//DEPRECATED
/*
* public static void attackNearestPlayer(GameCharacter enemy, BattleGame game)
* {
*
* var attackTarget= getAttackablePlayer(enemy,game);
* if (attackTarget != null)
* {
* attackPlayer(enemy, attackTarget, game);
* }
* else
* {
* var moveTarget = findNearestPlayer(enemy, game.board, game.characterList);
* moveToPlayer(enemy, moveTarget, game.board);
* }
*
* }
* */
//DEPRECATED
private static void attackPlayer(GameCharacter enemy, GameCharacter player, BattleGame game)
{
if (enemy.SpendAP(enemy.weapon.actionPoints))
{
CombatHelper.Attack(enemy, player, game);
}
}
private static bool Hit(GameCharacter attacker, GameCharacter defender, BattleGame game, Ammo ammo)
{
int bonusDamage = 0;
if (ammo != null)
{
bonusDamage = ammo.bonusDamage;
if (ammo.activeEffects != null)
{
foreach (var ae in ammo.activeEffects)
{
defender.AddActiveEffect(AbilityHelper.cloneActiveEffect(ae), game);
}
}
}
int dmg = game.r.Next(attacker.weapon.minDamage, attacker.weapon.maxDamage) + bonusDamage;
defender.Damage(dmg, game);
game.battleLog.AddEntry(string.Format("{0} hit {1} for {2} damage.", attacker.name, defender.name, dmg));
game.gameControllerScript.StartTempTextOnChar(defender, dmg, true);
game.gameControllerScript.StartTempSpriteOnChar(defender, "DamageEffects", 1);
if (attacker.weapon.activeEffects != null)
{
foreach (var ae in attacker.weapon.activeEffects)
{
defender.AddActiveEffect(AbilityHelper.cloneActiveEffect(ae), game);
}
}
return(true);
}
public static Board getBoardFromBattleGameData(BattleGameData battleGameData, BattleGame battleGame)
{
Board b = new Board(battleGame, battleGameData.tileMapData.battleTileArray.GetLength(0));
b.board = copyTileArray(battleGameData.tileMapData.battleTileArray);
return b;
}
private static void UseAbilityTempEffect(BattleGame game,GameCharacter character, Tile target, Ability ability)
{
foreach (var ae in ability.activeEffects)
{
switch (ae.effectType)
{
case TempEffectType.Particle:
game.gameControllerScript.StartTempParticles(ae.effectName, new UnityEngine.Vector3(target.x, -target.y));
break;
case TempEffectType.Sprite:
var spriteVector = new UnityEngine.Vector3(target.x, -target.y);
game.gameControllerScript.StartTempSprite(spriteVector, spriteVector, ae.effectName, ae.effectIndex);
break;
case TempEffectType.Text:
game.gameControllerScript.StartTempText(new UnityEngine.Vector3(target.x, -target.y), UnityEngine.Color.grey, ability.name);
break;
case TempEffectType.ProjectileSprite:
var spriteVector1 = new UnityEngine.Vector3(game.ActiveCharacter.x, -game.ActiveCharacter.y);
var spriteVector2 = new UnityEngine.Vector3(target.x, -target.y);
game.gameControllerScript.StartTempSpriteProjectile(spriteVector1, spriteVector2, ae.effectName, ae.effectIndex);
break;
default:
break;
}
}
}
private List<AIAction> getAIActions(BattleGame game, AIActionType type)
{
List<AIAction> retvalList = new List<AIAction>();
switch (type)
{
case AIActionType.Attack:
retvalList.AddRange(getAIAttackActions(game));
break;
case AIActionType.RangedAttack:
retvalList.AddRange(getAIRangedAttackActions(game));
break;
case AIActionType.Heal:
retvalList.AddRange(getAIHealActions(game));
break;
default:
break;
}
//Remove any actions that cost too much AP
for (int i = retvalList.Count - 1; i >= 0; i--)
{
int apCost = retvalList[i].battleActionList.Sum(x => x.AP);
if (apCost > game.ActiveCharacter.ap)
{
retvalList.RemoveAt(i);
}
}
return retvalList;
}
private static void UseAbilityTempEffect(BattleGame game, GameCharacter character, Tile target, Ability ability)
{
foreach (var ae in ability.activeEffects)
{
switch (ae.effectType)
{
case TempEffectType.Particle:
game.gameControllerScript.StartTempParticles(ae.effectName, new UnityEngine.Vector3(target.x, -target.y));
break;
case TempEffectType.Sprite:
var spriteVector = new UnityEngine.Vector3(target.x, -target.y);
game.gameControllerScript.StartTempSprite(spriteVector, spriteVector, ae.effectName, ae.effectIndex);
break;
case TempEffectType.Text:
game.gameControllerScript.StartTempText(new UnityEngine.Vector3(target.x, -target.y), UnityEngine.Color.grey, ability.name);
break;
case TempEffectType.ProjectileSprite:
var spriteVector1 = new UnityEngine.Vector3(game.ActiveCharacter.x, -game.ActiveCharacter.y);
var spriteVector2 = new UnityEngine.Vector3(target.x, -target.y);
game.gameControllerScript.StartTempSpriteProjectile(spriteVector1, spriteVector2, ae.effectName, ae.effectIndex);
break;
default:
break;
}
}
}
