public DevInfos GetDevToken(string UserIdentifier)
{
var qs = "f=getbillagaindevtoken&p=1&userid=" + UserIdentifier;
string result = PostTransaction(URL, qs);
StringReader strReader = new StringReader(result);
XmlSerializer serializer = new XmlSerializer(typeof(DevInfos));
XmlTextReader xmlReader = new XmlTextReader(strReader);
var obj = (DevInfos)serializer.Deserialize(xmlReader);
var return_result = new DevInfos();
for (int i = 0; i < obj.Count; i++)
{
var Info = obj[i];
return_result.Add(new DevInfo
{
dev_devtoken = Info.dev_devtoken,
dev_id = Info.dev_id
});
}
return(return_result);
}
private void AddArchorDev(Archor archor1, PhysicalTopology parent)
{
DevInfo archor1Dev = new DevInfo()
{
Name = archor1.Name, DevID = Guid.NewGuid().ToString(), Parent = parent, TypeCode = 6345
};
archor1.Dev = archor1Dev;
DevInfos.Add(archor1Dev);
Archors.Add(archor1);
}
public void ClearTopoTable()
{
Log.InfoStart("ClearTopoTable");
Archors.Clear();
DevInfos.Clear();
Maps.Clear();
PhysicalTopologys.Clear();
TransformMs.Clear();
NodeKKSs.Clear();
Points.Clear();
Bounds.Clear();
Log.InfoEnd("ClearTopoTable");
}
/// <summary>
/// 获取物理逻辑拓扑
/// </summary>
/// <returns></returns>
public Area GetAreaTree(bool isWithDev = true, int?id = null)
{
try
{
Log.InfoStart("GetPhysicalTopologyTree");
List <Area> list = Areas.ToList();
List <Area> list2 = new List <Area>();
for (int i = 0; i < list.Count; i++)
{
if (list[i].Type != AreaTypes.CAD)
{
list2.Add(list[i]);
}
}
list = list2;
List <Bound> bounds = Bounds.ToList();
List <Point> points = Points.ToList();
BindBoundWithPoint(points, bounds);
BindAreaWithBound(list, bounds);
List <DevInfo> leafNodes = new List <DevInfo>();
if (isWithDev)
{
leafNodes = DevInfos.ToList();
}
List <Area> roots = TreeHelper.CreateTree(list, leafNodes);
Log.InfoEnd("GetPhysicalTopologyTree");
if (roots.Count > 0)
{
return(roots[0].FindChild(id));
}
else
{
return(null);
}
}
catch (Exception ex)
{
Log.Error("GetPhysicalTopologyTree", ex);
return(null);
}
}
/// <summary>
/// 获取物理逻辑拓扑
/// </summary>
/// <returns></returns>
public Area GetAreaTreeEx(bool isWithDev = true, int?id = null, Func <Area, bool> filterAction = null)
{
try
{
Log.InfoStart(LogTags.DbGet, "GetPhysicalTopologyTree");
List <Area> list = Areas.ToList();
//List<Area> list2 = new List<Area>();
//for (int i = 0; i < list.Count; i++)
//{
// if (filterAction == null)
// {
// list2.Add(list[i]);
// }
// else
// {
// var r = filterAction(list[i]);
// if (r == true)
// {
// list2.Add(list[i]);
// }
// }
//}
//list = list2;
List <Bound> bounds = Bounds.ToList();
List <Point> points = Points.ToList();
BindBoundWithPoint(points, bounds);
BindAreaWithBound(list, bounds);
List <DevInfo> leafNodes = new List <DevInfo>();
if (isWithDev)
{
leafNodes = DevInfos.ToList();
}
List <Area> roots = TreeHelper.CreateTree(list, leafNodes);
if (filterAction != null)
{
var dict = list.ToDictionary(i => i.Id);
for (int i = 0; i < list.Count; i++)
{
var item = list[i];
if (item.ParentId != null)
{
var parent = dict[(int)item.ParentId];
