private Pair<Point2D, Point2D> getAPointInReachblePartEdges(Area area, Edge relatedEdge) {
Point2D point = null;
Edge rEdge = null;
if (area instanceof Road) {
Road road = (Road) area;
FOR:
for (SOSArea reachablePart : road.getReachableParts()) {
for (Edge edge : reachablePart.getEdges()) {
if (edge.getReachablityIndex() >= 0
&& area.getEdges().get(edge.getReachablityIndex()).equals(relatedEdge)) {
point = edge.getMidPoint();
rEdge = edge;
break FOR;
}
}
}
}
if (point == null) {
point = relatedEdge.getMidPoint();
rEdge = relatedEdge;
}
ArrayList<Point2D> twoPointForCheckContain =
Utility.get2PointsAroundAPointOutOfLine(rEdge.getStart(), rEdge.getEnd(), point, 10);
ArrayList<Point2D> twoPoint =
Utility.get2PointsAroundAPointOutOfLine(rEdge.getStart(), rEdge.getEnd(), point, 3000);
if (area.getShape().contains(twoPointForCheckContain.get(0).toGeomPoint()))
return new Pair<Point2D, Point2D>(twoPoint.get(0), twoPoint.get(1));
else return new Pair<Point2D, Point2D>(twoPoint.get(1), twoPoint.get(0));
}
public static Blockade hasIntersectionWithBlockades(Pair<Integer, Integer> point, Area a) {
double size = ReachablityConstants.AGENT_WIDTH * 1 * 6;
if (!(a instanceof Road)) return null;
Road road = (Road) a;
if (!road.isBlockadesDefined()) return null;
if (road.getBlockades().size() == 0) return null;
Ellipse2D.Double expandHuman =
new Ellipse2D.Double(a.getX() - size / 2, a.getY() - size / 2, size, size);
java.awt.geom.Area area = new java.awt.geom.Area(expandHuman);
for (Blockade b : road.getBlockades()) {
area.intersect(new java.awt.geom.Area(b.getShape()));
if (!area.isEmpty()) return b;
}
return null;
}
private void chooseRoadMessages() { // TODO choose to spread it over time
if (!(agent instanceof SOSAgent<?>)) return;
PriorityQueue<Road> roads =
new PriorityQueue<Road>(
agent.model().roads().size(),
new Comparator<Road>() {
@Override
public int compare(Road o1, Road o2) {
return o2.updatedtime() - o1.updatedtime();
}
});
FOR:
for (Road road : agent.model().roads()) {
if (road.updatedtime() <= 1) continue;
boolean haveAnOpenEdge = false;
for (int j = 0; j < road.getGraphEdges().length; j++) {
GraphEdge ge = model().graphEdges().get(road.getGraphEdges()[j]);
// if (ge.getState() == GraphEdgeState.FoggyBlock ||
// ge.getState() == GraphEdgeState.FoggyOpen)
// continue FOR;
if (ge.getState() == GraphEdgeState.Open) haveAnOpenEdge = true;
}
if (haveAnOpenEdge) roads.add(road);
}
int priority = 6;
int count = 0;
SOSAgent<?> agent = (SOSAgent<?>) this.agent;
for (Road rd : roads) {
count++;
if (priority > 0 && count % 10 == 0) priority--;
boolean isAllOpen = true;
for (Short ind : rd.getGraphEdges()) {
GraphEdge ge = agent.model().graphEdges().get(ind);
if (ge instanceof WorldGraphEdge && ge.getState() != GraphEdgeState.Open) {
isAllOpen = false;
break;
}
}
if (isAllOpen) {
MessageBlock messageBlock = new MessageBlock(HEADER_OPEN_ROAD);
messageBlock.addData(DATA_ROAD_INDEX, rd.getRoadIndex());
sayMessages.add(messageBlock);
} else {
SOSBitArray states = new SOSBitArray(rd.getWorldGraphEdgesSize());
for (int i = 0; i < rd.getWorldGraphEdgesSize(); i++) {
states.set(
i,
agent.model().graphEdges().get(rd.getGraphEdges()[i]).getState()
!= GraphEdgeState.Open);
}
MessageBlock messageBlock = new DynamicSizeMessageBlock(HEADER_ROAD_STATE, states);
messageBlock.addData(DATA_ROAD_INDEX, rd.getRoadIndex());
sayMessages.add(messageBlock);
}
}
}
