private DateTime GetSunriseDate(DateTime date)
{
Celestial celestial = Celestial.CalculateCelestialTimes(42.304428, -87.948996, date);
var sunrise = celestial.SunRise.Value;
return(sunrise);
}
private DateTime GetSunsetDate(DateTime date)
{
Celestial celestial = Celestial.CalculateCelestialTimes(42.304428, -87.948996, date);
var sunset = celestial.SunSet.Value;
return(sunset);
}
public void Adjust(bool force)
{
mutex.WaitOne();
if (force)
{
lightMode = -1;
brightness = -1;
}
Celestial celestial = Celestial.CalculateCelestialTimes
(location.Latitude, location.Longitude, DateTime.UtcNow);
if (celestial.IsSunUp)
{
SetLightMode(1);
}
else
{
SetLightMode(0);
}
double factor = (Sin(celestial.SunAltitude * PI / 180.0) + 0.3) * 1.0 / 1.3;
if (factor > 0.0)
{
SetBrightness((int)(Sqrt(factor) * 100.0));
}
else
{
SetBrightness(0);
}
mutex.ReleaseMutex();
}
private void InitTimeZone(DateTime?dtOverride = null)
{
if (TimeZone == null ||
celestial == null)
{
TimeZone = TZConvert.GetTimeZoneInfo(TimeZoneId);
var dt = GetDateTimeInLocation(dtOverride);
celestial = Celestial.CalculateCelestialTimes(Latitude, Longitude, dt, TimeZone.GetUtcOffset(dt).TotalHours);
}
}
/// <summary>
///
/// </summary>
/// <param name="start"></param>
/// <param name="end"></param>
/// <returns></returns>
public static double Koeff(DateTime start, DateTime end)
{
int deltaHour = (DateTime.Now - DateTime.UtcNow).Hours;
TimeSpan timeWorkForPeriodMinusHour = TimeSpan.Zero, timeWorkForPeriod = TimeSpan.Zero;
for (int i = 0; start.AddDays(i) < end; i++)
{
Celestial cel = Celestial.CalculateCelestialTimes(55.9077000, 53.9355000, start.AddDays(i));
DateTime sunRiseUTC = cel.SunRise.Value;
DateTime sunSetUTC = cel.SunSet.Value;
DateTime sunRise = sunRiseUTC.AddHours(deltaHour);
DateTime sunSet = sunSetUTC.AddHours(deltaHour);
TimeSpan tmpsum = (sunRise - start.AddDays(i)) + (start.AddDays(i + 1) - sunSet);
timeWorkForPeriod += tmpsum;
timeWorkForPeriodMinusHour += tmpsum - TimeSpan.FromHours(1);
}
double tmp = timeWorkForPeriod.TotalMinutes / timeWorkForPeriodMinusHour.TotalMinutes;
return(tmp);
}
public static void Run_Test()
{
Coordinate tc = null;
Console.WriteLine("Starting Benchmarks, this test may take a while to finish...");
Console.WriteLine();
//Benchmark Standard Object Initialization
Benchmark(() => { tc = new Coordinate(39.891219, -74.872435, new DateTime(2018, 7, 26, 15, 49, 0)); }, 100, "Standard Initialization");
Benchmark(() => {
tc = new Coordinate();
tc.Latitude = new CoordinatePart(39, 45, 34, CoordinatesPosition.N);
tc.Longitude = new CoordinatePart(74, 34, 45, CoordinatesPosition.W);
tc.GeoDate = new DateTime(2018, 7, 26, 15, 49, 0);
}, 100, "Secondary Initialization");
//Benchmark TryParse Object Initialization
Benchmark(() => { Coordinate.TryParse("39.891219, -74.872435", new DateTime(2010, 7, 26, 15, 49, 0), out tc); }, 100, "TryParse() Initialization");
//Benchmark with EagerLoad fully off
Benchmark(() => {
EagerLoad eg = new EagerLoad(false);
tc = new Coordinate(39.891219, -74.872435, new DateTime(2018, 7, 26, 15, 49, 0), eg);
}, 100, "EagerLoad Off Initialization");
tc = new Coordinate(39.891219, -74.872435, new DateTime(2018, 7, 26, 15, 49, 0));
//Benchmark property change
