public void EccentricityOfEarthOrbitComparisonTest(SolarCalculationsTestData item)
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(item);
decimal expectedValue = item.EccentEarthOrbit;
decimal actualValue = solarTimes.EccentricityOfEarthOrbit;
CustomAssert.AreEqual(expectedValue, actualValue, TestDirector.SolarDecimalDelta);
}
public void SolarDeclinationComparisonTest(SolarCalculationsTestData item)
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(item);
decimal expectedValue = item.SunDeclin;
decimal actualValue = solarTimes.SolarDeclination;
CustomAssert.AreEqual(expectedValue, actualValue, TestDirector.SolarDecimalDelta);
}
public void HourAngleSunriseComparisonTest(SolarCalculationsTestData item)
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(item);
decimal expectedValue = item.HaSunrise;
decimal actualValue = solarTimes.HourAngleSunrise;
CustomAssert.AreEqual(expectedValue, actualValue, TestDirector.SolarDecimalDelta);
}
public void SunGeometricMeanLongitudeComparisonTest(SolarCalculationsTestData item)
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(item);
decimal expectedValue = item.GeomMeanLongSun;
decimal actualValue = solarTimes.SunGeometricMeanLongitude;
CustomAssert.AreEqual(expectedValue, actualValue, TestDirector.SolarDecimalDelta);
}
public void JulianCenturyComparisonTest(SolarCalculationsTestData item)
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(item);
decimal expectedValue = item.JulianCentury;
decimal actualValue = solarTimes.JulianCentury;
CustomAssert.AreEqual(expectedValue, actualValue, TestDirector.SolarDecimalDelta);
}
public void MeanEclipticObliquityComparisonTest(SolarCalculationsTestData item)
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(item);
decimal expectedValue = item.MeanObliqEcliptic;
decimal actualValue = solarTimes.MeanEclipticObliquity;
CustomAssert.AreEqual(expectedValue, actualValue, TestDirector.SolarDecimalDelta);
}
public void ObliquityCorrectionComparisonTest()
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(this.TestContext.DataRow);
decimal expectedValue = Convert.ToDecimal(this.TestContext.DataRow["ObliqCorr"]);
decimal actualValue = solarTimes.ObliquityCorrection;
decimal difference = expectedValue - actualValue;
CustomAssert.AreEqual(expectedValue, actualValue, TestDirector.SolarDecimalDelta);
}
public void EccentricityOfEarthOrbitComparisonTest()
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(this.TestContext.DataRow);
decimal expectedValue = Convert.ToDecimal(this.TestContext.DataRow["EccentEarthOrbit"]);
decimal actualValue = solarTimes.EccentricityOfEarthOrbit;
decimal difference = expectedValue - actualValue;
CustomAssert.AreEqual(expectedValue, actualValue, TestDirector.SolarDecimalDelta);
}
public void SunMeanAnomalyComparisonTest()
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(this.TestContext.DataRow);
decimal expectedValue = Convert.ToDecimal(this.TestContext.DataRow["GeomMeanAnomSun"]);
decimal actualValue = solarTimes.SunMeanAnomaly;
decimal difference = expectedValue - actualValue;
CustomAssert.AreEqual(expectedValue, actualValue, TestDirector.SolarDecimalDelta);
}
public void JulianCenturyComparisonTest()
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(this.TestContext.DataRow);
decimal expectedValue = Convert.ToDecimal(this.TestContext.DataRow["JulianCentury"]);
decimal actualValue = solarTimes.JulianCentury;
decimal difference = expectedValue - actualValue;
CustomAssert.AreEqual(expectedValue, actualValue, TestDirector.SolarDecimalDelta);
}
public void HourAngleSunriseComparisonTest()
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(this.TestContext.DataRow);
decimal expectedValue = Convert.ToDecimal(this.TestContext.DataRow["HaSunrise"]);
decimal actualValue = solarTimes.HourAngleSunrise;
decimal difference = expectedValue - actualValue;
CustomAssert.AreEqual(expectedValue, actualValue, TestDirector.SolarDecimalDelta);
}
public void SunEquationOfCenterComparisonTest(SolarCalculationsTestData item)
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(item);
decimal expectedValue = item.SunEqofCtr;
decimal actualValue = solarTimes.SunEquationOfCenter;
decimal difference = expectedValue - actualValue;
CustomAssert.AreEqual(expectedValue, actualValue, TestDirector.SolarDecimalDelta);
}
public void SunApparentLongitudeComparisonTest()
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(this.TestContext.DataRow);
decimal expectedValue = Convert.ToDecimal(this.TestContext.DataRow["SunAppLong"]);
decimal actualValue = solarTimes.SunApparentLongitude;
decimal difference = expectedValue - actualValue;
CustomAssert.AreEqual(expectedValue, actualValue, TestDirector.SolarDecimalDelta);
}
public void SunMeanAnomalyComparisonTest(SolarCalculationsTestData item)
