MN_BstRes::MN_BstRes(pTagObjClass pClass_, pchar TagIn, pTaggedObject pAttach, TagObjAttachment eAttach) :
MdlNode(pClass_, TagIn, pAttach, eAttach),
m_VLE(this, VLEF_QPFlash),
m_EHX(this, EHXF_Inline),
m_FEP(NULL, FBOpt_HasSimpleRes, 1.0),
m_FTB(this, &m_FEP),
m_LeakI(eDIO_Leak, this, true, false, "Inlet_Leak", IOId_2IOLeakI, IOId_AreaLeakI),
m_LeakO(eDIO_Leak, this, true, false, "Outlet_Leak", IOId_2IOLeakO, IOId_AreaLeakO)
{
bOnLine=1;
bIsentropic=0;
iPressMethod=BRPM_None;
//dTempDrop=dNAN;
dPressBoost_Rqd=0.0;
dPout_Rqd=dNAN;
dTout_Rqd=dNAN;
dDuty_Rqd=0.0;
dTout=Std_T; //actual
dPout=Std_P; //actual
dDuty=0.0; //actual
AttachClassInfo(nc_MBst, NULL, &NullFlwGroup);
InitAssocGrfShowPB(eAGS_Hide, eAGS_Hide, eAGS_Hide, eAGS_Show, eAGS_Show, eAGS_Show);
InitAssocGrfShowDyn(eAGS_ShowEverUsed, eAGS_ShowEverUsed, eAGS_ShowEverUsed, eAGS_Show, eAGS_Show, eAGS_Show);
m_FEP.SetFlowModeSrc(this, false);
}
BeltCnv::BeltCnv(pTagObjClass pClass_, pchar TagIn, pTaggedObject pAttach, TagObjAttachment eAttach) :
MdlNode(pClass_, TagIn, pAttach, eAttach),
m_Pwr("Supply", this, TOA_Embedded),
m_BeltSB("PL_FwdRv", this, &m_Pwr),
m_WtMtrPos(*(new CWtMtrPosArray)),
m_Spill(eDIO_Spill, this, false, true, SpillIOTag, IOId_Spill2Area, IOId_AreaSpillI),
m_Vent(eDIO_Vent, this, false, true, VentIOTag, IOId_Vent2Area, IOId_AreaVentI),
m_AccIn(eDIO_Accum, this, false, true, AccumIOTag),
m_AccOut(eDIO_Deplete, this, false, true, DepleteIOTag),
m_AccCalc(this, m_AccIn, m_AccOut),
m_Q("Belt", this, TOA_Embedded, &m_Spill, &m_Vent, &m_AccIn, &m_AccOut)
{
m_Pwr.Initialise("525v_A/C");
AttachClassInfo(nc_Process, NULL);
AttachIOAreas(BeltCnvIOAreaList);
InitAssocGrfShowPB(eAGS_Hide, eAGS_Hide, eAGS_Hide, eAGS_Hide, eAGS_Hide);
InitAssocGrfShowDyn(eAGS_ShowEverUsed, eAGS_ShowEverUsed, eAGS_Hide, eAGS_Show, eAGS_Show);
m_MaxVelocity=1.0;
m_MaxSpillLoading=100.0;
m_MaxStallLoading=1000.0;
m_MaxTurnDown=20;
m_ProfPts=10;
m_ProfDispType=QPT_MinSections;
m_fShowProfile=False;
m_MinLoading=0.001;
m_fStartIfStalled=True;
m_fWasRunning=False;
m_NLPower=1.0;
m_FLPower=10.0;
m_Power=0.0;
};
MN_Xfer::MN_Xfer(pTagObjClass pClass_, pchar TagIn, pTaggedObject pAttach, TagObjAttachment eAttach) :
MdlNode(pClass_, TagIn, pAttach, eAttach),
m_QFeed("QFeed", this),
m_QProd("QProd", this),
//m_Accumulator("Accumulator", this),
m_RB(this, false),
m_PCtrl0(PC_MinFd, Std_P, true),
m_FTM(this),
m_Leak(eDIO_Leak, this, true, false, "Leak", IOId_XferLeak, IOId_AreaLeakI),
m_VLE(this, VLEF_QPFlash),
m_EHX(this, EHXF_Node),
m_Evap(this, false),
m_BlkEval(this, BEO_WithMakeups|BEO_WithBleeds, &m_RB, NULL, &m_EHX, &m_VLE, &m_Evap)
{
AttachClassInfo(nc_MXfer,NULL);
InitAssocGrfShowPB(eAGS_Hide, eAGS_Hide, eAGS_Hide, eAGS_Show, eAGS_Show, eAGS_Show);
InitAssocGrfShowDyn(eAGS_Hide, eAGS_Hide, eAGS_Hide, eAGS_Show, eAGS_Show, eAGS_Show);
m_QFeed().SetAccumsInUse(true);
m_QProd().SetAccumsInUse(true);
Joins.SetSize(1);
m_NetworkIsolator=false;
m_Accumulator=NULL;
m_AccIn=NULL;
m_AccOut=NULL;
m_AccCalc=NULL;
SetAllowedModes(false, NM_All|SM_Direct|SM_Inline|HM_All);
//SetInlineIntegral(true);
m_Leak.FEP.SetFlowModeSrc(this, false);
};