/// <summary> Delete all maps that were generated with thisWakeModel </summary>
public void RemoveMapByWakeModel(Wake_Model thisWakeModel, WakeCollection wakeList)
{
int newCount = 0;
for (int i = 0; i < ThisCount; i++)
{
if (mapItem[i].isWaked == false || (mapItem[i].isWaked == true && wakeList.IsSameWakeModel(mapItem[i].wakeModel, thisWakeModel) == false))
{
newCount++;
}
}
if (newCount > 0)
{
Map[] tempList = new Map[newCount];
int tempIndex = 0;
for (int i = 0; i < ThisCount; i++)
{
if (mapItem[i].isWaked == false || (mapItem[i].isWaked == true && wakeList.IsSameWakeModel(mapItem[i].wakeModel, thisWakeModel) == false))
{
tempList[tempIndex] = mapItem[i];
tempIndex++;
}
}
mapItem = new Map[newCount];
mapItem = tempList;
}
else
{
mapItem = null;
}
}
/// <summary> Checks to see if map has already been created. Returns false if has not been created. </summary>
public bool CheckForDuplicate(string[] metsUsed, double minUTMX, double minUTMY, int numX, int numY, int reso,
int whatToMap, string powerCurve, bool useSR, bool useSepModel, Wake_Model thisWakeModel, bool useTimeSeries)
{
bool alreadyExists = false;
WakeCollection wakeList = new WakeCollection();
MetCollection metList = new MetCollection();
if (ThisCount > 0)
{
for (int i = 0; i < ThisCount; i++)
{
if (mapItem[i].minUTMX == minUTMX && mapItem[i].minUTMY == minUTMY && mapItem[i].numX == numX &&
mapItem[i].numY == numY && mapItem[i].reso == reso && mapItem[i].modelType == whatToMap &&
metList.sameMets(metsUsed, mapItem[i].metsUsed) && mapItem[i].powerCurve == powerCurve && mapItem[i].useSR == useSR &&
mapItem[i].useFlowSep == useSepModel && wakeList.IsSameWakeModel(mapItem[i].wakeModel, thisWakeModel) &&
mapItem[i].useTimeSeries == useTimeSeries)
{
MessageBox.Show("An identical map has already been created.", "Continuum 3");
alreadyExists = true;
break;
}
}
}
return(alreadyExists);
}
public void CalcWS_DeficitEddyViscosityGrid_Test()
{
WakeCollection wakeModelList = new WakeCollection();
TurbineCollection turbineList = new TurbineCollection();
double[] power = new double[23];
string Power_file = testingFolder + "\\CalcWS_DeficitEddyViscosityGrid\\Power.txt";
StreamReader sr = new StreamReader(Power_file);
for (int i = 0; i <= 22; i++)
{
power[i] = Convert.ToSingle(sr.ReadLine());
}
double[] Thrust = new double[23];
string Thrust_file = testingFolder + "\\CalcWS_DeficitEddyViscosityGrid\\Thrust.txt";
sr = new StreamReader(Thrust_file);
for (int i = 0; i <= 22; i++)
{
Thrust[i] = Convert.ToSingle(sr.ReadLine());
}
turbineList.AddPowerCurve("GW 1500/87", 3, 22, 1500, power, Thrust, 87, 16, 10, 1, 0);
wakeModelList.AddWakeModel(0, 5, 10, turbineList.powerCurves[0], 10, 3.5f, 0.03f, "Linear");
MetCollection metList = new MetCollection();
metList.metItem = new Met[1];
metList.metItem[0] = new Met();
double[,] Vel_Def = wakeModelList.CalcWS_DeficitEddyViscosityGrid(2, 30, 0.1f, 0.025f, 8, wakeModelList.wakeModels[0], metList);
Assert.AreEqual(Vel_Def[16, 2], 0.450777, 0.01, "Wrong Vel Def Test 1 r = 0.05");
Assert.AreEqual(Vel_Def[16, 10], 0.196172, 0.01, "Wrong Vel Def Test 1 r = 0.25");
