async Task Attack(Pokemon Attacker, Move Move, Pokemon Opponent)
{
Attacker.AlreadyMoved = true;
if (Attacker.Flinched)
{
await WriteStatus($"{GetStatusName(Attacker)} flinched and could not move");
Attacker.Flinched = false;
if (Attacker.Ability == Ability.Steadfast)
{
await ShowAbility(Attacker);
await DamageFunctionFactory.StatChange(Attacker, Stats.Speed, 1, this);
}
return;
}
switch (Attacker.NonVolatileStatus)
{
case NonVolatileStatus.Freeze:
if (Move.Info.Flags.HasFlag(MoveFlags.Defrost) ||
Random.NextDouble() < 0.2)
{
Attacker.NonVolatileStatus = NonVolatileStatus.None;
await WriteStatus($"{GetStatusName(Attacker)} thawed");
}
else
{
Attacker.RaiseShowNonVolativeStatusAnimation();
await WriteStatus($"{GetStatusName(Attacker)} is frozen. It is unable to move.");
return;
}
break;
case NonVolatileStatus.Paralysis:
if (Random.NextDouble() < 0.25)
{
Attacker.RaiseShowNonVolativeStatusAnimation();
await WriteStatus($"{GetStatusName(Attacker)} is paralysed. It is unable to move.");
return;
}
break;
// TODO: Snore and Sleep Talk can be used while sleeping
case NonVolatileStatus.Sleep:
--Attacker.SleepCounter;
if (Attacker.Ability == Ability.EarlyBird)
{
--Attacker.SleepCounter;
}
if (Attacker.SleepCounter < 0)
{
Attacker.SleepCounter = 0;
Attacker.NonVolatileStatus = NonVolatileStatus.None;
await WriteStatus($"{GetStatusName(Attacker)} woke up");
}
else
{
await WriteStatus($"{GetStatusName(Attacker)} is asleep");
return;
}
break;
}
if (Attacker.ConfusionCounter > 0)
{
--Attacker.ConfusionCounter;
await WriteStatus($"{GetStatusName(Attacker)} is confused");
if (Random.Next(100) < 33)
{
await DamageFunctionFactory.ConfusedSelfAttack(Attacker, this);
return;
}
}
if (Move.Info.IsZ)
{
Attacker.Transforming = true;
await WriteStatus($"{GetStatusName(Attacker)} surrounded itself with its Z-Power");
await WriteStatus($"{GetStatusName(Attacker)} unleashes its full force Z-Move");
await WriteStatus(Move.Name.ToUpper());
Attacker.Transforming = false;
}
else
{
await WriteStatus($"{GetStatusName(Attacker)} used {Move}{(Format != 1 && Opponent != null ? $" on {Opponent}" : "")}");
if (DoAnimation != null)
{
await DoAnimation.Invoke(Attacker, Move, Opponent, this);
}
}
Move.Multitargets = false;
async Task OnFainted(Pokemon Pokemon)
{
if (Pokemon?.Stats.CurrentHP == 0)
{
SwitchOutEffects(Pokemon);
await WriteStatus($"{GetStatusName(Pokemon)} fainted");
}
}
if (Format == 1)
{
await Move.Info.DamageFunction(Attacker, Move, Opponent, this);
await OnFainted(Opponent);
}
else
{
switch (Move.Info.Target)
{
case MoveTarget.Normal:
case MoveTarget.Self:
await Move.Info.DamageFunction(Attacker, Move, Opponent, this);
await OnFainted(Opponent);
break;
case MoveTarget.AllAdjacentFoes:
var adjacentFoes = Attacker.GetAdjacentFoes().ToArray();
Move.Multitargets = adjacentFoes.Length > 1;
foreach (var adjacentFoe in adjacentFoes)
{
await Move.Info.DamageFunction(Attacker, Move, adjacentFoe, this);
await OnFainted(adjacentFoe);
}
break;
case MoveTarget.AllAdjacent:
var adjacents = Attacker.GetAdjacent(true).ToArray();
Move.Multitargets = adjacents.Length > 1;
foreach (var adjacent in adjacents)
{
await Move.Info.DamageFunction(Attacker, Move, adjacent, this);
await OnFainted(adjacent);
}
break;
}
}
// Recoil
if (Attacker.Stats.CurrentHP == 0)
{
SwitchOutEffects(Attacker);
await WriteStatus($"{GetStatusName(Attacker)} fainted");
}
// Pressure
if (Opponent?.Ability == Ability.Pressure)
{
--Move.PPLeft;
}
--Move.PPLeft;
}
async void BattleLoop()
{
while (true)
{
await Reset();
var sides = new[] { PlayerSide, OpponentSide };
do
{
