/* * Copyright (C) Cvitek Co., Ltd. 2019-2020. All rights reserved. * * File Name: include/cvi_comm_venc.h * Description: * Common video encode definitions. */ #ifndef __CVI_COMM_VENC_H__ #define __CVI_COMM_VENC_H__ #ifdef __cplusplus #if __cplusplus extern "C" { #endif #endif /* __cplusplus */ #ifndef USE_KERNEL_MODE #include #endif #include #include #include #include #define JPEG_MARKER_ORDER_CNT 16 enum VENC_BIND_MODE_E { VENC_BIND_DISABLE = 0, VENC_BIND_VI, VENC_BIND_VPSS, }; #define CVI_VENC_STR_LEN 255 #define CVI_VENC_MASK_ERR 0x1 #define CVI_VENC_MASK_WARN 0x2 #define CVI_VENC_MASK_INFO 0x4 #define CVI_VENC_MASK_FLOW 0x8 #define CVI_VENC_MASK_DBG 0x10 #define CVI_VENC_MASK_BS 0x100 #define CVI_VENC_MASK_SRC 0x200 #define CVI_VENC_MASK_API 0x400 #define CVI_VENC_MASK_SYNC 0x800 #define CVI_VENC_MASK_PERF 0x1000 #define CVI_VENC_MASK_CFG 0x2000 #define CVI_VENC_MASK_FRC 0x4000 #define CVI_VENC_MASK_BIND 0x8000 #define CVI_VENC_MASK_TRACE 0x10000 #define CVI_VENC_MASK_DUMP_YUV 0x100000 #define CVI_VENC_MASK_DUMP_BS 0x200000 #define CVI_VENC_MASK_DEBUG 0x400000 #define CVI_VENC_MASK_CURR (CVI_VENC_MASK_ERR) typedef struct _venc_dbg_ { CVI_S32 startFn; CVI_S32 endFn; CVI_S32 dbgMask; CVI_S32 currMask; CVI_CHAR dbgDir[CVI_VENC_STR_LEN]; #ifndef USE_KERNEL_MODE FILE *dumpYuv; FILE *dumpBs; #endif CVI_U32 noDataTimeout; } venc_dbg; extern venc_dbg vencDbg; #ifndef USE_KERNEL_MODE extern pthread_t gs_VencTask[VENC_MAX_CHN_NUM]; #endif //#define ENABLE_SYSLOG #if defined(CVI_FUNC_COND) #undef CVI_FUNC_COND #endif #define CVI_FUNC_COND(FLAG, FUNC) \ do { \ if (vencDbg.currMask & (FLAG)) { \ FUNC; \ } \ } while (0) #ifndef USE_KERNEL_MODE #define CVI_VENC_PRNT(msg, ...) \ printf(msg, ##__VA_ARGS__) #else #define CVI_VENC_PRNT(msg, ...) \ pr_info(msg, ##__VA_ARGS__) #endif #ifndef USE_KERNEL_MODE #define CVI_VENC_ERR(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_ERR) \ CVI_TRACE(CVI_DBG_ERR, CVI_ID_VENC, "%s:%d:%s()[ERR]: "msg, \ __FILENAME__, __LINE__, __func__, ##__VA_ARGS__); \ printf("[ERR] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_VENC_WARN(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_WARN) \ CVI_TRACE(CVI_DBG_WARN, CVI_ID_VENC, "%s:%d:%s()[WARN]: "msg, \ __FILENAME__, __LINE__, __func__, ##__VA_ARGS__); \ } while (0) #define CVI_VENC_BS(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_BS) \ CVI_TRACE(CVI_DBG_NOTICE, CVI_ID_VENC, "%s:%d:%s()[BS]: "msg, \ __FILENAME__, __LINE__, __func__, ##__VA_ARGS__); \ } while (0) #define CVI_VENC_SRC(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_SRC) \ CVI_TRACE(CVI_DBG_NOTICE, CVI_ID_VENC, "%s:%d:%s()[SRC]: "msg, \ __FILENAME__, __LINE__, __func__, ##__VA_ARGS__); \ } while (0) #define CVI_VENC_PERF(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_PERF) \ CVI_TRACE(CVI_DBG_NOTICE, CVI_ID_VENC, "%s:%d:%s()[PERF]: chn = %d, "msg, \ __FILENAME__, __LINE__, __func__, pChnHandle->VeChn, ##__VA_ARGS__); \ } while (0) #define CVI_VENC_CFG(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_CFG) \ CVI_TRACE(CVI_DBG_NOTICE, CVI_ID_VENC, "%s:%d:%s()[CFG]: "msg, \ __FILENAME__, __LINE__, __func__, ##__VA_ARGS__); \ } while (0) #define CVI_VENC_FRC(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_FRC) \ CVI_TRACE(CVI_DBG_NOTICE, CVI_ID_VENC, "%s:%d:%s()[FRC]: "msg, \ __FILENAME__, __LINE__, __func__, ##__VA_ARGS__); \ } while (0) #define CVI_VENC_BIND(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_BIND) \ CVI_TRACE(CVI_DBG_NOTICE, CVI_ID_VENC, "%s:%d:%s()[BIND]: "msg, \ __FILENAME__, __LINE__, __func__, ##__VA_ARGS__); \ } while (0) #define CVI_VENC_INFO(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_INFO) \ CVI_TRACE(CVI_DBG_INFO, CVI_ID_VENC, "%s:%d:%s()[INFO]: "msg, \ __FILENAME__, __LINE__, __func__, ##__VA_ARGS__); \ } while (0) #define CVI_VENC_FLOW(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_FLOW) \ CVI_TRACE(CVI_DBG_INFO, CVI_ID_VENC, "%s:%d:%s()[FLOW]: "msg, \ __FILENAME__, __LINE__, __func__, ##__VA_ARGS__); \ } while (0) #define CVI_VENC_API(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_API) \ CVI_TRACE(CVI_DBG_INFO, CVI_ID_VENC, "%s:%d:%s()[API]: "msg, \ __FILENAME__, __LINE__, __func__, ##__VA_ARGS__); \ } while (0) #define CVI_VENC_DBG(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_DBG) \ CVI_TRACE(CVI_DBG_DEBUG, CVI_ID_VENC, "%s:%d:%s()[DBG]: "msg, \ __FILENAME__, __LINE__, __func__, ##__VA_ARGS__); \ } while (0) #define CVI_VENC_SYNC(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_SYNC) \ CVI_TRACE(CVI_DBG_DEBUG, CVI_ID_VENC, "%s:%d:%s()[SYNC]: "msg, \ __FILENAME__, __LINE__, __func__, ##__VA_ARGS__); \ } while (0) #define CVI_VENC_TRACE(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_TRACE) \ CVI_TRACE(CVI_DBG_DEBUG, CVI_ID_VENC, "%s:%d:%s()[TRACE]: "msg, \ __FILENAME__, __LINE__, __func__, ##__VA_ARGS__); \ } while (0) #define CVI_VENC_DUMP_YUV(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_DUMP_YUV) \ CVI_TRACE(CVI_DBG_DEBUG, CVI_ID_VENC, "%s:%d:%s()[DYUV]: "msg, \ __FILENAME__, __LINE__, __func__, ##__VA_ARGS__); \ } while (0) #define CVI_VENC_DUMP_BS(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_DUMP_BS) \ CVI_TRACE(CVI_DBG_DEBUG, CVI_ID_VENC, "%s:%d:%s()[DBS]: "msg, \ __FILENAME__, __LINE__, __func__, ##__VA_ARGS__); \ } while (0) #define CVI_TRACE_VENC(level, fmt, ...) \ CVI_TRACE(level, CVI_ID_VENC, "%s:%d:%s(): " fmt, __FILENAME__, __LINE__, __func__, ##__VA_ARGS__) #else #define CVI_VENC_DEBUG(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_DEBUG) { \ struct timespec64 ts; \ ktime_get_ts64(&ts); \ pr_info("[DEBUG][%llu] %s = %d," msg, ts.tv_sec * 1000 + ts.tv_nsec / 1000000, __func__, \ __LINE__, ## __VA_ARGS__); \ } \ } while (0) #define CVI_VENC_ERR(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_ERR) \ pr_err("[ERR] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_VENC_WARN(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_WARN) \ pr_warn("[WARN] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_VENC_BS(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_BS) \ pr_notice("[BS] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_VENC_SRC(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_SRC) \ pr_notice("[SRC] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_VENC_PERF(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_PERF) \ pr_notice("[PERF] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_VENC_CFG(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_CFG) \ pr_notice("[CFG] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_VENC_FRC(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_FRC) \ pr_notice("[FRC] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_VENC_BIND(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_BIND) \ pr_notice("[BIND] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_VENC_INFO(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_INFO) \ pr_info("[INFO] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_VENC_FLOW(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_FLOW) \ pr_info("[FLOW] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_VENC_API(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_API) \ pr_info("[API] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_VENC_DBG(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_DBG) \ pr_debug("[DBG] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_VENC_SYNC(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_SYNC) \ pr_debug("[SYNC] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_VENC_TRACE(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_TRACE) \ pr_debug("[TRACE] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_VENC_DUMP_YUV(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_DUMP_YUV) \ pr_debug("[YUV] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_VENC_DUMP_BS(msg, ...) \ do { \ if (vencDbg.currMask & CVI_VENC_MASK_DUMP_BS) \ pr_debug("[BS] %s = %d, "msg, __func__, __LINE__, ## __VA_ARGS__); \ } while (0) #define CVI_TRACE_VENC(level, fmt, ...) \ pr_debug("%s:%d:%s(): " fmt, __FILENAME__, __LINE__, __func__, ##__VA_ARGS__) #endif // TODO: refinememt for hardcode #define ENUM_ERR_VENC_INVALID_CHNID \ ((CVI_S32)(0xC0000000L | ((CVI_ID_VENC) << 16) | ((4) << 13) | (2))) #define ENUM_ERR_VENC_VENC_INIT \ ((CVI_S32)(0xC0000000L | ((CVI_ID_VENC) << 16) | ((4) << 13) | (64))) typedef enum { CVI_ERR_VENC_INVALID_CHNID = ENUM_ERR_VENC_INVALID_CHNID, CVI_ERR_VENC_ILLEGAL_PARAM, CVI_ERR_VENC_EXIST, CVI_ERR_VENC_UNEXIST, CVI_ERR_VENC_NULL_PTR, CVI_ERR_VENC_NOT_CONFIG, CVI_ERR_VENC_NOT_SUPPORT, CVI_ERR_VENC_NOT_PERM, CVI_ERR_VENC_INVALID_PIPEID, CVI_ERR_VENC_INVALID_GRPID, CVI_ERR_VENC_NOMEM, CVI_ERR_VENC_NOBUF, CVI_ERR_VENC_BUF_EMPTY, CVI_ERR_VENC_BUF_FULL, CVI_ERR_VENC_SYS_NOTREADY, CVI_ERR_VENC_BADADDR, CVI_ERR_VENC_BUSY, CVI_ERR_VENC_SIZE_NOT_ENOUGH, CVI_ERR_VENC_INVALID_VB, ///========// CVI_ERR_VENC_INIT = ENUM_ERR_VENC_VENC_INIT, CVI_ERR_VENC_FRC_NO_ENC, CVI_ERR_VENC_STAT_VFPS_CHANGE, CVI_ERR_VENC_EMPTY_STREAM_FRAME, CVI_ERR_VENC_EMPTY_PACK, CVI_ERR_VENC_JPEG_MARKER_ORDER, CVI_ERR_VENC_CU_PREDICTION, CVI_ERR_VENC_RC_PARAM, CVI_ERR_VENC_H264_ENTROPY, CVI_ERR_VENC_H264_TRANS, CVI_ERR_VENC_H265_TRANS, CVI_ERR_VENC_MUTEX_ERROR, CVI_ERR_VENC_INVALILD_RET, CVI_ERR_VENC_H264_VUI, CVI_ERR_VENC_H265_VUI, CVI_ERR_VENC_GOP_ATTR, CVI_ERR_VENC_FRAME_PARAM, CVI_ERR_VENC_H264_SPLIT, CVI_ERR_VENC_H265_SPLIT, CVI_ERR_VENC_H264_INTRA_PRED, CVI_ERR_VENC_BUTT } VENC_RECODE_E_ERRTYPE; /*the nalu type of H264E*/ typedef enum _H264E_NALU_TYPE_E { H264E_NALU_BSLICE = 0, /*B SLICE types*/ H264E_NALU_PSLICE = 1, /*P SLICE types*/ H264E_NALU_ISLICE = 2, /*I SLICE types*/ H264E_NALU_IDRSLICE = 5, /*IDR SLICE types*/ H264E_NALU_SEI = 6, /*SEI types*/ H264E_NALU_SPS = 7, /*SPS types*/ H264E_NALU_PPS = 8, /*PPS types*/ H264E_NALU_BUTT } H264E_NALU_TYPE_E; /*the nalu type of H265E*/ typedef enum _H265E_NALU_TYPE_E { H265E_NALU_BSLICE = 0, /*B SLICE types*/ H265E_NALU_PSLICE = 1, /*P SLICE types*/ H265E_NALU_ISLICE = 2, /*I SLICE types*/ H265E_NALU_IDRSLICE = 19, /*IDR SLICE types*/ H265E_NALU_VPS = 32, /*VPS types*/ H265E_NALU_SPS = 33, /*SPS types*/ H265E_NALU_PPS = 34, /*PPS types*/ H265E_NALU_SEI = 39, /*SEI types*/ H265E_NALU_BUTT } H265E_NALU_TYPE_E; /*h265 decoding refresh type*/ typedef enum _H265E_REFERSH_TYPE_E { H265E_REFRESH_IDR = 0, /*Instantaneous decoding refresh picture*/ H265E_REFRESH_CRA = 1, /*Clean random access picture*/ H265E_REFRESH_BUTT } H265E_REFRESH_TYPE_E; /*the reference type of H264E slice*/ typedef enum _H264E_REFSLICE_TYPE_E { H264E_REFSLICE_FOR_1X = 1, /*Reference slice for H264E_REF_MODE_1X*/ H264E_REFSLICE_FOR_2X = 2, /*Reference slice for H264E_REF_MODE_2X*/ H264E_REFSLICE_FOR_4X = 5, /*Reference slice for H264E_REF_MODE_4X*/ H264E_REFSLICE_FOR_BUTT /* slice not for reference*/ } H264E_REFSLICE_TYPE_E; /* the entropy mode of H264E */ typedef enum _H264E_ENTROPY { H264E_ENTROPY_CAVLC = 0, H264E_ENTROPY_CABAC, } H264E_ENTROPY; /* the profile of H264E */ typedef enum _H264E_PROFILE { H264E_PROFILE_BASELINE = 0, H264E_PROFILE_MAIN, H264E_PROFILE_HIGH, H264E_PROFILE_BUTT } H264E_PROFILE; /*the pack type of JPEGE*/ typedef enum _JPEGE_PACK_TYPE_E { JPEGE_PACK_ECS = 5, /*ECS types*/ JPEGE_PACK_APP = 6, /*APP types*/ JPEGE_PACK_VDO = 7, /*VDO types*/ JPEGE_PACK_PIC = 8, /*PIC types*/ JPEGE_PACK_DCF = 9, /*DCF types*/ JPEGE_PACK_DCF_PIC = 10, /*DCF PIC types*/ JPEGE_PACK_BUTT } JPEGE_PACK_TYPE_E; /*the marker type of JPEGE*/ typedef enum _JPEGE_MARKER_TYPE_E { JPEGE_MARKER_SOI = 1, /*SOI*/ JPEGE_MARKER_DQT = 2, /*DQT*/ JPEGE_MARKER_DQT_MERGE = 3, /*DQT containing multiple tables*/ JPEGE_MARKER_DHT = 4, /*DHT*/ JPEGE_MARKER_DHT_MERGE = 5, /*DHT containing multiple tables*/ JPEGE_MARKER_DRI = 6, /*DRI*/ JPEGE_MARKER_DRI_OPT = 7, /*DRI inserted only when restart interval is not 0*/ JPEGE_MARKER_SOF0 = 8, /*SOF0*/ JPEGE_MARKER_JFIF = 9, /*JFIF tags as APP0*/ JPEGE_MARKER_FRAME_INDEX = 10, /*frame