StreamReader olstimfile; // The stream reader for the .olstim file being used
#endregion Fields
#region Constructors
//internal File2Stim(string stimfile, int STIM_SAMPLING_FREQ, Int32 BUFFSIZE, Task stimDigitalTask,
// Task stimAnalogTask, Task buffLoadTask, DigitalSingleChannelWriter stimDigitalWriter,
// AnalogMultiChannelWriter stimAnalogWriter, Logger debugger)
//{
// this.stimfile = stimfile;
// //Get references to tasks
// this.BUFFSIZE = BUFFSIZE;
// this.stimDigitalTask = stimDigitalTask;
// this.stimAnalogTask = stimAnalogTask;
// this.buffLoadTask = buffLoadTask;
// this.stimDigitalWriter = stimDigitalWriter;
// this.stimAnalogWriter = stimAnalogWriter;
// this.STIM_SAMPLING_FREQ = STIM_SAMPLING_FREQ;
// this.debugger = debugger;
// stimbuff = new StimBuffer(BUFFSIZE, STIM_SAMPLING_FREQ, 2, numStimPerLoad);
//}
internal File2Stim(string stimfile, int STIM_SAMPLING_FREQ, Int32 BUFFSIZE, Task buffLoadTask, Task masterTask, string masterLoad, Logger debugger, double[] cannedWave, bool robust)
{
this.stimfile = stimfile;
//Get references to tasks
this.BUFFSIZE = BUFFSIZE;
this.buffLoadTask = buffLoadTask;
this.masterTask = masterTask;
this.masterLoad = masterLoad;
this.STIM_SAMPLING_FREQ = STIM_SAMPLING_FREQ;
this.cannedWaveform = cannedWave;
this.debugger = debugger;
stimbuff = new StimBuffer(BUFFSIZE, STIM_SAMPLING_FREQ, 2, numStimPerLoad,robust);
}
//internal File2Stim(string stimfile, int STIM_SAMPLING_FREQ, Int32 BUFFSIZE, Task stimDigitalTask,
// Task stimAnalogTask, Task buffLoadTask, DigitalSingleChannelWriter stimDigitalWriter,
// AnalogMultiChannelWriter stimAnalogWriter, Logger debugger)
//{
// this.stimfile = stimfile;
// //Get references to tasks
// this.BUFFSIZE = BUFFSIZE;
// this.stimDigitalTask = stimDigitalTask;
// this.stimAnalogTask = stimAnalogTask;
// this.buffLoadTask = buffLoadTask;
// this.stimDigitalWriter = stimDigitalWriter;
// this.stimAnalogWriter = stimAnalogWriter;
// this.STIM_SAMPLING_FREQ = STIM_SAMPLING_FREQ;
// this.debugger = debugger;
// stimbuff = new StimBuffer(BUFFSIZE, STIM_SAMPLING_FREQ, 2, numStimPerLoad);
//}
internal File2Stim(string stimfile, int STIM_SAMPLING_FREQ, Int32 BUFFSIZE, Task buffLoadTask, Task masterTask, string masterLoad, Logger debugger, double[] cannedWave, bool robust)
{
this.stimfile = stimfile;
//Get references to tasks
this.BUFFSIZE = BUFFSIZE;
this.buffLoadTask = buffLoadTask;
this.masterTask = masterTask;
this.masterLoad = masterLoad;
this.STIM_SAMPLING_FREQ = STIM_SAMPLING_FREQ;
this.cannedWaveform = cannedWave;
this.debugger = debugger;
stimbuff = new StimBuffer(BUFFSIZE, STIM_SAMPLING_FREQ, 2, numStimPerLoad, robust);
}
/// <summary>
/// Neurorighter's stimulus/generic output server. Used in open-loop and closed-loop experiments where just-in-time buffering of output signals is required.
/// </summary>
/// <param name="INNERBUFFSIZE"> The size of one half of the double output buffer in samples</param>
/// <param name="STIM_SAMPLING_FREQ">The DAC sampling frequency in Hz for all forms of output</param>
/// <param name="masterTask">The NI Task to which all of the output clocks are synchronized to</param>
/// <param name="debugger"> NR's real-time debugger</param>
/// <param name="robust">used to determine if the StimServer will be recover from failures</param>
internal StimSrv(int INNERBUFFSIZE, int STIM_SAMPLING_FREQ, Task masterTask, Logger debugger, bool robust)
{
this.masterTask = masterTask;
this.INNERBUFFSIZE = INNERBUFFSIZE;
this.STIM_SAMPLING_FREQ = STIM_SAMPLING_FREQ;
int sampblanking = 2;
int queueThreshold = -1;//no queue thresholds for closed loop
//create buffers
auxOut = new AuxBuffer(INNERBUFFSIZE, STIM_SAMPLING_FREQ, queueThreshold, robust);
digitalOut = new DigitalBuffer(INNERBUFFSIZE, STIM_SAMPLING_FREQ, queueThreshold, robust);
auxOut.grabPartner(digitalOut);
digitalOut.grabPartner(auxOut);
stimOut = new StimBuffer(INNERBUFFSIZE, STIM_SAMPLING_FREQ, sampblanking, queueThreshold, robust);
this.debugger = debugger;
this.sampleFrequencyHz = Convert.ToDouble(STIM_SAMPLING_FREQ);
this.dacPollingPeriodSec = Properties.Settings.Default.DACPollingPeriodSec;
this.dacPollingPeriodSamples = Convert.ToInt32(dacPollingPeriodSec * STIM_SAMPLING_FREQ);
}
