public void ConnectBoard()
{
try
{
switch (BoardType)
{
case BoardType.JYPCI69527:
AITask = new JYPCI69527AITaskImpl(BoardId);
AOTask = new JYPCI69527AOTaskImpl(BoardId);
break;
case BoardType.JYPXI69527:
AITask = new JYPXI69527AITaskImpl(BoardId);
AOTask = new JYPXI69527AOTaskImpl(BoardId);
break;
case BoardType.JYUSB61902:
AITask = new JYUSB61902AITaskImpl(BoardId);
AOTask = new JYUSB61902AOTaskImpl(BoardId);
break;
}
this.AppStateMachine.Status = BoardStatus.Connected;
}
catch (Exception)
{
this.AppStateMachine.Status = BoardStatus.Disconnect;
throw;
}
}
public void Start()
{
if (null == tableLayoutPanel_waveConfig.Controls[0])
{
return;
}
double sampleRate = (double)numericUpDown_sampleRate.Value;
Generator waveGenerator = tableLayoutPanel_waveConfig.Controls[0] as Generator;
AITask.AITask input = _globalInfo.AITask;
AOTask.AOTask output = _globalInfo.AOTask;
output.SetUpdateRate(sampleRate);
input.SetSampleRate(sampleRate);
double channelRange = waveGenerator.GetAmplitude();
output.AddChannel(comboBox_aoChannel.SelectedIndex, -1 * channelRange, channelRange);
input.AddChannel(comboBox_refChannel.SelectedIndex, -1 * channelRange, channelRange);
input.AddChannel(comboBox_testChannel.SelectedIndex, -1 * channelRange, channelRange);
double[] outData = waveGenerator.Generate();
output.SetSamplesToUpdate(outData.Length);
double outTime = outData.Length / output.GetUpdateRate();
input.SetSamplesToAcquire((int)(outTime * input.GetSampleRate() * GlobalInfo.ExtraReadTime));
output.WriteData(outData, -1);
input.Start();
output.Start();
double[,] readWaveform = new double[input.GetSamplesToAcquire(), 2];
input.ReadData(ref readWaveform, readWaveform.GetLength(0), GlobalInfo.ReadTimeOut);
double[,] plotData = new double[readWaveform.GetLength(1), readWaveform.GetLength(0)];
ArrayManipulation.Transpose(readWaveform, ref plotData);
// easyChart_data.Plot(plotData);
_globalInfo.Mainform.Invoke(new Action <double[, ], double, double>(easyChart_data.Plot), plotData, 0, 1);
_refData = new double[plotData.GetLength(1)];
_testData = new double[plotData.GetLength(1)];
Buffer.BlockCopy(plotData, 0, _refData, 0, _refData.Length * sizeof(double));
Buffer.BlockCopy(plotData, _testData.Length * sizeof(double), _testData, 0,
_testData.Length * sizeof(double));
double[] spectrum = new double[_testData.Length / 2];
double df;
Spectrum.PowerSpectrum(_testData, input.GetSampleRate(), ref spectrum, out df);
// easyChart_spectrum.Plot(spectrum.Take(1000).ToArray(), 0, df);
_globalInfo.Mainform.Invoke(new Action <double[], double, double>(easyChart_spectrum.Plot), spectrum, 0, df);
_analyzeSize = (uint)Math.Ceiling(outTime * _globalInfo.AITask.GetSampleRate());
}
private void TriggerConfigForm_Load(object sender, EventArgs e)
{
AITask.AITask aiTask = _globalInfo.AITask;
InitComboBoxItemsAndValue(metroComboBox_triggerType, aiTask.GetTriggerTypes(), aiTask.TriggerType);
InitComboBoxItemsAndValue(metroComboBox_triggerMode, aiTask.GetTriggerModes(), aiTask.TriggerMode);
InitComboBoxItemsAndValue(metroComboBox_analogTriggerChannel, aiTask.GetAnalogTriggerSources(), aiTask.AnalogTriggerSource);
InitComboBoxItemsAndValue(metroComboBox_analogTriggerCondition, aiTask.GetAnalogTriggerConditions(), aiTask.AnalogTriggerCondition);
InitTextBoxValue(textBox_threshold, double.IsNaN(aiTask.AnalogTriggerThreshold) ? null : aiTask.AnalogTriggerThreshold.ToString());
InitComboBoxItemsAndValue(metroComboBox_digitalSource, aiTask.GetDigitalTriggerSources(), aiTask.DigitalTriggerSource);
InitComboBoxItemsAndValue(metroComboBox_digitalEdge, aiTask.GetDigitalTriggerEdge(), aiTask.DigitalTriggerEdge);
