/// <summary>
/// Funtion that sends the channel configuration for the given channel to <see cref="CAEN_x730.SetChannelConfig(int, ChannelParams)"/>.
/// </summary>
/// <param name="Channel">The channel number to set the configuration.</param>
/// <param name="channelParams">An instance of <see cref="ChannelParams"/> containing the channel configuration.</param>
public static void SetChannelConfig(int Channel, ChannelParams channelParams)
{
if (CAEN_x730.ActiveChannels.Count() == 0)
{
CAEN_x730.SetChannelConfig(Channel, channelParams,true);
return;
}
else
{
waveformTimer.Enabled = false;
int activeChannel = CAEN_x730.ActiveChannels.First();
CAEN_x730.StopAcquisition(activeChannel);
CAEN_x730.SetChannelConfig(Channel, channelParams,true);
CAEN_x730.StartAcquisition(Channel);
waveformTimer.Enabled = true;
}
trace.Value.TraceEvent(TraceEventType.Information, 0, "Channel config was send to the device");
}
/// <summary>
/// Function that returns the current configuration of a specific channel.
/// </summary>
/// <param name="channel">The number of the channel to get the configuration.</param>
/// <returns>An instance of <see cref="ChannelParams"/> holding the current channel configuration.</returns>
public static ChannelParams GetChannelConfig(int channel)
{
ChannelParams channelParams = new ChannelParams();
channelParams.DCoffset = dgtzParams.DCoffset[channel];
channelParams.InputRange = inputRange[channel];
channelParams.InputSignalDecayTime = dgtzParams.DPPParams.M[channel];
channelParams.TrapezoidFlatTopTime = dgtzParams.DPPParams.m[channel];
channelParams.TrapezoidRiseTime = dgtzParams.DPPParams.k[channel];
channelParams.TrapezoidPeakingDelay = dgtzParams.DPPParams.ftd[channel];
channelParams.TriggerFilterSmoothingFactor = dgtzParams.DPPParams.a[channel];
channelParams.InputSignalRiseTime = dgtzParams.DPPParams.b[channel];
channelParams.TriggerThreshold = dgtzParams.DPPParams.thr[channel];
channelParams.NumSamplesBaselineMean = dgtzParams.DPPParams.nsbl[channel];
channelParams.NumSamplesPeakMean = dgtzParams.DPPParams.nspk[channel];
channelParams.PeakHoldOff = dgtzParams.DPPParams.pkho[channel];
channelParams.BaseLineHoldOff = dgtzParams.DPPParams.blho[channel];
channelParams.TriggerHoldOff = dgtzParams.DPPParams.trgho[channel];
channelParams.DigitalGain = dgtzParams.DPPParams.dgain[channel];
channelParams.EnergyNormalizationFactor = dgtzParams.DPPParams.enf[channel];
channelParams.InputSignalDecimation = dgtzParams.DPPParams.decimation[channel];
return channelParams;
}
/// <summary>
/// Function that sets the configuration of a single channel based on an instance of <see cref="ChannelParams"/>.
/// </summary>
/// <param name="channel">The number of the channel to configure.</param>
/// <param name="channelParams">The instance of <see cref="ChannelParams"/> holding the channel configuration.</param>
/// <param name="SendToDevice">Determines whether <see cref="SendConfig"/> is called.</param>
public static void SetChannelConfig(int channel, ChannelParams channelParams, bool SendToDevice)
{
if (channelParams.DCoffset != null) dgtzParams.DCoffset[channel] = (int)channelParams.DCoffset;
if (channelParams.InputRange != 0) inputRange[channel] = (int)channelParams.InputRange;
if (channelParams.InputSignalDecayTime != null) dgtzParams.DPPParams.M[channel] = (int)channelParams.InputSignalDecayTime;
if (channelParams.TrapezoidFlatTopTime != null) dgtzParams.DPPParams.m[channel] = (int)channelParams.TrapezoidFlatTopTime;
if (channelParams.TrapezoidRiseTime != null) dgtzParams.DPPParams.k[channel] = (int)channelParams.TrapezoidRiseTime;
if (channelParams.TrapezoidPeakingDelay != null) dgtzParams.DPPParams.ftd[channel] = (int)channelParams.TrapezoidPeakingDelay;
if (channelParams.TriggerFilterSmoothingFactor != null) dgtzParams.DPPParams.a[channel] = (int)channelParams.TriggerFilterSmoothingFactor;
if (channelParams.InputSignalRiseTime != null) dgtzParams.DPPParams.b[channel] = (int)channelParams.InputSignalRiseTime;
if (channelParams.TriggerThreshold != null) dgtzParams.DPPParams.thr[channel] = (int)channelParams.TriggerThreshold;
if (channelParams.NumSamplesBaselineMean != null) dgtzParams.DPPParams.nsbl[channel] = (int)channelParams.NumSamplesBaselineMean;
if (channelParams.NumSamplesPeakMean != null) dgtzParams.DPPParams.nspk[channel] = (int)channelParams.NumSamplesPeakMean;
if (channelParams.PeakHoldOff != null) dgtzParams.DPPParams.pkho[channel] = (int)channelParams.PeakHoldOff;
if (channelParams.BaseLineHoldOff != null) dgtzParams.DPPParams.blho[channel] = (int)channelParams.BaseLineHoldOff;
if (channelParams.TriggerHoldOff != null) dgtzParams.DPPParams.trgho[channel] = (int)channelParams.TriggerHoldOff;
if (channelParams.DigitalGain != null) dgtzParams.DPPParams.dgain[channel] = (int)channelParams.DigitalGain;
if (channelParams.EnergyNormalizationFactor != null) dgtzParams.DPPParams.enf[channel] = (float)channelParams.EnergyNormalizationFactor;
if (channelParams.InputSignalDecimation != null) dgtzParams.DPPParams.decimation[channel] = (int)channelParams.InputSignalDecimation;
if (SendToDevice == true)
SendConfig();
}
