gaoxinBuldingGroup1,chulingRoot, chulingFloor1);
var chulingFloor1Room1 = AddTopoNode("莘科机房", "", chulingFloor1, AreaTypes.机房);
var chulingFloor1Room2 = AddTopoNode("莘科储物间", "", chulingFloor1, AreaTypes.机房);
var chulingFloor1Room3 = AddTopoNode("莘科办公室", "", chulingFloor1, AreaTypes.机房);
var chulingFloor1Room4 = AddTopoNode("莘科办公室(小)", "", chulingFloor1, AreaTypes.机房);
var chulingFloor1Room5 = AddTopoNode("一楼走道", "", chulingFloor1, AreaTypes.机房);
//PhysicalTopologys.AddRange(chulingFloor1Room1, chulingFloor1Room2, chulingFloor1Room3, chulingFloor1Room4, chulingFloor1Room5);
var chulingFloor2 = AddTopoNode("初灵大楼二层", "", chulingRoot, AreaTypes.大楼);
var chulingFloor2Room1 = AddTopoNode("财务室", "", chulingFloor2, AreaTypes.机房);
var chulingFloor2Room2 = AddTopoNode("健身区", "", chulingFloor2, AreaTypes.机房);
var chulingFloor2Room3 = AddTopoNode("监控区域2", "", chulingFloor2, AreaTypes.机房);
//PhysicalTopologys.AddRange(chulingFloor2, chulingFloor2Room1, chulingFloor2Room2, chulingFloor2Room3);
//var chulingFloor2Room4 = AddTopoNode("范围1", "", chulingFloor1Room1, AreaTypes.范围);
//var chulingFloor2Room5 = AddTopoNode("范围2", "", chulingFloor1Room1, AreaTypes.范围);
//Map map1 = new Map() { Name = "一楼地图", MinX = -100, MinY = -100, MinZ = 0, MaxX = 6068, MaxY = 2098, MaxZ = 400, TopoNode = chulingFloor1 };
//Map map2 = new Map() { Name = "二楼地图", MinX = -100, MinY = -100, MinZ = 450, MaxX = 6068, MaxY = 2080, MaxZ = 900, TopoNode = chulingFloor2 };
//List<Map> maps = new List<Map>() { map1, map2 };
//Maps.AddRange(maps);
var transformM1 = new TransformM()
{
X = 2293.5f, Y = 10, Z = 1715.5f, RX = 0, RY = 0, RZ = 0, SX = 1, SY = 1, SZ = 1
};
var area1 = AddTopoNode("范围1", "", gaoxin, AreaTypes.区域, transformM1);
var transformM2 = new TransformM()
{
X = 2293.5f, Y = 10, Z = 1715.5f, RX = 0, RY = 0, RZ = 0, SX = 1, SY = 1, SZ = 1
};
var area2 = AddTopoNode("范围2", "", gaoxin, AreaTypes.区域, transformM2);
//PhysicalTopologys.AddRange(area1, area2);
var transformM3 = new TransformM()
{
X = 2293.5f, Y = 10, Z = 1715.5f, RX = 0, RY = 0, RZ = 0, SX = 1, SY = 1, SZ = 1
};
var area3 = AddTopoNode("范围3", "", chulingFloor1, AreaTypes.范围, transformM3);
var transformM4 = new TransformM()
{
X = 2293.5f, Y = 10, Z = 1715.5f, RX = 0, RY = 0, RZ = 0, SX = 1, SY = 1, SZ = 1
};
var area4 = AddTopoNode("范围4", "", chulingFloor1, AreaTypes.范围, transformM4);
Archor archor1 = new Archor()
{
Code = "85A4", Name = "基站1", X = 3000, Y = 870, Z = 200, Type = 0, IsAutoIp = true, Ip = "", ServerIp = "", ServerPort = 0, Power = 0, AliveTime = 0, Enable = IsStart.是
};
Archor archor2 = new Archor()
{
Code = "85D8", Name = "基站2", X = 4960, Y = 1925, Z = 200, Type = 0, IsAutoIp = true, Ip = "", ServerIp = "", ServerPort = 0, Power = 0, AliveTime = 0, Enable = IsStart.是
};
Archor archor3 = new Archor()
{
Code = "85E8", Name = "基站3", X = 4960, Y = 1125, Z = 200, Type = 0, IsAutoIp = true, Ip = "", ServerIp = "", ServerPort = 0, Power = 0, AliveTime = 0, Enable = IsStart.是
};
Archor archor4 = new Archor()
{
Code = "85D4", Name = "基站4", X = 3500, Y = 1965, Z = 200, Type = 0, IsAutoIp = true, Ip = "", ServerIp = "", ServerPort = 0, Power = 0, AliveTime = 0, Enable = IsStart.是
};
Archor archor5 = new Archor()
{
Code = "85B2", Name = "基站5", X = 4960, Y = 870, Z = 200, Type = 0, IsAutoIp = true, Ip = "", ServerIp = "", ServerPort = 0, Power = 0, AliveTime = 0, Enable = IsStart.是
};
Archor archor6 = new Archor()
{
Code = "85D2", Name = "基站6", X = 3500, Y = 1005, Z = 200, Type = 0, IsAutoIp = true, Ip = "", ServerIp = "", ServerPort = 0, Power = 0, AliveTime = 0, Enable = IsStart.是
};
Archor archor7 = new Archor()
{
Code = "85A8", Name = "基站7", X = 5025, Y = 1630, Z = 500, Type = 0, IsAutoIp = true, Ip = "", ServerIp = "", ServerPort = 0, Power = 0, AliveTime = 0, Enable = IsStart.是
};
Archor archor8 = new Archor()
{
Code = "85D6", Name = "基站8", X = 5585, Y = 1953, Z = 500, Type = 0, IsAutoIp = true, Ip = "", ServerIp = "", ServerPort = 0, Power = 0, AliveTime = 0, Enable = IsStart.是
};
Archor archor9 = new Archor()
{
Code = "85CE", Name = "基站9", X = 5585, Y = 1623, Z = 500, Type = 0, IsAutoIp = true, Ip = "", ServerIp = "", ServerPort = 0, Power = 0, AliveTime = 0, Enable = IsStart.是
};
Archor archor10 = new Archor()
{
Code = "85CC", Name = "基站10", X = 5025, Y = 1930, Z = 500, Type = 0, IsAutoIp = true, Ip = "", ServerIp = "", ServerPort = 0, Power = 0, AliveTime = 0, Enable = IsStart.是
};
List <Archor> archors0 = new List <Archor>()
{
archor1, archor2, archor3, archor4
};
List <Archor> archors1 = new List <Archor>()
{
archor5, archor6
};
List <Archor> archors2 = new List <Archor>()
{
archor7, archor8, archor9, archor10
};
AddArchorDevs(archors0, chulingFloor1Room3);
AddArchorDevs(archors1, chulingFloor1Room5);
AddArchorDevs(archors2, chulingFloor2Room3);
#endregion
}