private List <AIAction> getAIActions(BattleGame game, AIActionType type)
{
List <AIAction> retvalList = new List <AIAction>();
switch (type)
{
case AIActionType.Attack:
retvalList.AddRange(getAIAttackActions(game));
break;
case AIActionType.RangedAttack:
retvalList.AddRange(getAIRangedAttackActions(game));
break;
case AIActionType.Heal:
retvalList.AddRange(getAIHealActions(game));
break;
default:
break;
}
//Remove any actions that cost too much AP
for (int i = retvalList.Count - 1; i >= 0; i--)
{
int apCost = retvalList[i].battleActionList.Sum(x => x.AP);
if (apCost > game.ActiveCharacter.ap)
{
retvalList.RemoveAt(i);
}
}
return(retvalList);
}
//DEPRECATED
/*
public static void attackNearestPlayer(GameCharacter enemy, BattleGame game)
{
var attackTarget= getAttackablePlayer(enemy,game);
if (attackTarget != null)
{
attackPlayer(enemy, attackTarget, game);
}
else
{
var moveTarget = findNearestPlayer(enemy, game.board, game.characterList);
moveToPlayer(enemy, moveTarget, game.board);
}
}
* */
//DEPRECATED
private static void attackPlayer(GameCharacter enemy, GameCharacter player, BattleGame game)
{
if(enemy.SpendAP(enemy.weapon.actionPoints))
{
CombatHelper.Attack(enemy, player, game);
}
}
public static List <BattleAction> attackNearestPlayer(GameCharacter enemy, BattleGame game)
{
List <BattleAction> actionList = new List <BattleAction>();
var attackTarget = findNearestPlayer(enemy, game.board, game.characterList);
var targetTile = game.board.getTileFromLocation(attackTarget.x, attackTarget.y);
//path find to target
List <Point> pointList = PathFind.Pathfind(game.board, enemy.x, enemy.y, targetTile.x, targetTile.y);
pointList.RemoveAt(0); //remove the character from pathfind.
pointList.RemoveAt(pointList.Count - 1); //remove the target from pathfind.
foreach (var p in pointList)
{
actionList.Add(new BattleAction()
{
AP = 1, character = enemy, actionType = BattleActionType.Move, targetTile = game.board.getTileFromPoint(p)
});
}
//attack action
actionList.Add(new BattleAction()
{
AP = enemy.weapon.actionPoints, character = enemy, targetTile = targetTile, actionType = BattleActionType.Attack
});
return(actionList);
}
public void Damage(int amount, BattleGame game)
{
this.hp -= amount;
if (this.hp <= 0)
{
Kill(game);
}
}
//get a list of all healing abilities / items.
//currently only abilities that are for self
private List <AIAction> getAIHealActions(BattleGame game)
{
List <AIAction> aiActionList = new List <AIAction>();
Tile targetTile = game.board.getTileFromLocation(character.x, character.y);
foreach (var a in character.abilityList)
{
if (a.cooldown > 0 && a.canUseSelf())
{
if (a.activeEffects.Select(x => x.statType == StatType.Heal) != null)
{
List <BattleAction> battleActionList = new List <BattleAction>()
{
new BattleAction()
{
AP = a.ap, ability = a, character = character, targetCharacter = character, targetTile = targetTile, actionType = BattleActionType.UseAbility
}
};
aiActionList.Add(new AIAction()
{
actionType = AIActionType.Heal, cost = a.ap, battleActionList = battleActionList
});
}
}
}
var usableItems = from data in character.inventory
where data is UsableItem
select data;
foreach (var i in usableItems.ToList())
{
UsableItem tempItem = (UsableItem)i;
if (tempItem.activeEffects != null)
{
if (i.activeEffects.Select(x => x.statType == StatType.Heal) != null)
{
List <BattleAction> battleActionList = new List <BattleAction>()
{
new BattleAction()
{
AP = tempItem.actionPoints, item = tempItem, character = character, targetCharacter = character, targetTile = targetTile, actionType = BattleActionType.UseItem
}
};
aiActionList.Add(new AIAction()
{
actionType = AIActionType.Heal, cost = tempItem.actionPoints, battleActionList = battleActionList
});
}
}
}
return(AIActionList);
}
private static bool UseAbilityLOSEmpty(GameCharacter character, Ability ability, Tile target, BattleGame game)
{
if (target.empty)
{
return UseAbilityLOS(character, ability, target, game);
}
return false;
}
public void Heal(int amount, BattleGame game)
{
this.hp += amount;
if (this.hp > this.totalHP)
{
this.hp = this.totalHP;
}
game.battleLog.AddEntry(string.Format("{0} was healed for {1}", this.name, amount));
}
public static List<BattleAction> getBattleActionList(EnemyCharacter character, BattleGame game)
{
List<BattleAction> retvalList = character.aiActor.getBattleActionList(game);
if (retvalList.Count == 0)
{
retvalList.Add(getEndTurnAction(character));
}
return retvalList;
}
public void AddActiveEffect(ActiveEffect a, BattleGame game)
