3.4. Data Types

3.4.1. Base Type

/*----------------------------------------------
* The common data type
*----------------------------------------------
*/

typedef unsigned char           CVI_UCHAR;
typedef unsigned char           CVI_U8;
typedef unsigned short          CVI_U16;
typedef unsigned int              CVI_U32;
typedef unsigned int              CVI_HANDLE;

typedef signed char               CVI_S8;
typedef signed char               CVI_CHAR;
typedef short                         CVI_S16;
typedef int                             CVI_S32;

typedef unsigned long           CVI_UL;
typedef signed long               CVI_SL;

typedef float                          CVI_FLOAT;
typedef double                      CVI_DOUBLE;

typedef void                          CVI_VOID;
typedef bool                          CVI_BOOL;

typedef uint64_t                    CVI_U64;
typedef int64_t                      CVI_S64;

typedef size_t                  CVI_SIZE_T;
/*----------------------------------------------
* const defination
*----------------------------------------------
*/

#define CVI_NULL                 0L
#define CVI_SUCCESS           0
#define CVI_FAILURE             (-1)
#define CVI_TRUE                 1
#define CVI_FALSE                0

3.4.2. MOD_ID_E

【Description】

Defining module ID enumeration.

【Syntax】

#define FOREACH_MOD(MOD) {\
  MOD(CMPI)   \
  MOD(VB)       \
  MOD(SYS)    \
  MOD(RGN)    \
  MOD(CHNL)   \
  MOD(VDEC)   \
  MOD(VPSS)   \
  MOD(VENC)   \
  MOD(H264E)  \
  MOD(JPEGE)  \
  MOD(MPEG4E) \
  MOD(H265E)  \
  MOD(JPEGD)  \
  MOD(VO)       \
  MOD(VI)       \
  MOD(DIS)    \
  MOD(RC)       \
  MOD(AIO)    \
  MOD(AI)       \
  MOD(AO)       \
  MOD(AENC)   \
  MOD(ADEC)   \
  MOD(AUD)    \
  MOD(VPU)    \
  MOD(ISP)    \
  MOD(IVE)    \
  MOD(USER)   \
  MOD(PROC)   \
  MOD(LOG)    \
  MOD(H264D)  \
  MOD(GDC)    \
  MOD(PHOTO)  \
  MOD(FB)       \
  MOD(BUTT)   \
}

#define GENERATE_ENUM(ENUM) CVI_ID_ ## ENUM,

typedef enum _MOD_ID_E FOREACH_MOD(GENERATE_ENUM) MOD_ID_E;

【Note】

None.

【Related Data Type and Interface】

None.

3.4.3. VB_SOURCE_E

【Description】

Define VB source selection.

【Syntax】

typedef enum _VB_SOURCE_E {
    VB_SOURCE_COMMON = 0,
    VB_SOURCE_MODULE = 1,
    VB_SOURCE_PRIVATE = 2,
    VB_SOURCE_USER = 3,
    VB_SOURCE_BUTT
} VB_SOURCE_E;

【Member】

Member	Description
VB_SOURCE_COMMON	public VB
VB_SOURCE_MODULE	module VB
VB_SOURCE_PRIVATE	private VB
VB_SOURCE_USER	user VB

【Note】

None.

【Related Data Type and Interface】

None.

3.4.4. ROTATION_E

【Description】

Defining rotation angle enumeration.

【Syntax】

 typedef enum _ROTATION_E {
  ROTATION_0 = 0,
  ROTATION_90,
  ROTATION_180,
  ROTATION_270,
  ROTATION_XY_FLIP,
  ROTATION_MAX
} ROTATION_E;

【Member】

Member	Description
ROTATION_0	No rotation.
ROTATION_90	Rotate 90 degrees.
ROTATION_180	Rotate 180 degrees, not supported.
ROTATION_270	Rotate 270 degrees.
ROTATION_XY_FLIP	Rotate 90 degrees and then mirror in the x-direction.

