private static VectorAI PrincessTowerCharacterDeploymentCorrection(VectorAI position, Playfield p, Handcard hc)
{
//Logger.Debug("PT Characer Position Correction: Name und Typ {0} " + cardToDeploy.Name, (cardToDeploy as CardCharacter).Type);
VectorAI result = new VectorAI(0, 0);
if (hc.card.type == boardObjType.MOB)
{
if (hc.card.MaxHP >= Apollo.Settings.MinHealthAsTank)
{
position.SubtractYInDirection(p);
return(position);
}
else
{
position.AddYInDirection(p);
return(position);
}
}
else if (hc.card.type == boardObjType.BUILDING)
{
return(GetPositionOfTheBestBuildingDeploy(p));
}
//else
// Logger.Debug("Tower Correction: No Correction!!!");
return(position);
}
private static VectorAI AKT(Playfield p, Handcard hc)
{
Logger.Debug("AKT");
if (p.enemyPrincessTowers.Count == 2)
{
if (p.enemyPrincessTower1.HP < p.enemyPrincessTower2.HP)
{
return(APTL1(p, hc));
}
else
{
return(APTL2(p, hc));
}
}
if (p.enemyPrincessTower1.HP == 0 && p.enemyPrincessTower2.HP > 0)
{
return(APTL1(p, hc));
}
if (p.enemyPrincessTower2.HP == 0 && p.enemyPrincessTower1.HP > 0)
{
return(APTL2(p, hc));
}
VectorAI position = p.enemyKingsTower?.Position;
//if (Decision.SupportDeployment(p, 1))
// position = p.getDeployPosition(position, deployDirectionRelative.Down, 500);
return(position);
}
public static VectorAI GetPositionOfTheBestBuildingDeploy(Playfield p, Handcard hc, FightState currentSituation)
{
// ToDo: Find the best position
VectorAI betweenBridges = p.getDeployPosition(deployDirectionAbsolute.betweenBridges);
//switch (currentSituation)
//{
// case FightState.UAPTL1:
// case FightState.DPTL1:
// return p.getDeployPosition(p.ownPrincessTower1.Position, deployDirectionRelative.RightDown);
// case FightState.UAPTL2:
// case FightState.DPTL2:
// return p.getDeployPosition(p.ownPrincessTower2.Position, deployDirectionRelative.LeftDown);
// case FightState.UAKTL1:
// case FightState.UAKTL2:
// return p.getDeployPosition(p.ownKingsTower.Position, deployDirectionRelative.Down);
// case FightState.APTL1:
// return p.getDeployPosition(betweenBridges, deployDirectionRelative.Left, 1000);
// case FightState.APTL2:
// return p.getDeployPosition(betweenBridges, deployDirectionRelative.Right, 1000);
// case FightState.AKT:
// return p.getDeployPosition(p.enemyKingsTower, deployDirectionRelative.Down, 500);
//}
return(p.getDeployPosition(betweenBridges, deployDirectionRelative.Down, 4000));
}
private static Handcard SpellMagic(Playfield p, FightState currentSituation, out VectorAI choosedPosition)
{
choosedPosition = null;
switch (currentSituation)
{
case FightState.UAKTL1:
case FightState.UAKTL2:
case FightState.UAPTL1:
case FightState.UAPTL2:
case FightState.DKT:
case FightState.DPTL1:
case FightState.DPTL2:
case FightState.AKT:
case FightState.APTL1:
case FightState.APTL2:
return(CardChoosing.All(p, currentSituation, out choosedPosition));
case FightState.START:
return(null);
case FightState.WAIT:
return(null);
default:
return(CardChoosing.All(p, currentSituation, out choosedPosition));
}
}
private static VectorAI PrincessTowerCharacterDeploymentCorrection(VectorAI position, Playfield p, Handcard hc)
{
if (hc?.card == null || position == null)
{
return(null);
}