}
public void Start()
{
double sampleRate = (double)numericUpDown_sampleRate.Value;
double amplitude = (double)numericUpDown_amplitude.Value;
double targetFrequency = (double)numericUpDown_targetFreq.Value;
double duration = (double)numericUpDown_Duration.Value / 1000;
AITask.AITask input = _globalInfo.AITask;
AOTask.AOTask output = _globalInfo.AOTask;
output.SetUpdateRate(sampleRate);
input.SetSampleRate(sampleRate);
double channelRange = (double)(numericUpDown_amplitude.Value);
output.AddChannel(comboBox_aoChannel.SelectedIndex, -1 * channelRange, channelRange);
input.AddChannel(comboBox_testChannel.SelectedIndex, -1 * channelRange, channelRange);
double[] outData = AudioGenerator.SingleToneWaveform(output.GetUpdateRate(),
(uint)(output.GetUpdateRate() * duration), amplitude, targetFrequency, 0);
output.SetSamplesToUpdate(outData.Length);
double outTime = outData.Length / output.GetUpdateRate();
input.SetSamplesToAcquire((int)(outTime * input.GetSampleRate() * GlobalInfo.ExtraReadTime));
output.WriteData(outData, -1);
input.Start();
output.Start();
_testData = new double[input.GetSamplesToAcquire()];
input.ReadData(ref _testData, _testData.Length, GlobalInfo.ReadTimeOut);
//Added by Way
output.Stop();
input.Stop();
// easyChart_data.Plot(_testData);
_globalInfo.Mainform.Invoke(new Action <double[], double, double>(easyChart_data.Plot), _testData, 0, 1);
double[] spectrum = new double[_testData.Length / 2];
double df;
//Change unit to dBm
Spectrum.PowerSpectrum(_testData, input.GetSampleRate(), ref spectrum, out df, SpectrumUnits.V2);
_globalInfo.Mainform.Invoke(new Action <double[], double, double>(easyChart_spectrum.Plot), spectrum, 0, df);
// double amp, thd, nr, thdPlusNRatio;
// double[] harmonicPower;
// SeeSharpTools.JY.Audio.AudioAnalyzer.AnalyzeSingleToneWave(readWaveform,
// targetFrequency, sampleRate, out amp, out thd, out nr, out thdPlusNRatio,
// out harmonicPower);
_analyzeSize = (uint)Math.Ceiling(outTime * input.GetSampleRate());
}
public void Start()
{
if (null == tableLayoutPanel_waveConfig.Controls[0])
{
return;
}
double sampleRate = (double)numericUpDown_sampleRate.Value;
Generator waveGenerator = tableLayoutPanel_waveConfig.Controls[0] as Generator;
dataGridView_result.Rows.Clear();
AITask.AITask input = _globalInfo.AITask;
AOTask.AOTask output = _globalInfo.AOTask;
output.SetUpdateRate(sampleRate);
input.SetSampleRate(sampleRate);
double channelRange = waveGenerator.GetAmplitude();
output.AddChannel(comboBox_aoChannel.SelectedIndex, -1 * channelRange, channelRange);
input.AddChannel(comboBox_refChannel.SelectedIndex, -1 * channelRange, channelRange);
input.AddChannel(comboBox_testChannel.SelectedIndex, -1 * channelRange, channelRange);
double[] outData = waveGenerator.Generate();
output.SetSamplesToUpdate(outData.Length);
double outTime = outData.Length / output.GetUpdateRate();
input.SetSamplesToAcquire((int)(outTime * input.GetSampleRate() * GlobalInfo.ExtraReadTime));
output.WriteData(outData, -1);
input.Start();
output.Start();
double[,] readWaveform = new double[input.GetSamplesToAcquire(), 2];
input.ReadData(ref readWaveform, readWaveform.GetLength(0), GlobalInfo.ReadTimeOut);
double[,] plotData = new double[readWaveform.GetLength(1), readWaveform.GetLength(0)];
ArrayManipulation.Transpose(readWaveform, ref plotData);
_globalInfo.Mainform.Invoke(new Action <double[, ], double, double>(easyChart_waveform.Plot), plotData, 0, 1);
_testData = new double[plotData.GetLength(1)];
Buffer.BlockCopy(plotData, 0, _testData, 0, _testData.Length * sizeof(double));