Assert.AreEqual(Vel_Def[16, 17], 0.03166, 0.01, "Wrong Vel Def Test 1 r = 0.425");
Assert.AreEqual(Vel_Def[40, 0], 0.255068, 0.01, "Wrong Vel Def Test 2 r = 0.05");
Assert.AreEqual(Vel_Def[40, 7], 0.194434, 0.01, "Wrong Vel Def Test 2 r = 0.25");
Assert.AreEqual(Vel_Def[40, 18], 0.02328, 0.01, "Wrong Vel Def Test 2 r = 0.425");
wakeModelList.AddWakeModel(0, 10, 14, turbineList.powerCurves[0], 10, 3.5f, 0.03f, "Linear");
Vel_Def = wakeModelList.CalcWS_DeficitEddyViscosityGrid(2, 30, 0.1f, 0.025f, 6, wakeModelList.wakeModels[1], metList);
Assert.AreEqual(Vel_Def[4, 2], 0.513121, 0.01, "Wrong Vel Def Test 3 r = 0.05");
Assert.AreEqual(Vel_Def[4, 10], 0.20352, 0.01, "Wrong Vel Def Test 3 r = 0.25");
Assert.AreEqual(Vel_Def[4, 16], 0.04366, 0.01, "Wrong Vel Def Test 3 r = 0.4");
Assert.AreEqual(Vel_Def[42, 4], 0.18052, 0.01, "Wrong Vel Def Test 4 r = 0.05");
Assert.AreEqual(Vel_Def[42, 19], 0.01031, 0.01, "Wrong Vel Def Test 4 r = 0.25");
}
public void CalcDAWM_Deficit_Test()
{
WakeCollection WakeModList = new WakeCollection();
TurbineCollection turbineList = new TurbineCollection();
double[] power = new double[23];
string Power_file = testingFolder + "\\CalcDAWM_Deficit\\Power.txt";
StreamReader sr = new StreamReader(Power_file);
for (int i = 0; i <= 22; i++)
{
power[i] = Convert.ToSingle(sr.ReadLine());
}
double[] Thrust = new double[23];
string Thrust_file = testingFolder + "\\CalcDAWM_Deficit\\Thrust.txt";
sr = new StreamReader(Thrust_file);
for (int i = 0; i <= 22; i++)
{
Thrust[i] = Convert.ToSingle(sr.ReadLine());
}
turbineList.AddPowerCurve("GW 1500/87", 3, 22, 1500, power, Thrust, 87, 16, 10, 1, 0);
Turbine[] UW_Turbs = new Turbine[1];
UW_Turbs[0] = new Turbine();
UW_Turbs[0].UTMX = 283000;
UW_Turbs[0].UTMY = 4553300;
MetCollection metList = new MetCollection();
metList.metItem = new Met[1];
metList.metItem[0] = new Met();
metList.WS_FirstInt = 0.5f;
metList.WS_IntSize = 1;
metList.numWS = 30;
WakeModList.AddWakeModel(1, 5, 10, turbineList.powerCurves[0], 10, 3.5f, 0.03f, "Linear");
double This_Def = WakeModList.Calc_DAWM_Deficit(UW_Turbs, 280000, 4553500, 90, 8, WakeModList.wakeModels[0], metList, 80.0);
Assert.AreEqual(This_Def, 0.04742, 1, "Wrong wind speed deficit in DAWM");
}
public void InterpolateFindWakedDist_Test()
{
string fileName = testingFolder + "\\InterpolateFindWakedDist\\Dist.csv";
StreamReader sr = new StreamReader(fileName);
double[] dist = new double[31];
double[] wakedDistWS = new double[31];
int counter = 0;
while (sr.EndOfStream == false)
{
double thisVal = Convert.ToDouble(sr.ReadLine());
dist[counter] = thisVal;
counter++;
}
sr.Close();
fileName = testingFolder + "\\InterpolateFindWakedDist\\WakedDistWS.csv";
sr = new StreamReader(fileName);
counter = 0;
while (sr.EndOfStream == false)
{
double thisVal = Convert.ToDouble(sr.ReadLine());
wakedDistWS[counter] = thisVal;
counter++;
}
MetCollection metList = new MetCollection();
metList.WS_FirstInt = 0.5;
metList.WS_IntSize = 1;
WakeCollection wakeList = new WakeCollection();
double[] wakedDist = wakeList.InterpolateFindWakedDist(wakedDistWS, dist, metList);
Assert.AreEqual(wakedDist[2], 0.1715, 0.001, "Wrong waked dist Test 1");
