#ifndef _DRV_VIP_EXTERNAL_H
#define _DRV_VIP_EXTERNAL_H

#include "drv_types.h"
#include <project.h>
#include <drv_devices.h>


//patch for wrong mechanism design, shift the output window to fit wrong mechanism design size
#define Panel_H_Start_Offset 0
#define Panel_H_End_Offset 0
#define Panel_V_Start_Offset 0
#define Panel_V_End_Offset 0


#ifdef CONFIG_SUPPORT_VIPAP
#define VIPAP_TEST	1 //for code reduced option
#else
#define VIPAP_TEST	0 //for code reduced option
#endif

#define VIP_UFRC3D_ENABLE 0

#ifdef CONFIG_SUPPORT_3D_EN
#define VIP_SCALER_3D
#define VIP_G3D_ENABLE 0
#else
#define VIP_G3D_ENABLE 0
#endif

#define VIP_INIT_VFORMAT 1

#if VIP_INIT_VFORMAT
enum{
	Status_OFF,
	Status_Ready,
	Status_Init,
};
#endif

#define SUPPORT_SATURATION_PROTECT

#define CHIP_ID_330 1
#define CHIP_ID_531 2
#define	CHIP_ID_331 3
#define	CHIP_ID_533 4
#define	CHIP_ID_131 5
#define	CHIP_ID_8506 6
#define	CHIP_ID_6710 7

#if (CONFIG_CHIPID == 0x330)
#define CHIP_ID_INDEX CHIP_ID_330
#elif (CONFIG_CHIPID == 0x531)
#define CHIP_ID_INDEX CHIP_ID_531
#elif (CONFIG_CHIPID == 0x331)
#define CHIP_ID_INDEX CHIP_ID_331
#elif (CONFIG_CHIPID == 0x533)
#define CHIP_ID_INDEX CHIP_ID_533
#elif (CONFIG_CHIPID == 0x131)
#define CHIP_ID_INDEX CHIP_ID_131
#elif (CONFIG_CHIPID == 0x8506)
#define CHIP_ID_INDEX CHIP_ID_8506
#elif (CONFIG_CHIPID == 0x6710)
#define CHIP_ID_INDEX CHIP_ID_6710
#else
#define CHIP_ID_INDEX CHIP_ID_331
#endif

//input input source define
#define 	SOURCE_EXTS	0
#define 	SOURCE_CVD2	1
#define 	SOURCE_MPEG	2
#define 	SOURCE_V656	4	//removed from 338
#define 	SOURCE_HDMI	5
#define	SOURCE_JPEG	6
#define 	SOURCE_PATTERN 	7
#define	SOURCE_PVR		0x10
#define   SOURCE_NON	0xff

#define VIP_IOCTL_GetResource					_IOWR(VIP_MAGIC,80,VIP_DisplayResource)
#define VIP_IOCTL_Jpeg_ResetDisplay				_IOWR(VIP_MAGIC,81,PARA_VIP_ResetDisplay)
#define VIP_IOCTL_Jpeg_GetZoomRatio				_IOWR(VIP_MAGIC,82,PARA_VIP_GetZoomRatio)
#define VIP_IOCTL_Jpeg_PicsDisplay				_IOWR(VIP_MAGIC,83,PARA_VIP_PicsDisplay)
#define VIP_IOCTL_Jpeg_SetPostScaleMode			_IOWR(VIP_MAGIC,84,PARA_VIP_SetPostScaleMode)
#define VIP_IOCTL_Jpeg_SetPan					_IOWR(VIP_MAGIC,85,PARA_VIP_SetPan)
#define VIP_IOCTL_Jpeg_GetPanPixel				_IOWR(VIP_MAGIC,86,PARA_VIP_GetPanPixel)
#define VIP_IOCTL_Jpeg_ThumbNailResetDisplay	_IOWR(VIP_MAGIC,87,PARA_VIP_ResetDisplay)
#define VIP_IOCTL_Jpeg_SetZoomOutRatio			_IOWR(VIP_MAGIC,88,PARA_VIP_SetZoomOutRatio)
#define VIP_IOCTL_Jpeg_SetDataFormat			_IOWR(VIP_MAGIC,99,INT8)
#define VIP_IOCTL_Jpeg_SetDisplayMode			_IOWR(VIP_MAGIC,120, UINT8)


#define JPEG_MaxPage			6

#define CDEV_VIP_MAJOR  VIP_DEV_MAJOR
#define VIP_MAGIC	'k'

