/// <summary>
/// 构造函数
/// </summary>
/// <param name="equipID">所属设备编号</param>
/// <param name="freq">发射频率</param>
/// <param name="transmitter">发射机参数</param>
/// <param name="coordinate">地理坐标</param>
public Transmitter(string equipID, ComparableFreq freq, TransmitterParams transmitter, EMCGeographyCoordinate coordinate)
{
this.equipID = equipID;
this.freqValue = freq;
this.transmitterParams = transmitter;
this.coordinate = coordinate;
}
/// <summary>
/// 向结果中增加上邻频信息
/// </summary>
/// <param name="freq">参考频率</param>
/// <param name="disturbFreq">参考频率的上邻频频率</param>
private void AddLowerAdjCompareResult(ComparableFreq freq, ComparableFreq disturbFreq, string interfdescribe)
{
disturbFreq.InterfereResult = interfdescribe;
AdjFreqCompareResult result;
List <ComparableFreq> list;
if (!this.resultList.TryGetValue(freq, out result))
{
if (this.dicFreqMapping.TryGetValue(freq, out list))
{
ComparableFreq[] freqArray = new ComparableFreq[dicFreqMapping[freq].Count + 1];
freqArray[0] = freq;
dicFreqMapping[freq].CopyTo(freqArray, 1);
result = new AdjFreqCompareResult(freqArray);
}
else
{
result = new AdjFreqCompareResult(freq);
}
this.resultList.Add(freq, result);
}
result.AddLowerAdjFreq(disturbFreq);
if (this.dicFreqMapping.TryGetValue(disturbFreq, out list))
{
result.AddLowerAdjFreq(list.ToArray());
}
}
/// <summary>
/// 取台站的频率，转成ComparableFreq
/// </summary>
/// <param name="aroundstations"></param>
/// <returns></returns>
private static ComparableFreq[] GetStationFreqs(List <ActivitySurroundStation> stations)
{
List <ComparableFreq> freqs = new List <ComparableFreq>();
if (stations != null)
{
foreach (ActivitySurroundStation station in stations)
{
if (station.EmitInfo != null)
{
foreach (StationEmitInfo freqem in station.EmitInfo)
{
//只计算频点干扰,不计算频段干扰
if (freqem.FreqType == FreqType.频点)
{
double freqEC = freqem.FreqEC.Value;
double band = freqem.FreqBand;
ComparableFreq freq = new ComparableFreq(freqEC, 0, band, station.STATGUID);
if (!freqs.Contains(freq))
{
freqs.Add(freq);
}
}
}
}
}
}
return(freqs.ToArray());
}
//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>
/// 构造函数
/// </summary>
/// <param name="equipID">设备编号</param>
/// <param name="freqValue">接收机频率</param>
/// <param name="receiverParams">接收机参数</param>
/// <param name="coordinate">接收机坐标</param>
public Receiver(string equipID, ComparableFreq freqValue, ReceiverParams receiverParams, EMCGeographyCoordinate coordinate)
{
this.equipID = equipID;
this.receiverParams = receiverParams;
this.freqValue = freqValue;
this.coordinate = coordinate;
}
/// <summary>
/// 向结果中添加同频结果
/// </summary>
/// <param name="freq">检索同频干扰关键字</param>
/// <param name="disturbFreq">同频干扰频率 </param>
private void Add(ComparableFreq freq, ComparableFreq disturbFreq)
{
SameFreqCompareResult result;
List <ComparableFreq> list;
if (!this.resultList.TryGetValue(freq, out result))
{
if (this.dicFreqMapping.TryGetValue(freq, out list))
{
ComparableFreq[] freqArray = new ComparableFreq[dicFreqMapping[freq].Count + 1];
freqArray[0] = freq;
dicFreqMapping[freq].CopyTo(freqArray, 1);
result = new SameFreqCompareResult(freqArray);
