OpenGTA/spritemanager.h

/************************************************************************
* Copyright (c) 2005-2007 tok@openlinux.org.uk                          *
*                                                                       *
* This software is provided as-is, without any express or implied       *
* warranty. In no event will the authors be held liable for any         *
* damages arising from the use of this software.                        *
*                                                                       *
* Permission is granted to anyone to use this software for any purpose, *
* including commercial applications, and to alter it and redistribute   *
* it freely, subject to the following restrictions:                     *
*                                                                       *
* 1. The origin of this software must not be misrepresented; you must   *
* not claim that you wrote the original software. If you use this       *
* software in a product, an acknowledgment in the product documentation *
* would be appreciated but is not required.                             *
*                                                                       *
* 2. Altered source versions must be plainly marked as such, and must   *
* not be misrepresented as being the original software.                 *
*                                                                       *
* 3. This notice may not be removed or altered from any source          *
* distribution.                                                         *
************************************************************************/
#ifndef OGTA_SpriteManager_H
#define OGTA_SpriteManager_H

#include <list>
#include <map>
#include "abstract_container.h"
//#include "pedestrian.h"
#include "game_objects.h"
#include "Singleton.h"
#include "train_system.h"
#include "map_helper.h"

namespace OpenGTA {


	constexpr Uint32 CONST_ANIM_STANDING_STILL = 1;

	constexpr Uint32 CONST_ANIM_WALKING = 2;

	constexpr Uint32 CONST_ANIM_RUNNING = 3;

	constexpr Uint32 CONST_ANIM_SITTING_IN_CAR = 30;

	constexpr Uint32 CONST_ANIM_CAR_EXIT = 31;

	constexpr Uint32 CONST_ANIM_CAR_ENTER = 32;

	/*
    registerAnimation(0, SpriteObject::Animation(0,  0)); // dummy

    registerAnimation(1, SpriteObject::Animation(98, 0)); // standing still
    registerAnimation(2, SpriteObject::Animation(0,  7, 0.001f)); // walking
    registerAnimation(3, SpriteObject::Animation(8,  7, 0.0015f)); // running

    //    registerAnimation(3, SpriteObject::Animation(16,  0)); // sitting in car
    //    registerAnimation(4, SpriteObject::Animation(17, 7)); // car-exit
    //    registerAnimation(5, SpriteObject::Animation(25, 7)); // car-enter
    //registerAnimation(3, SpriteObject::Animation(107, 7, 0.002f));
    //registerAnimation(4, SpriteObject::Animation(99, 7, 0.001f));
    //registerAnimation(5, SpriteObject::Animation(28, 7));
    //    registerAnimation(6, SpriteObject::Animation(38, 2)); // falling
    //registerAnimation(7, SpriteObject::Animation(41, 0)); // sliding under
    //registerAnimation(9, SpriteObject::Animation(44, 0)); // death-back pose
    //registerAnimation(11, SpriteObject::Animation(47, 1)); // swimming 
    //registerAnimation(12, SpriteObject::Animation(98, 0)); // standing still

    registerAnimation(4, SpriteObject::Animation(89, 0)); // standing, gun
    registerAnimation(5, SpriteObject::Animation(99, 7, 0.001f)); // walking, gun
    registerAnimation(6, SpriteObject::Animation(107, 7, 0.002f)); // running, gun

    registerAnimation(7, SpriteObject::Animation(134, 0)); //standing, flamethrower
    registerAnimation(8, SpriteObject::Animation(118, 7, 0.001f)); // walking, flamethrower
    registerAnimation(9, SpriteObject::Animation(126, 7, 0.002f)); // running, flamethrower

    registerAnimation(10, SpriteObject::Animation(152, 0)); //standing, uzi 
    registerAnimation(11, SpriteObject::Animation(136, 7, 0.001f)); // walking, uzi
    registerAnimation(12, SpriteObject::Animation(144, 7, 0.002f)); // running, uzi 

    registerAnimation(13, SpriteObject::Animation(170, 0)); //standing, rocket-launcher 
    registerAnimation(14, SpriteObject::Animation(154, 7, 0.001f)); // walking, rocket-launcher
    registerAnimation(15, SpriteObject::Animation(162, 7, 0.002f)); // running, rocket-launcher



    registerAnimation(42, SpriteObject::Animation(42, 1)); // death pose; maybe just 1?
    registerAnimation(45, SpriteObject::Animation(45, 1)); // shot-in-front

    registerAnimation(46, SpriteObject::Animation(354, 12));*/

#if 0
  class SpriteManager {
    public:
      SpriteManager();
      ~SpriteManager();
      void drawInRect(SDL_Rect & r);
      void clear();

      void addPed(Pedestrian & ped);
      Pedestrian & getPedById(const Uint32 & id);
      void removePedById(const Uint32 & id);
      
      void addCar(Car & car);
      Car & getCarById(const Uint32 & id);
      void removeCarById(const Uint32 & id);

      void addObject(GameObject & go);
      GameObject & getObjectById(const Uint32 & id);
      void removeObjectById(const Uint32 & id);

