private void CalculateTotalData(SimulationResult result, List<string> serviceNameList, List<int> snapShotIndexs, Dictionary<string, float[]> statDataDic)
{
foreach (int num in snapShotIndexs)
{
SnapShotStatData snapShotStatData = result.GetSnapShotStatData(num, this.m_OtherSubSysInterface);
foreach (StaSimuSiteResult result2 in snapShotStatData.StatSimuSiteResultList)
{
float[] numArray;
statDataDic.TryGetValue(result2.SiteName, out numArray);
numArray[1] += result2.UlAvgThroughput;
numArray[2] += result2.UlAppAvgThroughput;
numArray[3] += result2.DlAvgThroughput;
numArray[4] += result2.DlAppAvgThroughput;
for (int i = 0; i < serviceNameList.Count; i++)
{
ServiceThroughput throughput;
result2.ServiceThroughputDic.TryGetValue(serviceNameList[i], out throughput);
if (throughput != null)
{
numArray[5 + (i * 4)] += throughput.UlThroughput;
numArray[6 + (i * 4)] += throughput.UlAppThroughput;
numArray[7 + (i * 4)] += throughput.DlThroughput;
numArray[8 + (i * 4)] += throughput.DlAppThroughput;
}
}
}
}
}
public DataTable GetAllCellsStatData(SimulationResult result)
{
DataTable table = new DataTable();
table.Columns.Add(SimulationResource.SIMULATION_SITE);
table.Columns.Add(SimulationResource.SIMULATION_TRANSCEIVER);
table.Columns.Add(SimulationResource.SIMULATION_CELL);
table.Columns.Add(SimulationResource.SIMULATION_TX_POWER, typeof(float));
table.Columns.Add(SimulationResource.SIMULATION_UL_IOT_DB, typeof(float));
table.Columns.Add(SimulationResource.SIMULATION_UL_LOAD, typeof(float));
table.Columns.Add(SimulationResource.SIMULATION_UL_AVG_USERD_RB_NUM, typeof(float));
table.Columns.Add(SimulationResource.SIMULATION_DL_LOAD, typeof(float));
table.Columns.Add(SimulationResource.SIMULATION_DL_AVG_USERD_RB_NUM, typeof(float));
table.Columns.Add(SimulationResource.SIMULATION_UL_THROUGHPUT_KBPS, typeof(float));
table.Columns.Add(SimulationResource.SIMULATION_UL_APP_THROUGHPUT_KBPS, typeof(float));
table.Columns.Add(SimulationResource.SIMULATION_DL_THROUGHPUT_KBPS, typeof(float));
table.Columns.Add(SimulationResource.SIMULATION_DL_APP_THROUGHPUT_KBPS, typeof(float));
table.Columns.Add(SimulationResource.SIMULATION_SERVICE_USER, typeof(int));
table.Columns.Add(SimulationResource.SIMULATION_CALL_DROPED_USER, typeof(int));
List<int> snapshotIndexs = result.GetSnapshotIndexs();
int count = snapshotIndexs.Count;
if (count > 0)
{
CarrierStatData data2;
List<StaSimuSiteResult> statSimuSiteResultList = result.GetSnapShotStatData(snapshotIndexs[0], this.m_OtherSubSysInterface).StatSimuSiteResultList;
Dictionary<string, CarrierStatData> dictionary = new Dictionary<string, CarrierStatData>();
foreach (StaSimuSiteResult result2 in statSimuSiteResultList)
{
foreach (StatSimuCarrierResult result3 in result2.StatSimuCarrierResultList)
{
data2 = new CarrierStatData();
data2.Carrier = result3.CarrierName;
dictionary.Add(result3.CarrierName, data2);
}
}
foreach (int num2 in snapshotIndexs)
{
SnapShotStatData snapShotStatData = result.GetSnapShotStatData(num2, this.m_OtherSubSysInterface);
foreach (StaSimuSiteResult result2 in snapShotStatData.StatSimuSiteResultList)
{
foreach (StatSimuCarrierResult result3 in result2.StatSimuCarrierResultList)
{
dictionary.TryGetValue(result3.CarrierName, out data2);
data2.Site = result2.SiteName;
data2.Cell = result3.CellName;
data2.Carrier = result3.CarrierName;
data2.TXPower += result3.TxPower;
