public void rotateLines()
{
//-Here we rotate towers and locking for nearest threat
int i = ownTowers.Count;
if (i < 1)
{
return;
}
List <attackDef> attackersList = new List <attackDef>();
List <attackDef> tmp;
attackDef near = new attackDef();
foreach (BoardObj t in this.ownTowers)
{
tmp = t.getImmediateAttackers(this);
if (tmp.Count > 0 && (near.empty || near.time > tmp[0].time))
{
near = tmp[0];
}
}
if (!near.empty)
{
Playfield p = new Playfield(this, near.time);
BoardObj myObj = near.attacker.own ? near.attacker : near.target;
opposite opp = KnowledgeBase.Instance.getOppositeToAll(p, myObj);
if (opp != null)
{
if (opp.hc != null)
{
int callTime = near.time - opp.hc.card.DeployTime;
if (callTime < 0)
{
callTime = 0;
}
p = new Playfield(p, callTime);
VectorAI position = new VectorAI(0, 0);
//VectorAI position = p.getDeployPosition(opp); //TODO: this decision takes a behavior or a time machine
bestCast = new Cast(opp.hc.name, position, opp.hc);
}
else if (opp.bo != null)
{
if (opp.bo.TargetType == targetType.GROUND)
{
//TODO
}
}
else
{
//TODO automatic creation opposite list in getOppositeToAll or do something else
}
}
}
}
public List <attackDef> getPossibleAttackers(Playfield p)
{
List <attackDef> attackersList = new List <attackDef>();
if (this.HP > 0)
{
List <BoardObj> enemies = this.own ? p.enemyMinions : p.ownMinions;
foreach (BoardObj e in enemies)
{
if (e.Line != this.Line && this.Line != 3)
{
continue;
}
attackDef ad = new attackDef(e, this);
if (!ad.empty)
{
attackersList.Add(ad);
}
}
enemies = this.own ? p.enemyBuildings : p.ownBuildings;
foreach (BoardObj e in enemies)
{
if (e.Line != this.Line && this.Line != 3)
{
continue;
}
attackDef ad = new attackDef(e, this);
if (!ad.empty)
{
attackersList.Add(ad);
}
}
enemies = this.own ? p.enemyTowers : p.ownTowers;
foreach (BoardObj e in enemies)
{
if (e.Line != this.Line && this.Line != 3)
{
continue;
}
attackDef ad = new attackDef(e, this);
if (!ad.empty)
{
attackersList.Add(ad);
}
}
attackersList.Sort((a, b) => a.time.CompareTo(b.time));
}
return(attackersList);
}
public List <attackDef> getPossibleAttackers(Playfield p)
{
List <attackDef> attackersList = new List <attackDef>();
if (this.HP > 0)
{
List <BoardObj> enemies = this.own ? p.enemyMinions : p.ownMinions;
foreach (BoardObj e in enemies)
{
if (e.Line != this.Line && this.Line != 3)
{
continue;
}
attackDef ad = new attackDef(e, this);
if (!ad.empty)
{
attackersList.Add(ad);
}
}
int count = attackersList.Count;
if (count > 2)
{
int skeletons = 0;
int minions = 0;
for (int i = 0; i < count; i++)
{
switch (attackersList[i].attacker.Name)
{
case CardDB.cardName.skeleton:
skeletons++;
break;
case CardDB.cardName.minion:
minions++;
break;
}
}
if (skeletons > 5)
{
for (int i = 0; i < count; i++)
{
if (attackersList[i].attacker.Name == CardDB.cardName.skeleton)
{
attackersList[i].attacker.Name = CardDB.cardName.skeletonarmy;
}
}
}
if (minions > 3)
{
for (int i = 0; i < count; i++)
{
if (attackersList[i].attacker.Name == CardDB.cardName.minion)
{
attackersList[i].attacker.Name = CardDB.cardName.minionhorde;
}
}
}
}
enemies = this.own ? p.enemyBuildings : p.ownBuildings;
foreach (BoardObj e in enemies)
{
if (e.Line != this.Line && this.Line != 3)
{
continue;
}
attackDef ad = new attackDef(e, this);
if (!ad.empty)
{
attackersList.Add(ad);
}
}
enemies = this.own ? p.enemyTowers : p.ownTowers;
foreach (BoardObj e in enemies)
{
if (e.Line != this.Line && this.Line != 3)
{
continue;
}
attackDef ad = new attackDef(e, this);
if (!ad.empty)
{
attackersList.Add(ad);
}
}
attackersList.Sort((a, b) => a.time.CompareTo(b.time));
}
return(attackersList);
}
public List <attackDef> getImmediateAttackers(Playfield p)
{
List <attackDef> attackersList = new List <attackDef>();
if (this.HP > 0)
{
List <BoardObj> enemies = this.own ? p.enemyMinions : p.ownMinions;
foreach (BoardObj e in enemies)
{
if (e.Line != this.Line && this.Line != 3)
{
continue;
}
attackDef bo1ad = new attackDef(this, e);
attackDef bo2ad = new attackDef(e, this);
if (bo1ad.time < bo2ad.time)
{
attackersList.Add(bo1ad);
}
else if (bo2ad.time != int.MaxValue)
{
attackersList.Add(bo2ad);
}
}
enemies = this.own ? p.enemyBuildings : p.ownBuildings;
foreach (BoardObj e in enemies)
{
if (e.Line != this.Line && this.Line != 3)
{
continue;
}
attackDef bo1ad = new attackDef(this, e);
attackDef bo2ad = new attackDef(e, this);
if (bo1ad.time < bo2ad.time)
{
attackersList.Add(bo1ad);
}
else if (bo2ad.time != int.MaxValue)
{
attackersList.Add(bo2ad);
}
}
if (this.Tower == 0)
{
enemies = this.own ? p.enemyTowers : p.ownTowers;
foreach (BoardObj e in enemies)
{
if (e.Line != this.Line)
{
continue;
}
attackDef bo1ad = new attackDef(this, e);
attackDef bo2ad = new attackDef(e, this);
if (bo1ad.time < bo2ad.time)
{
attackersList.Add(bo1ad);
}
else if (bo2ad.time != int.MaxValue)
{
attackersList.Add(bo2ad);
}
}
}
attackersList.Sort((a, b) => a.time.CompareTo(b.time));
}
return(attackersList);
}
