/// <summary>
/// 停止计时
/// </summary>
public void Stop()
{
if (_timer == null)
{
return;
}
_timer.Stop();
TimeEnd?.Invoke(this, null);
}
public void Change(float value)
{
time += value;
if (time <= 0)
{
time = 0;
TimeEnd?.Invoke();
}
TimeChangeEvent?.Invoke(time);
}
public void Polling(int ThreadId)
{
ShowPollingStatus();
if (DataMeasuringState == DataMeasuringState.Start)
{
_LocalIntervalCount = 0;
ShowPollingStatus();
WriteThreadId?.Invoke(ThreadId);
TimeStart?.Invoke();
//количество интервалов измерений
int countInt = 0;
foreach (var interval in Experiment.Intervals.Where(p => p.isActive))
{
countInt += interval.CenterFrequencys.Count;
}
pBarMax?.Invoke(countInt);
int Value = 0;
//StateButtunChart?.Invoke(false); //деактивация кнопок График
foreach (Interval currentInterval in Experiment.Intervals)
{
if (currentInterval.isActive)
{
ShowPollingStatus();
ShowIntervalMessage(currentInterval.IntervalSettings);
if (DataMeasuringType == DataMeasuringType.Signal)
{
currentInterval.SignalClear();
}
else
{
currentInterval.NoiseClear();
}
currentInterval.Frequencys.Clear();
//количество центральных частот в текущем интервале(>1, точек измерения получается больше, чем может отобразить прибор)
_LocalIntervalFrequencys = currentInterval.CenterFrequencys.Count;
_LocalPointCount = 0;
if (currentInterval.CenterFrequencys.Count == 0)
{
MessageBox.Show("Не возможно выполнить измерения." + Environment.NewLine + "Вероятно Вы забыли нажать кнопку 'РАССЧИТАТЬ'");
DataMeasuringState = DataMeasuringState.Clear;
return;
}
StateButtunChart?.Invoke(false, (ParametersCtrl)currentInterval.IntervalSettings.LinkToVisualControl); //деактивация кнопок График
//pBarMax?.Invoke(Experiment.Intervals.Where(p => p.isActive).Count() * currentInterval.CenterFrequencys.Count);
foreach (long currentFrequency in currentInterval.CenterFrequencys)
{
ShowPollingStatus();
while (DataMeasuringState == DataMeasuringState.Pause)
{
if (DataMeasuringState == DataMeasuringState.Interrupted)
{
if (DataMeasuringType == DataMeasuringType.Signal)
{
currentInterval.SignalClear();
}
else
{
currentInterval.NoiseClear();
}
ShowPollingStatus();
return;
}
ShowPollingStatus();
Thread.Sleep(100);
}
if (DataMeasuringState == DataMeasuringState.Interrupted)
{
if (DataMeasuringType == DataMeasuringType.Signal)
{
currentInterval.SignalClear();
}
else
{
currentInterval.NoiseClear();
}
ShowPollingStatus();
return;
}
bool dataReady = false;
if (DataMeasuringType == DataMeasuringType.Signal)
{
dataReady = ReadSignal(currentFrequency,
currentInterval.IntervalSettings.BandWidth,
currentInterval.IntervalSettings.Span,
currentInterval.IntervalSettings.Band,
currentInterval.IntervalSettings.isManuaSWPTime,
currentInterval.IntervalSettings.ManuaSWPTime);
if (dataReady)
{
if (currentInterval.Frequencys.Count != 0)
{
double[] tmpX = new double[ResultsX.Length - 1];
Array.Copy(ResultsX, 1, tmpX, 0, ResultsX.Length - 1);
double[] tmpY = new double[ResultsY.Length - 1];
Array.Copy(ResultsY, 1, tmpY, 0, ResultsY.Length - 1);
currentInterval.Frequencys.AddRange(tmpX);
currentInterval.OriginalSignal.AddRange(tmpY);
}
else
{
currentInterval.Frequencys.AddRange(ResultsX);
currentInterval.OriginalSignal.AddRange(ResultsY);
}
}
}
else
{
dataReady = ReadNoise(currentFrequency,
currentInterval.IntervalSettings.BandWidth,
currentInterval.IntervalSettings.Span,
currentInterval.IntervalSettings.Band,
currentInterval.IntervalSettings.isManuaSWPTime,
currentInterval.IntervalSettings.ManuaSWPTime);
if (dataReady)
{
if (currentInterval.Frequencys.Count != 0)
{
double[] tmpX = new double[ResultsX.Length - 1];
Array.Copy(ResultsX, 1, tmpX, 0, ResultsX.Length - 1);
double[] tmpY = new double[ResultsY.Length - 1];
Array.Copy(ResultsY, 1, tmpY, 0, ResultsY.Length - 1);
currentInterval.Frequencys.AddRange(tmpX);
currentInterval.OriginalNoise.AddRange(tmpY);
}
else
{
currentInterval.Frequencys.AddRange(ResultsX);
currentInterval.OriginalNoise.AddRange(ResultsY);
}
}
}
_LocalPointCount++;
Value++;
pBarValue?.Invoke(Value);
}
if (currentInterval.IntervalSettings.isAuto) //только для СС
{
currentInterval.Computer(); //обработка полученных сигналов измерения
}
else
{
currentInterval.Restore(); //для СС. Копирование ориг. значений без обработки
}
//сигнал, меньший шума, подтянем до уровня шума
if (currentInterval.Signal.Count != 0 && currentInterval.Noise.Count != 0)
{
for (int i = 0; i < currentInterval.Frequencys.Count; i++)
{
if (currentInterval.Signal[i] < currentInterval.Noise[i])
{
currentInterval.Signal[i] = currentInterval.Noise[i];
}
}
}
_LocalIntervalCount++;
StateButtunChart?.Invoke(true, (ParametersCtrl)currentInterval.IntervalSettings.LinkToVisualControl);
}
}
TimeEnd?.Invoke();
DataMeasuringState = DataMeasuringState.Finish;
ShowPollingStatus();
if (DataMeasuringType == DataMeasuringType.Signal)
{
SignalReadyIntervalEvent?.Invoke();
MessageBox.Show(Experiment.ExperimentSettings.HardwareSettings.HardwareType
+ "- -СЪЕМ СИГНАЛА ЗАВЕРШЕН" + Environment.NewLine
+ "Поток - " + ThreadId.ToString());
}
if (DataMeasuringType == DataMeasuringType.Noise)
{
MessageBox.Show(Experiment.ExperimentSettings.HardwareSettings.HardwareType
+ " - СЪЕМ ШУМА ЗАВЕРШЕН" + Environment.NewLine
+ "Поток - " + ThreadId.ToString());
NoiseReadyIntervalEvent?.Invoke();
}
pBarValue?.Invoke(0);
pBarMax?.Invoke(0);
// StateButtunChart?.Invoke(true); //активация кнопок График
}
}