public void EnergyPredictionTest() // Teszt a hőmérséklet fenntartásához szükséges energiát számító függvényhez.
{
// Test segédváltozók
double expectedEdt;
long secondsTilMonthsEnd;
double expectedEnergy;
// Testhez szükséges elemek1
setupParameters1();
// várt érték1
expectedEdt = ((inAverage - outAverage) / 0.3) * 8 * 1.4;
secondsTilMonthsEnd = (DateTime.DaysInMonth(DateTime.Today.Year, DateTime.Today.Month) - (DateTime.Today.Day - 1)) * 24 * 3600;
// Elvárt érték1
expectedEnergy = expectedEdt * secondsTilMonthsEnd;
// Assert1
Assert.AreEqual((float)expectedEnergy, (float)TestService.EnergyPrediction(TestSettings, InTempList, OutTempList));
// Testhez szükséges elemek2
setupParameters2();
// várt érték2
expectedEdt = ((inAverage - outAverage) / 0.25) * 12 * 0.9;
secondsTilMonthsEnd = (DateTime.DaysInMonth(DateTime.Today.Year, DateTime.Today.Month) - (DateTime.Today.Day - 1)) * 24 * 3600;
// Elvárt érték2
expectedEnergy = expectedEdt * secondsTilMonthsEnd;
// Assert2
Assert.AreEqual((float)expectedEnergy, (float)TestService.EnergyPrediction(TestSettings, InTempList, OutTempList));
}
private void CalculationTimer_Tick(object sender, EventArgs e)
{
var insideTemp = new List <double>();
foreach (var item in InsideDataList)
{
insideTemp.Add(item.Temperature);
}
lbAvgInsideTemp.Text = Math.Round(tempService.countAverage(insideTemp)).ToString();
var outsideTemp = new List <double>();
foreach (var item in OutsideDataList)
{
outsideTemp.Add(item.Temperature);
}
lbAvgOutsideTemp.Text = Math.Round(tempService.countAverage(outsideTemp)).ToString();
lbConsumption.Text = (tempService.CountConsumption(Settings, insideTemp, outsideTemp) / 1000000).ToString();
lbEstimatedConsumption.Text = (tempService.EnergyPrediction(Settings, insideTemp, outsideTemp) / 1000000).ToString();
lbCost.Text = tempService.CountPrice(Settings, insideTemp, outsideTemp).ToString();
lbEstimatedCost.Text = tempService.PricePrediction(Settings, insideTemp, outsideTemp).ToString();
}
