/// <summary>Selects switches if they are valid. Changes the battle state if both teams have selected valid switches.</summary>
/// <param name="team">The team the inputted switches belong to.</param>
/// <param name="switches">The switches the team wishes to execute.</param>
/// <returns>True if the switches are valid and were selected.</returns>
/// <exception cref="InvalidOperationException">Thrown when <see cref="BattleState"/> is not <see cref="PBEBattleState.WaitingForSwitchIns"/>.</exception>
public static bool SelectSwitchesIfValid(PBETeam team, IList <PBESwitchIn> switches)
{
if (AreSwitchesValid(team, switches))
{
lock (team.Battle._disposeLockObj)
{
if (!team.Battle.IsDisposed)
{
team.SwitchInsRequired = 0;
foreach (PBESwitchIn s in switches)
{
PBEPokemon pkmn = team.TryGetPokemon(s.PokemonId);
pkmn.FieldPosition = s.Position;
team.SwitchInQueue.Add(pkmn);
}
if (team.Battle.Teams.All(t => t.SwitchInsRequired == 0))
{
team.Battle.SwitchesOrActions();
}
return(true);
}
}
}
return(false);
}
public PBEBattle(PBEBattleFormat battleFormat, PBESettings settings, IEnumerable <PBEPokemonShell> team0Party, IEnumerable <PBEPokemonShell> team1Party)
{
if (battleFormat >= PBEBattleFormat.MAX)
{
throw new ArgumentOutOfRangeException(nameof(battleFormat));
}
if (team0Party == null)
{
throw new ArgumentNullException(nameof(team0Party));
}
if (team1Party == null)
{
throw new ArgumentNullException(nameof(team1Party));
}
if (team0Party.Count() == 0 || team0Party.Count() > settings.MaxPartySize)
{
throw new ArgumentOutOfRangeException(nameof(team0Party));
}
if (team1Party.Count() == 0 || team1Party.Count() > settings.MaxPartySize)
{
throw new ArgumentOutOfRangeException(nameof(team1Party));
}
BattleFormat = battleFormat;
Settings = settings;
Teams[0] = new PBETeam(this, 0, team0Party, ref pkmnIdCounter);
Teams[1] = new PBETeam(this, 1, team1Party, ref pkmnIdCounter);
CheckForReadiness();
}
// Outs are for hit targets that were not behind substitute
private static void Hit_HitTargets(PBETeam user, Action <List <PBEAttackVictim> > doSub, Action <List <PBEAttackVictim> > doNormal, List <PBEAttackVictim> victims,
out List <PBEAttackVictim> allies, out List <PBEAttackVictim> foes)
{
List <PBEAttackVictim> subAllies = victims.FindAll(v =>
{
PBEBattlePokemon pkmn = v.Pkmn;
return(pkmn.Team == user && pkmn.Status2.HasFlag(PBEStatus2.Substitute));
});
allies = victims.FindAll(v =>
{
PBEBattlePokemon pkmn = v.Pkmn;
return(pkmn.Team == user && !pkmn.Status2.HasFlag(PBEStatus2.Substitute));
});
List <PBEAttackVictim> subFoes = victims.FindAll(v =>
{
PBEBattlePokemon pkmn = v.Pkmn;
return(pkmn.Team != user && pkmn.Status2.HasFlag(PBEStatus2.Substitute));
});
foes = victims.FindAll(v =>
{
PBEBattlePokemon pkmn = v.Pkmn;
return(pkmn.Team != user && !pkmn.Status2.HasFlag(PBEStatus2.Substitute));
});
doSub(subAllies);
doNormal(allies);
doSub(subFoes);
doNormal(foes);
}
/// <summary>Determines whether chosen switches are valid.</summary>
/// <param name="team">The team the inputted switches belong to.</param>
/// <param name="switches">The switches the team wishes to execute.</param>
/// <returns>False if the team already chose switches or the switches are illegal, True otherwise.</returns>
/// <exception cref="InvalidOperationException">Thrown when <see cref="BattleState"/> is not <see cref="PBEBattleState.WaitingForSwitchIns"/>.</exception>
public static bool AreSwitchesValid(PBETeam team, IList <PBESwitchIn> switches)
{
if (team == null)
{
throw new ArgumentNullException(nameof(team));
}
if (switches == null || switches.Any(s => s == null))
{
throw new ArgumentNullException(nameof(switches));
}
if (team.IsDisposed)
{
throw new ObjectDisposedException(nameof(team));
}
if (team.Battle.BattleState != PBEBattleState.WaitingForSwitchIns)
{
throw new InvalidOperationException($"{nameof(BattleState)} must be {PBEBattleState.WaitingForSwitchIns} to validate switches.");
}
if (team.SwitchInsRequired == 0 || switches.Count != team.SwitchInsRequired)
{
return(false);
}
var verified = new List <PBEPokemon>(team.SwitchInsRequired);
foreach (PBESwitchIn s in switches)
{
PBEPokemon pkmn = team.TryGetPokemon(s.PokemonId);
if (pkmn == null || pkmn.HP == 0 || pkmn.FieldPosition != PBEFieldPosition.None || verified.Contains(pkmn))
{
return(false);
}
verified.Add(pkmn);
}
return(true);
}
internal PBEPokemon(BinaryReader r, PBETeam team)
{
Team = team;
Id = r.ReadByte();
Species = OriginalSpecies = KnownSpecies = (PBESpecies)r.ReadUInt32();
var pData = PBEPokemonData.GetData(Species);
KnownType1 = Type1 = pData.Type1;
KnownType2 = Type2 = pData.Type2;
KnownWeight = Weight = pData.Weight;
Nickname = KnownNickname = PBEUtils.StringFromBytes(r);
Level = r.ReadByte();
Friendship = r.ReadByte();
Shiny = KnownShiny = r.ReadBoolean();
Ability = OriginalAbility = (PBEAbility)r.ReadByte();
KnownAbility = PBEAbility.MAX;
Nature = (PBENature)r.ReadByte();
Gender = KnownGender = (PBEGender)r.ReadByte();
Item = OriginalItem = (PBEItem)r.ReadUInt16();
KnownItem = (PBEItem)ushort.MaxValue;
EffortValues = new PBEEffortValues(Team.Battle.Settings, r);
IndividualValues = new PBEIndividualValues(Team.Battle.Settings, r);
SetStats();
HP = MaxHP;
HPPercentage = 1D;
OriginalMoveset = new PBEMoveset(Species, Level, Team.Battle.Settings, r);
Moves = new PBEBattleMoveset(OriginalMoveset);