{
ActivateEffect(a, game);
a.duration--;
if (a.duration > 0)
{
game.battleLog.AddEntry(string.Format("{0} was added to {1}.", a.name, this.name));
activeEffects.Add(a);
}
}
public static bool Attack(GameCharacter attacker, GameCharacter defender, BattleGame game)
{
if (game.r.Next(20) + attacker.attack > defender.ac)
{
var tempTile = game.board.getTileFromLocation(defender.x, defender.y);
return(Hit(attacker, defender, game, null));
}
else
{
game.battleLog.AddEntry(string.Format("{0} missed {1}.", attacker.name, defender.name));
return(false);
}
}
//Occurs once per turn
public void RunActiveEffects(BattleGame game)
{
for (int i = activeEffects.Count - 1; i >= 0; i--)
{
ActivateEffect(activeEffects[i], game);
activeEffects[i].duration--;
if (activeEffects[i].duration <= 0)
{
game.battleLog.AddEntry(string.Format("{0} expired on {1}.", activeEffects[i].name, this.name));
activeEffects.RemoveAt(i);
}
}
}
public static bool Attack(GameCharacter attacker, GameCharacter defender, BattleGame game)
{
if(game.r.Next(20) + attacker.attack > defender.ac)
{
var tempTile = game.board.getTileFromLocation(defender.x, defender.y);
return Hit(attacker, defender, game,null);
}
else
{
game.battleLog.AddEntry(string.Format("{0} missed {1}.", attacker.name, defender.name));
return false;
}
}
//same as Melee attack, but add movement until we are LOS to nearest enemy
private List <AIAction> getAIRangedAttackActions(BattleGame game)
{
List <AIAction> aiActionList = new List <AIAction>();
if (character.weapon != null)
{
if (character.weapon.weaponType == WeaponType.OneHandRanged || character.weapon.weaponType == WeaponType.TwoHandRanged)
{
//should actually find who has easiest LOS
GameCharacter targetCharacter = AI.findNearestPlayer(character, game.board, game.characterList);
Tile characterTile = game.board.getTileFromLocation(character.x, character.y);
Tile targetTile = game.board.getTileFromLocation(targetCharacter.x, targetCharacter.y);
List <Point> pointList = game.board.getPathToLOS(characterTile, targetTile);
int dist = pointList.Count;
int cost = dist + character.weapon.actionPoints;
List <BattleAction> battleActionList = new List <BattleAction>();
foreach (var p in pointList)
{
battleActionList.Add(new BattleAction()
{
AP = 1, character = character, actionType = BattleActionType.Move, targetTile = game.board.getTileFromPoint(p)
});
}
battleActionList.Add(new BattleAction()
{
AP = character.weapon.actionPoints, character = character, targetCharacter = targetCharacter, targetTile = game.board.getTileFromLocation(targetCharacter.x, targetCharacter.y), actionType = BattleActionType.RangedAttack
});
aiActionList.Add(new AIAction()
{
actionType = AIActionType.Attack, cost = cost, battleActionList = battleActionList
});
}
}
return(aiActionList);
}
private static bool UseAbilityLOS(GameCharacter character, Ability ability, Tile target, BattleGame game)
{
Tile ActiveTile = game.board.getTileFromLocation(character.x, character.y);
var tileLOSList = game.board.getBoardLOS(ActiveTile, target);
if (tileLOSList.Count <= ability.range && tileLOSList[tileLOSList.Count - 1] == target)
{
if (character.SpendAP(ability.ap))
{
return UseAbilityAOEHelper(character, ability, target, game);
}
return false;
}
else
{
return false;
}
}
public static GameCharacter getAttackablePlayer(GameCharacter enemy, BattleGame game)
{
Tile curTile = game.board.getTileFromLocation(enemy.x, enemy.y);
var charList = game.getCharactersFromTileList(game.board.getTileListFromPattern(curTile, TilePatternType.FourAdj));
var playerList = (from data in charList
where data.type == CharacterType.Player
select data).ToList();
//for now, just return a random enemy close
if (playerList.Count > 0)
{
return(charList[game.r.Next(charList.Count - 1)]);
}
else
{
return(null);
}
}
//if we have a melee weapon, calculate nearest enemy + weapon ap
private List <AIAction> getAIAttackActions(BattleGame game)
{
List <AIAction> aiActionList = new List <AIAction>();
if (character.weapon != null)
{
if (character.weapon.weaponType == WeaponType.OneHandMelee || character.weapon.weaponType == WeaponType.TwoHandMelee)
{
GameCharacter targetCharacter = AI.findNearestPlayer(character, game.board, game.characterList);
List <Point> pointList = PathFind.Pathfind(game.board, character.x, character.y, targetCharacter.x, targetCharacter.y);
pointList.RemoveAt(0); //remove the character from pathfind.
pointList.RemoveAt(pointList.Count - 1); //remove the target from pathfind.
