project-meteor-server/FFXIVClassic Map Server/actors/area/Area.cs

340 lines
11 KiB
C#

using FFXIVClassic_Lobby_Server.common;
using FFXIVClassic_Lobby_Server.packets;
using FFXIVClassic_Map_Server.dataobjects;
using FFXIVClassic_Map_Server.dataobjects.chara;
using FFXIVClassic_Map_Server.lua;
using FFXIVClassic_Map_Server.packets.send.actor;
using MoonSharp.Interpreter;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
namespace FFXIVClassic_Map_Server.Actors
{
class Area : Actor
{
public string zoneName;
public ushort regionId;
public bool isIsolated, canStealth, isInn, canRideChocobo, isInstanceRaid;
public ushort weatherNormal, weatherCommon, weatherRare;
public ushort bgmDay, bgmNight, bgmBattle;
private string classPath;
public int boundingGridSize = 50;
public int minX = -1000, minY = -1000, maxX = 1000, maxY = 1000;
private int numXBlocks, numYBlocks;
private int halfWidth, halfHeight;
private Dictionary<uint, Actor> mActorList = new Dictionary<uint,Actor>();
private List<Actor>[,] mActorBlock;
Script areaScript;
public Area(uint id, string zoneName, ushort regionId, string className, ushort bgmDay, ushort bgmNight, ushort bgmBattle, bool isIsolated, bool isInn, bool canRideChocobo, bool canStealth, bool isInstanceRaid)
: base(id)
{
this.zoneName = zoneName;
this.regionId = regionId;
this.canStealth = canStealth;
this.isIsolated = isIsolated;
this.isInn = isInn;
this.canRideChocobo = canRideChocobo;
this.isInstanceRaid = isInstanceRaid;
this.bgmDay = bgmDay;
this.bgmNight = bgmNight;
this.bgmBattle = bgmBattle;
this.displayNameId = 0;
this.customDisplayName = "_areaMaster";
this.actorName = String.Format("_areaMaster@{0:X5}",id<<8);
this.className = className;
numXBlocks = (maxX - minX) / boundingGridSize;
numYBlocks = (maxY - minY) / boundingGridSize;
mActorBlock = new List<Actor>[numXBlocks, numYBlocks];
halfWidth = numXBlocks / 2;
halfHeight = numYBlocks / 2;
for (int y = 0; y < numYBlocks; y++)
{
for (int x = 0; x < numXBlocks; x++ )
{
mActorBlock[x, y] = new List<Actor>();
}
}
}
public override SubPacket createScriptBindPacket(uint playerActorId)
{
List<LuaParam> lParams;
lParams = LuaUtils.createLuaParamList(classPath, false, true, zoneName, "/Area/Zone/ZoneDefault", -1, (byte)1, true, false, false, false, false, false, false, false);
return ActorInstantiatePacket.buildPacket(actorId, playerActorId, actorName, "ZoneDefault", lParams);
}
public override BasePacket getSpawnPackets(uint playerActorId)
{
List<SubPacket> subpackets = new List<SubPacket>();
subpackets.Add(createAddActorPacket(playerActorId, 0));
subpackets.Add(createSpeedPacket(playerActorId));
subpackets.Add(createSpawnPositonPacket(playerActorId, 0x1));
subpackets.Add(createNamePacket(playerActorId));
subpackets.Add(createStatePacket(playerActorId));
subpackets.Add(createIsZoneingPacket(playerActorId));
subpackets.Add(createScriptBindPacket(playerActorId));
return BasePacket.createPacket(subpackets, true, false);
}
#region Actor Management
public void addActorToZone(Actor actor)
{
if (!mActorList.ContainsKey(actor.actorId))
mActorList.Add(actor.actorId, actor);
int gridX = (int)actor.positionX / boundingGridSize;
int gridY = (int)actor.positionZ / boundingGridSize;
gridX += halfWidth;
gridY += halfHeight;
//Boundries
if (gridX < 0)
gridX = 0;
if (gridX >= numXBlocks)
gridX = numXBlocks - 1;
if (gridY < 0)
gridY = 0;
if (gridY >= numYBlocks)
gridY = numYBlocks - 1;
lock (mActorBlock)
mActorBlock[gridX, gridY].Add(actor);
}
public void removeActorFromZone(Actor actor)
{
mActorList.Remove(actor.actorId);
int gridX = (int)actor.positionX / boundingGridSize;
int gridY = (int)actor.positionZ / boundingGridSize;
gridX += halfWidth;
gridY += halfHeight;
//Boundries
if (gridX < 0)
gridX = 0;
if (gridX >= numXBlocks)
gridX = numXBlocks - 1;
if (gridY < 0)
