public void Connected(HMP4040 hmp)
{
try
{
if (m_hmp != null && hmp == null)
{
m_hmp.SetOutputEnable(m_outputChannel, false);
tsOutputEnable.Checked = false;
}
if (hmp != null)
{
hmp.GetOutputEnable(m_outputChannel, out bool enable);
tsOutputEnable.Checked = enable;
lbOnOff.On = enable;
double value;
hmp.GetOutputVoltageLevel(m_outputChannel, out value);
txtOutputVoltageLevel.Text = value.ToString();
ssVoltage.Text = value.ToString();
hmp.GetOverVoltageProtectionLevel(m_outputChannel, out value);
txtOverProtectionLevel.Text = value.ToString();
hmp.GetOutputCurrentLevel(m_outputChannel, out value);
txtOutputCurrentLevel.Text = value.ToString();
}
m_hmp = hmp;
}
catch (Exception err)
{
MessageBox.Show(err.Message);
}
}
public void ReadValues()
{
m_hmp.MeasureDCCurrent(m_outputChannel, out double currentValue);
ssCurrent.Value = currentValue.ToString();
m_hmp.MeasureDCVoltage(m_outputChannel, out double voltageValue);
ssMeasureDCVoltage.Value = voltageValue.ToString();
double value;
m_hmp.GetOutputVoltageLevel(m_outputChannel, out value);
ssVoltage.Value = value.ToString();
m_hmp.GetOverVoltageProtectionLevel(m_outputChannel, out value);
txtOverProtectionLevel.Text = value.ToString();
m_hmp.GetOutputCurrentLevel(m_outputChannel, out value);
txtOutputCurrentLevel.Text = value.ToString();
}