/**
* Returns likelihood that region could defeat neighboring regions.
*
* @param region
* @return
*/
protected static Map<Region, Float> checkAttacks(Region region) {
Map<Region, Float> result = new HashMap<Region, Float>();
for (Neighbor neighbor : region.neighbors) {
// check if region can be attacked
if (RegionUtils.canAttack(region, neighbor)) {
float[] battleDamage = BattleUtils.calculateBattleDamage(region, neighbor.region, 0);
result.put(neighbor.region, battleDamage[0] - battleDamage[1]);
}
}
return result;
}
/**
* Returns collection of attacks for given score factor, ordered by descending score.
*
* @param overworld
* @param player
* @param scoreThreshold
* @param scoreFactor
* @return
*/
protected static Collection<Move> getAttacks(
Overworld overworld, Player player, ScoreFactor scoreThreshold, ScoreFactor scoreFactor) {
Map<Float, Move> attacks = new TreeMap<Float, Move>();
// go through each region
for (Region region : overworld.regions) {
if (region.player.equals(player) && region.unit != null && region.unit.hasAttack) {
// check each neighbor
for (Neighbor neighbor : region.neighbors) {
if (RegionUtils.canAttack(region, neighbor)) {
ScoreFactor score = new ScoreFactor();
float scoreValue = 0;
boolean aboveThreshold = true;
// get each score type
for (ScoreFactor.Type type : ScoreFactor.Type.values()) {
if (scoreThreshold.usesType(type) || scoreFactor.usesType(type)) {
switch (type) {
case BATTLE_STRENGTH_CHANGE:
if (neighbor.type != Neighbor.Type.RANGED) {
score.addFactor(type, getBattleStrengthChange(region, neighbor, false));
} else {
score.addFactor(type, 0.5f);
}
break;
case BATTLE_LIKELIHOOD:
score.addFactor(
type, BattleUtils.calculateBattleLikelihood(region, neighbor.region));
break;
case ISLAND_PERCENTAGE:
score.addFactor(type, RegionUtils.getIslandPercentage(region.island, player));
break;
case ISLAND_STRENGTH:
score.addFactor(type, RegionUtils.getIslandStrength(region.island, player));
break;
case RANDOM:
score.addFactor(type, Utils.random().nextFloat());
break;
case ISLAND_STRENGTH_CHANGE:
// ignore
break;
}
// check if score meets threshold
if (scoreThreshold.usesType(type)) {
aboveThreshold &= score.getScore(type) >= scoreThreshold.getScore(type);
}
// update score value
if (scoreFactor.usesType(type)) {
scoreValue += score.getScore(type) * scoreFactor.getScore(type);
}
}
}
// score above threshold
if (aboveThreshold) {
attacks.put(scoreValue, new Move(Move.Type.ATTACK, region, neighbor.region));
System.out.println(
String.format("\tpossible attack %f: %s", scoreValue, attacks.get(scoreValue)));
System.out.println("\t\t" + score);
}
}
}
}
}
return attacks.values();
}