KnownMoves = new PBEBattleMoveset(Team.Battle.Settings);
TransformBackupMoves = new PBEBattleMoveset(Team.Battle.Settings);
Team.Party.Add(this);
}
// Outs are for hit targets that were not behind substitute
private void Hit_HitTargets(PBETeam user, Action <IEnumerable <PBEAttackVictim> > doSub, Action <IEnumerable <PBEAttackVictim> > doNormal, List <PBEAttackVictim> victims,
out IEnumerable <PBEAttackVictim> allies, out IEnumerable <PBEAttackVictim> foes)
{
IEnumerable <PBEAttackVictim> subAllies = victims.Where(v =>
{
PBEBattlePokemon pkmn = v.Pkmn;
return(pkmn.Team == user && pkmn.Status2.HasFlag(PBEStatus2.Substitute));
}).ToArray();
allies = victims.Where(v =>
{
PBEBattlePokemon pkmn = v.Pkmn;
return(pkmn.Team == user && !pkmn.Status2.HasFlag(PBEStatus2.Substitute));
}).ToArray();
IEnumerable <PBEAttackVictim> subFoes = victims.Where(v =>
{
PBEBattlePokemon pkmn = v.Pkmn;
return(pkmn.Team != user && pkmn.Status2.HasFlag(PBEStatus2.Substitute));
}).ToArray();
foes = victims.Where(v =>
{
PBEBattlePokemon pkmn = v.Pkmn;
return(pkmn.Team != user && !pkmn.Status2.HasFlag(PBEStatus2.Substitute));
}).ToArray();
doSub(subAllies);
doNormal(allies);
doSub(subFoes);
doNormal(foes);
}
internal PBEPokemon(PBETeam team, byte id, PBEPokemonShell shell)
{
Team = team;
Id = id;
Species = OriginalSpecies = KnownSpecies = shell.Species;
var pData = PBEPokemonData.GetData(Species);
KnownType1 = Type1 = pData.Type1;
KnownType2 = Type2 = pData.Type2;
KnownWeight = Weight = pData.Weight;
Nickname = KnownNickname = shell.Nickname;
Level = shell.Level;
Friendship = shell.Friendship;
Shiny = KnownShiny = shell.Shiny;
Ability = OriginalAbility = shell.Ability;
KnownAbility = PBEAbility.MAX;
Nature = shell.Nature;
Gender = KnownGender = shell.Gender;
Item = OriginalItem = shell.Item;
KnownItem = (PBEItem)ushort.MaxValue;
EffortValues = new PBEEffortValues(shell.EffortValues);
IndividualValues = new PBEIndividualValues(shell.IndividualValues);
SetStats();
HP = MaxHP;
HPPercentage = 1D;
OriginalMoveset = new PBEMoveset(shell.Moveset);
Moves = new PBEBattleMoveset(OriginalMoveset);
KnownMoves = new PBEBattleMoveset(Team.Battle.Settings);
TransformBackupMoves = new PBEBattleMoveset(Team.Battle.Settings);
team.Party.Add(this);
}
// This constructor is to define a remote Pokémon
public PBEPokemon(PBETeam team, PBEPkmnSwitchInPacket.PBESwitchInInfo info)
{
Team = team;
Id = info.PokemonId;
FieldPosition = info.FieldPosition;
HP = info.HP;
MaxHP = info.MaxHP;
HPPercentage = info.HPPercentage;
Status1 = info.Status1;
Level = info.Level;
KnownAbility = Ability = OriginalAbility = PBEAbility.MAX;
KnownGender = Gender = info.Gender;
KnownItem = Item = (PBEItem)ushort.MaxValue;
Moves = new PBEMove[Team.Battle.Settings.NumMoves];
KnownMoves = new PBEMove[Team.Battle.Settings.NumMoves];
for (int i = 0; i < Team.Battle.Settings.NumMoves; i++)
{
KnownMoves[i] = Moves[i] = PBEMove.MAX;
}
PP = new byte[Team.Battle.Settings.NumMoves];
MaxPP = new byte[Team.Battle.Settings.NumMoves];
KnownNickname = Nickname = info.Nickname;
KnownShiny = Shiny = info.Shiny;
KnownSpecies = Species = OriginalSpecies = info.Species;
var pData = PBEPokemonData.GetData(KnownSpecies);
KnownType1 = Type1 = pData.Type1;
KnownType2 = Type2 = pData.Type2;
KnownWeight = Weight = pData.Weight;
Team.Party.Add(this);
}
// This constructor is to define a remote Pokémon
public PBEPokemon(PBETeam team, PBEPkmnSwitchInPacket.PBESwitchInInfo info)
{
if (team == null)
{
throw new ArgumentNullException(nameof(team));
}
if (info == null)
{
throw new ArgumentNullException(nameof(info));
}
Team = team;
Id = info.PokemonId;
FieldPosition = info.FieldPosition;
HP = info.HP;
MaxHP = info.MaxHP;
HPPercentage = info.HPPercentage;
Status1 = info.Status1;
Level = info.Level;
KnownAbility = Ability = OriginalAbility = PBEAbility.MAX;
KnownGender = Gender = info.Gender;
KnownItem = Item = OriginalItem = (PBEItem)ushort.MaxValue;
Moves = new PBEBattleMoveset(Team.Battle.Settings);
KnownMoves = new PBEBattleMoveset(Team.Battle.Settings);
TransformBackupMoves = new PBEBattleMoveset(Team.Battle.Settings);
KnownNickname = Nickname = info.Nickname;
KnownShiny = Shiny = info.Shiny;
KnownSpecies = Species = OriginalSpecies = info.Species;
var pData = PBEPokemonData.GetData(KnownSpecies);
KnownType1 = Type1 = pData.Type1;
KnownType2 = Type2 = pData.Type2;
KnownWeight = Weight = pData.Weight;
Team.Party.Add(this);
}
// Stats & PP are set from the shell info
public PBEPokemon(PBETeam team, byte id, PBEPokemonShell shell)
{
Team = team;
SelectedAction.PokemonId = Id = id;
Shell = shell;
VisualGender = Shell.Gender;
VisualNickname = Shell.Nickname;
VisualShiny = Shell.Shiny;
VisualSpecies = Shell.Species;
Ability = Shell.Ability;
Item = Shell.Item;
CalculateStats();
HP = MaxHP;
HPPercentage = 1.0;
Moves = Shell.Moves;
PP = new byte[Moves.Length];
MaxPP = new byte[Moves.Length];
for (int i = 0; i < Moves.Length; i++)
{
PBEMove move = Shell.Moves[i];
if (move != PBEMove.None)
{
byte tier = PBEMoveData.Data[move].PPTier;
PP[i] = MaxPP[i] = (byte)Math.Max(1, (tier * Team.Battle.Settings.PPMultiplier) + (tier * Shell.PPUps[i]));
}
}
PBEPokemonData pData = PBEPokemonData.Data[Shell.Species];
Type1 = pData.Type1;
Type2 = pData.Type2;
Weight = pData.Weight;
Team.Party.Add(this);
}
/// <summary>
/// Determines whether chosen actions are valid.