//Logger.Debug("PT Characer Position Correction: Name und Typ {0} " + cardToDeploy.Name, (cardToDeploy as CardCharacter).Type);
if (hc.card.type == boardObjType.MOB)
{
if (hc.card.MaxHP >= Setting.MinHealthAsTank)
{
return(p.getDeployPosition(position, deployDirectionRelative.Up, 100));
}
if (Classification.GetSpecificCardType(hc) == SpecificCardType.MobsAOEGround)
{
return(p.getDeployPosition(position, deployDirectionRelative.Up, 4000));
}
if (Classification.GetSpecificCardType(hc) == SpecificCardType.MobsRanger)
{
return(p.getDeployPosition(position, deployDirectionRelative.Down, 2000));
}
return(p.getDeployPosition(position, deployDirectionRelative.Up, 100));
}
else
{
Logger.Debug("Tower Correction: No Correction!!!");
}
return(position);
}
private static VectorAI ARPT(Playfield p)
{
//Logger.Debug("ARPT");
VectorAI rPT = p.enemyTowers.FirstOrDefault(n => n.Line == 2)?.Position;
return(rPT);
}
public override Cast GetBestCast(Playfield p)
{
//DebugThings(p);
Cast bc = null;
Logger.Debug("Home = {Home}", p.home);
#region Apollo Magic
// Highest priority -> Can we kill the enemy with a spell
BoardObj finisherTower = Decision.IsEnemyKillWithSpellPossible(p, out Handcard hc);
if (finisherTower != null && (hc?.manacost > p.ownMana))
{
return(new Cast(hc.name, finisherTower.Position, hc));
}
// ------------------------------------------------------
PlayfieldAnalyse.AnalyseLines(p); // Danger- and Chancelevel
currentSituation = GetCurrentFightState(p); // Attack, Defense or UnderAttack (and where it is)
hc = CardChoosing.GetOppositeCard(p, currentSituation) ?? CardChoosing.GetMobInPeace(p, currentSituation);
//hc = CardChoosing.GetMobInPeace(p, currentSituation);
if (hc == null)
{
Logger.Debug("Part: SpellApolloWay");
Handcard hcApollo = SpellMagic(p, currentSituation, out VectorAI choosedPosition);
if (hcApollo != null)
{
hc = hcApollo;
if (choosedPosition != null && !(hc?.manacost > p.ownMana))
{
return(new Cast(hcApollo.name, choosedPosition, hcApollo));
}
}
}
if (hc == null)
{
return(null);
}
Logger.Debug("Part: GetSpellPosition");
VectorAI nextPosition = SpecialPositionHandling.GetPosition(p, hc);
if (nextPosition == null)
{
nextPosition = PositionChoosing.GetNextSpellPosition(currentSituation, hc, p);
}
bc = new Cast(hc.name, nextPosition, hc);
#endregion
Logger.Debug("BestCast:" + bc.SpellName + " " + bc.Position.ToString());
if (bc?.hc?.manacost > p.ownMana)
{
return(null);
}
return(bc);
}
public static VectorAI GetPositionOfTheBestDamagingSpellDeploy(Playfield p)
{
// Prio1: Hit Enemy King Tower if health is low
// Prio2: Every damaging spell if there is a big group of enemies
Logger.Debug("GetPositionOfTheBestDamaingSpellDeploy");
if (p.enemyKingsTower?.HP < Setting.KingTowerSpellDamagingHealth || (p.enemyMinions.Count + p.enemyBuildings.Count) < 1)
{
return(p.enemyKingsTower?.Position);
}
BoardObj enemy = Helper.EnemyCharacterWithTheMostEnemiesAround(p, out int count, transportType.NONE);
if (enemy?.Position != null)
{
// Debugging: try - catch is just for debugging
try
{
// ToDo: Use a mix of the HP and count of the Enemy Units
// How fast are the enemy units, needed for a better correction
if (Helper.HowManyNFCharactersAroundCharacter(p, enemy) >= Setting.SpellCorrectionConditionCharCount)
