public double CalcSoilVolume(TankShape tankShape, double soilHeight)
{
ITank tank = GetTank(tankShape, TankProperties);
double result = tank.CalcSoilVolume(soilHeight);
return(result);
}
public ITank GetTank(TankShape tankShape, string str)
{
Type tankType = ALData.TankTypes[(int)tankShape];
ITank result = (ITank)StringSerializer.Deserialize(tankType, str);
return(result);
}
public double CalcWaterVolume(TankShape tankShape, double underfillHeight, double soilHeight)
{
ITank tank = GetTank(tankShape, TankProperties);
double result = tank.CalcWaterVolume(underfillHeight, soilHeight);
return(result);
}
public double CalcTankVolume(TankShape tankShape)
{
ITank tank = GetTank(tankShape, TankProperties);
double result = tank.CalcTankVolume();
return(result);
}
public void RefreshProps(TankShape tankShape)
{
ITank tank = fRecord.GetTank(tankShape, fRecord.TankProperties);
TypeDescriptor.AddAttributes(tank, new Attribute[] { new ReadOnlyAttribute(true) });
tank.SetPropNames();
fView.PropsGrid.SelectedObject = tank;
RecalcValues();
}
public void EditTank()
{
if (fRecord == null)
{
return;
}
TankShape tankShape = fView.ShapeCombo.GetSelectedTag <TankShape>();
var tank = fRecord.GetTank(tankShape, fRecord.TankProperties);
IBrowser browser = fModel.Browser;
if (browser.EditTank(tank))
{
fRecord.Tank = tank;
RefreshProps(tankShape);
}
}
public double CalcWaterVolume(TankShape tankShape)
{
return(CalcWaterVolume(tankShape, UnderfillHeight, SoilHeight));
}