public double getNextValueForTime(double time) {
if (!Double.isNaN(dVal)) currentValue = dVal;
if (monthVal != null) currentValue = monthVal.get(Clock.getMonthIndex(time));
if (probVal != null) currentValue = probVal.nextValue();
if (monthProbVal != null)
currentValue = monthProbVal.get(Clock.getMonthIndex(time)).nextValue();
return currentValue;
}
public double getExpectedValueForTime(double time) {
if (!Double.isNaN(dVal)) return currentValue;
if (monthVal != null) return currentValue;
if (probVal != null) return probVal.getExpectedValue();
return monthProbVal.get(Clock.getMonthIndex(time)).getExpectedValue();
}
public void initialize() {
if (probVal != null) {
probVal.initialize();
}
if (monthProbVal != null) {
for (ProbabilityDistribution each : monthProbVal) {
each.initialize();
}
}
// Initialize the current value
if (!Double.isNaN(dVal)) currentValue = dVal;
if (monthVal != null) currentValue = monthVal.get(Clock.getMonthIndex(0));
if (probVal != null) currentValue = probVal.getExpectedValue();
}