private ScriptModule CompileAndPublishModule(string moduleName, SourceUnit su)
{
Assert.NotNull(moduleName, su);
EnsureModules();
string key = su.Id ?? moduleName;
// check if we've already published this SourceUnit
lock (_modules) {
ScriptModule tmp = GetCachedModuleNoLock(key);
if (tmp != null) return tmp;
}
// compile and initialize the module...
ScriptModule mod = CompileModule(moduleName, su);
lock (_modules) {
// check if someone else compiled it first...
ScriptModule tmp = GetCachedModuleNoLock(key);
if (tmp != null) return tmp;
LoadInfo load;
if (_loading.TryGetValue(key, out load)) {
if (load.Thread == Thread.CurrentThread) {
return load.Module;
}
Monitor.Exit(_modules);
try {
lock (load) {
if (!load.Done) {
if (load.Mre == null) load.Mre = new ManualResetEvent(false);
Monitor.Exit(load);
try {
load.Mre.WaitOne();
} finally {
Monitor.Enter(load);
}
}
}
if(load.Module != null) return load.Module;
throw load.Exception;
} finally {
Monitor.Enter(_modules);
}
}
load = new LoadInfo();
load.Module = mod;
load.Thread = Thread.CurrentThread;
_loading[key] = load;
bool success = false;
Monitor.Exit(_modules);
try {
mod.Execute();
success = true;
lock (load) {
load.Done = true;
if (load.Mre != null) load.Mre.Set();
}
return mod;
} catch(Exception e) {
lock (load) {
load.Exception = e;
load.Done = true;
if (load.Mre != null) load.Mre.Set();
}
throw;
} finally {
Monitor.Enter(_modules);
_loading.Remove(key);
if (success) _modules[key] = new WeakReference(mod);
}
}
}
/// <summary>
/// 网内干扰分析
/// </summary>
/// <returns></returns>
public Result defectAnalysis()
{
// 经纬度转换为栅格ID
LTE.Geometric.Point pMin = new Geometric.Point();
pMin.X = this.minLongitude;
pMin.Y = this.minLatitude;
pMin.Z = 0;
pMin = LTE.Utils.PointConvertByProj.Instance.GetProjectPoint(pMin);
LTE.Geometric.Point pMax = new Geometric.Point();
pMax.X = this.maxLongitude;
pMax.Y = this.maxLatitude;
pMax.Z = 0;
pMax = LTE.Utils.PointConvertByProj.Instance.GetProjectPoint(pMax);
int minxid = 0, minyid = 0, maxxid = 0, maxyid = 0;
GridHelper.getInstance().XYToGGrid(pMin.X, pMin.Y, ref minxid, ref minyid);
GridHelper.getInstance().XYToGGrid(pMax.X, pMax.Y, ref maxxid, ref maxyid);
//GridHelper.getInstance().LngLatToGGrid(pMin.X, pMin.Y, ref minxid, ref minyid);
//GridHelper.getInstance().LngLatToGGrid(pMax.X, pMax.Y, ref maxxid, ref maxyid);
double T = 6; // 门限
double T1 = 6;
Hashtable ht = new Hashtable();
ht["MinGXID"] = minxid;
ht["MinGYID"] = minyid;
ht["MaxGXID"] = maxxid;
ht["MaxGYID"] = maxyid;
System.Data.DataTable dtable = new System.Data.DataTable();
dtable.Columns.Add("GXID");
dtable.Columns.Add("GYID");
dtable.Columns.Add("GZID");
dtable.Columns.Add("type");
dtable.Columns.Add("CI");
dtable.Columns.Add("PCI");
dtable.Columns.Add("ReceivedPowerdbm");
dtable.Columns.Add("explain");
double effective = -110; // 有效信号阈值
DataTable tb1 = IbatisHelper.ExecuteQueryForDataTable("CoverAnalysis", ht);
DataTable tb2 = IbatisHelper.ExecuteQueryForDataTable("CoverAnalysis3D", ht);