Assert.AreEqual(wakedDist[4], 0.296506, 0.001, "Wrong waked dist Test 2");
Assert.AreEqual(wakedDist[6], 0.01881, 0.001, "Wrong waked dist Test 3");
Assert.AreEqual(wakedDist[8], 0.0059, 0.001, "Wrong waked dist Test 4");
sr.Close();
}
public void CalcDownwindAndLateralDistanceFromUW_Turb_Test()
{
WakeCollection wakeList = new WakeCollection();
Turbine UW_Turb = new Turbine();
UW_Turb.UTMX = 277930;
UW_Turb.UTMY = 4553361;
Turbine DW_Turb = new Turbine();
DW_Turb.UTMX = 277998;
DW_Turb.UTMY = 4553199;
// Test 1
double thisWD = 350;
double[] DWandLatDists = wakeList.CalcDownwindAndLateralDistanceFromUW_Turb(UW_Turb.UTMX, UW_Turb.UTMY, DW_Turb.UTMX, DW_Turb.UTMY, 87, thisWD);
Assert.AreEqual(DWandLatDists[0], 1.969505, 0.001, "Wrong DW Dist Test 1");
Assert.AreEqual(DWandLatDists[1], 0.44639, 0.001, "Wrong Lat Dist Test 1");
// Test 2
thisWD = 20;
DWandLatDists = wakeList.CalcDownwindAndLateralDistanceFromUW_Turb(UW_Turb.UTMX, UW_Turb.UTMY, DW_Turb.UTMX, DW_Turb.UTMY, 87, thisWD);
Assert.AreEqual(DWandLatDists[0], 1.4824463, 0.001, "Wrong DW Dist Test 2");
Assert.AreEqual(DWandLatDists[1], 1.371337, 0.001, "Wrong Lat Dist Test 2");
// Test 3
thisWD = 90;
DWandLatDists = wakeList.CalcDownwindAndLateralDistanceFromUW_Turb(UW_Turb.UTMX, UW_Turb.UTMY, DW_Turb.UTMX, DW_Turb.UTMY, 87, thisWD);
Assert.AreEqual(DWandLatDists[0], -0.781609, 0.001, "Wrong DW Dist Test 3");
Assert.AreEqual(DWandLatDists[1], 1.8620689, 0.001, "Wrong Lat Dist Test 3");
// Test 4
thisWD = 170;
DWandLatDists = wakeList.CalcDownwindAndLateralDistanceFromUW_Turb(UW_Turb.UTMX, UW_Turb.UTMY, DW_Turb.UTMX, DW_Turb.UTMY, 87, thisWD);
Assert.AreEqual(DWandLatDists[0], -1.9695049, 0.001, "Wrong DW Dist Test 4");
Assert.AreEqual(DWandLatDists[1], 0.4463899, 0.001, "Wrong Lat Dist Test 4");
// Test 5
thisWD = 220;
DWandLatDists = wakeList.CalcDownwindAndLateralDistanceFromUW_Turb(UW_Turb.UTMX, UW_Turb.UTMY, DW_Turb.UTMX, DW_Turb.UTMY, 87, thisWD);
Assert.AreEqual(DWandLatDists[0], -0.9240188, 0.001, "Wrong DW Dist Test 5");
Assert.AreEqual(DWandLatDists[1], 1.7956622, 0.001, "Wrong Lat Dist Test 5");
}
public void FindAllUW_Turbines_Test()
{
WakeCollection WakeModList = new WakeCollection();
TurbineCollection turbineList = new TurbineCollection();
turbineList.AddTurbine("Turb_1", 275000, 4553000, 1);
turbineList.AddTurbine("Turb_2", 275000, 4553300, 1);
turbineList.AddTurbine("Turb_3", 275000, 4553600, 1);
turbineList.AddTurbine("Turb_4", 275000, 4553900, 1);
turbineList.AddTurbine("Turb_5", 275000, 4554200, 1);
turbineList.AddTurbine("Turb_6", 283000, 4553000, 1);
turbineList.AddTurbine("Turb_7", 283000, 4553300, 1);
turbineList.AddTurbine("Turb_8", 283000, 4553600, 1);
turbineList.AddTurbine("Turb_9", 283000, 4553900, 1);
turbineList.AddTurbine("Turb_10", 283000, 4554200, 1);
Turbine[] UW_Turbs = WakeModList.FindAllUW_Turbines(45, 279000, 4553200, turbineList);
Assert.AreEqual(UW_Turbs.Length, 5, "Wrong number of UW turbines in Test 1 Sector 45");
Assert.AreSame(UW_Turbs[0].name, "Turb_10", "Wrong UW turbines in Test 1 Sector 45");
Assert.AreSame(UW_Turbs[1].name, "Turb_9", "Wrong UW turbines in Test 1 Sector 45");
