private void buttonConfigDA1_Click(object sender, EventArgs e)
{
FormChooseOutputWave fcow = new FormChooseOutputWave();
fcow.SineFrequency = (uint)m_Out1SineFreq;
fcow.SineAmplitude = (uint)m_Out1SineAmplitude;
fcow.UseSine = m_Out1Sinus;
fcow.TMHeaderfile = m_Out1TMHeaderfile;
fcow.TMChannelindex = m_Out1TMChannel;
fcow.Text = "Output Channel 0 Configuration";
if (fcow.ShowDialog() != DialogResult.OK)
{
return;
}
m_Out1SineFreq = (uint)fcow.SineFrequency;
m_Out1Sinus = fcow.UseSine;
m_Out1TMHeaderfile = fcow.TMHeaderfile;
m_Out1SineAmplitude = fcow.SineAmplitude;
m_Out1TMChannel = fcow.TMChannelindex;
m_Out1Buffer = null;
if (!m_Out1Sinus)
{
m_Out1Buffer = fcow.GetOutputDataChannel();
}
}
private void buttonConfigDA0_Click(object sender, EventArgs e)
{
FormChooseOutputWave fcow = new FormChooseOutputWave();
fcow.SineFrequency = (uint) m_Out0SineFreq;
fcow.SineAmplitude = (uint)m_Out0SineAmplitude;
fcow.UseSine = m_Out0Sinus;
fcow.TMHeaderfile = m_Out0TMHeaderfile;
fcow.TMChannelindex = m_Out0TMChannel;
fcow.Text = "Output Channel 0 Configuration";
if (fcow.ShowDialog() != DialogResult.OK)
return;
m_Out0SineFreq = fcow.SineFrequency ;
m_Out0Sinus = fcow.UseSine;
m_Out0TMHeaderfile = fcow.TMHeaderfile ;
m_Out0Buffer = null;
m_Out0SineAmplitude =fcow.SineAmplitude;
m_Out0TMChannel = fcow.TMChannelindex;
if (!m_Out0Sinus)
m_Out0Buffer = fcow.GetOutputDataChannel();
}
private void ConfigAndStartMeas()
{
if (checkBoxAD0.Checked)
{
MAIMeasurementChannelAD c = m_maiDevice.ADChannels[0].CreateMeasurementChannel(OversamplingMode.Disabled, GainFactor.Disabled, true);
c.Name = "AD0";
}
if (checkBoxAD1.Checked)
{
MAIMeasurementChannelAD c = m_maiDevice.ADChannels[1].CreateMeasurementChannel(OversamplingMode.Disabled, GainFactor.Disabled, true);
c.Name = "AD1";
}
if (checkBoxAD2.Checked)
{
MAIMeasurementChannelAD c = m_maiDevice.ADChannels[2].CreateMeasurementChannel(OversamplingMode.Disabled, GainFactor.Disabled, true);
c.Name = "AD2";
}
if (checkBoxAD3.Checked)
{
MAIMeasurementChannelAD c = m_maiDevice.ADChannels[3].CreateMeasurementChannel(OversamplingMode.Disabled, GainFactor.Disabled, true);
c.Name = "AD3";
}
if (checkBoxCT0.Checked)
{
MAIMeasurementChannelCT c = m_maiDevice.CTChannels[0].CreatePeriodCounter(m_ct0SignalEdge, m_ct0Resolution, true);
}
if (checkBoxCT1.Checked)
{
MAIMeasurementChannelCT c = m_maiDevice.CTChannels[1].CreatePeriodCounter(m_ct1SignalEdge, m_ct1Resolution, true);
}
if (!checkBoxLoopBack.Checked)
{
if (checkBoxDA0.Checked)
{
if (m_Out0Buffer == null)
{
m_Out0Buffer = FormChooseOutputWave.CalcuateSinePeriod(Convert.ToDouble(comboBoxOutputRate.Text), (double)m_Out0SineFreq, (double)m_Out0SineAmplitude);
}
MAIMeasurementChannelDA c = m_maiDevice.DAChannels[0].CreateAutomaticOutputChannel(m_Out0Buffer);
}
if (checkBoxDA1.Checked)
{
if (m_Out1Buffer == null)
{
m_Out1Buffer = FormChooseOutputWave.CalcuateSinePeriod(Convert.ToDouble(comboBoxOutputRate.Text), (double)m_Out1SineFreq, (double)m_Out1SineAmplitude);
}
MAIMeasurementChannelDA c = m_maiDevice.DAChannels[1].CreateAutomaticOutputChannel(m_Out1Buffer);
}
}
double sr = (double)Convert.ToUInt32(comboBoxSamplerate.Text);
m_maiDevice.ADChannels.SetSampleRate(sr);
m_maiDevice.ADChannels.DataSink.Target = m_dsTarget;
m_maiDevice.ConfigMeasure();
if (m_maiDevice.DAChannels.MeasurementChannelsCount > 0)
{
m_maiDevice.DAChannels.SetMeasurementBufferNotificationLevel(1);
m_maiDevice.DAChannels.StartNotificationThread();
m_maiDevice.DAChannels.StartOutput();
}
m_maiDevice.ADChannels.DataSink.Enable(DateTime.Now); // Datasink starten
SetUpPrevPresets();
m_maiDevice.StartMeasure();
}