/// </summary>
/// <param name="team">The team the inputted actions belong to.</param>
/// <param name="actions">The actions the team wishes to execute.</param>
/// <returns>False if the team already chose actions or the actions are illegal, True otherwise.</returns>
/// <exception cref="InvalidOperationException">Thrown when <see cref="BattleState"/> is not <see cref="PBEBattleState.WaitingForActions"/>.</exception>
public static bool AreActionsValid(PBETeam team, IEnumerable <PBEAction> actions)
{
if (team.Battle.BattleState != PBEBattleState.WaitingForActions)
{
throw new InvalidOperationException($"{nameof(BattleState)} must be {PBEBattleState.WaitingForActions} to validate actions.");
}
if (team.ActionsRequired.Count == 0 || actions.Count() != team.ActionsRequired.Count)
{
return(false);
}
var standBy = new List <PBEPokemon>();
foreach (PBEAction action in actions)
{
PBEPokemon pkmn = team.TryGetPokemon(action.PokemonId);
if (!team.ActionsRequired.Contains(pkmn))
{
return(false);
}
switch (action.Decision)
{
case PBEDecision.Fight:
{
if (Array.IndexOf(pkmn.GetUsableMoves(), action.FightMove) == -1 ||
(action.FightMove == pkmn.TempLockedMove && action.FightTargets != pkmn.TempLockedTargets) ||
!AreTargetsValid(pkmn, action.FightMove, action.FightTargets)
)
{
return(false);
}
break;
}
case PBEDecision.SwitchOut:
{
if (!pkmn.CanSwitchOut())
{
return(false);
}
PBEPokemon switchPkmn = team.TryGetPokemon(action.SwitchPokemonId);
if (switchPkmn == null ||
switchPkmn.HP == 0 ||
switchPkmn.FieldPosition != PBEFieldPosition.None || // Also takes care of trying to switch into yourself
standBy.Contains(switchPkmn)
)
{
return(false);
}
else
{
standBy.Add(switchPkmn);
}
break;
}
}
}
return(true);
}
public PBEBattle(PBEBattleFormat battleFormat, PBESettings settings)
{
if (battleFormat >= PBEBattleFormat.MAX)
{
throw new ArgumentOutOfRangeException(nameof(battleFormat));
}
BattleFormat = battleFormat;
Settings = settings;
Teams[0] = new PBETeam(this, 0);
Teams[1] = new PBETeam(this, 1);
BattleState = PBEBattleState.WaitingForPlayers;
OnStateChanged?.Invoke(this);
}
/// <summary>
/// Sets a specific team's party. <see cref="BattleState"/> will change to <see cref="PBEBattleState.ReadyToBegin"/> if all teams have parties.
/// </summary>
/// <param name="team">The team which will have its party set.</param>
/// <param name="party">The Pokémon party <paramref name="team"/> will use.</param>
/// <exception cref="InvalidOperationException">Thrown when <see cref="BattleState"/> is not <see cref="PBEBattleState.WaitingForPlayers"/>.</exception>
/// <exception cref="ArgumentNullException">Thrown when <paramref name="party"/> is null.</exception>
/// <exception cref="ArgumentOutOfRangeException">Thrown when <paramref name="party"/>'s size is invalid.</exception>
public static void CreateTeamParty(PBETeam team, IEnumerable <PBEPokemonShell> party)
{
if (team.Battle.BattleState != PBEBattleState.WaitingForPlayers)
{
throw new InvalidOperationException($"{nameof(BattleState)} must be {PBEBattleState.WaitingForPlayers} to set a team's party.");
}
if (party == null)
{
throw new ArgumentNullException(nameof(party));
}
if (party.Count() == 0 || party.Count() > team.Battle.Settings.MaxPartySize)
{
throw new ArgumentOutOfRangeException(nameof(party));
}
team.CreateParty(party, ref team.Battle.pkmnIdCounter);
team.Battle.CheckForReadiness();
}
// Stats & PP are set from the shell info
internal PBEPokemon(PBETeam team, byte id, PBEPokemonShell shell)
{
Team = team;
SelectedAction.PokemonId = Id = id;
Shell = shell;
Ability = OriginalAbility = Shell.Ability;
KnownAbility = PBEAbility.MAX;
Gender = KnownGender = Shell.Gender;
Item = Shell.Item;
KnownItem = (PBEItem)ushort.MaxValue;
Moves = Shell.Moveset.MoveSlots.Select(m => m.Move).ToArray();
KnownMoves = new PBEMove[Team.Battle.Settings.NumMoves];
for (int i = 0; i < Team.Battle.Settings.NumMoves; i++)
{
KnownMoves[i] = PBEMove.MAX;
}
Nickname = KnownNickname = Shell.Nickname;
Shiny = KnownShiny = Shell.Shiny;
Species = OriginalSpecies = KnownSpecies = Shell.Species;
var pData = PBEPokemonData.GetData(Species);
KnownType1 = Type1 = pData.Type1;
KnownType2 = Type2 = pData.Type2;
KnownWeight = Weight = pData.Weight;
EffortValues = new PBEEffortValueCollection(team.Battle.Settings, shell.EffortValues);
IndividualValues = new PBEIndividualValueCollection(team.Battle.Settings, shell.IndividualValues);
Friendship = Shell.Friendship;
Level = Shell.Level;
Nature = Shell.Nature;
SetStats();
HP = MaxHP;
HPPercentage = 1.0;
PP = new byte[team.Battle.Settings.NumMoves];
MaxPP = new byte[team.Battle.Settings.NumMoves];
for (int i = 0; i < team.Battle.Settings.NumMoves; i++)
{
PBEMove move = Moves[i];
if (move != PBEMove.None)
{
byte tier = PBEMoveData.Data[move].PPTier;
PP[i] = MaxPP[i] = (byte)Math.Max(1, (tier * team.Battle.Settings.PPMultiplier) + (tier * Shell.Moveset.MoveSlots[i].PPUps));
}
}
team.Party.Add(this);
}
public static PBETrainer GetTrainer(this PBETeam team, PBEFieldPosition pos)
{
PBEBattleFormat format = team.Battle.BattleFormat;
VerifyPosition(format, pos);
int i = 0;
if (team.Trainers.Count != 1)
{
switch (format)
{
case PBEBattleFormat.Double: i = pos == PBEFieldPosition.Left ? 0 : 1; break;
case PBEBattleFormat.Triple: i = pos == PBEFieldPosition.Left ? 0 : pos == PBEFieldPosition.Center ? 1 : 2; break;
}
}
return(team.Trainers[i]);
}
/// <summary>
/// Determines whether chosen switches are valid.