Assert.AreSame(UW_Turbs[2].name, "Turb_8", "Wrong UW turbines in Test 1 Sector 45");
Assert.AreSame(UW_Turbs[3].name, "Turb_7", "Wrong UW turbines in Test 1 Sector 45");
Assert.AreSame(UW_Turbs[4].name, "Turb_6", "Wrong UW turbines in Test 1 Sector 45");
UW_Turbs = WakeModList.FindAllUW_Turbines(180, 279000, 4553200, turbineList);
Assert.AreEqual(UW_Turbs.Length, 2, "Wrong number of UW turbines in Test 2 Sector 180");
Assert.AreSame(UW_Turbs[0].name, "Turb_1", "Wrong UW turbines in Test 2 Sector 180");
Assert.AreSame(UW_Turbs[1].name, "Turb_6", "Wrong UW turbines in Test 2 Sector 180");
UW_Turbs = WakeModList.FindAllUW_Turbines(337.5f, 279000, 4554900, turbineList);
Assert.AreEqual(UW_Turbs.Length, 4, "Wrong number of UW turbines in Test 3 Sector 337.5");
Assert.AreSame(UW_Turbs[0].name, "Turb_5", "Wrong UW turbines in Test 3 Sector 180");
Assert.AreSame(UW_Turbs[1].name, "Turb_4", "Wrong UW turbines in Test 3 Sector 180");
Assert.AreSame(UW_Turbs[2].name, "Turb_3", "Wrong UW turbines in Test 3 Sector 180");
Assert.AreSame(UW_Turbs[3].name, "Turb_2", "Wrong UW turbines in Test 3 Sector 180");
UW_Turbs = WakeModList.FindAllUW_Turbines(225, 275500, 4553200, turbineList);
Assert.AreEqual(UW_Turbs.Length, 3, "Wrong number of UW turbines in Test 4 Sector 225");
Assert.AreSame(UW_Turbs[0].name, "Turb_1", "Wrong UW turbines in Test 3 Sector 180");
Assert.AreSame(UW_Turbs[1].name, "Turb_2", "Wrong UW turbines in Test 3 Sector 180");
Assert.AreSame(UW_Turbs[2].name, "Turb_3", "Wrong UW turbines in Test 3 Sector 180");
}
public void CalcWakeWidth_Test()
{
WakeCollection wakeList = new WakeCollection();
Wake_Model wakeModel = new Wake_Model();
wakeModel.horizWakeExp = 5;
double width = wakeList.CalcWakeWidth(0.9, wakeModel, 2.4);
Assert.AreEqual(width, 0.934818, 0.01, "Wrong wake width Test 1");
width = wakeList.CalcWakeWidth(0.9, wakeModel, 5.8);
Assert.AreEqual(width, 1.230775, 0.01, "Wrong wake width Test 2");
wakeModel.horizWakeExp = 9;
width = wakeList.CalcWakeWidth(1.1, wakeModel, 3.8);
Assert.AreEqual(width, 1.380452, 0.01, "Wrong wake width Test 3");
width = wakeList.CalcWakeWidth(1.1, wakeModel, 6.4);
Assert.AreEqual(width, 1.785549, 0.01, "Wrong wake width Test 4");
}
public void CalcIBL_H1_Test()
{
WakeCollection WakeModList = new WakeCollection();
TurbineCollection turbineList = new TurbineCollection();
double[] power = new double[23];
string Power_file = testingFolder + "\\Calc_IBL_H1\\Power.txt";
StreamReader sr = new StreamReader(Power_file);
for (int i = 0; i <= 22; i++)
{
power[i] = Convert.ToSingle(sr.ReadLine());
}
double[] Thrust = new double[23];
string Thrust_file = testingFolder + "\\Calc_IBL_H1\\Thrust.txt";
sr = new StreamReader(Thrust_file);
for (int i = 0; i <= 22; i++)
{
Thrust[i] = Convert.ToSingle(sr.ReadLine());
}
turbineList.AddPowerCurve("GW 1500/87", 3, 22, 1500, power, Thrust, 87, 16, 10, 1, 0);
Turbine[] UW_Turbs = new Turbine[1];
UW_Turbs[0] = new Turbine();
UW_Turbs[0].UTMX = 283000;
UW_Turbs[0].UTMY = 4553300;
MetCollection metList = new MetCollection();
metList.metItem = new Met[1];
metList.metItem[0] = new Met();
