public Action ChooseAction(Character actor, Party friendlyParty, Party hostileParty)
{
this.Actor = actor;
this.FriendlyParty = friendlyParty;
this.HostileParty = hostileParty;
Trait groupHealingTrait = GetGroupHealingTrait();
int totalGroupHealth = friendlyParty.CharacterList.Sum(x => x.Hitpoints);
int totalGroupMaxHealth = friendlyParty.CharacterList.Sum(x => x.MaxHitpoints);
if (groupHealingTrait != null && Actor.Mana >= groupHealingTrait.Mana && totalGroupMaxHealth - totalGroupHealth > 100)
{
return(new Action(Actor, friendlyParty, groupHealingTrait));
}
Trait directHealingTrait = GetDirectHealingTrait();
Character injuredAlly = FindLowestHPInjuredAlly();
if (directHealingTrait != null && Actor.Mana >= directHealingTrait.Mana && injuredAlly != null)
{
return(new Action(Actor, injuredAlly, directHealingTrait));
}
List <Trait> groupBuffTraits = GetGroupBuffTraits();
foreach (Trait groupBuffTrait in groupBuffTraits)
{
if (Actor.Mana >= groupBuffTrait.Mana)
{
foreach (Buff buff in groupBuffTrait.Buffs)
{
if (friendlyParty.CharacterList.FindAll(x => x.Buffs.Contains(buff)).Count < friendlyParty.CharacterList.Count)
{
return(new Action(Actor, friendlyParty, groupBuffTrait));
}
}
}
}
Trait groupDamageTrait = GetGroupDamageTrait();
int aliveEnemiesCount = hostileParty.CharacterList.FindAll(x => x.Alive).Count;
if (groupDamageTrait != null && Actor.Mana >= groupDamageTrait.Mana && aliveEnemiesCount > 1)
{
return(new Action(Actor, hostileParty, groupDamageTrait));
}
Trait directDamageTrait = GetDirectDamageTrait();
if (directDamageTrait != null && Actor.Mana >= directDamageTrait.Mana)
{
return(new Action(Actor, FindLowestHPTarget(), directDamageTrait));
}
Trait meleeTrait = GetMeleeTrait();
Character meleeTarget = FindLowestHPMeleeTarget();
if (meleeTrait != null && meleeTarget != null)
{
return(new Action(Actor, meleeTarget, meleeTrait));
}
return(null);
}
public Party Duel(List <Party> parties)
{
// Initialize Combatants
string output = "";
int longestString = 0;
for (var i = 0; i < parties.Count; i++)
{
foreach (var character in parties[i].CharacterList)
{
character.PartyId = i;
this.combatants.Add(character);
}
string currentString = String.Format("{0}: total point cost is {1}\n", parties[i].Name, parties[i].PointCost());
if (currentString.Length > longestString)
{
longestString = currentString.Length;
}
output += currentString;
}
Console.WriteLine(new String('=', longestString));
Console.Write(output);
Console.WriteLine(new String('=', longestString));
// Round
Party winner = null;
int roundCount = 1;
while (winner == null)
{
Random rand = new Random();
Console.WriteLine("*** ROUND " + roundCount.ToString() + " ***");
// Roll Initiative
foreach (var combatant in combatants)
{
int maxInitiative = combatant.Stats[Stat.Dexterity] * 5;
combatant.Initiative = rand.Next(maxInitiative);
}
// Sort Combatants by Initiative
combatants.Sort();
// Loop through combatants
foreach (var combatant in combatants)
{
if (!combatant.Alive)
{
continue;
}
if (combatant.Effects.Contains(Effect.Poison))
{
Trait poisonDamage = Trait.GetTrait("poison_damage");
Action poisonAction = new Action(combatant, combatant, poisonDamage);
int minDamage = 1;
int maxDamage = poisonAction.Trait.Power;
DoSingleDamage(poisonAction, minDamage, maxDamage, rand);
}
if (!combatant.Alive)
{
continue;
}
if (combatant.Mana < combatant.MaxMana)
{
combatant.Mana += combatant.ManaRegen;
}
Party friendlyParty = null;
Party hostileParty = null;
for (var i = 0; i < parties.Count; i++)
{
if (i == combatant.PartyId)
{
friendlyParty = parties[i];
}
else
{
hostileParty = parties[i];
}
}
// Do an action
Action action = combatant.AI.ChooseAction(combatant, friendlyParty, hostileParty);
if (action == null)
{
continue;
}
if (action.Trait.Mana > 0)
{
action.Actor.Mana -= action.Trait.Mana;
}
switch (action.Trait.Type)
{
case TraitType.Melee:
