/**
* Returns the value of this TimeInstant object as a double type in the time unit of the reference
* time.
*
* @return double: the time value of the TimeInstant object as a double type in the time unit
* given as a parameter
*/
public double getTimeAsDouble() {
return getTimeAsDouble(TimeOperations.getReferenceUnit());
}
/**
* Returns the value of this TimeInstant object as a long type in the time unit of the reference
* time. If the parameter has a coarser granularity than epsilon the returned value will be
* truncated, so lose precision.
*
* @return long: the time value of the TimeInstant object as a long type in the time unit given as
* a parameter or Long.MIN_VALUE if conversion would negatively overflow, or Long.MAX_VALUE if
* it would positively overflow.
*/
public long getTimeTruncated() {
return getTimeTruncated(TimeOperations.getReferenceUnit());
}
/**
* Returns the value of this TimeInstant object as a long type in the time unit of the reference
* time. If the parameter has a coarser granularity than epsilon the returned value will be
* rounded, so lose precision.
*
* @return long: the time value of the TimeInstant object as a long type in the time unit given as
* a parameter or Long.MIN_VALUE if conversion would negatively overflow, or Long.MAX_VALUE if
* it would positively overflow.
*/
public long getTimeRounded() {
return getTimeRounded(TimeOperations.getReferenceUnit());
}
/**
* Constructs a TimeInstant object with the given time value in the time unit of the reference
* time. It represents a time Instant in simulation time.
*
* @param timeInReferenceUnit double : The time value of this TimeInstant in the time unit of the
* reference time.
*/
public TimeInstant(double timeInReferenceUnit) {
this(timeInReferenceUnit, TimeOperations.getReferenceUnit());
}