【Note】

None.

【Related Data Type and Interface】

None.

3.4.5. BORDER_S

【Description】

Defining border structure.

【Syntax】

 typedef enum _BORDER_S {
  CVI_U32 u32TopWidth;
  CVI_U32 u32BottomWidth;
  CVI_U32 u32LeftWidth;
  CVI_U32 u32RightWidth;
  CVI_U32 u32Color;
} BORDER_S;

【Member】

Member	Description
u32TopWidth	The width of the top border.
u32BottomWidth	The width of the bottom border.
u32LeftWidth	The width of the left border.
u32RightWidth	The width of the right border.
u32Color	The color of the border.

【Note】

None.

【Related Data Type and Interface】

None.

3.4.6. POINT_S

【Description】

Define coordinate structure.

【Syntax】

typedef struct _POINT_S {
  CVI_S32 s32X;
  CVI_S32 s32Y;
} POINT_S;

【Member】

Member	Description
s32X	Abscissa
s32Y	Ordinate

【Note】

None.

【Related Data Type and Interface】

None.

3.4.7. SIZE_S

【Description】

Define size structure.

【Syntax】

 typedef struct _SIZE_S {
  CVI_U32 u32Width;
  CVI_U32 u32Height;
} SIZE_S;

【Member】

Member	Description
u32Width	Width
u32Height	Height

【Note】

None.

【Related Data Type and Interface】

• VI_DEV_ATTR_S

• VI_PIPE_STATUS_S

• VI_CHN_ATTR_S

• VI_CHN_STATUS_S

• VO_VIDEO_LAYER_ATTR_S

3.4.8. RECT_S

【Description】

Define the width, height, and position of the rectangle.

【Syntax】

 typedef struct _RECT_S {
  CVI_S32 s32X;
  CVI_S32 s32Y;
  CVI_U32 u32Width;
  CVI_U32 u32Height;
} RECT_S;

【Member】

Member	Description
s32X	Abscissa
s32Y	Ordinate
u32Width	Width
u32Height	Height

【Note】

None.

【Related Data Type and Interface】

• ASPECT_RATIO_S

• VI_CROP_INFO_S

• VPSS_CROP_INFO_S

• VO_CHN_ATTR_S

• VO_VIDEO_LAYER_ATTR_S

3.4.9. LDC_ATTR_S

【Description】

Define lens distortion correction structure.

【Syntax】

typedef struct _LDC_ATTR_S {
  bool bAspect; /* RW;Whether aspect ration  is keep */
  CVI_S32 s32XRatio; /* RW; Range: [0, 100], field angle ration of  horizontal,valid when bAspect=0.*/
  CVI_S32 s32YRatio; /* RW; Range: [0, 100], field angle ration of  vertical,valid when bAspect=0.*/
  CVI_S32 s32XYRatio; /* RW; Range: [0, 100], field angle ration of  all,valid when bAspect=1.*/
  CVI_S32 s32CenterXOffset;
  CVI_S32 s32CenterYOffset;
  CVI_S32 s32DistortionRatio;
} LDC_ATTR_S;

【Member】

Member	Description
bAspect	Whether the distortion correction is horizontal and vertical in the same proportion.
s32XRatio	The size of horizontal field of view is valid when bAspect=0. [0, 100]
s32YRatio	The size of veritcal field of view is valid when bAspect=0. [0, 100]
s32XYRatio	The overall field of view is valid when bAspect = 1. [0, 100]
s32CenterXOffset	The horizontal offset of the distortion center from the image center. [-511, 511]
s32CenterYOffset	The vertical offset of the distortion center from the image center. [-511, 511]
s32DistortionRatio	The degree of distortion. [-300, 500]

【Note】

None.

【Related Data Type and Interface】

None.

3.4.10. MMF_CHN_S

【Description】

Define module channel structure.

