private void LookupMobs(
RequestCache requestCache)
{
int mobCount = requestCache.GetMobs(m_room_key).Count();
int mobIndex = 0;
m_mobs = new MobState[mobCount];
foreach (Mob mob in requestCache.GetMobs(m_room_key))
{
m_mobs[mobIndex] = new MobState
{
mob_id = mob.ID,
mob_type_name = mob.MobType.Name,
health = mob.Health,
energy = mob.Energy,
game_id = mob.RoomKey.game_id,
room_x = mob.RoomKey.x,
room_y = mob.RoomKey.y,
room_z = mob.RoomKey.z,
x = mob.Position.x,
y = mob.Position.y,
z = mob.Position.z,
angle = mob.Angle
};
++mobIndex;
}
}
private bool DetermineSpawnCount(
RequestCache requestCache)
{
m_max_spawn_count = m_world.WorldTemplate.MaxSpawnsPerRoomEntry;
m_current_spawn_count = requestCache.GetMobs(m_room.room_key).Count();
return(m_current_spawn_count < m_max_spawn_count);
}
private int LookupEntities(
RequestCache requestCache)
{
foreach (Mob mob in requestCache.GetMobs(m_roomKey))
{
m_mobContexts.Add(new MobUpdateContext(this, mob));
}
// Don't bother looking up anything else if there are no mobs
if (m_mobContexts.Count > 0)
{
m_energyTanks = requestCache.GetEnergyTanks(m_roomKey).ToList();
m_players = requestCache.GetPlayers(m_roomKey).ToList();
}
return(m_mobContexts.Count);
}
private bool ChooseMobSpawners(
RequestCache requestCache,
out string result_code)
{
bool success = true;
int desiredSpawnCount = m_max_spawn_count - m_current_spawn_count;
result_code = SuccessMessages.GENERAL_SUCCESS;
// Compute a list of all the occupied nav cells
List <int> occupiedNavCells =
requestCache.GetMobs(m_room.room_key).Select(m => m_room.runtime_nav_mesh.ComputeNavRefAtPoint(m.Position).NavCellIndex).ToList();
// Only use mob spawners that have a non zero remaining spawn count
// and don't have a mob currently standing over stop of it.
List <MobSpawner> availableMobSpawners =
(from s in m_room.mobSpawners
where s.RemainingSpawnCount > 0 &&
!occupiedNavCells.Contains(m_room.runtime_nav_mesh.ComputeNavRefAtPoint(s.Position).NavCellIndex)
select s).ToList <MobSpawner>();
// Shuffle the list and pick the top N spawners (where N is based on difficulty)
if (availableMobSpawners.Count > 0)
{
RNGUtilities.DeterministicKnuthShuffle(m_room.random_seed, availableMobSpawners);
for (int spawnerIndex = 0;
spawnerIndex < availableMobSpawners.Count && spawnerIndex < desiredSpawnCount;
spawnerIndex++)
{
m_chosenMobSpawners.Add(availableMobSpawners[spawnerIndex]);
}
}
return(success);
}
private bool ChooseMobSpawners(
RequestCache requestCache,
out string result_code)
{
bool success= true;
int desiredSpawnCount = m_max_spawn_count - m_current_spawn_count;
result_code = SuccessMessages.GENERAL_SUCCESS;
// Compute a list of all the occupied nav cells
List<int> occupiedNavCells =
requestCache.GetMobs(m_room.room_key).Select(m => m_room.runtime_nav_mesh.ComputeNavRefAtPoint(m.Position).NavCellIndex).ToList();
// Only use mob spawners that have a non zero remaining spawn count
// and don't have a mob currently standing over stop of it.
List<MobSpawner> availableMobSpawners =
(from s in m_room.mobSpawners
where s.RemainingSpawnCount > 0 &&
!occupiedNavCells.Contains(m_room.runtime_nav_mesh.ComputeNavRefAtPoint(s.Position).NavCellIndex)
select s).ToList<MobSpawner>();
// Shuffle the list and pick the top N spawners (where N is based on difficulty)
if (availableMobSpawners.Count > 0)
{
RNGUtilities.DeterministicKnuthShuffle(m_room.random_seed, availableMobSpawners);
for (int spawnerIndex = 0;
spawnerIndex < availableMobSpawners.Count && spawnerIndex < desiredSpawnCount;
spawnerIndex++)
{
m_chosenMobSpawners.Add(availableMobSpawners[spawnerIndex]);
}
}
return success;
}
private void LookupMobs(
RequestCache requestCache)
{
int mobCount = requestCache.GetMobs(m_room_key).Count();
int mobIndex = 0;
m_mobs = new MobState[mobCount];
foreach (Mob mob in requestCache.GetMobs(m_room_key))
{
m_mobs[mobIndex] = new MobState
{
mob_id = mob.ID,
mob_type_name = mob.MobType.Name,
health = mob.Health,
energy = mob.Energy,
game_id = mob.RoomKey.game_id,
room_x = mob.RoomKey.x,
room_y = mob.RoomKey.y,
room_z = mob.RoomKey.z,
x = mob.Position.x,
y = mob.Position.y,
z = mob.Position.z,
angle = mob.Angle
};
++mobIndex;
}
}
private bool DetermineSpawnCount(
RequestCache requestCache)
{
m_max_spawn_count = m_world.WorldTemplate.MaxSpawnsPerRoomEntry;
m_current_spawn_count = requestCache.GetMobs(m_room.room_key).Count();
return m_current_spawn_count < m_max_spawn_count;
}
private int LookupEntities(
RequestCache requestCache)
{
foreach (Mob mob in requestCache.GetMobs(m_roomKey))
{
m_mobContexts.Add(new MobUpdateContext(this, mob));
}
// Don't bother looking up anything else if there are no mobs
if (m_mobContexts.Count > 0)
{
m_energyTanks = requestCache.GetEnergyTanks(m_roomKey).ToList();
m_players = requestCache.GetPlayers(m_roomKey).ToList();
}
return m_mobContexts.Count;
}