#if VIPAP_TEST
#define VIP_IOCTL_CHANGE_SOURCE				_IOWR(VIP_MAGIC,0,INT32)
#define VIP_IOCTL_CHANGE_ASPECT				_IOWR(VIP_MAGIC,1,INT32)
#define VIP_IOCTL_CHANGE_SIZE					_IOWR(VIP_MAGIC,4,UINT32)
#define VIP_IOCTL_PRINT_HW_DATA				_IOWR(VIP_MAGIC,5,UINT32)
#define VIP_IOCTL_OSD_TEST						_IOWR(VIP_MAGIC,6,UINT32)
#define VIP_IOCTL_ENABLE_VSYNC_INT			_IOWR(VIP_MAGIC,7,UINT32)
#define VIP_IOCTL_ENABLE_SYNCDET_INT			_IOWR(VIP_MAGIC,8,UINT32)
#define VIP_IOCTL_MISC_TEST					_IOWR(VIP_MAGIC,10,UINT32)
#define VIP_IOCTL_3D_SETTING		_IOWR(VIP_MAGIC,14,VIP_3D_Info)
#define VIP_IOCTL_UFRC3D_INPUTMODE			_IOWR(VIP_MAGIC,17,VIP_UFRC3DMode)
#define VIP_IOCTL_OB_MHEG5_ONOFF				_IOWR(VIP_MAGIC,32,UINT8)
#define VIP_IOCTL_CHANGE_DATAFORMAT		_IOWR(VIP_MAGIC,12,UINT8)
#define VIP_IOCTL_OUTPUTWIN					_IOWR(VIP_MAGIC,11,VIP_SetWin)
#define VIP_IOCTL_INPUT_SIZE		_IOWR(VIP_MAGIC,15,VIP_InputSize)
#define VIP_IOCTL_InputFreeze		_IO(VIP_MAGIC,91)
#define VIP_IOCTL_Jpeg_ScreenColor				_IOWR(VIP_MAGIC,94,PARA_VIP_ScreenColor)
#define VIP_IOCTL_Jpeg_ScreenColor_c6a0		_IOWR(VIP_MAGIC,95,PARA_JPG_ScreenColor)
#define VIP_IOCTL_Jpeg_DpyAndOsdDisable		_IOWR(VIP_MAGIC,96,PARA_JPG_ScreenColor)
#define VIP_IOCTL_FlipQ_Display				_IOWR(VIP_MAGIC,98,PARA_VIP_Display)
#define VIP_IOCTL_DEBUG_capture			_IOWR(VIP_MAGIC,109,VIP_MemoryGetInfo)
#define VIP_IOCTL_DEBUG_capture_pos		_IOWR(VIP_MAGIC,110,VIPAP_CAPTURE_POS)
#define VIP_IOCTL_DEBUG_getadi		_IOWR(VIP_MAGIC,111,VIPAP_CAPTURE_POS)
#define VIP_IOCTL_DEBUG_FRAMERATE		_IO(VIP_MAGIC,100)
#define VIP_IOCTL_DEBUG_QUEUE_REQUEST		_IO(VIP_MAGIC,101)
#define VIP_IOCTL_DEBUG_show_info		_IO(VIP_MAGIC,105)
#define VIP_IOCTL_DEBUG_read_coeff		_IO(VIP_MAGIC,104)
#define VIP_IOCTL_DEBUG_Read_DATA		_IOWR(VIP_MAGIC, 118, VIP_Position_Info)
#define VIP_IOCTL_Read_DpyData		_IOWR(VIP_MAGIC, 119, VIP_DPY_YUVColor)

#endif


enum
{
	ASPECT_FULL,
	ASPECT_16X9,
	ASPECT_14X9,
	ASPECT_4X3,
	ASPECT_NATIVE,
	ASPECT_NATIVE_ENLARGE,
	ASPECT_PANORAMA,
	ASPECT_ZOOM1,
	ASPECT_ZOOM2,
	ASPECT_ZOOM3,
	ASPECT_ZOOM4,
	ASPECT_ZOOM5,
	ASPECT_ZOOM6,
	ASPECT_ZOOM7,
	ASPECT_ZOOM8,
	ASPECT_WIDE,
	ASPECT_CINEMA,
	ASPECT_AUTO,
	ASPECT_DIVX,
	ASPECT_20X9,
	ASPECT_FULL_NATIVE_ENLARGE,
	ASPECT_221X1,
	ASPECT_NON=0xff
};

