@Override
public void notifyMobsimAfterSimStep(@SuppressWarnings("rawtypes") MobsimAfterSimStepEvent e) {
if ((e.getSimulationTime() + 1) % chargeTimeStep == 0) {
for (Charger c : chargers) {
c.getLogic().chargeVehicles(chargeTimeStep, e.getSimulationTime());
}
}
}
@Override
public void notifyMobsimAfterSimStep(MobsimAfterSimStepEvent e) {
double time = e.getSimulationTime();
double tt1, tt2 = 0.0;
if (this.vehOn1 > 0.0) {
tt1 = this.vehOn1 / (this.link4.getCapacity() / 3600.0);
} else {
tt1 = this.ttFs1;
}
if (this.vehOn2 > 0.0) {
tt2 = this.vehOn2 / (this.link5.getCapacity() / 3600.0);
} else {
tt2 = this.ttFs2;
}
String line = time + "\t" + this.vehOn1 + "\t" + this.vehOn2 + "\t" + tt1 + "\t" + tt2 + "\t";
// log.error("tt1: "+tt1 + " tt2: " + tt2);
if (tt1 <= tt2) {
// log.error(" guidance 1");
this.guidance = id2;
line = line.concat("1");
} else {
// log.error(" guidance 2");
this.guidance = id3;
line = line.concat("2");
}
try {
this.writer.append(line);
this.writer.newLine();
} catch (IOException e1) {
e1.printStackTrace();
}
}
@Override
public void notifyMobsimAfterSimStep(final MobsimAfterSimStepEvent e) {
if (e.getSimulationTime() == t1) {
assertEquals(
99,
this.arp
.getActivityPerformingAgents()
.size()); // 99 agents perform an activity after the time step
assertEquals(
0,
this.arp
.getActivityEndingAgents(e.getSimulationTime())
.size()); // no agent ends an activity
}
if (e.getSimulationTime() == t2) {
assertEquals(
98,
this.arp
.getActivityPerformingAgents()
.size()); // 98 agents perform an activity after the time step
assertEquals(
0,
this.arp
.getActivityEndingAgents(e.getSimulationTime())
.size()); // no agent ends an activity
}
if (e.getSimulationTime() == t3) {
assertEquals(
97,
this.arp
.getActivityPerformingAgents()
.size()); // 97 agents perform an activity after the time step
assertEquals(
0,
this.arp
.getActivityEndingAgents(e.getSimulationTime())
.size()); // no agent ends an activity
}
if (e.getSimulationTime() == t4) {
assertEquals(
1,
this.arp
.getActivityPerformingAgents()
.size()); // one agents perform an activity after the time step
assertEquals(
0,
this.arp
.getActivityEndingAgents(e.getSimulationTime())
.size()); // no agent ends an activity
}
if (e.getSimulationTime() == t5) {
assertEquals(
1,
this.arp
.getActivityPerformingAgents()
.size()); // one agents perform an activity after the time step
assertEquals(
0,
this.arp
.getActivityEndingAgents(e.getSimulationTime())
.size()); // no agent ends an activity
}
if (e.getSimulationTime() == t6) {
assertEquals(
0,
this.arp
.getActivityPerformingAgents()
.size()); // no agents perform an activity after the time step
assertEquals(
0,
this.arp
.getActivityEndingAgents(e.getSimulationTime())
.size()); // no agent ends an activity
}
}