public static ServerMessage Compose(Pet Pet)
{
ServerMessage Message = new ServerMessage(OpcodesOut.INVENTORY_PET_ADDED);
Message.AppendUInt32(Pet.Id);
Message.AppendStringWithBreak(Pet.Name);
Message.AppendInt32(Pet.Type);
Message.AppendInt32(Pet.Race);
Message.AppendStringWithBreak(Pet.ColorCode);
return Message;
}
public void Add(Pet Pet)
{
lock (mInner)
{
if (!mInner.ContainsKey(Pet.Id))
{
mInner.Add(Pet.Id, Pet);
}
}
}
public static ServerMessage Compose(uint DisplayId, Pet Pet)
{
ServerMessage Message = new ServerMessage(OpcodesOut.ROOM_PET_UPDATE);
Message.AppendInt32(9);
Message.AppendUInt32(DisplayId);
Message.AppendUInt32(DisplayId);
Message.AppendStringWithBreak(Pet.Name);
Message.AppendInt32(Pet.Type);
Message.AppendInt32(Pet.Race);
Message.AppendStringWithBreak(Pet.ColorCode);
return Message;
}
public static Bot CreateNewInstance(Bot Definition, uint RoomId, Vector3 Position, Pet PetData = null)
{
uint ResultId = 0;
lock (mSyncRoot)
{
ResultId = mBotInstanceIdGenerator++;
}
Bot BotInstance = new Bot(ResultId, Definition.Id, Definition.BehaviorType, Definition.Name, Definition.Look,
Definition.Motto, RoomId, Position, Definition.ServePosition, Definition.PredefinedPositions.ToList(),
Definition.WalkMode, Definition.Kickable, Definition.Rotation, Definition.Responses, Definition.Effect,
Definition.ResponseDistance, Definition.Health, Definition.CurrentPos, PetData);
lock (mSyncRoot)
{
mBotInstances.Add(ResultId, BotInstance);
}
return BotInstance;
}
public static ServerMessage Compose(uint DisplayId, Pet Pet)
{
ServerMessage Message = new ServerMessage(OpcodesOut.ROOM_PET_INFO);
Message.AppendUInt32(DisplayId);
Message.AppendStringWithBreak(Pet.Name);
Message.AppendInt32(Pet.Level); // Cur lvl
Message.AppendInt32(Pet.TotalLevels); // Tar(MAX) lvl
Message.AppendInt32(Pet.Experience); // Cur Exp??
Message.AppendInt32(Pet.ExperienceTarget); // Tar Exp??
Message.AppendInt32(Pet.Energy); // Cur Energy??
Message.AppendInt32(Pet.EnergyLimit); // Tar Energy??
Message.AppendInt32(Pet.Happiness); // Nutrition
Message.AppendInt32(Pet.HappinessLimit); // Max nutrition
Message.AppendInt32(Pet.Type); // Look (type)??
Message.AppendInt32(Pet.Race); // Breed??
Message.AppendStringWithBreak(Pet.ColorCode); // Color
Message.AppendInt32(Pet.Score); // Respect?
Message.AppendUInt32(Pet.OwnerId);
Message.AppendInt32(Pet.AgeDays);
Message.AppendStringWithBreak(Pet.OwnerName);
return Message;
}
public Bot(uint Id, uint DefId, string BehaviorType, string Name, string Look, string Motto, uint RoomId, Vector3 Position,
Vector2 ServePosition, List<Vector2> DefinedPositions, BotWalkMode WalkMode, bool Kickable, int Rotation,
List<BotResponse> Responses, int Effect, int ResponseDistance, int Health, string PositionNow, Pet PetData = null)
{
mId = Id;
mDefinitionId = DefId;
mBehaviorType = BehaviorType;
mName = Name;
mLook = Look;
mMotto = Motto;
mRoomId = RoomId;
mInitialPosition = Position;
mPositionNow = PositionNow;
mServePosition = ServePosition;
mDefinedPositions = DefinedPositions;
mWalkMode = WalkMode;
mKickable = Kickable;
mRotation = Rotation;
mEffect = Effect;
mResponses = Responses;
mResponseDistance = ResponseDistance;
mPetData = PetData;
mHealth = Health;
switch (mBehaviorType.ToLower())
{
case "pet":
mBrain = new PetBot();
break;
default:
mBrain = new GenericBot();
break;
}
}
public static void MarkWriteback(Pet Pet)
{
lock (mWritebackPets)
{
if (mWritebackPets.Contains(Pet))
{
return;
}
mWritebackPets.Add(Pet);
}
}