How to use

getRunTimeAxis

method

in

ucar.nc2.dt.grid.GridCoordSys

@Override
public List<CalendarDate> getCalendarDates() {
 if (timeTaxis != null)
  return timeTaxis.getCalendarDates();
 else if (getRunTimeAxis() != null)
  return makeCalendarDates2D();
 else
  return new ArrayList<>();
}

@Override
public CalendarDateRange getCalendarDateRange() {
 if (timeTaxis != null)
  return timeTaxis.getCalendarDateRange();
 else if (getRunTimeAxis() != null) {
  List<CalendarDate>  cd = makeCalendarDates2D();
  int last = cd.size();
  return (last > 0) ? CalendarDateRange.of(cd.get(0), cd.get(last-1)) : null;
 } else
  return null;
}

@Override
public CalendarDateRange getCalendarDateRange() {
 if (timeTaxis != null)
  return timeTaxis.getCalendarDateRange();
 else if (getRunTimeAxis() != null) {
  List<CalendarDate>  cd = makeCalendarDates2D();
  int last = cd.size();
  return (last > 0) ? CalendarDateRange.of(cd.get(0), cd.get(last-1)) : null;
 } else
  return null;
}

private List<CalendarDate> makeCalendarDates2D() {
 Set<CalendarDate> dates = new HashSet<>();
 CoordinateAxis1DTime rtaxis = getRunTimeAxis();
 List<CalendarDate> runtimes = rtaxis.getCalendarDates();
 for (int i = 0; i < runtimes.size(); i++) {
  CoordinateAxis1DTime taxis = getTimeAxisForRun(i);
  if (taxis == null) throw new IllegalStateException();
  List<CalendarDate> times = taxis.getCalendarDates();
  for (CalendarDate time : times) dates.add(time);
 }
 // sorted list
 int n = dates.size();
 CalendarDate[] dd = dates.toArray(new CalendarDate[n]);
 List<CalendarDate> dateList = Arrays.asList(dd);
 Collections.sort(dateList);
 return dateList;
}

@Override
public List<CalendarDate> getCalendarDates() {
 if (timeTaxis != null)
  return timeTaxis.getCalendarDates();
 else if (getRunTimeAxis() != null)
  return makeCalendarDates2D();
 else
  return new ArrayList<>();
}

private List<CalendarDate> makeCalendarDates2D() {
 Set<CalendarDate> dates = new HashSet<CalendarDate>();
 CoordinateAxis1DTime rtaxis = getRunTimeAxis();
 List<CalendarDate> runtimes = rtaxis.getCalendarDates();
 for (int i = 0; i < runtimes.size(); i++) {
  CoordinateAxis1DTime taxis = getTimeAxisForRun(i);
  List<CalendarDate> times = taxis.getCalendarDates();
  for (int j = 0; j < times.size(); j++)
   dates.add(times.get(j));
 }
 // sorted list
 int n = dates.size();
 CalendarDate[] dd = dates.toArray(new CalendarDate[n]);
 List<CalendarDate> dateList = Arrays.asList(dd);
 Collections.sort(dateList);
 return dateList;
}

@Override
public List<CalendarDate> getCalendarDates() {
 if (timeTaxis != null)
  return timeTaxis.getCalendarDates();
 else if (getRunTimeAxis() != null)
  return makeCalendarDates2D();
 else
  return null;
}

@Override
public CalendarDateRange getCalendarDateRange() {
 if (timeTaxis != null)
  return timeTaxis.getCalendarDateRange();
 else if (getRunTimeAxis() != null) {
  List<CalendarDate>  cd = makeCalendarDates2D();
  int last = cd.size();
  return (last > 0) ? CalendarDateRange.of(cd.get(0), cd.get(last-1)) : null;
 } else
  return null;
}

private List<CalendarDate> makeCalendarDates2D() {
 Set<CalendarDate> dates = new HashSet<>();
 CoordinateAxis1DTime rtaxis = getRunTimeAxis();
 List<CalendarDate> runtimes = rtaxis.getCalendarDates();
 for (int i = 0; i < runtimes.size(); i++) {
  CoordinateAxis1DTime taxis = getTimeAxisForRun(i);
  if (taxis == null) throw new IllegalStateException();
  List<CalendarDate> times = taxis.getCalendarDates();
  for (CalendarDate time : times) dates.add(time);
 }
 // sorted list
 int n = dates.size();
 CalendarDate[] dd = dates.toArray(new CalendarDate[n]);
 List<CalendarDate> dateList = Arrays.asList(dd);
 Collections.sort(dateList);
 return dateList;
}

f.format("Coordinate System (%s)%n%n", getName());
if (getRunTimeAxis() != null) {
 f.format("rt=%s (%s)", runTimeAxis.getFullName(), runTimeAxis.getClass().getName());
 if (showCoords) showCoords(runTimeAxis, f);

f.format("Coordinate System (%s)%n", getName());
if (getRunTimeAxis() != null) {
 f.format(" rt=%s (%s)", runTimeAxis.getNameAndDimensions(), runTimeAxis.getClass().getName());
 if (showCoords) showCoords(runTimeAxis, f);

f.format("Coordinate System (%s)%n%n", getName());
if (getRunTimeAxis() != null) {
 f.format("rt=%s (%s)", runTimeAxis.getFullName(), runTimeAxis.getClass().getName());
 if (showCoords) showCoords(runTimeAxis, f);

if (gcs.getRunTimeAxis() != null) rtDimOrgIndex = findDimension(gcs.getRunTimeAxis().getDimension(0));

CoordinateAxis1DTime rtaxis = from.getRunTimeAxis();
if (rtaxis != null) {
 if (taxis1D != null) {

CoordinateAxis1DTime rtaxis = from.getRunTimeAxis();
if (rtaxis != null) {
 if (taxis1D != null) {

CoordinateAxis1DTime rtaxis = from.getRunTimeAxis();
if (rtaxis != null) {
 if (taxis1D != null) {

if (gcs.getRunTimeAxis() != null) rtDimOrgIndex = findDimension(gcs.getRunTimeAxis().getDimension(0));

if (gcs.getRunTimeAxis() != null) rtDimOrgIndex = findDimension(gcs.getRunTimeAxis().getDimension(0));