/// </summary>
/// <param name="team">The team the inputted switches belong to.</param>
/// <param name="switches">The switches the team wishes to execute.</param>
/// <returns>False if the team already chose switches or the switches are illegal, True otherwise.</returns>
/// <exception cref="InvalidOperationException">Thrown when <see cref="BattleState"/> is not <see cref="PBEBattleState.WaitingForSwitchIns"/>.</exception>
public static bool AreSwitchesValid(PBETeam team, IEnumerable <Tuple <byte, PBEFieldPosition> > switches)
{
if (team.Battle.BattleState != PBEBattleState.WaitingForSwitchIns)
{
throw new InvalidOperationException($"{nameof(BattleState)} must be {PBEBattleState.WaitingForSwitchIns} to validate switches.");
}
if (team.SwitchInsRequired == 0 || switches.Count() != team.SwitchInsRequired)
{
return(false);
}
foreach (Tuple <byte, PBEFieldPosition> s in switches)
{
PBEPokemon pkmn = team.Battle.TryGetPokemon(s.Item1);
if (pkmn == null || pkmn.Team != team || pkmn.HP == 0 || pkmn.FieldPosition != PBEFieldPosition.None)
{
return(false);
}
}
return(true);
}
/// <summary>Selects switches if they are valid. Changes the battle state if both teams have selected valid switches.</summary>
/// <param name="team">The team the inputted switches belong to.</param>
/// <param name="switches">The switches the team wishes to execute.</param>
/// <returns>True if the switches are valid and were selected.</returns>
/// <exception cref="InvalidOperationException">Thrown when <see cref="BattleState"/> is not <see cref="PBEBattleState.WaitingForSwitchIns"/>.</exception>
public static bool SelectSwitchesIfValid(PBETeam team, IList <PBESwitchIn> switches)
{
if (team == null)
{
throw new ArgumentNullException(nameof(team));
}
if (switches == null)
{
throw new ArgumentNullException(nameof(switches));
}
if (team.IsDisposed)
{
throw new ObjectDisposedException(nameof(team));
}
if (team.Battle.BattleState != PBEBattleState.WaitingForSwitchIns)
{
throw new InvalidOperationException($"{nameof(BattleState)} must be {PBEBattleState.WaitingForSwitchIns} to select switches.");
}
if (AreSwitchesValid(team, switches))
{
lock (team.Battle._disposeLockObj)
{
if (!team.Battle.IsDisposed)
{
team.SwitchInsRequired = 0;
foreach (PBESwitchIn s in switches)
{
PBEPokemon pkmn = team.TryGetPokemon(s.PokemonId);
pkmn.FieldPosition = s.Position;
team.SwitchInQueue.Add(pkmn);
}
if (team.Battle.Teams.All(t => t.SwitchInsRequired == 0))
{
team.Battle.SwitchesOrActions();
}
return(true);
}
}
}
return(false);
}
// This constructor is to define a remote Pokémon
public PBEPokemon(PBETeam team, PBEPkmnSwitchInPacket.PBESwitchInInfo info)
{
Team = team;
Id = info.PokemonId;
Shell = new PBEPokemonShell
{
Species = VisualSpecies = info.Species,
Shiny = VisualShiny = info.Shiny,
Nickname = VisualNickname = info.Nickname,
Level = info.Level,
Gender = VisualGender = info.Gender,
Ability = Ability = PBEAbility.MAX,
Item = Item = (PBEItem)ushort.MaxValue,
Nature = PBENature.MAX,
Moves = new PBEMove[Team.Battle.Settings.NumMoves],
PPUps = new byte[Team.Battle.Settings.NumMoves],
EVs = new byte[6],
IVs = new byte[6]
};
Moves = new PBEMove[Shell.Moves.Length];
PP = new byte[Moves.Length];
MaxPP = new byte[Moves.Length];
for (int i = 0; i < Moves.Length; i++)
{
Shell.Moves[i] = Moves[i] = PBEMove.MAX;
}
FieldPosition = info.FieldPosition;
HP = info.HP;
MaxHP = info.MaxHP;
HPPercentage = info.HPPercentage;
Status1 = info.Status1;
PBEPokemonData pData = PBEPokemonData.Data[Shell.Species];
Type1 = pData.Type1;
Type2 = pData.Type2;
Weight = pData.Weight;
Team.Party.Add(this);
}
/// <summary>
/// Selects switches if they are valid. Changes the battle state if both teams have selected valid switches.