【Syntax】

 typedef struct _MMF_CHN_S {
  MOD_ID_E    enModId;
  CVI_S32     s32DevId;
  CVI_S32     s32ChnId;
} MMF_CHN_S;

【Member】

Member	Description
enModId	Module ID
s32DevId	Device ID In some modules, it may also be a group ID.
s32ChnId	Channel ID

【Note】

None.

【Related Data Type and Interface】

• CVI_SYS_Bind

• CVI_SYS_UnBind

• CVI_SYS_GetBindByDest

• CVI_SYS_GetBindBySrc

3.4.11. MMF_BIND_DEST_S

【Description】

Define MMF system binding target structure.

【Syntax】

 typedef struct _MMF_BIND_DEST_S {
  CVI_U32   u32Num;
  MMF_CHN_S astMmfChn[BIND_DEST_MAXNUM];
} MMF_BIND_DEST_S;

【Member】

Member	Description
u32Num	Number of bound destinations.
astMmfChn	Channel structure array for binding purposes.

【Note】

None.

【Related Data Type and Interface】

• CVI_SYS_GetBindBySrc

3.4.12. BIND_NODE_S

【Description】

Define MMF system binding node structure.

【Syntax】

 typedef struct _BIND_NODE_S {
  CVI_BOOL bUsed;
  MMF_CHN_S src;
  MMF_BIND_DEST_S dsts;
} BIND_NODE_S;

【Member】

Member	Description
bUsed	is bind node used.
src	bind node src chn.
dsts	bind node dest chns.

【Note】

None.

【Related Data Type and Interface】

• CVI_SYS_Bind

• CVI_SYS_UnBind

• CVI_SYS_GetBindByDest

• CVI_SYS_GetBindBySrc

3.4.13. MMF_VERSION_S

【Description】

Define MMF version structure.

【Syntax】

#define VERSION_NAME_MAXLEN 128
typedef struct _MMF_VERSION_S {
  char version[VERSION_NAME_MAXLEN];
} MMF_VERSION_S;

【Member】

Member	Description
version	Version description string.

【Note】

None.

【Related Data Type and Interface】

• CVI_SYS_GetVersion

3.4.14. VB_CONFIG_S

【Description】

Define MMF system video block pool structure.

【Syntax】

 typedef struct _VB_CONFIG_S {
  CVI_U32 u32MaxPoolCnt;
  VB_POOL_CONFIG_S astCommPool[VB_MAX_COMM_POOLS];
} VB_CONFIG_S;

【Member】

Member	Description
u32MaxPoolCnt	Number of common video block pools.
astCommPool	Common video block pool properties.

【Note】

None.

【Related Data Type and Interface】

• CVI_VB_SetConfig

• CVI_VB_GetConfig

3.4.15. VB_POOL_CONFIG_S

【Description】

Define MMF video block pool structure.

【Syntax】

 typedef struct _VB_POOL_CONFIG_S {
  CVI_U32 u32BlkSize;
  CVI_U32 u32BlkCnt;
  VB_REMAP_MODE_E enRemapMode;
  CVI_CHAR acName[MAX_VB_POOL_NAME_LEN];
} VB_POOL_CONFIG_S;

【Member】

Member	Description
u32BlkSize	Video block size
u32BlkCnt	The number of blocks in the video block pool
enRemapMode	Memory-map mode of block
acName	Block name

【Note】

• u32BlkSize should be calculated according to the required image size, format and other information. If it is too large, it will cause unnecessary waste of memory space; if it is too small, each mod cannot get video blocks to use.

• The video block pool is obtained from the free memory. If the size of the video block pool exceeds the free memory size, the video block pool fails to be created.

【Related Data Type and Interface】

• VB_CONFIG_S

3.4.16. VB_USER_BLOCK_S

【Description】

Define block structure in MMF external video block pool.

【Syntax】

 typedef struct _VB_USER_BLOCK_S {
  CVI_U64 au64PhyAddr[3];
} VB_USER_BLOCK_S;

【Member】

Member	Description
au64PhyAddr	Y/U/V base addr.

