protected virtual void Copy(ManureSeparator toCopy)
{
this.Id = toCopy.Id;
this.Enabled = toCopy.Enabled;
this.Style = toCopy.Style;
this.SourceFacility = toCopy.SourceFacility;
this.LiquidFacility = toCopy.LiquidFacility;
this.SolidFacility = toCopy.SolidFacility;
}
private void parseManureSeparators(Scenario s, int manureSeparatorCount)
{
for (int i = 0; i < manureSeparatorCount; i++)
{
string sect = "manure_separator:" + (i + 1).ToString();
string id = dDp.GetValue(sect, "ID");
string enabled = dDp.GetValueOnly(sect, "enable");
string style = dDp.GetValue(sect, "style");
string source = dDp.GetValue(sect, "source_facility");
string liquid = dDp.GetValue(sect, "liquid_facility");
string solids = dDp.GetValue(sect, "solids_facility");
ManureSeparator m = new ManureSeparator()
{
Id = id,
Enabled = Convert.ToBoolean(enabled),
Style = style,
SourceFacility = source,
LiquidFacility = liquid,
SolidFacility = solids
};
switch (style)
{
case "anaerobic digester":
s.AnaerobicDigester = new AnaerobicDigester(m);
break;
case "fiber separator":
s.CourseSeparator = new CourseSeparator(m);
break;
case "dissolved air flotation":
s.FineSeparator = new FineSeparator(m);
break;
case "ammonia stripper":
s.NutrientRecovery = new NutrientRecovery(m);
break;
}
}
}
