@Override
public void addSignalGroupSettings(SignalGroupSettingsData signalGroupSettings) {
if (this.signalGroupSettingsBySignalGroupId == null) {
this.signalGroupSettingsBySignalGroupId = new TreeMap<>();
}
this.signalGroupSettingsBySignalGroupId.put(
signalGroupSettings.getSignalGroupId(), signalGroupSettings);
}
/**
* creates signal control for a crossing like node 3,4,5 or 6, which contains 2 signal groups with
* single signals. this method switches both signals together in the first onset-dropping rhythm.
*
* @param signalSystemId
* @param control
*/
private void createSignalControlFor2LightCrossing(
Id<SignalSystem> signalSystemId, SignalControlData control) {
SignalSystemControllerData controller =
control.getFactory().createSignalSystemControllerData(signalSystemId);
control.addSignalSystemControllerData(controller);
controller.setControllerIdentifier(DefaultPlanbasedSignalSystemController.IDENTIFIER);
SignalPlanData plan =
control
.getFactory()
.createSignalPlanData(Id.create(signalSystemId.toString() + "P", SignalPlan.class));
controller.addSignalPlanData(plan);
plan.setCycleTime(this.cycle);
plan.setOffset(0);
SignalGroupSettingsData settings1 =
control
.getFactory()
.createSignalGroupSettingsData(
Id.create(signalSystemId.toString() + "S1", SignalGroup.class));
plan.addSignalGroupSettings(settings1);
settings1.setOnset(this.onset1);
settings1.setDropping(this.dropping1);
SignalGroupSettingsData settings2 =
control
.getFactory()
.createSignalGroupSettingsData(
Id.create(signalSystemId.toString() + "S2", SignalGroup.class));
plan.addSignalGroupSettings(settings2);
settings2.setOnset(this.onset1);
settings2.setDropping(this.dropping1);
}