{
Logger.Debug("With correction; enemy.Name = {Name}", enemy.Name);
if (enemy.Position != null)
{
Logger.Debug("enemy.Position = {position}", enemy.Position);
return(p.getDeployPosition(enemy.Position, deployDirectionRelative.Down, 500));
}
}
else
{
Logger.Debug("No correction; enemy.Name = {Name}", enemy.Name);
if (enemy.Position != null)
{
Logger.Debug("enemy.Position = {position}", enemy.Position);
return(enemy.Position);
}
}
}
catch (Exception)
{
//enemy.Position.AddYInDirection(p, 3000); // Position Correction
VectorAI result = p.getDeployPosition(enemy.Position, deployDirectionRelative.Down, 500);
Logger.Debug("enemy.Name = {Name}", enemy.Name);
if (enemy.Position != null)
{
Logger.Debug("enemy.Position = {position}", enemy.Position);
}
Logger.Debug("result = {position}", result);
return(result);
}
}
Logger.Debug("enemy = null?{enemy} ; enemy.position = null?{position}", enemy == null, enemy.Position == null);
Logger.Debug("Error: 0/0");
return(new VectorAI(0, 0));
}
public static VectorAI GetPositionOfTheBestBuildingDeploy(Playfield p)
{
// ToDo: Find the best position
VectorAI nextPosition = p.ownKingsTower.Position;
nextPosition.AddYInDirection(p, 3000);
return(nextPosition);
}
public static bool IsPositionInArea(this BoardObj bo, Playfield p, VectorAI position)
{
bool isInArea = position.X >= bo.Position.X - bo.Range &&
position.X <= bo.Position.X + bo.Range &&
position.Y >= bo.Position.Y - bo.Range &&
position.Y <= bo.Position.Y + bo.Range;
return(isInArea);
}
private static VectorAI DKT(Playfield p, Handcard hc)
{
if (hc.card.type == boardObjType.MOB)
{
if (hc.card.MaxHP >= Apollo.Settings.MinHealthAsTank)
{
//Logger.Debug("DKT Troop-Name {0} ; CartType GroundAttack, Flying or Tank", cardToDeploy.Name);
if (GetNearestEnemy(p)?.Line == 2)
{
VectorAI v = new VectorAI(p.enemyKingsTower.Position.X + 1000, p.enemyKingsTower.Position.Y);
return(v);
}
else
{
VectorAI v = new VectorAI(p.enemyKingsTower.Position.X - 1000, p.enemyKingsTower.Position.Y);
return(v);
}
}
else
{
p.ownKingsTower.Position.AddYInDirection(p);
VectorAI position = p.ownKingsTower.Position;
if (GetNearestEnemy(p).Line == 2)
{
position = new VectorAI(position.X + 300, position.Y);
return(position);
}
else
{
position = new VectorAI(position.X - 300, position.Y);
return(position);
}
}
}
else if (hc.card.type == boardObjType.BUILDING)
{
//switch ((cardToDeploy as CardBuilding).Type)
//{
// case BuildingType.BuildingDefense:
// case BuildingType.BuildingSpawning:
return(GetPositionOfTheBestBuildingDeploy(p));
//}
}
if (GetNearestEnemy(p).Line == 2)
{
VectorAI v = new VectorAI(p.ownKingsTower.Position.X + 1000, p.ownKingsTower.Position.Y);
return(v);
}
else
{
VectorAI v = new VectorAI(p.ownKingsTower.Position.X - 1000, p.ownKingsTower.Position.Y);
return(v);
}
}
public static bool IsPositionInArea(this BoardObj bo, Playfield p, VectorAI position)
{
int buildingSizeAddition = 1000;
long a = ((bo.Position.X + buildingSizeAddition - position.X) * (bo.Position.X + buildingSizeAddition - position.X));
long b = ((bo.Position.Y + buildingSizeAddition - position.Y) * (bo.Position.Y + buildingSizeAddition - position.Y));
long c = (bo.Range * bo.Range);
return((a + b) < c);
}