int cnt = tb1.Rows.Count + tb2.Rows.Count;
//if (cnt < 1)
//{
// return new Result(false, "当前区域未进行覆盖计算");
//}
if (cnt < 0.85 * (maxxid - minxid + 1) * (maxyid - minyid + 1))
{
return(new Result(false, "当前区域已计算覆盖率过小，请对此区域重新计算小区覆盖"));
}
#region 地面初始化
DataTable tb = tb1;
int n = tb.Rows.Count;
//if (n < 1)
// return new Result(false, "当前区域未进行覆盖计算");
Dictionary <string, List <Sub> > dic = new Dictionary <string, List <Sub> >(); // 栅格的其它信息
Dictionary <string, List <double> > xy = new Dictionary <string, List <double> >(); // 栅格位置
int weak = 0; // 弱覆盖
List <Analysis> exessive = new List <Analysis>(); // 过覆盖
List <Analysis> overlap = new List <Analysis>(); // 重叠覆盖
int pcim3 = 0; // pci mod 3 对打
int pcic = 0; // pci 冲突
int pcih = 0; // pci 混淆
for (int i = 0; i < n; i++)
{
int x = Convert.ToInt32(tb.Rows[i]["GXID"].ToString());
int y = Convert.ToInt32(tb.Rows[i]["GYID"].ToString());
double minX = Convert.ToDouble(tb.Rows[i]["minX"].ToString());
double minY = Convert.ToDouble(tb.Rows[i]["minY"].ToString());
double maxX = Convert.ToDouble(tb.Rows[i]["maxX"].ToString());
double maxY = Convert.ToDouble(tb.Rows[i]["maxY"].ToString());
double p = Convert.ToDouble(tb.Rows[i]["ReceivedPowerdbm"].ToString());
int ci = Convert.ToInt32(tb.Rows[i]["ci"].ToString());
int pci = Convert.ToInt32(tb.Rows[i]["pci"].ToString());
string key = string.Format("{0},{1}", x, y);
if (!xy.Keys.Contains(key))
{
xy[key] = new List <double>();
xy[key].Add(minX);
xy[key].Add(minY);
xy[key].Add(maxX);
xy[key].Add(maxY);
}
if (dic.Keys.Contains(key))
{
dic[key].Add(new Sub(p, ci, pci));
}
else
{
dic[key] = new List <Sub>();
dic[key].Add(new Sub(p, ci, pci));
}
}
#endregion
#region 立体初始化
int weak1 = 0; // 弱覆盖点数
int pcim31 = 0; // pci mod3 对打
int pcih1 = 0; // pci 混淆数
int pcic1 = 0; // pci 冲突数
List <Analysis> overlap1 = new List <Analysis>(); // 重叠覆盖
List <Analysis> exessive1 = new List <Analysis>(); // 过覆盖
tb = tb2;
n = tb.Rows.Count;
//if (n < 1)
// return new Result(false, "当前区域未进行覆盖计算");
double h = GridHelper.getInstance().getGHeight();
Dictionary <string, List <Sub> > dic1 = new Dictionary <string, List <Sub> >();
Dictionary <string, List <double> > xy1 = new Dictionary <string, List <double> >();
for (int i = 0; i < n; i++)
{
int x = Convert.ToInt32(tb.Rows[i]["GXID"].ToString());
int y = Convert.ToInt32(tb.Rows[i]["GYID"].ToString());
int z = Convert.ToInt32(tb.Rows[i]["level"].ToString());
double minX = Convert.ToDouble(tb.Rows[i]["minX"].ToString());
double minY = Convert.ToDouble(tb.Rows[i]["minY"].ToString());
double maxX = Convert.ToDouble(tb.Rows[i]["maxX"].ToString());
double maxY = Convert.ToDouble(tb.Rows[i]["maxY"].ToString());
double p = Convert.ToDouble(tb.Rows[i]["ReceivedPowerdbm"].ToString());
int ci = Convert.ToInt32(tb.Rows[i]["ci"].ToString());
int pci = Convert.ToInt32(tb.Rows[i]["pci"].ToString());
string key = string.Format("{0},{1},{2}", x, y, z);
if (!dic1.Keys.Contains(key))
{
xy1[key] = new List <double>();
xy1[key].Add(minX);
xy1[key].Add(minY);