item.Parent = parent;
}
}
for (int i = 0; i < list.Count; i++)
{
var item = list[i];
var r = filterAction(item);
if (r == false && item.Parent != null)
{
var parent = item.Parent;
parent.Children.Remove(item);
RemoveEmpty(filterAction, dict, parent);
}
}
}
Log.InfoEnd("GetPhysicalTopologyTree");
if (roots.Count > 0)
{
var result = roots[0].FindChild(id);
return(result);
}
else
{
return(null);
}
}
catch (Exception ex)
{
Log.Error("GetPhysicalTopologyTree", ex);
return(null);
}
}
/// <summary>
/// 获取物理逻辑拓扑
/// </summary>
/// <returns></returns>
public Area GetAreaTree(bool isWithDev = true, int?id = null, bool containCAD = false)
{
//return GetAreaTreeEx(isWithDev, id, (a) =>
//{
// if (containCAD)
// {
// return true;
// }
// else
// {
// return a.Type != AreaTypes.CAD;
// }
//});
try
{
Log.InfoStart(LogTags.DbGet, "GetPhysicalTopologyTree");
List <Area> list = Areas.ToList();
if (list == null)
{
return(null);
}
List <Area> list2 = new List <Area>();
for (int i = 0; i < list.Count; i++)
{
if (containCAD)
{
list2.Add(list[i]);
}
else
{
if (list[i].Type != AreaTypes.CAD)//过滤掉柱子等CAD形状
{
list2.Add(list[i]);
}
}
}
list = list2;
List <Bound> bounds = Bounds.ToList();
List <Point> points = Points.ToList();
BindBoundWithPoint(points, bounds);
BindAreaWithBound(list, bounds);
List <DevInfo> leafNodes = new List <DevInfo>();
if (isWithDev)
{
leafNodes = DevInfos.ToList();
}
List <Area> roots = TreeHelper.CreateTree(list, leafNodes);
Log.InfoEnd("GetPhysicalTopologyTree");
if (roots.Count > 0)
{
var result = roots[0].FindChild(id);
return(result);
}
else
{
return(null);
}
}
catch (Exception ex)
{
Log.Error("GetPhysicalTopologyTree", ex);
return(null);
}
}
private void InitElectricityGeneratingStation(PhysicalTopology root)
{
int defaultHeight = 20;
PhysicalTopology factoryRoot = AddTopoNode("四会热电厂", "", root, Types.分组);
//PhysicalTopologys.Add(factoryRoot);
PhysicalTopology buildingGroup1 = AddTopoNode("主机装置建筑物", "", factoryRoot, Types.分组);
//PhysicalTopologys.Add(buildingGroup1);
PhysicalTopology buildingGroup2 = AddTopoNode("常规燃料供应建筑物", "", factoryRoot, Types.分组);
//PhysicalTopologys.Add(buildingGroup2);
PhysicalTopology buildingGroup3 = AddTopoNode("仪表与控制建筑物", "", factoryRoot, Types.分组);
//PhysicalTopologys.Add(buildingGroup3);
PhysicalTopology buildingGroup4 = AddTopoNode("常规产热建筑物", "", factoryRoot, Types.分组);
//PhysicalTopologys.Add(buildingGroup4);
PhysicalTopology buildingGroup5 = AddTopoNode("辅助系统建筑物", "", factoryRoot, Types.分组);
//PhysicalTopologys.Add(buildingGroup5);
PhysicalTopology buildingGroup6 = AddTopoNode("电力送出与厂用电建筑物", "", factoryRoot, Types.分组);
//PhysicalTopologys.Add(buildingGroup6);
PhysicalTopology buildingGroup7 = AddTopoNode("供水与水处理建筑物", "", factoryRoot, Types.分组);
//PhysicalTopologys.Add(buildingGroup7);
PhysicalTopology buildingGroup8 = AddTopoNode("循环冷却水系统建筑物", "", factoryRoot, Types.分组);
//PhysicalTopologys.Add(buildingGroup8);
PhysicalTopology buildingGroup9 = AddTopoNode("冷却塔系统建筑物", "", factoryRoot, Types.分组);