private static VectorAI APT(Playfield p, Handcard hc, int line)
{
Logger.Debug("ALPT");
if (hc.card.type == boardObjType.BUILDING)
{
return(line == 1 ? GetPositionOfTheBestBuildingDeploy(p, hc, FightState.APTL1)
: GetPositionOfTheBestBuildingDeploy(p, hc, FightState.APTL2));
}
if (hc.card.MaxHP >= Setting.MinHealthAsTank)
{
VectorAI tankInFront = Helper.DeployTankInFront(p, line);
if (tankInFront != null)
{
return(tankInFront);
}
}
else
{
VectorAI behindTank = Helper.DeployBehindTank(p, line);
if (behindTank != null)
{
return(behindTank);
}
}
VectorAI PT;
if (PlayfieldAnalyse.lines[line - 1].OwnMobSide)
{
PT = p.getDeployPosition(deployDirectionAbsolute.ownPrincessTowerLine1);
if (Decision.SupportDeployment(p, line, true))
{
PT = p.getDeployPosition(PT, deployDirectionRelative.Down);
}
}
else
{
PT = p.getDeployPosition(deployDirectionAbsolute.enemyPrincessTowerLine1);
if (Decision.SupportDeployment(p, line, false))
{
PT = p.getDeployPosition(PT, deployDirectionRelative.Down);
}
}
return(PT);
}
private static VectorAI DRPT(Playfield p, Handcard hc)
{
BoardObj rPT = p.ownTowers.FirstOrDefault(n => n.Line == 2);
if (rPT == null)
{
return(DKT(p, hc));
}
VectorAI rPTP = rPT.Position;
VectorAI correctedPosition = PrincessTowerCharacterDeploymentCorrection(rPTP, p, hc);
return(correctedPosition);
}
private static VectorAI DLPT(Playfield p, Handcard hc)
{
BoardObj lPT = p.ownTowers.FirstOrDefault(n => n.Line == 1);
if (lPT == null)
{
return(DKT(p, hc));
}
//Logger.Debug("DLPT: LeftPrincessTower = " + lPT.ToString());
VectorAI lPTP = lPT.Position;
VectorAI correctedPosition = PrincessTowerCharacterDeploymentCorrection(lPTP, p, hc);
return(correctedPosition);
}
private static VectorAI APTL1(Playfield p, Handcard hc)
{
Logger.Debug("ALPT");
if (hc.card.MaxHP >= Setting.MinHealthAsTank)
{
VectorAI tankInFront = Helper.DeployTankInFront(p, 1);
if (tankInFront != null)
{
return(tankInFront);
}
}
else
{
VectorAI behindTank = Helper.DeployBehindTank(p, 1);
if (behindTank != null)
{
return(behindTank);
}
}
VectorAI lPT;
if (PlayfieldAnalyse.lines[0].OwnMobSide)
{
lPT = p.getDeployPosition(deployDirectionAbsolute.ownPrincessTowerLine1);
if (Decision.SupportDeployment(p, 1, true))
{
lPT = p.getDeployPosition(lPT, deployDirectionRelative.Down);
}
}
else
{
lPT = p.getDeployPosition(deployDirectionAbsolute.enemyPrincessTowerLine1);
if (Decision.SupportDeployment(p, 1, false))
{
lPT = p.getDeployPosition(lPT, deployDirectionRelative.Down);
}
}
return(lPT);
}
public static bool IsAnEnemyObjectInArea(Playfield p, VectorAI position, int areaSize, boardObjType type)
{
bool WhereClause(BoardObj n) => n.Position.X >= position.X - areaSize && n.Position.X <= position.X + areaSize && n.Position.Y >= position.Y - areaSize && n.Position.Y <= position.Y + areaSize;
if (type == boardObjType.MOB)
{
return(p.enemyMinions.Where(WhereClause).Any());
}
else if (type == boardObjType.BUILDING)
{
return(p.enemyBuildings.Where(WhereClause).Any());
}
else if (type == boardObjType.AOE)
{
return(p.enemyAreaEffects.Where(WhereClause).Any());
}
return(false);
}
public override Cast GetBestCast(Playfield p)
{
Cast bc = null;
// Peros: Contains mobs, buildings and towers
group ownGroup = p.getGroup(true, 85, boPriority.byTotalNumber, 3000);