Random r = new Random();
Benchmark(() => { tc.Latitude.DecimalDegree = r.Next(-90, 90); }, 100, "Property Change");
//Benchmark Celestial Times
Benchmark(() => { Celestial cel = new Celestial(45, 45, DateTime.Now); }, 100, "Celestial Time Calculations");
EagerLoad el = new EagerLoad();
Coordinate c = new Coordinate(45, 45, DateTime.Now, el);
//Benchmark Local Times
Benchmark(() => {
Celestial cel = c.Celestial_LocalTime(-7);
}, 100, "Local Celestial Times From Coordinate");
el.Extensions = new EagerLoad_Extensions(EagerLoad_ExtensionsType.Solar_Cycle);
Benchmark(() => {
Celestial cel = c.Celestial_LocalTime(-7);
}, 100, "Local Solar Cycle Only Times From Coordinate");
el.Extensions = new EagerLoad_Extensions(EagerLoad_ExtensionsType.Lunar_Cycle);
Benchmark(() => {
Celestial cel = c.Celestial_LocalTime(-7);
}, 100, "Local Lunar Cycle Only Times From Coordinate");
el = new EagerLoad();
Benchmark(() => {
Celestial cel = Celestial.CalculateCelestialTimes(45, 45, DateTime.Now, el, -7);
}, 100, "Local Celestial Times From Direct Celestial");
el = new EagerLoad(EagerLoadType.Celestial);
el.Extensions = new EagerLoad_Extensions(EagerLoad_ExtensionsType.Solar_Cycle);
Benchmark(() => {
Celestial cel = Celestial.CalculateCelestialTimes(45, 45, DateTime.Now, el, -7);
}, 100, "Local Solar Cycle Only Times From Direct Celestial");
el.Extensions = new EagerLoad_Extensions(EagerLoad_ExtensionsType.Lunar_Cycle);
Benchmark(() => {
Celestial cel = Celestial.CalculateCelestialTimes(45, 45, DateTime.Now, el, -7);
}, 100, "Local Lunar Cycle Only Times From Direct Celestial");
//Benchmark EagerLoading Extension Times
el = new EagerLoad();
Benchmark(() =>
{
el.Extensions = new EagerLoad_Extensions(EagerLoad_ExtensionsType.Solar_Cycle);
c = new Coordinate(45, 45, DateTime.Now, el);
}, 100, "Coordinate Initialization with Solar Cycle Calculations Only.");
Benchmark(() =>
{
el.Extensions = new EagerLoad_Extensions(EagerLoad_ExtensionsType.Lunar_Cycle);
c = new Coordinate(45, 45, DateTime.Now, el);
}, 100, "Coordinate Initialization with Lunar Cycle Calculations Only.");
}
private bool Check_Local_Times()
{
DateTime d = new DateTime(2019, 10, 31, 14, 10, 22);
double offset = -7;
//INSTANCE CHECK
//Coordinate in UTC
Coordinate cUTC = new Coordinate(47.60357, -122.32945, d);
//Coordinate in UTC - offset added to account for UTC date differing
Coordinate sUTC = new Coordinate(47.60357, -122.32945, d.AddDays(offset / Math.Abs(offset) * -1));
//Coordinate in Local
Coordinate lLoc = new Coordinate(47.60357, -122.32945, d);
//Coordinate in local + offset (for cel coord comparision)
Coordinate simUTC = new Coordinate(47.60357, -122.32945, d.AddHours(-offset));
lLoc.Offset = offset;
Celestial cCel = cUTC.CelestialInfo;
Celestial sCel = sUTC.CelestialInfo;
Celestial lCel = lLoc.CelestialInfo;
Celestial bCel = simUTC.CelestialInfo;
if (!Local_Time_Checker(cCel, lCel, sCel, bCel, offset))
{
return(false);
}
//STATIC CHECK
cCel = Celestial.CalculateCelestialTimes(47.60357, -122.32945, d);
sCel = Celestial.CalculateCelestialTimes(47.60357, -122.32945, d.AddDays(offset / Math.Abs(offset) * -1));
lCel = Celestial.CalculateCelestialTimes(47.60357, -122.32945, d, offset);
