//private void InitData()
//{
// compareFreqs = new ComparableFreq[6];
// compareFreqs[0] = new ComparableFreq(18, 0, 2, "1");
// compareFreqs[1] = new ComparableFreq(19, 0, 2, "2");
// compareFreqs[2] = new ComparableFreq(20, 0, 2, "3");
// compareFreqs[3] = new ComparableFreq(20, 0, 4, "4");
// compareFreqs[4] = new ComparableFreq(21, 0, 2, "5");
// compareFreqs[5] = new ComparableFreq(22, 0, 4, "6");
// datagrid.ItemsSource = compareFreqs;
// calcFreqs = new ComparableFreq[1];
// calcFreqs[0] = new ComparableFreq(20, 0, 2, "1");
// //互调干扰数据源
// //接收 new EMCGeographyCoordinate(109, 36.01)
// receivers = new Receiver[1];
// receivers[0] = new Receiver("1",
// new ComparableFreq(30, 0,2, "1"),
// new ReceiverParams()
// {
// TuningRangeStart = new EMCFreqValue(EMCFreqUnitEnum.MHZ, 8),
// TuningRangeEnd = new EMCFreqValue(EMCFreqUnitEnum.MHZ, 32),
// IFBand = new EMCFreqValue(EMCFreqUnitEnum.MHZ, 4),
// Sensitivity = -1000,
// SensitivityUnit = SensitivityUnitEnum.dBm
// }, null );
// //发射 new EMCGeographyCoordinate(109, 36)
// transmitters = new Transmitter[4];
// transmitters[0] = new Transmitter("4", new ComparableFreq(10, 2, "2"),
// new TransmitterParams()
// {
// TuningRangeStart = new EMCFreqValue(EMCFreqUnitEnum.MHZ, 9),
// TuningRangeEnd = new EMCFreqValue(EMCFreqUnitEnum.MHZ, 15),
// Power = new EMCPowerValue(EMCPowerUnitEnum.W, 10)
// }, null
// );
// transmitters[1] = new Transmitter("5", new ComparableFreq(15, 2, "1"),
// new TransmitterParams()
// {
// TuningRangeStart = new EMCFreqValue(EMCFreqUnitEnum.MHZ, 10),
// TuningRangeEnd = new EMCFreqValue(EMCFreqUnitEnum.MHZ, 18),
// Power = new EMCPowerValue(EMCPowerUnitEnum.W, 10)
// }, null);
// transmitters[2] = new Transmitter("6", new ComparableFreq(20, 2, "1"),
// new TransmitterParams()
// {
// TuningRangeStart = new EMCFreqValue(EMCFreqUnitEnum.MHZ, 19),
// TuningRangeEnd = new EMCFreqValue(EMCFreqUnitEnum.MHZ, 22),
// Power = new EMCPowerValue(EMCPowerUnitEnum.W, 10)
// },
// null);
// transmitters[3] = new Transmitter("7", new ComparableFreq(40, 2, "2"),
// new TransmitterParams()
// {
// TuningRangeStart = new EMCFreqValue(EMCFreqUnitEnum.MHZ, 35),
// TuningRangeEnd = new EMCFreqValue(EMCFreqUnitEnum.MHZ, 45),
// Power = new EMCPowerValue(EMCPowerUnitEnum.W, 10)
// },
// null);
// transdatagrid.ItemsSource = transmitters;
//}
/// <summary>
/// 同频计算
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void BtnSameFreq_Click(object sender, RoutedEventArgs e)
{
//AnalysisType analysisType = AnalysisType.None ;
//InterferenceAnalysisResult result = InterferenceAnalysis.Calculator(analysisType,compareFreqs, transmitters, receivers);
this.samefreqresult.Text = null;
SameFreqCalculator samefreqCalc = new SameFreqCalculator(calcFreqs, compareFreqs);
SameFreqCompareResult[] samecompareResult = samefreqCalc.CalcSameFreqInterference();
StringBuilder strmsg = new StringBuilder();
if (samecompareResult != null && samecompareResult.Length > 0)
{
for (int i = 0; i < samecompareResult.Length; i++)
{
SameFreqCompareResult sameresult = samecompareResult[i];
ComparableFreq ifreq = sameresult.Keys[0];
strmsg.AppendFormat("{0}:受干扰频率:ID:{1},频率:{2},带宽:{3} \r", i + 1, ifreq.FreqID, ifreq.Freq, ifreq.Band);
strmsg.Append(" 干扰频率:");
string disfreq = string.Empty;
foreach (ComparableFreq item in sameresult.Values)
{
strmsg.AppendFormat("干扰频率:ID:{0},频率:{1},带宽:{2}\r", item.FreqID, item.Freq, item.Band);
}
strmsg.Append("\r");
}
}
this.samefreqresult.Text = strmsg.ToString();
}
/// <summary>
///
/// </summary>
/// <param name="equs">设备集合</param>
/// <param name="aroundstation">周围台站集合</param>
/// <param name="analysisType">非法信息</param>
/// <returns></returns>
public static InterferenceAnalysisResult Calculator(List <ActivityEquipment> equs, List <ActivitySurroundStation> aroundstation,
AnalysisType analysisType)
{
ConvertToCalcCondition(equs, aroundstation);
InterferenceAnalysisResult Interfresult = new InterferenceAnalysisResult();
if ((analysisType & AnalysisType.SameFreq) == AnalysisType.SameFreq)
{
//同频干扰计算
SameFreqCalculator samefreqCalc = new SameFreqCalculator(EquFreqs, StationFreqs);
SameFreqCompareResult[] sameInterfResult = samefreqCalc.CalcSameFreqInterference();
if (sameInterfResult != null && sameInterfResult.Length > 0)
{
Interfresult.SameFreqInterfResult = sameInterfResult;
Interfresult.SameFreqInterfResultCount = sameInterfResult.Length;
}
}
if ((analysisType & AnalysisType.ADJFreq) == AnalysisType.ADJFreq)
{
//邻频干扰计算
AdjFreqCalculator adjfreqCalc = new AdjFreqCalculator(EquFreqs, StationFreqs);
AdjFreqCompareResult[] adjInterfResult = adjfreqCalc.CalcAdjFreqInterference();
if (adjInterfResult != null && adjInterfResult.Length > 0)
{
Interfresult.ADJFreqInterfResult = adjInterfResult;
Interfresult.ADJFreqInterfResultCount = adjInterfResult.Length;
}
}
if ((analysisType & AnalysisType.IM) == AnalysisType.IM)
{
//互调干扰计算
IMOrder order = IMOrder.Second | IMOrder.Third | IMOrder.Fifth;
IMAnalysisResult imresult = new IMAnalysisResult();
IMCalculator calculator = new IMCalculator(EquTransmitters, EquReceivers, StationTransmitters, StationReceivers);
imresult.SetReceiverImResult(calculator.CalcReceiverIMInterference(order));
//imresult.SetTransmitterImResult(calculator.CalcTransmitterIMInterference());
if (imresult != null)
{
Interfresult.IMInterfResult = imresult;
int transcount = 0;
int receivcount = 0;
if (imresult.GetReceiverImResult() != null && imresult.GetReceiverImResult().Values.Length > 0)
{
receivcount = imresult.GetReceiverImResult().Values.Length;
}
//if (imresult.GetTransmitterImResult() != null && imresult.GetTransmitterImResult().Values.Length > 0)
//{
// transcount = imresult.GetTransmitterImResult().Values.Length;
//}
Interfresult.IMInterfResultCount = transcount + receivcount;
}
}
return(Interfresult);
}