index as APP9*/ JPEGE_MARKER_ADOBE = 11, /*ADOBE tags as APP14*/ JPEGE_MARKER_USER_DATA = 12, /*user data as APP15*/ JPEGE_MARKER_BUTT } JPEGE_MARKER_TYPE_E; typedef enum _JPEGE_FORMAT_E { JPEGE_FORMAT_DEFAULT = 0, /* SOI, FRAME_INDEX, USER_DATA, DRI_OPT, DQT, DHT, SOF0 */ JPEGE_FORMAT_TYPE_1 = 1, /* SOI, JFIF, DQT_MERGE, SOF0, DHT_MERGE, DRI */ JPEGE_FORMAT_CUSTOM = 0xFF, /* custom marker order specified by JpegMarkerOrder */ } JPEGE_FORMAT_E; /*the pack type of PRORES*/ typedef enum _PRORES_PACK_TYPE_E { PRORES_PACK_PIC = 1, /*PIC types*/ PRORES_PACK_BUTT } PRORES_PACK_TYPE_E; /*the data type of VENC*/ typedef union cviVENC_DATA_TYPE_U { H264E_NALU_TYPE_E enH264EType; /* R; H264E NALU types*/ JPEGE_PACK_TYPE_E enJPEGEType; /* R; JPEGE pack types*/ H265E_NALU_TYPE_E enH265EType; /* R; H264E NALU types*/ PRORES_PACK_TYPE_E enPRORESType; } VENC_DATA_TYPE_U; /*the pack info of VENC*/ typedef struct _VENC_PACK_INFO_S { VENC_DATA_TYPE_U u32PackType; /* R; the pack type*/ CVI_U32 u32PackOffset; CVI_U32 u32PackLength; } VENC_PACK_INFO_S; /*Defines a stream packet*/ typedef struct _VENC_PACK_S { CVI_U64 u64PhyAddr; /* R; the physics address of stream */ CVI_U8 ATTRIBUTE *pu8Addr; /* R; the virtual address of stream */ #ifdef __arm__ __u32 u32AddrPadding; #endif CVI_U32 ATTRIBUTE u32Len; /* R; the length of stream */ CVI_U64 u64PTS; /* R; PTS */ CVI_BOOL bFrameEnd; /* R; frame end */ VENC_DATA_TYPE_U DataType; /* R; the type of stream */ CVI_U32 u32Offset; /* R; the offset between the Valid data and the start address*/ CVI_U32 u32DataNum; /* R; the stream packets num */ VENC_PACK_INFO_S stPackInfo[8]; /* R; the stream packet Information */ } VENC_PACK_S; /*Defines the frame type and reference attributes of the H.264 frame skipping reference streams*/ typedef enum _H264E_REF_TYPE_E { BASE_IDRSLICE = 0, /* the Idr frame at Base layer*/ BASE_PSLICE_REFTOIDR, // the P frame at Base layer, // referenced by other frames at Base layer and reference to Idr frame BASE_PSLICE_REFBYBASE, /* the P frame at Base layer, referenced by other frames at Base layer */ BASE_PSLICE_REFBYENHANCE, /* the P frame at Base layer, referenced by other frames at Enhance layer */ ENHANCE_PSLICE_REFBYENHANCE, /* the P frame at Enhance layer, referenced by other frames at Enhance layer */ ENHANCE_PSLICE_NOTFORREF, /* the P frame at Enhance layer ,not referenced */ ENHANCE_PSLICE_BUTT } H264E_REF_TYPE_E; typedef enum _H264E_REF_TYPE_E H265E_REF_TYPE_E; /*Defines the features of an H.264 stream*/ typedef struct _VENC_STREAM_INFO_H264_S { CVI_U32 u32PicBytesNum; /* R; the coded picture stream byte number */ CVI_U32 u32Inter16x16MbNum; /* R; the inter16x16 macroblock num */ CVI_U32 u32Inter8x8MbNum; /* R; the inter8x8 macroblock num */ CVI_U32 u32Intra16MbNum; /* R; the intra16x16 macroblock num */ CVI_U32 u32Intra8MbNum; /* R; the intra8x8 macroblock num */ CVI_U32 u32Intra4MbNum; /* R; the inter4x4 macroblock num */ H264E_REF_TYPE_E enRefType; /* R; Type of encoded frames in advanced frame skipping reference mode */ CVI_U32 u32UpdateAttrCnt; // R; Number of times that channel attributes // or parameters (including RC parameters) are set CVI_U32 u32StartQp; /* R; the start Qp of encoded frames*/ CVI_U32 u32MeanQp; /* R; the mean Qp of encoded frames*/ CVI_BOOL bPSkip; } VENC_STREAM_INFO_H264_S; /*Defines the features of an H.265 stream*/ typedef struct _VENC_STREAM_INFO_H265_S { CVI_U32 u32PicBytesNum; /* R; the coded picture stream byte number */ CVI_U32 u32Inter64x64CuNum; /* R; the inter64x64 cu num */ CVI_U32 u32Inter32x32CuNum; /* R; the inter32x32 cu num */ CVI_U32 u32Inter16x16CuNum; /* R; the inter16x16 cu num */ CVI_U32 u32Inter8x8CuNum; /* R; the inter8x8 cu num */ CVI_U32 u32Intra32x32CuNum; /* R; the Intra32x32 cu num */ CVI_U32 u32Intra16x16CuNum; /* R; the Intra16x16 cu num */ CVI_U32 u32Intra8x8CuNum; /* R; the Intra8x8 cu num */ CVI_U32 u32Intra4x4CuNum; /* R; the Intra4x4 cu num */ H265E_REF_TYPE_E enRefType; /* R; Type of encoded frames in advanced frame skipping reference mode*/ CVI_U32 u32UpdateAttrCnt; // R; Number of times that channel // attributes/parameters (including RC parameters) are set CVI_U32 u32StartQp; /* R; the start Qp of encoded frames*/ CVI_U32 u32MeanQp; /* R; the mean Qp of encoded frames*/ CVI_BOOL bPSkip; } VENC_STREAM_INFO_H265_S; /* the sse info*/ typedef struct _VENC_SSE_INFO_S { CVI_BOOL bSSEEn; /* RW; Range:[0,1]; Region SSE enable */ CVI_U32 u32SSEVal; /* R; Region SSE value */ } VENC_SSE_INFO_S; /* the advance information of the h264e */ typedef struct _VENC_STREAM_ADVANCE_INFO_H264_S { CVI_U32 u32ResidualBitNum; /* R; the residual num */ CVI_U32 u32HeadBitNum; /* R; the head bit num */ CVI_U32 u32MadiVal; /* R; the madi value */ CVI_U32 u32MadpVal; /* R; the madp value */ double dPSNRVal; /* R; the PSNR value */ CVI_U32 u32MseLcuCnt; /* R; the lcu cnt of the mse */ CVI_U32 u32MseSum; /* R; the sum of the mse */ VENC_SSE_INFO_S stSSEInfo[8]; /* R; the information of the sse */ CVI_U32 u32QpHstgrm[52]; /* R; the Qp histogram value */ CVI_U32 u32MoveScene16x16Num; /* R; the 16x16 cu num of the move scene*/ CVI_U32 u32MoveSceneBits; /* R; the stream bit num of the move scene */ } VENC_STREAM_ADVANCE_INFO_H264_S; /* the advance information of the Jpege */ typedef struct _VENC_STREAM_ADVANCE_INFO_JPEG_S { // CVI_U32 u32Reserved; } VENC_STREAM_ADVANCE_INFO_JPEG_S; /* the advance information of the Prores */ typedef struct _VENC_STREAM_ADVANCE_INFO_PRORES_S { // CVI_U32 u32Reserved; } VENC_STREAM_ADVANCE_INFO_PRORES_S; /* the advance information of the h265e */ typedef struct _VENC_STREAM_ADVANCE_INFO_H265_S { CVI_U32 u32ResidualBitNum; /* R; the residual num */ CVI_U32 u32HeadBitNum; /* R; the head bit num */ CVI_U32 u32MadiVal; /* R; the madi value */ CVI_U32 u32MadpVal; /* R; the madp value */ double dPSNRVal; /* R; the PSNR value */ CVI_U32 u32MseLcuCnt; /* R; the lcu cnt of the mse */ CVI_U32 u32MseSum; /* R; the sum of the mse */ VENC_SSE_INFO_S