private Color getNodeColor(Node node) {
if (node instanceof SignalTransition) {
SignalTransition transition = (SignalTransition) node;
return getTypeColor(transition.getSignalType());
}
return Color.BLACK;
}
public void updateSignalState() {
initialiseSignalState();
ArrayList<String> combinedTrace = new ArrayList<>();
if (!mainTrace.isEmpty()) {
combinedTrace.addAll(mainTrace.subList(0, mainTrace.getPosition()));
}
if (!branchTrace.isEmpty()) {
combinedTrace.addAll(branchTrace.subList(0, branchTrace.getPosition()));
}
for (String ref : combinedTrace) {
Node node = getUnderlyingStg().getNodeByReference(ref);
if (node instanceof SignalTransition) {
SignalTransition transition = (SignalTransition) node;
String signalReference = getUnderlyingStg().getSignalReference(transition);
SignalData signalState = signalDataMap.get(signalReference);
if (signalState != null) {
switch (transition.getDirection()) {
case MINUS:
signalState.value = SignalState.LOW;
break;
case PLUS:
signalState.value = SignalState.HIGH;
break;
case TOGGLE:
signalState.value = signalState.value.toggle();
break;
default:
break;
}
}
}
}
for (Node node : getUnderlyingStg().getTransitions()) {
if (node instanceof SignalTransition) {
SignalTransition transition = (SignalTransition) node;
String signalReference = getUnderlyingStg().getSignalReference(transition);
SignalData signalData = signalDataMap.get(signalReference);
if (signalData != null) {
signalData.excited |= isEnabledNode(transition);
}
}
}
}
