public void onStartOutput()
{
channel1OutputWaveform = channel1Waveform;
channel2OutputWaveform = channel2Waveform;
MainForm.Instance.GraphSetYAxisScale(0, 0, 30);
MainForm.Instance.GraphSetYAxisScale(1, 0, 30);
OutputCounter = 0;
bool result = false;
if (MainForm.Instance.PPGChannel2Supported)
{
result = AECG100.OutputPPGEx(ref channel1OutputWaveform, ref channel2OutputWaveform, outputChannel1CB, outputChannel2CB);
}
else
{
result = AECG100.OutputPPG(PPGChannel.Channel1, ref channel1OutputWaveform, outputChannel1CB);
}
if (result)
{
MainForm.Instance.OutputStarted();
}
else
{
MessageBox.Show("Error: output waveform failed", "WhaleTeq", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
private void SyncConfig()
{
PPG_WAVEFORM ppg = channel1Waveform;
comboChannel1Waveform.SelectedIndex = ppg.WaveformType;
numChannel1PI.Value = (decimal)(ppg.VolSP / channel1Waveform.VolDC * 100);
numChannel1VolDC.Value = (decimal)ppg.VolDC;
numChannel1VolSP.Value = (decimal)ppg.VolSP;
numChannel1VolDN.Value = (decimal)ppg.VolDN;
numChannel1VolDP.Value = (decimal)ppg.VolDP;
numChannel1TimeSP.Value = (decimal)ppg.TimeSP;
numChannel1TimeDN.Value = (decimal)ppg.TimeDN;
numChannel1TimeDP.Value = (decimal)ppg.TimeDP;
ppg = channel2Waveform;
comboChannel2Waveform.SelectedIndex = ppg.WaveformType;
numChannel2PI.Value = (decimal)(ppg.VolSP / channel1Waveform.VolDC * 100);
numChannel2VolDC.Value = (decimal)ppg.VolDC;
numChannel2VolSP.Value = (decimal)ppg.VolSP;
numChannel2VolDN.Value = (decimal)ppg.VolDN;
numChannel2VolDP.Value = (decimal)ppg.VolDP;
numChannel2TimeSP.Value = (decimal)ppg.TimeSP;
numChannel2TimeDN.Value = (decimal)ppg.TimeDN;
numChannel2TimeDP.Value = (decimal)ppg.TimeDP;
}
public PPGPage()
{
InitializeComponent();
channel1Waveform = UtilConfig.GetPPGChannel1WaveformDefault();
channel2Waveform = UtilConfig.GetPPGChannel2WaveformDefault();
outputChannel1CB = new OutputSignalCallback(AECGOutputChannel1Callback);
outputChannel2CB = new OutputSignalCallback(AECGOutputChannel2Callback);
SyncConfig();
}
public PWVPage()
{
InitializeComponent();
ecgWaveform = UtilConfig.GetECGWaveformDefault();
ppgWaveform = UtilConfig.GetPPGChannel1WaveformDefault();
outputECGCB = new OutputSignalCallback(AECGOutputECGCallback);
outputPPGCB = new OutputSignalCallback(AECGOutputPPGCallback);
checkPPGLockAC.Checked = true;
}
public void onStartOutput()
{
ecgOutputWaveform = ecgWaveform;
ppgOutputWaveform = ppgWaveform;
MainForm.Instance.GraphSetYAxisScale(0, -5, 5);
MainForm.Instance.GraphSetYAxisScale(1, 0, 30);
OutputCounter = 0;
bool result = AECG100.OutputECGAndPPG((int)numTimeDiffP.Value, ref ecgOutputWaveform, ref ppgOutputWaveform, outputECGCB, outputPPGCB);
if (result)
{
MainForm.Instance.OutputStarted();
}
else
{
MessageBox.Show("Error: output waveform failed", "WhaleTeq", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
public static PPG_WAVEFORM GetPPGChannel1WaveformDefault()
{
PPG_WAVEFORM waveform = new PPG_WAVEFORM();
waveform.WaveformType = (int)PPGWaveformType.PPG;
waveform.Frequency = 1;
waveform.VolDC = 625.0;
waveform.VolSP = 12.5;
waveform.VolDN = 7.0;
waveform.VolDP = 8.0;
waveform.TimePeriod = 1000;
waveform.TimeSP = 150;
waveform.TimeDN = 360;
waveform.TimeDP = 460;
waveform.SyncPulse = (int)SyncPulse.Sync;
waveform.Inverted = 0;
waveform.NoiseAmplitude = 0;
waveform.NoiseFrequency = (int)PPGNoiseFrequency.Off;
waveform.RespirationRate = 0.0;
waveform.RespirationSize = 0.0;
return(waveform);
}
