private void OnHeadYawChanged(object sender, PropertyChangedEventArgs <float> e)
{
uint eid = AttachedObject.GetValue(EntityIdComponent.EntityIdProperty);
byte headyaw = (byte)(AttachedObject.GetValue(EntityLookComponent.HeadYawProperty) / 360 * 255);
AttachedObject.QueueOperation(() => AttachedObject.GetComponent <ChunkEventBroadcastComponent>().GetGenerator().EntityHeadLook(eid, headyaw));
}
private async Task ActionLook()
{
// 通知周围creature entity看着玩家
EntityWorldPos entityPos = AttachedObject.GetValue(EntityWorldPositionComponent.EntityWorldPositionProperty);
ChunkWorldPos chunkPos = entityPos.ToChunkWorldPos();
IChunkTrackingHub tracker = GrainFactory.GetGrain <IChunkTrackingHub>(AttachedObject.GetAddressByPartitionKey());
var list = await tracker.GetTrackedPlayers();
// TODO 多位玩家的话只看一位
foreach (IPlayer each in list)
{
EntityWorldPos playerPosition = await each.GetPosition();
// 三格内玩家
if (EntityWorldPos.Distance(playerPosition, entityPos) < 3)
{
(var yaw, var pitch) = VectorToYawAndPitch(entityPos, playerPosition);
await AttachedObject.SetLocalValue(EntityLookComponent.YawProperty, yaw);
await AttachedObject.SetLocalValue(EntityLookComponent.HeadYawProperty, yaw);
await AttachedObject.SetLocalValue(EntityLookComponent.PitchProperty, pitch);
break;
}
}
}
public virtual bool AcceptsItem(IQSBOWItem item)
{
var itemType = item.GetItemType();
var acceptableType = AttachedObject.GetValue <ItemType>("_acceptableType");
return((itemType & acceptableType) == itemType);
}
private List <Shape> GetAttachedShapes()
{
if (AttachedObject == null)
{
return(new List <Shape>());
}
var visibilityTrackers = AttachedObject.GetValue <VisibilityTracker[]>("_visibilityTrackers");
if (visibilityTrackers == null || visibilityTrackers.Length == 0)
{
DebugLog.ToConsole($"Warning - {AttachedObject.name} has null visibility trackers!", MessageType.Warning);
return(new List <Shape>());
}
if (visibilityTrackers.Any(x => x.GetType() == typeof(RendererVisibilityTracker)))
{
DebugLog.ToConsole($"Warning - {AttachedObject.name} has a RendererVisibilityTracker!", MessageType.Warning);
return(new List <Shape>());
}
var totalShapes = new List <Shape>();
foreach (var tracker in visibilityTrackers)
{
var shapes = tracker.GetValue <Shape[]>("_shapes");
totalShapes.AddRange(shapes);
}
return(totalShapes);
}
protected override void OnAttached()
{
if (AttachedObject.GetValue(IsEnabledComponent.IsEnabledProperty))
{
InstallPropertyChangedHandlers();
}
}
private void OnEntityWorldPositionChanged(object sender, PropertyChangedEventArgs <EntityWorldPos> e)
{
var generator = AttachedObject.GetComponent <ClientboundPacketComponent>().GetGenerator();
// Update Collider
var pos = e.NewValue;
var box = new Cuboid(new Point3d(pos.X, pos.Z, pos.Y), new Size(0.6f, 0.6f, 1.75f));
AttachedObject.SetLocalValue(ColliderComponent.ColliderShapeProperty, box);
// Check if we need to send UpdateViewPosition packet. If the player walk cross chunk borders, send it.