//PhysicalTopologys.Add(buildingGroup9);
PhysicalTopology buildingGroup10 = AddTopoNode("一般服务类建筑物", "", factoryRoot, Types.分组);
//PhysicalTopologys.Add(buildingGroup10);
#region 电厂主要建筑
PhysicalTopology J1 = AddTopoNode("主厂房", "J1UMA", buildingGroup1, Types.大楼, null, "J1");
SetInitBound(J1, 2200, 1800, 2244, 1648.2, defaultHeight, false);
InitJ1(J1);
PhysicalTopology building2 = AddTopoNode("#2燃气轮机房", "11UMB", buildingGroup1, Types.大楼);
PhysicalTopology building3 = AddTopoNode("#4燃气轮机房", "21UMB", buildingGroup1, Types.大楼);
PhysicalTopology building4 = AddTopoNode("调压站控制室", "J1UER", buildingGroup2, Types.大楼);
PhysicalTopology J4 = AddTopoNode("集控楼", "J1UCA", buildingGroup3, Types.大楼, null, "J4");
SetInitBound(J4, 2249.5, 1769.4, 2304, 1792.5, 19.1, false);
InitJ4(J4);
PhysicalTopology J5 = AddTopoNode("联合车间", "", buildingGroup3, Types.大楼, null, "J5");
SetInitBound(J5, 2249.5, 1692.8, 2293, 1715.9, defaultHeight, false);
InitJ5(J5);
Db.SaveChanges();
//return;
PhysicalTopology building7 = AddTopoNode("#1锅炉房", "", buildingGroup4, Types.大楼);
PhysicalTopology building8 = AddTopoNode("#3锅炉房", "", buildingGroup4, Types.大楼);
PhysicalTopology building9 = AddTopoNode("#1烟囱", "", buildingGroup4, Types.大楼);
PhysicalTopology building10 = AddTopoNode("#3烟囱", "", buildingGroup4, Types.大楼);
PhysicalTopology building11 = AddTopoNode("#1锅炉辅助间", "", buildingGroup5, Types.大楼);
PhysicalTopology building12 = AddTopoNode("#3锅炉辅助间", "", buildingGroup5, Types.大楼);
PhysicalTopology building13 = AddTopoNode("启动锅炉", "", buildingGroup5, Types.大楼);
PhysicalTopology building14 = AddTopoNode("GIS配电装置楼", "", buildingGroup6, Types.大楼);
PhysicalTopology building34 = AddTopoNode("#1启备变区域", "", buildingGroup6, Types.大楼);
PhysicalTopology building35 = AddTopoNode("#1主变区域", "", buildingGroup6, Types.大楼);
PhysicalTopology building36 = AddTopoNode("#2主变区域", "", buildingGroup6, Types.大楼);
PhysicalTopology building37 = AddTopoNode("#3主变区域", "", buildingGroup6, Types.大楼);
PhysicalTopology building38 = AddTopoNode("#4主变区域", "", buildingGroup6, Types.大楼);
PhysicalTopology building39 = AddTopoNode("#1高厂变区域", "", buildingGroup6, Types.大楼);
PhysicalTopology building40 = AddTopoNode("#2高厂变区域", "", buildingGroup6, Types.大楼);
PhysicalTopology building15 = AddTopoNode("循环水泵房配电间", "", buildingGroup7, Types.大楼);
PhysicalTopology building16 = AddTopoNode("补给水泵房", "", buildingGroup7, Types.大楼);
PhysicalTopology building17 = AddTopoNode("净水站", "", buildingGroup7, Types.大楼);
PhysicalTopology building18 = AddTopoNode("综合泵房", "", buildingGroup7, Types.大楼);
PhysicalTopology building19 = AddTopoNode("雨水泵房", "", buildingGroup7, Types.大楼);
PhysicalTopology H2 = AddTopoNode("锅炉补给水处理车间", "", buildingGroup7, Types.大楼, null, "H2");
InitH2(H2);
SetInitBound(H2, 2330, 1712, 2362, 1650, defaultHeight, false);
PhysicalTopology building21 = AddTopoNode("废水集中处理站", "", buildingGroup7, Types.大楼);
PhysicalTopology building22 = AddTopoNode("生活污水处理站", "", buildingGroup7, Types.大楼);
PhysicalTopology building23 = AddTopoNode("循环水加药间", "", buildingGroup7, Types.大楼);
