public void updateRoaduserMove(
Roaduser ru,
Drivelane prevlane,
Sign prevsign,
int prevpos,
Drivelane dlanenow,
Sign signnow,
int posnow,
PosMov[] posMovs,
Drivelane desired) {
// When a roaduser leaves the city; this will
if (dlanenow == null || signnow == null) {
dlanenow = prevlane;
signnow = prevsign;
posnow = -1;
return; // ?? is recalculation is not necessary ??
}
// This ordening is important for the execution of the algorithm!
if (prevsign.getType() == Sign.TRAFFICLIGHT
&& (signnow.getType() == Sign.TRAFFICLIGHT || signnow.getType() == Sign.NO_SIGN)) {
Node dest = ru.getDestNode();
recalcQ(
prevsign,
prevpos,
dest,
prevsign.mayDrive(),
signnow,
posnow,
signnow.mayDrive(),
posMovs);
}
}
public void updateRoaduserMove(Roaduser ru, Drivelane prevlane, Sign prevsign, int prevpos, Drivelane dlanenow, Sign signnow, int posnow, PosMov[] posMovs, Drivelane desired)
{
// Roaduser has just left the building
if(dlanenow == null || signnow == null) {
return;
}
//This ordening is important for the execution of the algorithm!
int Ktl = dlanenow.getNumRoadusersWaiting();
if(prevsign.getType()==Sign.TRAFFICLIGHT && (signnow.getType()==Sign.TRAFFICLIGHT || signnow.getType()==Sign.NO_SIGN)) {
boolean light = prevsign.mayDrive();
Node dest = ru.getDestNode();
recalcP(prevsign, prevpos, dest, light, signnow, posnow, Ktl);
recalcVa(prevsign, prevpos, dest);
recalcV(prevsign, prevpos, dest, light, Ktl);
recalcQa(prevsign, prevpos, dest, light, signnow, posnow, posMovs);
recalcQ(prevsign, prevpos, dest, light, signnow, posnow, posMovs, Ktl);
}
}