How to use

getEnd

method

in

ucar.nc2.time.CalendarDateRange

@Override
public CalendarDate getCalendarDateEnd() {
 return calendarDateRange == null ? null : calendarDateRange.getEnd();
}

@Override
public CalendarDate getCalendarDateEnd() {
 return (dateRange == null) ? null : dateRange.getEnd();
}

@Override
public CalendarDate getCalendarDateEnd() {
 return (dateRange == null) ? null : dateRange.getEnd();
}

@Override
public CalendarDate getCalendarDateEnd() {
 return (dateRange == null) ? null : dateRange.getEnd();
}

@Override
public CalendarDate getCalendarDateEnd() {
 if (dateRangeMax == null) makeRanges();
 return (dateRangeMax == null) ? null : dateRangeMax.getEnd();
}

@Override
public CalendarDate getCalendarDateEnd() {
 if (dateRangeMax == null) makeRanges();
 return (dateRangeMax == null) ? null : dateRangeMax.getEnd();
}

public CalendarDate getCalendarDateEnd() {
 if (dateRangeMax == null) makeRanges();
 return (dateRangeMax == null) ? null : dateRangeMax.getEnd();
}

public CalendarDate getCalendarDateEnd() {
 if (dateRangeMax == null) makeTimeRanges();
 return (dateRangeMax == null) ? null : dateRangeMax.getEnd();
}

public CalendarDate getCalendarDateEnd() {
 if (dateRangeMax == null) makeRanges();
 return (dateRangeMax == null) ? null : dateRangeMax.getEnd();
}

public CalendarDate getCalendarDateEnd() {
 if (dateRangeMax == null) makeRanges();
 return (dateRangeMax == null) ? null : dateRangeMax.getEnd();
}

public CalendarDateRange intersect(CalendarDateRange clip) {
 DateTime cs = clip.getStart().getDateTime();
 DateTime s = startDt.isBefore(cs) ? cs : startDt;  // later one
 DateTime ce = clip.getEnd().getDateTime();
 DateTime e = endDt.isBefore(ce) ? endDt : ce;  // earlier one
 return CalendarDateRange.of(CalendarDate.of(cal, s), CalendarDate.of(cal, e));
}

public CalendarDateRange intersect(CalendarDateRange clip) {
 DateTime cs = clip.getStart().getDateTime();
 DateTime s = startDt.isBefore(cs) ? cs : startDt;  // later one
 DateTime ce = clip.getEnd().getDateTime();
 DateTime e = endDt.isBefore(ce) ? endDt : ce;  // earlier one
 return CalendarDateRange.of(CalendarDate.of(cal, s), CalendarDate.of(cal, e));
}

public CalendarDateRange extend(CalendarDateRange other)  {
 DateTime cs = other.getStart().getDateTime();
 DateTime s = startDt.isBefore(cs) ? startDt : cs; // earlier one
 DateTime ce = other.getEnd().getDateTime();
 DateTime e = endDt.isBefore(ce) ? ce : endDt;  // later one
 return CalendarDateRange.of(CalendarDate.of(cal, s), CalendarDate.of(cal, e));
}

public CalendarDateRange extend(CalendarDateRange other)  {
 DateTime cs = other.getStart().getDateTime();
 DateTime s = startDt.isBefore(cs) ? startDt : cs; // earlier one
 DateTime ce = other.getEnd().getDateTime();
 DateTime e = endDt.isBefore(ce) ? ce : endDt;  // later one
 return CalendarDateRange.of(CalendarDate.of(cal, s), CalendarDate.of(cal, e));
}

public CalendarDateRange intersect(CalendarDateRange clip) {
 DateTime cs = clip.getStart().getDateTime();
 DateTime s = startDt.isBefore(cs) ? cs : startDt;  // later one
 DateTime ce = clip.getEnd().getDateTime();
 DateTime e = endDt.isBefore(ce) ? endDt : ce;  // earlier one
 return CalendarDateRange.of(CalendarDate.of(cal, s), CalendarDate.of(cal, e));
}

public CalendarDateRange extend(CalendarDateRange other)  {
 DateTime cs = other.getStart().getDateTime();
 DateTime s = startDt.isBefore(cs) ? startDt : cs; // earlier one
 DateTime ce = other.getEnd().getDateTime();
 DateTime e = endDt.isBefore(ce) ? ce : endDt;  // later one
 return CalendarDateRange.of(CalendarDate.of(cal, s), CalendarDate.of(cal, e));
}

public Optional<CoverageCoordAxisBuilder> subset(CalendarDateRange dateRange, int stride) {
 double min = axis.convert(dateRange.getStart());
 double max = axis.convert(dateRange.getEnd());
 return subsetValues(min, max, stride);
}

private Range makeTimeRange(CalendarDateRange dateRange, CoordinateAxis1DTime timeAxis, int stride_time) throws InvalidRangeException {
  Range timeRange = null;
  if ((dateRange != null) && (timeAxis != null)) {
    int startIndex = timeAxis.findTimeIndexFromCalendarDate(dateRange.getStart());
    int endIndex = timeAxis.findTimeIndexFromCalendarDate(dateRange.getEnd());
    if (startIndex < 0)
      throw new InvalidRangeException("start time=" + dateRange.getStart() + " must be >= " + timeAxis.getCalendarDate(0));
    if (endIndex < 0)
      throw new InvalidRangeException("end time=" + dateRange.getEnd() + " must be >= " + timeAxis.getCalendarDate(0));
    if (stride_time <= 1) stride_time = 1;
    timeRange = new Range(startIndex, endIndex, stride_time);
  }
  return timeRange;
}

@Override
public CalendarDateRange makeCalendarDateRange(ucar.nc2.time.Calendar cal) {
 CoordinateTimeAbstract firstCoord = getTimeCoordinate(0);
 CoordinateTimeAbstract lastCoord = getTimeCoordinate(nruns-1);
 CalendarDateRange firstRange = firstCoord.makeCalendarDateRange(cal);
 CalendarDateRange lastRange = lastCoord.makeCalendarDateRange(cal);
 return CalendarDateRange.of(firstRange.getStart(), lastRange.getEnd());
}

CdmrFeatureProto.CalendarDateRange.Builder encodeDateRange(CalendarDateRange dateRange) {
 CdmrFeatureProto.CalendarDateRange.Builder builder = CdmrFeatureProto.CalendarDateRange.newBuilder();
 builder.setStart(dateRange.getStart().getMillis());
 builder.setEnd(dateRange.getEnd().getMillis());
 Calendar cal = dateRange.getStart().getCalendar();
 builder.setCalendar(convertCalendar(cal));
 return builder;
}