/// <summary>
/// 构造函数
/// </summary>
/// <param name="context"></param>
public TDIntefCalculate(TDCalcCommonParam param)
{
m_TotalLoss = new TDLinkLossCalc(param.CalcLinkLoss);
m_SmartAnt = new SmartAntGain(param.SmartAntGain);
//m_IntefCalc = new InterfCalculate(param.IntefParam);
m_CustomerParam = param.TdUIParam;
m_IntefCalc = param.InterfCalc;
}
/// <summary>
/// 初始化
/// 为了实现接口
/// </summary>
/// <param name="linkloss"></param>
/// <param name="interfCalc"></param>
/// <param name="orthogonalCoefficient">正交因子</param>
public void Initialization(IGetLinkloss linkloss, IInterfCalc interfCalc, ISmartAntCalcGain param)
{
this.m_Linkloss = linkloss;
this.m_InterfCalc = interfCalc;
TDCalcCommonParam param1 = new TDCalcCommonParam();
param1.SmartAntGain = param;
this.m_SmartAntGain = new SmartAntGain(param1.SmartAntGain);
m_GetTDLinkLoss = new TDLinkLossCalc(m_Linkloss);
}
public void MyTestInitialize()
{
m_Param = new TDCalcCommonParam();
TDUIParam tdUIParam = null;
tdUIParam = new TDUIParam();
m_Param.TdUIParam = tdUIParam;
TDSnapResultParam SnapResultParam = null;
SnapResultParam = new TDSnapResultParam();
m_Param.SnapResultParam = SnapResultParam;
}
public void initial()
{
m_Param = new TDCalcCommonParam();
m_Cells = new List<TDSimCell>();
m_PreCells = new List<TDSimCell>();
m_Cell = MockTDSimCell.CreatTDSimCell();
m_Cells.Add(m_Cell);
m_PreCells.Add(m_Cell);
m_Param.R4Cells = m_Cells;
m_Param.PreSimCells = m_PreCells;
m_Reset = new ResetCellResource();
}
public void R4_ConvergenceJuge_Excute_Test4()
{
m_Param.TdUIParam.IsThroughputConv = true;
m_Param.TdUIParam.PowerLimit = 0;
m_Param.TdUIParam.ThroughLimit = 0;
m_Param.TdUIParam.AveConvCoef = 1;
m_Param.TdUIParam.DevConvCoef = 25;
m_R4_ConvergenceJuge = new R4_ConvergenceJuge(m_Param);
m_tdCells = MockTDSimCellList.CreatTDSimCellList();
m_Param = m_R4_ConvergenceJuge.Param;
bool actual = m_R4_ConvergenceJuge.Excute(2, m_tdCells);
Assert.AreEqual(true, actual);
}
public void HARQ_Test()
{
IGetLinkloss linkloss = new MockIGetLinkloss();
ICalcInterfere interfere = null;
TDCalcCommonParam param = new TDCalcCommonParam();
TDLinkLossCalc TDLinkLoss = new TDLinkLossCalc(linkloss);
ISimUser simUser = new MockISimUserBase();
ISimCellBase cellBase = new MockISimCellBase();
TDLinkLoss.GetDLTotalLoss(simUser, cellBase);
HSDPABearerManagement retainGain = new HSDPABearerManagement(NetWorkType.TDSCDMA);
HARQ m_Harq = new HARQ(interfere, linkloss, retainGain);
m_Harq.CalcInterfere = new MockICalcInterfere();
TimeSlot slot1 = new TimeSlot();
TimeSlot slot2 = new TimeSlot();
List<TDSimCell> cellList = new List<TDSimCell>();
TDSimCell cell1;
cell1 = MockTDSimCell.CreatTDSimCell();
//cell1.NeCell = new TDSCDMACarrier();
TDSimCell cell2;
cell2 = MockTDSimCell.CreatTDSimCell();
//cell2.NeCell = new TDSCDMACarrier();
TDSimUser user1;
user1 = MockTDSimUser.CreatTDSimUser_CS();
TDSimUser user2;
user2 = MockTDSimUser.CreatTDSimUser_CS();
user2.IsHSDPARetransmited = true;
user2.HSDPARetransCount = 1;
TDSimUser user3;
user3 = MockTDSimUser.CreatTDSimUser_CS();
user3.IsHSDPARetransmited = true;
user3.HSDPARetransCount = 2;
slot1.HSDPAScheduledUsers.Add(user1);
slot2.HSDPAScheduledUsers.Add(user2);
slot2.HSDPAScheduledUsers.Add(user3);
cell1.HSDPATimeslot.Add(slot1);
cell1.HSDPATimeslot.Add(slot2);
cellList.Add(cell1);
cellList.Add(cell2);
m_Harq.Run(cellList);