#region Apollo Magic
FightState currentSituation = CurrentFightState(p);
Handcard hc = SpellMagic(p, currentSituation);
if (hc == null)
{
return(null);
}
VectorAI nextPosition = GetNextSpellPosition(currentSituation, hc, p);
bc = new Cast(hc.name, nextPosition, hc);
#endregion
Logger.Information("BestCast: {SpellName} {Position}", bc?.SpellName, bc?.Position);
return(bc);
}
public static Handcard All(Playfield p, FightState currentSituation, out VectorAI choosedPosition)
{
// TODO: Use more current situation
Logger.Debug("Path: Spell - All");
Logger.Debug("FightState: " + currentSituation);
Handcard damagingSpell = DamagingSpellDecision(p, out choosedPosition);
if (damagingSpell != null)
{
return(damagingSpell);
}
Handcard aoeCard = AOEDecision(p);
if (aoeCard != null)
{
return(aoeCard);
}
if (p.enemyMinions.Any(n => n.Transport == transportType.AIR))
{
Logger.Debug("AttackFlying Needed");
Handcard atkFlying = Classification.GetOwnHandCards(p, boardObjType.MOB, SpecificCardType.MobsFlyingAttack).FirstOrDefault();
if (atkFlying != null)
{
return(atkFlying);
}
}
if (DeployBuildingDecision(p, out Handcard buildingCard, currentSituation))
{
if (buildingCard != null)
{
return(new Handcard(buildingCard.name, buildingCard.lvl));
}
}
// ToDo: Don´t play a tank, if theres already one on this side
if ((int)currentSituation < 3 || (int)currentSituation > 6) // Just not at Under Attack
{
var tank = Classification.GetOwnHandCards(p, boardObjType.MOB, SpecificCardType.MobsTank).OrderBy(n => n.card.MaxHP);
var lt = tank.LastOrDefault();
if (lt != null && lt.manacost <= p.ownMana)
{
return(lt);
}
}
// ToDo: Decision for building attacker
if ((int)currentSituation > 6 && (int)currentSituation < 10)
{
var buildingAtkCard = Classification.GetOwnHandCards(p, boardObjType.MOB, SpecificCardType.MobsBuildingAttacker).FirstOrDefault();
if (buildingAtkCard != null && buildingAtkCard.manacost <= p.ownMana)
{
return(buildingAtkCard);
}
}
if ((int)currentSituation < 3)
{
var highestHP = Classification.GetOwnHandCards(p, boardObjType.MOB, SpecificCardType.All)
.Where(n => n.manacost - p.ownMana <= 0)
.OrderBy(n => n.card.MaxHP).LastOrDefault();
return(highestHP);
}
var rangerCard = Classification.GetOwnHandCards(p, boardObjType.MOB, SpecificCardType.MobsRanger).FirstOrDefault();
if (rangerCard != null && rangerCard.manacost <= p.ownMana)
{
return(rangerCard);
}
var damageDealerCard = Classification.GetOwnHandCards(p, boardObjType.MOB, SpecificCardType.MobsDamageDealer).FirstOrDefault();
if (damageDealerCard != null && damageDealerCard.manacost <= p.ownMana)
{
return(damageDealerCard);
}
if ((int)currentSituation >= 3 && (int)currentSituation <= 6)
{
return(Classification.GetOwnHandCards(p, boardObjType.MOB, SpecificCardType.MobsNoTank).FirstOrDefault());
}
Logger.Debug("Wait - No card selected...");
return(null);
}
// TODO: Check this out
public static Handcard DamagingSpellDecision(Playfield p, out VectorAI choosedPosition)
{
choosedPosition = null;
var damagingSpellsSource =
Classification.GetOwnHandCards(p, boardObjType.PROJECTILE, SpecificCardType.SpellsDamaging);
var damagingSpells = damagingSpellsSource as Handcard[] ?? damagingSpellsSource.ToArray();
