public PoolSettings ReadPoolSettings(string fileName)
{
if (File.Exists(fileName))
{
return(JsonConvert.DeserializeObject <PoolSettings>(File.ReadAllText(fileName)));
}
else
{
var settings = new PoolSettings();
var summerGroup1 = new PumpCycleGroupSetting()
{
MinimumTemperature = 0
};
summerGroup1.PumpingCycles.Add(new PumpCycleSetting()
{
DecisionTime = TimeSpan.FromHours(13.3), PumpCycleType = PumpCycleType.StopAt
});
var summerGroup2 = new PumpCycleGroupSetting()
{
MinimumTemperature = 17
};
summerGroup2.PumpingCycles.Add(new PumpCycleSetting()
{
DecisionTime = TimeSpan.FromHours(13.5), PumpCycleType = PumpCycleType.StartAt
});
summerGroup2.PumpingCycles.Add(new PumpCycleSetting()
{
DecisionTime = TimeSpan.FromHours(2), PumpCycleType = PumpCycleType.StartAt
});
var summerGroup3 = new PumpCycleGroupSetting()
{
MinimumTemperature = 20
};
summerGroup3.PumpingCycles.Add(new PumpCycleSetting()
{
DecisionTime = TimeSpan.FromHours(5), PumpCycleType = PumpCycleType.StopAt
});
summerGroup3.PumpingCycles.Add(new PumpCycleSetting()
{
DecisionTime = TimeSpan.FromHours(13.5), PumpCycleType = PumpCycleType.StartAt
});
summerGroup3.PumpingCycles.Add(new PumpCycleSetting()
{
DecisionTime = TimeSpan.FromHours(20), PumpCycleType = PumpCycleType.StartAt
});
// > 23°
var summerGroup4 = new PumpCycleGroupSetting()
{
MinimumTemperature = 23
};
summerGroup4.PumpingCycles.Add(new PumpCycleSetting()
{
DecisionTime = TimeSpan.FromHours(5), PumpCycleType = PumpCycleType.StartAt
});
summerGroup4.PumpingCycles.Add(new PumpCycleSetting()
{
DecisionTime = TimeSpan.FromHours(11), PumpCycleType = PumpCycleType.StartAt
});
summerGroup4.PumpingCycles.Add(new PumpCycleSetting()
{
DecisionTime = TimeSpan.FromHours(17), PumpCycleType = PumpCycleType.StartAt
});
summerGroup4.PumpingCycles.Add(new PumpCycleSetting()
{
DecisionTime = TimeSpan.FromHours(23), PumpCycleType = PumpCycleType.StartAt
});
settings.SummerPumpingCycles.Add(summerGroup1);
settings.SummerPumpingCycles.Add(summerGroup2);
settings.SummerPumpingCycles.Add(summerGroup3);
settings.SummerPumpingCycles.Add(summerGroup4);
settings.WinterPumpingCycles.Add(new PumpCycleGroupSetting()
{
MinimumTemperature = 0
});
settings.WinterPumpingCycles[0].PumpingCycles.Add(new PumpCycleSetting()
{
DecisionTime = TimeSpan.FromHours(5), PumpCycleType = PumpCycleType.StartAt
});
settings.TemperatureRunTime.Add(new TemperatureRunTime()
{
Temperature = 15, RunTimeHours = 1
});
settings.TemperatureRunTime.Add(new TemperatureRunTime()
{
Temperature = 18, RunTimeHours = 3
});
settings.TemperatureRunTime.Add(new TemperatureRunTime()
{
Temperature = 20, RunTimeHours = 4
});
settings.TemperatureRunTime.Add(new TemperatureRunTime()
{
Temperature = 21, RunTimeHours = 5
});
settings.TemperatureRunTime.Add(new TemperatureRunTime()
{
Temperature = 22, RunTimeHours = 6
});
settings.TemperatureRunTime.Add(new TemperatureRunTime()
{
Temperature = 23, RunTimeHours = 8
});
settings.TemperatureRunTime.Add(new TemperatureRunTime()
{
Temperature = 24, RunTimeHours = 9
});
settings.TemperatureRunTime.Add(new TemperatureRunTime()
{
Temperature = 25, RunTimeHours = 10
});
settings.TemperatureRunTime.Add(new TemperatureRunTime()
{
Temperature = 26, RunTimeHours = 12
});
settings.TemperatureRunTime.Add(new TemperatureRunTime()
{
Temperature = 28, RunTimeHours = 14
});
settings.TemperatureRunTime.Add(new TemperatureRunTime()
{
Temperature = 29, RunTimeHours = 16
});
settings.TemperatureRunTime.Add(new TemperatureRunTime()
{
Temperature = 30, RunTimeHours = 20
});
return(settings);
}
}
public void WritePoolSettings(PoolSettings settings, string fileName)
{
File.WriteAllText(
fileName,
JsonConvert.SerializeObject(settings, Formatting.Indented));
}