int dist = pointList.Count;
int cost = dist + character.weapon.actionPoints;
List <BattleAction> battleActionList = new List <BattleAction>();
foreach (var p in pointList)
{
battleActionList.Add(new BattleAction()
{
AP = 1, character = character, actionType = BattleActionType.Move, targetTile = game.board.getTileFromPoint(p)
});
}
battleActionList.Add(new BattleAction()
{
AP = character.weapon.actionPoints, character = character, targetCharacter = targetCharacter, targetTile = game.board.getTileFromLocation(targetCharacter.x, targetCharacter.y), actionType = BattleActionType.Attack
});
aiActionList.Add(new AIAction()
{
actionType = AIActionType.Attack, cost = cost, battleActionList = battleActionList
});
}
}
return(aiActionList);
}
public static GameCharacter getAttackablePlayer(GameCharacter enemy, BattleGame game)
{
Tile curTile = game.board.getTileFromLocation(enemy.x,enemy.y);
var charList = game.getCharactersFromTileList(game.board.getTileListFromPattern(curTile, TilePatternType.FourAdj));
var playerList = (from data in charList
where data.type == CharacterType.Player
select data).ToList();
//for now, just return a random enemy close
if (playerList.Count > 0)
{
return charList[game.r.Next(charList.Count - 1)];
}
else
{
return null;
}
}
private static bool UseAbilityAOEHelper(GameCharacter character, Ability ability, Tile target, BattleGame game)
{
var tileAOEList = game.board.getTileListFromPattern(target, ability.tilePatternType);
//draw AOE effect
foreach (var t in tileAOEList)
{
game.board.AddTempChar(t, '*');
game.board.AddTempEffect(t, ability.sheetname, ability.spriteindex);
UseAbilityTempEffect(game, character, t, ability);
}
var charAOEList = game.getCharactersFromTileList(tileAOEList);
return UseAbilityOnCharList(character,target, ability, charAOEList, game);
}
public List <BattleAction> getBattleActionList(BattleGame game)
{
List <BattleAction> retval = new List <BattleAction>();
//reset the AIActionList
AIActionList = new List <AIAction>();
//update the weight and cost lists
foreach (var type in actionWeightDictionary.Keys)
{
AIActionList.AddRange(getAIActions(game, type));
}
if (AIActionList.Count > 0)
{
AIActionList.Sort((x1, x2) => (x1.cost * (100 - x1.weight)).CompareTo(x2.cost * (100 - x2.weight)));
//get the top weighted action
retval.AddRange(AIActionList[0].battleActionList);
}
return(retval);
}
private void ActivateEffect(ActiveEffect effect, BattleGame game)
{
int amt = 0;
switch (effect.statType)
{
case StatType.Damage:
amt = game.r.Next(effect.minAmount, effect.maxAmount);
game.battleLog.AddEntry(string.Format("{0} was damaged by {1} for {2}", this.name, effect.name, amt.ToString()));
game.gameControllerScript.StartTempTextOnChar(this, amt, true);
this.Damage(amt, game);
break;
case StatType.Heal:
amt = game.r.Next(effect.minAmount, effect.maxAmount);
game.battleLog.AddEntry(string.Format("{0} was healed by {1} for {2}", this.name, effect.name, amt.ToString()));
game.gameControllerScript.StartTempTextOnChar(this, amt, false);
this.Heal(amt, game);
break;
case StatType.Dispell:
amt = game.r.Next(effect.minAmount, effect.maxAmount);
game.battleLog.AddEntry(string.Format("{0} removed {1} effects from {2}", effect.name, amt, this.name));
RemoveTopActiveEffects(amt);
break;
default:
break;
}
}
public static List<BattleAction> attackNearestPlayer(GameCharacter enemy, BattleGame game)
{
List<BattleAction> actionList = new List<BattleAction>();
var attackTarget = findNearestPlayer(enemy, game.board,game.characterList);
var targetTile = game.board.getTileFromLocation(attackTarget.x, attackTarget.y);
//path find to target
List<Point> pointList = PathFind.Pathfind(game.board, enemy.x, enemy.y, targetTile.x, targetTile.y);
pointList.RemoveAt(0); //remove the character from pathfind.
pointList.RemoveAt(pointList.Count - 1); //remove the target from pathfind.
foreach (var p in pointList)
{
actionList.Add(new BattleAction() { AP=1, character = enemy, actionType = BattleActionType.Move, targetTile = game.board.getTileFromPoint(p) });
}
//attack action
actionList.Add(new BattleAction() { AP=enemy.weapon.actionPoints, character = enemy, targetTile = targetTile, actionType = BattleActionType.Attack });
return actionList;
}
public List<BattleAction> getBattleActionList(BattleGame game)
{
List<BattleAction> retval = new List<BattleAction>();
//reset the AIActionList
AIActionList = new List<AIAction>();
//update the weight and cost lists
foreach(var type in actionWeightDictionary.Keys)
{
AIActionList.AddRange(getAIActions(game, type));
}
if (AIActionList.Count > 0)
{
AIActionList.Sort((x1, x2) => (x1.cost * (100 - x1.weight)).CompareTo(x2.cost * (100 - x2.weight)));
//get the top weighted action
retval.AddRange(AIActionList[0].battleActionList);
}
return retval;
}
private static bool UseAbilitySelf(GameCharacter character, Ability ability, Tile target, BattleGame game)
{
if (character.SpendAP(ability.ap))
{
