private ZonedDateTime CalculateSunrise(bool isSunrise, ZonedDateTime date, Coordinates location, DateTimeZone timeZone)
{
double julianDate = date.Date.AtMidnight().InUtc().ToInstant().ToJulianDate();
double days = julianDate - 2451545.0d + 0.0008d;
double meanSolarNoon = this.CalculateMeanSolarNoon(days, location.Longitude);
double solarMeanAnomaly = this.CalculateSolarMeanAnomaly(meanSolarNoon);
double center = this.CalculateEquationOfTheCenter(solarMeanAnomaly);
double eclipticLongitude = this.CalculateEclipticLongitude(solarMeanAnomaly, center);
double solarTransit = this.CalculateSolarTransit(meanSolarNoon, solarMeanAnomaly, eclipticLongitude);
double sunDeclination = this.CalculateDeclinationOfSun(eclipticLongitude);
double hourAngle = this.CalculateHourAngle(location.Latitude, sunDeclination);
double adjustment = hourAngle / 360d;
double julianSunDate = (isSunrise ? -1 : 1) * adjustment + solarTransit;
Instant gregorianInstant = Instant.FromJulianDate(julianSunDate);
return(new ZonedDateTime(gregorianInstant, timeZone));
}
public void NullableIntervalRoundTripTest()
{
var interval = new Interval(start: Instant.FromJulianDate(0), end: Instant.FromUnixTimeMilliseconds(0));
Assert.That(interval.HasStart);
Assert.That(interval.HasEnd);
RoundTripTest((Interval?)interval);
}
public void IntervalWithStartAndEndRoundTripTest()
{
var interval = new Interval(start: Instant.FromJulianDate(0), end: Instant.FromUnixTimeMilliseconds(0));
Assert.That(interval.HasStart);
Assert.That(interval.HasEnd);
RoundTripTest(interval);
}
public static Instant GetDateTime(this Quote self)
{
if (string.IsNullOrEmpty(self.DateTime))
{
return(Instant.FromJulianDate(0));
}
return(InstantPattern.ExtendedIso.Parse(self.DateTime).Value);
}
public void JulianDateConversions(double julianDate, int year, int month, int day, int hour, int minute, int second)
{
// When dealing with floating point binary data, if we're accurate to 50 milliseconds, that's fine...
// (0.000001 days = ~86ms, as a guide to the scale involved...)
Instant actual = Instant.FromJulianDate(julianDate);
Instant expected = new LocalDateTime(year, month, day, hour, minute, second, CalendarSystem.Julian).InUtc().ToInstant();
Assert.AreEqual(expected.ToUnixTimeMilliseconds(), actual.ToUnixTimeMilliseconds(), 50, "Expected {0}, was {1}", expected, actual);
Assert.AreEqual(julianDate, expected.ToJulianDate(), 0.000001);
}
public virtual void SupportsFromJulianDate(TestEntity <double> testEntity)
{
AddToDatabase(testEntity);
var minimum = Instant.FromJulianDate(testEntity.TestProperty);
ExecuteWithQueryable <TestEntity <double> >(q =>
{
var foundEntities = q.Where(x => Instant.FromJulianDate(x.TestProperty) == minimum).ToList();
});
}
public static void LoggingExamples(bool withNodaTimeDeconstruction)
{
var lc = new LoggerConfiguration();
if (withNodaTimeDeconstruction)
{
lc = lc.ConfigureForNodaTime(DateTimeZoneProviders.Tzdb);
}
var logger = lc
.WriteTo.Console(outputTemplate: "{Instant} {Message:lj}{NewLine}")
.CreateLogger();
var localDateTime = LocalDateTime.FromDateTime(DateTime.Now);
logger.WithCurrentInstant().Information("DateTimeZone {@DateTimeZone}", DateTimeZoneProviders.Tzdb["Europe/London"]);
logger.WithCurrentInstant().Information("Duration {@Duration}", Duration.FromMinutes(69));
logger.WithCurrentInstant().Information("Interval {@Interval}", new Interval(start: Instant.FromJulianDate(0), end: Instant.FromUnixTimeMilliseconds(0)));
logger.WithCurrentInstant().Information("LocalDate {@LocalDate}", localDateTime.Date);
logger.WithCurrentInstant().Information("LocalDateTime {@LocalDateTime}", localDateTime);
logger.WithCurrentInstant().Information("LocalTime {@LocalTime}", localDateTime.TimeOfDay);
logger.WithCurrentInstant().Information("OffsetDate {@OffsetDate}", new OffsetDate(localDateTime.Date, Offset.FromHours(10)));
logger.WithCurrentInstant().Information("OffsetDateTime {@OffsetDateTime}", new OffsetDateTime(localDateTime, Offset.FromHours(10)));
logger.WithCurrentInstant().Information("OffsetTime {@OffsetTime}", new OffsetTime(localDateTime.TimeOfDay, Offset.FromHours(10)));
logger.WithCurrentInstant().Information("Period {@Period}", Period.FromNanoseconds(1234567890));
logger.WithCurrentInstant().Information("ZonedDateTime {@ZonedDateTime}", localDateTime.InZoneLeniently(DateTimeZoneProviders.Tzdb["Australia/Canberra"]));
if (withNodaTimeDeconstruction)
{
Console.WriteLine();
}
// Note that for the following types Serilog.NodaTime overrides the deconstruction setting by declaring that the type should always be considered a Scalar, as the extra information within these structures is not useful in a log nor necessary to round-trip back to a NodaTime type:
logger.WithCurrentInstant().Information("CalendarSystem {@CalendarSystem}", CalendarSystem.Julian);
logger.WithCurrentInstant().Information("Offset {@Offset}", Offset.FromHoursAndMinutes(1, 2));
logger.Dispose();
}
