private AddPhysicsTask ( PhysicsTask task, int Delay ) : void | ||
task | PhysicsTask | |
Delay | int | |
return | void |
public static void blockSquash(object sender, PlayerPlacingBlockEventArgs e) { try { Player player = e.Player; World world = player.World; if (null == world) { return; } lock (world.SyncRoot) { if (null != world.Map && world.IsLoaded && world.plantPhysics) { if (e.NewBlock == Block.Plant) { world.AddPhysicsTask(new PlantTask(world, ( short )e.Coords.X, ( short )e.Coords.Y, ( short )e.Coords.Z), PlantTask.GetRandomDelay()); } Vector3I z = new Vector3I(e.Coords.X, e.Coords.Y, e.Coords.Z - 1); if (world.Map.GetBlock(z) == Block.Grass && e.NewBlock != Block.Air) { world.Map.QueueUpdate(new BlockUpdate(null, z, Block.Dirt)); } else if (Physics.CanSquash(world.Map.GetBlock(z)) && e.NewBlock != Block.Air) { e.Result = CanPlaceResult.Revert; Player.RaisePlayerPlacedBlockEvent(player, world.Map, z, world.Map.GetBlock(z), e.NewBlock, BlockChangeContext.Physics); world.Map.QueueUpdate(new BlockUpdate(null, z, e.NewBlock)); } } } } catch (Exception ex) { Logger.Log(LogType.SeriousError, "BlockSquash" + ex); } }
public void HitPlayer(World world, Vector3I pos, Player hitted, Player by, ref int restDistance, IList <BlockUpdate> updates) { hitted.Kill(world, String.Format("{0}&S was torn to pieces by {1}", hitted.ClassyName, hitted.ClassyName == by.ClassyName ? "theirself" : by.ClassyName)); updates.Add(new BlockUpdate(null, pos, Block.TNT)); world.AddPhysicsTask(new TNTTask(world, pos, by, false, true), 0); restDistance = 0; }
public static void ClickedGlass(object sender, PlayerClickingEventArgs e) { if (e.Player.GunMode && !e.Player.Info.IsHidden && !e.Player.Info.IsFrozen) { World world = e.Player.World; Map map = e.Player.World.Map; if (e.Player.GunCache.Values.Contains(e.Coords)) { if (world.gunPhysics) { e.Player.Send(PacketWriter.MakeSetBlock(e.Coords.X, e.Coords.Y, e.Coords.Z, Block.Glass)); if (e.Block == Block.TNT && world.tntPhysics) { if (e.Player.CanFireTNT()) { double ksi = 2.0 * Math.PI * (-e.Player.Position.L) / 256.0; double r = Math.Cos(ksi); double phi = 2.0 * Math.PI * (e.Player.Position.R - 64) / 256.0; Vector3F dir = new Vector3F((float)(r * Math.Cos(phi)), (float)(r * Math.Sin(phi)), (float)(Math.Sin(ksi))); world.AddPhysicsTask( new Particle(world, e.Coords, dir, e.Player, Block.TNT, _tntBulletBehavior), 0); } } else { Block block = e.Block; if (block == Block.BlueWool) { block = Block.Water; } if (block == Block.OrangeWool) { block = Block.Lava; } double ksi = 2.0 * Math.PI * (-e.Player.Position.L) / 256.0; double r = Math.Cos(ksi); double phi = 2.0 * Math.PI * (e.Player.Position.R - 64) / 256.0; Vector3F dir = new Vector3F((float)(r * Math.Cos(phi)), (float)(r * Math.Sin(phi)), (float)(Math.Sin(ksi))); world.AddPhysicsTask(new Particle(world, e.Coords, dir, e.Player, block, _bulletBehavior), 0); } } } } }
public bool VisitBlock(World world, Vector3I pos, Block block, Player owner, ref int restDistance, IList <BlockUpdate> updates, Block sending) { if (Block.Air != block && Block.Water != block) //explode it { updates.Add(new BlockUpdate(null, pos, Block.TNT)); world.AddPhysicsTask(new TNTTask(world, pos, owner, false, true), 0); restDistance = 0; return(false); } return(true); }