Assert.AreEqual(cellList[0].HSDPAAccessedUsers.Count, 0);
}
public ResourceSchedule(SortUser sortUserTool, ICalcInterfere cInterfere, TDCalcCommonParam m_CommonParam,
List<TDHSDPABearer> bearerList)
{
this.m_SortUser = sortUserTool;
this.m_CalcInterfere = cInterfere;
this.m_BearerList = bearerList;
this.m_Linkloss = m_CommonParam.CalcLinkLoss;
this.m_trafficpriority = m_CommonParam.TdUIParam.TrafficPriorityFactor;
this.m_userpriority = m_CommonParam.TdUIParam.UEPriorityFactor;
this.m_chpriority = m_CommonParam.TdUIParam.CHPriorityFactor;
this.m_IsCDMAon = m_CommonParam.TdUIParam.IsCDMAon;
this.m_ScheduleType = m_CommonParam.TdUIParam.HSPA_SheduleType;
m_GetTDLinkLoss = new TDLinkLossCalc(m_Linkloss);
}
public void initial()
{
user=MockTDSimUser.CreatTDSimUser_CSDL();
m_AccessUsers = new List<TDSimUser>();
m_PreUsers = new List<TDSimUser>();
m_UnAccessUsers = new List<TDSimUser>();
m_Param = new TDCalcCommonParam();
m_AccessUsers.Add(user);
m_PreUsers.Add(user);
m_UnAccessUsers.Add(user);
m_Param.R4AccessUsers=m_AccessUsers;
m_Param.R4PreUsers=m_PreUsers;
m_Param.R4UnAccessUsers=m_UnAccessUsers;
m_Update=new UpdateDataForOneIteration(m_Param);
}
public void Initial()
{
m_Param = new TDCalcCommonParam();
m_Param.CalcLinkLoss = new MockTDLinkLossCalc();
m_Param.SmartAntGain = new MockSmartAntCalcGain();
m_User = MockTDSimUser.CreatTDSimUser_CSDL();
m_Cell = MockTDSimCell.CreatTDSimCell();
m_Cell.IsMainCarrier = true;
m_CellList = new List<TDSimCell>();
m_CellList.Add(m_Cell);
m_ActiveCellConfirm = new ActiveCellConfirm(m_CellList);
m_ActiveCellConfirm.CommonParam = m_Param;
}
public void MyTestInitialize()
{
m_SimUser1=MockTDSimUser.CreatTDSimUser_CSDL();
m_SimUser2 = MockTDSimUser.CreatTDSimUser_CSUL();
m_IntefUser = MockTDSimUser.CreatTDSimUser_PSDL();
m_Param = new TDCalcCommonParam();
m_Param.SmartAntGain = new MockSmartAntCalcGain();
m_Cell = MockTDSimCell.CreatTDSimCell();
m_User = MockTDSimUser.CreatUser_CSDL();
m_SmartAntGain = new SmartAntGain(m_Param.SmartAntGain);
//LinkLossAssist.Init();
//m_TDCalcCommonParam = new TDCalcCommonParam();
//m_TDCalcCommonParam.SmartAntGain = new MockSmartAntCalcGain();
//m_TDSimUser = MockTDSimUser.CreatTDSimUser_CS();
//m_IntefUser = MockTDSimUser.CreatTDSimUser_PS();
//m_TDSimCell = MockTDSimCell.CreatTDSimCell();
//m_SmartAntGain = new SmartAntGain(m_TDCalcCommonParam.SmartAntGain);
}
public void Excute(TDCalcCommonParam param)
{
param.R4Cells.Clear();
foreach (TDSimCell cell in param.PreSimCells)
{
if (cell.CarrType == CarrierTypeOfTD.R4 || cell.CarrType == CarrierTypeOfTD.R4AndHSDPA || cell.CarrType == CarrierTypeOfTD.R4AndHSPA)
{
param.R4Cells.Add(cell);
}
}
param.PreSimCells.Clear();
if (0 != param.R4Cells.Count)
{
foreach (TDSimCell cell in param.R4Cells)
{
cell.AccessedUsers.Clear();
cell.ULSimUsers.Clear();
cell.CurDlThrouAve = 0;
cell.CurUlThrouAve = 0;
cell.DlLoad = 0;
cell.PreDlThrouAve = 0;
cell.PreDlThrouDev = 0;
cell.PreUlThrouAve = 0;
cell.PreUlThrouDev = 0;
cell.VirtulDLoad = 0;
cell.VirtulULoad = 0;
for (int index = 1; index < cell.Slots.Length; index++)
{
if (index <= cell.SwitchPoint)
{
InitTransSlotParam(cell, index, cell.BackNoise_DB);
cell.ULTotalCodeNum += cell.Slots[index].AvailCodeNum;
}
else
{
InitTransSlotParam(cell, index, float.NegativeInfinity);
cell.DLTotalCodeNum += cell.Slots[index].AvailCodeNum;
}
}
}
}
}
/// <summary>
/// 构造函数