enum
{
	AFD_0_Reserved = 0,
	AFD_1_Reserved = 1,
	AFD_16_9_TOP =2,
	AFD_14_9_TOP =3,
	AFD_BT_16_9_CENTRE=4,
	AFD_AS_CODED_FRAME=8,
	AFD_4_3_CENTRE=9,
	AFD_16_9_CENTRE=10,
	AFD_14_9_CENTRE=11,
	AFD_12_Reserved=12,
	AFD_4_3_SHOOT_PROTECT_14_9_CENTRE=13,
	AFD_16_9_SHOOT_PROTECT_14_9_CENTRE=14,
	AFD_16_9_SHOOT_PROTECT_4_3_CENTRE=15
};

typedef enum
{
	VIP_WSS_TYPE_625_00 = 0,
	VIP_WSS_TYPE_625_01 = 1,
	VIP_WSS_TYPE_625_02 = 2,
	VIP_WSS_TYPE_625_03 = 3,
	VIP_WSS_TYPE_625_04 = 4,
	VIP_WSS_TYPE_625_05 = 5,
	VIP_WSS_TYPE_625_06 = 6,
	VIP_WSS_TYPE_625_07 = 7,
}VIP_WSS_TYPE;

typedef enum
{
	VIP_MHEG5_SCENE_AR_16X9,
	VIP_MHEG5_SCENE_AR_4X3,
	VIP_MHEG5_SCENE_AR_UNSEPCIFIED,
}VIP_MHEG5_SceneAspectRatio;

typedef enum
{
	VIP_MHEG5_ALIGNMENT_CENTRE_CUT_OUT,
	VIP_MHEG5_ALIGNMENT_LETTERBOX
}VIP_MHEG5_WideAignment;

typedef enum
{
	VIP_MHEG5_DECFC_UNKNOWN        = 0,
	VIP_MHEG5_DECFC_IGNORE         = 1,
	VIP_MHEG5_DECFC_PANSCAN        = 2,
	VIP_MHEG5_DECFC_LETTERBOX      = 3,
	VIP_MHEG5_DECFC_LETTERBOX_14_9 = 4,
	VIP_MHEG5_DECFC_PILLAR_BOX     = 5,
	VIP_MHEG5_DECFC_ZOOM_4_3	= 6,
	VIP_MHEG5_DECFC_ZOOM_14_9 = 7,
}VIP_MHEG5_DecFC;

typedef enum {
	VIP_ISR_MUTE_MASK,
	VIP_ISR_MUTE_ON_USER_DEFINED_COLOR ,
	VIP_ISR_AUTOMUTE_ON_BLACK,
	VIP_ISR_UNMUTE,
	VIP_ISR_MUTE_NOCHANGE,

} VIP_VideoMuteStatus_e;

typedef enum{
	//////////////////  KMF INTERFACE START //////////////////////////////////////
	VIP_HPOS,  // 18
	VIP_VPOS,
	VIP_ASPECT_RATIO,			//24
	VIP_SWAP,
	VIP_OVERSCAN_ENABLE,
	VIP_CLOCK,
	VIP_FACTORY,
	VIP_RECALL,
	VIP_BURN_IN,
	VIP_HV_POSITION,
	VIP_SRC_ASPECT_RATIO,
	VIP_AMPLIFY,
	VIP_RGB_RANGE,
	VIP_TT_PAT_MODE,
	VIP_LOCATION_MODE,		//65
	VIP_LVDS,
	VIP_3D_INPUT_Mode,
	VIP_3D_OUTPUT_Mode,
	VIP_3D_LR_Exchange,
	VIP_2D_TO_3D_StereoParallax,	//100
	VIP_GRAY_PATTERN,
	VIP_ColorBar_PATTERN,
	VIP_SINGLE_COLOR_PATTERN,
	VIP_SINGLE_COLOR_PATTERN_FROM_DPY,
	VIP_SINGLE_STRIPE_PATTERN,
	VIP_PANEL_FLIP,
	VIP_VDI_BYPASS,
	VIP_LVDS_CLOCK,
	VIP_OVERSCAN_FORCESET,
	VIP_MENU_IS_OPEN,
	VIP_CUSTOMER_HVRATIO,
	VIP_SET_LVDS_CLK,
	VIP_ASP_WINDOW_PERCENT,
	VIP_ADI_Y_LIMIT,
	//Must add new vip kic interface for KFM before VIP_KMF_CMD_END
	VIP_KIC_CMD_END,
	//////////////////  KMF INTERFACE END //////////////////////////////////////
}VIP_ADJCMD_t;

