gfCPairsMiniGameLogicComponent.h

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/********************************************************************
*
*       File:           gfCPairsMiniGameLogicComponent.h
*
*       Purpose:        Logic component added to a scene to control the
*                               pairs as a mini game - need to
*                               track them and reset if required
*
*********************************************************************/
 
#ifndef gfCPairsMiniGameLogicComponenthdr
#define gfCPairsMiniGameLogicComponenthdr
 
#include "gfCPairsMinigameComponent.h"
#include "../gfIMinigameLogic.h"
 
class gfCPairsMinigameComponent;
 
class gfCPairsMiniGameLogicComponent : public gfIMinigameLogic
{
        friend class fsCComponentFactory;
 
public:
 
        enum eTRANSITION{
                eFADE,
                eROTATE,
        };
 
        fsBool shuffleGet() const;
        eTRANSITION transitionGet() const;
        
        std::vector<gfCPairsMinigameComponent*> gamePiecesGet() const;
        static const fsCUniqueId mTypeId;
 
protected:
 
        void skipDo() override;
 
        void listenersRegisterDo() override;
        void listenersDeregisterDo() override;
        fsBool messageProcessDo(const fsCUniqueId& pMessageType,
                                const fsIMessageDispatcher::sMessageParameters& pParam) override;
 
        void resetDo() override;
        void deserialiseDo() override;
        void serialiseDo() override;
 
        void initialiseFromVariableTableDo(const fsCVariableTable& pVars) override;
 
        static fsIComponent* create(fsCEntity* pParent);
 
        gfCPairsMiniGameLogicComponent(fsCEntity* pParent);
        virtual ~gfCPairsMiniGameLogicComponent();
 
private:
 
        void transitionSet(const fsStr& pFade);
        void gamePiecesCollect();
        
        std::vector<gfCPairsMinigameComponent*> mGamePieces;
 
        eTRANSITION mTransition = eFADE;
        fsBool mShuffle = false;
};
 
#endif