bCel = Celestial.CalculateCelestialTimes(47.60357, -122.32945, d.AddHours(-offset));
if (!Local_Time_Checker(cCel, lCel, sCel, bCel, offset))
{
return(false);
}
//With EagerLoad
EagerLoad el = new EagerLoad(EagerLoadType.Celestial);
cCel = Celestial.CalculateCelestialTimes(47.60357, -122.32945, d, el);
sCel = Celestial.CalculateCelestialTimes(47.60357, -122.32945, d.AddDays(offset / Math.Abs(offset) * -1), el);
lCel = Celestial.CalculateCelestialTimes(47.60357, -122.32945, d, el, offset);
bCel = Celestial.CalculateCelestialTimes(47.60357, -122.32945, d.AddHours(-offset), el);
if (!Local_Time_Checker(cCel, lCel, sCel, bCel, offset))
{
return(false);
}
//VALIDATIONS
//IN RANGE
try { cUTC.Offset = -12; } catch (ArgumentOutOfRangeException) { return(false); }
try { cUTC.Offset = 12; } catch (ArgumentOutOfRangeException) { return(false); }
try { cCel = new Celestial(0, 0, DateTime.Now, -12); } catch (ArgumentOutOfRangeException) { return(false); }
try { cCel = new Celestial(0, 0, DateTime.Now, 12); } catch (ArgumentOutOfRangeException) { return(false); }
try { cCel = new Celestial(0, 0, DateTime.Now, -12, new EagerLoad()); } catch (ArgumentOutOfRangeException) { return(false); }
try { cCel = new Celestial(0, 0, DateTime.Now, 12, new EagerLoad()); } catch (ArgumentOutOfRangeException) { return(false); }
try { cCel = Celestial.CalculateCelestialTimes(0, 0, DateTime.Now, -12); } catch (ArgumentOutOfRangeException) { return(false); }
try { cCel = Celestial.CalculateCelestialTimes(0, 0, DateTime.Now, 12); } catch (ArgumentOutOfRangeException) { return(false); }
try { cCel = Celestial.CalculateCelestialTimes(0, 0, DateTime.Now, new EagerLoad(), 12); } catch (ArgumentOutOfRangeException) { return(false); }
try { cCel = Celestial.CalculateCelestialTimes(0, 0, DateTime.Now, new EagerLoad(), -12); } catch (ArgumentOutOfRangeException) { return(false); }
//OUT OF RANGE
try { cUTC.Offset = -13; return(false); } catch (ArgumentOutOfRangeException) { }
try { cUTC.Offset = 13; return(false); } catch (ArgumentOutOfRangeException) { }
try { cCel = new Celestial(0, 0, DateTime.Now, -13); return(false); } catch (ArgumentOutOfRangeException) { }
try { cCel = new Celestial(0, 0, DateTime.Now, 13); return(false); } catch (ArgumentOutOfRangeException) { }
try { cCel = new Celestial(0, 0, DateTime.Now, -13, new EagerLoad()); return(false); } catch (ArgumentOutOfRangeException) { }
try { cCel = new Celestial(0, 0, DateTime.Now, 13, new EagerLoad()); return(false); } catch (ArgumentOutOfRangeException) { }
try { cCel = Celestial.CalculateCelestialTimes(0, 0, DateTime.Now, -13); return(false); } catch (ArgumentOutOfRangeException) { }
try { cCel = Celestial.CalculateCelestialTimes(0, 0, DateTime.Now, 13); return(false); } catch (ArgumentOutOfRangeException) { }
try { cCel = Celestial.CalculateCelestialTimes(0, 0, DateTime.Now, new EagerLoad(), -13); return(false); } catch (ArgumentOutOfRangeException) { }
try { cCel = Celestial.CalculateCelestialTimes(0, 0, DateTime.Now, new EagerLoad(), 13); return(false); } catch (ArgumentOutOfRangeException) { }
return(true);
}
//Unit Test Console
//This is a partial unit test meant to test initialization of objects.
//Error, limit & MVVM testing should be done in the WPF test app.
