public void ViewVisibleThread()
{
Output.WriteLine("[WORLD SERVER]View Visible Thread started");
while (true)
{
ArrayList deadPlayers = new ArrayList();
ArrayList removeEntities = new ArrayList();
// Clean
lock (WorldSocket.Clients.SyncRoot)
{
foreach (string clientKey in WorldSocket.Clients.Keys)
{
// Collect dead players to arraylist
WorldClient thisclient = WorldSocket.Clients[clientKey] as WorldClient;
if (thisclient.Alive == false)
{
// Add dead Player to the List - we need later to clear them
deadPlayers.Add(clientKey);
}
}
cleanDeadPlayers(deadPlayers);
}
// Check for Player Views
lock (WorldSocket.Clients.SyncRoot)
{
foreach (string clientKey in WorldSocket.Clients.Keys)
{
// get Current client
WorldClient currentClient = WorldSocket.Clients[clientKey] as WorldClient;
// Loop all Clients and check if we need to create a view for it
foreach (string clientOtherKey in WorldSocket.Clients.Keys)
{
WorldClient otherClient = WorldSocket.Clients[clientOtherKey] as WorldClient;
if (otherClient != currentClient)
{
ClientView clientView = currentClient.viewMan.getViewForEntityAndGo(otherClient.playerData.getEntityId(), NumericalUtils.ByteArrayToUint16(otherClient.playerInstance.GetGoid(), 1));
// Create
Maths math = new Maths();
double currentPlayerX = 0;
double currentPlayerY = 0;
double currentPlayerZ = 0;
double otherPlayerX = 0;
double otherPlayerY = 0;
double otherPlayerZ = 0;
NumericalUtils.LtVector3dToDoubles(currentClient.playerInstance.Position.getValue(), ref currentPlayerX, ref currentPlayerY, ref currentPlayerZ);
NumericalUtils.LtVector3dToDoubles(currentClient.playerInstance.Position.getValue(), ref otherPlayerX, ref otherPlayerY, ref otherPlayerZ);
Maths mathUtils = new Maths();
bool playerIsInCircle = mathUtils.IsInCircle((float)currentPlayerX, (float)currentPlayerZ, (float)otherPlayerX, (float)otherPlayerZ, 5000);
if (clientView.viewCreated == false && currentClient.playerData.getDistrictId() == otherClient.playerData.getDistrictId() && otherClient.playerData.getOnWorld() && currentClient.playerData.getOnWorld() && playerIsInCircle)
{
// Spawn player
ServerPackets pak = new ServerPackets();
pak.sendSystemChatMessage(currentClient, "Player " + otherClient.playerInstance.GetName() + " with new View ID " + clientView.ViewID + " jacked in", "BROADCAST");
pak.sendPlayerSpawn(currentClient, otherClient, clientView.ViewID);
clientView.spawnId = currentClient.playerData.spawnViewUpdateCounter;
clientView.viewCreated = true;
}
if (clientView.viewCreated && !playerIsInCircle)
{
// ToDo: delete mob
ServerPackets packets = new ServerPackets();
packets.sendSystemChatMessage(currentClient, "Player " + otherClient.playerInstance.GetName() + " with View ID " + clientView.ViewID + " jacked out!", "MODAL");
packets.sendDeleteViewPacket(currentClient, clientView.ViewID);
currentClient.viewMan.removeViewByViewId(clientView.ViewID);
}
}
}
}
}
// Spawn/Update for mobs
int npcCount = WorldSocket.npcs.Count;
for (int i = 0; i < npcCount; i++)
{
npc thismob = (npc)WorldSocket.npcs[i];
lock (WorldSocket.Clients.SyncRoot)
{
foreach (string clientKey in WorldSocket.Clients.Keys)
{
// Loop through all clients
WorldClient thisclient = WorldSocket.Clients[clientKey] as WorldClient;
if (thisclient.Alive == true)
{
// Check if
if (thisclient.playerData.getOnWorld() == true && thisclient.playerData.waitForRPCShutDown == false)
{
Maths math = new Maths();
double playerX = 0;
double playerY = 0;
double playerZ = 0;
NumericalUtils.LtVector3dToDoubles(thisclient.playerInstance.Position.getValue(), ref playerX, ref playerY, ref playerZ);
Maths mathUtils = new Maths();
bool mobIsInCircle = mathUtils.IsInCircle((float)playerX, (float)playerZ, (float)thismob.getXPos(), (float)thismob.getZPos(), 5000);