int minDamage = combatant.Stats[Stat.Strength];
int maxDamage = combatant.Stats[Stat.Strength] + action.Trait.Power;
DoSingleDamage(action, minDamage, maxDamage, rand);
break;
case TraitType.DirectDamage:
minDamage = action.Trait.Power;
maxDamage = combatant.Stats[Stat.Intelligence] + action.Trait.Power;
DoSingleDamage(action, minDamage, maxDamage, rand);
break;
case TraitType.DirectHealing:
int minHeal = action.Trait.Power;
int maxHeal = combatant.Stats[Stat.Wisdom] + action.Trait.Power;
DoSingleHealing(action, minHeal, maxHeal, rand);
break;
case TraitType.GroupDamage:
foreach (Character target in hostileParty.CharacterList)
{
Action targetedAction = new Action(action.Actor, target, action.Trait);
minDamage = (combatant.Stats [Stat.Intelligence] / 4);
maxDamage = combatant.Stats [Stat.Intelligence] + action.Trait.Power;
DoSingleDamage(targetedAction, minDamage, maxDamage, rand);
}
break;
case TraitType.GroupHealing:
foreach (Character target in friendlyParty.CharacterList)
{
if (!target.Alive)
{
continue;
}
Action targetedAction = new Action(action.Actor, target, action.Trait);
minHeal = action.Trait.Power;
maxHeal = combatant.Stats[Stat.Wisdom] + action.Trait.Power;
DoSingleHealing(targetedAction, minHeal, maxHeal, rand);
}
break;
case TraitType.GroupBuff:
foreach (Character target in friendlyParty.CharacterList)
{
Action targetedAction = new Action(action.Actor, target, action.Trait);
DoSingleBuff(targetedAction);
}
break;
}
// Check for victory
List <Party> deadPartyList = new List <Party> ();
foreach (var party in parties)
{
if (party.CharacterList.Find(x => x.Hitpoints > 0) == null)
{
deadPartyList.Add(party);
}
}
if (deadPartyList.Count == parties.Count - 1)
{
foreach (var party in parties)
{
if (deadPartyList.Contains(party))
{
continue;
}
Console.ForegroundColor = ConsoleColor.Green;
Console.BackgroundColor = ConsoleColor.White;
Console.Write("The winner is " + party.Name);
Console.ResetColor();
Console.Write("\n");
winner = party;
DisplayMatchup(parties);
return(winner);
}
}
else if (deadPartyList.Count == parties.Count)
{
Console.WriteLine("The match is a draw");
DisplayMatchup(parties);
winner = new Party();
return(winner);
}
}
DisplayMatchup(parties);
roundCount++;
// TODO: make Round Limit configurable
if (roundCount == 500)
{
Console.WriteLine("Round limit hit");
return(new Party());
}
}
return(winner);
}
public Character(string name, string raceName, Row row, List <String> traits)
{
var racePath = "data/races/";
this.Name = name;
raceName = raceName.ToLower();
var yaml = File.ReadAllText(racePath + raceName + ".yaml");
var deserializer = new DeserializerBuilder()
.WithNamingConvention(new CamelCaseNamingConvention())
.Build();
var race = deserializer.Deserialize <Race>(yaml);
this.Race = race.Name;
this.Size = race.Size;
this.BaseStats = race.Stats;
this.BaseResists = race.Resists;
this.PointCost += race.Points;
this.Traits = new List <Trait>();
this.Effects = new List <Effect>();
this.Buffs = new List <Buff>();
this.Alive = true;
this.Row = row;
this.ManaRegen = 0;
//TODO: load AI choice
this.AI = new GeneralAI();
foreach (var t in race.Traits)
{
Trait trait = LoadTrait(t);
this.Traits.Add(trait);
}
foreach (var t in traits)
{
Trait trait = LoadTrait(t);
this.Traits.Add(trait);
this.PointCost += trait.PointCost;
}
this.Resists = this.BaseResists;
this.Stats = this.BaseStats;
foreach (var t in this.Traits)
{
if (t.Type != TraitType.StatChange)
{
continue;
}
if (t.Stat == Stat.AC)
{
this.AC += t.Power;
}
if (this.Stats.ContainsKey(t.Stat))
{
this.Stats[t.Stat] += t.Power;
}
}
this.MaxHitpoints = (this.Stats[Stat.Constitution] * 4) + 50;
this.Hitpoints = this.MaxHitpoints;
this.MaxMana = (this.Stats[Stat.Intelligence] * 2) + (this.Stats[Stat.Wisdom] * 2) + 25;
this.Mana = MaxMana;
this.ManaRegen += (int)Math.Round((double)(this.Stats[Stat.Wisdom] / 10));
this.AC += this.Stats[Stat.Dexterity] / 4;
}