protected const float ERROR_RATE = 1f / 60f; // Less than 1 minute of error is acceptable.
private SunStudyTestsJson.RootTest LoadTestData(string in_testfilename)
{
string file_path = System.IO.Path.Combine(Application.dataPath, "Tests", "Data", in_testfilename);
if (!System.IO.File.Exists(file_path))
{
string[] guids = AssetDatabase.FindAssets(System.IO.Path.GetFileNameWithoutExtension(in_testfilename));
if (guids.Length > 0)
{
foreach (string guid in guids)
{
string path = AssetDatabase.GUIDToAssetPath(guid);
if (System.IO.File.Exists(path))
{
file_path = path;
break;
}
}
}
}
string json = System.IO.File.ReadAllText(file_path);
SunStudyTestsJson.RootTest testData = JsonUtility.FromJson <SunStudyTestsJson.RootTest>(json);
return(testData);
}
//protected void ExecuteSolarCycleTest(float ERROR_RATE_MINUTES, string testJsonFileName)
//{
// SunStudyTestsJson.RootTest testData = LoadTestData(testJsonFileName);
// var geoCoordinates = Tuple.Create<float, float>(testData.latitude, testData.longitude);
// int utcOffsetHour = (int)testData.utcOffset;
// int utcOffsetMinute = (int)((testData.utcOffset - utcOffsetHour) * 60f);
// TimeSpan offset = new TimeSpan(utcOffsetHour, utcOffsetMinute, 0);
// foreach(SunStudyTestsJson.TestValue value in testData.values)
// {
// if (value.timeH != 0)
// continue; // For Solar tests, we can test only one hour entry per day since we are testing sunrise and sunset times.
// double sunriseCheck = value.localSunriseHourFraction;
// int sunriseCheckHour = (int)sunriseCheck;
// double sunriseCheckMinutes = sunriseCheckHour * 60.0 + (sunriseCheck - sunriseCheckHour);
// double sunsetCheck = value.localSunsetHourFraction;
// int sunsetCheckHour = (int)sunsetCheck;
// double sunsetCheckMinutes = sunsetCheckHour * 60.0 + (sunsetCheck - sunsetCheckHour);
// DateTimeOffset solarCheckDate = new DateTimeOffset(value.dateY, value.dateM, value.dateD, 0, 0, 0, offset);
// (double julianSunrise, double julianSunset, double transit) = SunStudy.GetJulianDatesForSunriseAndSunset(solarCheckDate, geoCoordinates.Item1, geoCoordinates.Item2);
// DateTimeOffset sunriseDateTime = SunStudy.MakeDateTimeOffsetWithJDateTimeFraction(julianSunrise, solarCheckDate);
// DateTimeOffset sunsetDateTime = SunStudy.MakeDateTimeOffsetWithJDateTimeFraction(julianSunset, solarCheckDate);
// double sunriseTestMinutes = sunriseDateTime.Hour * 60.0 + sunriseDateTime.Minute;
// double sunsetTestMinutes = sunsetDateTime.Hour * 60.0 + sunsetDateTime.Minute;
// Assert.AreEqual(sunriseCheckMinutes, sunriseTestMinutes, ERROR_RATE_MINUTES, $"Sunrise Time not equal with {ERROR_RATE_MINUTES} minutes accuracy: JD Sunrise: {julianSunrise}, SPA Check JD value: {sunriseCheck}");
// Assert.AreEqual(sunsetCheckMinutes, sunsetTestMinutes, ERROR_RATE_MINUTES, $"Sunset Time not equal with {ERROR_RATE_MINUTES} minutes accuracy: JD Sunrise: {julianSunrise}, SPA Check JD value: {sunsetCheck}");
// }
//}
protected void ExecuteTest(float ERROR_RATE, string testJsonFileName, bool testAzimuth = true)
{
SunStudyTestsJson.RootTest testData = LoadTestData(testJsonFileName);
var geoCoordinates = Tuple.Create <float, float>(testData.latitude, testData.longitude);
int utcOffsetHour = (int)testData.utcOffset;
int utcOffsetMinute = (int)((testData.utcOffset - utcOffsetHour) * 60f);
TimeSpan offset = new TimeSpan(utcOffsetHour, utcOffsetMinute, 0);
List <DateTimeOffset> datetimeInputs = new List <DateTimeOffset>();
List <Tuple <float, float> > outputResults = new List <Tuple <float, float> >();
foreach (SunStudyTestsJson.TestValue test in testData.values)
{
datetimeInputs.Add(new DateTimeOffset(test.dateY, test.dateM, test.dateD, test.timeH, test.timeM, test.timeS, offset));
outputResults.Add(Tuple.Create <float, float>(test.azimuth, test.elevation));
}
GeoPositionExecuteTests(geoCoordinates, datetimeInputs, outputResults, ERROR_RATE, testAzimuth);
}
