/// <summary>
/// gets Hourly Power Usage (prioritises Temperature manager, calculates other devices power usage).
/// </summary>
/// <param name="weatherData"></param>
/// <returns>PowerUsage in kW</returns>
private static float getHourlyPowerUsage(Weather.WeatherData weatherData)
{
float powerUsage = 0;
int expectedTemp = ExpectedTemperatureData.getExpectedTemperature(Calendar.WhatDay(weatherData.TimeStamp), weatherData.TimeStamp.Hour);
powerUsage += OtherDevicesPowerData.getOtherDevicesPower(Calendar.WhatDay(weatherData.TimeStamp), weatherData.TimeStamp.Hour);
//If we want to increase home temperature
if (Home.Temperature < expectedTemp - 1)
{
powerUsage += HeatPowerData.getHeatingPower((int)weatherData.Temperature).heatingPower;
}
//If temp difference is smaller or equal to 1
if (Math.Abs((decimal)(Home.Temperature - expectedTemp)) <= 1)
{
powerUsage += HeatPowerData.getHeatingPower((int)weatherData.Temperature).maintainTempPower;
}
try
{
Home.decreaseTemperature(1 / HeatPowerData.getHeatingPower((int)weatherData.Temperature).decreasingTime);
}
catch (InvalidOperationException)
{
}
return(powerUsage);
}
/// <summary>
/// Manages home Temperature every hour.
/// </summary>
/// <param name="weatherData">weather data required to decide the action.</param>
private static void homeTemperatureManager(Weather.WeatherData weatherData)
{
int expectedTemp = ExpectedTemperatureData.getExpectedTemperature(Calendar.WhatDay(weatherData.TimeStamp), weatherData.TimeStamp.Hour);
if (Home.Temperature < expectedTemp - 1)
{
Home.addTemperature();
}
else if (Home.Temperature > expectedTemp + 1)
{
try
{
Home.decreaseTemperature(1 / HeatPowerData.getHeatingPower(expectedTemp).decreasingTime);
}
catch (InvalidOperationException)
{
}
}
}