/// <summary>
/// 获取测试波形各阶的相位谱
/// </summary>
/// <returns></returns>
public ArrayPair <double, double>[] GetPhaseSpectrum()
{
ArrayPair <double, double>[] spectrums = new ArrayPair <double, double> [refWaveform.Steps];
for (ushort i = 0; i < spectrums.Length; i++)
{
double[] xData = new double[analyzer.GetSpectrumLength((ushort)(i + 1))];
double[] yData = new double[analyzer.GetSpectrumLength((ushort)(i + 1))];
spectrums[i] = new ArrayPair <double, double>(xData, yData);
}
double maxFrequency = refWaveform.GetSampleRate() / 2;
for (ushort stepIndex = 1; stepIndex < refWaveform.Steps; stepIndex++)
{
uint spectrumLength = analyzer.GetSpectrumLength(stepIndex);
double frequencyStep = maxFrequency / spectrumLength;
for (int j = 0; j < spectrumLength; j++)
{
spectrums[stepIndex].XData[j] = (j + 1) * frequencyStep;
}
analyzer.GetPhaseSpectrum(spectrums[stepIndex].YData, stepIndex);
}
return(spectrums);
}
public void ShowResult()
{
ArrayPair <double, double> responses = _analyzer.GetResponse();
easyChart_response.Plot(responses.XData, responses.YData);
ArrayPair <double, double> thds = _analyzer.GetTHD();
easyChart_thd.Plot(thds.XData, thds.YData);
}
public void ShowResult()
{
StringBuilder dispResult = new StringBuilder();
string newLine = Environment.NewLine;
const string delim = ",";
dispResult.Append("PeakToPeak(V):").Append(newLine).Append(_analyzer.GetPeakToPeak()).Append(newLine);
dispResult.Append("THD(db):").Append(newLine).Append(_analyzer.GetTHDInDb()).Append(newLine);
dispResult.Append("Noise Ratio(db):").Append(newLine).Append(_analyzer.GetNoiseRatioInDb()).Append(newLine);
dispResult.Append("Thd Plus Noise Ratio(dB):")
.Append(newLine)
.Append(_analyzer.GetNoiseRatioInDb())
.Append(newLine);
ArrayPair <double, double> harmonicPower = _analyzer.GetHarmonicPower();
dispResult.Append("Harmoic Power:").Append(newLine).Append(harmonicPower.YData[0]).Append(delim)
.Append(harmonicPower.YData[1]).Append(delim).Append(harmonicPower.YData[2]).Append(delim).
Append(harmonicPower.YData[3]).Append(delim).Append(harmonicPower.YData[4]).Append(delim).
Append(harmonicPower.YData[5]);
textBox_result.Text = dispResult.ToString();
}
public void ShowResult()
{
// easyChart_power.Plot(frequency, powerSpectrum);
ArrayPair <double, double> powerSpectrum = _analyzer.GetPowerSpectrum();
easyChart_power.Plot(powerSpectrum.XData, powerSpectrum.YData);
// easyChart_phase.Plot(frequency, phaseSpectrum);
ArrayPair <double, double> phaseSpectrum = _analyzer.GetPhaseSpectrum();
easyChart_phase.Plot(phaseSpectrum.XData, phaseSpectrum.YData);
StringBuilder dispResult = new StringBuilder();
string newLine = System.Environment.NewLine;
dispResult.Append("Amplitude(V):").Append(newLine).Append(_analyzer.GetPeakToPeak()).Append(newLine);
dispResult.Append("AC RMS(V):").Append(newLine).Append(_analyzer.GetACRms()).Append(newLine);
dispResult.Append("DC RMS(V):").Append(newLine).Append(_analyzer.GetDCRms()).Append(newLine);
dispResult.Append("Max(V):").Append(newLine).Append(_analyzer.GetMax()).Append(newLine);
dispResult.Append("Min(V):").Append(newLine).Append(_analyzer.GetMin()).Append(newLine);
dispResult.Append("TD+N(dB):").Append(newLine).Append(_analyzer.GetTDPlusN()).Append(newLine);
textBox_result.Text = dispResult.ToString();
}
public void ShowResult()
{
ArrayPair <double, double> crossTalk = _analyzer.GetCrossTalk();
easyChart_corssTalk.Plot(crossTalk.XData, crossTalk.YData);
}
public static void Main(string[] args)
{
/* Problem 01 = Bubble Sort */
System.Console.WriteLine("Problem 01 = Bubble Sort");
var bubbleSort = BubbleSort.Of();
bubbleSort.Execute();
bubbleSort.Show();
/*
* Console
* Array initial => [2] [1] [20] [5] [9] [10] [7] [8] [6] [0] [11]
* Sorted array => [0] [1] [2] [5] [6] [7] [8] [9] [10] [11] [20]
*/
/* Problem 02 = Array pair */
System.Console.WriteLine("\nProblem 02 = Array pair");
var arrayPair = ArrayPair.Of();
arrayPair.Execute();
arrayPair.Show();
/*
* Console
* Result => [7]
*/
/* Problem 03 = Matrix Parallel */
System.Console.WriteLine("\nProblem 03 = Matrix Parallel");
/* Matrix settings */
var matrix = Matrix.Of(
lineA: 2,
columnA: 2,
lineB: 2,
columnB: 2
);
var matrixParallel = MatrixParallel.Of(matrix);
/* Factor (Optional) */
matrixParallel.FactorA = 10;
matrixParallel.FactorB = 20;
matrixParallel.Execute();
matrixParallel.Show();
/*
* Console: Example A(2x2), B(2x2)
* Parallel - Elements of Matrix A
* [0, 0] = 9
* [0, 1] = 2
* [1, 0] = 7
* [1, 1] = 4
* Parallel - Elements of Matrix B
* [0, 0] = 18
* [0, 1] = 16
* [1, 0] = 18
* [1, 1] = 3
* Parallel - Elements of Matrix Resulting (A X B)
* [0, 0] = 198
* [0, 1] = 150
* [1, 0] = 198
* [1, 1] = 124
*/
}
