private void RenderWave()
{
if (this.maxFrequency.Value > 0.0 && this.pluseType != PluseType.None)
{
double tao = 0.0;
//Compute the time domain data
double[] tSteps;
double[] pluses = MathUtility.GetPulseSerials(minFrequency.Value, maxFrequency.ChangeUnit(Frequency.FrequencyUnit.Hz), lossness, pluseType, serialsLength, ref tao, out tSteps);
//Compute the frequency data
double[] fSteps;
double[] ffts = MathUtility.ComputeFrequencyData(pluseType, tao, maxFrequency.ChangeUnit(Frequency.FrequencyUnit.Hz), serialsLength, out fSteps);
double[] lossNew = new double[serialsLength];
double value = 1.0 / Math.Pow(10.0, lossness / 20.0);
for (int i = 0; i < serialsLength; i++)
{
lossNew[i] = value;
}
//Render the wave
RenderTimeDomainWave(tSteps, pluses);
RenderFrequencyDomainWave(fSteps, ffts, lossNew);
}
else
{
RenderTimeDomainWave(null, null);
RenderFrequencyDomainWave(null, null, null);
}
}
private void ResetTimeDelay()
{
float phase = this.txtPhase.Value;
Frequency frequency = new Frequency(this.txtFreq.Value, (Frequency.FrequencyUnit) this.cboFreqUnit.SelectedItem);
if (frequency.Value > 0.0)
{
float timeDelay = (float)MathUtility.ComputeTimeDelay(phase, frequency.ChangeUnit(Frequency.FrequencyUnit.Hz));
//Set this value to txtTimeDelay
txtTimeDelay.Value = new Time(timeDelay, Time.TimeUnit.sec).ChangeUnit((Time.TimeUnit)cboTimeDelayUnit.SelectedItem);
}
}
private void ResetPhase()
{
Time timeDelay = new Time(this.txtTimeDelay.Value, (Time.TimeUnit)cboTimeDelayUnit.SelectedItem);
Frequency frequency = new Frequency(this.txtFreq.Value, (Frequency.FrequencyUnit) this.cboFreqUnit.SelectedItem);
txtPhase.Value = (float)MathUtility.ComputePhase(timeDelay.ChangeUnit(Time.TimeUnit.sec), frequency.ChangeUnit(Frequency.FrequencyUnit.Hz));
}
