private com.relteq.sirius.jaxb.Phase restorePhase(Phases db_ph) throws TorqueException {
com.relteq.sirius.jaxb.Phase phase = factory.createPhase();
phase.setNema(BigInteger.valueOf(db_ph.getNema()));
phase.setProtected(db_ph.getIsProtected());
phase.setPermissive(db_ph.getPermissive());
phase.setLag(db_ph.getLag());
phase.setRecall(db_ph.getRecall());
phase.setMinGreenTime(db_ph.getMinGreenTime());
phase.setYellowTime(db_ph.getYellowTime());
phase.setRedClearTime(db_ph.getRedClearTime());
@SuppressWarnings("unchecked")
List<PhaseLinks> db_phl_l = db_ph.getPhaseLinkss();
com.relteq.sirius.jaxb.LinkReferences linkrefs = factory.createLinkReferences();
for (PhaseLinks db_phl : db_phl_l) linkrefs.getLinkReference().add(restorePhaseLink(db_phl));
phase.setLinkReferences(linkrefs);
return phase;
}
protected final void populateFromJaxb(
Scenario myScenario, com.relteq.sirius.jaxb.Phase jaxbPhase) {
int numlinks = jaxbPhase.getLinks().getLinkReference().size();
this.targetlinks = new Link[numlinks];
for (int i = 0; i < numlinks; i++) {
com.relteq.sirius.jaxb.LinkReference linkref = jaxbPhase.getLinks().getLinkReference().get(i);
targetlinks[i] = myScenario.getLinkWithId(linkref.getId());
}
if (jaxbPhase.getNema() != null) myNEMA = Signal.String2NEMA(jaxbPhase.getNema().toString());
else myNEMA = Signal.NEMA.NULL;
if (jaxbPhase.getMinGreenTime() != null)
this.mingreen = jaxbPhase.getMinGreenTime().floatValue();
else this.mingreen = Defaults.mingreen;
if (jaxbPhase.getRedClearTime() != null)
this.redcleartime = jaxbPhase.getRedClearTime().floatValue();
else this.redcleartime = Defaults.redcleartime;
if (jaxbPhase.getYellowTime() != null) this.yellowtime = jaxbPhase.getYellowTime().floatValue();
else this.yellowtime = Defaults.yellowtime;
this.lag = jaxbPhase.isLag();
this.permissive = jaxbPhase.isPermissive();
this.protectd = jaxbPhase.isProtected();
this.recall = jaxbPhase.isRecall();
// actual yellow and red clear times
this.actualyellowtime = yellowtime;
this.actualredcleartime = redcleartime;
// dual ring structure: opposingPhase, isthrough, myRingGroup
switch (myNEMA) {
case _1:
opposingPhase = mySignal.getPhaseForNEMA(NEMA._2);
isthrough = false;
myRingGroup = 0;
break;
case _2:
opposingPhase = mySignal.getPhaseForNEMA(NEMA._1);
isthrough = true;
myRingGroup = 0;
break;
case _3:
opposingPhase = mySignal.getPhaseForNEMA(NEMA._4);
isthrough = false;
myRingGroup = 1;
break;
case _4:
opposingPhase = mySignal.getPhaseForNEMA(NEMA._3);
isthrough = true;
myRingGroup = 1;
break;
case _5:
opposingPhase = mySignal.getPhaseForNEMA(NEMA._6);
isthrough = false;
myRingGroup = 0;
break;
case _6:
opposingPhase = mySignal.getPhaseForNEMA(NEMA._5);
isthrough = true;
myRingGroup = 0;
break;
case _7:
opposingPhase = mySignal.getPhaseForNEMA(NEMA._8);
isthrough = false;
myRingGroup = 1;
break;
case _8:
opposingPhase = mySignal.getPhaseForNEMA(NEMA._7);
isthrough = true;
myRingGroup = 1;
break;
}
}