#ifndef _RK_AIQ_CALIB_TYPES_ISP21_H_
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#define _RK_AIQ_CALIB_TYPES_ISP21_H_
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#include "RkAiqCalibDbTypesIsp20.h"
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#pragma pack(4)
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#define ISP21_DRC_Y_NUM 17
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#define RK_BAYERNR_V2_MAX_ISO_NUM (CALIBDB_MAX_ISO_LEVEL)
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#define RK_YNR_V2_MAX_ISO_NUM (CALIBDB_MAX_ISO_LEVEL)
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#define RK_CNR_V1_MAX_ISO_NUM (CALIBDB_MAX_ISO_LEVEL)
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#define RK_SHARP_V3_MAX_ISO_NUM (CALIBDB_MAX_ISO_LEVEL)
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#define RK_SHARP_V3_LUMA_POINT_NUM (8)
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#define CALD_AEC_GAIN_RANGE_MAX_LEN 350
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typedef struct {
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int time_update;
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int gain_update;
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int dcg_update;
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} CalibDb_ExpUpdate_t;
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typedef struct CalibDb_CISTimeSet_s {
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char name[20];
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Cam2x1FloatMatrix_t CISHdrTimeRegSumFac;
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Cam2x1FloatMatrix_t CISLinTimeRegMaxFac;
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uint16_t CISTimeRegMin;
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Cam1x3ShortMatrix_t CISTimeRegMax; //specially for Hdr that has limit on sframe/mframe, requiring max time line.value 0: no limit
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Cam2x1FloatMatrix_t CISTimeRegOdevity;
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uint8_t CISTimeRegUnEqualEn;
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} CalibDb_CISTimeSet_t;
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typedef struct {
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unsigned char hdr_en;
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rk_aiq_isp_hdr_mode_t hdr_mode;
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rk_aiq_sensor_hdr_line_mode_t line_mode;
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} CalibDb_CISHdrSet_t;
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typedef struct CalibDb_CISTimeSet_comb_s {
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CalibDb_CISTimeSet_t Normal;
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CalibDb_CISTimeSet_t Hdr[2];
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} CalibDb_CISTimeSet_comb_t;
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typedef struct CalibDb_CISGainSet_s {
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//CISGainSetting
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CalibDb_AeRange_t CISAgainRange; //sensor Again or LCG range
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CalibDb_AeRange_t CISExtraAgainRange; //add for HDR-DCG MODE, HCG range
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CalibDb_AeRange_t CISDgainRange; //sensor Dgain
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CalibDb_AeRange_t CISIspDgainRange; //Isp Dgain
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uint8_t CISHdrGainIndSetEn; //bit 0:use the same value; bit 1: support use different gain value
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} CalibDb_CISGainSet_t;
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typedef struct {
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CalibDb_ExpUpdate_t Hdr;
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CalibDb_ExpUpdate_t Normal;
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} CalibDb_ExpUpdate_comb_t;
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typedef enum CalibDb_HdrFrmNum_e {
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EXPSET_HDR_TWO_FRAME = 0,
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EXPSET_HDR_THREE_FRAME = 1,
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} CalibDb_HdrFrmNum_t;
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typedef struct CalibDb_ExpSet_para_s {
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CalibDb_AecGainRange_t Gain2Reg;
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float Time2Reg[4];
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CalibDb_CISGainSet_t CISGainSet;
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CalibDb_CISTimeSet_comb_t CISTimeSet;
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CalibDb_CISHdrSet_t CISHdrSet;
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CalibDb_Dcg_t CISDcgSet;
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CalibDb_ExpUpdate_comb_t CISExpUpdate;
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float CISMinFps;
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uint8_t CISFlip;
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} CalibDb_ExpSet_para_t;
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typedef struct CalibDb_Awb_Calib_Para_V201_s {
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struct list_head listHead;
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char scene[CALIBDB_MAX_SCENE_NAME_LENGTH];
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bool lscBypEnable;
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bool uvDetectionEnable;
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bool xyDetectionEnable;
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bool yuvDetectionEnable;
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int lsUsedForYuvDetNum;
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char lsUsedForYuvDet[CALD_AWB_LS_NUM_MAX][CALD_AWB_ILLUMINATION_NAME];
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bool wbGainClipEn;
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bool wbGainDaylightClipEn;