typedef enum{
	VIP_APP_MUTE_SET,
	VIP_MUTE_COLOR_SET,
#ifdef CONFIG_QSD
	VIP_MT_MUTE_SET,
#endif
}VIP_MUTECMD_t;

typedef enum{
	TVOUT_720x480i,
	TVOUT_720x576i,
}VIP_TVOut_Timing_t;


typedef enum {
	INPUT_3D_None=0,
#ifdef VIP_SCALER_3D
	INPUT_3D_INTERLEAVING,
	INPUT_3D_FRAMEPACKING,	  //split by ADI, DISP_3D_INPUT_FP,
	INPUT_3D_SIDE_BY_SIDE,         //DISP_3D_INPUT_SBS_H,
	INPUT_3D_TOP_AND_BOTTOM,   //DISP_3D_INPUT_TB,
	INPUT_3D_LINE_ALTERNATIVE,  //DISP_3D_INPUT_LA,
	INPUT_3D_FRAME_SEQUENTIAL,
	INPUT_2Dto3D=0x10,                //DISP_3D_INPUT_2D3D,
	INPUT_3D_AUTO=0xff,
#endif
}VIP_InputStruct_3D_t;

typedef enum {
	OUTPUT_3D_None=0,
#ifdef VIP_SCALER_3D
	OUTPUT_3D_H_SUBSAMPLING,
	OUTPUT_3D_CHECKERBOARD,
	OUTPUT_3D_LINE_BY_LINE,        //DISP_3D_OUTPUT_MICRO_RETARDER
	OUTPUT_3D_SHUTTER,
	OUTPUT_3D_FRAMEPACKING,
	OUTPUT_3D_TOP_AND_BOTTOM,  // DISP_3D_OUTPUT_TOP_AND_BOTTOM
	OUTPUT_3D_SIDE_BY_SIDE,        //DISP_3D_OUTPUT_SIDE_BY_SIDE_HALF
#endif
}VIP_OutputStruct_3D_t;

typedef enum {
	SCART_SV=0,
	SCART_CVBS,
	SCART_RGB,
	NONE_SCART,
} SCART_MODE_t;

//for screen mode, set by menu option
typedef enum {
	AUTO_SCREEN_MODE = 0,
	HDMI_SCREEN_MODE,
	PC_SCREEN_MODE,
}VIP_HDMI_ScreenMode;

typedef enum
{
    MEDIA_PLAYBACK_INIT = 0,
    MEDIA_PLAYBACK_STOP,
    MEDIA_PLAYBACK_PLAY,
    MEDIA_PLAYBACK_PAUSE,
    MEDIA_PLAYBACK_FF,
    MEDIA_PLAYBACK_FB,
    MEDIA_PLAYBACK_SF,
    MEDIA_PLAYBACK_SB,
} VIP_MEDIA_Playback_State_t;

typedef struct		_VIP_InputInfo {
	UINT32 		uiHactive;     	// input horizontal resouluton
     	UINT32 		uiVactive;    		// input vertical resolution
     	UINT32		uiVfreq;			// V sync frequency
     	UINT32             uiHfreq;                // H sync frequency
     	UINT32		uiHRes;			//EXTS after Centering resolution
	UINT32		uiVRes;			//EXTS after Centering resolution
     	UINT8			ucModeType; 	// PAL / NTSC / SECAM or DVI /HDMI
     	BOOL			bInterlace;		// 1=interlaced, 0=progressive
	UINT8                     	ucNotSupport; // 1:Not Support, 0:Support
	UINT8                     ucColorFormat;
	VIP_InputStruct_3D_t	uc3DStructure;
	UINT8			ucRGBRange;
	UINT8			ucHPol;
	UINT8			ucVPol;
	BOOL			bSourceDVIMode;//for menu determine showing HDMI screen mode item
	UINT8	bInputScartMode;
	UINT32		uiTimingIndex;
	UINT8			bCodedFrame;
	UINT16			usTimingTableHStart; //For Factory menu used only
	UINT16			usTimingTableVStart; //For Factory menu used only
	UINT8  bITC;
}VIP_InputInfo,*PVIP_InputInfo;

typedef struct
{
	VIP_VideoMuteStatus_e fISRMuteStatus;
	VIP_VideoMuteStatus_e fGoingToMuteStatus;
	BOOL fTVFEMuteFlag;
	BOOL fVIPMuteFlag;
	BOOL fAppMuteFlag;
	BOOL fVideoResetFlag;
#ifdef CONFIG_QSD
	BOOL fMTMuteFlag;
#endif
} VIP_Mute_Flag_st, *PVIP_Mute_Flag_st;