WakeModList.AddWakeModel(1, 5, 10, turbineList.powerCurves[0], 10, 3.5f, 0.03f, "Linear");
double This_IBL_H1 = WakeModList.Calc_IBL_H1(UW_Turbs[0], 280000, 4553500, WakeModList.wakeModels[0], 90f, 1.9316f, 80.0);
Assert.AreEqual(This_IBL_H1, 750.4, 1, "Wrong IBL H1");
}
public void CalcEquivRoughness_Test()
{
WakeCollection WakeModList = new WakeCollection();
TurbineCollection turbineList = new TurbineCollection();
double[] power = new double[23];
string Power_file = testingFolder + "\\CalcEquivRoughness\\Power.txt";
StreamReader sr = new StreamReader(Power_file);
for (int i = 0; i <= 22; i++)
{
power[i] = Convert.ToSingle(sr.ReadLine());
}
double[] Thrust = new double[23];
string Thrust_file = testingFolder + "\\CalcEquivRoughness\\Thrust.txt";
sr = new StreamReader(Thrust_file);
for (int i = 0; i <= 22; i++)
{
Thrust[i] = Convert.ToSingle(sr.ReadLine());
}
turbineList.AddPowerCurve("GW 1500/87", 3, 22, 1500, power, Thrust, 87, 16, 10, 1, 0);
WakeModList.AddWakeModel(1, 5, 10, turbineList.powerCurves[0], 10, 3.5f, 0.03f, "Linear");
MetCollection metList = new MetCollection();
metList.metItem = new Met[1];
metList.metItem[0] = new Met();
metList.WS_FirstInt = 0.5;
metList.WS_IntSize = 1;
metList.numWS = 30;
double This_Equiv_Rough = WakeModList.CalcEquivRoughness(metList, 8, WakeModList.wakeModels[0], 80.0);
Assert.AreEqual(This_Equiv_Rough, 1.9316, 0.01, "Wrong equivalent roughness for DAWM");
}
/// <summary> Delete waked wind speed map </summary>
public void RemoveMapByWakeGridMap(WakeCollection.WakeGridMap thisWakeGrid, WakeCollection wakeList)
{
int newCount = 0;
for (int i = 0; i < ThisCount; i++)
{
if (mapItem[i].isWaked == false || (mapItem[i].isWaked == true && wakeList.IsSameWakeModel(mapItem[i].wakeModel, thisWakeGrid.wakeModel) == false &&
mapItem[i].minUTMX != thisWakeGrid.minUTMX && mapItem[i].minUTMY != thisWakeGrid.minUTMY && mapItem[i].numX != thisWakeGrid.numX &&
mapItem[i].numY != thisWakeGrid.numY && mapItem[i].reso != thisWakeGrid.wakeGridReso))
{
newCount++;
}
}
if (newCount > 0)
{
Map[] tempList = new Map[newCount];
int tempIndex = 0;
for (int i = 0; i < ThisCount; i++)
{
if (mapItem[i].isWaked == false || (mapItem[i].isWaked == true && wakeList.IsSameWakeModel(mapItem[i].wakeModel, thisWakeGrid.wakeModel) == false &&
mapItem[i].minUTMX != thisWakeGrid.minUTMX && mapItem[i].minUTMY != thisWakeGrid.minUTMY && mapItem[i].numX != thisWakeGrid.numX &&
mapItem[i].numY != thisWakeGrid.numY && mapItem[i].reso != thisWakeGrid.wakeGridReso))
{
tempList[tempIndex] = mapItem[i];
tempIndex++;
}
}
mapItem = new Map[newCount];
mapItem = tempList;
}
else
{
mapItem = null;
}
}
/// <summary> Return Map index of incomplete map if it exists, return -999 if not. </summary>
public int GetIncompleteMapInd(Map thisMap)
{
WakeCollection wakeList = new WakeCollection();
MetCollection metList = new MetCollection();
int mapInd = -999;
if (ThisCount > 0)
{
for (int i = 0; i < ThisCount; i++)
{
if (mapItem[i].isComplete == false && mapItem[i].minUTMX == thisMap.minUTMX && mapItem[i].minUTMY == thisMap.minUTMY && mapItem[i].numX == thisMap.numX &&