stSSEInfo[8]; /* R; the information of the sse */ CVI_U32 u32QpHstgrm[52]; /* R; the Qp histogram value */ CVI_U32 u32MoveScene32x32Num; /* R; the 32x32 cu num of the move scene*/ CVI_U32 u32MoveSceneBits; /* R; the stream bit num of the move scene */ } VENC_STREAM_ADVANCE_INFO_H265_S; /*Defines the features of an jpege stream*/ typedef struct _VENC_STREAM_INFO_PRORES_S { CVI_U32 u32PicBytesNum; CVI_U32 u32UpdateAttrCnt; } VENC_STREAM_INFO_PRORES_S; /*Defines the features of an jpege stream*/ typedef struct _VENC_STREAM_INFO_JPEG_S { CVI_U32 u32PicBytesNum; /* R; the coded picture stream byte number */ CVI_U32 u32UpdateAttrCnt; // R; Number of times that channel attributes // or parameters (including RC parameters) are set CVI_U32 u32Qfactor; /* R; image quality */ } VENC_STREAM_INFO_JPEG_S; /** * @brief Define the attributes of encoded bitstream * */ typedef struct _VENC_STREAM_S { VENC_PACK_S ATTRIBUTE *pstPack; ///< Encoded bitstream packet #ifdef __arm__ __u32 u32stPackPadding; #endif CVI_U32 ATTRIBUTE u32PackCount; ///< Number of bitstream packets CVI_U32 u32Seq; ///< TODO VENC union { VENC_STREAM_INFO_H264_S stH264Info; ///< TODO VENC VENC_STREAM_INFO_JPEG_S stJpegInfo; ///< The information of JPEG bitstream VENC_STREAM_INFO_H265_S stH265Info; ///< TODO VENC VENC_STREAM_INFO_PRORES_S stProresInfo; ///< TODO VENC }; union { VENC_STREAM_ADVANCE_INFO_H264_S stAdvanceH264Info; ///< TODO VENC VENC_STREAM_ADVANCE_INFO_JPEG_S stAdvanceJpegInfo; ///< TODO VENC VENC_STREAM_ADVANCE_INFO_H265_S stAdvanceH265Info; ///< TODO VENC VENC_STREAM_ADVANCE_INFO_PRORES_S stAdvanceProresInfo;///< TODO VENC }; } VENC_STREAM_S; typedef struct _VENC_STREAM_INFO_S { H265E_REF_TYPE_E enRefType; /*Type of encoded frames in advanced frame skipping reference mode */ CVI_U32 u32PicBytesNum; /* the coded picture stream byte number */ CVI_U32 u32PicCnt; /*Number of times that channel attributes or parameters (including RC parameters) are set */ CVI_U32 u32StartQp; /*the start Qp of encoded frames*/ CVI_U32 u32MeanQp; /*the mean Qp of encoded frames*/ CVI_BOOL bPSkip; CVI_U32 u32ResidualBitNum; // residual CVI_U32 u32HeadBitNum; // head information CVI_U32 u32MadiVal; // madi CVI_U32 u32MadpVal; // madp CVI_U32 u32MseSum; /* Sum of MSE value */ CVI_U32 u32MseLcuCnt; /* Sum of LCU number */ double dPSNRVal; // PSNR } VENC_STREAM_INFO_S; /*the size of array is 2,that is the maximum*/ typedef struct _VENC_MPF_CFG_S { CVI_U8 u8LargeThumbNailNum; /* RW; Range:[0,2]; the large thumbnail pic num of the MPF */ SIZE_S astLargeThumbNailSize[2]; /* RW; The resolution of large ThumbNail*/ } VENC_MPF_CFG_S; typedef enum _VENC_PIC_RECEIVE_MODE_E { VENC_PIC_RECEIVE_SINGLE = 0, VENC_PIC_RECEIVE_MULTI, VENC_PIC_RECEIVE_BUTT } VENC_PIC_RECEIVE_MODE_E; /** * @brief Define the attributes of JPEG Encoder. * */ typedef struct _VENC_ATTR_JPEG_S { CVI_BOOL bSupportDCF; ///< TODO VENC VENC_MPF_CFG_S stMPFCfg; ///< TODO VENC VENC_PIC_RECEIVE_MODE_E enReceiveMode; ///< TODO VENC } VENC_ATTR_JPEG_S; /*the attribute of h264e*/ typedef struct _VENC_ATTR_H264_S { CVI_BOOL bRcnRefShareBuf; /* RW; Range:[0, 1]; Whether to enable the Share Buf of Rcn and Ref .*/ CVI_BOOL bSingleLumaBuf; /* Use single luma buffer*/ // reserved } VENC_ATTR_H264_S; /*the attribute of h265e*/ typedef struct _VENC_ATTR_H265_S { CVI_BOOL bRcnRefShareBuf; /* RW; Range:[0, 1]; Whether to enable the Share Buf of Rcn and Ref .*/ // reserved } VENC_ATTR_H265_S; /*the frame rate of PRORES*/ typedef enum _PRORES_FRAMERATE { PRORES_FR_UNKNOWN = 0, PRORES_FR_23_976, PRORES_FR_24, PRORES_FR_25, PRORES_FR_29_97, PRORES_FR_30, PRORES_FR_50, PRORES_FR_59_94, PRORES_FR_60, PRORES_FR_100, PRORES_FR_119_88, PRORES_FR_120, PRORES_FR_BUTT } PRORES_FRAMERATE; /*the aspect ratio of PRORES*/ typedef enum _PRORES_ASPECT_RATIO { PRORES_ASPECT_RATIO_UNKNOWN = 0, PRORES_ASPECT_RATIO_SQUARE, PRORES_ASPECT_RATIO_4_3, PRORES_ASPECT_RATIO_16_9, PRORES_ASPECT_RATIO_BUTT } PRORES_ASPECT_RATIO; /*the attribute of PRORES*/ typedef struct _VENC_ATTR_PRORES_S { char cIdentifier[4]; PRORES_FRAMERATE enFrameRateCode; PRORES_ASPECT_RATIO enAspectRatio; } VENC_ATTR_PRORES_S; /** * @brief Define the attributes of the venc. * */ typedef struct _VENC_ATTR_S { PAYLOAD_TYPE_E enType; ///< the type of payload CVI_U32 u32MaxPicWidth; ///< maximum width of a picture to be encoded CVI_U32 u32MaxPicHeight; ///< maximum height of a picture to be encoded CVI_U32 u32BufSize; ///< size of encoded bitstream buffer CVI_U32 u32Profile; ///< TODO VENC CVI_BOOL bByFrame; ///< mode of collecting encoded bitstream\n ///< CVI_TRUE: frame-based\n CVI_FALSE: packet-based CVI_U32 u32PicWidth; ///< width of a picture to be encoded CVI_U32 u32PicHeight; ///< height of a picture to be encoded CVI_BOOL bSingleCore; ///< Use single HW core CVI_BOOL bEsBufQueueEn; ///< Use es buffer queue CVI_BOOL bIsoSendFrmEn; ///< Isolating SendFrame/GetStream pairing union { VENC_ATTR_H264_S stAttrH264e; ///< TODO VENC VENC_ATTR_H265_S stAttrH265e; ///< TODO VENC VENC_ATTR_JPEG_S stAttrJpege; ///< the attibute of JPEG encoder VENC_ATTR_PRORES_S stAttrProres;///< TODO VENC }; } VENC_ATTR_S; /* the gop mode */ typedef enum _VENC_GOP_MODE_E { VENC_GOPMODE_NORMALP = 0, /* NORMALP */ VENC_GOPMODE_DUALP = 1, /* DUALP */ VENC_GOPMODE_SMARTP = 2, /* SMARTP */ VENC_GOPMODE_ADVSMARTP = 3, /* ADVSMARTP */ VENC_GOPMODE_BIPREDB = 4, /* BIPREDB */ VENC_GOPMODE_LOWDELAYB = 5, /* LOWDELAYB */ VENC_GOPMODE_BUTT, } VENC_GOP_MODE_E; /* the attribute of the normalp*/ typedef struct _VENC_GOP_NORMALP_S { CVI_S32 s32IPQpDelta; /* RW; Range:[-10,30]; QP variance between P frame and I frame */ } VENC_GOP_NORMALP_S; /* the attribute of the dualp*/ typedef struct _VENC_GOP_DUALP_S { CVI_U32 u32SPInterval; /* RW; Range:[0, 1)U(1, U32Gop -1]; Interval of the special P frames */ CVI_S32 s32SPQpDelta; /* RW; Range:[-10,30]; QP variance between P frame and special P frame */ CVI_S32 s32IPQpDelta; /* RW; Range:[-10,30]; QP variance between P frame and I frame */ } VENC_GOP_DUALP_S; /* the attribute of the smartp*/ typedef struct _VENC_GOP_SMARTP_S { CVI_U32 u32BgInterval; /* RW; Range:[U32Gop, 65536] ;Interval of the long-term reference frame*/ CVI_S32 s32BgQpDelta; /* RW; Range:[-10,30]; QP variance between P frame and Bg frame */ CVI_S32 s32ViQpDelta; /* RW; Range:[-10,30]; QP variance between P frame and virtual I frame */ } VENC_GOP_SMARTP_S; /* the attribute of the advsmartp*/ typedef struct _VENC_GOP_ADVSMARTP_S { CVI_U32 u32BgInterval; /* RW; Range:[U32Gop, 65536] ;Interval of the long-term reference frame*/ CVI_S32 s32BgQpDelta; /* RW; Range:[-10,30]; QP variance between P frame and Bg frame */ CVI_S32 s32ViQpDelta; /* RW; Range:[-10,30]; QP variance between P frame and virtual I frame */ } VENC_GOP_ADVSMARTP_S; /* the attribute of the bipredb*/ typedef struct _VENC_GOP_BIPREDB_S { CVI_U32 u32BFrmNum; /* RW; Range:[1,3]; Number of B frames */ CVI_S32 s32BQpDelta; /* RW; Range:[-10,30]; QP variance between P frame and B frame */ CVI_S32 s32IPQpDelta; /* RW; Range:[-10,30]; QP variance between P frame and I frame */ } VENC_GOP_BIPREDB_S; /* the attribute of the gop*/ typedef struct _VENC_GOP_ATTR_S { VENC_GOP_MODE_E enGopMode; /* RW; Encoding GOP type */ union { VENC_GOP_NORMALP_S stNormalP; /*attributes of normal P*/ VENC_GOP_DUALP_S stDualP; /*attributes of dual P*/ VENC_GOP_SMARTP_S stSmartP; /*attributes of Smart P*/ VENC_GOP_ADVSMARTP_S stAdvSmartP; /*attributes of AdvSmart P*/ VENC_GOP_BIPREDB_S stBipredB; /*attributes of b */ }; } VENC_GOP_ATTR_S; /** * @brief Define the attributes of the venc channel. * */ typedef struct _VENC_CHN_ATTR_S { VENC_ATTR_S stVencAttr; ///< The attribute of video encoder VENC_RC_ATTR_S stRcAttr; ///< The attribute of bitrate control VENC_GOP_ATTR_S stGopAttr; ///< TODO VENC } VENC_CHN_ATTR_S; /* the param of receive picture */ typedef struct _VENC_RECV_PIC_PARAM_S { CVI_S32 s32RecvPicNum; // RW; Range:[-1,0)U(0 2147483647]; Number of frames // received and encoded by the encoding channel } VENC_RECV_PIC_PARAM_S; /** * @brief Define the current channel status of encoder * */ typedef struct _VENC_CHN_STATUS_S { CVI_U32 u32LeftPics; ///< Number of frames left to be encoded TODO VENC CVI_U32 u32LeftStreamBytes; ///< Number of stream bytes left in the stream buffer TODO VENC CVI_U32 u32LeftStreamFrames; ///< Number of encoded frame in the stream buffer TODO VENC CVI_U32 u32CurPacks; ///< Number of packets in current frame CVI_U32 u32LeftRecvPics; ///< Number of frames to be received TODO VENC CVI_U32 u32LeftEncPics; ///< Number of frames to be encoded. TODO VENC CVI_BOOL bJpegSnapEnd; ///< if the process of JPEG captureThe is finished. TODO VENC VENC_STREAM_INFO_S stVencStrmInfo; ///< the stream information of encoder TODO VENC } VENC_CHN_STATUS_S; /* the param of the h264e slice split*/ typedef struct _VENC_H264_SLICE_SPLIT_S { CVI_BOOL bSplitEnable; // RW; Range:[0,1]; slice split enable, CVI_TRUE:enable, CVI_FALSE:disable, default value:CVI_FALSE CVI_U32 u32MbLineNum; // RW; Range:[1,(Picture height + 15)/16]; this value presents the mb line number of one slice } VENC_H264_SLICE_SPLIT_S; /* the param of the h264e intra pred*/ typedef struct _VENC_H264_INTRA_PRED_S { CVI_U32 constrained_intra_pred_flag; // RW; Range:[0,1];default: CVI_FALSE, see the H.264 protocol for the meaning } VENC_H264_INTRA_PRED_S; /* the param of the h264e trans*/ typedef struct _VENC_H264_TRANS_S { CVI_U32 u32IntraTransMode; // RW; Range:[0,2]; Conversion mode for // intra-prediction,0: trans4x4, trans8x8; 1: trans4x4, 2: trans8x8 CVI_U32 u32InterTransMode; // RW; Range:[0,2]; Conversion mode for // inter-prediction,0: trans4x4, trans8x8; 1: trans4x4, 2: trans8x8 CVI_BOOL bScalingListValid; /* RW; Range:[0,1]; enable Scaling,default: CVI_FALSE */ CVI_U8 InterScalingList8X8[64]; /* RW; Range:[1,255]; A quantization table for 8x8 inter-prediction*/ CVI_U8 IntraScalingList8X8[64]; /* RW; Range:[1,255]; A quantization table for 8x8 intra-prediction*/ CVI_S32 chroma_qp_index_offset; /* RW; Range:[-12,12];default value: 0, see the H.264 protocol for the meaning*/ } VENC_H264_TRANS_S; /* the param of the h264e entropy*/ typedef struct _VENC_H264_ENTROPY_S { CVI_U32 u32EntropyEncModeI; /* RW; Range:[0,1]; Entropy encoding mode for the I frame, 0:cavlc, 1:cabac */ CVI_U32 u32EntropyEncModeP; /* RW; Range:[0,1]; Entropy encoding mode for the P frame, 0:cavlc, 1:cabac */ CVI_U32 u32EntropyEncModeB; /* RW; Range:[0,1]; Entropy encoding mode for the B frame, 0:cavlc, 1:cabac */ CVI_U32 cabac_init_idc; /* RW; Range:[0,2]; see the H.264 protocol for the meaning */ } VENC_H264_ENTROPY_S; /* the config of the h264e poc*/ typedef struct _VENC_H264_POC_S { CVI_U32 pic_order_cnt_type; /* RW; Range:[0,2]; see the H.264 protocol for the meaning */ } VENC_H264_POC_S; /* the param of the h264e deblocking*/ typedef struct _VENC_H264_DBLK_S { CVI_U32 disable_deblocking_filter_idc; /* RW; Range:[0,2]; see the H.264 protocol for the meaning */ CVI_S32 slice_alpha_c0_offset_div2; /* RW; Range:[-6,+6]; see the H.264 protocol for the meaning */ CVI_S32 slice_beta_offset_div2; /* RW; Range:[-6,+6]; see the H.264 protocol for the meaning */ } VENC_H264_DBLK_S; /* the param of the h264e vui timing info*/ typedef struct _VENC_H264_VUI_TIME_INFO_S { CVI_U8 timing_info_present_flag; /* RW; Range:[0,1]; If 1, timing info belows will be encoded into vui.*/ CVI_U8 fixed_frame_rate_flag; /* RW; Range:[0,1]; see the H.264 protocol for the meaning. */ CVI_U32 num_units_in_tick; /* RW; Range:(0,4294967295]; see the H.264 protocol for the meaning */ CVI_U32 time_scale; /* RW; Range:(0,4294967295]; see the H.264 protocol for the meaning */ } VENC_VUI_H264_TIME_INFO_S; /* the param of the vui aspct ratio*/ typedef struct _VENC_VUI_ASPECT_RATIO_S { CVI_U8 aspect_ratio_info_present_flag; // RW; Range:[0,1]; If 1, aspectratio info belows will be encoded into vui CVI_U8 aspect_ratio_idc; /* RW; Range:[0,255]; 17~254 is reserved,see the protocol for the meaning.