}
else
{
result = new SameFreqCompareResult(freq);
}
this.resultList.Add(freq, result);
}
result.AddFreq(disturbFreq);
if (this.dicFreqMapping.TryGetValue(disturbFreq, out list))
{
result.AddFreqRange(list.ToArray());
}
}
/// <summary>
/// 获取同频映射表
/// </summary>
/// <param name="freq">用于比较的频率</param>
/// <returns>和当前参数指定频率完全一直的频率组</returns>
public ComparableFreq[] GetSameFreqMapping(ComparableFreq freq)
{
List <ComparableFreq> listFreq;
if (this.sameFreqMapping.TryGetValue(freq, out listFreq))
{
return(listFreq.ToArray());
}
return(new ComparableFreq[0]);
}
/// <summary>
/// 获取所有参与计算的频率
/// </summary>
/// <param name="item">要计算的互调项目</param>
/// <returns>参与计算的频率</returns>
private ComparableFreq[] GetCalcFreqs(IMItemBase item)
{
ComparableFreq[] resultFreqs = new ComparableFreq[item.CalcFreqCount + 1];
for (int i = 0; i < item.CalcFreqCount; i++)
{
resultFreqs[i] = item[i];
}
resultFreqs[item.CalcFreqCount] = item.DisturbedFreqs[0];
return(resultFreqs);
}
/// <summary>
/// 登记五阶互调
/// </summary>
/// <param name="one">计算互调用频率</param>
/// <param name="other">另一个计算互调用频率</param>
private void RegisterFifthOrderIMItem(ComparableFreq one, ComparableFreq other)
{
double freqValue = one.Freq * 3 - other.Freq * 2;
if (freqValue > 0 && this.currentReceiver.IsValidatingFreq(freqValue))
{
FifthIMItem item = new FifthIMItem(new ComparableFreq[] { one, other }, new int[] { 3, -2 });
item.DisturbedFreqs = new ComparableFreq[] { this.currentReceiver.ComparableFreq };
this.imResult.RegisterIMItem(item);
}
}
/// <summary>
/// 判断干扰公式是否涉及参数指定频率
/// </summary>
/// <param name="freq">判定频率</param>
/// <returns>判断结果:true,公式中使用的该频率;false,公式中未使用该频率</returns>
public bool ReferFreq(ComparableFreq freq)
{
foreach (ComparableFreq compareFreq in this.imFreqs)
{
if (freq.Equals(compareFreq))
{
return(true);
}
}
foreach (ComparableFreq compareFreq in this.disturbedFreqs)
{
if (freq.Equals(compareFreq))
{
return(true);
}
}
return(false);
}
/// <summary>
/// 获取参数指定频率参与的互调公式
/// </summary>
/// <param name="freq">参考频率</param>
/// <returns>互调结果</returns>
public IMCompareResult GetIMCompareResult(ComparableFreq freq)
{
IMCompareResult result = new IMCompareResult(this.sameFreqMapping);
ComparableFreq keyFreq = freq;
foreach (ComparableFreq key in sameFreqMapping.Keys)
{
if (freq.IsValueEquals(key))
{
keyFreq = key;
break;
}
}
foreach (IMItemBase item in this.imList)
{
if (item.ReferFreq(freq))
{
result.RegisterIMItem(item);
}
}
return(result);
}
/// <summary>
/// 领频计算
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void BtnAdjFreq_Click(object sender, RoutedEventArgs e)
{
adjfreqresult.Text = null;
AdjFreqCalculator adjfreqCalc = new AdjFreqCalculator(calcFreqs, compareFreqs);
AdjFreqCompareResult[] adjcompareResult = adjfreqCalc.CalcAdjFreqInterference();
StringBuilder strmsg = new StringBuilder();
if (adjcompareResult != null && adjcompareResult.Length > 0)
{
for (int i = 0; i < adjcompareResult.Length; i++)
{
AdjFreqCompareResult adjresult = adjcompareResult[i];
ComparableFreq ifreq = adjresult.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);
