public void SetGroupProperty(LtePredictionGroup pg, GroupProperty property)
{
float maxSensitivity;
pg.Resolution = property.Resolution;
pg.HandoverAreaThreshold = property.HandoverAreaThreshold;
pg.DiffFreqHandoverAreaGate = property.DiffFreqHandoverAreaGate;
pg.RxSensitivity = property.RxSensitivity;
pg.ULTxSensitivity = property.TxSensitivity;
pg.InterferenceGate = property.InterferenceGate;
pg.CellEdgeCoverageProbability = property.CellEdgeCoverageProbability;
pg.IsShadowdowAccout = property.IsShadowdowAccout;
//add 2011.6.2
pg.IsFDD = property.IsFDD;
pg.IsIndoorCoverage = property.IsIndoorCoverage;
pg.RsShifting = property.RSShifting;
pg.IsChannelIndexSaved = true;
this.AddRegionToGroup(pg, property.regionIndex);
this.AddTrafficDataToGroup(pg, property);
this.SaveFreqBand(pg, property);
pg.MaxSensitivity = property.MaxSensitivity;
pg.ULMaxSensitivity = property.ULMaxSensitivity;
if (pg.MaxSensitivity < pg.RxSensitivity)
{
maxSensitivity = pg.MaxSensitivity;
pg.MaxSensitivity = pg.RxSensitivity;
pg.RxSensitivity = maxSensitivity;
}
if (pg.ULMaxSensitivity < pg.ULTxSensitivity)
{
maxSensitivity = pg.ULMaxSensitivity;
pg.ULMaxSensitivity = pg.ULTxSensitivity;
pg.ULTxSensitivity = maxSensitivity;
}
pg.ChannelIndexDic = property.channelIndexDic;
}
public PredictionDataManager(LtePredictionGroup pg, IApplicationContext appContext, string savepath)
{
this.m_ProgressHandle = ServiceHelper.Lookup<IEventViewService>(appContext);
this.m_ICellFilterBuilder = ServiceHelper.Lookup<ICellFilterBuilder>(appContext);
this.m_ITrafficMCS = ServiceHelper.Lookup<ITrafficMCS>(appContext);
this.m_CellFilter = new CellFilter();
IGeoProvider provider = ServiceHelper.Lookup<IGeoProvider>(appContext);
this.m_LteCellFilter = new LteCellFilter(provider.GetGeoInfo);
this.m_IPLCalcVstr = ServiceHelper.Lookup<IPLCalcDataVstr>(appContext);
//add by xujuan
m_IGetRelayUEPathLoss = ServiceHelper.Lookup<IGetRelayUEPathLoss>(appContext);
this.m_Group = pg;
UnionPsService trafficService = this.m_Group.TrafficService as UnionPsService;
LTEService service2 = trafficService.PSServiceDic[NetWorkType.LTE] as LTEService;
this.m_DLBLER = service2.DLBLER;
this.m_ULBLER = service2.ULBLER;
this.m_CaseDataManager = new CaseDataManager(this.m_Group, savepath);
this.m_NeedCalActualRxIntf = false;
this.m_NeedCalMaxRxIntf = false;
this.m_NeedCalHandOverArea = false;
this.m_NeedCalSymbolRSRP = false;
this.m_NeedCalOverlapping = false;
this.m_NeedCalRSRQ = false;
//add by huna 3.28
this.m_NeedLTEBestServerID = false;
this.NeedCreateActualRxPowerValueMatrix();
this.NeedCreateMaxRxPowerValueMartix();
//add by huna 3.28
this.IsNeedLTEBestServerID();
//2011.3.17
this.IsCalcRPDCCHLevel();
//add by huna 3.17
this.IsCalcRPDSCHLevel();
this.IsCalcRPUCCHLevel();
this.IsNeedCalHandOverArea();
this.NeedCalSymbol_RSRP();
this.NeedCalOverlapping();
this.NeedCalRsrq();
this.NeedCreatePenetrationLossValueMatrix();
this.NeedCalULStudy();
//add by huna 3.18
this.NeedCalRULStudy();
this.m_CaseDataManager.NeedCalRSRQ = this.m_NeedCalRSRQ;
this.m_CaseDataManager.NeedCalSymbolRSRP = this.m_NeedCalSymbolRSRP;
