public static void main(String[] args) {
try {
// define time domain "once every fourth year"
TimeDomainDefinition year4def =
new TimeDomainDefinition(
"year4", Resolution.YEAR, 0L, new Cycle(true, false, false, false));
TimeDomain year4 = TimeDomainManager.getFactory().get(year4def, true);
// define "missing value" for String (else, the default is null)
String missingValue = "(missing)";
TimeSeriesFactory.getInstance().define(String.class, missingValue);
TimeAddressable<String> olympics = TimeSeriesFactory.make(year4, String.class);
olympics.put(
year4.time("1896"),
new String[] {"Athens", "Paris", "Saint-Louis", "London", "Stockholm"});
olympics.put(
year4.time("1920"),
new String[] {"Antwerp", "Paris", "Amsterdam", "Los Angeles", "Berlin"});
for (Observation<String> oly : olympics) {
System.out.println(oly.toString());
}
} catch (Exception e) {
System.err.println("Oops...\n" + e.getMessage());
}
}
private TimeSeries convertToJFCTimeSeries(
boolean interpolate, String name, TimeAddressable<Double> ts) throws KeyedException {
Constructor<? extends RegularTimePeriod> constructor = getPeriodConstructor(ts.getTimeDomain());
TimeSeries timeSeries = new TimeSeries(name);
for (Observation<Double> obs : ts) {
Double value = obs.getValue();
if (ts.isMissing(value)) {
if (interpolate) continue;
}
Date date = JavaDateUtil.toJavaDate(obs.getTime());
RegularTimePeriod period = null;
try {
period = constructor.newInstance(date);
} catch (Exception e) {
throw K.JFC_PERIOD_ERR.exception(e, date.toString());
}
timeSeries.add(period, value);
}
return timeSeries;
}