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(item);
decimal expectedValue = item.GeomMeanAnomSun;
decimal actualValue = solarTimes.SunMeanAnomaly;
decimal difference = expectedValue - actualValue;
CustomAssert.AreEqual(expectedValue, actualValue, TestDirector.SolarDecimalDelta);
}
public void ObliquityCorrectionComparisonTest(SolarCalculationsTestData item)
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(item);
decimal expectedValue = item.ObliqCorr;
decimal actualValue = solarTimes.ObliquityCorrection;
decimal difference = expectedValue - actualValue;
CustomAssert.AreEqual(expectedValue, actualValue, TestDirector.SolarDecimalDelta);
}
public void SunlightDurationComparisonTest(SolarCalculationsTestData item)
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(item);
TimeSpan expectedValue = TimeSpan.FromMinutes(item.SunlightDuration);
TimeSpan actualValue = solarTimes.SunlightDuration;
TimeSpan difference = expectedValue - actualValue;
if (difference > TestDirector.TimeSpanDelta)
{
Assert.Fail($"The Sunlight Duration (Column AA) calculation does not match Excel. The difference is {difference}");
}
}
public void SunsetComparisonTest(SolarCalculationsTestData item)
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(item);
DateTime expectedValue = item.SunsetTime;
DateTime actualValue = solarTimes.Sunset;
TimeSpan difference = expectedValue.TimeOfDay.Subtract(actualValue.TimeOfDay);
if (difference > TestDirector.TimeSpanDelta)
{
Assert.Fail($"The Sunset (Column Z) calculation does not match Excel. The difference is {difference}");
}
}
public void SunsetComparisonTest()
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(this.TestContext.DataRow);
DateTime expectedValue = Convert.ToDateTime(this.TestContext.DataRow["SunsetTime"]);
DateTime actualValue = solarTimes.Sunset;
TimeSpan difference = expectedValue.TimeOfDay.Subtract(actualValue.TimeOfDay);
if (difference > TestDirector.TimeSpanDelta)
{
Assert.Fail(string.Format("The Sunset (Column Z) calculation does not match Excel. The difference is {0}", difference));
}
}
public void SunlightDurationComparisonTest()
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(this.TestContext.DataRow);
TimeSpan expectedValue = TimeSpan.FromMinutes(Convert.ToDouble(this.TestContext.DataRow["SunlightDuration"]));
TimeSpan actualValue = solarTimes.SunlightDuration;
TimeSpan difference = expectedValue - actualValue;
if (difference > TestDirector.TimeSpanDelta)
{
Assert.Fail(string.Format("The Sunlight Duration (Column AA) calculation does not match Excel. The difference is {0}", difference));
}
}
public static IEnumerable <DateValueTestData> LoadDateValueTestData()
{
IEnumerable <DateValueTestData> returnValue = null;
string contents = File.ReadAllText(@"Data/DateValueTestData.csv");
// ***
// ***
// ***
returnValue = (from tbl in TestDirector.ParseCsv(contents)
select new DateValueTestData()
{
Date = DateTime.Parse(tbl["Date"]),
DateValue = Convert.ToDecimal(tbl["DateValue"])
}).ToArray();
return(returnValue);
}
public static IEnumerable <SolarCalculationsTestData> LoadSolarCalculatorTestData()
{
IEnumerable <SolarCalculationsTestData> returnValue = null;
string contents = File.ReadAllText(@"Data/SolarCalculationsTestData.csv");
// ***
// ***
// ***
returnValue = (from tbl in TestDirector.ParseCsv(contents)
select new SolarCalculationsTestData()
{
Date = DateTime.Parse(tbl["Date"]),
Time = DateTime.Parse(tbl["Time"]),
TimeZoneOffset = Convert.ToInt32(tbl["TimeZoneOffset"]),
Latitude = Convert.ToDecimal(tbl["Latitude"]),
Longitude = Convert.ToDecimal(tbl["Longitude"]),
JulianDay = Convert.ToDecimal(tbl["JulianDay"]),
JulianCentury = Convert.ToDecimal(tbl["JulianCentury"]),
GeomMeanLongSun = Convert.ToDecimal(tbl["GeomMeanLongSun"]),
GeomMeanAnomSun = Convert.ToDecimal(tbl["GeomMeanAnomSun"]),
EccentEarthOrbit = Convert.ToDecimal(tbl["EccentEarthOrbit"]),
SunEqofCtr = Convert.ToDecimal(tbl["SunEqofCtr"]),
SunTrueLong = Convert.ToDecimal(tbl["SunTrueLong"]),
SunAppLong = Convert.ToDecimal(tbl["SunAppLong"]),
MeanObliqEcliptic = Convert.ToDecimal(tbl["MeanObliqEcliptic"]),
ObliqCorr = Convert.ToDecimal(tbl["ObliqCorr"]),
SunDeclin = Convert.ToDecimal(tbl["SunDeclin"]),
Vary = Convert.ToDecimal(tbl["vary"]),
EqofTime = Convert.ToDecimal(tbl["EqofTime"]),
HaSunrise = Convert.ToDecimal(tbl["HaSunrise"]),
SolarNoon = DateTime.Parse(tbl["SolarNoon"]),
SunriseTime = DateTime.Parse(tbl["SunriseTime"]),
SunsetTime = DateTime.Parse(tbl["SunsetTime"]),
SunlightDuration = Convert.ToDouble(tbl["SunlightDuration"]),
TrueSolarTime = Convert.ToDecimal(tbl["TrueSolarTime"])
}).ToArray();
return(returnValue);
}
public void CheckSunriseDate(SolarCalculationsTestData item)
{
SolarTimes solarTimes = TestDirector.SolarTimesInstance(item);
Assert.AreEqual(solarTimes.ForDate.Date, solarTimes.Sunrise.Date);
}