var oldChunkPos = e.OldValue.ToChunkWorldPos();
var newChunkPos = e.NewValue.ToChunkWorldPos();
if (oldChunkPos != newChunkPos)
{
generator.UpdateViewPosition(newChunkPos.X, newChunkPos.Z);
}
// Broadcast to trackers
_broadcastComponent = _broadcastComponent ?? AttachedObject.GetComponent <ChunkEventBroadcastComponent>();
_broadcastComponent.GetGenerator(AttachedObject)
.EntityRelativeMove(
AttachedObject.EntityId,
GetDelta(e.OldValue.X, e.NewValue.X),
GetDelta(e.OldValue.Y, e.NewValue.Y),
GetDelta(e.OldValue.Z, e.NewValue.Z),
AttachedObject.GetValue(EntityOnGroundComponent.IsOnGroundProperty));
}
private void InitValues()
{
_startLocalPos = AttachedObject.GetValue <Vector3>("_startLocalPos");
_endLocalPos = AttachedObject.GetValue <Vector3>("_endLocalPos");
_interactVolume = AttachedObject.GetValue <SingleInteractionVolume>("_interactVolume");
_owAudioSourceOneShot = AttachedObject.GetValue <OWAudioSource>("_owAudioSourceOneShot");
_owAudioSourceLP = AttachedObject.GetValue <OWAudioSource>("_owAudioSourceLP");
}
public IEnumerable <int> GetTranslatedIds()
{
var rings = AttachedObject.GetValue <NomaiVesselComputerRing[]>("_computerRings");
return(rings
.Where(ring => AttachedObject.IsTranslated(ring.GetEntryID()))
.Select(ring => ring.GetEntryID()));
}
protected override Task SendSpawnPacket(ClientPlayPacketGenerator generator)
{
var metadata = new EntityMetadata.Player
{
Health = AttachedObject.GetValue(HealthComponent.HealthProperty)
};
return(generator.SpawnPlayer(AttachedObject.EntityId, AttachedObject.UUID, AttachedObject.Position, AttachedObject.Pitch, AttachedObject.HeadYaw, metadata));
}
private void OnPositionChanged(object sender, PropertyChangedEventArgs <EntityWorldPos> e)
{
uint eid = AttachedObject.GetValue(EntityIdComponent.EntityIdProperty);
short x = (short)((e.NewValue.X - e.OldValue.X) * 32 * 128);
short y = (short)((e.NewValue.Y - e.OldValue.Y) * 32 * 128);
short z = (short)((e.NewValue.Z - e.OldValue.Z) * 32 * 128);
bool isOnGround = AttachedObject.GetValue(EntityOnGroundComponent.IsOnGroundProperty);
AttachedObject.QueueOperation(() => AttachedObject.GetComponent <ChunkEventBroadcastComponent>().GetGenerator().EntityRelativeMove(eid, x, y, z, isOnGround));
}
public void ShuffleObjects(int[] indexArray)
{
var shuffledObjects = AttachedObject.GetValue <Transform[]>("_shuffledObjects");
var localPositions = AttachedObject.GetValue <Vector3[]>("_localPositions");
for (var i = 0; i < shuffledObjects.Length; i++)
{
shuffledObjects[i].localPosition = localPositions[indexArray[i]];
}
}
private void OnPitchChanged(object sender, PropertyChangedEventArgs <float> e)
{
uint eid = AttachedObject.GetValue(EntityIdComponent.EntityIdProperty);
byte yaw = (byte)(AttachedObject.GetValue(EntityLookComponent.YawProperty) / 360 * 255);
byte pitch = (byte)(AttachedObject.GetValue(EntityLookComponent.PitchProperty) / 360 * 255);
bool onGround = AttachedObject.GetValue(EntityOnGroundComponent.IsOnGroundProperty);
// return AttachedObject.GetComponent<ChunkEventBroadcastComponent>().GetGenerator().EntityLook(eid, yaw, pitch, onGround);
AttachedObject.QueueOperation(() => AttachedObject.GetComponent <ChunkEventBroadcastComponent>().GetGenerator().EntityLookAndRelativeMove(eid, 0, 0, 0, yaw, pitch, onGround));
}
private void CreateAi(MobType mobType)
{
Func <CreatureState> getter = () => AttachedObject.GetValue(CreatureStateProperty);
Action <CreatureState> setter = v => AttachedObject.SetLocalValue(CreatureStateProperty, v);
CreatureAi ai;
switch (mobType)
{
case Entities.MobType.Chicken:
ai = new AiChicken(getter, setter);
break;
case Entities.MobType.Cow:
ai = new AiCow(getter, setter);
break;
case Entities.MobType.Creeper:
ai = new AiCreeper(getter, setter);
break;
case Entities.MobType.Pig:
ai = new AiPig(getter, setter);
break;
case Entities.MobType.Sheep:
ai = new AiSheep(getter, setter);
break;
case Entities.MobType.Skeleton:
ai = new AiSkeleton(getter, setter);
break;
case Entities.MobType.Spider:
ai = new AiSpider(getter, setter);
break;
case Entities.MobType.Squid:
// TODO new ai for squid
ai = new AiChicken(getter, setter);
break;
case Entities.MobType.Zombie:
ai = new AiZombie(getter, setter);
break;
default:
// TODO add more ai
Logger.LogWarning("AI of this mob has not been implemented: {0}.", mobType);
ai = null;
break;
}
_ai = ai;
}
protected Task SendMovePacket(ClientPlayPacketGenerator generator)
{
uint eid = AttachedObject.GetValue(EntityIdComponent.EntityIdProperty);
EntityWorldPos pos = AttachedObject.GetValue(EntityWorldPositionComponent.EntityWorldPositionProperty);
short x = (short)(pos.X * 32 * 128);
short y = (short)(pos.Y * 32 * 128);
short z = (short)(pos.Z * 32 * 128);
bool onGround = AttachedObject.GetValue(EntityOnGroundComponent.IsOnGroundProperty);
return(generator.EntityRelativeMove(eid, x, y, z, onGround));
}
public override void Init(MultiStateQuantumObject attachedObject, int id)
{
ObjectId = id;
AttachedObject = attachedObject;
QuantumStates = AttachedObject.GetValue <QuantumState[]>("_states").ToList().Select(x => QSBWorldSync.GetWorldFromUnity <QSBQuantumState, QuantumState>(x)).ToList();
if (QSBCore.DebugMode)
{
DebugBoxText = DebugBoxManager.CreateBox(AttachedObject.transform, 0, CurrentState.ToString()).GetComponent <Text>();
}
base.Init(attachedObject, id);
}
private Task OnPositionChanged(object sender, PropertyChangedEventArgs <EntityWorldPos> e)
{
uint eid = AttachedObject.GetValue(EntityIdComponent.EntityIdProperty);
short x = (short)((e.NewValue.X - e.OldValue.X) * 32 * 128);
short y = (short)((e.NewValue.Y - e.OldValue.Y) * 32 * 128);
short z = (short)((e.NewValue.Z - e.OldValue.Z) * 32 * 128);
byte yaw = (byte)(AttachedObject.GetValue(EntityLookComponent.YawProperty) / 360 * 255);
byte pitch = (byte)(AttachedObject.GetValue(EntityLookComponent.PitchProperty) / 360 * 255);
bool isOnGround = AttachedObject.GetValue(EntityOnGroundComponent.IsOnGroundProperty);
return(AttachedObject.GetComponent <ChunkEventBroadcastComponent>().GetGenerator().EntityLookAndRelativeMove(eid, x, y, z, yaw, pitch, isOnGround));
}
private void OnEntityPitchChanged(object sender, PropertyChangedEventArgs <float> e)
{
var yaw = AttachedObject.GetValue(EntityLookComponent.YawProperty);
var pitch = AttachedObject.GetValue(EntityLookComponent.PitchProperty);
_broadcastComponent = _broadcastComponent ?? AttachedObject.GetComponent <ChunkEventBroadcastComponent>();
_broadcastComponent.GetGenerator(AttachedObject)
.EntityLook(
AttachedObject.EntityId,
GetAngle(yaw),
GetAngle(pitch),
AttachedObject.GetValue(EntityOnGroundComponent.IsOnGroundProperty));
}
private async Task OnColliderShapeChanged(PropertyChangedEventArgs <Shape> e)
{
var shape = ColliderShape;
var key = AttachedObject.GetValue(AddressByPartitionKeyComponent.AddressByPartitionKeyProperty);
if (shape != null)
{
await GrainFactory.GetGrain <ICollectableFinder>(key).RegisterCollider(AttachedObject, shape);
}
else
{
await GrainFactory.GetGrain <ICollectableFinder>(key).UnregisterCollider(AttachedObject);
}
}
public virtual void DropItem(Vector3 position, Vector3 normal, Sector sector)
{
AttachedObject.transform.SetParent(sector.transform);
AttachedObject.transform.localScale = Vector3.one;
var localDropNormal = AttachedObject.GetValue <Vector3>("_localDropNormal");
var lhs = Quaternion.FromToRotation(AttachedObject.transform.TransformDirection(localDropNormal), normal);
AttachedObject.transform.rotation = lhs * AttachedObject.transform.rotation;
var localDropOffset = AttachedObject.GetValue <Vector3>("_localDropOffset");