xy1[key].Add(maxX);
xy1[key].Add(maxY);
xy1[key].Add(z * h);
}
if (dic1.Keys.Contains(key))
{
dic1[key].Add(new Sub(p, ci, pci));
}
else
{
dic1[key] = new List <Sub>();
dic1[key].Add(new Sub(p, ci, pci));
}
}
#endregion
LoadInfo loadInfo = new LoadInfo();
int count = dic.Keys.Count + dic1.Keys.Count;
int updateSize = (int)Math.Round(count * 0.02);
loadInfo.loadCountAdd(count);
int cnt1 = 0;
#region 地面
foreach (string key in dic.Keys)
{
if (updateSize == ++cnt1)
{
loadInfo.loadHashAdd(updateSize);
cnt1 = 0;
}
dic[key].Sort(new SubCompare()); // 按功率从大到小排序
string[] id = key.Split(',');
int xid = Convert.ToInt32(id[0]);
int yid = Convert.ToInt32(id[1]);
// 弱覆盖
if (dic[key][0].p < -95)// && dic[key][m] > -110)
{
weak++;
System.Data.DataRow thisrow = dtable.NewRow();
thisrow["GXID"] = xid;
thisrow["GYID"] = yid;
thisrow["GZID"] = 0;
thisrow["type"] = (short)DefectType.Weak;
thisrow["CI"] = dic[key][0].ci;
thisrow["PCI"] = dic[key][0].pci;
thisrow["ReceivedPowerdbm"] = dic[key][0].p;
thisrow["explain"] = "";
dtable.Rows.Add(thisrow);
}
// 当前栅格只接收到了1个信号，不存在pci模3对打、过覆盖、重叠覆盖、pci冲突、pci混淆
if (dic[key].Count < 2)
{
continue;
}
// 过覆盖
if (dic[key][0].p > effective && dic[key][1].p > effective && Math.Abs(dic[key][0].p - dic[key][1].p) < T1)
{
Analysis A = new Analysis(xid, yid, xy[key][0], xy[key][1], xy[key][2], xy[key][3]);
exessive.Add(A);
System.Data.DataRow thisrow = dtable.NewRow();
thisrow["GXID"] = xid;
thisrow["GYID"] = yid;
thisrow["GZID"] = 0;
thisrow["type"] = (short)DefectType.Excessive;
thisrow["CI"] = dic[key][0].ci;
thisrow["PCI"] = dic[key][0].pci;
thisrow["ReceivedPowerdbm"] = dic[key][0].p;
thisrow["explain"] = string.Format("{0}:{1};{2}:{3}", dic[key][0].ci, dic[key][0].p, dic[key][1].ci, dic[key][1].p);;
dtable.Rows.Add(thisrow);
}
// 当前栅格接收到了 2 个信号
if (dic[key].Count == 2)
{
// pci mod3 对打
if (dic[key][0].p > effective && dic[key][1].p > effective && dic[key][0].pci % 3 == dic[key][1].pci % 3)
{
++pcim3;
System.Data.DataRow thisrow = dtable.NewRow();
thisrow["GXID"] = xid;
thisrow["GYID"] = yid;
thisrow["GZID"] = 0;
thisrow["type"] = (short)DefectType.PCImod3;
thisrow["CI"] = dic[key][0].ci;
thisrow["PCI"] = dic[key][0].pci;
thisrow["ReceivedPowerdbm"] = dic[key][0].p;
thisrow["explain"] = string.Format("{0}:{1},{2};{3}:{4},{5}", dic[key][0].ci, dic[key][0].pci,
dic[key][0].p, dic[key][1].ci, dic[key][1].pci, dic[key][1].p);
dtable.Rows.Add(thisrow);
}
// pci 冲突
if (dic[key][0].p > effective && dic[key][1].p > effective && dic[key][0].pci == dic[key][1].pci)
{
++pcic;
System.Data.DataRow thisrow = dtable.NewRow();
thisrow["GXID"] = xid;
thisrow["GYID"] = yid;
thisrow["GZID"] = 0;
thisrow["type"] = (short)DefectType.PCIconflict;
thisrow["CI"] = dic[key][0].ci;
thisrow["PCI"] = dic[key][0].pci;
thisrow["ReceivedPowerdbm"] = dic[key][0].p;
thisrow["explain"] = string.Format("{0}:{1},{2};{3}:{4},{5}", dic[key][0].ci, dic[key][0].pci,
dic[key][0].p, dic[key][1].ci, dic[key][1].pci, dic[key][1].p);
dtable.Rows.Add(thisrow);
}
}
