sapphire/src/servers/Server_Zone/Zone/Cell.h

#ifndef _CELL_H
#define _CELL_H

#include <stdint.h>

#include "Forwards.h"
#include <set>

namespace Core {


   struct CellCache
   {
      std::vector< Entity::BattleNpcPtr > battleNpcCache;
   };

   typedef std::set< Entity::ActorPtr > ActorSet;

   class Cell 
   {
      friend class Zone;

   private:
      bool m_bForcedActive;
      uint16_t m_posX;
      uint16_t m_posY;
      ActorSet m_actors;
      bool m_bActive;
      bool  m_bLoaded;
      bool m_bUnloadPending;

      uint16_t m_playerCount;
      ZonePtr m_pZone;

   public:
      Cell();
      ~Cell();

      void init(uint32_t x, uint32_t y, ZonePtr pZone);

      void addActor(Entity::ActorPtr pAct); 

      void removeActor(Entity::ActorPtr pAct);

      void loadActors(CellCache* pCC);

      bool hasActor(Entity::ActorPtr pAct) 
      { 
         return (m_actors.find(pAct) != m_actors.end()); 
      }

      bool hasPlayers() const
      { 
         return ((m_playerCount > 0) ? true : false); 
      }

      size_t getActorCount() const
      { 
         return m_actors.size(); 
      }

      void removeActors();

      ActorSet::iterator begin() 
      {
         return m_actors.begin(); 
      }

      ActorSet::iterator end() 
      {
         return m_actors.end(); 
      }

      void setActivity(bool state);

      bool isActive() const
      {
         return m_bActive; 
      }

      bool isLoaded() const
      { 
         return m_bLoaded; 
      }

      uint32_t getPlayerCount() const
      {
         return m_playerCount; 
      }

      bool isUnloadPending() const
      {
         return m_bUnloadPending; 
      }

      void setUnloadPending(bool up) 
      {
         m_bUnloadPending = up; 
      }

      void queueUnloadPending();
      void cancelPendingUnload();
      void unload();

      void setPermanentActivity(bool val) 
      {
         m_bForcedActive = val; 
      }

      bool isForcedActive() const
      {
         return m_bForcedActive; 
      }

      uint16_t getPosX() const
      { 
         return m_posX; 
      }

      uint16_t getPosY() const
      { 
         return m_posY; 
      }
   };

}
#endif