/*#F:This determines the pressure of the contents and the pressure at each
inlet and outlet of the surge unit.*/
void MN_Xfer::EvalJoinPressures(long JoinMask)
{
switch (NetMethod())
{
case NM_Probal:
{
const bool OldCode = false;
if (OldCode)
{
if (NoProcessJoins()>=1)
EvalJoinPressure(0, &m_PCtrl0, m_QFeed());//&QProd());
//if (NoProcessJoins()>=2)
// EvalJoinPressure(1);
}
else
{
if (NoProcessJoins()>=1)
EvalJoinPressure(0, &m_PCtrl0, m_QProd());
if (NoProcessJoins()>=2)
EvalJoinPressure(1);
}
break;
}
//case SM_Inline:
case NM_Dynamic:
//if (m_PCtrl0.Method())
if (JoinMask&1)
{
int N=0;
for (int i=0; i<NoProcLnkIOs(); i++)
{
if (Nd_Rmt(i)->FlowMode()==LFM_Xfer)
N++;
}
if (NoProcLnkIOs()-N>=2)
SetJoinPressure(0, JoinP(0), true, true);
else
{
//m_PCtrl0.DoInputs
//SetJoinPressure(0, AtmosPress(m_Datum)/* JoinP(0)*/, true, true);
//if (HasModeNear(0, LFM_Xfer))
EvalJoinPressure(0, &m_PCtrl0);
}
//else
}
if (JoinMask&2 && NoProcessJoins()>1)
{
//if (HasModeNear(1, LFM_Xfer))
// EvalJoinPressure(0, &m_PCtrl0);
//else
SetJoinPressure(1, AtmosPress(m_Datum)/* JoinP(0)*/, true, true);
}
//MdlNode::EvalJoinPressures(JoinMask);
break;
}
};
void MN_BstRes::EvalJoinPressures(long JoinMask)
{
if (NoFlwIOs()>0)
if (NetMethod()==NM_Probal)
{
for (int j=0; j<NoJoins(); j++)
{
//double Pm=MeasureJoinPressure(j);
//SetJoinPressure(j, Pm);
SetJoinPressure(j, dPout);
}
}
else
MdlNode::EvalJoinPressures(JoinMask);
}
void CElectroCell::EvalJoinPressures(long JoinMask)
{
switch (NetMethod())
{
case NM_Probal:
{
for (int j=0; j<NoProcessJoins(); j++)
{
double P = PBPress();//AtmosPress(IODatum_Term(j));
SetJoinPressure(j, P);
}
break;
}
case NM_Dynamic:
MN_Surge::EvalJoinPressures(JoinMask);
break;
}
}