PhysicalTopology building24 = AddTopoNode("循环水泵房", "", buildingGroup8, Types.大楼);
PhysicalTopology building25 = AddTopoNode("自然通风冷却塔", "", buildingGroup9, Types.大楼);
PhysicalTopology building26 = AddTopoNode("供氢站", "", factoryRoot, Types.大楼);
PhysicalTopology building27 = AddTopoNode("检修间及材料库", "", buildingGroup10, Types.大楼);
//PhysicalTopologys.AddRange(building2, building3, building4, building5, building6, building7, building8,building9, building10, building11, building12, building13, building14, building15, building16,building17, building18, building19, building20, building21, building22, building23, building24,building25, building26, building27);
DevInfo dev1 = new DevInfo()
{
DevID = "DevId1", IP = "12.11.11.11", Name = "设备1", TypeCode = 555, ParentId = building2.Id, CreateTime = DateTime.Now, ModifyTime = DateTime.Now
};
building2.LeafNodes = new List <DevInfo>();
building2.LeafNodes.Add(dev1);
DevInfos.Add(dev1);
PhysicalTopology buildingGroup11 = AddTopoNode("非生产类建筑物", "", factoryRoot, Types.分组);
//PhysicalTopologys.Add(buildingGroup11);
PhysicalTopology buildingGroup12 = AddTopoNode("电网和配电系统的建筑物", "", factoryRoot, Types.分组);
//PhysicalTopologys.Add(buildingGroup12);
PhysicalTopology buildingGroup13 = AddTopoNode("电力送出与厂用电建筑物", "", factoryRoot, Types.分组);
//PhysicalTopologys.Add(buildingGroup13);
PhysicalTopology building28 = AddTopoNode("行政综合楼", "", buildingGroup11, Types.大楼);
PhysicalTopology building29 = AddTopoNode("食堂及公寓", "", buildingGroup11, Types.大楼);
PhysicalTopology building30 = AddTopoNode("主入口门卫值班室", "", buildingGroup11, Types.大楼);
PhysicalTopology building31 = AddTopoNode("消防车库", "", buildingGroup11, Types.大楼);
PhysicalTopology building32 = AddTopoNode("停车棚", "", buildingGroup11, Types.大楼);
PhysicalTopology building33 = AddTopoNode("220kV升压站", "", buildingGroup12, Types.大楼);
//PhysicalTopologys.AddRange(building28, building29, building30, building31, building32, building33,building34, building35, building36, building37, building38, building39, building40);
#endregion
#region #1锅炉辅助间
PhysicalTopology building11Floor1 = AddTopoNode("#1锅炉辅助间0m层", "", building11, Types.楼层);
PhysicalTopology building11Floor2 = AddTopoNode("#1锅炉辅助间4.5m层", "", building11, Types.楼层);
PhysicalTopology building11Floor3 = AddTopoNode("#1锅炉辅助间8.5m层", "", building11, Types.楼层);
PhysicalTopology building11Floor4 = AddTopoNode("#1锅炉辅助间13.15m层", "", building11, Types.楼层);
//PhysicalTopologys.AddRange(building11Floor1, building11Floor2, building11Floor3, building11Floor4);
#endregion
#region #3锅炉辅助间
PhysicalTopology building12Floor1 = AddTopoNode("#3锅炉辅助间0m层", "", building12, Types.楼层);
PhysicalTopology building12Floor2 = AddTopoNode("#3锅炉辅助间4.5m层", "", building12, Types.楼层);
PhysicalTopology building12Floor3 = AddTopoNode("#3锅炉辅助间8.5m层", "", building12, Types.楼层);
PhysicalTopology building12Floor4 = AddTopoNode("#3锅炉辅助间13.15m层", "", building12, Types.楼层);
//PhysicalTopologys.AddRange(building12Floor1, building12Floor2, building12Floor3, building12Floor4);
#endregion
}