mapItem[i].numY == thisMap.numY && mapItem[i].reso == thisMap.reso && mapItem[i].modelType == thisMap.modelType &&
metList.sameMets(thisMap.metsUsed, mapItem[i].metsUsed) && mapItem[i].powerCurve == thisMap.powerCurve && mapItem[i].useSR == thisMap.useSR &&
mapItem[i].useFlowSep == thisMap.useFlowSep && wakeList.IsSameWakeModel(mapItem[i].wakeModel, thisMap.wakeModel) && mapItem[i].useTimeSeries == thisMap.useTimeSeries)
{
mapInd = i;
break;
}
}
}
return(mapInd);
}
public void CalcNetEnergy_Test()
{
WakeCollection wakeModelList = new WakeCollection();
TurbineCollection turbineList = new TurbineCollection();
double[] power = new double[31];
string Power_file = testingFolder + "\\CalcNetEnergy\\Power.txt";
StreamReader sr = new StreamReader(Power_file);
for (int i = 0; i <= 22; i++)
{
power[i] = Convert.ToSingle(sr.ReadLine());
}
turbineList.AddPowerCurve("GW 1500/87", 3, 22, 1500, power, null, 87, 16, 10, 1, 0);
wakeModelList.AddWakeModel(0, 5, 10, turbineList.powerCurves[0], 10, 3.5f, 0.03f, "Linear");
string Dist_file = testingFolder + "\\CalcNetEnergy\\WS_Dist.txt";
sr = new StreamReader(Dist_file);
double[] thisDist = new double[31];
for (int i = 0; i <= 30; i++)
{
thisDist[i] = Convert.ToSingle(sr.ReadLine());
}
Continuum thisInst = new Continuum("");
double[] dummyRose = new double[16];
double[,] dummySect = new double[16, 31];
thisInst.metList.AddMetTAB("Dummy", 0, 0, 0, dummyRose, dummySect, 0.5, 1, thisInst);
double loss = 0.8782;
double This_AEP = wakeModelList.CalcNetEnergy(wakeModelList.wakeModels[0], thisDist, thisInst, loss);
Assert.AreEqual(This_AEP, 8956.778, 5, "Wrongt Net AEP");
}
public void CalcWakeLosses_Test()
{
WakeCollection WakeModList = new WakeCollection();
TurbineCollection turbineList = new TurbineCollection();
double[] power = new double[31];
string Power_file = testingFolder + "\\CalcWakeLosses\\power.txt";
StreamReader sr = new StreamReader(Power_file);
for (int i = 0; i <= 22; i++)
{
power[i] = Convert.ToSingle(sr.ReadLine());
}
double[] Thrust = new double[31];
string Thrust_file = testingFolder + "\\CalcWakeLosses\\Thrust.txt";
sr = new StreamReader(Thrust_file);
for (int i = 0; i <= 22; i++)
{
Thrust[i] = Convert.ToSingle(sr.ReadLine());
}
turbineList.AddPowerCurve("GW 1500/87", 3, 22, 1500, power, Thrust, 87, 16, 10, 1, 0);
WakeModList.AddWakeModel(0, 5, 10, turbineList.powerCurves[0], 10, 3.5f, 0.03f, "Linear");
MetCollection metList = new MetCollection();
metList.metItem = new Met[1];
metList.metItem[0] = new Met();
// Load sectorwise wind speed distribution
string Sect_WS_file = testingFolder + "\\CalcWakeLosses\\Sect_WS.txt";
sr = new StreamReader(Sect_WS_file);
double[,] sectorWS = new double[16, 31];
for (int i = 0; i <= 15; i++)
{
string This_WS_Array = sr.ReadLine();
string[] This_Array_Split = This_WS_Array.Split('\t');
for (int j = 0; j <= 30; j++)
{
sectorWS[i, j] = Convert.ToSingle(This_Array_Split[j]);
}
}
string WR_file = testingFolder + "\\CalcWakeLosses\\Wind_Rose.txt";
sr = new StreamReader(WR_file);
double[] windRose = new double[16];
for (int i = 0; i <= 15; i++)
{
windRose[i] = Convert.ToSingle(sr.ReadLine()) / 100;
}
string Sect_AEP_file = testingFolder + "\\CalcWakeLosses\\Sect_AEP.txt";