return UseAbilityOnCharList(character,target, ability, new List<GameCharacter>() { character }, game);
}
else
{
return false;
}
}
public void AddActiveEffect(ActiveEffect a, BattleGame game)
{
ActivateEffect(a, game);
a.duration--;
if (a.duration > 0)
{
game.battleLog.AddEntry(string.Format("{0} was added to {1}.", a.name, this.name));
activeEffects.Add(a);
}
}
public static bool RangedAttack(GameCharacter attacker, GameCharacter defender, Tile targetTile, BattleGame game)
{
bool retval = false;
//check for ranged weapon
if (attacker.weapon is RangedWeapon)
{
RangedWeapon w = (RangedWeapon)attacker.weapon;
Ammo a = (Ammo)ItemHelper.getFirstItemWithID(attacker.inventory, attacker.Ammo.itemID);
//check we have ammo
if (attacker.Ammo != null && attacker.Ammo.count > 0 && a.ammoType == w.ammoType)
{
List <Tile> tileLOSList = game.board.getBoardLOS(game.ActiveTile, targetTile);
//check LOS
//check range
if (tileLOSList[tileLOSList.Count - 1] == targetTile)
{
if (tileLOSList.Count <= w.range)
{
if (attacker.SpendAP(attacker.weapon.actionPoints))
{
var attackerPos = new UnityEngine.Vector3(attacker.x, -attacker.y);
var targetPos = new UnityEngine.Vector3(defender.x, -defender.y);
game.gameControllerScript.StartTempSpriteProjectile(attackerPos, targetPos, GameConstants.rangedAttackSpritesheet, GameConstants.rangedAttackSpriteindex);
//check for hit
if (game.r.Next(20) + attacker.attack > defender.ac)
{
retval = Hit(attacker, defender, game, a);
//remove ammo
attacker.inventory.Remove(a);
attacker.Ammo = ItemHelper.getItemSet(attacker.inventory, a);
retval = true;
}
else
{
game.battleLog.AddEntry(string.Format("{0} missed {1}.", attacker.name, defender.name));
}
}
}
else
{
game.battleLog.AddEntry(string.Format("{0} is out of range.", defender.name));
}
}
else
{
game.battleLog.AddEntry(string.Format("Unable to hit {0}", defender.name));
}
}
else
{
game.battleLog.AddEntry(string.Format("{0} requires {1} ammo equipped", w.name, w.ammoType));
}
}
else
{
game.battleLog.AddEntry(string.Format("Equip a ranged weapon for ranged attack"));
}
return(retval);
}
public Board(BattleGame game, int size)
{
this.size = size;
this.game = game;
}
private static bool UseAbilityOnCharList(GameCharacter sourceCharacter, Tile target, Ability ability, List<GameCharacter> characterList, BattleGame game)
{
//Draw Temp Character
game.board.AddTempChar(target, 'X');
game.board.AddTempEffect(target, ability.sheetname, ability.spriteindex);
foreach(var c in characterList)
{
UseAbilityTempEffect(game, sourceCharacter, c, ability);
}
//special conditions if we're doing something on sourceCharacter
if(characterList.Count ==0)
{
foreach (var ae in ability.activeEffects)
{
if (ae.statType == StatType.Teleport)
{
game.board.MoveCharacterFree(sourceCharacter, target);
}
}
}
foreach (var character in characterList)
{
foreach (var ae in ability.activeEffects)
{
if (ae.statType == StatType.Teleport)
{
game.board.MoveCharacterFree(sourceCharacter, target); //for now, can only teleport self.
}
else if (ae.statType == StatType.Knockback) //move away from sourceCharacter
{
Tile sourceTile = game.board.getTileFromLocation(sourceCharacter.x, sourceCharacter.y);
Tile charTile = game.board.getTileFromLocation(character.x, character.y);
List<Tile> moveTargetList = game.board.getMoveTargetTileList(sourceTile, charTile, ae.minAmount);
if (moveTargetList.Count > 0)
{
Tile moveTile = moveTargetList[moveTargetList.Count - 1];
game.board.MoveCharacterFree(character, moveTile);
}
}
else if(ae.statType == StatType.Explode) //move away from target
{
Tile charTile = game.board.getTileFromLocation(character.x, character.y);
List<Tile> moveTargetList = game.board.getMoveTargetTileList(target, charTile, ae.minAmount);
if (moveTargetList.Count > 0)
{
Tile moveTile = moveTargetList[moveTargetList.Count - 1];
game.board.MoveCharacterFree(character, moveTile);
}
}
else
{
character.AddActiveEffect(cloneActiveEffect(ae), game);
}
}
}
return true;
}
private static void UseAbilityTempEffect(BattleGame game, GameCharacter character, GameCharacter target, Ability ability)
{
Tile targetTile = game.board.getTileFromPoint(new Point(target.x, target.y));
UseAbilityTempEffect(game, character, targetTile, ability);
}
private static bool UseAbilityAOEHelper(GameCharacter character, Ability ability, Tile target, BattleGame game)
{
var tileAOEList = game.board.getTileListFromPattern(target, ability.tilePatternType);
//draw AOE effect
foreach (var t in tileAOEList)
{
game.board.AddTempChar(t, '*');
game.board.AddTempEffect(t, ability.sheetname, ability.spriteindex);
UseAbilityTempEffect(game, character, t, ability);
}
var charAOEList = game.getCharactersFromTileList(tileAOEList);
return(UseAbilityOnCharList(character, target, ability, charAOEList, game));
}
private void ActivateEffect(ActiveEffect effect, BattleGame game)
{
int amt = 0;
switch (effect.statType)
{
case StatType.Damage:
amt = game.r.Next(effect.minAmount, effect.maxAmount);