//for overscan table start
#include "plf_timing_id.h"
typedef enum {
	ASPECT_INTERNAL_FULL_INPUT_HD,
	ASPECT_INTERNAL_FULL_INPUT_SD,
	ASPECT_INTERNAL_16X9_INPUT_HD,
	ASPECT_INTERNAL_16X9_INPUT_SD,
	ASPECT_INTERNAL_4X3_INPUT_HD,
	ASPECT_INTERNAL_4X3_INPUT_SD,
	ASPECT_INTERNAL_14X9_INPUT_HD,
	ASPECT_INTERNAL_14X9_INPUT_SD,
	ASPECT_INTERNAL_NATIVE_INPUT_HD,
	ASPECT_INTERNAL_NATIVE_INPUT_SD,
	ASPECT_INTERNAL_NATIVE_ENLARGE_INPUT_HD,
	ASPECT_INTERNAL_NATIVE_ENLARGE_INPUT_SD,
	ASPECT_INTERNAL_PANORAMA_INPUT_HD,
	ASPECT_INTERNAL_PANORAMA_INPUT_SD,
	ASPECT_INTERNAL_ZOOM1_INPUT_HD,
	ASPECT_INTERNAL_ZOOM1_INPUT_SD,
	ASPECT_INTERNAL_ZOOM2_INPUT_HD,
	ASPECT_INTERNAL_ZOOM2_INPUT_SD,
	ASPECT_INTERNAL_ZOOM3_INPUT_HD,
	ASPECT_INTERNAL_ZOOM3_INPUT_SD,
	ASPECT_INTERNAL_ZOOM4_INPUT_HD,
	ASPECT_INTERNAL_ZOOM4_INPUT_SD,
	ASPECT_INTERNAL_ZOOM5_INPUT_HD,
	ASPECT_INTERNAL_ZOOM5_INPUT_SD,
	ASPECT_INTERNAL_ZOOM6_INPUT_HD,
	ASPECT_INTERNAL_ZOOM6_INPUT_SD,
	ASPECT_INTERNAL_ZOOM7_INPUT_HD,
	ASPECT_INTERNAL_ZOOM7_INPUT_SD,
	ASPECT_INTERNAL_ZOOM8_INPUT_HD,
	ASPECT_INTERNAL_ZOOM8_INPUT_SD,
	ASPECT_INTERNAL_WIDE_INPUT_HD,
	ASPECT_INTERNAL_WIDE_INPUT_SD,
	ASPECT_INTERNAL_CINEMA_INPUT_HD,
	ASPECT_INTERNAL_CINEMA_INPUT_SD,
	VIP_AFD_TYPE_BOX_16_9_TOP_HD, //0010
	VIP_AFD_TYPE_BOX_16_9_TOP_SD,
	VIP_AFD_TYPE_BOX_14_9_TOP_HD, //0011
	VIP_AFD_TYPE_BOX_14_9_TOP_SD,
	VIP_AFD_TYPE_BOX_16_9_CENTER_HD, //0100
	VIP_AFD_TYPE_BOX_16_9_CENTER_SD,
	VIP_AFD_TYPE_AS_CODED_FRAME_HD, //1000
	VIP_AFD_TYPE_AS_CODED_FRAME_SD,
	VIP_AFD_TYPE_4_3_CENTER_HD, //1001
	VIP_AFD_TYPE_4_3_CENTER_SD,
	VIP_AFD_TYPE_16_9_CENTER_HD, //1010
	VIP_AFD_TYPE_16_9_CENTER_SD,
	VIP_AFD_TYPE_14_9_CENTER_HD, //1011
	VIP_AFD_TYPE_14_9_CENTER_SD,
	VIP_AFD_TYPE_RESERVED_HD, //1100
	VIP_AFD_TYPE_RESERVED_SD,
	VIP_AFD_TYPE_4_3_SP_14_9_HD, //1101
	VIP_AFD_TYPE_4_3_SP_14_9_SD,
	VIP_AFD_TYPE_16_9_SP_14_9_HD, //1110
	VIP_AFD_TYPE_16_9_SP_14_9_SD,
	VIP_AFD_TYPE_16_9_SP_4_3_HD, //1111
	VIP_AFD_TYPE_16_9_SP_4_3_SD,
}AspectRatio_Internal_t;