else if (dic[key].Count > 2) // 当前栅格接收到了>2个信号
{
// 重叠覆盖
if (dic[key][0].p > effective && dic[key][1].p > effective && dic[key][2].p > effective &&
Math.Abs(dic[key][0].p - dic[key][1].p) < T && Math.Abs(dic[key][0].p - dic[key][2].p) < T &&
Math.Abs(dic[key][1].p - dic[key][2].p) < T)
{
Analysis A = new Analysis(xid, yid, xy[key][0], xy[key][1], xy[key][2], xy[key][3]);
overlap.Add(A);
System.Data.DataRow thisrow = dtable.NewRow();
thisrow["GXID"] = xid;
thisrow["GYID"] = yid;
thisrow["GZID"] = 0;
thisrow["type"] = (short)DefectType.Overlapped;
thisrow["CI"] = dic[key][0].ci;
thisrow["PCI"] = dic[key][0].pci;
thisrow["ReceivedPowerdbm"] = dic[key][0].p;
thisrow["explain"] = string.Format("{0}:{1};{2}:{3};{4}:{5}", dic[key][0].ci, dic[key][0].p, dic[key][1].ci, dic[key][1].p, dic[key][2].ci, dic[key][2].p);
dtable.Rows.Add(thisrow);
}
// pci mod3 对打
if (dic[key][0].p > effective && dic[key][1].p > effective && dic[key][2].p > effective &&
(dic[key][0].pci % 3 == dic[key][1].pci % 3 || dic[key][0].pci % 3 == dic[key][2].pci % 3))
{
++pcim3;
System.Data.DataRow thisrow = dtable.NewRow();
thisrow["GXID"] = xid;
thisrow["GYID"] = yid;
thisrow["GZID"] = 0;
thisrow["type"] = (short)DefectType.PCImod3;
thisrow["CI"] = dic[key][0].ci;
thisrow["PCI"] = dic[key][0].pci;
thisrow["ReceivedPowerdbm"] = dic[key][0].p;
thisrow["explain"] = string.Format("{0}:{1},{2};{3}:{4},{5};{6}:{7},{8}", dic[key][0].ci,
dic[key][0].pci, dic[key][0].p, dic[key][1].ci, dic[key][1].pci, dic[key][1].p,
dic[key][2].ci, dic[key][2].pci, dic[key][2].p);
dtable.Rows.Add(thisrow);
}
// pci 冲突
if (dic[key][0].p > effective && dic[key][1].p > effective && dic[key][2].p > effective &&
(dic[key][0].pci == dic[key][1].pci || dic[key][0].pci == dic[key][2].pci))
{
++pcic;
System.Data.DataRow thisrow = dtable.NewRow();
thisrow["GXID"] = xid;
thisrow["GYID"] = yid;
thisrow["GZID"] = 0;
thisrow["type"] = (short)DefectType.PCIconflict;
thisrow["CI"] = dic[key][0].ci;
thisrow["PCI"] = dic[key][0].pci;
thisrow["ReceivedPowerdbm"] = dic[key][0].p;
thisrow["explain"] = string.Format("{0}:{1},{2};{3}:{4},{5};{6}:{7},{8}", dic[key][0].ci,
dic[key][0].pci, dic[key][0].p, dic[key][1].ci, dic[key][1].pci, dic[key][1].p,
dic[key][2].ci, dic[key][2].pci, dic[key][2].p);
dtable.Rows.Add(thisrow);
}
// pci 混淆
if (dic[key][0].p > effective && dic[key][1].p > effective && dic[key][2].p > effective &&
dic[key][1].pci == dic[key][2].pci)
{
++pcih;
System.Data.DataRow thisrow = dtable.NewRow();
thisrow["GXID"] = xid;
thisrow["GYID"] = yid;
thisrow["GZID"] = 0;
thisrow["type"] = (short)DefectType.PCIconfusion;
thisrow["CI"] = dic[key][0].ci;
thisrow["PCI"] = dic[key][0].pci;
thisrow["ReceivedPowerdbm"] = dic[key][0].p;
thisrow["explain"] = string.Format("{0}:{1},{2};{3}:{4},{5};{6}:{7},{8}", dic[key][0].ci,
dic[key][0].pci, dic[key][0].p, dic[key][1].ci, dic[key][1].pci, dic[key][1].p,
dic[key][2].ci, dic[key][2].pci, dic[key][2].p);
dtable.Rows.Add(thisrow);
}
}
}
#endregion
//-----------------------------------------------