_refWaveform = waveGenerator.GetRefWaveform() as SteppedLevelSineWaveform;
// double[] peakToPeak, thd, nr, thdPlusNr, rms;
// SeeSharpTools.JY.Audio.AudioAnalyzer.AnalyzeSteppedLevelSineWaveform(testWaveData, refWaveform,
// out peakToPeak, out thd, out nr, out thdPlusNr, out rms);
_analyzeSize = _refWaveform.GetTotalPoints();
}
public void Start()
{
Generator waveGenerator = tableLayoutPanel_waveConfig.Controls[0] as Generator;
double sampleRate = (double)numericUpDown_sampleRate.Value;
AITask.AITask input = _globalInfo.AITask;
AOTask.AOTask output = _globalInfo.AOTask;
output.SetUpdateRate(sampleRate);
input.SetSampleRate(sampleRate);
double[] outData = waveGenerator.GetWaveform().GetWaveData();
double channelRange = (double)(waveGenerator.GetAmplitude());
output.AddChannel(comboBox_aoChannel.SelectedIndex, -1 * channelRange, channelRange);
input.AddChannel(comboBox_refChannel.SelectedIndex, -1 * channelRange, channelRange);
input.AddChannel(comboBox_testChannel.SelectedIndex, -1 * channelRange, channelRange);
output.SetSamplesToUpdate(outData.Length);
double outTime = outData.Length / output.GetUpdateRate();
input.SetSamplesToAcquire((int)(outTime * input.GetSampleRate() * GlobalInfo.ExtraReadTime));
output.WriteData(outData, -1);
input.Start();
output.Start();
double[,] readData = new double[input.GetSamplesToAcquire(), 2];
input.ReadData(ref readData, input.GetSamplesToAcquire(), GlobalInfo.ReadTimeOut);
_refData = new double[readData.GetLength(0)];
_testData = new double[readData.GetLength(0)];
for (int i = 0; i < readData.GetLength(0); i++)
{
_refData[i] = readData[i, 0];
_testData[i] = readData[i, 1];
}
double[,] plotData = new double[2, readData.GetLength(0)];
Buffer.BlockCopy(_refData, 0, plotData, 0, _refData.Length * sizeof(double));
Buffer.BlockCopy(_testData, 0, plotData, _refData.Length * sizeof(double),
_testData.Length * sizeof(double));
// easyChart_data.Plot(plotData);
_globalInfo.Mainform.Invoke(new Action <double[, ], double, double>(easyChart_data.Plot), plotData, 0, 1);
_refWaveform = waveGenerator.GetRefWaveform() as SteppedSineWaveform;
// ArrayPair<double, double> crossTalk = SeeSharpTools.JY.Audio.AudioAnalyzer.AnalyzeSteppedSineCrosstalk(
// refWaveForm, testWaveForm, _globalInfo.AITask.GetSampleRate(), frequencyMax, frequencyMin, steps, minCycle, minDuration, amplitude);
_analyzeSize = _refWaveform.GetTotalPoints();
}
public void Start()
{
if (null == tableLayoutPanel_waveConfig.Controls[0])
{
return;
}
double sampleRate = (double)numericUpDown_sampleRate.Value;
Generator waveGenerator = tableLayoutPanel_waveConfig.Controls[0] as Generator;
AITask.AITask input = _globalInfo.AITask;
AOTask.AOTask output = _globalInfo.AOTask;
output.SetUpdateRate(sampleRate);
input.SetSampleRate(sampleRate);
double channelRange = waveGenerator.GetAmplitude();
output.AddChannel(comboBox_aoChannel.SelectedIndex, -1 * channelRange, channelRange);
input.AddChannel(comboBox_testChannel.SelectedIndex, -1 * channelRange, channelRange);
double[] outData = waveGenerator.Generate();
output.SetSamplesToUpdate(outData.Length);
double outTime = outData.Length / output.GetUpdateRate();
input.SetSamplesToAcquire((int)(outTime * input.GetSampleRate() * GlobalInfo.ExtraReadTime));
output.WriteData(outData, -1);
input.Start();
output.Start();
_testData = new double[input.GetSamplesToAcquire()];
input.ReadData(ref _testData, _testData.Length, GlobalInfo.ReadTimeOut);
// easyChart_testWaveform.Plot(_testData);
_globalInfo.Mainform.Invoke(new Action <double[], double, double>(easyChart_testWaveform.Plot), _testData, 0, 1);