typedef struct _PANEL_WINDOW_ {
	UINT32	PanelHorizontalEnd;
	UINT32	PanelVerticalEnd;
	UINT8	PanelHorizontalSyncStart;
	UINT8	PanelHorizontalSyncEnd;
	UINT8	PanelVerticalSyncStart;
	UINT8	PanelVerticalSyncEnd;
	UINT32	PanelVerticalMaxEnd;
	UINT32	PanelHorizontalDisplayStart;
	UINT32	PanelVerticalDisplayStart;
	UINT32	PanelHorizontalDisplayEnd;
	UINT32	PanelVerticalDisplayEnd;
}PANEL_WINDOW,*PPANEL_WINDOW;

typedef struct _LVDSPLL_PARAMETER_ {
	UINT8	RefDiv;
	UINT8	NDiv;
	UINT8	TxDiv;
	UINT8	FdDiv;
}LVDSPLL_PARAMETER,*PLVDSPLL_PARAMETER;

typedef struct _PANEL_PARAMETER_ {
	PANEL_WINDOW PanelWin_60;
	LVDSPLL_PARAMETER LvdsParam_60;
	PANEL_WINDOW PanelWin_50;
	LVDSPLL_PARAMETER LvdsParam_50;
	PANEL_WINDOW PanelWin_48;
	LVDSPLL_PARAMETER LvdsParam_48;
	UINT8	PanelBlueOverScan;
	UINT8	PanelGreenOverScan;
	UINT8	PanelRedOverScan;
	UINT8	Reserve02;
}PANEL_PARAMETER,*PPANEL_PARAMETER;


typedef struct _BRVIP_FLASH_ {
	PANEL_PARAMETER		PanelParameter;
	UINT8				PanelInterface;
	UINT8				SingleDual;
	UINT8				LvdsSwap;
	UINT8				LvdsType;
	UINT8				PanelBit;
	UINT8				PanelHVSyncEn;
	UINT8				PanelHSyncPolarity;
	UINT8				PanelVSyncPolarity;
	UINT32				Before_MMIOAddress;
	UINT32				After_MMIOAddress;
	UINT32				LCDBackLight_PWMSrc;
	UINT32				LCDBackLight_PWMFrq;
	UINT32				LCDBackLight_DutyMin;
	UINT32				LCDBackLight_DutyMax;
	UINT8				LCDBackLight_Order;
	UINT8				LCDBackLight_RefVSync;
	UINT32 	            PanelBackLight_OffdelayTime;
	UINT32				PanelBackPower_OffdelayTime;
	UINT8				LvdsTxClkSwing;
	UINT8				LvdsTxSwing;
	UINT8				LvdsTxSwingOffset;
	UINT8				LvdsChMappingEvenCh0;
	UINT8				LvdsChMappingEvenCh1;
	UINT8				LvdsChMappingEvenCh2;
	UINT8				LvdsChMappingEvenCh3;
	UINT8				LvdsChMappingEvenCh4;
	UINT8				LvdsChMappingEvenCh5;
	UINT8				LvdsChMappingEvenCh6;
	UINT8				LvdsChMappingOddCh0;
	UINT8				LvdsChMappingOddCh1;
	UINT8				LvdsChMappingOddCh2;
	UINT8				LvdsChMappingOddCh3;
	UINT8				LvdsChMappingOddCh4;
	UINT8				LvdsChMappingOddCh5;
	UINT8				LvdsChMappingOddCh6;
	UINT8				PanelInvert;
	UINT8				BoardLvdsSwap;
	UINT8				BoardLvdsPairASwap;	
	UINT8				BoardLvdsPairBSwap;
	UINT8				DynamicBacklightOSDMin;
	UINT8				DynamicBacklightOSDMax;
	UINT8				DynamicBacklightOSDNormal;
	UINT8				BoardLvdsPairAPorality;	
	UINT8				BoardLvdsPairBPorality;
}BRVIP_FLASH,*PBRVIP_FLASH;

typedef struct
{
	UINT16 uiSize;       
	UINT8  uiName[40];
} BRVIP_HEADER;