*/ CVI_U8 overscan_info_present_flag; // RW; Range:[0,1]; If 1, oversacan info belows will be encoded into vui. CVI_U8 overscan_appropriate_flag; /* RW; Range:[0,1]; see the protocol for the meaning. */ CVI_U16 sar_width; /* RW; Range:(0, 65535]; see the protocol for the meaning. */ CVI_U16 sar_height; // RW; Range:(0, 65535]; see the protocol for the meaning. // notes: sar_width and sar_height shall be relatively prime. } VENC_VUI_ASPECT_RATIO_S; /* the param of the vui video signal*/ typedef struct _VENC_VUI_VIDEO_SIGNAL_S { CVI_U8 video_signal_type_present_flag; /* RW; Range:[0,1]; If 1, video singnal info will be encoded into vui. */ CVI_U8 video_format; /* RW; H.264e Range:[0,7], H.265e Range:[0,5]; see the protocol for the meaning. */ CVI_U8 video_full_range_flag; /* RW; Range: {0,1}; see the protocol for the meaning.*/ CVI_U8 colour_description_present_flag; /* RO; Range: {0,1}; see the protocol for the meaning.*/ CVI_U8 colour_primaries; /* RO; Range: [0,255]; see the protocol for the meaning.*/ CVI_U8 transfer_characteristics; /* RO; Range: [0,255]; see the protocol for the meaning. */ CVI_U8 matrix_coefficients; /* RO; Range:[0,255]; see the protocol for themeaning. */ } VENC_VUI_VIDEO_SIGNAL_S; /* the param of the vui video signal*/ typedef struct _VENC_VUI_BITSTREAM_RESTRIC_S { CVI_U8 bitstream_restriction_flag; /* RW; Range: {0,1}; see the protocol for the meaning.*/ } VENC_VUI_BITSTREAM_RESTRIC_S; /* the param of the h264e vui */ typedef struct _VENC_H264_VUI_S { VENC_VUI_ASPECT_RATIO_S stVuiAspectRatio; VENC_VUI_H264_TIME_INFO_S stVuiTimeInfo; VENC_VUI_VIDEO_SIGNAL_S stVuiVideoSignal; VENC_VUI_BITSTREAM_RESTRIC_S stVuiBitstreamRestric; } VENC_H264_VUI_S; /* the param of the h265e vui timing info*/ typedef struct _VENC_VUI_H265_TIME_INFO_S { CVI_U32 timing_info_present_flag; /* RW; Range:[0,1]; If 1, timing info belows will be encoded into vui.*/ CVI_U32 num_units_in_tick; /* RW; Range:[0,4294967295]; see the H.265 protocol for the meaning. */ CVI_U32 time_scale; /* RW; Range:(0,4294967295]; see the H.265 protocol for the meaning */ CVI_U32 num_ticks_poc_diff_one_minus1; /* RW; Range:(0,4294967294]; see the H.265 protocol for the meaning */ } VENC_VUI_H265_TIME_INFO_S; /* the param of the h265e vui */ typedef struct _VENC_H265_VUI_S { VENC_VUI_ASPECT_RATIO_S stVuiAspectRatio; VENC_VUI_H265_TIME_INFO_S stVuiTimeInfo; VENC_VUI_VIDEO_SIGNAL_S stVuiVideoSignal; VENC_VUI_BITSTREAM_RESTRIC_S stVuiBitstreamRestric; } VENC_H265_VUI_S; /* the param of the jpege */ typedef struct _VENC_JPEG_PARAM_S { CVI_U32 u32Qfactor; /* RW; Range:[1,99]; Qfactor value, 50 = user q-table */ CVI_U8 u8YQt[64]; /* RW; Range:[1, 255]; Y quantization table */ CVI_U8 u8CbQt[64]; /* RW; Range:[1, 255]; Cb quantization table */ CVI_U8 u8CrQt[64]; /* RW; Range:[1, 255]; Cr quantization table */ CVI_U32 u32MCUPerECS; // RW; Range:[0, (picwidth + 15) >> 4 x (picheight + 15) >> 4 x 2]; MCU number of one ECS } VENC_JPEG_PARAM_S; /* the param of the mjpege */ typedef struct _VENC_MJPEG_PARAM_S { CVI_U8 u8YQt[64]; /* RW; Range:[1, 255]; Y quantization table */ CVI_U8 u8CbQt[64]; /* RW; Range:[1, 255]; Cb quantization table */ CVI_U8 u8CrQt[64]; /* RW; Range:[1, 255]; Cr quantization table */ CVI_U32 u32MCUPerECS; // RW; Range:[0, (picwidth + 15) >> 4 x (picheight + 15) >> 4 x 2]; MCU number of one ECS } VENC_MJPEG_PARAM_S; /* the param of the ProRes */ typedef struct _VENC_PRORES_PARAM_S { CVI_U8 u8LumaQt[64]; /* RW; Range:[1, 255]; Luma quantization table */ CVI_U8 u8ChromaQt[64]; /* RW; Range:[1, 255]; Chroma quantization table */ char encoder_identifier[4]; // RW: identifies the encoder vendor or product that generated the compressed frame } VENC_PRORES_PARAM_S; /* the attribute of the roi */ typedef struct _VENC_ROI_ATTR_S { CVI_U32 u32Index; /* RW; Range:[0, 7]; Index of an ROI. The system supports indexes ranging from 0 to 7 */ CVI_BOOL bEnable; /* RW; Range:[0, 1]; Whether to enable this ROI */ CVI_BOOL bAbsQp; // RW; Range:[0, 1]; QP mode of an ROI. CVI_FALSE: relative QP. CVI_TRUE: absolute QP CVI_S32 s32Qp; /* RW; Range:[-51, 51]; QP value,only relative mode can QP value less than 0. */ RECT_S stRect; /* RW;Region of an ROI*/ } VENC_ROI_ATTR_S; /* ROI struct */ typedef struct _VENC_ROI_ATTR_EX_S { CVI_U32 u32Index; /* Index of an ROI. The system supports indexes ranging from 0 to 7 */ CVI_BOOL bEnable[3]; // Subscript of array 0: I Frame; 1: P/B Frame; 2: VI Frame; other params are the same CVI_BOOL bAbsQp[3]; // QP mode of an ROI.CVI_FALSE: relative QP. CVI_TRUE: absolute QP CVI_S32 s32Qp[3]; /* QP value. */ RECT_S stRect[3]; /* Region of an ROI*/ } VENC_ROI_ATTR_EX_S; /* the param of the roibg frame rate */ typedef struct _VENC_ROIBG_FRAME_RATE_S { CVI_S32 s32SrcFrmRate; /* RW; Range:[-1,0)U(0 2147483647];Source frame rate of a non-ROI*/ CVI_S32 s32DstFrmRate; /* RW; Range:[-1, s32SrcFrmRate]; Target frame rate of a non-ROI */ } VENC_ROIBG_FRAME_RATE_S; /* the param of the roibg frame rate */ typedef struct _VENC_REF_PARAM_S { CVI_U32 u32Base; /* RW; Range:[0,4294967295]; Base layer period*/ CVI_U32 u32Enhance; /* RW; Range:[0,255]; Enhance layer period*/ CVI_BOOL bEnablePred; // RW; Range:[0, 1]; Whether some frames at the base // layer are referenced by other frames at the base layer. When bEnablePred is CVI_FALSE, // all frames at the base layer reference IDR frames. } VENC_REF_PARAM_S; /* Jpeg snap mode */ typedef enum _VENC_JPEG_ENCODE_MODE_E { JPEG_ENCODE_ALL = 0, /* Jpeg channel snap all the pictures when started. */ JPEG_ENCODE_SNAP = 1, /* Jpeg channel snap the flashed pictures when started. */ JPEG_ENCODE_BUTT, } VENC_JPEG_ENCODE_MODE_E; /* the information of the stream */ typedef struct _VENC_STREAM_BUF_INFO_S { CVI_U64 u64PhyAddr[MAX_TILE_NUM]; /* R; Start physical address for a stream buffer */ CVI_VOID ATTRIBUTE *pUserAddr[MAX_TILE_NUM]; /* R; Start virtual address for a stream buffer */ CVI_U64 ATTRIBUTE u64BufSize[MAX_TILE_NUM]; /* R; Stream buffer size */ } VENC_STREAM_BUF_INFO_S; /* the param of the h265e slice split */ typedef struct _VENC_H265_SLICE_SPLIT_S { CVI_BOOL bSplitEnable; // RW; Range:[0,1]; slice split enable, CVI_TRUE:enable, // CVI_FALSE:disable, default value:CVI_FALSE CVI_U32 u32LcuLineNum; // RW; Range:(Picture height + lcu size minus one)/lcu // size;this value presents lcu line number } VENC_H265_SLICE_SPLIT_S; /* the param of the h265e pu */ typedef struct _VENC_H265_PU_S { CVI_U32 constrained_intra_pred_flag; /* RW; Range:[0,1]; see the H.265 protocol for the meaning. */ CVI_U32 strong_intra_smoothing_enabled_flag; /* RW; Range:[0,1]; see the H.265 protocol for the meaning. */ } VENC_H265_PU_S; /* the param of the h265e trans */ typedef struct _VENC_H265_TRANS_S { CVI_S32 cb_qp_offset; /* RW; Range:[-12,12]; see the H.265 protocol for the meaning. */ CVI_S32 cr_qp_offset; /* RW; Range:[-12,12]; see the H.265 protocol for the meaning. */ CVI_BOOL bScalingListEnabled; /* RW; Range:[0,1]; If 1, specifies that a scaling list is used.*/ CVI_BOOL bScalingListTu4Valid; /* RW; Range:[0,1]; If 1, ScalingList4X4 belows will be encoded.*/ CVI_U8 InterScalingList4X4[2][16]; /* RW; Range:[1,255]; Scaling List for inter 4X4 block.*/ CVI_U8 IntraScalingList4X4[2][16]; /* RW; Range:[1,255]; Scaling List for intra 4X4 block.*/ CVI_BOOL bScalingListTu8Valid; /* RW; Range:[0,1]; If 1, ScalingList8X8 belows will be encoded.*/ CVI_U8 InterScalingList8X8[2][64]; /* RW; Range:[1,255]; Scaling List for inter 8X8 block.*/ CVI_U8 IntraScalingList8X8[2][64]; /* RW; Range:[1,255]; Scaling List for intra 8X8 block.*/ CVI_BOOL bScalingListTu16Valid; /* RW; Range:[0,1]; If 1, ScalingList16X16 belows will be encoded.*/ CVI_U8 InterScalingList16X16[2][64]; /* RW; Range:[1,255]; Scaling List for inter 16X16 block..*/ CVI_U8 IntraScalingList16X16[2][64]; /* RW; Range:[1,255]; Scaling List for inter 16X16 block.*/ CVI_BOOL bScalingListTU32Valid; /* RW; Range:[0,1]; If 1, ScalingList32X32 belows will be encoded.*/ CVI_U8 InterScalingList32X32[64]; /* RW; Range:[1,255]; Scaling List for inter 32X32 block..*/ CVI_U8 IntraScalingList32X32[64]; /* RW; Range:[1,255]; Scaling List for inter 32X32 block.*/ } VENC_H265_TRANS_S; /* the param of the h265e entroy */ typedef struct _VENC_H265_ENTROPY_S { CVI_U32 cabac_init_flag; /* RW; Range:[0,1]; see the H.265 protocol for the meaning. */ } VENC_H265_ENTROPY_S; /* the param of the h265e deblocking */ typedef struct _VENC_H265_DBLK_S { CVI_U32 slice_deblocking_filter_disabled_flag; /* RW; Range:[0,1]; see the H.265 protocol for the meaning. */ CVI_S32 slice_beta_offset_div2; /* RW; Range:[-6,6]; see the H.265 protocol for the meaning. */ CVI_S32 slice_tc_offset_div2; /* RW; Range:[-6,6]; see the H.265 protocol for the meaning. */ } VENC_H265_DBLK_S; /* the param of the h265e sao */ typedef struct _VENC_H265_SAO_S { CVI_U32 slice_sao_luma_flag; // RW; Range:[0,1]; Indicates whether SAO filtering is // performed on the luminance component of the current slice. CVI_U32 slice_sao_chroma_flag; // RW; Range:[0,1]; Indicates whether SAO filtering // is performed on the chrominance component of the current slice } VENC_H265_SAO_S; /* venc mode type */ typedef enum _VENC_INTRA_REFRESH_MODE_E { INTRA_REFRESH_ROW = 0, /* Line mode */ INTRA_REFRESH_COLUMN, /* Column mode */ INTRA_REFRESH_BUTT } VENC_INTRA_REFRESH_MODE_E; /* the param of the intra refresh */ typedef struct _VENC_INTRA_REFRESH_S { CVI_BOOL bRefreshEnable; // RW; Range:[0,1]; intra refresh enable, CVI_TRUE:enable, // CVI_FALSE:disable, default value:CVI_FALSE VENC_INTRA_REFRESH_MODE_E enIntraRefreshMode; /*RW;Range:INTRA_REFRESH_ROW or INTRA_REFRESH_COLUMN*/ CVI_U32 u32RefreshNum; /* RW; Number of rows/column to be refreshed during each I macroblock refresh*/ CVI_U32 u32ReqIQp; /* RW; Range:[0,51]; QP value of the I frame*/ } VENC_INTRA_REFRESH_S; /* venc mode type */ typedef enum _VENC_MODTYPE_E { MODTYPE_VENC = 1, /* VENC */ MODTYPE_H264E, /* H264e */ MODTYPE_H265E, /* H265e */ MODTYPE_JPEGE, /* Jpege */ MODTYPE_RC, /* Rc */ MODTYPE_BUTT } VENC_MODTYPE_E; /* the param of the h264e mod */ typedef struct _VENC_MOD_H264E_S { CVI_U32 u32OneStreamBuffer; /* RW; Range:[0,1]; one stream buffer*/ CVI_U32 u32H264eMiniBufMode; /* RW; Range:[0,1]; H264e MiniBufMode*/ CVI_U32 u32H264ePowerSaveEn; /* RW; Range:[0,1]; H264e PowerSaveEn*/ VB_SOURCE_E enH264eVBSource; /* RW; Range:VB_SOURCE_PRIVATE,VB_SOURCE_USER; H264e VBSource*/ CVI_BOOL bQpHstgrmEn; /* RW; Range:[0,1]*/ CVI_U32 u32UserDataMaxLen; /* RW; Range:[0,65536]; maximum number of bytes of a user data segment */ CVI_BOOL bSingleEsBuf; /* RW; Range[0,1]; use single output es buffer in n-way encode */ CVI_U32 u32SingleEsBufSize; /* RW; size of single es buffer in n-way encode */ } VENC_MOD_H264E_S; /* the param of the h265e mod */ typedef struct _VENC_MOD_H265E_S { CVI_U32 u32OneStreamBuffer; /* RW; Range:[0,1]; one stream buffer*/ CVI_U32 u32H265eMiniBufMode; /* RW; Range:[0,1]; H265e MiniBufMode*/ CVI_U32 u32H265ePowerSaveEn; /* RW; Range:[0,2]; H265e PowerSaveEn*/ VB_SOURCE_E enH265eVBSource; /* RW; Range:VB_SOURCE_PRIVATE,VB_SOURCE_USER; H265e VBSource*/ CVI_BOOL bQpHstgrmEn; /* RW; Range:[0,1]*/ CVI_U32 u32UserDataMaxLen; /* RW; Range:[0,65536]; maximum number of bytes of a user data segment */ CVI_BOOL bSingleEsBuf; /* RW; Range[0,1]; use single output es buffer in n-way encode */ CVI_U32 u32SingleEsBufSize; /* RW; size of single es buffer in n-way encode */ H265E_REFRESH_TYPE_E enRefreshType; /* RW; Range:H265E_REFRESH_IDR,H265E_REFRESH_CRA; decoding refresh type */ } VENC_MOD_H265E_S; /* the param of the jpege mod */ typedef struct _VENC_MOD_JPEGE_S { CVI_U32 u32OneStreamBuffer; /* RW; Range:[0,1]; one stream buffer*/ CVI_U32 u32JpegeMiniBufMode; /* RW; Range:[0,1]; Jpege MiniBufMode*/ CVI_U32 u32JpegClearStreamBuf; /* RW; Range:[0,1]; JpegClearStreamBuf*/ CVI_BOOL bSingleEsBuf; /* RW; Range[0,1]; use single output es buffer in n-way encode */ CVI_U32 u32SingleEsBufSize; /* RW; size of single