// ToDo: Check if mob is in circle of player (radian some value that is in a middle range for example 300m)
// Create
ClientView mobView = thisclient.viewMan.getViewForEntityAndGo(thismob.getEntityId(), NumericalUtils.ByteArrayToUint16(thismob.getGoId(), 1));
if (mobView.viewCreated == false && thismob.getDistrict() == thisclient.playerData.getDistrictId() && thisclient.playerData.getOnWorld() && mobIsInCircle)
{
ServerPackets pak = new ServerPackets();
pak.sendSystemChatMessage(thisclient, "Mob with Name " + thismob.getName() + " with new View ID " + mobView.ViewID + " spawned", "BROADCAST");
ServerPackets mobPak = new ServerPackets();
mobPak.spawnMobView(thisclient, thismob, mobView);
mobView.spawnId = thisclient.playerData.spawnViewUpdateCounter;
mobView.viewCreated = true;
}
// Update Mob
if (mobView.viewCreated == true && thismob.getDistrict() == thisclient.playerData.getDistrictId() && thisclient.playerData.getOnWorld())
{
// ToDo: We need to involve the Statuslist here and we need to move them finaly
if (thismob.getIsDead() == false)
{
updateMob(thisclient, ref thismob, mobView);
}
}
// Mob moves outside - should delete it
if (mobView.viewCreated == true &&
!mobIsInCircle &&
thismob.getDistrict() == thisclient.playerData.getDistrictId())
{
// ToDo: delete mob
ServerPackets packets = new ServerPackets();
packets.sendDeleteViewPacket(thisclient, mobView.ViewID);
packets.sendSystemChatMessage(thisclient, "MobView (" + thismob.getName() + " LVL: " + thismob.getLevel() + " ) with View ID " + mobView.ViewID + " is out of range and is deleted!", "MODAL");
thisclient.viewMan.removeViewByViewId(mobView.ViewID);
}
}
}
}
}
thismob.updateClient = false;
}
Thread.Sleep(500);
}
}
public int generatePathTable()
{
// We firs test this with just one moove from point x to y
// To calc this we need to know the time the object needs to reach this point,
// the new point and the rotation to calc pretty to sync client and server position is right
// to get a smooth walking :)
var math = new Maths();
// First choose a new pos in the range
var newPos = math.RandomPointOnCircle((float)xBase, (float)yBase, (float)zBase, 5.0f * 100);
#if DEBUG
Output.WriteDebugLog("Mob Goes from X: " + getXPos() + " , Z: " + getZPos() + " to X: " + newPos.x +
", Z: " + newPos.z);
#endif
var xNew = (double)newPos.x;
var zNew = (double)newPos.z;
destination = newPos;
// Try to calculate rotation
// Oh this seems to match ...needs more testing later when we fixed random pos
var yaw = Math.Atan((xNew - getXPos()) / (zNew - getZPos())) * 128 / Math.PI;
var calcRotation = Math.Atan2(Math.Cos(xNew), Math.Sin(zNew) * Math.Sin(zNew)) * 128 / Math.PI;
var testRot = Math.Atan2(xNew, zNew) * 180 / Math.PI;
var testRot2 = Math.Atan2(xNew, zNew) * 128 / Math.PI;
#if DEBUG
Output.WriteDebugLog("Test Rot with 360 : " + testRot + "| 255 : " + testRot2 + " AND THE YAW: " + yaw +
" (Cast to uint16 : " + Convert.ToInt16(yaw) + " )");
#endif
var yawVal = (int)Convert.ToInt16(yaw);
if (zNew < getZPos() || xNew < getXPos())
{
#if DEBUG
Output.WriteDebugLog("Need to adjust YAW + 128 from :" + yawVal + " to: " + (yawVal + 128));
#endif
yawVal = yawVal + 128;
}
else
{
#if DEBUG
Output.WriteDebugLog("Need to adjust YAW - 128 from :" + yawVal + " to: " + (yawVal - 128));
#endif
yawVal = yawVal - 128;
}
#if DEBUG
Output.WriteDebugLog("YAW VAL :" + yawVal);
#endif
rotation = (ushort)yawVal;
#if DEBUG
Output.WriteDebugLog("Calc Rotation : " + calcRotation + " and to UINT : " + (uint)calcRotation);
#endif
// Calculate the distance for seconds to move
var requiredSeconds = (int)(math.distance2Coords((float)xPos, (float)xNew, (float)zPos, (float)zNew) /
0.176 / 500 * 0.9586);
return(requiredSeconds);
}