      void update(Uint32 ticks);
      SpriteObject::Animation & getAnimationById(const Uint32 & id);
      void registerAnimation(const Uint32 & id, const SpriteObject::Animation & anim);

      inline bool getDrawTexture() { return (drawMode & 1); }
      inline bool getDrawTexBorder() { return (drawMode & 2); }
      inline bool getDrawBBox() { return (drawMode & 4); }
      void setDrawTexture(bool v);
      void setDrawTexBorder(bool v);
      void setDrawBBox(bool v);

      void drawPed(Pedestrian & ped);
      void drawCar(Car & car);
      void drawObject(GameObject & obj);
      void drawExplosion(GameObject & obj);

      void drawTrain(TrainSegment & train);
      TrainSegment & getTrainById(const Uint32 & id);

      void createProjectile(uint8_t typeId, float, Vector3D p, Vector3D d, Uint32 & ticks);
      void createExplosion(Vector3D center);
      void drawProjectile(Projectile & p);
      void collideProjectile(Projectile & p);

      typedef std::list<TrainSegment> TrainListType;
    protected:
      typedef std::list<Pedestrian> PedListType;
      PedListType activePeds;
      typedef std::list<Car> CarListType;
      CarListType activeCars;
      typedef std::list<GameObject> ObjectListType;
      ObjectListType activeObjects;
      typedef std::list<Projectile> ProjectileListType;
      ProjectileListType activeProjectiles;
      TrainListType activeTrains;
    public:
      TrainSystem   trainSystem;
    protected:
      typedef std::map<Uint32, SpriteObject::Animation> AnimLookupType;
      AnimLookupType animations;
    private:
      Uint32 drawMode;
  };
#endif
  class SpriteManager : 
    public AbstractContainer<Pedestrian>,
    public AbstractContainer<Car>,
    public AbstractContainer<SpriteObject> { //,
    //public AbstractContainer<TrainSegment> {
      public:

        ~SpriteManager();
        void drawInRect(SDL_Rect & r);
        void clear();
        void removeDeadStuff();

        template <typename T> T & add(const T & t) {
          return AbstractContainer<T>::doAdd(t);
        }

		template <typename T> T & addPed(const T & t) {
			return this->add(t);
		}



        template <typename T> size_t getNum() {
          return AbstractContainer<T>::objs.size();
        }
        inline Pedestrian & getPed(uint32_t id) {
          return AbstractContainer<Pedestrian>::doGet(id);
        }

		inline Pedestrian & getPedById(uint32_t id) {
			return this->getPed(id);
		}

        inline Car & getCar(uint32_t id) {
          return AbstractContainer<Car>::doGet(id);
        }
        inline SpriteObject & getObject(uint32_t id) {
          return AbstractContainer<SpriteObject>::doGet(id);
        }
        /*
        inline TrainSegment & getTrain(uint32_t id) {
          return AbstractContainer<TrainSegment>::doGet(id);
        }*/

        template <typename T> inline std::list<T> & getList() {
          return AbstractContainer<T>::objs;
        }

        inline void removePed(uint32_t id) {
          AbstractContainer<Pedestrian>::doRemove(id);
        }

		inline void removePedById(uint32_t id) {
			this->removePed(id);
		}

        inline void removeCar(uint32_t id) {
          AbstractContainer<Car>::doRemove(id);
        }
        void realRemove();

        inline bool getDrawTexture() { return (drawMode & 1); }
        inline bool getDrawTexBorder() { return (drawMode & 2); }
        inline bool getDrawBBox() { return (drawMode & 4); }
        void setDrawTexture(bool v);
        void setDrawTexBorder(bool v);
        void setDrawBBox(bool v);
        void drawBBoxOutline(const OBox &);
        void drawTextureOutline(const float &, const float &);

        void draw(Car &);
        void draw(Pedestrian &);
        void draw(SpriteObject &);
        void draw(Projectile &);

        void drawExplosion(SpriteObject &);

        void update(Uint32 ticks);

        SpriteObject::Animation & getAnimationById(const Uint32 & id);
        void registerAnimation(const Uint32 & id, const SpriteObject::Animation & anim);

        void createExplosion(Vector3D center);
        void createProjectile(uint8_t typeId, float, Vector3D p, Vector3D d, Uint32 & ticks, Uint32 & owner);


      public:
        //TrainSystem   trainSystem;
        SpriteManager();
        Util::SpriteCreationArea creationArea;
      protected:
        typedef std::map<Uint32, SpriteObject::Animation> AnimLookupType;
        AnimLookupType animations;
        typedef std::list<Projectile> ProjectileListType;
        ProjectileListType activeProjectiles;

      private:
        Uint32 drawMode;
        Uint32 lastCreateTick;

        //SpriteManager(const SpriteManager & o) : trainSystem(AbstractContainer<TrainSegment>::objs) {assert(0);}
        SpriteManager(const SpriteManager & o) {assert(0);}

    };

  typedef Loki::SingletonHolder<SpriteManager> SpriteManagerHolder; 
}

#endif