AttachedObject.transform.position = sector.transform.TransformPoint(position) + AttachedObject.transform.TransformDirection(localDropOffset);
AttachedObject.SetSector(sector);
AttachedObject.SetColliderActivation(true);
HoldingPlayer = 0;
}
private void OnEntityWorldPositionChanged(object sender, PropertyChangedEventArgs <EntityWorldPos> e)
{
var pos = e.NewValue;
var box = new Cuboid(new Point3d(pos.X, pos.Z, pos.Y), new Size(0.6f, 0.6f, 1.75f));
AttachedObject.SetLocalValue(ColliderComponent.ColliderShapeProperty, box);
_broadcastComponent = _broadcastComponent ?? AttachedObject.GetComponent <ChunkEventBroadcastComponent>();
_broadcastComponent.GetGenerator(AttachedObject)
.EntityRelativeMove(
AttachedObject.EntityId,
GetDelta(e.OldValue.X, e.NewValue.X),
GetDelta(e.OldValue.Y, e.NewValue.Y),
GetDelta(e.OldValue.Z, e.NewValue.Z),
AttachedObject.GetValue(EntityOnGroundComponent.IsOnGroundProperty));
}
async Task IHandle <SpawnMob> .Handle(SpawnMob message)
{
Func <CreatureState> getter = () => AttachedObject.GetValue(CreatureStateProperty);
Action <CreatureState> setter = v => AttachedObject.SetLocalValue(CreatureStateProperty, v).Wait();
CreatureAi ai;
switch (message.MobType)
{
case MobType.Chicken:
ai = new AiChicken(getter, setter);
break;
case MobType.Cow:
ai = new AiCow(getter, setter);
break;
case MobType.Creeper:
ai = new AiCreeper(getter, setter);
break;
case MobType.Pig:
ai = new AiPig(getter, setter);
break;
case MobType.Sheep:
ai = new AiSheep(getter, setter);
break;
case MobType.Skeleton:
ai = new AiSkeleton(getter, setter);
break;
case MobType.Squid:
// TODO new ai for squid
ai = new AiChicken(getter, setter);
break;
case MobType.Zombie:
ai = new AiZombie(getter, setter);
break;
default:
// TODO add more ai
throw new NotImplementedException("AI of this mob has not been implemented.");
}
await AttachedObject.SetLocalValue(AiTypeProperty, ai);
}
private async Task Respawn()
{
var generator = AttachedObject.GetComponent <ClientboundPacketComponent>().GetGenerator();
var teleportComponent = AttachedObject.GetComponent <TeleportComponent>();
var world = AttachedObject.GetWorld();
var spawnPos = await world.GetSpawnPosition();
await teleportComponent.Teleport(spawnPos, 0, 0);
await generator.Respawn(Dimension.Overworld, await world.GetSeed(), new GameMode { ModeClass = GameMode.Class.Survival, IsHardcore = false }, LevelTypes.Default);
AttachedObject.SetLocalValue(HealthComponent.HealthProperty, AttachedObject.GetValue(HealthComponent.MaxHealthProperty));
AttachedObject.SetLocalValue(FoodComponent.FoodProperty, AttachedObject.GetValue(FoodComponent.MaxFoodProperty));
AttachedObject.SetLocalValue(DeathComponent.IsDeathProperty, false);
}
private Task ActionStop()
{
float theta = (float)(random.NextDouble() * 360);
float yaw = AttachedObject.GetValue(EntityLookComponent.YawProperty);
if (random.Next(20) == 0)
{
AttachedObject.SetLocalValue(EntityLookComponent.YawProperty, theta);
AttachedObject.SetLocalValue(EntityLookComponent.HeadYawProperty, theta);
}
else
{
// AttachedObject.SetLocalValue(EntityLookComponent.YawProperty, yaw);
AttachedObject.SetLocalValue(EntityLookComponent.HeadYawProperty, yaw);
}
return(Task.CompletedTask);
}
public IEnumerable <int> GetTranslatedIds()
{
var activeList = AttachedObject.GetValue <List <NomaiComputerRing> >("_activeRingList");
foreach (var item in activeList)
{
if (AttachedObject.IsTranslated(item.GetEntryID()))
{
yield return(item.GetEntryID());
}
}
var inactiveList = AttachedObject.GetValue <List <NomaiComputerRing> >("_inactiveRingList");
foreach (var item in inactiveList)
{
if (AttachedObject.IsTranslated(item.GetEntryID()))
{
yield return(item.GetEntryID());
}
}
}
private async Task OnGameTick(object sender, GameTickArgs e)
{
if (e.WorldAge % 512 == 0 && e.TimeOfDay > 12000 && e.TimeOfDay < 24000)
