/**
* The constructor taking an integer Julian day number assumes that the desired {@link
* YearMonthDay} should represent the Gregorian day corresponding to the beginning of the provided
* Julian day number. If the {@link JulianDate} is more than one half day later than that, the
* calculation will be wrong.
*
* <p>So, if {@code date} is more than 12 hours past the start of the Julian day, we instead use
* the Julian date number of tomorrow.
*
* @param date The date.
* @return The Julian day number that will produce the correct Gregorian day number.
*/
private static int getAdjustedJulianDayNumber(JulianDate date) {
int day = date.getDay();
if (date.getSecondsOfDay() >= 43200.0) {
++day;
}
return day;
}
@Test
@Ignore
public final void sandbox() {
JulianDate date = new JulianDate(2451545.0);
{
StringWriter sw = new StringWriter();
try {
CesiumOutputStream output = new CesiumOutputStream(sw);
output.setPrettyFormatting(true);
CesiumStreamWriter writer = new CesiumStreamWriter();
{
PacketCesiumWriter packet = writer.openPacket(output);
try {
packet.writeId("MyID");
packet.writeAvailability(date, date.addDays(1.0));
{
PositionCesiumWriter position = packet.openPositionProperty();
try {
{
CesiumIntervalListWriter<cesiumlanguagewriter.PositionCesiumWriter> intervalList =
position.openMultipleIntervals();
try {
{
PositionCesiumWriter interval = intervalList.openInterval();
try {
interval.writeInterval(new TimeInterval(date, date.addDays(1.0)));
interval.writeCartesian(new Cartesian(1.0, 2.0, 3.0));
} finally {
DisposeHelper.dispose(interval);
}
}
{
PositionCesiumWriter interval =
intervalList.openInterval(date.addDays(1.0), date.addDays(2.0));
try {
ArrayList<cesiumlanguagewriter.JulianDate> dates =
new ArrayList<cesiumlanguagewriter.JulianDate>();
ArrayList<cesiumlanguagewriter.Cartographic> positions =
new ArrayList<cesiumlanguagewriter.Cartographic>();
dates.add(date.addDays(1.0));
positions.add(Cartographic.getZero());
dates.add(date.addDays(1.5));
positions.add(new Cartographic(1.0, 0.0, 0.0));
dates.add(date.addDays(2.0));
positions.add(new Cartographic(0.0, 1.0, 0.0));
interval.writeCartographicRadians(dates, positions);
} finally {
DisposeHelper.dispose(interval);
}
}
} finally {
DisposeHelper.dispose(intervalList);
}
}
} finally {
DisposeHelper.dispose(position);
}
}
{
OrientationCesiumWriter orientation = packet.openOrientationProperty();
try {
{
CesiumIntervalListWriter<cesiumlanguagewriter.OrientationCesiumWriter>
intervalList = orientation.openMultipleIntervals();
try {
{
OrientationCesiumWriter interval = intervalList.openInterval();
try {
interval.writeAxes("MyMadeUpAxes");
interval.writeInterval(new TimeInterval(date, date.addDays(1.0)));
interval.writeUnitQuaternion(new UnitQuaternion(1D, 0D, 0D, 0D));
} finally {
DisposeHelper.dispose(interval);
}
}
{
OrientationCesiumWriter interval = intervalList.openInterval();
try {
interval.writeInterpolationAlgorithm(CesiumInterpolationAlgorithm.LINEAR);
interval.writeInterpolationDegree(1);
ArrayList<cesiumlanguagewriter.JulianDate> dates =
new ArrayList<cesiumlanguagewriter.JulianDate>();
ArrayList<cesiumlanguagewriter.UnitQuaternion> orientations =
new ArrayList<cesiumlanguagewriter.UnitQuaternion>();
dates.add(date.addDays(1.0));
orientations.add(UnitQuaternion.getIdentity());
dates.add(date.addDays(1.5));
orientations.add(new UnitQuaternion(0.0, 1.0, 0.0, 0.0));
dates.add(date.addDays(2.0));
orientations.add(new UnitQuaternion(0.0, 0.0, 1.0, 0.0));
interval.writeUnitQuaternion(dates, orientations);
} finally {
DisposeHelper.dispose(interval);
}
}
} finally {
DisposeHelper.dispose(intervalList);
}
}
} finally {
DisposeHelper.dispose(orientation);
}
}
} finally {
DisposeHelper.dispose(packet);
}
}
ConsoleHelper.writeLine(sw.toString());
} finally {
DisposeHelper.dispose(sw);
}
}
}