public void CalcAvgWS_Diffs_by_WD_Test()
{
string filename = testingFolder + "\\CalcAvgWS_DiffsByWD\\WS Diffs and WD.csv";
StreamReader file = new StreamReader(filename);
string line;
char[] delims = { ',' };
Met_Data_Filter.WS_Ratio_WD_Data theseDiffs = new Met_Data_Filter.WS_Ratio_WD_Data();
int Diff_Count = 0;
while ((line = file.ReadLine()) != null)
{
String[] Data = line.Split(delims);
if (Data[0] != "" & Data[1] != "")
{
Diff_Count++;
Array.Resize(ref theseDiffs.WS_Ratio, Diff_Count);
Array.Resize(ref theseDiffs.WD, Diff_Count);
theseDiffs.WS_Ratio[Diff_Count - 1] = Convert.ToSingle(Data[0]);
theseDiffs.WD[Diff_Count - 1] = Convert.ToDouble(Data[1]);
}
}
Met_Data_Filter thisMetData = new Met_Data_Filter();
double[] theseAvgDiffs = thisMetData.CalcAvgWS_DiffsByWD(theseDiffs);
Assert.AreEqual(theseAvgDiffs[0], -0.075307018, 0.0001, "Wrong avg Diff Test 1");
Assert.AreEqual(theseAvgDiffs[13], 0.367984064, 0.0001, "Wrong avg Diff Test 2");
Assert.AreEqual(theseAvgDiffs[27], 0.376872093, 0.0001, "Wrong avg Diff Test 3");
Assert.AreEqual(theseAvgDiffs[179], -0.051792271, 0.0001, "Wrong avg Diff Test 4");
}
public void ConvertToMPS_Test()
{
Continuum thisInst = new Continuum("");
string Filename = testingFolder + "\\MetDataFilter New Bremen testing.cfm";
thisInst.Open(Filename);
Met_Data_Filter thisQC = thisInst.metList.metItem[0].metData;
Assert.AreEqual(thisQC.anems[0].windData[20].avg, 1.56459544, 0.001, "Wind speed not converted to m/s correctly");
Assert.AreEqual(thisQC.anems[0].windData[20].SD, 0.447027269, 0.001, "Wind speed not converted to m/s correctly");
Assert.AreEqual(thisQC.anems[0].windData[20].max, 2.637460885, 0.001, "Wind speed not converted to m/s correctly");
Assert.AreEqual(thisQC.anems[0].windData[20].min, 0.357621815, 0.001, "Wind speed not converted to m/s correctly");
}
public void FindMinMaxWS_Diff_Test()
{
double[] avg_WS = new double[10];
avg_WS[0] = 0.03;
avg_WS[1] = 0.029;
avg_WS[2] = 0.250;
avg_WS[3] = 0.052;
avg_WS[4] = 0.036;
avg_WS[5] = 0.092;
avg_WS[6] = 0.046;
avg_WS[7] = 0.084;
avg_WS[8] = -0.539;
avg_WS[9] = 0.044;
Met_Data_Filter thisMetData = new Met_Data_Filter();
int thisMin = thisMetData.FindMinMaxWS_Diff(avg_WS, "min");
int thisMax = thisMetData.FindMinMaxWS_Diff(avg_WS, "max");
Assert.AreEqual(thisMin, 288, 0);
Assert.AreEqual(thisMax, 72, 0);
}
public void FindShadowMinMax_Test()
{
double[] avg_WS = new double[10];
avg_WS[0] = 0.03;
avg_WS[1] = 0.029;
avg_WS[2] = 0.250;
avg_WS[3] = 0.052;
avg_WS[4] = 0.036;
avg_WS[5] = 0.092;
avg_WS[6] = 0.046;
avg_WS[7] = 0.084;
avg_WS[8] = 0.039;
avg_WS[9] = 0.044;
Met_Data_Filter thisMetData = new Met_Data_Filter();
int[] Shadow_inds = thisMetData.FindShadowMinMax(avg_WS, 72);
Assert.AreEqual(36, Shadow_inds[0]);
Assert.AreEqual(108, Shadow_inds[1]);
}
public void GetAvgAlpha_from_Valid_WS_Test()
{
double[] avg_WS = new double[] { 0.447, 0.8495, 2.4585 };
double[] heights = new double[] { 30, 40, 50 };
Met_Data_Filter thisMetData = new Met_Data_Filter();
double avg_Alpha = thisMetData.GetAvgAlphaFromValidWS(avg_WS, heights);
Assert.AreEqual(avg_Alpha, 2.231941, 0.001, "Wrong avg Alpha Test 1");
avg_WS = new double[] { 2.146, 2.146, 2.28 };
avg_Alpha = thisMetData.GetAvgAlphaFromValidWS(avg_WS, heights);
Assert.AreEqual(avg_Alpha, 0.1300, 0.001, "Wrong avg Alpha Test 2");
avg_WS = new double[] { 1.9, 1.8105, 1.833 };
avg_Alpha = thisMetData.GetAvgAlphaFromValidWS(avg_WS, heights);
Assert.AreEqual(avg_Alpha, -0.06088, 0.001, "Wrong avg Alpha Test 3");
avg_WS = new double[] { 3.263, 3.2635, 3.487 };
avg_Alpha = thisMetData.GetAvgAlphaFromValidWS(avg_WS, heights);
Assert.AreEqual(avg_Alpha, 0.142455, 0.001, "Wrong avg Alpha Test 4");
}
