#ifndef __IPC_CFG_DEFINE_H__ #define __IPC_CFG_DEFINE_H__ #include #include #include #include #ifdef __cplusplus #if __cplusplus extern "C" { #endif #endif /* __cplusplus */ #define MAX_SENSOR_NUM 1 #define CHN_STREMA_NUM 1 #define MAX_STREAM_NUM (MAX_SENSOR_NUM * CHN_STREMA_NUM) #define STR_COMM_LENGTH8 8 #define STR_COMM_LENGTH16 16 #define STR_COMM_LENGTH32 32 #define STR_COMM_LENGTH64 64 #define STR_COMM_LENGTH128 128 #define MAX_CFG_NUM 64 #define MAX_CFG_AREA_NUM 4 #define VIDEO_STREAM_ISP_ID 2 #define VIDEO_STREAM_PPU_CHN 2 #define EACH_VI_MAX_ISP_CHN 3 #define CALU_ISP_CHN_BY_ID(viid, ispid) ((viid*EACH_VI_MAX_ISP_CHN)+ispid) // Each sensor has 3 physical channels typedef enum IPC_CFG_DATA_TYPE { CFG_DATA_TYPE_U32 = 0, CFG_DATA_TYPE_U16, CFG_DATA_TYPE_U8, CFG_DATA_TYPE_S32, CFG_DATA_TYPE_S16, CFG_DATA_TYPE_S8, CFG_DATA_TYPE_FLOAT, CFG_DATA_TYPE_STR, CFG_DATA_TYPE_ARRSTR, //CFG_DATA_TYPE_TIME, //CFG_DATA_TYPE_POINT, //CFG_DATA_TYPE_USER, //CFG_DATA_TYPE_RECT, //CFG_DATA_TYPE_MASK, CFG_DATA_TYPE_BUTT } IPC_CFG_DATA_TYPE; typedef enum IPC_CFG_RW_MODE { CFG_READ_ONLY = 0, CFG_READ_WRITE } IPC_CFG_RW_MODE; typedef struct IPC_CFG_OPTIONS { char* pName; void* pData; IPC_CFG_DATA_TYPE enType; IPC_CFG_RW_MODE enMode; char* pDefValue; double dMin; double dMax; char* pDescription; } IPC_CFG_OPTIONS; typedef struct IPC_CFG_OPTIONS_ARRAY { int sIdx; int sArea; int sRow[MAX_CFG_AREA_NUM]; int sCol[MAX_CFG_AREA_NUM]; char AreaName[MAX_CFG_AREA_NUM][8]; IPC_CFG_OPTIONS stCfg[MAX_CFG_NUM]; } IPC_CFG_OPTIONS_ARRAY; typedef enum IPC_FRAMERATE_MODE { FRAMERATE_MODE_10 = 0, FRAMERATE_MODE_15, FRAMERATE_MODE_20, FRAMERATE_MODE_25, FRAMERATE_MODE_30, FRAMERATE_MODE_50, FRAMERATE_MODE_60 } IPC_FRAMERATE_MODE; typedef enum IPC_INPUT_LANE { SENSOR_INPUT_4LANE = 0, SENSOR_INPUT_2LANE, } IPC_INPUT_LANE; typedef enum IPC_RESOLUTION { PIC_CIF = 0, // 352x288 PIC_360P, // 640x360 PIC_480P, // 720*480 PIC_D1, // 704x576 PIC_720P, // 1280x720 PIC_1080P, // 1920x1080 PIC_2048x1536, PIC_2560x1440, PIC_2592x1944, PIC_3840x2160, PIC_BUTT } IPC_RESOLUTION; typedef enum IPC_VIDEO_STREAM { VIDEO_STREAM_MAIN = 0, VIDEO_STREAM_BUTT } IPC_VIDEO_STREAM; typedef enum IPC_VFORMAT_TYPE { FORMAT_NONE = 0, FORMAT_NV21 } IPC_VFORMAT_TYPE; typedef enum IPC_VCODEC_TYPE { CODEC_H264 = 0, CODEC_H265, CODEC_MJPEG, CODEC_VBUTT } IPC_VCODEC_TYPE; typedef enum IPC_ACODEC_TYPE { CODEC_NONE = 0, CODEC_G711A, CODEC_G711U, CODEC_G726, CODEC_AAC, CODEC_ABUTT } IPC_ACODEC_TYPE; typedef enum IPC_GOP_MODE { GOP_MODE_NORMALP = 0, GOP_MODE_DUALP, GOP_MODE_SMARTP } IPC_GOP_MODE; typedef enum IPC_RC { IPC_RC_CBR = 0, IPC_RC_VBR, IPC_RC_AVBR, IPC_RC_QVBR, IPC_RC_CVBR, IPC_RC_QPMAP, IPC_RC_FIXQP } IPC_RC; typedef enum IPC_IRCUT_TYPE { IRCUT_DAY = 0, IRCUT_NIGHT, IRCUT_AUTO, IRCUT_TIMING } IPC_IRCUT_TYPE; typedef enum IPC_AUDIO_SAMPLERATE { AUDIO_SAMPLERATE_8K = 0, //AUDIO_SAMPLERATE_12K, AUDIO_SAMPLERATE_16K, //AUDIO_SAMPLERATE_24K, AUDIO_SAMPLERATE_32K, AUDIO_SAMPLERATE_48K, //AUDIO_SAMPLERATE_64K, //AUDIO_SAMPLERATE_96K, AUDIO_SAMPLERATE_BUTT } IPC_AUDIO_SAMPLERATE; typedef enum IPC_AUDIO_BITWIDTH { AUDIO_BITWIDTH_8 = 0, AUDIO_BITWIDTH_16, AUDIO_BITWIDTH_24, AUDIO_BITWIDTH_32, AUDIO_BITWIDTH_BUTT, } IPC_AUDIO_BITWIDTH; #pragma pack(push, 4) /*----------------------------------video parameters----------------------------------*/ /* video input */ typedef struct IPC_VI_CONFIG { char szSnsType[STR_COMM_LENGTH16]; // sensor type IPC_FRAMERATE_MODE enFramerate; // input framerate mode IPC_INPUT_LANE enInputLane; // input lane int s32BusId; // I2C id } IPC_VI_CONFIG; /* video encode stream */ typedef struct IPC_STREAM_CONFIG { int s32Channel; IPC_RESOLUTION enResolution; // resolution IPC_VFORMAT_TYPE enFormat; // stream format，0-need encode，1-not need encode，raw NV21 IPC_VCODEC_TYPE enCodec; // encode type unsigned int u32Dump; // save continuous frames，default 0 not save，max=300 unsigned int u32Framerate; // framerate unsigned int u32Profile; // H.264:0-baseline, 1-MP, 2-HP 3-SVC-T; H.265:0-MP, 1-Main; Jpege/MJpege:0-baseline unsigned int u32H26xGop; // H264 H265 Gop IPC_GOP_MODE enGopMode; // Gop mode IPC_RC enRcMode; // RC mode unsigned int u32Bitrate; // CBR QVBR(TargetBitRate) effective unsigned int u32MaxBitrate; // VBR AVBR CVBR(&LongTermMaxBitrate) effective unsigned int u32MinBitrate; // CVBR(LongTermMinBitrate) effective unsigned int u32IQp; // H26X FIXQP effective unsigned int u32PQp; // H26X FIXQP effective unsigned int u32BQp; // H26X FIXQP effective unsigned int u32QpMapMode; // H265 QPMAP effective unsigned int u32Quality; // MJPEG effective } IPC_STREAM_CONFIG; /* image */ typedef struct IPC_IMAGE_CONFIG { unsigned char u8Flip; // flip: 0-not flip 1-flip unsigned char u8Mirror; // mirror: 0-not mirror 1-mirror unsigned char u8ExpMode; // exposure mode: 0-Auto(slow shutter) 1-Auto(fix frame) 2-Manual unsigned char u8WbMode; // whitebalance mode: 0-Manual 1-Auto unsigned int u32ExpTime; // manual exposure time unsigned int u32ExpDGain; // manual ISP digital gain unsigned char u8RGain; // manual whitebalance red gain unsigned char u8BGain; // manual whitebalance blue gain unsigned char u8Denoise3d; // 3D denoise unsigned char u8Brightness; // brightness unsigned char u8Saturation; // saturation unsigned char u8Contrast; // contrast unsigned char u8Sharpen; // sharp unsigned char u8Hue; // hue unsigned char