game.battleLog.AddEntry(string.Format("{0} was damaged by {1} for {2}", this.name, effect.name, amt.ToString()));
game.gameControllerScript.StartTempTextOnChar(this, amt, true);
this.Damage(amt, game);
break;
case StatType.Heal:
amt = game.r.Next(effect.minAmount, effect.maxAmount);
game.battleLog.AddEntry(string.Format("{0} was healed by {1} for {2}", this.name, effect.name, amt.ToString()));
game.gameControllerScript.StartTempTextOnChar(this, amt, false);
this.Heal(amt, game);
break;
case StatType.Dispell:
amt = game.r.Next(effect.minAmount, effect.maxAmount);
game.battleLog.AddEntry(string.Format("{0} removed {1} effects from {2}", effect.name, amt, this.name));
RemoveTopActiveEffects(amt);
break;
default:
break;
}
}
private static void UseAbilityTempEffect(BattleGame game, GameCharacter character, GameCharacter target, Ability ability)
{
Tile targetTile = game.board.getTileFromPoint(new Point(target.x, target.y));
UseAbilityTempEffect(game, character, targetTile, ability);
}
private static bool UseAbilityAllFoes(GameCharacter character, Ability ability, Tile target, BattleGame game)
{
if (character.SpendAP(ability.ap))
{
var foeList = from data in game.characterList
where data.type != character.type
select data;
return UseAbilityOnCharList(character,target, ability, foeList.ToList(), game);
}
else
{
return false;
}
}
//function of current health + default heal weight
private int getAIHealWeight(BattleGame game)
{
int curWeight = 100 - ((character.hp / character.totalHP) * 100);
return (int)Math.Round((actionWeightDictionary[AIActionType.Heal] + (float)curWeight) / 2);
}
public static bool UseAbility(GameCharacter character, Ability ability, Tile target, BattleGame game)
{
bool useValue = false;
if (ability.cooldownTimer == 0)
{
switch (ability.targetType)
{
case AbilityTargetType.Self:
useValue= UseAbilitySelf(character, ability, target, game);
break;
case AbilityTargetType.SingleFriend:
useValue= UseAbilitySingleFriend(character, ability, target, game);
break;
case AbilityTargetType.SingleFoe:
useValue= UseAbilitySingleFoe(character, ability, target, game);
break;
case AbilityTargetType.AllFriends:
useValue= UseAbilityAllFriends(character, ability, target, game);
break;
case AbilityTargetType.AllFoes:
useValue = UseAbilityAllFoes(character, ability, target, game);
break;
case AbilityTargetType.PointEmpty:
useValue = UseAbilityPointEmpty(character, ability, target, game);
break;
case AbilityTargetType.PointTarget:
useValue = UseAbilityPoint(character, ability, target, game);
break;
case AbilityTargetType.LOSEmpty:
useValue = UseAbilityLOSEmpty(character, ability, target, game);
break;
case AbilityTargetType.LOSTarget:
useValue = UseAbilityLOS(character, ability, target, game);
break;
default:
useValue = false;
break;
}
}
if (useValue)
{
ability.cooldownTimer = ability.cooldown;
}
return useValue;
}
public static bool UseAbility(GameCharacter character, Ability ability, Tile target, BattleGame game)
{
bool useValue = false;
if (ability.cooldownTimer == 0)
{
switch (ability.targetType)
{
case AbilityTargetType.Self:
useValue = UseAbilitySelf(character, ability, target, game);
break;
case AbilityTargetType.SingleFriend:
useValue = UseAbilitySingleFriend(character, ability, target, game);
break;
case AbilityTargetType.SingleFoe:
useValue = UseAbilitySingleFoe(character, ability, target, game);
break;
case AbilityTargetType.AllFriends:
useValue = UseAbilityAllFriends(character, ability, target, game);
break;
case AbilityTargetType.AllFoes:
useValue = UseAbilityAllFoes(character, ability, target, game);
break;
case AbilityTargetType.PointEmpty:
useValue = UseAbilityPointEmpty(character, ability, target, game);
break;
case AbilityTargetType.PointTarget:
useValue = UseAbilityPoint(character, ability, target, game);
break;
case AbilityTargetType.LOSEmpty:
useValue = UseAbilityLOSEmpty(character, ability, target, game);
break;
case AbilityTargetType.LOSTarget:
useValue = UseAbilityLOS(character, ability, target, game);
break;
default:
useValue = false;
break;
}
}
if (useValue)
{
ability.cooldownTimer = ability.cooldown;
}
return(useValue);
}
public void Heal(int amount, BattleGame game)
{
this.hp += amount;
if (this.hp > this.totalHP)
{
this.hp = this.totalHP;
}
game.battleLog.AddEntry(string.Format("{0} was healed for {1}", this.name, amount));
}
private static bool UseAbilityLOSEmpty(GameCharacter character, Ability ability, Tile target, BattleGame game)
{
if (target.empty)
{
return(UseAbilityLOS(character, ability, target, game));
}
return(false);
}
private static bool UseAbilityPoint(GameCharacter character, Ability ability, Tile target, BattleGame game)
{
Tile ActiveTile = game.board.getTileFromLocation(character.x, character.y);
int dist = PlotLine.GetPointsOnLine(character.x, character.y, target.x, target.y).Count()-1;
if(dist <= ability.range)
{
if (character.SpendAP(ability.ap))
{
return UseAbilityAOEHelper(character, ability, target, game);
}
}
return false;
}
//get a list of all healing abilities / items.
