//MODEL
#region Add Water to Pond
private void AddWater(double Volume, WaterProperties addedProps)
{
//This logic is valid because people can not overfill their ponds in the real world
//because the water comes from a river by opening up the gates and letting gravity fill the pond.
//Therefore you can not overfill it because the water level just becomes equal to the river.
//Not sure about filling due to pumping the water though.
//If it overfills due to rain, then because saltwater is more dense than rain water
//the rainwater just runs straight off without mixing with the pond water.
//Therefore no solutes are lost due to this runoff.
double maxPondVolume = SurfaceArea * MaxPondDepth;
if (pondVolume + Volume > maxPondVolume)
{
Volume = maxPondVolume - pondVolume;
Summary.WriteMessage(this, "You have overfilled the pond. Reduced the volume added to volume the pond could accept", MessageType.Warning);
}
AddWater_TempChange(Volume, addedProps.Temperature);
AddWater_SalinityChange(Volume, addedProps.Salinity);
AddWater_PHChange(Volume, addedProps.PH);
AddWater_NChange(Volume, addedProps.N);
AddWater_PChange(Volume, addedProps.P);
AddWater_TSSChange(Volume, addedProps.TSS);
//Add DOX
pondVolume = pondVolume + Volume;
}
private void OnEndOfDay(object sender, EventArgs e)
{
//Add Today's Rain
double rainVolume = SurfaceArea * (Weather.Rain * mm2m);
WaterProperties rainProps = new WaterProperties(Weather.Tav, 0, 7.0, 0, 0, 0);
AddWater(rainVolume, rainProps);
//Remove Today's Evaporation
double evapAmount_mm;
evapAmount_mm = CalcEvap();
EvaporateWater(evapAmount_mm);
}
/// <summary>
/// Fill the Pond with a given volume of water.
/// Must specifiy the properties of the water you are adding as well.
/// </summary>
/// <param name="Volume">Volume of water to add (m^3)</param>
/// <param name="WaterTemp">Temperature of the water (oC)</param>
/// <param name="Salinity">Salinity (kg/m^3)</param>
/// <param name="PH">PH</param>
/// <param name="N">Nitrogen (kg/m^3)</param>
/// <param name="P">Phosporus (kg/m^3)</param>
/// <param name="TSS">Total Suspended Solids (kg/m^3)</param>
public void Fill(double Volume, double WaterTemp, double Salinity, double PH, double N, double P, double TSS)
{
WaterProperties addedProps = new WaterProperties(WaterTemp, Salinity, PH, N, P, TSS);
AddWater(Volume, addedProps);
}
//MANAGER COMMANDS
#region Manager Commands
/// <summary>
/// Fill the Pond with a given volume of water.
/// Must specifiy the properties of the water you are adding as well.
/// </summary>
/// <param name="Volume">Volume of water to add (m^3)</param>
/// <param name="WaterProperties">Properties of the water you are adding</param>
public void Fill(double Volume, WaterProperties WaterProperties)
{
AddWater(Volume, WaterProperties);
}
private void OnEndOfDay(object sender, EventArgs e)
{
//Add Today's Rain
double rainVolume = SurfaceArea * (Weather.Rain * mm2m);
WaterProperties rainProps = new WaterProperties(Weather.Tav, 0, 7.0, 0, 0, 0);
AddWater(rainVolume, rainProps);
//Remove Today's Evaporation
double evapAmount_mm;
evapAmount_mm = CalcEvap();
EvaporateWater(evapAmount_mm);
}
private void AddWater(double Volume, WaterProperties addedProps)
{
//This logic is valid because people can not overfill their ponds in the real world
//because the water comes from a river by opening up the gates and letting gravity fill the pond.
//Therefore you can not overfill it because the water level just becomes equal to the river.
//Not sure about filling due to pumping the water though.
//If it overfills due to rain, then because saltwater is more dense than rain water
//the rainwater just runs straight off without mixing with the pond water.
//Therefore no solutes are lost due to this runoff.
double maxPondVolume = SurfaceArea * MaxPondDepth;
if (pondVolume + Volume > maxPondVolume)
{
Volume = maxPondVolume - pondVolume;
Summary.WriteWarning(this, "You have overfilled the pond. Reduced the volume added to volume the pond could accept");
}
AddWater_TempChange(Volume, addedProps.Temperature);
AddWater_SalinityChange(Volume, addedProps.Salinity);
AddWater_PHChange(Volume, addedProps.PH);
AddWater_NChange(Volume, addedProps.N);
AddWater_PChange(Volume, addedProps.P);
AddWater_TSSChange(Volume, addedProps.TSS);
//Add DOX
pondVolume = pondVolume + Volume;
}
/// <summary>
/// Fill the Pond with a given volume of water.
/// Must specifiy the properties of the water you are adding as well.
/// </summary>
/// <param name="Volume">Volume of water to add (m^3)</param>
/// <param name="WaterTemp">Temperature of the water (oC)</param>
/// <param name="Salinity">Salinity (kg/m^3)</param>
/// <param name="PH">PH</param>
/// <param name="N">Nitrogen (kg/m^3)</param>
/// <param name="P">Phosporus (kg/m^3)</param>
/// <param name="TSS">Total Suspended Solids (kg/m^3)</param>
public void Fill(double Volume, double WaterTemp, double Salinity, double PH, double N, double P, double TSS)
{
WaterProperties addedProps = new WaterProperties(WaterTemp, Salinity, PH, N, P, TSS);
AddWater(Volume, addedProps);
}
/// <summary>
/// Fill the Pond with a given volume of water.
/// Must specifiy the properties of the water you are adding as well.
/// </summary>
/// <param name="Volume">Volume of water to add (m^3)</param>
/// <param name="WaterProperties">Properties of the water you are adding</param>
public void Fill(double Volume, WaterProperties WaterProperties)
{
AddWater(Volume, WaterProperties);
}