public void ClickedFootball(object sender, PlayerClickedEventArgs e) { //replace e.coords with player.Pos.toblock()(moving event) if (e.Coords == _world.footballPos) { double ksi = 2.0 * Math.PI * (-e.Player.Position.L) / 256.0; double r = Math.Cos(ksi); double phi = 2.0 * Math.PI * (e.Player.Position.R - 64) / 256.0; Vector3F dir = new Vector3F((float)(r * Math.Cos(phi)), (float)(r * Math.Sin(phi)), (float)(Math.Sin(ksi))); _world.AddPhysicsTask(new Particle(_world, e.Coords, dir, e.Player, Block.White, _footballBehavior), 0); } }
//true if not stopped public bool VisitBlock(World world, Vector3I pos, Block block, Player owner, ref int restDistance, IList <BlockUpdate> updates, Block sending) { if (Block.TNT == block) //explode it { world.AddPhysicsTask(new TNTTask(world, pos, owner, false, true), _r.Next(150, 300)); } if (Block.Air != block && Block.Water != block && Block.Lava != block) { if (owner.CanPlace(world.Map, pos, Block.Wood, BlockChangeContext.Manual) == CanPlaceResult.Allowed) { updates.Add(new BlockUpdate(null, pos, Block.Air)); } } return(true); }
internal static void SpellHandler(Player player, Command cmd) { World world = player.World; Vector3I pos1 = player.Position.ToBlockCoords(); Random _r = new Random(); int n = _r.Next(8, 12); for (int i = 0; i < n; ++i) { double phi = -_r.NextDouble() + -player.Position.L * 2 * Math.PI; double ksi = -_r.NextDouble() + player.Position.R * Math.PI - Math.PI / 2.0; Vector3F direction = (new Vector3F(( float )(Math.Cos(phi) * Math.Cos(ksi)), ( float )(Math.Sin(phi) * Math.Cos(ksi)), ( float )Math.Sin(ksi))).Normalize(); world.AddPhysicsTask(new Particle(world, (pos1 + 2 * direction).Round(), direction, player, Block.Obsidian, particleBehavior), 0); } }
private static void PlayerMoving(object sender, PlayerMovingEventArgs e) { if (_world != null && e.Player.World == _world) { if (_world.gameMode == GameMode.MineField && !Failed.Contains(e.Player)) { if (e.NewPosition != null) { Vector3I oldPos = new Vector3I(e.OldPosition.X / 32, e.OldPosition.Y / 32, e.OldPosition.Z / 32); Vector3I newPos = new Vector3I(e.NewPosition.X / 32, e.NewPosition.Y / 32, e.NewPosition.Z / 32); if (oldPos.X != newPos.X || oldPos.Y != newPos.Y || oldPos.Z != newPos.Z) { if (!_map.InBounds(newPos)) { e.Player.TeleportTo(_map.Spawn); newPos = ( Vector3I )_map.Spawn; } // Check if the player jumped, flew, whatevers if (newPos.Z > _ground + 2) { e.Player.TeleportTo(e.OldPosition); newPos = oldPos; } foreach (Vector3I pos in Mines.Values) { if (newPos == new Vector3I(pos.X, pos.Y, pos.Z + 2) || newPos == new Vector3I(pos.X, pos.Y, pos.Z + 1) || newPos == new Vector3I(pos.X, pos.Y, pos.Z)) { _world.Map.QueueUpdate(new BlockUpdate(null, pos, Block.TNT)); _world.AddPhysicsTask(new TNTTask(_world, pos, null, true, false), 0); Vector3I removed; Mines.TryRemove(pos.ToString(), out removed); } } if (_map.GetBlock(newPos.X, newPos.Y, newPos.Z - 2) == Block.Green && !_stopped) { _stopped = true; Stop(e.Player, true); } } } } } }