{
EntityWorldPos playerPosition = AttachedObject.GetValue(EntityWorldPositionComponent.EntityWorldPositionProperty);
int x = random.Next(9) - 4 + (int)playerPosition.X;
int z = random.Next(9) - 4 + (int)playerPosition.Z;
BlockWorldPos monsterBlockPos = new BlockWorldPos(x, 0, z);
ChunkWorldPos monsterChunkPos = monsterBlockPos.ToChunkWorldPos();
var chunkAccessor = AttachedObject.GetComponent <ChunkAccessorComponent>();
BiomeId biomeId = await chunkAccessor.GetBlockBiome(monsterBlockPos);
IWorld world = AttachedObject.GetValue(WorldComponent.WorldProperty);
GeneratorSettings setting = await world.GetGeneratorSettings();
Biome biome = Biome.GetBiome((int)biomeId, setting);
IChunkColumn chunk = await chunkAccessor.GetChunk(monsterChunkPos);
// TODO
biome.SpawnMonster(world, GrainFactory, await chunk.GetState(), random, monsterBlockPos);
}
}
private Task ActionEscape()
{
float yaw = AttachedObject.GetValue(EntityLookComponent.YawProperty);
return(Task.CompletedTask);
}
private async Task ActionWalk()
{
float step = 0.2f;
float theta = (float)(random.NextDouble() * 2 * Math.PI);
float yaw = AttachedObject.GetValue(EntityLookComponent.YawProperty);
float head;
EntityWorldPos pos = AttachedObject.GetValue(EntityWorldPositionComponent.EntityWorldPositionProperty);
if (random.Next(50) == 0)
{
head = theta;
}
else
{
head = (float)(yaw / 180.0f * Math.PI);
}
await AttachedObject.SetLocalValue(EntityLookComponent.YawProperty, (float)(head / Math.PI * 180.0f));
await AttachedObject.SetLocalValue(EntityLookComponent.HeadYawProperty, (float)(head / Math.PI * 180.0f));
// 新的位置
EntityWorldPos entityPos = new EntityWorldPos(pos.X - step * (float)Math.Sin(head), pos.Y, pos.Z + step * (float)Math.Cos(head));
BlockWorldPos blockPos = entityPos.ToBlockWorldPos();
// 检测行进方向的方块是否满足要求
Cuboid entityBoundbox = new Cuboid(new Point3d(entityPos.X, entityPos.Y, entityPos.Z), new Size(1, 1, 2)); // TODO data from Boundbox component
var chunkAccessor = AttachedObject.GetComponent <ChunkAccessorComponent>();
bool isCollided = false;
// 检测此位置会不会与方块碰撞
for (int i = 1; blockPos.Y + i < 256 && i <= 3; ++i)
{
BlockWorldPos upblock = BlockWorldPos.Add(blockPos, 0, i, 0);
BlockState upstate = await chunkAccessor.GetBlockState(upblock);
if (upstate.IsMobCollided())
{
Cuboid blockBoundbox = new Cuboid(new Point3d(upblock.X, upblock.Y, upblock.Z), new Size(1, 1, 1));
if (Collision.IsCollided(entityBoundbox, blockBoundbox))
{
isCollided = true;
break;
}
}
}
// 获得高度变化
int yJumpHeight = 0;
bool canWalk = false;
for (int i = 0; blockPos.Y + i >= 0 && i >= -2; --i)
{
BlockState upstate = await chunkAccessor.GetBlockState(BlockWorldPos.Add(blockPos, 0, i + 1, 0));
BlockState state = await chunkAccessor.GetBlockState(BlockWorldPos.Add(blockPos, 0, i, 0));
if (!upstate.IsMobCollided() && state.IsMobCollided() && state.CanMobStand())
{
yJumpHeight = i + 1;
canWalk = true;
break;
}
}
if (!isCollided && canWalk)
{
await AttachedObject.SetLocalValue(
EntityWorldPositionComponent.EntityWorldPositionProperty,
EntityWorldPos.Add(entityPos, 0, yJumpHeight, 0));
}
}
public override void Init(Elevator elevator, int id)
{
AttachedObject = elevator;
ObjectId = id;
QSBCore.UnityEvents.RunWhen(() => AttachedObject.GetValue <SingleInteractionVolume>("_interactVolume") != null, InitValues);
}
async Task IHandle <Disable> .Handle(Disable message)
{
var key = AttachedObject.GetValue(AddressByPartitionKeyComponent.AddressByPartitionKeyProperty);
await GrainFactory.GetGrain <ICollectableFinder>(key).UnregisterCollider(AttachedObject);
}
public IEnumerable <int> GetTranslatedIds()
{
var dict = AttachedObject.GetValue <Dictionary <int, OWTreeNode <NomaiTextLine> > >("_idToNodeDict");
return(dict.Keys.Where(key => AttachedObject.IsTranslated(key)));
}