public void R4_ConvergenceJuge_Excute_Test1()
{
m_R4_ConvergenceJuge = new R4_ConvergenceJuge(m_Param);
m_tdCells = new List<TDSimCell>();
bool actual = m_R4_ConvergenceJuge.Excute(4, m_tdCells);
Assert.AreEqual(true, actual);
}
public void R4_ConvergenceJuge_Excute_Test3()
{
m_R4_ConvergenceJuge = new R4_ConvergenceJuge(m_Param);
m_tdCells = MockTDSimCellList.CreatTDSimCellList();
bool actual = m_R4_ConvergenceJuge.Excute(-1, m_tdCells);
Assert.AreEqual(false, actual);
}
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);
}
/// <summary>
/// 收敛判断
/// </summary>
/// <param name="iteNum"></param>
/// <returns></returns>
private bool JugeConvegence(int iteNum)
{
m_ConverJuge = new R4_ConvergenceJuge(m_CommonParam);
return m_ConverJuge.Excute(iteNum, m_CommonParam.R4Cells);
}