sr = new StreamReader(Sect_AEP_file);
double[] Sect_AEP = new double[16];
for (int i = 0; i <= 15; i++)
{
Sect_AEP[i] = Convert.ToSingle(sr.ReadLine());
}
double[] R_RD = new double[21];
for (int i = 0; i <= 20; i++)
{
R_RD[i] = i * 0.025f;
}
WakeCollection.WakeLossCoeffs[] These_Coeffs = new WakeCollection.WakeLossCoeffs[140]; // 5 (DW_RDs) x 28 (WS > 3)
int Ind_Count = 0;
for (double DW_RD = 5.5f; DW_RD <= 5.9; DW_RD = DW_RD + 0.1f)
{
int DW_ind = (int)Math.Round((DW_RD - 2) / 0.1, 0);
for (int i = 3; i <= 30; i++)
{
double[] Vel_Def_Rad = new double[21]; // Velocity Deficit profile at X_Length_RD
double[,] WS_Def_EV_Grid = WakeModList.CalcWS_DeficitEddyViscosityGrid(2f, 6f, 0.1f, 0.025f, i, WakeModList.wakeModels[0], metList);
for (int radiusInd = 0; radiusInd <= 19; radiusInd++)
{
Vel_Def_Rad[radiusInd] = WS_Def_EV_Grid[DW_ind, radiusInd]; // index = 37 corresponds to DW dist = 5.7 (i.e. 2 + 0.1 * 37 = 5.7)
}
Vel_Def_Rad[20] = 0;
double[] Coeffs = WakeModList.CalcWakeProfileFit(Vel_Def_Rad, R_RD);
These_Coeffs[Ind_Count].freeStream = i;
These_Coeffs[Ind_Count].X_LengthRD = DW_RD;
These_Coeffs[Ind_Count].linRegInt = Coeffs[0];
These_Coeffs[Ind_Count].linCoeff4 = Coeffs[1];
These_Coeffs[Ind_Count].linCoeff3 = Coeffs[2];
These_Coeffs[Ind_Count].linCoeff2 = Coeffs[3];
These_Coeffs[Ind_Count].linCoeff1 = Coeffs[4];
Ind_Count++;
}
}
turbineList.AddTurbine("Target Site", 280050, 4552500, 1);
turbineList.AddTurbine("UW Site", 280000, 4553000, 1);
Continuum thisInst = new Continuum("");
thisInst.turbineList = turbineList;
thisInst.metList.WS_FirstInt = 0.5;
thisInst.metList.WS_IntSize = 1;
thisInst.metList.numWS = 30;
thisInst.metList.AddMetTAB("dummy", 0, 0, 0, windRose, sectorWS, 0.5, 1, thisInst);
// Need to define exceed model
thisInst.turbineList.exceed = new Exceedance();
thisInst.turbineList.exceed.compositeLoss = new Exceedance.Monte_Carlo();
thisInst.turbineList.exceed.compositeLoss.pVals1yr = new double[100];
for (int i = 0; i < 100; i++)
{
thisInst.turbineList.exceed.compositeLoss.pVals1yr[i] = 1.0;
}
WakeCollection.WakeCalcResults WakeResults = WakeModList.CalcWakeLosses(These_Coeffs, 280050, 4552500, sectorWS, 4130, Sect_AEP, thisInst, WakeModList.wakeModels[0], windRose);
Assert.AreEqual(WakeResults.sectorNetEnergy[0], 79.1604, 0.1, "Wrong net AEP");
Assert.AreEqual(WakeResults.sectorWakedWS[0], 4.2851, 0.1, "Wrong waked wind speed");
Assert.AreEqual(WakeResults.sectorWakeLoss[0], 0.2278, 0.1, "Wrong wake loss");
}
public void CalcNetSectEnergy_Test()
{
WakeCollection WakeModList = new WakeCollection();
TurbineCollection turbineList = new TurbineCollection();
double[] power = new double[31];
string Power_file = testingFolder + "\\CalcNetSectEnergy\\Power.txt";
StreamReader sr = new StreamReader(Power_file);
for (int i = 0; i <= 22; i++)
{
power[i] = Convert.ToSingle(sr.ReadLine());
}
double[] Thrust = new double[31];
string Thrust_file = testingFolder + "\\CalcNetSectEnergy\\Thrust.txt";
sr = new StreamReader(Thrust_file);
for (int i = 0; i <= 22; i++)
{
Thrust[i] = Convert.ToSingle(sr.ReadLine());
}
