public MobGroup(int Aid, int cID, String groupData) {
int maxLevel = 0;
id = Aid;
align = Constants.ALIGNEMENT_NEUTRE;
cellID = cID;
aggroDistance = Constants.getAggroByLevel(maxLevel);
isFix = true;
_creationDate = System.currentTimeMillis();
int guid = -1;
for (String data : groupData.split(";")) {
String[] infos = data.split(",");
try {
int id = Integer.parseInt(infos[0]);
int min = Integer.parseInt(infos[1]);
int max = Integer.parseInt(infos[2]);
Monstre m = World.getMonstre(id);
List<MobGrade> mgs = new ArrayList<MobGrade>();
// on ajoute a la liste les grades possibles
for (MobGrade MG : m.getGrades().values())
if (MG.level >= min && MG.level <= max) mgs.add(MG);
if (mgs.isEmpty()) continue;
// On prend un grade au hasard entre 0 et size -1 parmis les mobs possibles
_Mobs.put(guid, mgs.get(Formulas.getRandomValue(0, mgs.size() - 1)));
guid--;
} catch (Exception e) {
continue;
}
;
}
orientation = (Formulas.getRandomValue(0, 3) * 2) + 1;
}
public MobGroup(
int Aid, int Aalign, ArrayList<MobGrade> possibles, Carte Map, int cell, int maxSize) {
id = Aid;
align = Aalign;
// Détermination du nombre de mob du groupe
_creationDate = System.currentTimeMillis();
int rand = 0;
int nbr = 0;
switch (maxSize) {
case 0:
return;
case 1:
nbr = 1;
break;
case 2:
nbr = Formulas.getRandomValue(1, 2); // 1:50% 2:50%
break;
case 3:
nbr = Formulas.getRandomValue(1, 3); // 1:33.3334% 2:33.3334% 3:33.3334%
break;
case 4:
rand = Formulas.getRandomValue(0, 99);
if (rand < 22) // 1:22%
nbr = 1;
else if (rand < 48) // 2:26%
nbr = 2;
else if (rand < 74) // 3:26%
nbr = 3;
else // 4:26%
nbr = 4;
break;
case 5:
rand = Formulas.getRandomValue(0, 99);
if (rand < 15) // 1:15%
nbr = 1;
else if (rand < 35) // 2:20%
nbr = 2;
else if (rand < 60) // 3:25%
nbr = 3;
else if (rand < 85) // 4:25%
nbr = 4;
else // 5:15%
nbr = 5;
break;
case 6:
rand = Formulas.getRandomValue(0, 99);
if (rand < 10) // 1:10%
nbr = 1;
else if (rand < 25) // 2:15%
nbr = 2;
else if (rand < 45) // 3:20%
nbr = 3;
else if (rand < 65) // 4:20%
nbr = 4;
else if (rand < 85) // 5:20%
nbr = 5;
else // 6:15%
nbr = 6;
break;
case 7:
rand = Formulas.getRandomValue(0, 99);
if (rand < 9) // 1:9%
nbr = 1;
else if (rand < 20) // 2:11%
nbr = 2;
else if (rand < 35) // 3:15%
nbr = 3;
else if (rand < 55) // 4:20%
nbr = 4;
else if (rand < 75) // 5:20%
nbr = 5;
else if (rand < 91) // 6:16%
nbr = 6;
else // 7:9%
nbr = 7;
break;
default:
rand = Formulas.getRandomValue(0, 99);
if (rand < 9) // 1:9%
nbr = 1;
else if (rand < 20) // 2:11%
nbr = 2;
else if (rand < 33) // 3:13%
nbr = 3;
else if (rand < 50) // 4:17%
nbr = 4;
else if (rand < 67) // 5:17%
nbr = 5;
else if (rand < 80) // 6:13%
nbr = 6;
else if (rand < 91) // 7:11%
nbr = 7;
else // 8:9%
nbr = 8;
break;
}
// On vérifie qu'il existe des monstres de l'alignement demandé pour éviter les boucles
// infinies
boolean haveSameAlign = false;
for (MobGrade mob : possibles) {
if (mob.getTemplate().getAlign() == align) haveSameAlign = true;
}
if (!haveSameAlign) return; // S'il n'y en a pas
int guid = -1;
int maxLevel = 0;
for (int a = 0; a < nbr; a++) {
MobGrade Mob = null;
do {
int random =
Formulas.getRandomValue(
0, possibles.size() - 1); // on prend un mob au hasard dans le tableau
Mob = possibles.get(random).getCopy();
} while (Mob.getTemplate().getAlign() != align);
if (Mob.getLevel() > maxLevel) maxLevel = Mob.getLevel();
_Mobs.put(guid, Mob);
guid--;
}
aggroDistance = Constants.getAggroByLevel(maxLevel);
if (align != Constants.ALIGNEMENT_NEUTRE) aggroDistance = 15;
cellID = (cell == -1 ? Map.getRandomFreeCellID() : cell);
if (cellID == 0) return;
orientation = Formulas.getRandomValue(0, 3) * 2;
isFix = false;
}