/// <summary>
/// 获取设计条件
/// </summary>
/// <returns>设计条件</returns>
public override string[] GetConditions()
{
string[] conditions =
{
GetType().Name,
Math_Psys.ToString(),
Math_Vin_min.ToString(),
Math_Vin_max.ToString(),
Math_Vo.ToString(),
Function.IntArrayToString(NumberRange),
Function.StringArrayToString(TopologyRange),
Function.DoubleArrayToString(FrequencyRange, 1e-3)
};
return(conditions);
}
/// <summary>
/// 获取设计条件
/// </summary>
/// <returns>设计条件</returns>
public override string[] GetConditions()
{
string[] conditions;
if (IsInputVoltageVariation)
{
conditions = new string[]
{
GetType().Name + "_TwoStage",
Math_Psys.ToString(),
Math_Vin_min.ToString(),
Math_Vin_max.ToString(),
Math_Vo.ToString(),
Function.IntArrayToString(Math_No_Range),
Function.IntArrayToString(NumberRange),
Function.StringArrayToString(TopologyRange),
Function.DoubleArrayToString(FrequencyRange, 1e-3),
Function.DoubleArrayToString(Math_Q_Range),
Function.DoubleArrayToString(Math_k_Range),
};
}
else
{
conditions = new string[]
{
GetType().Name,
Math_Psys.ToString(),
Math_Vin.ToString(),
Math_Vo.ToString(),
Function.IntArrayToString(Math_No_Range),
Function.IntArrayToString(NumberRange),
Function.StringArrayToString(TopologyRange),
Function.DoubleArrayToString(FrequencyRange, 1e-3),
Function.DoubleArrayToString(Math_Q_Range),
Function.DoubleArrayToString(Math_k_Range),
};
}
return(conditions);
}