data2.ULIot += result3.UlIoT;
data2.UlAvgUsedRbNum += result3.UlAvgUsedRbNum;
data2.DlAvgUsedRbNum += result3.DlAvgUsedRbNum;
data2.ULLoad += result3.UlAvgLoad;
data2.DLLoad += result3.DlAvgLoad;
data2.ULThroughPut += result3.UlAvgThroughput;
data2.ULAppThroughPut += result3.UlAppAvgThroughput;
data2.DLThroughPut += result3.DlAvgThroughput;
data2.DLAppThroughPut += result3.DlAppAvgThroughput;
data2.ServiceUser += result3.SatisfiedUserNum;
data2.CallDropedUser += result3.OfflineUserNum;
}
}
}
foreach (KeyValuePair<string, CarrierStatData> pair in dictionary)
{
List<object> list3 = new List<object>();
data2 = pair.Value;
list3.Add(data2.Site);
list3.Add(data2.Cell);
list3.Add(data2.Carrier);
list3.Add(data2.TXPower / ((float) count));
list3.Add(data2.ULIot / ((float) count));
list3.Add(data2.ULLoad / ((float) count));
list3.Add(data2.UlAvgUsedRbNum / ((float) count));
list3.Add(data2.DLLoad / ((float) count));
list3.Add(data2.DlAvgUsedRbNum / ((float) count));
list3.Add(data2.ULThroughPut / ((float) count));
list3.Add(data2.ULAppThroughPut / ((float) count));
list3.Add(data2.DLThroughPut / ((float) count));
list3.Add(data2.DLAppThroughPut / ((float) count));
list3.Add(data2.ServiceUser / count);
list3.Add(data2.CallDropedUser / count);
table.Rows.Add(list3.ToArray());
}
dictionary.Clear();
dictionary = null;
}
return table;
}
private Dictionary<string, float[]> GetSiteDataDic(SimulationResult result, List<int> snapShotIndexs, int oneRowDataLength)
{
List<StaSimuSiteResult> statSimuSiteResultList = result.GetSnapShotStatData(snapShotIndexs[0], this.m_OtherSubSysInterface).StatSimuSiteResultList;
Dictionary<string, float[]> dictionary = new Dictionary<string, float[]>();
foreach (StaSimuSiteResult result2 in statSimuSiteResultList)
{
float[] numArray = new float[oneRowDataLength];
dictionary.Add(result2.SiteName, numArray);
}
return dictionary;
}
private List<string> GetServiceNameList(SimulationResult result)
{
List<string> list = new List<string>();
foreach (StatSimuServiceResult result2 in result.MonteCarloResult.StatSimuServiceResultList)
{
list.Add(result2.ServiceName);
}
return list;
}
public DataTable GetAllSitesStatData(SimulationResult result)
{
List<string> serviceNameList = this.GetServiceNameList(result);
DataTable dt = new DataTable();
dt.Columns.Add(SimulationResource.SIMULATION_SITE, typeof(string));
dt.Columns.Add(SimulationResource.SIMULATION_TOTAL_THROUGHPUT_UL, typeof(float));
dt.Columns.Add(SimulationResource.SIMULATION_TOTAL_APP_THROUGHPUT_UL, typeof(float));
dt.Columns.Add(SimulationResource.SIMULATION_TOTAL_THROUGHPUT_DL, typeof(float));
dt.Columns.Add(SimulationResource.SIMULATION_TOTAL_APP_THROUGHPUT_DL, typeof(float));
foreach (string str in serviceNameList)
{
dt.Columns.Add(str + SimulationResource.SIMULATION_UL_KBPS, typeof(float));
dt.Columns.Add(str + SimulationResource.SIMULATION_UL_APP_KBPS, typeof(float));
dt.Columns.Add(str + SimulationResource.SIMULATION_DL_KBPS, typeof(float));
dt.Columns.Add(str + SimulationResource.SIMULATION_DL_APP_KBPS, typeof(float));
}
List<int> snapshotIndexs = result.GetSnapshotIndexs();
int count = snapshotIndexs.Count;
if (count > 0)
{
int oneRowDataLength = (serviceNameList.Count * 4) + 5;
Dictionary<string, float[]> statDataDic = this.GetSiteDataDic(result, snapshotIndexs, oneRowDataLength);