//currently only abilities that are for self
private List<AIAction> getAIHealActions(BattleGame game)
{
List<AIAction> aiActionList = new List<AIAction>();
Tile targetTile = game.board.getTileFromLocation(character.x, character.y);
foreach (var a in character.abilityList)
{
if (a.cooldown > 0 && a.canUseSelf())
{
if (a.activeEffects.Select(x => x.statType == StatType.Heal) != null)
{
List<BattleAction> battleActionList = new List<BattleAction>() {
new BattleAction() {AP=a.ap, ability = a, character = character, targetCharacter = character, targetTile = targetTile, actionType = BattleActionType.UseAbility } };
aiActionList.Add(new AIAction() { actionType = AIActionType.Heal, cost = a.ap, battleActionList = battleActionList });
}
}
}
var usableItems = from data in character.inventory
where data is UsableItem
select data;
foreach (var i in usableItems.ToList())
{
UsableItem tempItem = (UsableItem)i;
if (tempItem.activeEffects != null)
{
if (i.activeEffects.Select(x => x.statType == StatType.Heal) != null)
{
List<BattleAction> battleActionList = new List<BattleAction>() {
new BattleAction() {AP=tempItem.actionPoints, item = tempItem, character = character, targetCharacter = character, targetTile = targetTile, actionType = BattleActionType.UseItem } };
aiActionList.Add(new AIAction() { actionType = AIActionType.Heal, cost = tempItem.actionPoints, battleActionList = battleActionList });
}
}
}
return AIActionList;
}
private static bool UseAbilityLOS(GameCharacter character, Ability ability, Tile target, BattleGame game)
{
Tile ActiveTile = game.board.getTileFromLocation(character.x, character.y);
var tileLOSList = game.board.getBoardLOS(ActiveTile, target);
if (tileLOSList.Count <= ability.range && tileLOSList[tileLOSList.Count - 1] == target)
{
if (character.SpendAP(ability.ap))
{
return(UseAbilityAOEHelper(character, ability, target, game));
}
return(false);
}
else
{
return(false);
}
}
private static bool UseAbilityOnCharList(GameCharacter sourceCharacter, Tile target, Ability ability, List <GameCharacter> characterList, BattleGame game)
{
//Draw Temp Character
game.board.AddTempChar(target, 'X');
game.board.AddTempEffect(target, ability.sheetname, ability.spriteindex);
foreach (var c in characterList)
{
UseAbilityTempEffect(game, sourceCharacter, c, ability);
}
//special conditions if we're doing something on sourceCharacter
if (characterList.Count == 0)
{
foreach (var ae in ability.activeEffects)
{
if (ae.statType == StatType.Teleport)
{
game.board.MoveCharacterFree(sourceCharacter, target);
}
}
}
foreach (var character in characterList)
{
foreach (var ae in ability.activeEffects)
{
if (ae.statType == StatType.Teleport)
{
game.board.MoveCharacterFree(sourceCharacter, target); //for now, can only teleport self.
}
else if (ae.statType == StatType.Knockback) //move away from sourceCharacter
{
Tile sourceTile = game.board.getTileFromLocation(sourceCharacter.x, sourceCharacter.y);
Tile charTile = game.board.getTileFromLocation(character.x, character.y);
List <Tile> moveTargetList = game.board.getMoveTargetTileList(sourceTile, charTile, ae.minAmount);
if (moveTargetList.Count > 0)
{
Tile moveTile = moveTargetList[moveTargetList.Count - 1];
game.board.MoveCharacterFree(character, moveTile);
}
}
else if (ae.statType == StatType.Explode) //move away from target
{
Tile charTile = game.board.getTileFromLocation(character.x, character.y);
List <Tile> moveTargetList = game.board.getMoveTargetTileList(target, charTile, ae.minAmount);
if (moveTargetList.Count > 0)
{
Tile moveTile = moveTargetList[moveTargetList.Count - 1];
game.board.MoveCharacterFree(character, moveTile);
}
}
else
{
character.AddActiveEffect(cloneActiveEffect(ae), game);
}
}
}
return(true);
}
private static bool UseAbilityPoint(GameCharacter character, Ability ability, Tile target, BattleGame game)
{
Tile ActiveTile = game.board.getTileFromLocation(character.x, character.y);
int dist = PlotLine.GetPointsOnLine(character.x, character.y, target.x, target.y).Count() - 1;
if (dist <= ability.range)
{
if (character.SpendAP(ability.ap))
{
return(UseAbilityAOEHelper(character, ability, target, game));
}
}
return(false);
}
public Board(BattleGame game, int size)
{
this.size = size;
this.game = game;
}
private static bool UseAbilityAllFoes(GameCharacter character, Ability ability, Tile target, BattleGame game)
{
if (character.SpendAP(ability.ap))
{
var foeList = from data in game.characterList
where data.type != character.type
select data;
return(UseAbilityOnCharList(character, target, ability, foeList.ToList(), game));
}
else
{
return(false);
}
}
public void Kill(BattleGame game)
{