【Note】

• None.

【Related Data Type and Interface】

• VB_POOL_CONFIG_EX_S

3.4.17. VB_POOL_CONFIG_EX_S

【Description】

Define MMF external video block pool structure.

【Syntax】

 typedef struct _VB_POOL_CONFIG_EX_S {
  CVI_U32 u32BlkCnt;
  VB_USER_BLOCK_S astUserBlk[VB_POOL_MAX_BLK];
} VB_POOL_CONFIG_EX_S;

【Member】

Member	Description
u32BlkCnt	The number of blk in the pool.
astUserBlk	block addr.

【Note】

• The external video block pool is obtained through ion memory allocated by the user. After the block pool is destroyed, the user needs to release the memory.

【Related Data Type and Interface】

• VB_USER_BLOCK_S

3.4.18. VB_CAL_CONFIG_S

【Description】

Define MMF video buffer structure.

【Syntax】

 typedef struct _VB_CAL_CONFIG_S {
  CVI_U32 u32VBSize;
  CVI_U32 u32MainStride;
  CVI_U32 u32CStride;
  CVI_U32 u32MainSize;
  CVI_U32 u32MainYSize;
  CVI_U32 u32MainCSize;
  CVI_U16 u16AddrAlign;
  CVI_U8  plane_num;
} VB_CAL_CONFIG_S;

【Member】

Member	Description
u32VBSize	The size of VB needed.
u32MainStride	stride of planar0.
u32CStride	stride of planar1/2 if there is.
u32MainSize	size of all planars.
u32MainYSize	size of planar0.
u32MainCSize	size of planar1/2 if there is.
u16AddrAlign	address alignment needed between planar.
plane_num	The number of planars.

【Note】

None.

【Related Data Type and Interface】

None.

3.4.19. VI_VPSS_MODE_E

【Description】

Define the working mode between VI and VPSS.

【Syntax】

 typedef enum _VI_VPSS_MODE_E {
  VI_OFFLINE_VPSS_OFFLINE = 0,
  VI_OFFLINE_VPSS_ONLINE,
  VI_ONLINE_VPSS_OFFLINE,
  VI_ONLINE_VPSS_ONLINE,
  VI_VPSS_MODE_BUTT
} VI_VPSS_MODE_E;

【Member】

Member	Description
VI_OFFLINE_VPSS_OFFLINE	VI_PROC/VI_CAP offline, VI_CAP/VPSS offline
VI_OFFLINE_VPSS_ONLINE	VI_PROC/VI_CAP offline, VI_CAP/VPSS online
VI_ONLINE_VPSS_OFFLINE	VI_PROC/VI_CAP online, VI_CAP/VPSS offline
VI_ONLINE_VPSS_ONLINE	VI_PROC/VI_CAP online, VI_CAP/VPSS online

【Note】

• When VPSS_ONLINE, VPSS can’t process by time sharing and can only bind specific VI PIPE.

【Related Data Type and Interface】

None.

3.4.20. VI_VPSS_MODE_S

【Description】

Define the working mode between VI and VPSS.

【Syntax】

typedef struct _VI_VPSS_MODE_S {
 VI_VPSS_MODE_E aenMode[VI_MAX_PIPE_NUM];
 } VI_VPSS_MODE_S;

【Member】

Member	Description
aenMode	vi vpss mode

【Note】

• When VPSS_ONLINE, VPSS can’t process by time sharing and can only bind specific VI PIPE.

【Related Data Type and Interface】

None.

3.4.21. VPSS_MODE_E

【Description】

Define the working mode of VPSS enumeration.

