Bots

@BotProfile('filler')
@Brain({ kind: 'utility' })
export class Filler {
  static difficulty = Difficulty.of({ reactionMs: 250, aimJitter: 0.08 });

  @Consider(Targeting.nearestEnemy) target: Behaviour;
  @Steer(Steering.seekAndStrafe) move: Behaviour;
  @UseAbilities(When.ready) fire: Behaviour;
}

PlayServ.bots.fillRoom('battle', { toQuota: 8, profile: 'filler', minHumans: 1 });

@bot_profile("filler")
@brain(kind="utility")
class Filler:
    difficulty = Difficulty.of(reaction_ms=250, aim_jitter=0.08)

    target = consider(Targeting.NEAREST_ENEMY)
    move = steer(Steering.SEEK_AND_STRAFE)
    fire = use_abilities(When.READY)

playserv.bots.fill_room("battle", to_quota=8, profile="filler", min_humans=1)

USTRUCT(PSBotProfile = "filler", PSBrain = (Kind = "Utility"))
struct FFiller
{
    GENERATED_BODY()

    UPROPERTY(PSDifficulty = (ReactionMs = 250, AimJitter = "0.08"))
    FPSDifficulty Difficulty;

    UPROPERTY(PSConsider = (Targeting = "NearestEnemy")) FPSBehaviour Target;
    UPROPERTY(PSSteer    = (Steering = "SeekAndStrafe")) FPSBehaviour Move;
    UPROPERTY(PSUseAbilities = (When = "Ready"))         FPSBehaviour Fire;
};
// declarations compile into the same pushed model — playserv push from the UE project or CI

// a host tops up the room it serves
Client->Bots->FillRoom(PSKeys::Rooms::Battle,
    FPSFillRoomParams{ .ToQuota = 8, .Profile = TEXT("filler"), .MinHumans = 1 });
// co_await support ships later: a built-in SDK coroutine wrapper that respects Unreal's GC and threading.

[BotProfile("filler")]
[Brain(Kind.Utility)]
public static class Filler
{
    public static Difficulty Difficulty = Difficulty.Of(reactionMs: 250, aimJitter: 0.08f);

    [Consider(Targeting.NearestEnemy)] public static Behaviour Target;
    [Steer(Steering.SeekAndStrafe)]    public static Behaviour Move;
    [UseAbilities(When.Ready)]         public static Behaviour Fire;
}

PlayServ.Bots.FillRoom("battle", toQuota: 8, profile: "filler", minHumans: 1);

const bot = await PlayServ.connectAsBot(projectKey, { botId: 'trainer-07' });
const seat = await bot.matchmaking.find('battle');
const room = await bot.rooms.join(seat);
// perception in ← the same deltas a player receives; commands out ← the same inputs

bot = await PlayServ.connect_as_bot(project_key, bot_id="trainer-07")
seat = await bot.matchmaking.find("battle")
room = await bot.rooms.join(seat)
# perception in ← the same deltas a player receives; commands out ← the same inputs

// An Unreal-based trainer client is a legitimate brain — it connects as a player.
FPlayServClient::ConnectAsBot(ProjectKey, TEXT("trainer-07"),
    TPSOnResult<FPlayServClient*>::CreateLambda([](const TPSResult<FPlayServClient*>& Result)
    {
        if (!Result.HasValue()) { return; }
        FPlayServClient* Bot = Result.Value();
        Bot->Matchmaking->Of<FBattleQueue>()->Tickets->Create(FPSTicketClaim{ .Mode = TEXT("battle") },
            TPSOnResult<FPSTicket*>::CreateLambda([Bot](const TPSResult<FPSTicket*>& TicketResult)
            {
                if (!TicketResult.HasValue()) { return; }
                TPSSubscription Placement = TicketResult.Value()->Subscribe(
                    [Bot](const FPSSeat& Seat) { Bot->Rooms->Join(Seat); });
            }));
    }));
// perception in ← the same deltas a player receives; commands out ← the same inputs
// co_await support ships later: a built-in SDK coroutine wrapper that respects Unreal's GC and threading.

var bot = await PlayServ.ConnectAsBot(projectKey, botId: "trainer-07");
var seat = await bot.Matchmaking.Find("battle");
var room = await bot.Rooms.Join(seat);
// perception in ← the same deltas a player receives; commands out ← the same inputs