/// </summary>
/// <param name="team">The team the inputted switches belong to.</param>
/// <param name="switches">The switches the team wishes to execute.</param>
/// <returns>True if the switches are valid and were selected.</returns>
/// <exception cref="InvalidOperationException">Thrown when <see cref="BattleState"/> is not <see cref="PBEBattleState.WaitingForSwitchIns"/>.</exception>
public static bool SelectSwitchesIfValid(PBETeam team, IEnumerable <Tuple <byte, PBEFieldPosition> > switches)
{
if (team.Battle.BattleState != PBEBattleState.WaitingForSwitchIns)
{
throw new InvalidOperationException($"{nameof(BattleState)} must be {PBEBattleState.WaitingForSwitchIns} to select switches.");
}
if (AreSwitchesValid(team, switches))
{
team.SwitchInsRequired = 0;
foreach (Tuple <byte, PBEFieldPosition> s in switches)
{
PBEPokemon pkmn = team.Battle.TryGetPokemon(s.Item1);
pkmn.FieldPosition = s.Item2;
team.SwitchInQueue.Add(pkmn);
}
if (team.Battle.Teams.All(t => t.SwitchInsRequired == 0))
{
team.Battle.SwitchesOrActions();
}
return(true);
}
return(false);
}
/// <summary>Sets a specific team's party. <see cref="BattleState"/> will change to <see cref="PBEBattleState.ReadyToBegin"/> if all teams have parties.</summary>
/// <param name="team">The team which will have its party set.</param>
/// <param name="teamShell">The information <paramref name="team"/> will use to create its party.</param>
/// <param name="teamTrainerName">The name of the trainer(s) on <paramref name="team"/>.</param>
/// <exception cref="InvalidOperationException">Thrown when <see cref="BattleState"/> is not <see cref="PBEBattleState.WaitingForPlayers"/> or <paramref name="team"/> already has its party set.</exception>
/// <exception cref="ArgumentNullException">Thrown when <paramref name="team"/> or <paramref name="teamShell"/> is null.</exception>
/// <exception cref="ArgumentOutOfRangeException">Thrown when <paramref name="teamShell"/>'s settings are unequal to <paramref name="team"/>'s battle's settings or when <paramref name="teamTrainerName"/> is invalid.</exception>
public static void CreateTeamParty(PBETeam team, PBETeamShell teamShell, string teamTrainerName)
{
if (team == null)
{
throw new ArgumentNullException(nameof(team));
}
if (teamShell == null)
{
throw new ArgumentNullException(nameof(teamShell));
}
if (string.IsNullOrEmpty(teamTrainerName))
{
throw new ArgumentOutOfRangeException(nameof(teamTrainerName));
}
if (team.IsDisposed)
{
throw new ObjectDisposedException(nameof(team));
}
if (teamShell.IsDisposed)
{
throw new ObjectDisposedException(nameof(teamShell));
}
if (!teamShell.Settings.Equals(team.Battle.Settings))
{
throw new ArgumentOutOfRangeException(nameof(teamShell), $"\"{nameof(teamShell)}\"'s settings must be equal to the battle's settings.");
}
if (team.Battle.BattleState != PBEBattleState.WaitingForPlayers)
{
throw new InvalidOperationException($"{nameof(BattleState)} must be {PBEBattleState.WaitingForPlayers} to set a team's party.");
}
if (team.Party.Count > 0)
{
throw new InvalidOperationException("This team already has its party set.");
}
team.CreateParty(teamShell, teamTrainerName);
team.Battle.CheckForReadiness();
}
/// <summary>Selects actions if they are valid. Changes the battle state if both teams have selected valid actions.</summary>
/// <param name="trainer">The trainer the inputted actions belong to.</param>
/// <param name="actions">The actions the team wishes to execute.</param>
/// <returns>True if the actions are valid and were selected.</returns>
/// <exception cref="InvalidOperationException">Thrown when <see cref="BattleState"/> is not <see cref="PBEBattleState.WaitingForActions"/>.</exception>
public static bool SelectActionsIfValid(PBETrainer trainer, IReadOnlyList <PBETurnAction> actions)
{
if (AreActionsValid(trainer, actions))
{
trainer.ActionsRequired.Clear();
foreach (PBETurnAction action in actions)
{
PBEBattlePokemon pkmn = trainer.TryGetPokemon(action.PokemonId);
if (action.Decision == PBETurnDecision.Fight && pkmn.GetMoveTargets(action.FightMove) == PBEMoveTarget.RandomFoeSurrounding)
{
switch (trainer.Battle.BattleFormat)
{
case PBEBattleFormat.Single:
case PBEBattleFormat.Rotation:
{
action.FightTargets = PBETurnTarget.FoeCenter;
break;
}
case PBEBattleFormat.Double:
{
action.FightTargets = PBERandom.RandomBool() ? PBETurnTarget.FoeLeft : PBETurnTarget.FoeRight;
break;
}
case PBEBattleFormat.Triple:
{
if (pkmn.FieldPosition == PBEFieldPosition.Left)
{
action.FightTargets = PBERandom.RandomBool() ? PBETurnTarget.FoeCenter : PBETurnTarget.FoeRight;
}
else if (pkmn.FieldPosition == PBEFieldPosition.Center)
{
PBETeam oppTeam = trainer.Team.OpposingTeam;
int r; // Keep randomly picking until a non-fainted foe is selected
roll:
r = PBERandom.RandomInt(0, 2);
if (r == 0)
{
if (oppTeam.TryGetPokemon(PBEFieldPosition.Left) != null)
{
action.FightTargets = PBETurnTarget.FoeLeft;
}
else
{
goto roll;
}
}
else if (r == 1)
{
if (oppTeam.TryGetPokemon(PBEFieldPosition.Center) != null)
{
action.FightTargets = PBETurnTarget.FoeCenter;
}
else
{
goto roll;
}
}
else
{
if (oppTeam.TryGetPokemon(PBEFieldPosition.Right) != null)
{
action.FightTargets = PBETurnTarget.FoeRight;
}
else
{
goto roll;
}
}
}
else
{
action.FightTargets = PBERandom.RandomBool() ? PBETurnTarget.FoeLeft : PBETurnTarget.FoeCenter;
}
break;
}
default: throw new ArgumentOutOfRangeException(nameof(trainer.Battle.BattleFormat));
}
}
pkmn.TurnAction = action;
}
if (trainer.Battle.Trainers.All(t => t.ActionsRequired.Count == 0))
{
trainer.Battle.BattleState = PBEBattleState.ReadyToRunTurn;
trainer.Battle.OnStateChanged?.Invoke(trainer.Battle);
}
return(true);
}
return(false);
}
/// <summary> /// Determines whether chosen switches are valid. /// </summary> /// <param name="team">The team the inputted switches belong to.</param> /// <param name="switches">The switches the team wishes to execute.</param> /// <returns>False if the team already chose switches or the switches are illegal, True otherwise.</returns> /// <exception cref="InvalidOperationException">Thrown when <see cref="BattleState"/> is not <see cref="PBEBattleState.WaitingForSwitchIns"/>.</exception> public static bool AreSwitchesValid(PBETeam team, IEnumerable <(byte PokemonId, PBEFieldPosition Position)> switches)
internal static PBEPokemon FromBytes(BinaryReader r, PBETeam team)
{
return(new PBEPokemon(team, r.ReadByte(), PBEPokemonShell.FromBytes(r, team.Battle.Settings)));
}
/// <summary>
/// Gets all Pokémon that will be hit.
