public void SubmitTrialResult(bool correct)
{
trial++;
blockTrial++;
if (correct)
{
correctCount++;
}
else
{
blockErrorCount++;
}
int staircaseStepDiff = 0;
//Block ends when the blockCollection is empty
if (blockCollection.Count == 0)
{
staircaseStepDiff = StepSpecification.GetStep(blockErrorCount, blockTrial);
if (staircaseStepDiff > 0)
{
//Adjust by StepsDown
staircaseStepDiff *= StepsDown;
}
else if (staircaseStepDiff < 0)
{
//Adjust by StepsUp
staircaseStepDiff *= StepsUp;
}
blockErrorCount = 0;
blockTrial = 0;
block++;
blockCollection.Reset();
}
SetStepValue((int)ControlParameter.Block, blockCollection.PopNext());
if (staircaseStepDiff != 0)
{
if (lastStep != 0 && (staircaseStepDiff > 0) != (lastStep > 0))
{
//Accumulate Reversals
reversals++;
reversalValues.Add(stepValue);
}
if (lastStep != 0 || staircaseStepDiff > 0)
{
//Don't update lastStep until we take a Step Down
//This prevents reversal accumulation until our first Downward step
lastStep = staircaseStepDiff;
}
StepStatus stepStatus = SetStepValue((int)ControlParameter.Staircase, stepValue + staircaseStepDiff);
if (stepStatus == StepStatus.Success)
{
stepValue += staircaseStepDiff;
}
else
{
//Accumulate reversals if we hit the floor or ceiling
++reversals;
reversalValues.Add(stepValue);
}
}
}
public StepTestDataBuilder()
{
_stepSpecification = new StepSpecification();
}