this.CalculateTotalData(result, serviceNameList, snapshotIndexs, statDataDic);
CalculateAvgData(dt, count, statDataDic);
statDataDic.Clear();
statDataDic = null;
}
return dt;
}
public void DeleteResultFile()
{
if (this.m_result != null)
{
this.m_result.DeleteResultFile(this.m_otherSubSysInterface);
this.m_result = null;
}
}
public void Run(ref bool isSimulateCanceled)
{
this.m_result = null;
Coefficient coefficient = new Coefficient();
SimulationInfo initinfo = new SimulationInfo();
initinfo.Nsnapshot = Convert.ToInt16(this.m_param.NumOfSnapShot);
SimulationConstant.IS_HARQ_ON = this.m_param.IsHARQ;
SimulationConstant.IS_IRC_ON = this.m_param.IsIRC;
SimulationConstant.FDD_ON = this.m_param.IsFDD;
SimulationConstant.UL_TTI_BUNDLING_ON = this.m_param.IsTTIBundling;
SimulationConstant.UL_VMIMO_ON = this.m_param.IsVMIMO;
SimulationConstant.CONV_ULLOAD_THRESHOLD = this.m_param.ULLoadConThreshold;
SimulationConstant.CONV_DLLOAD_THRESHOLD = this.m_param.DLLoadConThreshold;
SimulationConstant.CONV_ULTH_THRESHOLD = this.m_param.ULThroughputConThreshold;
SimulationConstant.CONV_DLTH_THRESHOLD = this.m_param.DLThroughputConThreshold;
SimulationConstant.CONV_ULIOT_THRESHOLD = this.m_param.IOTConThreshold;
initinfo.TtiWarmup = Convert.ToInt16((int)(this.m_param.NumOfTTI - SimulationConstant.DELTA_TTI));
this.m_SnapShotNum = this.m_param.NumOfSnapShot;
initinfo.NttiLmd = Convert.ToInt16(this.m_param.NumOfTTI);
initinfo.Name = this.m_param.NameOfSimulation;
coefficient.m_SiteCorr = this.m_param.SiteCorr;
coefficient.m_CellCorr = this.m_param.CellCorr;
coefficient.m_UserCorr = this.m_param.UserCorr;
initinfo.Coefficientabc = coefficient;
if (!this.GetCellCollection())
{
isSimulateCanceled = true;
MessageBoxUtil.ShowError(SimulationResource.SIMULATION_CAL_IS_WRONG);
this.m_calcCells.Clear();
}
else
{
initinfo.CalCells = this.m_calcCells;
this.getCloneService();
this.getCloneMobility();
this.getCloneTerminal();
this.m_GroupChildNodeStateImage = new Dictionary<short, List<short>>();
CarrierManager.getInstance().Carriers = new List<LTECell>();
foreach (Transceiver transceiver in this.m_calcCells)
{
foreach (IACell cell in transceiver.Cells)
{
if ((cell is LTECell) && cell.Active)
{
CarrierManager.getInstance().Carriers.Add(cell as LTECell);
}
}
}
UserManager.getInstance().UserBuilder = new UserManager.LTEUserBuilder(this.GenUsers);
initinfo.SubSysInterface = this.m_otherSubSysInterface;
this.m_otherSubSysInterface.SetProgressScope(initinfo.Name, 0, 100);
this.m_otherSubSysInterface.ReportProgress(initinfo.Name, 0, SimulationResource.SIMULATION_INIT_4);
#region 添加制式选择
if (m_param .IsFDD )
{
this.m_SimulateEngine = new SimulationEngine(initinfo);
}
else
{
this.m_SimulateEngine = new TDDSimulationEngine(initinfo);
}
#endregion
this.m_SimulateEngine.Execute();
if (this.m_SimulateEngine.IsSimulateCanceled)
{
this.m_otherSubSysInterface.ResetProgress(initinfo.Name);
this.m_calcCells.Clear();
isSimulateCanceled = true;
}
else
{
this.m_otherSubSysInterface.ReportProgress(initinfo.Name, 100, SimulationResource.SIMULATION_GENERATE_STATISTICS);
this.m_result = this.m_SimulateEngine.Statistic();
if (this.m_result == null)
{
this.m_otherSubSysInterface.ResetProgress(initinfo.Name);
isSimulateCanceled = true;
this.m_calcCells.Clear();
}
else
{
this.GetGraghResult();
this.m_otherSubSysInterface.ResetProgress(initinfo.Name);
this.m_calcCells.Clear();
}
}
}
}