private void GeoPositionExecuteTests(
Tuple <float, float> geoCoordinates, // latitude, longitude
List <DateTimeOffset> dateTimeInputList,
List <Tuple <float, float> > expectedOutputsList, // azimuth, elevation (uncorrected)
float ERROR_RATE,
bool testAzimuth)
{
Assert.IsTrue(dateTimeInputList.Count == expectedOutputsList.Count);
for (int testCaseIndex = 0; testCaseIndex < dateTimeInputList.Count; ++testCaseIndex)
{
DateTimeOffset dt = dateTimeInputList[testCaseIndex];
var expectedResult = expectedOutputsList[testCaseIndex];
(float resultAzimuth, float resultAltitude) = SunStudy.CalculateSunPosition(dt, geoCoordinates.Item1, geoCoordinates.Item2);
if (testAzimuth)
{
Assert.AreEqual(expectedResult.Item1, resultAzimuth, ERROR_RATE, $"Azimuth not equal with {ERROR_RATE} acc.: TestH: {dt.Hour}");
}
else
{
Assert.AreEqual(expectedResult.Item2, resultAltitude, ERROR_RATE, $"Elevation not equal with {ERROR_RATE} acc.: TestH: {dt.Hour}");
}
}
}
void ExecuteTest(float errorThreshold, string testJsonFileName, bool testAzimuth)
{
SunStudyTestJson.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);
var offset = new TimeSpan(utcOffsetHour, utcOffsetMinute, 0);
var dateTimeInputs = new List <DateTimeOffset>();
var expectedOutputs = new List <Tuple <float, float> >();
foreach (var test in testData.values)
{
dateTimeInputs.Add(new DateTimeOffset(test.dateY, test.dateM, test.dateD, test.timeH, test.timeM, test.timeS, offset));
expectedOutputs.Add(Tuple.Create <float, float>(test.azimuth, test.elevation));
}
Assert.IsTrue(dateTimeInputs.Count == expectedOutputs.Count);
for (int testCaseIndex = 0; testCaseIndex < dateTimeInputs.Count; ++testCaseIndex)
{
DateTimeOffset dateTime = dateTimeInputs[testCaseIndex];
var expectedResult = expectedOutputs[testCaseIndex];
(float resultAzimuth, float resultAltitude) = SunStudy.CalculateSunPosition(dateTime, geoCoordinates.Item1, geoCoordinates.Item2);
if (testAzimuth)
{
Assert.AreEqual(expectedResult.Item1, resultAzimuth, errorThreshold, $"Azimuth not equal with {errorThreshold} accuracy at Hour {dateTime.Hour}.");
}
else
{
Assert.AreEqual(expectedResult.Item2, resultAltitude, errorThreshold, $"Elevation not equal with {errorThreshold} accuracy at Hour {dateTime.Hour}.");
}
}
}