【Syntax】

 typedef enum _VPSS_MODE_E {
  VPSS_MODE_SINGLE = 0,
  VPSS_MODE_DUAL,
  VPSS_MODE_BUTT,
  VPSS_MODE_RGNEX
} VPSS_MODE_E;

【Member】

Member	Description
VPSS_MODE_SINGLE	VPSS works as a single hardware entity.
VPSS_MODE_DUAL	VPSS works in two hardware entities.
VPSS_MODE_RGNEX	VPSS works in two hardware entities. VPSS device 0 is used for RGN overlay, so only VPSS device 1 can operate in online mode.

【Note】

• CV181x/CV180x does not support VPSS MODE RGNEX mode

【Related Data Type and Interface】

None.

3.4.22. VPSS_INPUT_E

【Description】

Define the input source enumeration of VPSS.

【Syntax】

 typedef enum _VPSS_MODE_E {
  VPSS_INPUT_MEM = 0,
  VPSS_INPUT_ISP,
  VPSS_INPUT_BUTT
} VPSS_MODE_E;

【Member】

Member	Description
VPSS_INPUT_MEM	VPSS input is DDR.
VPSS_INPUT_ISP	VPSS works online, and input is ISP.

【Note】

None.

【Related Data Type and Interface】

None.

3.4.23. VPSS_MODE_S

【Description】

Define the work mode structure of VPSS.

【Syntax】

 typedef struct _VPSS_MODE_S {
  VPSS_MODE_E enMode;
  VPSS_INPUT_E aenInput[VPSS_IP_NUM];
  VI_PIPE ViPipe[VPSS_IP_NUM];
} VPSS_MODE_S;

【Member】

Member	Description
enMode	VPSS work mode.
aenInput	VPSS input.
ViPipe	VI PIPE online with VPSS.

【Note】

None.

【Related Data Type and Interface】

None.

3.4.24. ASPECT_RATIO_E

【Description】

Define rotation angle enumeration.

【Syntax】

 typedef enum _ASPECT_RATIO_E {
  ASPECT_RATIO_NONE = 0,
  ASPECT_RATIO_AUTO,
  ASPECT_RATIO_MANUAL,
  ASPECT_RATIO_MAX
} ASPECT_RATIO_E;

【Member】

Member	Description
ASPECT_RATIO_NONE	No motion, full screen.
ASPECT_RATIO_AUTO	Keeping video aspect ratio and automatically calculating video area.
ASPECT_RATIO_MANUAL	Manually determine the video area.

【Note】

None.

【Related Data Type and Interface】

None.

3.4.25. ASPECT_RATIO_S

【Description】

Define screen ratio structure.

【Syntax】

 typedef struct _ASPECT_RATIO_S {
  ASPECT_RATIO_E enMode;
  CVI_BOOL bEnableBgColor;
  CVI_U32 u32BgColor;
  RECT_S stVideoRect;
} ASPECT_RATIO_S;

【Member】

Member	Description
enMode	The ratio of pictures is listed.
bEnableBgColor	Whether to cover the outside of the picture with a background color.
u32BgColor	The background color of the screen scale is RGB888. Bit [7:0] is B, bit [15:8] is G, and bit [23:16] is R.
stVideoRect	The area of the video. It works only when the enMode is ASPECT_RATIO_MANUAL.

【Note】

None.

【Related Data Type and Interface】

• ASPECT_RATIO_E

3.4.26. PIXEL_FORMAT_E

【Description】

Define pixel format enumeration.

【Syntax】

 typedef enum _PIXEL_FORMAT_E {
    PIXEL_FORMAT_RGB_888 = 0,
    PIXEL_FORMAT_BGR_888,
    PIXEL_FORMAT_RGB_888_PLANAR,
    PIXEL_FORMAT_BGR_888_PLANAR,

    PIXEL_FORMAT_ARGB_1555, // 4,
    PIXEL_FORMAT_ARGB_4444,
    PIXEL_FORMAT_ARGB_8888,

    PIXEL_FORMAT_RGB_BAYER_8BPP, // 7,
    PIXEL_FORMAT_RGB_BAYER_10BPP,
    PIXEL_FORMAT_RGB_BAYER_12BPP,
    PIXEL_FORMAT_RGB_BAYER_14BPP,
    PIXEL_FORMAT_RGB_BAYER_16BPP,

