protected override bool StartTest()
{
bool retValue = false;
var stimulatingPressure = P_STIMULATE.Calculate();
try
{
DeviceManager.Execute(CPARDevice.CreatePulseProgram(0, NO_OF_STIMULI, T_ON, T_OFF, stimulatingPressure, P_STATIC));
DeviceManager.Execute(SECOND_CUFF ? CPARDevice.CreatePulseProgram(1, NO_OF_STIMULI, T_ON, T_OFF, stimulatingPressure, P_STATIC) :
CPARDevice.CreateEmptyProgram(1));
StartDevice(StartStimulation.StopCriterion.STOP_CRITERION_ON_BUTTON);
Log.Debug("TS STARTED [NO: {0}, T_ON: {1}, T_OFF: {2}", NO_OF_STIMULI, T_ON, T_OFF);
result = new TemporalSummationResult(NO_OF_STIMULI)
{
Name = Name,
ID = ID,
Index = Index,
Conditioned = false,
T_OFF = T_OFF,
T_ON = T_ON,
NominalStimulatingPressure = stimulatingPressure
};
initializing = true;
retValue = true;
}
catch (Exception e)
{
Log.Debug(e.Message);
}
return(retValue);
}
private void Stimulate()
{
if (result != null)
{
if (currentStimulus < result.Responses.Length)
{
var r = result.Responses[currentStimulus];
DeviceManager.Execute(CPARDevice.CreatePulseProgram(0, 1, r.T_ON, r.T_OFF, r.Pressure, P_STATIC));
DeviceManager.Execute(SECOND_CUFF ? CPARDevice.CreatePulseProgram(1, 1, r.T_ON, r.T_OFF, r.Pressure, P_STATIC) :
CPARDevice.CreateEmptyProgram(1));
ForceStartDevice(ForceStartStimulation.StopCriterion.STOP_CRITERION_ON_BUTTON);
Log.Debug("TS STARTED [NO: {0}, T_ON: {1}, T_OFF: {2}", currentStimulus, r.T_ON, r.T_OFF);
initializing = true;
}
}
}