var fds = damagingSpells.FirstOrDefault();
if (fds == null)
{
return(null);
}
#region Tower
var ds5 = damagingSpells.FirstOrDefault(n => (n.card.towerDamage >= p.enemyKingsTower.HP));
if (ds5 != null)
{
Logger.Debug("towerDamage: {td} ; kt.hp: {kthp}", ds5.card.towerDamage,
p.enemyKingsTower.HP);
choosedPosition = p.enemyKingsTower.Position;
return(ds5);
}
if (p.suddenDeath)
{
var ds3 = damagingSpells.FirstOrDefault(n => (n.card.towerDamage >= p.enemyPrincessTower1.HP));
var ds4 = damagingSpells.FirstOrDefault(n => (n.card.towerDamage >= p.enemyPrincessTower2.HP));
if (ds3 != null && p.enemyPrincessTower1.HP > 0)
{
Logger.Debug("towerDamage: {td} ; pt1.hp: {pt1hp}", ds3.card.towerDamage,
p.enemyPrincessTower1.HP);
choosedPosition = p.enemyPrincessTower1.Position;
return(ds3);
}
if (ds4 != null && p.enemyPrincessTower2.HP > 0)
{
Logger.Debug("towerDamage: {td} ; pt1.hp: {pt1hp}", ds4.card.towerDamage,
p.enemyPrincessTower2.HP);
choosedPosition = p.enemyPrincessTower2.Position;
return(ds4);
}
}
#endregion
var radiusOrderedDS = damagingSpells.OrderBy(n => n.card.DamageRadius).LastOrDefault();
if (radiusOrderedDS == null)
{
return(null);
}
var Group = p.getGroup(false, 200, boPriority.byTotalNumber, radiusOrderedDS.card.DamageRadius);
if (Group == null)
{
return(null);
}
var grpCount = Group.lowHPbo.Count() + Group.avgHPbo.Count() + Group.hiHPbo.Count();
var hpSum = Group.lowHPboHP + Group.hiHPboHP + Group.avgHPboHP;
var ds1 = damagingSpells.FirstOrDefault(n => n.card.DamageRadius > 3 && grpCount > 4);
if (ds1 != null)
{
Logger.Debug("Damaging-Spell-Decision: HP-Sum of group = " + hpSum);
choosedPosition = p.getDeployPosition(Group.Position, deployDirectionRelative.Down, 1000);
return(ds1);
}
var ds2 = damagingSpells.FirstOrDefault(n => n.card.DamageRadius <= 3 && grpCount > 1 && hpSum >= n.card.Atk * 2);
if (ds2 != null)
{
Logger.Debug("Damaging-Spell-Decision: HP-Sum of group = " + hpSum);
choosedPosition = p.getDeployPosition(Group.Position, deployDirectionRelative.Down, 1000);
return(ds2);
}
return(null);
}
private static VectorAI DKT(Playfield p, Handcard hc, int line)
{
// ToDo: Improve
if (line == 0)
{
line = p.enemyPrincessTower1.HP < p.enemyPrincessTower2.HP ? 1 : 2;
}
if (hc.card.type == boardObjType.MOB)
{
if (hc.card.MaxHP >= Setting.MinHealthAsTank)
{
// TODO: Analyse which is the most dangerous line
if (line == 2)
{
Logger.Debug("KT RightUp");
VectorAI v = p.getDeployPosition(p.ownKingsTower.Position, deployDirectionRelative.RightUp, 100);
return(v);
}
else
{
Logger.Debug("KT LeftUp");
VectorAI v = p.getDeployPosition(p.ownKingsTower.Position, deployDirectionRelative.LeftUp, 100);
return(v);
}
}
if (hc.card.Transport == transportType.AIR)
{
return(p.getDeployPosition(line == 2 ? deployDirectionAbsolute.ownPrincessTowerLine2 : deployDirectionAbsolute.ownPrincessTowerLine1));
}
else
{
if (line == 2)
{
Logger.Debug("BehindKT: Line2");
VectorAI position = p.getDeployPosition(deployDirectionAbsolute.behindKingsTowerLine2);
return(position);
}
else
{
Logger.Debug("BehindKT: Line1");
VectorAI position = p.getDeployPosition(deployDirectionAbsolute.behindKingsTowerLine1);
return(position);
}
}
}
else if (hc.card.type == boardObjType.BUILDING)
{
//switch ((cardToDeploy as CardBuilding).Type)