double[] spectrum = new double[_testData.Length / 2];
double df;
Spectrum.PowerSpectrum(_testData, input.GetSampleRate(), ref spectrum, out df);
// easyChart_spectrum.Plot(spectrum, 0, df);
_globalInfo.Mainform.Invoke(new Action <double[], double, double>(easyChart_spectrum.Plot), spectrum, 0, df);
_analyzeSize = (uint)Math.Ceiling(outTime * _globalInfo.AITask.GetSampleRate());
}
public void Start()
{
if (null == tableLayoutPanel_waveConfig.Controls[0])
{
return;
}
double sampleRate = (double)numericUpDown_sampleRate.Value;
Generator waveGenerator = tableLayoutPanel_waveConfig.Controls[0] as Generator;
AITask.AITask input = _globalInfo.AITask;
AOTask.AOTask output = _globalInfo.AOTask;
output.SetUpdateRate(sampleRate);
input.SetSampleRate(sampleRate);
double channelRange = waveGenerator.GetAmplitude();
output.AddChannel(comboBox_aoChannel.SelectedIndex, -1 * channelRange, channelRange);
input.AddChannel(comboBox_testChannel.SelectedIndex, -1 * channelRange, channelRange);
double[] outData = waveGenerator.Generate();
output.SetSamplesToUpdate(outData.Length);
double outTime = outData.Length / output.GetUpdateRate();
input.SetSamplesToAcquire((int)(outTime * input.GetSampleRate() * GlobalInfo.ExtraReadTime));
output.WriteData(outData, -1);
input.Start();
output.Start();
_testData = new double[input.GetSamplesToAcquire()];
input.ReadData(ref _testData, _testData.Length, GlobalInfo.ReadTimeOut);
// easyChart_waveform.Plot(_testData);
_globalInfo.Mainform.Invoke(new Action <double[], double, double>(easyChart_waveform.Plot), _testData, 0, 1);
input.Stop();
output.Stop();
_refWaveform = waveGenerator.GetRefWaveform() as MultiToneWaveform;
// double peakToPeak, acRms, dcRms, max, min, tdPlusN;
// double[] acPart, powerSpectrum, phaseSpectrum;
// SeeSharpTools.JY.Audio.AudioAnalyzer.AnalyzeMultiToneWaveform(readWaveform, _refWaveform, _globalInfo.AITask.GetSampleRate(),
// out peakToPeak, out acRms, out dcRms, out max, out min, out tdPlusN, out acPart, out powerSpectrum, out phaseSpectrum);
_analyzeSize = _refWaveform.GetTotalPoints();
}
public void Start()
{
if (null == tableLayoutPanel_waveConfig.Controls[0])
{
return;
}
double sampleRate = (double)numericUpDown_sampleRate.Value;
Generator waveGenerator = tableLayoutPanel_waveConfig.Controls[0] as Generator;
AITask.AITask input = _globalInfo.AITask;
AOTask.AOTask output = _globalInfo.AOTask;
output.SetUpdateRate(sampleRate);
input.SetSampleRate(sampleRate);
double channelRange = waveGenerator.GetAmplitude();
output.AddChannel(comboBox_aoChannel.SelectedIndex, -1 * channelRange, channelRange);
input.AddChannel(comboBox_testChannel.SelectedIndex, -1 * channelRange, channelRange);
double[] outData = waveGenerator.Generate();
output.SetSamplesToUpdate(outData.Length);
double outTime = outData.Length / output.GetUpdateRate();
input.SetSamplesToAcquire((int)(outTime * input.GetSampleRate() * GlobalInfo.ExtraReadTime));
output.WriteData(outData, -1);
input.Start();
output.Start();
_testData = new double[input.GetSamplesToAcquire()];
input.ReadData(ref _testData, input.GetSamplesToAcquire(), GlobalInfo.ReadTimeOut);
_globalInfo.Mainform.Invoke(new Action <double[], double, double>(easyChart_testWaveform.Plot), _testData,
0, 1);
// double[] responseX, responseY, thdX, thdY;
// SeeSharpTools.JY.Audio.AudioAnalyzer.AnalyzeLogChripWave(readWaveform,
// (LogChirpWaveform) waveGenerator.GetRefWaveform(), input.GetSampleRate(), out responseX,
// out responseY, out thdX, out thdY);
_refWaveform = (LogChirpWaveform)waveGenerator.GetRefWaveform();
_analyzeSize = _refWaveform.GetTotalPoints();
}