gridY = 0;
if (gridY >= numYBlocks)
gridY = numYBlocks - 1;
lock (mActorBlock)
mActorBlock[gridX, gridY].Remove(actor);
}
public void updateActorPosition(Actor actor)
{
int gridX = (int)actor.positionX / boundingGridSize;
int gridY = (int)actor.positionZ / boundingGridSize;
gridX += halfWidth;
gridY += halfHeight;
//Boundries
if (gridX < 0)
gridX = 0;
if (gridX >= numXBlocks)
gridX = numXBlocks - 1;
if (gridY < 0)
gridY = 0;
if (gridY >= numYBlocks)
gridY = numYBlocks - 1;
int gridOldX = (int)actor.oldPositionX / boundingGridSize;
int gridOldY = (int)actor.oldPositionZ / boundingGridSize;
gridOldX += halfWidth;
gridOldY += halfHeight;
//Boundries
if (gridOldX < 0)
gridOldX = 0;
if (gridOldX >= numXBlocks)
gridOldX = numXBlocks - 1;
if (gridOldY < 0)
gridOldY = 0;
if (gridOldY >= numYBlocks)
gridOldY = numYBlocks - 1;
//Still in same block
if (gridX == gridOldX && gridY == gridOldY)
return;
lock (mActorBlock)
{
mActorBlock[gridOldX, gridOldY].Remove(actor);
mActorBlock[gridX, gridY].Add(actor);
}
}
public List<Actor> getActorsAroundPoint(float x, float y, int checkDistance)
{
checkDistance /= boundingGridSize;
int gridX = (int)x/boundingGridSize;
int gridY = (int)y/boundingGridSize;
gridX += halfWidth;
gridY += halfHeight;
//Boundries
if (gridX < 0)
gridX = 0;
if (gridX >= numXBlocks)
gridX = numXBlocks - 1;
if (gridY < 0)
gridY = 0;
if (gridY >= numYBlocks)
gridY = numYBlocks - 1;
List<Actor> result = new List<Actor>();
for (int gx = gridX - checkDistance; gx <= gridX + checkDistance; gx++)
{
for (int gy = gridY - checkDistance; gy <= gridY + checkDistance; gy++)
{
result.AddRange(mActorBlock[gx, gy]);
}
}
//Remove players if isolation zone
if (isIsolated)
{
for (int i = 0; i < result.Count; i++)
{
if (result[i] is Player)
result.RemoveAt(i);
}
}
return result;
}
public List<Actor> getActorsAroundActor(Actor actor, int checkDistance)
{
checkDistance /= boundingGridSize;
int gridX = (int)actor.positionX / boundingGridSize;
int gridY = (int)actor.positionZ / boundingGridSize;
gridX += halfWidth;
gridY += halfHeight;
//Boundries
if (gridX < 0)
gridX = 0;
if (gridX >= numXBlocks)
gridX = numXBlocks - 1;
if (gridY < 0)
gridY = 0;
if (gridY >= numYBlocks)
gridY = numYBlocks - 1;
List<Actor> result = new List<Actor>();
for (int gy = ((gridY - checkDistance) < 0 ? 0 : (gridY - checkDistance)); gy <= ((gridY + checkDistance) >= numYBlocks ? numYBlocks - 1 : (gridY + checkDistance)); gy++)
{
for (int gx = ((gridX - checkDistance) < 0 ? 0 : (gridX - checkDistance)); gx <= ((gridX + checkDistance) >= numXBlocks ? numXBlocks - 1 : (gridX + checkDistance)); gx++)
{
result.AddRange(mActorBlock[gx, gy]);
}
}
//Remove players if isolation zone
if (isIsolated)
{
for (int i = 0; i < result.Count; i++)
{
if (result[i] is Player)
result.RemoveAt(i);
}
}
return result;
}
#endregion
public Actor FindActorInZone(uint id)
{
if (!mActorList.ContainsKey(id))
return null;
return mActorList[id];
}
public Player FindPCInZone(string name)
{
foreach (Actor a in mActorList.Values)
{
if (a is Player)
{
if (((Player)a).customDisplayName.Equals(name))
return (Player)a;
}
}
return null;
}
public Player FindPCInZone(uint id)
{
if (!mActorList.ContainsKey(id))
return null;
return (Player)mActorList[id];
}
public void clear()
{
//Clear All
mActorList.Clear();
for (int y = 0; y < numYBlocks; y++)
{
for (int x = 0; x < numXBlocks; x++)
{
mActorBlock[x, y].Clear();
}
}
}
public void broadcastPacketAroundActor(Actor actor, SubPacket packet)
{
if (isIsolated)
return;
List<Actor> aroundActor = getActorsAroundActor(actor, 50);
foreach (Actor a in aroundActor)
{
if (a is Player)
{
if (isIsolated && packet.header.sourceId != a.actorId)
continue;
SubPacket clonedPacket = new SubPacket(packet, actor.actorId);
Player p = (Player)a;
p.queuePacket(clonedPacket);
}
}
}
}
}