//上邻频干扰
if (adjresult.HasUpperAdjFreq)
{
foreach (ComparableFreq item in adjresult.UpperAdjFreqs)
{
strmsg.AppendFormat("上邻频干扰:ID:{0},频率:{1},带宽:{2} \r", item.FreqID, item.Freq, item.Band);
}
}
//下邻频干扰
if (adjresult.HasLowerAdjFreq)
{
foreach (ComparableFreq item in adjresult.LowerAdjFreqs)
{
strmsg.AppendFormat("下邻频干扰:ID:{0},频率:{1},带宽:{2} \r", item.FreqID, item.Freq, item.Band);
}
}
strmsg.Append("\r");
}
}
adjfreqresult.Text = strmsg.ToString();
}
/// <summary>
/// 互调干扰
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void BtnIM_Click(object sender, RoutedEventArgs e)
{
imresult.Text = null;
IMOrder order = IMOrder.Second | IMOrder.Third | IMOrder.Fifth;
IMAnalysisResult result = new IMAnalysisResult();
IMCalculator calculator = new IMCalculator(transmitters, receivers, transmitters, receivers);
result.SetReceiverImResult(calculator.ReceiverIM(order));
result.SetTransmitterImResult(calculator.TransmitterIM());
StringBuilder strmsg = new StringBuilder();
int index = 0;
//接收互调
IMCompareResult receiverResult = result.GetReceiverImResult();
if (receiverResult != null)
{
strmsg.Append("接收机互调干扰: \r");
IMItemBase imBase = null;
for (int i = 0; i < receiverResult.Values.Length; i++)
{
imBase = receiverResult.Values[i];
for (int j = 0; j < imBase.DisturbedFreqs.Length; j++)
{
index++;
ComparableFreq disfreq = imBase.DisturbedFreqs[j];
strmsg.AppendFormat("{0}:受干扰接收机: 频率ID:{1},频率:{2},带宽:{3} \r", index, disfreq.FreqID, disfreq.Freq, disfreq.Band);
strmsg.AppendFormat("干扰阶数:{0},干扰公式:{1} \r", GetIMOrder(imBase.Order), imBase.Formula);
for (int k = 0; k < imBase.IMFreqs.Length; k++)
{
strmsg.AppendFormat("干扰频率{0}:频率:{1},带宽:{2} \r", k + 1, imBase.IMFreqs[k].Freq, imBase.IMFreqs[k].Band);
}
strmsg.Append("\r");
}
}
}
//发射机互调
IMCompareResult transResult = result.GetTransmitterImResult();
if (transResult != null && transResult.Values.Length > 0)
{
strmsg.Append("发射机互调干扰: \r");
IMItemBase imBase = null;
index = 0;
for (int i = 0; i < transResult.Values.Length; i++)
{
imBase = transResult.Values[i];
for (int j = 0; j < imBase.DisturbedFreqs.Length; j++)
{
index++;
ComparableFreq disfreq = imBase.DisturbedFreqs[j];
strmsg.AppendFormat("{0}:受干扰发射机: 频率ID:{1},频率:{2},带宽:{3} \r", index, disfreq.FreqID, disfreq.Freq, disfreq.Band);
strmsg.AppendFormat("干扰阶数:{0},干扰公式:{1} \r", GetIMOrder(imBase.Order), imBase.Formula);
for (int k = 0; k < imBase.IMFreqs.Length; k++)
{
strmsg.AppendFormat("干扰频率{0}:频率:{1},带宽:{2} \r", k + 1, imBase.IMFreqs[k].Freq, imBase.IMFreqs[k].Band);
}
strmsg.Append("\r");
}
}
}
imresult.Text = strmsg.ToString();
}
/// <summary>
/// 向结果中添加频率
/// </summary>
/// <param name="freq">待添加频率</param>
public void AddFreq(ComparableFreq freq)
{
this.list.Add(freq);
}
/// <summary>
/// 构造函数
/// </summary>
/// <param name="key">用于获取结果的频率</param>
public SameFreqCompareResult(ComparableFreq key)
{
this.keys = new ComparableFreq[1];
this.keys[0] = key;
}
/// <summary>
/// 构造函数
/// </summary>
/// <param name="freq">计算邻频的频率</param>
public AdjFreqCompareResult(ComparableFreq freq)
{
this.keys = new ComparableFreq[1];
this.keys[0] = freq;
}