public void CalculateAverageWaterSupplyOfCanalHeadTest()
{
Hydro hydroCalculator = InitHydro();
hydroCalculator.CalculateRoundOrderArea();
hydroCalculator.CalculateOriginalIrrigationRequirement();
hydroCalculator.CalculateGrossIrrigationRequirement();
hydroCalculator.CalculateAverageWaterSupplyOfCanalHead();
List <double> testCase = new List <double>()
{
11634750, 2446292, 2714460, 2951257, 2735383, 2793779, 1465560, 379673, 62961444
};
List <double> roundDays = new List <double>()
{
21, 17, 21, 19, 18, 15, 19, 18, 55
};
for (int i = 0; i < testCase.Count; i++)
{
testCase[i] = testCase[i] / 0.63 / roundDays[i] / 8.64;
Console.WriteLine(testCase[i]);
Console.WriteLine(hydroCalculator.AverageWaterSupplyOfCanalHead[i]);
}
Assert.IsTrue(IsListEqual(hydroCalculator.AverageWaterSupplyOfCanalHead, testCase));
}
public void CalculateOriginalIrrigationRequirementTest()
{
Hydro hydroCalculator = InitHydro();
hydroCalculator.CalculateRoundOrderArea();
hydroCalculator.CalculateOriginalIrrigationRequirement();
List <int> testCase = new List <int>()
{
11634750, 2446292, 2714460, 2951257, 2735383, 2793779, 1465560, 379673, 62961444
};
for (int i = 0; i < hydroCalculator.OriginalIrrigationRequirement.Count; i++)
{
Console.WriteLine(hydroCalculator.OriginalIrrigationRequirement[i]);
Console.WriteLine(testCase[i]);
}
Assert.IsTrue(IsListEqual(hydroCalculator.OriginalIrrigationRequirement, testCase));
}
public void CalculateGrossIrrigationRequirementTest()
{
Hydro hydroCalculator = InitHydro();
hydroCalculator.CalculateRoundOrderArea();
hydroCalculator.CalculateOriginalIrrigationRequirement();
hydroCalculator.CalculateGrossIrrigationRequirement();
List <double> testCase = new List <double>()
{
11634750, 2446292, 2714460, 2951257, 2735383, 2793779, 1465560, 379673, 62961444
};
for (int i = 0; i < testCase.Count; i++)
{
testCase[i] /= 0.63;
}
Assert.IsTrue(IsListEqual(hydroCalculator.GrossIrrigationRequirement, testCase));
}
public void CalculateRoundOrderAreaTest()
{
Hydro hydroCalculator = InitHydro();
hydroCalculator.CalculateRoundOrderArea();
//List<int> testCase = new List<int>() { 19964, 525, 14032, 13833, 2274, 16887, 312, 2023, 651, 1733, 1194, 2572, 6594, 5858, 10759, 11765};
List <int> testCase = new List <int>()
{
77565, 33058, 39340, 41567, 37471, 39349, 20355, 5201, 345942
};
for (int i = 0; i < hydroCalculator.RoundOrderArea.Count; i++)
{
Console.WriteLine(hydroCalculator.RoundOrderArea[i]);
Console.WriteLine(testCase[i]);
}
Assert.IsTrue(IsListEqual(hydroCalculator.RoundOrderArea, testCase));
}
public void CalculateUtilizableCapacityTest()
{
Hydro hydroCalculator = InitHydro();
hydroCalculator.CalculateRoundOrderArea();
hydroCalculator.CalculateOriginalIrrigationRequirement();
hydroCalculator.CalculateGrossIrrigationRequirement();
hydroCalculator.CalculateAverageWaterSupplyOfCanalHead();
hydroCalculator.CalculateAverageFlow();
hydroCalculator.CalculateWaterRequirement();
hydroCalculator.CalculateInflowAveragePrediction();
hydroCalculator.CalculateUtilizableCapacity();
List <double> testCase = new List <double>()
{
0, 0, 0, 0, 0, 0, 0, 0, 0
};
for (int i = 0; i < hydroCalculator.InflowAveragePrediction.Count; i++)
{
double restWater = (0 == i ? 18956.8062545455 : testCase[i - 1]);
testCase[i] = restWater + hydroCalculator.InflowAveragePrediction[i] - hydroCalculator.WaterRequirement[i];
}
Assert.IsTrue(IsListEqual(testCase, hydroCalculator.UtilizableCapacity));
}