IMapController.h
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//
// AniMapLayer.h
// SteveMaggieCpp
//
// Created by Katarzyna Kalinowska-Górska on 17.05.2017.
//
//
#ifndef IMapController_h
#define IMapController_h
#include "cocos2d.h"
#include "IMapImageObject.h"
#include "IMapAdventureObject.h"
#include "IMapAdventureObjectMapper.h"
#include "AniMapUtils.h"
#include "IMapControlInterface.h"
class IMapController : public IMapControlInterface {
public:
IMapController(cocos2d::TMXTiledMap* p_map, IMapAdventureObjectMapper* p_adventureObjectMapper){
m_map = p_map;
m_adventureObjectMapper = p_adventureObjectMapper;
}
inline cocos2d::TMXTiledMap* getMap(){ return m_map; }
virtual cocos2d::TMXLayer* getTileLayer() = 0;
virtual cocos2d::TMXLayer* getTileObjectLayer() = 0;
// virtual void addBlockedTile(AniMapUtils::TileData p_tile) = 0;
virtual void addBlockedTiles(std::vector<AniMapUtils::TileData> p_tiles, bool recalculateGraph) = 0;
// virtual void removeBlockedTile(AniMapUtils::TileData p_tile) = 0;
virtual void removeBlockedTiles(std::vector<AniMapUtils::TileData> p_tiles, bool recalculateGraph) = 0;
inline AniMapUtils::TileData getTileForTouchPoint(cocos2d::Point p_screenTouchPoint){
auto mapPoint = AniMapUtils::getInstance().translateScreenPositionToMapPosition(p_screenTouchPoint, getCameraPosition());
return AniMapUtils::getInstance().translateXYPointToColRow(mapPoint, m_map->getTileSize().width, m_map->getTileSize().height, m_map->getMapSize().width, m_map->getMapSize().height);
}
virtual void revealTile(cocos2d::Vec2 tileCoord) = 0;
virtual void revealTilesInRadius(cocos2d::Point p_center, float p_radiusX, float p_radiusY) = 0;
// map image objects
virtual int getBackgroundDepth() = 0;
virtual int getMaxObjectDepth() = 0;
virtual IMapImageObject* getMapImageObject(std::string p_objectName) = 0;
virtual std::vector<IMapImageObject*> getMapImageObjects() = 0;
virtual std::vector<IMapImageObject*> getMapImageObjectsBoundByRect(cocos2d::Rect p_rect) = 0;
// map adventure objects
virtual void parseAdventureObjects(const std::string& p_mapAdventureObjectsFile, IMapAdventureObjectDelegate* p_objectsDelegate) = 0;
virtual std::vector<IMapAdventureObject*> getAdventureObjectsAtTile(const AniMapUtils::TileData& p_tileData, bool activeObjectsOnly = true) = 0;
std::vector<IMapAdventureObject*> getAdventureObjectsAtMapPoint(cocos2d::Point p_mapPoint, bool activeObjectsOnly = true){
auto rowCol = AniMapUtils::getInstance().translateXYPointToColRow(p_mapPoint, m_map->getTileSize().width, m_map->getTileSize().height, m_map->getMapSize().width, m_map->getMapSize().height);
return getAdventureObjectsAtTile(rowCol);
}
std::vector<IMapAdventureObject*> getAdventureObjectsAtTouchPoint(cocos2d::Point p_screenTouchPoint, bool activeObjectsOnly = true){
return getAdventureObjectsAtMapPoint(AniMapUtils::getInstance().translateScreenPositionToMapPosition(p_screenTouchPoint, getCameraPosition()), activeObjectsOnly);
}
virtual void clearAdventureObjects(bool clearAssociatedImageObjects = true) = 0;
virtual void clearAdventureObject(IMapAdventureObject* p_adventureObject, bool clearAssociatedImageObjects = true) = 0;
virtual void remapAdventureObject(IMapAdventureObject* p_adventureObject) = 0;
// TODO TIHS IS TEMP> PARSING SHOULD E SOMEWHERE IN A MAP PARSER EVERYTHING SHOULD BE ARRANGED IN A SMART WAY
//TODO ADVENTURE OBJECTS HSOULD BE HERE AS WELL
virtual void insertMapImageObject(std::string objectName, IMapImageObject* object) = 0;
// camera
constexpr static float DefaultCameraVelocity {800};
inline void setCameraVelocity(float p_cameraVelocity){ m_cameraVelocity = p_cameraVelocity;}
inline cocos2d::Point getCameraPosition(){ return m_map->getParent()->getPosition(); };
virtual cocos2d::Vec2 moveCamera(float deltaX, float deltaY, bool animated = false) = 0;
virtual bool setCameraCenter(cocos2d::Point position, bool instantEffect = false) = 0;
virtual bool centerCameraOnNode(cocos2d::Node* p_node, bool instantEffect = false) = 0;
virtual bool isInZoomMode() = 0;
virtual void cancelZoomMode() = 0;
inline void setCameraDestination(cocos2d::Point p_cameraDestination){
m_cameraDestination = p_cameraDestination;
}
inline void moveCameraDestination(cocos2d::Point p_delta){
m_cameraDestination += p_delta;
}
virtual void setCameraCut(cocos2d::Rect cameraCut){
m_cameraCut = cameraCut;
};
virtual void cancelCameraCut(){
m_cameraCut = cocos2d::Rect::ZERO;
}
// update
virtual void update(float dt) = 0;
virtual void reset() = 0;
virtual ~IMapController(){};
//
//// IMapControlInterface
//
// virtual void handleCommandSingleXYPress(const IMapControlSingleXYEventData& eventData) = 0;
// virtual void handleCommandSingleXYMove(const IMapControlSingleXYEventData& eventData) = 0;
// virtual void handleCommandSingleXYRelease(const IMapControlSingleXYEventData& eventData) = 0;
protected:
cocos2d::TMXTiledMap* m_map;
cocos2d::Rect m_cameraCut { cocos2d::Rect::ZERO };
IMapAdventureObjectMapper* m_adventureObjectMapper;
cocos2d::Point m_cameraDestination;
float m_cameraVelocity {DefaultCameraVelocity};
};
#endif /* IMapController_h */