this.SetSavingPath(savepath);
//add by huna 3.28
this.m_CaseDataManager.NeedLTEBestServerID = this.m_NeedLTEBestServerID;
this.m_CaseDataManager.NeedULLinkloss = this.m_NeedCalRULStudy;
//add by huna 4.2
this.m_CaseDataManager.NeedRPDCCHLevel = this.m_NeedCalRPDCCH;
this.m_CaseDataManager.NeedRPDSCHLevel = this.m_NeedCalRPDSCH;
this.m_CaseDataManager.NeedRPUCCHLevel = this.m_NeedCalRPUCCH;
}
private void AddRegionToGroup(LtePredictionGroup pg, int regionIndex)
{
if (regionIndex != 0)
{
pg.Region = this.m_GeoProvider.PolygonRegionList[regionIndex - 1];
}
else
{
pg.Region = null;
}
}
//创建Group时调用
public IPredictionGroup CreateGroup(List<StudyTemplate> studyTemplateList, string groupName, int groupID, NetWorkType predictionType)
{
IPredictionGroup group = new LtePredictionGroup();
group.IsCoGroup = false;
group.Name = groupName;
group.GroupId = groupID;
group.PredictionType = predictionType;
foreach (StudyTemplate template in studyTemplateList)
{
group.StudyList.Add(this.CreateStudyByTemplate(template));
}
return group;
}
private void AddTrafficDataToGroup(LtePredictionGroup pg, GroupProperty property)
{
pg.TerminalValue = property.terminalIndexes;
Terminal terminal = this.m_ITraffic.FindTerminalList(NetWorkType.LTE)[property.terminalIndexes];
pg.TrafficTerminal = terminal;
pg.ServiceValue = property.serviceIndexes;
Service service = this.m_ITraffic.FindServiceList(NetWorkType.LTE)[property.serviceIndexes];
pg.TrafficService = service;
UnionPsService service2 = service as UnionPsService;
LTEService service3 = service2.PSServiceDic[NetWorkType.LTE] as LTEService;
pg.MobilityValue = property.mobIndexes;
Mobility mobility = this.m_ITraffic.MobilityList[property.mobIndexes];
pg.TrafficMobility = mobility;
}
/// <summary>
/// 初始化链路损耗、计算等级、PredictionDataMgr、小区
/// </summary>
/// <param name="pg"></param>
/// <param name="transceiverList"></param>
/// <param name="savepath"></param>
private void InitialMember(LtePredictionGroup pg, List<Transceiver> transceiverList, string savepath)
{
this.m_Group = pg;
this.m_LinkPrediction = ServiceHelper.Lookup<ILTELinkLossCalculatorBuilder>(this.m_AppContext).GetCalculator(pg.CellEdgeCoverageProbability);
this.m_CalcStep = CalcStep.BestServerCalcStep;
this.m_LinkPrediction.SetPareForPrediction((this.m_Group.TrafficService as UnionPsService).BodyLoss, this.m_Group.TrafficTerminal.NetTerminalList[0].Loss, this.m_Group.TrafficTerminal.Attenuation, this.m_Group.TrafficTerminal.Gain, this.m_Group.CellEdgeCoverageProbability, this.m_Group.IsShadowdowAccout, this.m_Group.IsIndoorCoverage);
this.m_DataManager = new PredictionDataManager(this.m_Group, this.m_AppContext, savepath);
this.m_TransceiverList = transceiverList;
}
private void SaveFreqBand(LtePredictionGroup pg, GroupProperty property)
{
pg.FreqBandIdList.Clear();
pg.FreqBandIdList.AddRange(property.freqBandIndexes);
pg.ChannelIndexDic = property.channelIndexDic;
}
public CaseDataManager(LtePredictionGroup group, string savepath)
{
this.m_Group = group;
this.SetSavingPath(savepath);
this.m_CalMatrixStructArr = new List<CalculatorMatrixStruct>();
}