await SwitchFainted(sides);
// Move Queue
var moveQueue = new List <PokemonMovePair>();
// Mega Evolution Queue
var megaQueue = new List <PokemonMovePair>();
var switchedIn = new List <PokemonMovePair>();
// TODO: Check Move Target type
foreach (var side in sides)
{
if (side.Computer)
{
await ComputerMoves(side, megaQueue, moveQueue);
}
else
{
await PlayerMoves(side, side.OpposingSide, switchedIn, megaQueue, moveQueue);
}
}
var switchOrder = MoveOrder(switchedIn).ToArray();
// Switch In Effects
foreach (var data in switchOrder)
{
await SwitchInEffects(data.Attacker);
}
foreach (var data in switchOrder)
{
await PostTurnStatusEffects(data.Attacker);
await PostTurnWeatherEffects(data.Attacker);
}
// Mega Evolve
foreach (var data in megaQueue)
{
await MegaEvolve(data.Attacker);
}
// Move
foreach (var data in MoveOrder(moveQueue))
{
// If Attacker and Target are alive
if (!data.Attacker.IsFainted && (data.Target == null || !data.Target.IsFainted))
{
await Attack(data.Attacker, data.Move, data.Target);
}
}
var ordered = MoveOrder(AllBattling()).ToArray();
foreach (var data in ordered)
{
if (!data.Attacker.IsFainted)
{
await PostTurnWeatherEffects(data.Attacker);
}
}
foreach (var data in ordered)
{
if (!data.Attacker.IsFainted)
{
// Speed Boost
if (data.Attacker.Ability == Ability.SpeedBoost)
{
await ShowAbility(data.Attacker);
await DamageFunctionFactory.StatChange(data.Attacker, Stats.Speed, 1, this);
}
await PostTurnStatusEffects(data.Attacker);
}
}
await EndWeather();
} while (!PlayerSide.AllFainted && !OpponentSide.AllFainted);
// Result
var playerFaint = PlayerSide.AllFainted;
var opponentFaint = OpponentSide.AllFainted;
PlayerSide = OpponentSide = null;
if (playerFaint && opponentFaint)
{
await WriteStatus("DRAW");
}
else if (playerFaint)
{
await WriteStatus("YOU LOST");
}
else
{
await WriteStatus("YOU WON");
}
await WriteStatus("START NEW GAME");
}
}
async Task SwitchInEffects(Pokemon Pokemon)
{
if (Pokemon.Ability is NormalizingAbility normalizingAbility)
{
foreach (var move in Pokemon.Moves)
{
if (move.Type == Types.Normal)
{
move.Type = normalizingAbility.Type;
}
}
}
// TODO: Does not work on Substitute
// TODO: Only for adjacent Pokemon
// Intimidate
if (Pokemon.Ability == Ability.Intimidate)
{
await ShowAbility(Pokemon);
foreach (var pokemon in Pokemon.GetAdjacentFoes())
{
await DamageFunctionFactory.StatChange(pokemon, Stats.Attack, -1, this);
}
}
// Download
// TODO: Verify for Triple Battles
// TODO: Consider Power Trick
else if (Pokemon.Ability == Ability.Download)
{
await ShowAbility(Pokemon);
var defense = 0;
var specialDefense = 0;
foreach (var pokemon in Pokemon.Side.OpposingSide.Battling)
{
if (pokemon != null)
{
defense += pokemon.Stats.GetValue(Stats.Defense);
specialDefense += pokemon.Stats.GetValue(Stats.SpecialDefense);
}
}
await DamageFunctionFactory.StatChange(Pokemon,
defense <= specialDefense?Stats.SpecialAttack : Stats.Attack, 1, this);
}
// Pressure
else if (Pokemon.Ability == Ability.Pressure)
{
await ShowAbility(Pokemon);
await WriteStatus($"{GetStatusName(Pokemon)} is exerting its Pressure!");
}
// Air Lock, Cloud Nine
else if (Pokemon.Ability is WeatherEffectNegatorAbility)
{
await ShowAbility(Pokemon);
++SuppressWeather;
await WriteStatus("The effects of the weather disappeared.");
}
// Frisk
else if (Pokemon.Ability == Ability.Frisk)
{
await ShowAbility(Pokemon);
foreach (var pokemon in Pokemon.Side.OpposingSide.Battling)
{
if (pokemon?.HeldItem != null)
{
await WriteStatus($"{GetStatusName(Pokemon)} frisked and found {pokemon}'s {pokemon.HeldItem}");
}
}
}
await WeatherAbility(Pokemon);
}
