public override void PerformEffect(BattleGroupEntity targetGroup, Ability abilityData, int count)
{
List <AssignmentGroupEntity> targetLine = new List <AssignmentGroupEntity>();
if (!CombatManager.CheckIfLineIsDead(targetGroup.frontline))
{
targetLine.AddRange(targetGroup.frontline);
}
else if (!CombatManager.CheckIfLineIsDead(targetGroup.supportline))
{
targetLine.AddRange(targetGroup.supportline);
}
if (!CombatManager.CheckIfLineIsDead(targetGroup.backline))
{
targetLine.AddRange(targetGroup.backline);
}
if (targetLine.Count > 0)
{
Random r = new Random();
int target = -1;
do
{
target = r.Next(0, targetLine.Count);
} while (targetLine[target].turnStartCount == 0);
targetLine[target].TakeDamage(abilityData.power * count);
}
}
private static bool CheckIfGroupIsDead(BattleGroupEntity bge)
{
bool isDead = false;
if (CheckIfLineIsDead(bge.frontline) && CheckIfLineIsDead(bge.backline) && CheckIfLineIsDead(bge.supportline))
{
isDead = true;
}
return(isDead);
}
public static CombatLog StartCombat(int bg1_id, int bg2_id)
{
if (CheckForOwnership(bg1_id, bg2_id))
{
BattleGroupEntity bge1 = BattlegroupManager.BuildBattleGroupEntity(bg1_id);
BattleGroupEntity bge2 = BattlegroupManager.BuildBattleGroupEntity(bg2_id);
CombatLog log = PerformCombat(bge1, bge2);
return(log);
}
else
{
return(null);
}
}
private static CombatLog PerformCombat(BattleGroupEntity bge1, BattleGroupEntity bge2)
{
CombatLog log = new CombatLog();
bool combatEnd = false;
while (!combatEnd)
{
//turn start
TurnStartCountAdjustement(bge1);
TurnStartCountAdjustement(bge2);
//front
CalculateLinePerformance(bge1.frontline, bge2);
CalculateLinePerformance(bge2.frontline, bge1);
//back
CalculateLinePerformance(bge1.backline, bge2);
CalculateLinePerformance(bge2.backline, bge1);
//support
CalculateLinePerformance(bge1.supportline, bge2);
CalculateLinePerformance(bge2.supportline, bge1);
if (CheckIfGroupIsDead(bge1))
{
combatEnd = true;
log.winner = bge2.bg;
log.loser = bge1.bg;
}
else if (CheckIfGroupIsDead(bge2))
{
combatEnd = true;
log.winner = bge1.bg;
log.loser = bge2.bg;
}
}
log.SaveLog();
RewardGenerator.CombatReward(log);
return(log);
}
public override void PerformEffect(BattleGroupEntity targetGroup, Ability abilityData, int count)
{
List <AssignmentGroupEntity> targetLine = null;
if (targetGroup.frontline.Count != 0)
{
targetLine = targetGroup.frontline;
}
else if (targetGroup.backline.Count != 0)
{
targetLine = targetGroup.backline;
}
else
{
targetLine = targetGroup.supportline;
}
Random r = new Random();
int target = r.Next(0, targetLine.Count - 1);
targetLine[target].TakeDamage(abilityData.power * count);
}
private static void TurnStartCountAdjustement(BattleGroupEntity bge)
{
//int totalCount = 0;
foreach (AssignmentGroupEntity age in bge.frontline)
{
age.turnStartCount = age.remainingCount;
//totalCount += age.turnStartCount;
}
foreach (AssignmentGroupEntity age in bge.backline)
{
age.turnStartCount = age.remainingCount;
//totalCount += age.turnStartCount;
}
foreach (AssignmentGroupEntity age in bge.supportline)
{
age.turnStartCount = age.remainingCount;
//totalCount += age.turnStartCount;
}
//Console.WriteLine("Turn start (" + bge.bg.id + "): " + totalCount);
}
private static void CalculateLinePerformance(List <AssignmentGroupEntity> attacker, BattleGroupEntity target)
{
foreach (AssignmentGroupEntity age in attacker)
{
//if (age.ability.remainingCooldown == 0) age.UseAbility(target);
//else age.UseAttack(target);
age.UseAttack(target);
}
}
public abstract void PerformEffect(BattleGroupEntity targetGroup, Ability abilityData, int count);