/// </summary>
/// <param name="param"></param>
public R4_InitPower(TDCalcCommonParam param)
{
m_LossCalc = new TDLinkLossCalc(param.CalcLinkLoss);
m_SmartGain = new SmartAntGain(param.SmartAntGain);
m_PreUsers = param.R4PreUsers;
}
public FindBestRSCPCell(TDCalcCommonParam param)
{
m_Param = param;
m_SmartAntGainCalc = new SmartAntGain(param.SmartAntGain);
}
public void Run_Test()
{
HSDPASimulization simulization = new HSDPASimulization();
TDIterationBase tdIterationBase = new TDIteration();
SnapshotContext context = new SnapshotContext();
List<Transceiver> trans = new List<Transceiver>();
TDSimCellCollection cellCollection = new TDSimCellCollection();
TDSimCell cell;
cell = MockTDSimCell.CreatTDSimCell();
simulization.AccessControl = new Access();
simulization.SimulizeTTICount = 50;
IGetLinkloss linkloss = new MockIGetLinkloss();
ICalcInterfere interfere = null;
TDCalcCommonParam param = new TDCalcCommonParam();
TDLinkLossCalc TDLinkLoss = new TDLinkLossCalc(linkloss);
ISimUser simUser = new MockISimUserBase();
ISimCellBase cellBase = new MockISimCellBase();
TDLinkLoss.GetDLTotalLoss(simUser, cellBase);
HSDPABearerManagement retainGain = new HSDPABearerManagement(NetWorkType.TDSCDMA);
HARQ m_Harq = new HARQ(interfere, linkloss, retainGain);
simulization.HarqArithmetic = new HARQ(interfere, linkloss, retainGain);
simulization.HarqArithmetic.CalcInterfere = new MockICalcInterfere();
SortUser sortUserTool = new SortUser();
ICalcInterfere cInterfere = new MockICalcInterfere();
TDCalcCommonParam m_CommonParam = new TDCalcCommonParam();
List<TDHSDPABearer> bearerList = new List<TDHSDPABearer>();
TDHSDPABearer bearer1 = new TDHSDPABearer();
TDHSDPABearer bearer2 = new TDHSDPABearer();
bearer1.RTBS = 50;
bearer2.RTBS = 50;
bearer2.CI = 2d;
bearerList.Add(bearer1);
bearerList.Add(bearer2);
m_CommonParam.CalcLinkLoss = new MockIGetLinkloss();
simulization.ResourceSchedule = new ResourceSchedule(sortUserTool, cInterfere, m_CommonParam, bearerList);
simulization.SortUserTool = new SortUser();
TDSimCell cell1;
cell1 = MockTDSimCell.CreatTDSimCell();
TDSimCell cell2;
cell2 = MockTDSimCell.CreatTDSimCell();
TDSimUser user3;
user3 = MockTDSimUser.CreatTDSimUser_CS();
TDSimUser user4;
user4 = MockTDSimUser.CreatTDSimUser_CS();
TDSimUser user1;
user1 = MockTDSimUser.CreatTDSimUser_CS();
user1.HSDPAThrowput = 100f;
user1.IsHSDPARetransmited = true;
TDSimUser user2;
user2 = MockTDSimUser.CreatTDSimUser_PS();
user2.HSDPAThrowput = 200f;
cell2.HSDPAServedUserList.Add(user3);
cell2.HSDPAServedUserList.Add(user4);
cell2.HSDPAServedUserCount = 2;
cell1.HSDPATimeslot[0].HSDPAScheduledUsers.Add(user1);
cell1.HSDPATimeslot[0].HSDPAScheduledUsers.Add(user2);
cell1.HSDPAAccessedUsers.Add(user1);
cell1.HSDPAAccessedUsers.Add(user2);
List<TDSimCell> cellList = new List<TDSimCell>();
cellList.Add(cell1);
cellList.Add(cell2);
List<TDSimUser> userList = new List<TDSimUser>();
userList.Add(user1);
userList.Add(user2);
simulization.TimeSlotSimulization = new TimeSlotSim(cellList, userList);
cellCollection.TDCells.Add(cell1);
cellCollection.TDCells.Add(cell2);
context.AddKey(ContextKeys.TranceiverList, trans);
context.AddKey(ContextKeys.TDSimCellCollection, cellCollection);
simulization.InitCells(context);
simulization.SimResultReport();
DPAResult dpaResult =(DPAResult)simulization.Run();
Assert.AreEqual(dpaResult.CellResult.Count, 2);
}