    PIXEL_FORMAT_YUV_PLANAR_422, // 12,
    PIXEL_FORMAT_YUV_PLANAR_420,
    PIXEL_FORMAT_YUV_PLANAR_444,
    PIXEL_FORMAT_YUV_400,

    PIXEL_FORMAT_HSV_888, // 16,
    PIXEL_FORMAT_HSV_888_PLANAR,

    PIXEL_FORMAT_NV12, // 18,
    PIXEL_FORMAT_NV21,
    PIXEL_FORMAT_NV16,
    PIXEL_FORMAT_NV61,
    PIXEL_FORMAT_YUYV,
    PIXEL_FORMAT_UYVY,
    PIXEL_FORMAT_YVYU,
    PIXEL_FORMAT_VYUY,

    PIXEL_FORMAT_FP32_C1 = 32, // 32
    PIXEL_FORMAT_FP32_C3_PLANAR,
    PIXEL_FORMAT_INT32_C1,
    PIXEL_FORMAT_INT32_C3_PLANAR,
    PIXEL_FORMAT_UINT32_C1,
    PIXEL_FORMAT_UINT32_C3_PLANAR,
    PIXEL_FORMAT_BF16_C1,
    PIXEL_FORMAT_BF16_C3_PLANAR,
    PIXEL_FORMAT_INT16_C1,
    PIXEL_FORMAT_INT16_C3_PLANAR,
    PIXEL_FORMAT_UINT16_C1,
    PIXEL_FORMAT_UINT16_C3_PLANAR,
    PIXEL_FORMAT_INT8_C1,
    PIXEL_FORMAT_INT8_C3_PLANAR,
    PIXEL_FORMAT_UINT8_C1,
    PIXEL_FORMAT_UINT8_C3_PLANAR,

    PIXEL_FORMAT_MAX
} PIXEL_FORMAT_E;

【Member】

None.

【Note】

None.

【Related Data Type and Interface】

None.

3.4.27. VIDEO_FRAME_S

【Description】

Define video frame information structure.

【Syntax】

 typedef struct _VIDEO_FRAME_S {
  CVI_U32 u32Width;
  CVI_U32 u32Height;
  PIXEL_FORMAT_E enPixelFormat;
  BAYER_FORMAT_E enBayerFormat;
  VIDEO_FORMAT_E enVideoFormat;
  COMPRESS_MODE_E enCompressMode;
  DYNAMIC_RANGE_E enDynamicRange;
  COLOR_GAMUT_E enColorGamut;
  CVI_U32 u32Stride[3];

  CVI_U64 u64PhyAddr[3];
  CVI_U8 *pu8VirAddr[3];
  CVI_U32 u32Length[3];

  CVI_S16 s16OffsetTop;
  CVI_S16 s16OffsetBottom;
  CVI_S16 s16OffsetLeft;
  CVI_S16 s16OffsetRight;

  CVI_U32 u32TimeRef;
  CVI_U64 u64PTS;

  void *pPrivateData;
  CVI_U32 u32FrameFlag;
} VIDEO_FRAME_S;

【Member】

Member	Description
u32Width	image width
u32Height	image height
enPixelFormat	image pixel format
enBayerFormat	image raw format
enVideoFormat	image format
enCompressMode	image compression format
enDynamicRange	dynamic range
enColorGamut	gamut range
u32Stride	Image row stride.
u64PhyAddr	physical address
pu8VirAddr	virtual address
u32Length	image space size (Bytes)
s16OffsetTop	image top crop width
s16OffsetBottom	image bottom crop width
s16OffsetLeft	image left crop width
s16OffsetRight	image right crop width
u32TimeRef	Image frame sequence number
u64PTS	Image timestamp
pPrivateData	private data
u32FrameFlag	the mark of the current frame

【Note】

None.

