//

 //

 //

 #ifndef FUTABA_GP1212A02_H

 #define FUTABA_GP1212A02_H

 #include "FutabaGP1212.h"

 #include "FutabaVfd.h"

 /**

 GP1212A02A is a graphic display module using a FUTABA 256x64dots VFD.

 The module will support the interface of I2C, RS-232C and USB2.0 communications.

 The module include flash ROM (4Mbyte), the customer will definable the BMP data and download

 character.

 It realizes displaying a Japanese font (refer to Table-24) and BMP by I2C, RS-232C or USB2.0

 communications. Other font tables (ex. Chinese, Korean, European and custom font) can be appended to

 flash ROM.

 Since a DC/DC converter is included, 5V power source is required to operate the module.

 */

 class GP1212A02A : public GP1212XXXX

 	{

 public:

     GP1212A02A();

     ~GP1212A02A();

 	//From DisplayBase

 	int Open();

 	virtual void SwapBuffers();

 	virtual void TurnPowerOn();

 	virtual void TurnPowerOff();

 	virtual bool SupportPowerOnOff(){return true;}

 	virtual void ShowClock();

 	virtual void HideClock();

 	virtual bool SupportClock(){return true;}

 	//From GraphicDisplay

 	virtual void SetPixel(unsigned char aX, unsigned char aY, unsigned int aPixel);

 	virtual void SetAllPixels(unsigned char aPattern);

     virtual int FrameBufferSizeInBytes() const {return KGP12xFrameBufferSizeInBytes;}

 	virtual void SetBrightness(int aBrightness);

 	virtual void Clear();

 	virtual void Fill();

 	virtual void Request(TMiniDisplayRequest aRequest);

 	//

 	void ToggleOffScreenMode();

     void SetOffScreenMode(bool aOn);

     bool OffScreenMode() const {return iOffScreenMode;}

     //

     void SetFrameDifferencing(bool aOn){iUseFrameDifferencing=aOn;}

     bool FrameDifferencing() const {return iUseFrameDifferencing;}

     //    

     TMiniDisplayRequest AttemptRequestCompletion();

     FutabaVfdReport& InputReport() {return iInputReport;}

     bool IsPowerOn();

 	char* DeviceId();

 	char* FirmwareRevision();

 private:

 	enum TBmpBoxId

 	{

 		EBmpBoxIdNull=0x30,

 		EBmpBoxIdOne=0x31,

 		EBmpBoxIdTwo=0x32,

 		EBmpBoxIdThree=0x33

 	};

 	enum TTarget

 	{

 		ETargetDisplayWindow=0x30,

 		ETargetDataMemory=0x31

 	};

 	enum TDirection

 	{

 		EDirectionY=0x30,

 		EDirectionX=0x31

 	};

 	enum TPowerStatus

 	{

 		EPowerOff=0x30,

 		EPowerOn=0x31

 	};

 	enum TWeekDay

 	{

 		ESunday		=	0x00,

 		EMonday		=	0x01,

 		ETuesday	=	0x02,

 		EWednesday	=	0x03,

 		EThrusday	=	0x04,

 		EFriday		=	0x05,

 		ESaturday	=	0x06

 	};

 	enum TClockFormat

 	{

 		EClock24	=	0x00,

 		EClockDay24	=	0x01,

 		EClock12	=	0x10,

 		EClockDay12	=	0x11

 	};

 	enum TFontSizeLogical

 	{

 		EFontTiny		=	0x30,

 		EFontSmall		=	0x31,

 		EFontMedium	=	0x32,

 		EFontLarge		=	0x33

 	};

 	enum TFontSize

 	{

 		EFont6x8	= 0x30,

 		EFont8x16	= 0x31,

 		EFont12x24	= 0x32,

 		EFont16x32	= 0x33,

 		EFont16x16	= 0x34,

 		EFont24x24	= 0x35,

 		EFont32x32	= 0x36

 	};

 	enum TFontAction

 	{

 		EFontStore		= 0x30,

 		EFontTransfer	= 0x31,

 		EFontDelete		= 0x32

 	};

 private:

 	//Specific to GP1212A02A

 	//General setting command

 	void SendCommandClear();

 	void SendCommandReset();

 	//

 	void BmpDataInput(TTarget aTarget, unsigned short aAddress, TDirection aDirection, unsigned short aSize, unsigned char* aPixels);

 	//

 	void SendCommandPower(TPowerStatus aPowerStatus);

 	//Clock commands

 	void SendCommandClockSetting(TWeekDay aWeekDay, unsigned char aHour, unsigned char aMinute);

 	void SendCommandClockDisplay(TClockFormat aClockFormat, unsigned short aAddress, TFontSizeLogical aSize);	

 	void SendCommandClockCancel();

 	//Font commands

 	void SendCommandDefineCharacter(TFontSize aFontSize, unsigned short aCharacterCode, unsigned char* aPixelData);

 	void SendCommandFontAction(TFontAction aFontAction);

 	void SendCommandSelectFontSize(TFontSizeLogical aFontSoze);

 	//BMP box

 	void BmpBoxSetting(TBmpBoxId aBoxId, unsigned short aAddress, int aWidth, int aHeight);

 	void BmpBoxSelect(TBmpBoxId aBoxId);

 	void BmpBoxDataMemoryTransfer(unsigned short aAddress);

 	void BmpBoxDataInput(unsigned short aSize, unsigned char* aPixels);

 	//Clock utilities

 	int ClockCharCount(TClockFormat aFormat);

 	int ClockCharWidthInPixels(TFontSizeLogical aSize);

 	int ClockCharHeightInPixels(TFontSizeLogical aSize);

 	unsigned short ClockCenterAddress(TClockFormat aFormat, TFontSizeLogical aSize);

 	//Font utilities

 	int CharacterSizeInBytes(TFontSize aFontSize);

 private:

     void RequestDeviceId();

     void RequestFirmwareRevision();

     void RequestPowerSupplyStatus();

 	//

 	void SetClockSetting();

 private:

 	unsigned char OffScreenY() const;	

 	void OffScreenTranslation(unsigned char& aX, unsigned char& aY);

 	void ResetBuffers();

 private:

 	unsigned char iDisplayPositionX;

 	unsigned char iDisplayPositionY;

 	///Off screen mode is the recommended default settings to avoid tearing.

 	///Though turning it off can be useful for debugging

 	bool iOffScreenMode;

     ///Frame differences algo is used to reduce USB bus traffic and improve frame rate in typical use case

     bool iUseFrameDifferencing;

 	///

 	//FutabaVfdReport iReport;

 	///

 	//unsigned char iFrameBuffer[256*64];

     BitArrayLow* iFrameNext;

     BitArrayLow* iFrameCurrent;

     BitArrayLow* iFramePrevious;

     //

     BitArrayLow* iFrameAlpha;

     BitArrayLow* iFrameBeta;

     BitArrayLow* iFrameGamma;

     //

     int iNeedFullFrameUpdate;

 	//unsigned char iFrameBeta[256*64];

 	//unsigned char *iFrontBuffer;

 	//unsigned char *iBackBuffer;

     FutabaVfdReport iInputReport;

 	//

 	char iDeviceId[KFutabaMaxHidReportSize];

 	char iFirmwareRevision[KFutabaMaxHidReportSize];

     bool iPowerOn;

 	//

 	unsigned short iNextFrameAddress;

 	};

 #endif