public static double[] GetExpectedOutput_OLD1(Tuple <TrackedItemBase, Point, Vector> prevPos, Tuple <TrackedItemBase, Point, Vector> currentPos, TrackedItemHarness harness, EvaluatorArgs evaluatorArgs)
{
// This is too complicated
double[] retVal = null;
if (prevPos == null)
{
//If prev is null, then output should be zeros
retVal = GetExpectedOutput_Zeros(harness);
}
else if (currentPos == null || currentPos.Item1.Token != prevPos.Item1.Token)
{
//If prev and current tokens don't match, then????
//desiredOutput = GetError_Unmatched(outputArr); // might not even want to add to the error
}
else if (harness.Time - prevPos.Item1.CreateTime < evaluatorArgs.NewItem_Duration_Multiplier * evaluatorArgs.Delay_Seconds)
{
//If prev is new, then error size gradient
double aliveTime = harness.Time - prevPos.Item1.CreateTime; // figure out how long it's been alive
double percent = aliveTime / (evaluatorArgs.NewItem_Duration_Multiplier * evaluatorArgs.Delay_Seconds); // get the percent of the range
percent = UtilityCore.Cap(1 - percent, 0, 1); // invert the percent so that an old percent of zero will now be the full error mult
double newItemMult = percent * evaluatorArgs.NewItem_ErrorMultiplier;
retVal = GetExpectedOutput_Matched(currentPos, harness, evaluatorArgs, newItemMult);
}
else
{
//otherwise, standard scoring
retVal = GetExpectedOutput_Matched(currentPos, harness, evaluatorArgs);
}
return(retVal);
}
