/// <summary>
/// 窗体收到频谱分析执行成功的消息后，调用该函数，将其告之循环
/// </summary>
internal void Spectrum_Succed()
{
float dBmValue = float.MinValue;
float dBmNoise = 0;
PointF[] values;
//获取频谱分析数据
values = (PointF[])ISpectrumObj.GetSpectrumData();
//在取得的频谱分析数据中，搜索Y值最大点，将其Y值作为收信值
for (int J = 0; J < values.Length; J++)
{
if (values[J].Y > dBmValue)
{
dBmValue = values[J].Y;
}
}
//计算平均底噪
for (int K = 0; K < values.Length; K++)
{
if (values[K].Y != dBmValue)
{
dBmNoise += values[K].Y;
}
}
dBmNoise = dBmNoise / values.Length;
//构造扫描结果值对象
sweepValue.dBmValue = dBmValue;
sweepValue.dBmNosie = dBmNoise;
}
/// <summary>
/// 窗体收到频谱分析执行成功的消息后，调用该函数，将其告之循环
/// </summary>
public void Spectrum_Succed()
{
bool bQuit = false;
float dBmValue = float.MinValue;
float dBmNoise = 0;
PointF[] values;
bQuit = ctrl.Quit;
if (!bQuit)
{
//获取频谱分析数据
values = (PointF[])ISpectrumObj.GetSpectrumData();
if (values == null)
{
return;
}
//在取得的频谱分析数据中，搜索Y值最大点，将其Y值作为收信值
for (int J = 0; J < values.Length; J++)
{
if (values[J].Y > dBmValue)
{
dBmValue = values[J].Y;
}
}
//计算平均底噪
for (int K = 0; K < values.Length; K++)
{
if (values[K].Y != dBmValue)
{
dBmNoise += values[K].Y;
}
}
dBmNoise = dBmNoise / values.Length;
//构造扫描结果值对象
sweepValue.dBmValue = dBmValue;
sweepValue.dBmNosie = dBmNoise;
}
}
