public override IEnumerator Execute()
{
map.FindSelectableTiles(currUnit.currentTile, currUnit.stats[StatString.MOVEMENT_RANGE].Value);
yield return(new WaitForSecondsRealtime(0.75f));
List <Tile> targets = turnScheduler.players.ConvertAll(x => x.currentTile);
Tile targetTile = AStarSearch.GeneratePathToNearestTarget(map, currUnit.currentTile, targets, false, true);
Unit targetPlayer = turnScheduler.players.Find(x => x.currentTile == targetTile);
// check if target tile is selectable, and also go as far from movement range as possible
int distanceFromTarget = 0, attackRange = (int)currUnit.stats[StatString.ATTACK_RANGE].Value;
while ((!targetTile.selectable || distanceFromTarget < attackRange) && targetTile != currUnit.currentTile)
{
distanceFromTarget++;
targetTile = targetTile.parent;
}
// A star movement towards the target
currUnit.GetPathToTile(targetTile);
yield return(new WaitUntil(() => currUnit.CurrState == UnitState.IDLING));
// check if there are players in range
if (map.PlayerTargetInAttackRange(currUnit.currentTile, currUnit.stats[StatString.ATTACK_RANGE].Value, targetPlayer))
{
currUnit.attackingTargetUnit = targetPlayer;
turnScheduler.SetState(new EnemyAttack(turnScheduler));
}
else
{
turnScheduler.SetState(new EnemyEndTurn(turnScheduler));
}
}
public override IEnumerator Execute()
{
map.FindSelectableTiles(currUnit.currentTile, currUnit.stats[StatString.MOVEMENT_RANGE].Value);
yield return(new WaitForSecondsRealtime(0.25f));
List <Tile> targets = turnScheduler.players.ConvertAll(x => x.currentTile);
Tile targetTile = AStarSearch.GeneratePathToNearestTarget(map, currUnit.currentTile, targets, false, true);
Unit targetPlayer = turnScheduler.players.Find(x => x.currentTile == targetTile);
// check if target tile is selectable, and also go as far from movement range as possible
int cautiousRange = 2;
while (!targetTile.selectable || targetTile.distance > cautiousRange)
{
targetTile = targetTile.parent;
}
// A star movement towards the target, 70% of the time, 10% of time will choose a random target and go
int chance = new Random().Next(1, 100);
if (chance <= 70)
{
currUnit.GetPathToTile(targetTile);
}
else if (chance >= 90)
{
List <Tile> closeTiles = map.GetSelectableTiles().ToList().FindAll(tile => tile.distance <= 2);
targetTile = closeTiles[new Random().Next(0, closeTiles.Count - 1)];
currUnit.GetPathToTile(targetTile);
}
yield return(new WaitUntil(() => currUnit.CurrState == UnitState.IDLING));
turnScheduler.SetState(new EnemyEndTurn(turnScheduler));
}
// decide order of movement
// decide who is in recovery mode
// decide who is going to heal those in recovery mode
public LinkedList <Unit> StartTurn(List <PlayerUnit> players, List <EnemyUnit> enemies, Map map, LinkedList <Unit> currTeamQueue)
{
UpdateGameState(players, enemies, map);
List <EnemyUnit> unitsInRecoveryMode = new List <EnemyUnit>();
// Assign recovery mode
foreach (EnemyUnit enemyUnit in enemies)
{
if (enemyUnit.IsRecoveryMode() && enemyUnit.selfHealingAbilities.Count == 0)
{
unitsInRecoveryMode.Add(enemyUnit);
}
}
Queue <EnemyUnit> unassignedMedics = new Queue <EnemyUnit>(medics);
List <EnemyUnit> remainingHurtUnits = new List <EnemyUnit>(unitsInRecoveryMode);
medics.ForEach(unit => unit.ResetMedicStatus());
// Assign targets to medics = will keep running as long as there are there are both unassignedHurtUnits and unassignedMedics
while (unitsInRecoveryMode.Count > 0 && unassignedMedics.Count > 0)
{
EnemyUnit currMedic = unassignedMedics.Dequeue();
bool foundTarget = false;
List <EnemyUnit> remainingHurtUnitsToSearch = new List <EnemyUnit>(unitsInRecoveryMode);
while (!foundTarget && remainingHurtUnitsToSearch.Count > 0)
{
// Find closest target
Tile targetTile = AStarSearch.GeneratePathToNearestTarget(map, currMedic.currentTile,
remainingHurtUnitsToSearch.ConvertAll(input => input.currentTile), false, true);
EnemyUnit medicTarget = unitsInRecoveryMode.Find(unit => unit.currentTile == targetTile);
// if already assigned to another medic, compare relative distance
if (!remainingHurtUnits.Contains(medicTarget))
{
EnemyUnit oldMedic = medics.Find(unit => unit.medicTarget == medicTarget);
if (targetTile.distance < oldMedic.distanceToMedicTarget)
{
currMedic.medicTarget = medicTarget;
currMedic.distanceToMedicTarget = targetTile.distance;
oldMedic.ResetMedicStatus();
unassignedMedics.Enqueue(oldMedic);
foundTarget = true;
}
else
{
remainingHurtUnitsToSearch.Remove(medicTarget);
}
}
// new target, has not been assigned a medic
else
{
currMedic.medicTarget = medicTarget;
currMedic.distanceToMedicTarget = targetTile.distance;
foundTarget = true;
remainingHurtUnits.Remove(medicTarget);
}
}
}
LinkedList <Unit> updatedCurrTeamQueue = new LinkedList <Unit>(currTeamQueue);
// Reorder the queue: hurt people first, then medics
foreach (Unit hurtUnit in unitsInRecoveryMode.FindAll(unit => !remainingHurtUnits.Contains(unit)))
{
updatedCurrTeamQueue.Remove(hurtUnit);
updatedCurrTeamQueue.AddFirst(hurtUnit);
}
return(updatedCurrTeamQueue);
}
