void MechanicalCoolingControl::output_func(IO_Bag& yb)
{
PortValue<BuildingEvent*> pv;
pv.port = onOffCmd;
pv.value = new OnOffEvent(COOLING_UNIT,4,1);
yb.insert(pv);
}
void MechanicalCoolingControl::delta_ext(double e, const IO_Bag& xb)
{
IO_Bag::const_iterator iter = xb.begin();
for (; iter != xb.end(); iter++)
{
assert((*iter).port == tempData);
TemperatureEvent* temp =
dynamic_cast<TemperatureEvent*>((*iter).value);
if (temp->getItem() == THERMOSTAT_THERMOMETER && temp->getUnit() == 4)
{
if (off && temp->getTempC() > setPoint)
change_mode = true;
else if (!off && temp->getTempC() < setPoint-deadBand)
change_mode = true;
}
}
}
void delta_ext(double,const IO_Bag& xb)
{
active = true;
u = xRef-(*(xb.begin()));
}
void output_func(const double* q, const bool*, IO_Bag& y)
{
y.insert(q[1]);
}
void external_event(double*,double,const IO_Bag& xb) { u = *(xb.begin()); }
void output_func(IO_Bag& yb) { yb.insert(u); }
void MechanicalCoolingControl::gc_output(IO_Bag& yb)
{
IO_Bag::iterator iter = yb.begin();
for (; iter != yb.end(); iter++)
delete (*iter).value;
}
