public void Reset(CombatantStats stats)
{
this.combatantStats = stats;
this.MovesLeft = stats.MovesPerTurn;
this.AttacksLeft = stats.AttacksPerTurn;
this.AITurnPlan = null;
}
private AITurnPlan CreateTurnPlan()
{
TileData sourceTileData = combatant.Tile.TileData;
AITurnPlan result = new AITurnPlan(combatant);
// Formulate Plan
// Can we hit anyone without moving? If so, mark them for attack
// Then if possible, retreat backwards
List <Combatant> targets = BattleDriver.CurrentBattleDriver.Combatants;
targets = targets.Where(t => t.TeamId == TeamId.PlayerTeam) //
.Where(t => combatant.Stats.IsInAttackRange(sourceTileData, t.Tile.TileData)).ToList();
if (targets.Count > 0)
{
Combatant preferredTarget = FindBestTargetToHit(targets);
return(result.AttackAndEndTurn(preferredTarget.Tile.TileData)); // TODO change to attack and back off
}
// Can we hit anyone this turn by moving? If so, mark them as our target and move
Dictionary <Combatant, TileData> targetToTiledata = FindTargetsInMoveRangeToAttack();
if (targetToTiledata.Count > 0)
{
Combatant preferredCloseTarget = FindBestTargetToHit(targetToTiledata.Keys.ToList());
return(result.MoveAndAttack(preferredCloseTarget.Tile.TileData, targetToTiledata[preferredCloseTarget]));
}
// Who is the closest target we can't reach? Move towards them and end turn
targetToTiledata = FindTargetsByClosest();
if (targetToTiledata.Count > 0)
{
Combatant preferredCloseTarget = FindBestTargetToHit(targetToTiledata.Keys.ToList());
// TODO check if path exists
List <TileData> path = map.GetShortestPathThreadsafe(combatant.Tile.TileData,
targetToTiledata[preferredCloseTarget], TeamId.PlayerTeam);
TileData destination = null;
// Find how far along the path we can move
for (int i = combatant.Stats.Movement; i > 0; i--)
{
if (path[i].OccupiedTeam == TeamId.NoOccupant)
{
destination = path[i];
break;
}
}
if (destination != null)
{
return(result.MoveAndEndTurn(destination));
}
}
// Nothing we can do
return(result.EndTurn());
}
private AITurnPlan CreateTurnPlan()
{
TileData sourceTileData = combatant.Tile.TileData;
AITurnPlan result = new AITurnPlan(combatant);
// Formulate Plan
// Can we hit anyone without moving? If so, mark them for attack
// Then if possible, retreat backwards
List<Combatant> targets = BattleDriver.CurrentBattleDriver.Combatants;
targets = targets.Where(t => t.TeamId == TeamId.PlayerTeam) //
.Where(t => combatant.Stats.IsInAttackRange(sourceTileData, t.Tile.TileData)).ToList();
if (targets.Count > 0) {
Combatant preferredTarget = FindBestTargetToHit(targets);
return result.AttackAndEndTurn(preferredTarget.Tile.TileData); // TODO change to attack and back off
}
// Can we hit anyone this turn by moving? If so, mark them as our target and move
Dictionary<Combatant, TileData> targetToTiledata = FindTargetsInMoveRangeToAttack();
if (targetToTiledata.Count > 0) {
Combatant preferredCloseTarget = FindBestTargetToHit(targetToTiledata.Keys.ToList());
return result.MoveAndAttack(preferredCloseTarget.Tile.TileData, targetToTiledata[preferredCloseTarget]);
}
// Who is the closest target we can't reach? Move towards them and end turn
targetToTiledata = FindTargetsByClosest();
if (targetToTiledata.Count > 0) {
Combatant preferredCloseTarget = FindBestTargetToHit(targetToTiledata.Keys.ToList());
// TODO check if path exists
List<TileData> path = map.GetShortestPathThreadsafe(combatant.Tile.TileData,
targetToTiledata[preferredCloseTarget], TeamId.PlayerTeam);
TileData destination = null;
// Find how far along the path we can move
for (int i = combatant.Stats.Movement; i > 0; i--) {
if (path[i].OccupiedTeam == TeamId.NoOccupant) {
destination = path[i];
break;
}
}
if (destination != null) {
return result.MoveAndEndTurn(destination);
}
}
// Nothing we can do
return result.EndTurn();
}
public TurnStats()
{
MovesLeft = 0;
AttacksLeft = 0;
this.AITurnPlan = null;
}
