/// <summary>
/// 计算二阶互调
/// </summary>
/// <param name="transmitter">计算互调用发射机</param>
/// <param name="max">计算互调用发射机在发射机组中位置</param>
private void CalculateSecondOrderIM(Transmitter transmitter1, Transmitter transmitter2)
{
Transmitter minTransmitter, maxTransmitter;
if (transmitter1.Freq > transmitter2.Freq)
{
minTransmitter = transmitter2;
maxTransmitter = transmitter1;
}
else
{
minTransmitter = transmitter1;
maxTransmitter = transmitter2;
}
if (this.currentReceiver.IsValidatingFreq(minTransmitter.Freq + maxTransmitter.Freq))
{
SecondOrderIMItem item = new SecondOrderIMItem(new ComparableFreq[] { minTransmitter.ComparableFreq, maxTransmitter.ComparableFreq }, new int[] { 1, 1 });
item.DisturbedFreqs = new ComparableFreq[] { this.currentReceiver.ComparableFreq };
this.imResult.RegisterIMItem(item);
}
if (this.currentReceiver.IsValidatingFreq(maxTransmitter.Freq - minTransmitter.Freq))
{
SecondOrderIMItem item = new SecondOrderIMItem(new ComparableFreq[] { maxTransmitter.ComparableFreq, minTransmitter.ComparableFreq }, new int[] { 1, -1 });
item.DisturbedFreqs = new ComparableFreq[] { this.currentReceiver.ComparableFreq };
this.imResult.RegisterIMItem(item);
}
}
private void CalcStationSecondOrderIM(Transmitter transmitter, int max)
{
Transmitter minTransmitter, maxTransmitter;
if (this.stationtransmitters[max].Freq > transmitter.Freq)
{
minTransmitter = transmitter;
maxTransmitter = stationtransmitters[max];
}
else
{
minTransmitter = stationtransmitters[max];
maxTransmitter = transmitter;
}
if (this.currentReceiver.IsValidatingFreq(minTransmitter.Freq + maxTransmitter.Freq))
{
SecondOrderIMItem item = new SecondOrderIMItem(new ComparableFreq[] { minTransmitter.ComparableFreq, maxTransmitter.ComparableFreq }, new int[] { 1, 1 });
item.DisturbedFreqs = new ComparableFreq[] { this.currentReceiver.ComparableFreq };
this.imResult.RegisterIMItem(item);
}
if (this.currentReceiver.IsValidatingFreq(maxTransmitter.Freq - minTransmitter.Freq))
{
SecondOrderIMItem item = new SecondOrderIMItem(new ComparableFreq[] { maxTransmitter.ComparableFreq, minTransmitter.ComparableFreq }, new int[] { 1, -1 });
item.DisturbedFreqs = new ComparableFreq[] { this.currentReceiver.ComparableFreq };
this.imResult.RegisterIMItem(item);
}
}
/// <summary>
/// 计算二阶互调
/// </summary>
/// <param name="min">计算互调用较小频率在发射机组中位置</param>
/// <param name="max">计算互调用较大频率在发射机组中位置</param>
private void CalcSecondOrderIM(int min, int max)
{
if (this.currentReceiver.IsValidatingFreq(this.stationtransmitters[min].Freq + this.stationtransmitters[max].Freq))
{
SecondOrderIMItem item = new SecondOrderIMItem(new ComparableFreq[] { this.stationtransmitters[min].ComparableFreq, this.stationtransmitters[max].ComparableFreq }, new int[] { 1, 1 });
item.DisturbedFreqs = new ComparableFreq[] { this.currentReceiver.ComparableFreq };
this.imResult.RegisterIMItem(item);
}
else if (this.currentReceiver.IsValidatingFreq(this.stationtransmitters[max].Freq - this.stationtransmitters[min].Freq))
{
SecondOrderIMItem item = new SecondOrderIMItem(new ComparableFreq[] { this.stationtransmitters[max].ComparableFreq, this.stationtransmitters[min].ComparableFreq }, new int[] { 1, -1 });
item.DisturbedFreqs = new ComparableFreq[] { this.currentReceiver.ComparableFreq };
this.imResult.RegisterIMItem(item);
}
}