#region 立体
foreach (string key in dic1.Keys)
{
if (updateSize == ++cnt1)
{
loadInfo.loadHashAdd(updateSize);
cnt1 = 0;
}
dic1[key].Sort(new SubCompare());
int m = dic1[key].Count - 1;
string[] id = key.Split(',');
int xid = Convert.ToInt32(id[0]);
int yid = Convert.ToInt32(id[1]);
int zid = Convert.ToInt32(id[2]);
if (dic1[key][0].p < -95) // && dic1[key][m] > -110)
{
++weak1;
System.Data.DataRow thisrow = dtable.NewRow();
thisrow["GXID"] = xid;
thisrow["GYID"] = yid;
thisrow["GZID"] = zid;
thisrow["type"] = (short)DefectType.Weak;
thisrow["CI"] = dic1[key][0].ci;
thisrow["PCI"] = dic1[key][0].pci;
thisrow["ReceivedPowerdbm"] = dic1[key][0].p;
thisrow["explain"] = "";
dtable.Rows.Add(thisrow);
}
if (dic1[key][0].p < -110)
{
continue;
}
// 当前栅格只接收到一个信号，不存在pci模3对打、过覆盖、重叠覆盖、PCI冲突、PCI混淆
if (dic1[key].Count < 2)
{
continue;
}
// 过覆盖
if (dic1[key][0].p > effective && dic1[key][1].p > effective && Math.Abs(dic1[key][0].p - dic1[key][1].p) < T1)
{
Analysis A = new Analysis(xid, yid, zid, xy1[key][0], xy1[key][1], xy1[key][2], xy1[key][3], zid * h);
exessive1.Add(A);
System.Data.DataRow thisrow = dtable.NewRow();
thisrow["GXID"] = xid;
thisrow["GYID"] = yid;
thisrow["GZID"] = zid;
thisrow["type"] = (short)DefectType.Excessive;
thisrow["CI"] = dic1[key][0].ci;
thisrow["PCI"] = dic1[key][0].pci;
thisrow["ReceivedPowerdbm"] = dic1[key][0].p;
thisrow["explain"] = string.Format("{0}:{1};{2}:{3}", dic1[key][0].ci, dic1[key][0].p, dic1[key][1].ci, dic1[key][1].p);;
dtable.Rows.Add(thisrow);
}
// 当前栅格接收到了 2 个信号
if (dic1[key].Count == 2)
{
// pci mod3 对打
if (dic1[key][0].p > effective && dic1[key][1].p > effective && dic1[key][0].pci % 3 == dic1[key][1].pci % 3)
{
++pcim31;
System.Data.DataRow thisrow = dtable.NewRow();
thisrow["GXID"] = xid;
thisrow["GYID"] = yid;
thisrow["GZID"] = zid;
thisrow["type"] = (short)DefectType.PCImod3;
thisrow["CI"] = dic1[key][0].ci;
thisrow["PCI"] = dic1[key][0].pci;
thisrow["ReceivedPowerdbm"] = dic1[key][0].p;
thisrow["explain"] = string.Format("{0}:{1},{2};{3}:{4},{5}", dic1[key][0].ci, dic1[key][0].pci,
dic1[key][0].p, dic1[key][1].ci, dic1[key][1].pci, dic1[key][1].p);
dtable.Rows.Add(thisrow);
}
// pci 冲突
if (dic1[key][0].p > effective && dic1[key][1].p > effective && dic1[key][0].pci == dic1[key][1].pci)
{
++pcic1;
System.Data.DataRow thisrow = dtable.NewRow();
thisrow["GXID"] = xid;
thisrow["GYID"] = yid;
thisrow["GZID"] = zid;
thisrow["type"] = (short)DefectType.PCIconflict;
thisrow["CI"] = dic1[key][0].ci;
thisrow["PCI"] = dic1[key][0].pci;
thisrow["ReceivedPowerdbm"] = dic1[key][0].p;
thisrow["explain"] = string.Format("{0}:{1},{2};{3}:{4},{5}", dic1[key][0].ci, dic1[key][0].pci,
dic1[key][0].p, dic1[key][1].ci, dic1[key][1].pci, dic1[key][1].p);
dtable.Rows.Add(thisrow);
}
}
else if (dic1[key].Count > 2) // 当前栅格接收到了>2个信号
{
// 重叠覆盖
if (dic1[key][0].p > effective && dic1[key][1].p > effective && dic1[key][2].p > effective &&
Math.Abs(dic1[key][0].p - dic1[key][1].p) < T && Math.Abs(dic1[key][0].p - dic1[key][2].p) < T &&