/// </summary>
/// <param name="user">The Pokémon that will act.</param>
/// <param name="requestedTargets">The targets the Pokémon wishes to hit.</param>
/// <param name="canHitFarCorners">Whether the move can hit far Pokémon in a triple battle.</param>
static PBEPokemon[] GetRuntimeTargets(PBEPokemon user, PBETarget requestedTargets, bool canHitFarCorners)
{
PBETeam opposingTeam = user.Team == user.Team.Battle.Teams[0] ? user.Team.Battle.Teams[1] : user.Team.Battle.Teams[0];
var targets = new List <PBEPokemon>();
if (requestedTargets.HasFlag(PBETarget.AllyLeft))
{
targets.Add(user.Team.TryGetPokemon(PBEFieldPosition.Left));
}
if (requestedTargets.HasFlag(PBETarget.AllyCenter))
{
targets.Add(user.Team.TryGetPokemon(PBEFieldPosition.Center));
}
if (requestedTargets.HasFlag(PBETarget.AllyRight))
{
targets.Add(user.Team.TryGetPokemon(PBEFieldPosition.Right));
}
if (requestedTargets.HasFlag(PBETarget.FoeLeft))
{
PBEPokemon pkmn = opposingTeam.TryGetPokemon(PBEFieldPosition.Left);
if (pkmn == null)
{
if (user.Team.Battle.BattleFormat == PBEBattleFormat.Double)
{
pkmn = opposingTeam.TryGetPokemon(PBEFieldPosition.Right);
}
else if (user.Team.Battle.BattleFormat == PBEBattleFormat.Triple)
{
pkmn = opposingTeam.TryGetPokemon(PBEFieldPosition.Center);
// Center fainted as well and user can reach far right
if (pkmn == null && (user.FieldPosition != PBEFieldPosition.Right || canHitFarCorners))
{
pkmn = opposingTeam.TryGetPokemon(PBEFieldPosition.Right);
}
}
}
targets.Add(pkmn);
}
if (requestedTargets.HasFlag(PBETarget.FoeCenter))
{
PBEPokemon pkmn = opposingTeam.TryGetPokemon(PBEFieldPosition.Center);
// Target fainted, fallback to its teammate
if (pkmn == null)
{
if (user.Team.Battle.BattleFormat == PBEBattleFormat.Triple)
{
if (user.FieldPosition == PBEFieldPosition.Left)
{
pkmn = opposingTeam.TryGetPokemon(PBEFieldPosition.Right);
// Right fainted as well and user can reach far left
if (pkmn == null && (user.FieldPosition != PBEFieldPosition.Left || canHitFarCorners))
{
pkmn = opposingTeam.TryGetPokemon(PBEFieldPosition.Left);
}
}
else if (user.FieldPosition == PBEFieldPosition.Right)
{
pkmn = opposingTeam.TryGetPokemon(PBEFieldPosition.Left);
// Left fainted as well and user can reach far right
if (pkmn == null && (user.FieldPosition != PBEFieldPosition.Right || canHitFarCorners))
{
pkmn = opposingTeam.TryGetPokemon(PBEFieldPosition.Right);
}
}
else // Center
{
PBEPokemon oppLeft = opposingTeam.TryGetPokemon(PBEFieldPosition.Left),
oppRight = opposingTeam.TryGetPokemon(PBEFieldPosition.Right);
// Left is dead but not right
if (oppLeft == null && oppRight != null)
{
pkmn = oppRight;
}
// Right is dead but not left
else if (oppLeft != null && oppRight == null)
{
pkmn = oppLeft;
}
// Randomly select left or right
else
{
pkmn = PBEUtils.RNG.NextBoolean() ? oppLeft : oppRight;
}
}
}
}
targets.Add(pkmn);
}
if (requestedTargets.HasFlag(PBETarget.FoeRight))
{
PBEPokemon pkmn = opposingTeam.TryGetPokemon(PBEFieldPosition.Right);
// Target fainted, fallback to its teammate
if (pkmn == null)
{
if (user.Team.Battle.BattleFormat == PBEBattleFormat.Double)
{
pkmn = opposingTeam.TryGetPokemon(PBEFieldPosition.Left);
}
else if (user.Team.Battle.BattleFormat == PBEBattleFormat.Triple)
{
pkmn = opposingTeam.TryGetPokemon(PBEFieldPosition.Center);
// Center fainted as well and user can reach far left
if (pkmn == null && (user.FieldPosition != PBEFieldPosition.Left || canHitFarCorners))
{
pkmn = opposingTeam.TryGetPokemon(PBEFieldPosition.Left);
}
}
}
targets.Add(pkmn);
}
return(targets.Where(p => p != null).Distinct().ToArray()); // Remove duplicate targets
}
/// <summary>Selects actions if they are valid. Changes the battle state if both teams have selected valid actions.</summary>
/// <param name="team">The team the inputted actions belong to.</param>
/// <param name="actions">The actions the team wishes to execute.</param>
/// <returns>True if the actions are valid and were selected.</returns>
/// <exception cref="InvalidOperationException">Thrown when <see cref="BattleState"/> is not <see cref="PBEBattleState.WaitingForActions"/>.</exception>
public static bool SelectActionsIfValid(PBETeam team, IList <PBETurnAction> actions)
{
if (team == null)
{
throw new ArgumentNullException(nameof(team));
}
if (actions == null)
{
throw new ArgumentNullException(nameof(actions));