turbineList.AddPowerCurve("GW 1500/87", 3, 22, 1500, power, Thrust, 87, 16, 10, 1, 0);
WakeModList.AddWakeModel(0, 5, 10, turbineList.powerCurves[0], 10, 3.5f, 0.03f, "Linear");
string WR_file = testingFolder + "\\CalcNetSectEnergy\\Wind_Rose.txt";
sr = new StreamReader(WR_file);
double[] windRose = new double[16];
for (int i = 0; i <= 15; i++)
{
windRose[i] = Convert.ToSingle(sr.ReadLine()) / 100;
}
string Sect_WS_file = testingFolder + "\\CalcNetSectEnergy\\Sect_WS.txt";
sr = new StreamReader(Sect_WS_file);
double[,] sectorWS = new double[16, 31];
for (int i = 0; i <= 15; i++)
{
string This_WS_Array = sr.ReadLine();
string[] This_Array_Split = This_WS_Array.Split('\t');
for (int j = 0; j <= 30; j++)
{
sectorWS[i, j] = Convert.ToSingle(This_Array_Split[j]);
}
}
Continuum thisInst = new Continuum("");
thisInst.metList.WS_FirstInt = 0.5;
thisInst.metList.WS_IntSize = 1;
thisInst.metList.numWS = 30;
Met met = new Met();
thisInst.metList.AddMetTAB("dummy", 0, 0, 0, windRose, sectorWS, 0.5, 1, thisInst);
double noLoss = 1.0;
double[] This_Net_Energy = WakeModList.CalcNetSectEnergy(WakeModList.wakeModels[0], sectorWS, windRose, thisInst, noLoss);
Assert.AreEqual(This_Net_Energy[0], 102.5134, 0.1, "Wrong net energy calculated Sector 0");
Assert.AreEqual(This_Net_Energy[6], 96.69486, 0.1, "Wrong net energy calculated Sector 6");
Assert.AreEqual(This_Net_Energy[14], 223.3589, 0.1, "Wrong net energy calculated Sector 14");
Assert.AreEqual(This_Net_Energy[15], 124.5820, 0.1, "Wrong net energy calculated Sector 15");
}
public void CalcWakeProfileFit_Test()
{
WakeCollection WakeModList = new WakeCollection();
// Test 1
string velDefFile = testingFolder + "\\CalcWakeProfileFit\\Vel Deficit Test 1.csv";
StreamReader srVelDef = new StreamReader(velDefFile);
double[] Vel_Def = new double[21];
double[] R_RD = new double[21];
for (int i = 0; i < 21; i++)
{
string thisData = srVelDef.ReadLine();
string[] parsedData = thisData.Split(',');
Vel_Def[i] = Convert.ToSingle(parsedData[0]);
R_RD[i] = Convert.ToSingle(parsedData[1]);
}
srVelDef.Close();
string calcCoeffs = testingFolder + "\\CalcWakeProfileFit\\Wake Profile Coeffs.csv";
StreamReader srCoeffs = new StreamReader(calcCoeffs);
string strCoeffs = srCoeffs.ReadLine();
string[] strCoeffsParse = strCoeffs.Split(',');
double[] coeffs = WakeModList.CalcWakeProfileFit(Vel_Def, R_RD);
for (int i = 0; i < 5; i++)
{
Assert.AreEqual(coeffs[i], Convert.ToSingle(strCoeffsParse[i]), 0.001, "Test 1 Wrong Coeff " + i);
}
// Test 2
velDefFile = testingFolder + "\\CalcWakeProfileFit\\Vel Deficit Test 2.csv";
srVelDef = new StreamReader(velDefFile);
Vel_Def = new double[21];
R_RD = new double[21];
for (int i = 0; i < 21; i++)
{
string thisData = srVelDef.ReadLine();
string[] parsedData = thisData.Split(',');
Vel_Def[i] = Convert.ToSingle(parsedData[0]);
R_RD[i] = Convert.ToSingle(parsedData[1]);
}
srVelDef.Close();
strCoeffs = srCoeffs.ReadLine();
strCoeffsParse = strCoeffs.Split(',');
coeffs = WakeModList.CalcWakeProfileFit(Vel_Def, R_RD);
for (int i = 0; i < 5; i++)
{
Assert.AreEqual(coeffs[i], Convert.ToSingle(strCoeffsParse[i]), 0.001, "Test 2 Wrong Coeff " + i);
}
srCoeffs.Close();
}