Math.Abs(dic1[key][1].p - dic1[key][2].p) < T)
{
Analysis A = new Analysis(xid, yid, zid, xy1[key][0], xy1[key][1], xy1[key][2], xy1[key][3], zid * h);
overlap1.Add(A);
System.Data.DataRow thisrow = dtable.NewRow();
thisrow["GXID"] = xid;
thisrow["GYID"] = yid;
thisrow["GZID"] = zid;
thisrow["type"] = (short)DefectType.Overlapped;
thisrow["CI"] = dic1[key][0].ci;
thisrow["PCI"] = dic1[key][0].pci;
thisrow["ReceivedPowerdbm"] = dic1[key][0].p;
thisrow["explain"] = string.Format("{0}:{1};{2}:{3};{4}:{5}", dic1[key][0].ci, dic1[key][0].p, dic1[key][1].ci, dic1[key][1].p, dic1[key][2].ci, dic1[key][2].p);
dtable.Rows.Add(thisrow);
}
// pci mod3 对打
if (dic1[key][0].p > effective && dic1[key][1].p > effective && dic1[key][2].p > effective &&
(dic1[key][0].pci % 3 == dic1[key][1].pci % 3 || dic1[key][0].pci % 3 == dic1[key][2].pci % 3))
{
++pcim31;
System.Data.DataRow thisrow = dtable.NewRow();
thisrow["GXID"] = xid;
thisrow["GYID"] = yid;
thisrow["GZID"] = zid;
thisrow["type"] = (short)DefectType.PCImod3;
thisrow["CI"] = dic1[key][0].ci;
thisrow["PCI"] = dic1[key][0].pci;
thisrow["ReceivedPowerdbm"] = dic1[key][0].p;
thisrow["explain"] = string.Format("{0}:{1},{2};{3}:{4},{5};{6}:{7},{8}", dic1[key][0].ci,
dic1[key][0].pci, dic1[key][0].p, dic1[key][1].ci, dic1[key][1].pci, dic1[key][1].p,
dic1[key][2].ci, dic1[key][2].pci, dic1[key][2].p);
dtable.Rows.Add(thisrow);
}
// pci 冲突
if (dic1[key][0].p > effective && dic1[key][1].p > effective && dic1[key][2].p > effective &&
(dic1[key][0].pci == dic1[key][1].pci || dic1[key][0].pci == dic1[key][2].pci))
{
++pcic1;
System.Data.DataRow thisrow = dtable.NewRow();
thisrow["GXID"] = xid;
thisrow["GYID"] = yid;
thisrow["GZID"] = zid;
thisrow["type"] = (short)DefectType.PCIconflict;
thisrow["CI"] = dic1[key][0].ci;
thisrow["PCI"] = dic1[key][0].pci;
thisrow["ReceivedPowerdbm"] = dic1[key][0].p;
thisrow["explain"] = string.Format("{0}:{1},{2};{3}:{4},{5};{6}:{7},{8}", dic1[key][0].ci,
dic1[key][0].pci, dic1[key][0].p, dic1[key][1].ci, dic1[key][1].pci, dic1[key][1].p,
dic1[key][2].ci, dic1[key][2].pci, dic1[key][2].p);
dtable.Rows.Add(thisrow);
}
// pci 混淆
if (dic1[key][0].p > effective && dic1[key][1].p > effective && dic1[key][2].p > effective &&
dic1[key][1].pci == dic1[key][2].pci)
{
++pcih1;
System.Data.DataRow thisrow = dtable.NewRow();
thisrow["GXID"] = xid;
thisrow["GYID"] = yid;
thisrow["GZID"] = zid;
thisrow["type"] = (short)DefectType.PCIconfusion;
thisrow["CI"] = dic1[key][0].ci;
thisrow["PCI"] = dic1[key][0].pci;
thisrow["ReceivedPowerdbm"] = dic1[key][0].p;
thisrow["explain"] = string.Format("{0}:{1},{2};{3}:{4},{5};{6}:{7},{8}", dic1[key][0].ci,
dic1[key][0].pci, dic1[key][0].p, dic1[key][1].ci, dic1[key][1].pci, dic1[key][1].p,
dic1[key][2].ci, dic1[key][2].pci, dic1[key][2].p);
dtable.Rows.Add(thisrow);
}
}
}
using (System.Data.SqlClient.SqlBulkCopy bcp = new System.Data.SqlClient.SqlBulkCopy(DataUtil.ConnectionString))
{
bcp.BatchSize = dtable.Rows.Count;