【Related Data Type and Interface】

None.

3.4.28. VIDEO_FRAME_INFO_S

【Description】

Define video frame information structure.

【Syntax】

typedef struct _VIDEO_FRAME_INFO_S {
   VIDEO_FRAME_S stVFrame; ///< Video frame
   CVI_U32 u32PoolId;      ///< VB pool ID
} VIDEO_FRAME_INFO_S;

【Member】

Member	Description
stVFrame	Video frame
u32PoolId	Cache pool ID

【Note】

None.

【Related Data Type and Interface】

• VIDEO_FRAME_S

3.4.29. BITMAP_S

【Description】

Define BITMAP information.

【Syntax】

 typedef struct _BITMAP_S {
  PIXEL_FORMAT_E enPixelFormat;
  CVI_U32 u32Width;
  CVI_U32 u32Height;
  CVI_VOID * ATTRIBUTE pData;
} BITMAP_S;

【Member】

Member	Description
enPixelFormat	Bitmap pixel format
u32Width	Bitmap width
u32Height	Bitmap height
pData	Bitmap data address

【Note】

None.

【Related Data Type and Interface】

None.

3.4.30. CVI_TDMA_2D_S

【Description】

Define 2-dimension TDMA structure.

【Syntax】

 typedef struct _CVI_TDMA_2D_S {
  uint64_t paddr_src;
  uint64_t paddr_dst;
  uint32_t w_bytes;
  uint32_t h;
  uint32_t stride_bytes_src;
  uint32_t stride_bytes_dst;
} CVI_TDMA_2D_S;

【Member】

Member	Description
paddr_src	physical address of src mem
paddr_dst	physical address of dst mem
w_bytes	width of mem
h	height of mem
stride_bytes_src	row span of src mem
stride_bytes_dst	row span of dst mem

【Note】

None.

【Related Data Type and Interface】

None.

3.4.31. WDR_MODE_E

【Description】

Defined different wide dynamic range mode enumerations.

【Syntax】

 typedef enum _WDR_MODE_E {
  WDR_MODE_NONE= 0;
  WDR_MODE_NONE = 0,
  WDR_MODE_BUILT_IN,
  WDR_MODE_QUDRA,

  WDR_MODE_2To1_LINE,
  WDR_MODE_2To1_FRAME,
  WDR_MODE_2To1_FRAME_FULL_RATE,

  WDR_MODE_3To1_LINE,
  WDR_MODE_3To1_FRAME,
  WDR_MODE_3To1_FRAME_FULL_RATE,

  WDR_MODE_4To1_LINE,
  WDR_MODE_4To1_FRAME,
  WDR_MODE_4To1_FRAME_FULL_RATE,

  WDR_MODE_MAX,
} WDR_MODE_E;

【Member】

Member	Description
WDR_MODE_NONE	No WDR mode
WDR_MODE_BUILT_IN	Built in WDR mode
WDR_MODE_QUDRA	Four channel WDR mode
WDR_MODE_2To1_LINE	2-to-1 line mode WDR
WDR_MODE_2To1_FRAME	2-to-1 frame mode WDR
WDR_MODE_2To1_FRAME_FULL_RATE	2-to-1 full frame rate mode WDR
WDR_MODE_3To1_LINE	3-to-1 line mode WDR
WDR_MODE_3To1_FRAME	3-to-1 frame mode WDR
WDR_MODE_3To1_FRAME_FULL_RATE	3-to-1 full frame rate mode WDR
WDR_MODE_4To1_LINE	4-to-1 line mode WDR
WDR_MODE_4To1_FRAME	4-to-1 frame mode WDR
WDR_MODE_4To1_FRAME_FULL_RATE	4-to-1 full frame rate mode WDR
WDR_MODE_MAX	The maximum value of enumeration

【Note】

None.

【Related Data Type and Interface】

None.