u8WDR; // WDR unsigned char u8LDC; // distortion correction unsigned char u8HLC; // strong light suppression unsigned char u8HLCLevel; // strong light suppression level:0-close 1-low 2-mid 3-high unsigned char u8AntiFlickerMode; // antiflicker mode: 0-disable 1-50hz 2-60hz 3-Auto unsigned char u8FullColor; // is full color mode enabled, 0-disable, 1-enable IPC_IRCUT_TYPE enIrcutType; // IRCUT type unsigned int u32DayToNight; // day to night time, valid only in timed mode unsigned int u32NightToDay; // night to day time, valid only in timed mode } IPC_IMAGE_CONFIG; typedef struct IPC_VIDEO_CONFIG { int s32SensorNum; // sensor number int s32StreamNum; // video stream number IPC_VI_CONFIG stViCfg[MAX_SENSOR_NUM]; // video input IPC_STREAM_CONFIG stStreamCfg[MAX_STREAM_NUM]; // encoded stream IPC_IMAGE_CONFIG stImageCfg[MAX_SENSOR_NUM]; // image } IPC_VIDEO_CONFIG; /*---------------------------------video parameters END--------------------------------*/ /*----------------------------------audio parameters----------------------------------*/ /* audio input */ typedef struct IPC_AI_CONFIG { unsigned int u32Enabled; // enabled, 0-disabled, 1-enabled IPC_ACODEC_TYPE enCodec; // codec type unsigned int u32Channels; // channel IPC_AUDIO_SAMPLERATE enSampleRate; // samplerate IPC_AUDIO_BITWIDTH enBitWidth; // bitwidth unsigned int u32Volume; // volume unsigned int u32VqeEnable; // VQE enable, 0-disabled, 1-enabled } IPC_AI_CONFIG; /* audio output */ typedef struct IPC_AO_CONFIG { unsigned int u32Enabled; // enabled, 0-disabled, 1-enabled IPC_ACODEC_TYPE enCodec; // codec type unsigned int u32Channels; // channel IPC_AUDIO_SAMPLERATE enSampleRate; // samplerate IPC_AUDIO_BITWIDTH enBitWidth; // bitwidth unsigned int u32Volume; // volume } IPC_AO_CONFIG; /*--------------------------------audio parameters END---------------------------------*/ int IPC_CFG_CheckCfgDir(); int IPC_CFG_CopyFile(char *pBackFile, char *pCfgFile); int IPC_CFG_JsonToDataByOptions(IPC_CFG_OPTIONS *pOptionsArray, char *pSrc, char *pSection, int sAm, int sAn, IPC_CFG_OPTIONS pOptionsArrayCom[sAm][sAn]); char *IPC_CFG_DataToJsonByOptions(IPC_CFG_OPTIONS *pOptionsArray, IPC_CFG_OPTIONS_ARRAY *pOptionsArrayCom, char *pSection); void IPC_CFG_LoadDefValue(IPC_CFG_OPTIONS *pOptionsArray, int sAm, int sAn, IPC_CFG_OPTIONS pOptionsArrayCom[sAm][sAn]); void IPC_CFG_PrintOptions(IPC_CFG_OPTIONS *pOptionsArray, int sAm, int sAn, IPC_CFG_OPTIONS pOptionsArrayCom[sAm][sAn]); char *IPC_CFG_ReadFromFile(const char *pFilename); int IPC_CFG_WriteToFile(const char *pFilename, const char *pData); #ifdef __cplusplus #if __cplusplus } #endif #endif /* __cplusplus */ #endif /* __IPC_CFG_DEFINE_H__ */