bcp.BulkCopyTimeout = 1000;
bcp.DestinationTableName = "tbDefect";
bcp.WriteToServer(dtable);
bcp.Close();
}
dtable.Clear();
double total = dic.Count + dic1.Count;
double totalG = dic.Count;
double totalB = dic1.Count;
string mess = string.Format(" 地面---总栅格数：{0}\n 弱覆盖点数：{1}, 占比：{2}\n 过覆盖点数：{3}, 占比：{4}\n 重叠覆盖点数：{5}, 占比：{6}\n PCI模3对打点数：{7}, 占比：{8}\n PCI冲突点数：{9}, 占比：{10}\n PCI混淆点数：{11}, 占比：{12}\n",
dic.Count,
weak, weak / totalG,
exessive.Count, exessive.Count / totalG,
overlap.Count, overlap.Count / totalG,
pcim3, pcim3 / totalG,
pcic, pcic / totalG,
pcih, pcih / totalG);
string mess3D = string.Format(" 立体---总栅格数：{0}\n 弱覆盖点数：{1}, 占比：{2}\n 过覆盖点数：{3}, 占比：{4}\n 重叠覆盖点数：{5}, 占比：{6}\n PCI模3对打点数：{7}, 占比：{8}\n PCI冲突点数：{9}, 占比：{10}\n PCI混淆点数：{11}, 占比：{12}\n",
dic1.Count,
weak1, weak1 / totalB,
exessive1.Count, exessive1.Count / totalB,
overlap1.Count, overlap1.Count / totalB,
pcim31, pcim31 / totalB,
pcic1, pcic1 / totalB,
pcih1, pcih1 / totalB);
string messAll = string.Format(" 总计---总栅格数：{0}\n 弱覆盖点数：{1}, 占比：{2}\n 过覆盖点数：{3}, 占比：{4}\n 重叠覆盖点数：{5}, 占比：{6}\n PCI模3对打点数：{7}, 占比：{8}\n PCI冲突点数：{9}, 占比：{10}\n PCI混淆点数：{11}, 占比：{12}\n",
total,
weak + weak1, (weak + weak1) / total,
(exessive.Count + exessive1.Count), (exessive.Count + exessive1.Count) / total,
(overlap.Count + overlap1.Count), (overlap.Count + overlap1.Count) / total,
(pcim3 + pcim31), (pcim3 + pcim31) / total,
(pcic + pcic1), (pcic + pcic1) / total,
(pcih + pcih1), (pcih + pcih1) / total);
return(new Result(true, mess + mess3D + messAll));
#endregion
}
public LoadInfo GetLoadInfo()
{
System.Threading.Thread.Sleep(1000); //simuleaza un server real
LoadInfo result = new LoadInfo();
result.SetList = DataBaseManager.GetUserSets(((Guid)(Membership.GetUser().ProviderUserKey)).ToString());
result.PicList = DataBaseManager.GetUncotegorizedUserPictures(((Guid)(Membership.GetUser().ProviderUserKey)).ToString());
return result;
}
protected Instance(LoadInfo info)
{
positionKey = info.GetString("PositionKey");
name = info.GetString("Name");
simObject = info.GetValue <SimObjectDefinition>("SimObject");
}
protected SetMusclePositionCommand(LoadInfo info)
: base(info)
{
}
protected TimelineAction(LoadInfo info)
{
StartTime = info.GetSingle(START_TIME, 0.0f);
Duration = info.GetSingle(DURATION, 0.0f);
}
protected PlayTimelineCommand(LoadInfo info)
: base(info)
{
}
protected HighlightTeethAction(LoadInfo info)
: base(info)
{
}
protected NavigateNextCommand(LoadInfo info)
: base(info)
{
}
protected BEPUikRevoluteJointDefinition(LoadInfo info)
: base(info)
{
WorldFreeAxis = info.GetVector3("WorldFreeAxis");
}
protected FossaPresetState(LoadInfo info)
: base(info)
{
fossaName = info.GetString(FOSSA_NAME);
position = info.GetFloat(POSITION);
}
protected FKChainState(LoadInfo info)
{
info.RebuildDictionary("Link", links);
}
protected AnatomyTreeNode(LoadInfo info)
{
name = info.GetString("Name");
info.RebuildList <AnatomyTreeNode>("Child", children);
}
protected BEPUikDistanceJointDefinition(LoadInfo info)
: base(info)
{
}