//{
// case BuildingType.BuildingDefense:
// case BuildingType.BuildingSpawning:
return(GetPositionOfTheBestBuildingDeploy(p, hc, FightState.DKT));
//}
}
else if (hc.card.type == boardObjType.AOE || hc.card.type == boardObjType.PROJECTILE)
{
return(GetPositionOfTheBestDamagingSpellDeploy(p));
}
else
{
Logger.Debug("DKT: Handcard equals NONE!");
return(p.ownKingsTower?.Position);
}
}
public static VectorAI GetNextSpellPosition(FightState gameState, Handcard hc, Playfield p)
{
if (hc?.card == null)
{
return(null);
}
VectorAI choosedPosition = null;
if (hc.card.type == boardObjType.AOE || hc.card.type == boardObjType.PROJECTILE)
{
Logger.Debug("AOE or PROJECTILE");
return(GetPositionOfTheBestDamagingSpellDeploy(p));
}
// ToDo: Handle Defense Gamestates
switch (gameState)
{
case FightState.UAKTL1:
choosedPosition = UAKT(p, hc, 1);
break;
case FightState.UAKTL2:
choosedPosition = UAKT(p, hc, 2);
break;
case FightState.UAPTL1:
choosedPosition = UAPTL1(p, hc);
break;
case FightState.UAPTL2:
choosedPosition = UAPTL2(p, hc);
break;
case FightState.AKT:
choosedPosition = AKT(p, hc);
break;
case FightState.APTL1:
choosedPosition = APTL1(p, hc);
break;
case FightState.APTL2:
choosedPosition = APTL2(p, hc);
break;
case FightState.DKT:
choosedPosition = DKT(p, hc, 0);
break;
case FightState.DPTL1:
choosedPosition = DPTL1(p, hc);
break;
case FightState.DPTL2:
choosedPosition = DPTL2(p, hc);
break;
default:
//Logger.Debug("GameState unknown");
break;
}
//Logger.Debug("GameState: {GameState}", gameState.ToString());
//Logger.Debug("nextPosition: " + nextPosition);
return(choosedPosition);
}
public static VectorAI GetNextSpellPosition(FightState gameState, Handcard hc, Playfield p)
{
#region Randomise
Random rnd = new Random();
int rndX = rnd.Next(-Apollo.Settings.RandomDeploymentValue, Apollo.Settings.RandomDeploymentValue);
int rndY = rnd.Next(-Apollo.Settings.RandomDeploymentValue, Apollo.Settings.RandomDeploymentValue);
VectorAI rndAddVector = new VectorAI(rndX, rndY);
#endregion
if (hc == null || hc.card == null)
{
return(null);
}
VectorAI choosedPosition = new VectorAI(0, 0), nextPosition;
if (hc.card.type == boardObjType.AOE)
{
return(GetPositionOfTheBestDamagingSpellDeploy(p));
}
// ToDo: Handle Defense Gamestates
switch (gameState)
{
case FightState.UAKT:
choosedPosition = UAKT(p, hc);
break;
case FightState.UALPT:
choosedPosition = UALPT(p, hc);
break;
case FightState.UARPT:
choosedPosition = UARPT(p, hc);
break;
case FightState.AKT:
choosedPosition = AKT(p);
break;
case FightState.ALPT:
choosedPosition = ALPT(p);
break;
case FightState.ARPT:
choosedPosition = ARPT(p);
break;
case FightState.DKT:
choosedPosition = DKT(p, hc);
break;
case FightState.DLPT:
choosedPosition = DLPT(p, hc);
break;
case FightState.DRPT:
choosedPosition = DRPT(p, hc);
break;
case FightState.START:
break;
case FightState.WAIT:
break;
default:
//Logger.Debug("GameState unknown");
break;
}
if (choosedPosition == null)
{
return(null);
}
//Logger.Debug("GameState: {GameState}", gameState.ToString());
Vector2 v = (choosedPosition.ToVector2() + rndAddVector.ToVector2());
nextPosition = new VectorAI(v.X, v.Y);
//Logger.Debug("nextPosition: " + nextPosition);
return(nextPosition);
}