static void Main(string[] args)
{
//Test Lat Long KWRI 40.0352° N, 74.5844° W
//Test Coordinate Initialization w & w/o eager load
d("INITIALIZATION TESTS:");
Coordinate c = new Coordinate();
d(c.ToString());
c = new Coordinate(40.0352, -74.5844);
d(c.ToString());
c = new Coordinate(40.0352, -74.5844, new DateTime(2017, 8, 21, 0, 0, 0));
d(c.ToString());
EagerLoad eagerLoad = new EagerLoad();
c = new Coordinate(eagerLoad);
d(c.ToString());
c = new Coordinate(40.0352, -74.5844, eagerLoad);
d(c.ToString());
c = new Coordinate(40.0352, -74.5844, new DateTime(2017, 8, 21, 0, 0, 0), eagerLoad);
d(c.ToString());
//Test Coord String Formats
CoordinateFormatOptions cfo = new CoordinateFormatOptions();
cfo.Format = CoordinateFormatType.Degree_Decimal_Minutes;
cfo.Display_Symbols = false;
cfo.Display_Trailing_Zeros = true;
c.FormatOptions = cfo;
d(c.Latitude.ToString() + " - " + c.Longitude.ToString());
//Test ToDouble
d(c.Latitude.ToDouble() + " - " + c.Longitude.ToDouble());
//Test UTM & MGRS
d(c.MGRS.ToString());
d(c.MGRS.Digraph + " - " + c.MGRS.Easting + " - " + c.MGRS.LatZone + " - " + c.MGRS.LongZone + " - " + c.MGRS.Northing);
d(c.UTM.ToString());
d(c.UTM.Easting + " - " + c.UTM.LatZone + " - " + c.UTM.LongZone + " - " + c.UTM.Northing);
//TEST CELESTIAL
//Main Properties
d("SUN CONDITION: " + c.CelestialInfo.SunCondition.ToString());
d("SUN RISE: " + c.CelestialInfo.SunRise);
d("SUN SET: " + c.CelestialInfo.SunSet);
d("SUN ALTITUDE: " + c.CelestialInfo.SunAltitude);
d("SUN AZIMUTH: " + c.CelestialInfo.SunAzimuth);
d("MOON CONDITION: " + c.CelestialInfo.MoonCondition.ToString());
d("MOON DISTANCE: " + c.CelestialInfo.MoonDistance);
d("MOON RISE: " + c.CelestialInfo.MoonRise);
d("MOON SET: " + c.CelestialInfo.MoonSet);
//Sub Properties
d("CIVIL DAWN: " + c.CelestialInfo.AdditionalSolarTimes.CivilDawn.ToString());
d("CIVIL DUSK: " + c.CelestialInfo.AdditionalSolarTimes.CivilDusk.ToString());
d("NAUTICAL DAWN: " + c.CelestialInfo.AdditionalSolarTimes.NauticalDawn.ToString());
d("NAUTICAL DUSK: " + c.CelestialInfo.AdditionalSolarTimes.NauticalDusk.ToString());
d("MOON NAME: " + c.CelestialInfo.AstrologicalSigns.MoonName);
d("MOON SIGN: " + c.CelestialInfo.AstrologicalSigns.MoonSign);
d("ZODIAC SIGN: " + c.CelestialInfo.AstrologicalSigns.ZodiacSign);
d("MOON ANGLE: " + c.CelestialInfo.MoonIllum.Angle.ToString());
d("MOON FRACTION: " + c.CelestialInfo.MoonIllum.Fraction.ToString());
d("MOON PHASE: " + c.CelestialInfo.MoonIllum.Phase.ToString());
d("MOON PHASENAME: " + c.CelestialInfo.MoonIllum.PhaseName.ToString());
//VALUE CHANGE NOTIFICATION TEST (PARTIAL. MORE COMPLETE TESTING OF NOTIFICATION CHANGES SHOULD BE DONE IN THE MVVM WPF TESTER)
//New Lat Long Cape Town Intl 33.9715° S, 18.6021° E
d("COORDINATE CHANGE NOTIFICATION TESTS");
c.Latitude.DecimalDegree = 33.9715;
c.Latitude.Position = CoordinatesPosition.S;
c.Longitude.DecimalDegree = 18.6021;
c.Longitude.Position = CoordinatesPosition.E;
d(c.ToString());
d(c.MGRS.ToString());
d(c.UTM.ToString());
d("SUN CONDITION: " + c.CelestialInfo.SunCondition.ToString());
d("SUN RISE: " + c.CelestialInfo.SunRise);
d("SUN SET: " + c.CelestialInfo.SunSet);
d("SUN ALTITUDE: " + c.CelestialInfo.SunAltitude);
d("SUN AZIMUTH: " + c.CelestialInfo.SunAzimuth);
d("MOON CONDITION: " + c.CelestialInfo.MoonCondition.ToString());
d("MOON DISTANCE: " + c.CelestialInfo.MoonDistance);
d("MOON RISE: " + c.CelestialInfo.MoonRise);
d("MOON SET: " + c.CelestialInfo.MoonSet);
//EAGERLOAD TESTS
eagerLoad.Celestial = false;
c = new Coordinate(40.0352, -74.5844, DateTime.Now, eagerLoad);
try { d(c.CelestialInfo.SunSet.Value.ToString()); }
catch (NullReferenceException ex) { d("TEST EAGERLOAD OFF: " + ex.Message); }
c.LoadCelestialInfo();
d(c.CelestialInfo.SunSet.Value.ToString());
//TEST STATIC CELESTIALS
Console.WriteLine(Celestial.CalculateCelestialTimes(40.0352, -74.5844, DateTime.Now).SunSet);
Console.ReadKey();
}