typedef struct
{
	UINT16 uiVTop;       //!  Specify how many lines of source can be dropped from top line.
	UINT16 uiVBottom;    //!  Specify how many lines of source can be dropped from bottom line.
	UINT16 uiHLeft;      //!  Specify how many pixels of source can be dropped from left pixel.
	UINT16 uiHRight;     //!  Specify how many pixels of source can be dropped from right pixel.
} Overscan_t;

typedef struct
{
	AspectRatio_Internal_t eAspect;
	UINT16 uiVTopRatio;
	UINT16 uiVBottomRatio;
	UINT16 uiHLeftRatio;
	UINT16 uiHRightRatio;
}Cust_OverscanTable;

typedef struct
{
	AspectRatio_Internal_t eAspect;
    	UINT16 uiTopCropRatio;
	UINT16 uiBottomCropRatio;
	UINT16 uiLeftCropRatio;
	UINT16 uiRightCropRatio;
	UINT16 uiOutWidthRatio;
	UINT16 uiOutHeightRatio;
}Cust_AspectRatioTable;

typedef struct
{
	PLF_VideoID_t eTimingID;
	Overscan_t AR_FULL;
	Overscan_t AR_16x9;
	Overscan_t AR_4x3;
	Overscan_t AR_14x9;
	Overscan_t AR_NATIVE;
	Overscan_t AR_DIRECT;
	Overscan_t AR_PANORAMA;
	Overscan_t AR_ZOOM1;
	Overscan_t AR_ZOOM2;
	Overscan_t AR_ZOOM3;
	Overscan_t AR_ZOOM4;
	Overscan_t AR_ZOOM5;
	Overscan_t AR_ZOOM6;
	Overscan_t AR_ZOOM7;
	Overscan_t AR_ZOOM8;
	Overscan_t AR_CINEMA;
	Overscan_t AR_WIDE;
	void *customer_data;
}Cust_OverscanFineTuneTable;

typedef struct {
	PLF_VideoID_t		eVideoID;
	UINT16	wHActive;
	UINT16	wVActive;	//one field
	UINT8		wVFreq;
	INT8				fInterlace;
}MPEG_TIMING_PARAM_t;

typedef struct
{
	UINT8 bActiveInfo;
	UINT16 uiVTop;       //!  Specify how many percentage of source can be dropped from top line.
	UINT16 uiVBottom;    //!  Specify how many percentage of source can be dropped from bottom line.
	UINT16 uiHLeft;      //!  Specify how many percentage of source can be dropped from left pixel.
	UINT16 uiHRight;     //!  Specify how many percentage of source can be dropped from right pixel.
	UINT8 ucAspectRatio;
}Cust_AcativeRegionTable;

typedef enum
{
    VIP_AFD_TYPE_BOX_16_9_TOP = 2, //0010
    VIP_AFD_TYPE_BOX_14_9_TOP = 3, //0011
    VIP_AFD_TYPE_BOX_16_9_CENTER = 4, //0100
    VIP_AFD_TYPE_AS_CODED_FRAME = 8, //1000
    VIP_AFD_TYPE_4_3_CENTER = 9, //1001
    VIP_AFD_TYPE_16_9_CENTER = 10, //1010
    VIP_AFD_TYPE_14_9_CENTER = 11, //1011
    VIP_AFD_TYPE_RESERVED = 12, //1100
    VIP_AFD_TYPE_4_3_SP_14_9 = 13, //1101
    VIP_AFD_TYPE_16_9_SP_14_9 = 14, //1110
    VIP_AFD_TYPE_16_9_SP_4_3 = 15, //1111
}VIP_AFD_TYPE;
//for overscan table end

typedef struct		_VIP_DisplayResource {
	UINT32 		uiPanelMaxHres;
	UINT32		uiPanelMaxVres;
	UINT32          	uiPanelMaxLineOffsetBytes;
	UINT32       	uiVIPBaseAddress;
	UINT32           uiVIPMemSize;
	UINT32             uiOSDWindowsWidth;
	UINT32             uiOSDWindowsHigh;
	UINT32             uiOSDWindowsType;
	UINT32       	uiJpegDecodeAddress;
    UINT32		uiBaseAddrPage[JPEG_MaxPage];
	UINT16		uiHStartOffset;
	UINT16		uiHEndOffset;
	UINT16		uiVStartOffset;
	UINT16		uiVEndOffset;
}VIP_DisplayResource,*PVIP_DisplayResource;

typedef struct		_VIP_ResetDisplay {
	UINT32  uiAddr;
	INT8 cValue;
	UINT32 uiWidth;
	UINT32 uiHigh;
}PARA_VIP_ResetDisplay;