es buffer in n-way encode */ JPEGE_FORMAT_E enJpegeFormat; /* RW; Range[0,255]; Jpege format with different marker order */ JPEGE_MARKER_TYPE_E JpegMarkerOrder[JPEG_MARKER_ORDER_CNT]; /* RW: array specifying JPEG marker order*/ } VENC_MOD_JPEGE_S; typedef struct _VENC_MOD_RC_S { CVI_U32 u32ClrStatAfterSetBr; } VENC_MOD_RC_S; /* the param of the venc mod */ typedef struct _VENC_MOD_VENC_S { CVI_U32 u32VencBufferCache; /* RW; Range:[0,1]; VencBufferCache*/ CVI_U32 u32FrameBufRecycle; /* RW; Range:[0,1]; FrameBufRecycle*/ } VENC_MOD_VENC_S; /* the param of the mod */ typedef struct _VENC_MODPARAM_S { VENC_MODTYPE_E enVencModType; /* RW; VencModType*/ union { VENC_MOD_VENC_S stVencModParam; VENC_MOD_H264E_S stH264eModParam; VENC_MOD_H265E_S stH265eModParam; VENC_MOD_JPEGE_S stJpegeModParam; VENC_MOD_RC_S stRcModParam; }; } VENC_PARAM_MOD_S; typedef enum _VENC_FRAME_TYPE_E { VENC_FRAME_TYPE_NONE = 1, VENC_FRAME_TYPE_IDR, VENC_FRAME_TYPE_BUTT } VENC_FRAME_TYPE_E; /* the information of the user rc*/ typedef struct _USER_RC_INFO_S { CVI_BOOL bQpMapValid; /*RW; Range:[0,1]; Indicates whether the QpMap mode is valid for the current frame*/ CVI_BOOL bSkipWeightValid; // RW; Range:[0,1]; Indicates whether // the Skip Weight mode is valid for the current frame CVI_U32 u32BlkStartQp; /* RW; Range:[0,51];QP value of the first 16 x 16 block in QpMap mode */ CVI_U64 u64QpMapPhyAddr; /* RW; Physical address of the QP table in QpMap mode*/ CVI_U64 u64SkipWeightPhyAddr; /* RW; Physical address of the SkipWeight table in QpMap mode*/ VENC_FRAME_TYPE_E enFrameType; } USER_RC_INFO_S; /* the information of the user frame*/ typedef struct _USER_FRAME_INFO_S { VIDEO_FRAME_INFO_S stUserFrame; USER_RC_INFO_S stUserRcInfo; } USER_FRAME_INFO_S; /* the config of the sse*/ typedef struct _VENC_SSE_CFG_S { CVI_U32 u32Index; /* RW; Range:[0, 7]; Index of an SSE. The system supports indexes ranging from 0 to 7 */ CVI_BOOL bEnable; /* RW; Range:[0, 1]; Whether to enable SSE */ RECT_S stRect; /* RW; */ } VENC_SSE_CFG_S; /* the param of the crop */ typedef struct _VENC_CROP_INFO_S { CVI_BOOL bEnable; /* RW; Range:[0, 1]; Crop region enable */ RECT_S stRect; /* RW; Crop region, note: s32X must be multi of 16 */ } VENC_CROP_INFO_S; /* the param of the venc frame rate */ typedef struct _VENC_FRAME_RATE_S { CVI_S32 s32SrcFrmRate; /* RW; Range:[0, 240]; Input frame rate of a channel*/ CVI_S32 s32DstFrmRate; /* RW; Range:[0, 240]; Output frame rate of a channel*/ } VENC_FRAME_RATE_S; /* the param of the venc encode chnl */ typedef struct _VENC_CHN_PARAM_S { CVI_BOOL bColor2Grey; /* RW; Range:[0, 1]; Whether to enable Color2Grey.*/ CVI_U32 u32Priority; /* RW; Range:[0, 1]; The priority of the coding chnl.*/ CVI_U32 u32MaxStrmCnt; /* RW: Range:[0,4294967295]; Maximum number of frames in a stream buffer*/ CVI_U32 u32PollWakeUpFrmCnt; /* RW: Range:(0,4294967295]; the frame num needed to wake up obtaining streams */ VENC_CROP_INFO_S stCropCfg; VENC_FRAME_RATE_S stFrameRate; } VENC_CHN_PARAM_S; /*the ground protect of FOREGROUND*/ typedef struct _VENC_FOREGROUND_PROTECT_S { CVI_BOOL bForegroundCuRcEn; CVI_U32 u32ForegroundDirectionThresh; // RW; Range:[0, 16]; The direction for controlling the macroblock-level bit rate CVI_U32 u32ForegroundThreshGain; /*RW; Range:[0, 15]; The gain of the thresh*/ CVI_U32 u32ForegroundThreshOffset; /*RW; Range:[0, 255]; The offset of the thresh*/ CVI_U32 u32ForegroundThreshP[RC_TEXTURE_THR_SIZE]; /*RW; Range:[0, 255]; Mad threshold for controlling the foreground macroblock-level bit rate of P frames */ CVI_U32 u32ForegroundThreshB[RC_TEXTURE_THR_SIZE]; // RW; Range:[0, 255]; Mad threshold for controlling // the foreground macroblock-level bit rate of B frames } VENC_FOREGROUND_PROTECT_S; /* the scene mode of the venc encode chnl */ typedef enum _VENC_SCENE_MODE_E { SCENE_0 = 0, /*RW;A scene in which the camera does not move or periodically moves continuously*/ SCENE_1 = 1, /*RW;Motion scene at high bit rate*/ SCENE_2 = 2, // RW;It has regular continuous motion at medium bit rate and the // encoding pressure is relatively large SCENE_BUTT } VENC_SCENE_MODE_E; typedef struct _VENC_DEBREATHEFFECT_S { CVI_BOOL bEnable; /*RW; Range:[0,1];default: 0, DeBreathEffect enable */ CVI_S32 s32Strength0; /*RW; Range:[0,35];The Strength0 of DeBreathEffect.*/ CVI_S32 s32Strength1; /*RW; Range:[0,35];The Strength1 of DeBreathEffect.*/ } VENC_DEBREATHEFFECT_S; typedef struct _VENC_CU_PREDICTION_S { OPERATION_MODE_E enPredMode; CVI_U32 u32IntraCost; CVI_U32 u32Intra32Cost; CVI_U32 u32Intra16Cost; CVI_U32 u32Intra8Cost; CVI_U32 u32Intra4Cost; CVI_U32 u32Inter64Cost; CVI_U32 u32Inter32Cost; CVI_U32 u32Inter16Cost; CVI_U32 u32Inter8Cost; } VENC_CU_PREDICTION_S; typedef struct _VENC_SKIP_BIAS_S { CVI_BOOL bSkipBiasEn; CVI_U32 u32SkipThreshGain; CVI_U32 u32SkipThreshOffset; CVI_U32 u32SkipBackgroundCost; CVI_U32 u32SkipForegroundCost; } VENC_SKIP_BIAS_S; typedef struct _VENC_HIERARCHICAL_QP_S { CVI_BOOL bHierarchicalQpEn; CVI_S32 s32HierarchicalQpDelta[4]; CVI_S32 s32HierarchicalFrameNum[4]; } VENC_HIERARCHICAL_QP_S; typedef struct _VENC_CHN_POOL_S { VB_POOL hPicVbPool; /* RW; vb pool id for pic buffer */ VB_POOL hPicInfoVbPool; /* RW; vb pool id for pic info buffer */ } VENC_CHN_POOL_S; typedef struct _VENC_RC_ADVPARAM_S { CVI_U32 u32ClearStatAfterSetAttr; } VENC_RC_ADVPARAM_S; typedef struct _VENC_FRAME_PARAM_S { CVI_U32 u32FrameQp; CVI_U32 u32FrameBits; } VENC_FRAME_PARAM_S; typedef struct _VENC_SB_Setting_S { unsigned int codec; // 0x1:h265, 0x2:h264, 0x4:jpeg CVI_U32 sb_mode; CVI_U32 sb_size; CVI_U32 sb_nb; CVI_U32 y_stride; CVI_U32 uv_stride; CVI_U32 src_height; //pri sb address CVI_U32 sb_ybase; CVI_U32 sb_uvbase; CVI_U32 src_ybase; //[out] CVI_U32 src_uvbase; //[out] // sec sb address CVI_U32 sb_ybase1; CVI_U32 sb_uvbase1; CVI_U32 src_ybase1; //[out] CVI_U32 src_uvbase1; //[out] } VENC_SB_Setting; #ifdef __cplusplus #if __cplusplus } #endif #endif /* __cplusplus */ #endif /* __CVI_COMM_VENC_H__ */