private void StatisticStateUserNum(StatSimuUserResult user, StatSimuCarrierResult staSimulationCarrierResult)
{
FailReason failReason = user.FailReason;
if (failReason == FailReason.Satisfied)
{
staSimulationCarrierResult.SatisfiedUserNum++;
}
else if (failReason == FailReason.DlRsSinrFail)
{
staSimulationCarrierResult.DlRsSinrFailUserNum++;
}
else
{
staSimulationCarrierResult.OfflineUserNum++;
}
}
private void StatisticStateUserNum(StatSimuUserResult user, StatSimuCarrierResult staSimulationCarrierResult)
{
FailReason failReason = user.FailReason;
if (failReason == FailReason.Satisfied && !(user.UlAvgThroughput<user.ulMacMinThroughputdemand))
{
staSimulationCarrierResult.SatisfiedUserNum++;
}
else if (failReason == FailReason.DlRsSinrFail)
{
staSimulationCarrierResult.DlRsSinrFailUserNum++;
}
else if (failReason == FailReason.UlRsSinrFail)
{
staSimulationCarrierResult.UlRsSinrFailUserNum++;
}
else
{
staSimulationCarrierResult.OfflineUserNum++;
}
}
private void getUserResult(User user, SnapShotStatData snapData, out StatSimuUserResult userResult, out StatSimuCarrierResult carrier)
{
userResult = null;
carrier = null;
if (user.Tag != null)
{
string tag = (string) user.Tag;
carrier = this.GetStatSimuCarrierResultByName(snapData, tag);
if (carrier == null)
{
throw new Exception(SimulationResource.SIMULATION_FIND_BESTSERVER_FAILED);
}
foreach (StatSimuUserResult result in carrier.StatSimuUserResultList)
{
if (user.Id == result.LTEUser.Id)
{
userResult = result;
break;
}
}
}
else
{
userResult = new StatSimuUserResult(user);
}
}
private StatSimuUserResult StatisticUserData(SimulationUser user, int endStaTime, int beginStaTime, int accessTime, OtherSubSysInterface subSysInterface)
{
StatSimuUserResult result = new StatSimuUserResult(user.LTEUser);
UnionPsService service = user.LTEUser.Service as UnionPsService;
LTEService service2 = service.PSServiceDic[NetWorkType.LTE] as LTEService;
if (user.LTEUser.LinkType == LinkType.Uplink)
{
result.UlServiceTime = this.CalculateUserServiceTime(user, SimulationConstant.UL_VIOCE_SERVICE_PERIOD);
result.UlAvgThroughput = this.CalculateUserAvgThroughput(endStaTime, beginStaTime, accessTime, service2, user.UserUlTotalThroughput, user.VoicePacketSize);
result.UlAppAvgThroughput = this.CalculateUserAvgThroughput(endStaTime, beginStaTime, accessTime, service2, user.UserUlAppTotalThroughput, user.VoicePacketSize - SimulationConstant.VOICE_MAC_TO_APP);
result.TotalLoss = SimulationTools.ConvertLineTodB(user.CarrierListInComputeArea[0].UlTotalLoss);
result.ulMacMinThroughputdemand = user.UlMacMinThroughputDemand;
if (user.UlActualAveRate < user.UlMacMinThroughputDemand)
{
user.State = State.OffLine;
user.FailReason = FailReason.CallDrop;
}
if (user.State == State.OffLine)
{
result.IsOffLine = true;
}
else
{
result.IsOffLine = false;
}
//result.IsOffLine = true;
result.DLRsSinr = user.DlRsSinr;
result.UeTxPower = user.WarmUpTotalUeTxPower / user.UlSinrCounter;
result.DlRsrp = user.DlRsrp;
result.PuschSinr = this.GetUserPuschSinr(user);
result.UlMcsModulation = this.GetUlUserMcsModulation(user, result.PuschSinr);
result.UlMcsEff = user.WarmUpTotalUlMcs / user.UlSinrCounter;
}
else
{
result.DlServiceTime = this.CalculateUserServiceTime(user, SimulationConstant.DL_VOICE_SERVICE_PERIOD);
result.DlAvgThroughput = this.CalculateUserAvgThroughput(endStaTime, beginStaTime, accessTime, service2, user.UserDlTotalThroughput, user.VoicePacketSize);
result.DlAppAvgThroughput = this.CalculateUserAvgThroughput(endStaTime, beginStaTime, accessTime, service2, user.UserDlAppTotalThroughput, user.VoicePacketSize - SimulationConstant.VOICE_MAC_TO_APP);
result.TotalLoss = SimulationTools.ConvertLineTodB(user.CarrierListInComputeArea[0].DlTotalLoss);
result.DLRsSinr = user.WarmUpTotalDlRsSinr / ((float) user.DlIoTCount);
result.DlIot = user.DlIoT;
result.PdschSinr = this.GetUserPdschSinr(user);
result.DlMcsModulation = this.GetDlUserMcsModulation(user, result.PdschSinr);
result.DlMcsEff = user.WarmUpTotalDlMcs / ((float) user.DlIoTCount);
}
result.DlIot = user.DlIoT;
result.DlRsrp = user.DlRsrp;
result.Geometry = user.Geometry;
result.IsEdge = user.IsEdgeUser;
result.UeTxPower = user.UeTxPower;
result.MIMOType = this.GetUserMIMOType(user, subSysInterface);
result.DLRsSinr = user.DlRsSinr;
result.FailReason = user.FailReason;
int num = Math.Max(beginStaTime, user.AccessTti);
int num2 = (endStaTime - num) + 1;
result.AvgUsedRbNum = ((float) user.UsedRbNum) / ((float) num2);
return result;
}
private List<DisplayUser> GetSymbolChangedNode(TreeNode snapShotNode, SnapShotStatData snapShotResult, string GroupName, string snapShotName)
{
DisplayUser user;
string name = Enum.GetName(typeof(DisplayType), this.DT);
string str2 = Enum.GetName(typeof(FieldType), this.FT);
List<string> list = new List<string>();
List<DisplayUser> groupDisplayUser = new List<DisplayUser>();
foreach (StaSimuSiteResult result in snapShotResult.StatSimuSiteResultList)
{
foreach (StatSimuCarrierResult result2 in result.StatSimuCarrierResultList)
{
foreach (StatSimuUserResult result3 in result2.StatSimuUserResultList)
{
user = new DisplayUser();
user.LTEUser = result3;
user.BestServer = result2.CarrierName;
user.UserState = result3.FailReason.ToString();
groupDisplayUser.Add(user);
}
}
}
foreach (User user2 in snapShotResult.DlRsrpFailList)
{
user = new DisplayUser();
StatSimuUserResult result4 = new StatSimuUserResult(user2);
user.LTEUser = result4;
user.UserState = FailReason.DlRsrpFail.ToString();
user.BestServer = "";
groupDisplayUser.Add(user);
}
this.RebuildSnapshotNode(this.m_CurrentSetProperty, groupDisplayUser, snapShotNode);
return groupDisplayUser;
}