/**
* Environment's primary execution function
*
* <ul>
* <li>{@link #processTeamHunts() Processes Team Hunts}
* <li>On {@link TurnType#TeamSelect Team Select} turn, calls the {@link AbstractFreeAgentGroup
* Free Agent Group} to put all {@link AbstractAgent agents} (who are not in {@link
* AbstractGroupAgent groups}) int {@link HuntingTeam teams}
* </ul>
*/
@Override
protected void updatePhysicalWorld() {
processTeamHunts();
// Deal with ungrouped agents having teams formed
if (fAGroup != null && dmodel.getTurnType() == TurnType.TeamSelect) {
List<HuntingTeam> teams = fAGroup.selectTeams(dmodel.getUngroupedAgents());
for (HuntingTeam team : teams) {
for (String agent : team.getMembers()) {
sim.getPlayer(agent).enqueueInput(new HuntOrder(sim.getTime(), team));
logger.log(
Level.FINE,
"FreeAgentsGroup has created team {0} including {1}",
new Object[] {team.hashCode(), nameOf(agent)});
}
}
}
// Energy used on hunting, so this is when food is consumed
if (dmodel.getTurnType() == TurnType.GoHunt) {
for (Participant agent : sim.players.values()) {
if (sim.isParticipantActive(agent.getId())) {
if (agent instanceof ise.mace.participants.AbstractAgent) {
agent.enqueueInput(new ConsumeFood(dmodel.getTime()));
}
}
}
}
}
/**
* Processes the {@link Hunt} actions of {@link AbstractAgent agents} that were hunting as part of
* {@link HuntingTeam HuntingTeams} whose hunt records were added to {@link #storedHuntResults}
*/
private void processTeamHunts() {
for (HuntingTeam team : storedHuntResults.keySet()) {
// Reorganise each team into what they hunted
// And who hunted it
Map<Food, List<String>> hunters = new HashMap<Food, List<String>>();
for (TeamHuntEvent h : storedHuntResults.get(team)) {
if (!hunters.containsKey(h.getFood())) {
hunters.put(h.getFood(), new LinkedList<String>());
}
hunters.get(h.getFood()).add(h.getAgent());
}
// Now, for each food, see if they got a unit on it
for (Food f : hunters.keySet()) {
List<String> agents = hunters.get(f);
double foodGained;
int count = 0;
while ((count + 1) * f.getHuntersRequired() <= agents.size()) {
++count;
}
foodGained = count * f.getNutrition() / agents.size();
// Then, for each agent, send the message
String groupID = dmodel.getAgentById(agents.get(0)).getGroupId();
if (groupID == null) {
for (String agent : agents) {
sim.getPlayer(agent)
.enqueueInput(new HuntResult(agent, foodGained, foodGained, dmodel.time));
}
} else {
Participant g = sim.getPlayer(groupID);
for (String agent : agents) {
g.enqueueInput(new HuntResult(agent, foodGained, 0, dmodel.time));
}
}
}
}
storedHuntResults.clear();
}