game.battleLog.AddEntry(string.Format("{0} was killed.", this.name));
game.CharacterKill(this);
}
private static bool UseAbilitySingleFoe(GameCharacter character, Ability ability, Tile target, BattleGame game)
{
if (character.SpendAP(ability.ap))
{
GameCharacter targetChar = game.getCharacterFromTile(target);
if (targetChar != null & targetChar.type != character.type)
{
return(UseAbilityOnCharList(character, target, ability, new List <GameCharacter>()
{
targetChar
}, game));
}
}
return(false);
}
//function of current health + default heal weight
private int getAIHealWeight(BattleGame game)
{
int curWeight = 100 - ((character.hp / character.totalHP) * 100);
return((int)Math.Round((actionWeightDictionary[AIActionType.Heal] + (float)curWeight) / 2));
}
private static bool UseAbilitySelf(GameCharacter character, Ability ability, Tile target, BattleGame game)
{
if (character.SpendAP(ability.ap))
{
return(UseAbilityOnCharList(character, target, ability, new List <GameCharacter>()
{
character
}, game));
}
else
{
return(false);
}
}
//Occurs once per turn
public void RunActiveEffects(BattleGame game)
{
for (int i = activeEffects.Count - 1; i >= 0; i--)
{
ActivateEffect(activeEffects[i], game);
activeEffects[i].duration--;
if (activeEffects[i].duration <= 0)
{
game.battleLog.AddEntry(string.Format("{0} expired on {1}.", activeEffects[i].name, this.name));
activeEffects.RemoveAt(i);
}
}
}
private static bool UseAbilitySingleFoe(GameCharacter character, Ability ability, Tile target, BattleGame game)
{
if (character.SpendAP(ability.ap))
{
GameCharacter targetChar = game.getCharacterFromTile(target);
if (targetChar != null & targetChar.type != character.type)
{
return UseAbilityOnCharList(character,target, ability, new List<GameCharacter>() { targetChar }, game);
}
}
return false;
}
public void Damage(int amount, BattleGame game)
{
this.hp -= amount;
if (this.hp <= 0)
{
Kill(game);
}
}
public static bool RangedAttack(GameCharacter attacker, GameCharacter defender, Tile targetTile, BattleGame game)
{
bool retval = false;
//check for ranged weapon
if(attacker.weapon is RangedWeapon)
{
RangedWeapon w = (RangedWeapon)attacker.weapon;
Ammo a = (Ammo)ItemHelper.getFirstItemWithID(attacker.inventory,attacker.Ammo.itemID);
//check we have ammo
if(attacker.Ammo != null && attacker.Ammo.count > 0 && a.ammoType == w.ammoType)
{
List<Tile> tileLOSList = game.board.getBoardLOS(game.ActiveTile, targetTile);
//check LOS
//check range
if (tileLOSList[tileLOSList.Count - 1] == targetTile )
{
if (tileLOSList.Count <= w.range)
{
if (attacker.SpendAP(attacker.weapon.actionPoints))
{
var attackerPos = new UnityEngine.Vector3(attacker.x, -attacker.y);
var targetPos = new UnityEngine.Vector3(defender.x, -defender.y);
game.gameControllerScript.StartTempSpriteProjectile(attackerPos, targetPos, GameConstants.rangedAttackSpritesheet, GameConstants.rangedAttackSpriteindex);
//check for hit
if (game.r.Next(20) + attacker.attack > defender.ac)
{
retval = Hit(attacker, defender, game,a);
//remove ammo
attacker.inventory.Remove(a);
attacker.Ammo = ItemHelper.getItemSet(attacker.inventory, a);
retval = true;
}
else
{
game.battleLog.AddEntry(string.Format("{0} missed {1}.", attacker.name, defender.name));
}
}
}
else
{
game.battleLog.AddEntry(string.Format("{0} is out of range.", defender.name));
}
}
else
{
game.battleLog.AddEntry(string.Format("Unable to hit {0}", defender.name));
}
}
else
{
game.battleLog.AddEntry(string.Format("{0} requires {1} ammo equipped", w.name,w.ammoType));
}
}
else
{
game.battleLog.AddEntry(string.Format("Equip a ranged weapon for ranged attack"));
}
return retval;
}
public void Kill(BattleGame game)
{
game.battleLog.AddEntry(string.Format("{0} was killed.", this.name));
game.CharacterKill(this);
}
private static bool Hit(GameCharacter attacker, GameCharacter defender, BattleGame game, Ammo ammo)
{
int bonusDamage = 0;
if(ammo != null)
{
bonusDamage = ammo.bonusDamage;
if (ammo.activeEffects != null)
{
foreach (var ae in ammo.activeEffects)
{
defender.AddActiveEffect(AbilityHelper.cloneActiveEffect(ae), game);
}
}
}
int dmg = game.r.Next(attacker.weapon.minDamage, attacker.weapon.maxDamage) + bonusDamage;
defender.Damage(dmg, game);
game.battleLog.AddEntry(string.Format("{0} hit {1} for {2} damage.", attacker.name, defender.name, dmg));
game.gameControllerScript.StartTempTextOnChar(defender, dmg, true);
game.gameControllerScript.StartTempSpriteOnChar(defender, "DamageEffects", 1);
if(attacker.weapon.activeEffects != null)
{
foreach(var ae in attacker.weapon.activeEffects)
{
defender.AddActiveEffect(AbilityHelper.cloneActiveEffect(ae), game);
}
}
return true;
}
