public static List <Vector2> GetAIMovePositions(Unit unit, bool forAttack)
{
List <Vector2> movePositions = new List <Vector2>();
if (unit.behaviour == Behaviour.hold ||
(unit.behaviour == Behaviour.defend && !forAttack) ||
(unit.grouping == UnitGroup.artillery && forAttack))
{
GetCoordsToMoveHighlight(unit);
movePositions.Add(unit.xy);
}
else
{
movePositions = Pather.GetCoordsToMoveHighlight(unit);
}
return(movePositions);
}
public IEnumerator CheckAttacks()
{
attackFound = false;
for (int i = 0; i < units.Count; i++)
{
Unit unit = units[i];
if (unit.Equals(null))
{
break;
}
// try capture
if (GridManager.CanUnitCapture(unit))
{
Building building = (Building)GridManager.GetTile(unit.xy);
if (building.controlPoints <= unit.HealthInt())
{
CaptureBuilding(unit);
unitsToRemove.Add(unit);
unit.Deactivate();
break;
}
}
Vector2 attackPosition = new Vector2();
Unit target = ChooseTarget(unit, ref attackPosition);
if (target)
{
moving = true;
Pather.GetCoordsToMoveHighlight(unit);
GridManager.MoveUnitAlongPath(unit, attackPosition, Pather.GetPathToPoint(attackPosition), () => {
moving = false;
});
while (moving)
{
yield return(new WaitForSeconds(.1f));
}
CompleteAttack(unit, target);
attackFound = true;
}
}
RemoveUsedUnits();
inSubCoroutine = false;
}
public IEnumerator CheckMoves()
{
InfluenceTwo.SetUpMaps();
//Debug.Log("enemyOneTurnInfluenceMap:");
//InfluenceTwo.LogMap(InfluenceTwo.enemyOneTurnInfluenceMap);
for (int i = 0; i < units.Count; i++)
{
Unit unit = units[i];
if (unit.Equals(null))
{
break;
}
Vector2 moveGoal = ChooseMoveGoal(unit);
Pather.GetCoordsToMoveHighlight(unit);
int[,,] distanceMap = Pather.GetDistanceMap(unit, moveGoal);
int[] bestDistance = new int[2] {
1000, 1000
};
List <Vector2> candidateMoves = new List <Vector2>();
UnitPather pather = new UnitPather(unit);
foreach (Vector2 movePosition in pather.BehaviorMovePositions(attacking: false))
{
if (movePosition != GridManager.GetCastleLocationForOwner(BattleManager.GetNextPlayerIndex()) ||
unit.behaviour == Behaviour.capture)
{
// if (InfluenceTwo.oneTurnInfluenceMap[(int)movePosition.x,(int)movePosition.y] <= safeInfluence)
// {
if (distanceMap[(int)movePosition.x, (int)movePosition.y, 0] < bestDistance[0])
{
bestDistance[0] = distanceMap[(int)movePosition.x, (int)movePosition.y, 0];
bestDistance[1] = distanceMap[(int)movePosition.x, (int)movePosition.y, 1];
candidateMoves.Clear();
candidateMoves.Add(movePosition);
}
else if (distanceMap[(int)movePosition.x, (int)movePosition.y, 0] == bestDistance[0])
{
if (distanceMap[(int)movePosition.x, (int)movePosition.y, 1] < bestDistance[1])
{
bestDistance[0] = distanceMap[(int)movePosition.x, (int)movePosition.y, 0];
bestDistance[1] = distanceMap[(int)movePosition.x, (int)movePosition.y, 1];
candidateMoves.Clear();
candidateMoves.Add(movePosition);
}
else if (distanceMap[(int)movePosition.x, (int)movePosition.y, 1] == bestDistance[1])
{
candidateMoves.Add(movePosition);
}
}
// }
}
}
if (candidateMoves.Count == 0)
{
candidateMoves.Add(unit.xy);
}
int r = UnityEngine.Random.Range(0, candidateMoves.Count);
Vector2 finalMove = candidateMoves[r];
// Debug.LogFormat("{0} {1} moving from ({2},{3}) to ({4},{5}) en route to ({6},{7})", unit.type.ToString(), unit.owner.ToString(),
// unit.x.ToString(), unit.y.ToString(),
// finalMove.x.ToString(), finalMove.y.ToString(), moveGoal.x.ToString(), moveGoal.y.ToString());
// Pather.LogDistanceMap(distanceMap);
moving = true;
Pather.GetCoordsToMoveHighlight(unit);
GridManager.MoveUnitAlongPath(unit, finalMove, Pather.GetPathToPoint(finalMove), () => {
moving = false;
});
while (moving)
{
yield return(new WaitForSeconds(.1f));
}
if ((Vector2)unit.xy == moveGoal && GridManager.CanUnitCapture(unit))
{
CaptureBuilding(unit);
}
unit.Deactivate();
}
inSubCoroutine = false;
}