}
if (team.IsDisposed)
{
throw new ObjectDisposedException(nameof(team));
}
if (team.Battle.BattleState != PBEBattleState.WaitingForActions)
{
throw new InvalidOperationException($"{nameof(BattleState)} must be {PBEBattleState.WaitingForActions} to select actions.");
}
if (AreActionsValid(team, actions))
{
lock (team.Battle._disposeLockObj)
{
if (!team.Battle.IsDisposed)
{
team.ActionsRequired.Clear();
foreach (PBETurnAction action in actions)
{
PBEPokemon pkmn = team.TryGetPokemon(action.PokemonId);
if (action.Decision == PBETurnDecision.Fight && pkmn.GetMoveTargets(action.FightMove) == PBEMoveTarget.RandomFoeSurrounding)
{
switch (team.Battle.BattleFormat)
{
case PBEBattleFormat.Single:
case PBEBattleFormat.Rotation:
{
action.FightTargets = PBETurnTarget.FoeCenter;
break;
}
case PBEBattleFormat.Double:
{
action.FightTargets = PBEUtils.RandomBool() ? PBETurnTarget.FoeLeft : PBETurnTarget.FoeRight;
break;
}
case PBEBattleFormat.Triple:
{
if (pkmn.FieldPosition == PBEFieldPosition.Left)
{
action.FightTargets = PBEUtils.RandomBool() ? PBETurnTarget.FoeCenter : PBETurnTarget.FoeRight;
}
else if (pkmn.FieldPosition == PBEFieldPosition.Center)
{
int r; // Keep randomly picking until a non-fainted foe is selected
roll:
r = PBEUtils.RandomInt(0, 2);
if (r == 0)
{
if (team.OpposingTeam.TryGetPokemon(PBEFieldPosition.Left) != null)
{
action.FightTargets = PBETurnTarget.FoeLeft;
}
else
{
goto roll;
}
}
else if (r == 1)
{
if (team.OpposingTeam.TryGetPokemon(PBEFieldPosition.Center) != null)
{
action.FightTargets = PBETurnTarget.FoeCenter;
}
else
{
goto roll;
}
}
else
{
if (team.OpposingTeam.TryGetPokemon(PBEFieldPosition.Right) != null)
{
action.FightTargets = PBETurnTarget.FoeRight;
}
else
{
goto roll;
}
}
}
else
{
action.FightTargets = PBEUtils.RandomBool() ? PBETurnTarget.FoeLeft : PBETurnTarget.FoeCenter;
}
break;
}
default: throw new ArgumentOutOfRangeException(nameof(team.Battle.BattleFormat));
}
}
pkmn.TurnAction = action;
}
if (team.Battle.Teams.All(t => t.ActionsRequired.Count == 0))
{
team.Battle.BattleState = PBEBattleState.ReadyToRunTurn;
team.Battle.OnStateChanged?.Invoke(team.Battle);
}
return(true);
}
}
}
return(false);
}
internal static bool SelectActionsIfValid(PBETrainer trainer, IReadOnlyCollection <PBETurnAction> actions, [NotNullWhen(false)] out string?invalidReason)
{
if (!AreActionsValid(trainer, actions, out invalidReason))
{
return(false);
}
trainer.ActionsRequired.Clear();
foreach (PBETurnAction action in actions)
{
PBEBattlePokemon pkmn = trainer.GetPokemon(action.PokemonId);
if (action.Decision == PBETurnDecision.Fight && pkmn.GetMoveTargets(action.FightMove) == PBEMoveTarget.RandomFoeSurrounding)
{
switch (trainer.Battle.BattleFormat)
{
case PBEBattleFormat.Single:
case PBEBattleFormat.Rotation:
{
action.FightTargets = PBETurnTarget.FoeCenter;
break;
}
case PBEBattleFormat.Double:
{
action.FightTargets = trainer.Battle._rand.RandomBool() ? PBETurnTarget.FoeLeft : PBETurnTarget.FoeRight;
break;
}
case PBEBattleFormat.Triple:
{
if (pkmn.FieldPosition == PBEFieldPosition.Left)
{
action.FightTargets = trainer.Battle._rand.RandomBool() ? PBETurnTarget.FoeCenter : PBETurnTarget.FoeRight;
}
else if (pkmn.FieldPosition == PBEFieldPosition.Center)
{
PBETeam oppTeam = trainer.Team.OpposingTeam;
int r; // Keep randomly picking until a non-fainted foe is selected
roll:
r = trainer.Battle._rand.RandomInt(0, 2);
if (r == 0)
{
if (oppTeam.IsSpotOccupied(PBEFieldPosition.Left))
{
action.FightTargets = PBETurnTarget.FoeLeft;
}
else
{
goto roll;
}
}
else if (r == 1)
{
if (oppTeam.IsSpotOccupied(PBEFieldPosition.Center))
{
action.FightTargets = PBETurnTarget.FoeCenter;
}
else
{
goto roll;
}
}
else
{
if (oppTeam.IsSpotOccupied(PBEFieldPosition.Right))
{
action.FightTargets = PBETurnTarget.FoeRight;
}
else
{
goto roll;
}
}
}
else
{
action.FightTargets = trainer.Battle._rand.RandomBool() ? PBETurnTarget.FoeLeft : PBETurnTarget.FoeCenter;
}
break;
}
default: throw new InvalidDataException(nameof(trainer.Battle.BattleFormat));
}
}
pkmn.TurnAction = action;
}
if (trainer.Battle.Trainers.All(t => t.ActionsRequired.Count == 0))
{
trainer.Battle.BattleState = PBEBattleState.ReadyToRunTurn;
}
return(true);
}
/// <summary>
/// Selects actions if they are valid. Changes the battle state if both teams have selected valid actions.