public bool VisitBlock(World world, Vector3I pos, Block block, Player owner, ref int restDistance, IList<BlockUpdate> updates, Block sending) { if (Block.Air != block && Block.Water != block) //explode it { updates.Add(new BlockUpdate(null, pos, Block.TNT)); world.AddPhysicsTask(new TNTTask(world, pos, owner, false, true), 0); restDistance = 0; return false; } return true; }
public void HitPlayer(World world, Vector3I pos, Player hitted, Player by, ref int restDistance, IList<BlockUpdate> updates) { hitted.Kill(world, String.Format("{0}&S was torn to pieces by {1}", hitted.ClassyName, hitted.ClassyName == by.ClassyName ? "theirself" : by.ClassyName)); updates.Add(new BlockUpdate(null, pos, Block.TNT)); world.AddPhysicsTask(new TNTTask(world, pos, by, false, true), 0); restDistance = 0; }
//true if not stopped public bool VisitBlock(World world, Vector3I pos, Block block, Player owner, ref int restDistance, IList<BlockUpdate> updates, Block sending) { if (Block.TNT == block) //explode it { world.AddPhysicsTask(new TNTTask(world, pos, owner, false, true), _r.Next(150, 300)); } if (Block.Air != block && Block.Water != block && Block.Lava != block) updates.Add(new BlockUpdate(null, pos, Block.Air)); return true; }
public static void PlayerPlacingPhysics(object sender, PlayerPlacingBlockEventArgs e) { World world = e.Player.World; if (e.Result != CanPlaceResult.Allowed) { return; } if (e.NewBlock == Block.Gold) { if (e.Context == BlockChangeContext.Manual) { if (e.Player.fireworkMode && world.fireworkPhysics) { if (world.FireworkCount > 10) { e.Result = CanPlaceResult.Revert; e.Player.Message("&WThere are too many active fireworks on this world"); return; } else { world.FireworkCount++; world.AddPhysicsTask(new Firework(world, e.Coords), 300); } } } } if (e.NewBlock == Block.TNT) { if (world.tntPhysics) { if (e.Context == BlockChangeContext.Manual) { lock (world.SyncRoot) { world.AddPhysicsTask(new TNTTask(world, e.Coords, e.Player, false, true), 3000); return; } } } } if (e.NewBlock == Block.Sand || e.NewBlock == Block.Gravel) { if (e.Context == BlockChangeContext.Manual) { if (world.sandPhysics) { lock (world.SyncRoot) { world.AddPhysicsTask(new SandTask(world, e.Coords, e.NewBlock), 150); return; } } } } if (Physics.CanFloat(e.NewBlock)) { if (world.waterPhysics) { if (e.Context == BlockChangeContext.Manual) { world.AddPhysicsTask(new BlockFloat(world, e.Coords, e.NewBlock), 200); return; } } } if (!Physics.CanFloat(e.NewBlock) && e.NewBlock != Block.Air && e.NewBlock != Block.Water && e.NewBlock != Block.Lava && e.NewBlock != Block.BrownMushroom && e.NewBlock != Block.RedFlower && e.NewBlock != Block.RedMushroom && e.NewBlock != Block.YellowFlower && e.NewBlock != Block.Plant) { if (e.Context == BlockChangeContext.Manual) { if (world.waterPhysics) { world.AddPhysicsTask(new BlockSink(world, e.Coords, e.NewBlock), 200); return; } } } }
//true if not stopped public bool VisitBlock(World world, Vector3I pos, Block block, Player owner, ref int restDistance, IList<BlockUpdate> updates, Block sending) { if (Block.TNT == block) //explode it { world.AddPhysicsTask(new TNTTask(world, pos, owner, false, true), _r.Next(150, 300)); } if (Block.Air != block && Block.Water != block && Block.Lava != block) if (owner.CanPlace(world.Map, pos, Block.Wood, BlockChangeContext.Manual) == CanPlaceResult.Allowed) updates.Add(new BlockUpdate(null, pos, Block.Air)); return true; }