typedef struct		_VIP_GetZoomRatio {
	UINT32 uiZoomRatio;
}PARA_VIP_GetZoomRatio;

typedef struct		_VIP_PicsDisplay {
	UINT32 uiAddr;
	INT8 cShow;
	INT8 cMode;
	UINT32 uiHAddrValid;
	UINT32 uiVAddrValid;
	UINT32 uiWidth;
	UINT32 uiHigh;
	UINT32 uiLineOffset;
	UINT32 uiDisplaymode;
	UINT32 uiJpegOriginWidth;
	UINT32 uiJpegOriginHeight;
}PARA_VIP_PicsDisplay;

typedef struct		_VIP_SetPostScaleMode {
	INT8 cZoomRatio;
}PARA_VIP_SetPostScaleMode;

typedef struct		_VIP_SetZoomOutRatio {
	INT8 cZoomOutRatio;
}PARA_VIP_SetZoomOutRatio;

typedef struct		_VIP_SetPan {
	INT8 cMode;
	UINT32 uiMovePixel;
}PARA_VIP_SetPan;

typedef struct		_VIP_GetPanPixel {
	UINT32 uiUp;
	UINT32 uiDown;
	UINT32 uiLeft;
	UINT32 uiRight;
}PARA_VIP_GetPanPixel, *PPARA_VIP_GetPanPixel;;

typedef struct _Vip_ZoomWindow
{
	BOOL bSrc;
	BOOL enable;
	UINT16 ulHStart;
	UINT16 ulHSize;
	UINT16 ulVStart;
	UINT16 ulVSize;
} Vip_ZoomWindow;


#if VIPAP_TEST
typedef struct	_VIPAP_CAPTURE_POS {
	INT32  h_start;
	INT32  v_start;
	INT32  h_end;
	INT32  v_end;
}VIPAP_CAPTURE_POS;

typedef struct		_PARA_VIP_ScreenColor {
	UINT32 uiR;
	UINT32 uiG;
	UINT32 uiB;
}PARA_VIP_ScreenColor;

typedef struct		_VIP_DPY_YUVColor {
	UINT32 PosX;
	UINT32 PosY;
	UINT32 uiY;
	UINT32 uiU;
	UINT32 uiV;
}VIP_DPY_YUVColor;

typedef struct		_PARA_JPG_ScreenColor {
	INT8         ucEnable;
	UINT8 bRGBColorBase;
	UINT8 uiR;
	UINT8 uiG;
	UINT8 uiB;
}PARA_JPG_ScreenColor;

typedef struct		_VIP_InputSize {
	unsigned int uiWidth;
	unsigned int uiHeight;
	char cInterlace;
}VIP_InputSize,*PVIP_InputSize;

typedef struct _VIP_SetWin
{
	UINT32 ulVideoHStart,ulVideoHSize;
	UINT32 ulVideoVStart,ulVideoVSize;
	UINT32 ulInputWidth,ulInputHeight;
}VIP_SetWin,*PVIP_SetWin;

typedef struct _VIP_MemoryGetInfo
{
	UINT32 Y_StartAddr, UV_StartAddr;
	UINT32 Y_Size, UV_size;
	UINT32 CatchNun;
	UINT8 Stage;
	UINT8 ucFrameNum;
	UINT32 JpegLineOffset;
}VIP_MemoryGetInfo,*PVIP_MemoryGetInfo;

typedef struct		_VIP_Display {
	UINT32 uiAddr;
	INT8 cFrameNum; //0~4
	INT8 cDataFormat; //2:ARGB888 3:RGB565
	//INT8 cShow;
	INT8 cMode;
	UINT32 uiWidth;
	UINT32 uiHeight;
	UINT32 uiLineOffset;

}PARA_VIP_Display;

typedef struct		_VIP_3D_Info {
	UINT8 ucInput3dType;
	UINT8 ucOutput3dType;
	UINT8 ulFPackingVStart;
	UINT8 ucVActiveSpace;
	UINT8 ucBypass3d;

}VIP_3D_Info;

typedef struct		_VIP_Position {
	UINT32 row;
	UINT32 col;
}VIP_Position_Info;

typedef struct _VIP_UFRC3DMode{
	UINT8 uc3DMode;
	UINT8 ucOnlyControl169;
}VIP_UFRC3DMode;

#endif //end #if VIPAP_TEST
#endif