/// </summary>
/// <param name="team">The team the inputted actions belong to.</param>
/// <param name="actions">The actions the team wishes to execute.</param>
/// <returns>True if the actions are valid and were selected.</returns>
/// <exception cref="InvalidOperationException">Thrown when <see cref="BattleState"/> is not <see cref="PBEBattleState.WaitingForActions"/>.</exception>
public static bool SelectActionsIfValid(PBETeam team, IEnumerable <PBEAction> actions)
{
if (team.Battle.BattleState != PBEBattleState.WaitingForActions)
{
throw new InvalidOperationException($"{nameof(BattleState)} must be {PBEBattleState.WaitingForActions} to select actions.");
}
if (AreActionsValid(team, actions))
{
team.ActionsRequired.Clear();
foreach (PBEAction action in actions)
{
PBEPokemon pkmn = team.Battle.TryGetPokemon(action.PokemonId);
pkmn.SelectedAction = action;
switch (pkmn.SelectedAction.Decision)
{
case PBEDecision.Fight:
{
switch (pkmn.GetMoveTargets(pkmn.SelectedAction.FightMove))
{
case PBEMoveTarget.RandomFoeSurrounding:
{
switch (team.Battle.BattleFormat)
{
case PBEBattleFormat.Single:
case PBEBattleFormat.Rotation:
{
pkmn.SelectedAction.FightTargets = PBETarget.FoeCenter;
break;
}
case PBEBattleFormat.Double:
{
pkmn.SelectedAction.FightTargets = PBEUtils.RNG.NextBoolean() ? PBETarget.FoeLeft : PBETarget.FoeRight;
break;
}
case PBEBattleFormat.Triple:
{
if (pkmn.FieldPosition == PBEFieldPosition.Left)
{
pkmn.SelectedAction.FightTargets = PBEUtils.RNG.NextBoolean() ? PBETarget.FoeCenter : PBETarget.FoeRight;
}
else if (pkmn.FieldPosition == PBEFieldPosition.Center)
{
PBETeam opposingTeam = team == team.Battle.Teams[0] ? team.Battle.Teams[1] : team.Battle.Teams[0];
int r; // Keep randomly picking until a non-fainted foe is selected
roll:
r = PBEUtils.RNG.Next(3);
if (r == 0)
{
if (opposingTeam.TryGetPokemon(PBEFieldPosition.Left) != null)
{
pkmn.SelectedAction.FightTargets = PBETarget.FoeLeft;
}
else
{
goto roll;
}
}
else if (r == 1)
{
if (opposingTeam.TryGetPokemon(PBEFieldPosition.Center) != null)
{
pkmn.SelectedAction.FightTargets = PBETarget.FoeCenter;
}
else
{
goto roll;
}
}
else
{
if (opposingTeam.TryGetPokemon(PBEFieldPosition.Right) != null)
{
pkmn.SelectedAction.FightTargets = PBETarget.FoeRight;
}
else
{
goto roll;
}
}
}
else
{
pkmn.SelectedAction.FightTargets = PBEUtils.RNG.NextBoolean() ? PBETarget.FoeLeft : PBETarget.FoeCenter;
}
break;
}
}
break;
}
case PBEMoveTarget.SingleAllySurrounding:
{
if (team.Battle.BattleFormat == PBEBattleFormat.Single || team.Battle.BattleFormat == PBEBattleFormat.Rotation)
{
pkmn.SelectedAction.FightTargets = PBETarget.AllyCenter;
}
break;
}
}
break;
}
}
}
if (team.Battle.Teams.All(t => t.ActionsRequired.Count == 0))
{
team.Battle.BattleState = PBEBattleState.ReadyToRunTurn;
team.Battle.OnStateChanged?.Invoke(team.Battle);
}
return(true);
}
return(false);
}
/// <summary>
/// Determines whether chosen actions are valid.
/// </summary>
/// <param name="team">The team the inputted actions belong to.</param>
/// <param name="actions">The actions the team wishes to execute.</param>
/// <returns>False if the team already chose actions or the actions are illegal, True otherwise.</returns>
/// <exception cref="InvalidOperationException">Thrown when <see cref="BattleState"/> is not <see cref="PBEBattleState.WaitingForActions"/>.</exception>
public static bool AreActionsValid(PBETeam team, IEnumerable <PBEAction> actions)
{
if (team.Battle.BattleState != PBEBattleState.WaitingForActions)
{
throw new InvalidOperationException($"{nameof(BattleState)} must be {PBEBattleState.WaitingForActions} to validate actions.");
}
if (team.ActionsRequired.Count == 0 || actions.Count() != team.ActionsRequired.Count)
{
return(false);
}
var standBy = new List <PBEPokemon>();
foreach (PBEAction action in actions)
{
PBEPokemon pkmn = team.Battle.TryGetPokemon(action.PokemonId);
if (!team.ActionsRequired.Contains(pkmn))
{
return(false);
}
switch (action.Decision)
{
case PBEDecision.Fight:
{
if (action.FightMove == PBEMove.Struggle && pkmn.IsForcedToStruggle())
{
continue;
}
else
{
if (action.FightMove == PBEMove.None ||
!pkmn.Moves.Contains(action.FightMove) ||
pkmn.PP[Array.IndexOf(pkmn.Moves, action.FightMove)] == 0)
{
return(false);
}
else if ((pkmn.TempLockedMove != PBEMove.None && pkmn.TempLockedMove != action.FightMove) ||
(pkmn.TempLockedTargets != PBETarget.None && pkmn.TempLockedTargets != action.FightTargets))
{
return(false);
}
else if (pkmn.ChoiceLockedMove != PBEMove.None && pkmn.ChoiceLockedMove != action.FightMove)
{
return(false);
}
else if (!AreTargetsValid(pkmn, action.FightMove, action.FightTargets))
{
return(false);
}
}
break;
}
case PBEDecision.SwitchOut:
{
if (pkmn.Status2.HasFlag(PBEStatus2.Airborne) ||
pkmn.Status2.HasFlag(PBEStatus2.Underground) ||
pkmn.Status2.HasFlag(PBEStatus2.Underwater)
)
{
return(false);
}
PBEPokemon switchPkmn = team.Battle.TryGetPokemon(action.SwitchPokemonId);
if (switchPkmn == null ||
switchPkmn.Team != team ||
switchPkmn.Id == pkmn.Id ||
switchPkmn.HP == 0 ||
switchPkmn.FieldPosition != PBEFieldPosition.None ||
standBy.Contains(switchPkmn)
)
{
return(false);
}
else
{
standBy.Add(switchPkmn);
}
break;
}
}
}
return(true);
}