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bool wpDiffWeiEnable;
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bool blkWeightEnable;
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bool blkStatisticsEnable;
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unsigned char dsMode;
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unsigned char blkMeasureMode;
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bool multiwindow_en;
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unsigned char hdrFrameChooseMode;
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unsigned char hdrFrameChoose;
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CalibDb_StatWindow_t measeureWindow;
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unsigned char lightNum;
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char lightName[CALD_AWB_LS_NUM_MAX][CALD_AWB_ILLUMINATION_NAME];
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unsigned char doorType[CALD_AWB_LS_NUM_MAX];
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float standardGainValue[CALD_AWB_LS_NUM_MAX][4];//rggb
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CalibDb_limit_range_t limitRange;
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CalibDb_Rgb2TcsParam_t rgb2tcs_param;
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float rgb2RYuv_matrix[16];
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CalibDb_UV_Range_Ill_t uvRange_param[CALD_AWB_LS_NUM_MAX];
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CalibDb_UV_Range_Ill_t uvRange_param_small[CALD_AWB_LS_NUM_MAX];
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CalibDb_tcs_range_ill_t xyRangeLight[CALD_AWB_LS_NUM_MAX];
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CalibDb_Yuv3D_2_Range_Ill_t yuv3D2Range_param[CALD_AWB_LS_NUM_MAX];
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unsigned short multiwindow[CALD_AWB_WINDOW_NUM_MAX][4];//8 windows in pixel domain ,hOffset,vOffser,hSize,vSize;
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//several winow in uv or xy domain
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CalibDb_ExcRange_t excludeWpRange[CALD_AWB_EXCRANGE_NUM_MAX];
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//with differernt luma ,the different weight in WP sum
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float wpDiffNoTh;
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unsigned int wpDiffLvValueTh;
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unsigned char wpDiffwei_y[9];
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unsigned char perfectBin[8];// ture means the luma is appropriate
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float wpDiffweiSet_w_LvValueTh[2];
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float wpDiffWeiRatioTh[3];
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float wpDiffweiSet_w_HigLV[3][9];
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float wpDiffweiSet_w_LowLV[3][9];
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unsigned short blkWeight[CALD_AWB_GRID_NUM_TOTAL];
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float spatialGain_H[4];//spatial gain
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float spatialGain_L[4];
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float temporalDefaultGain[4];
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float ca_targetGain[4];
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//single color
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unsigned short sSelColorNUM;
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unsigned short sIndSelColor[CALD_AWB_SGC_NUM_MAX];
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float sMeanCh[2][CALD_AWB_SGC_NUM_MAX];
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float srGain[CALD_AWB_LS_NUM_MAX];
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float sbGain[CALD_AWB_LS_NUM_MAX];
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unsigned short sIllEstNum;
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char sNameIllEst[CALD_AWB_LS_NUM_MAX][CALD_AWB_ILLUMINATION_NAME];
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float sAlpha;
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float lineRgBg[3];
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float lineRgProjCCT[3];
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//wbgain clip
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CalibDb_Awb_Cct_Clip_Cfg_t cct_clip_cfg;
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} CalibDb_Awb_Calib_Para_V201_t;
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typedef struct CalibDb_Awb_Para_Isp21_s
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{
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CalibDb_Awb_Calib_Para_V201_t calib_para_v201;
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CalibDb_Awb_Adjust_Para_t adjust_para;
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} CalibDb_Awb_Para_Isp21_t;
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typedef struct CalibDb_Drc_ModeCell_s {
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char scene[CALIBDB_MAX_MODE_NAME_LENGTH];
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int sw_drc_offset_pow2;//
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int sw_drc_position;
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int sw_drc_hpdetail_ratio;
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int sw_drc_lpdetail_ratio;
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int sw_drc_weicur_pix;//
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int sw_drc_weipre_frame;//
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int sw_drc_force_sgm_inv0;//
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int sw_drc_motion_scl;//
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int sw_drc_edge_scl;//
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int sw_drc_space_sgm_inv1;//
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int sw_drc_space_sgm_inv0;//
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int sw_drc_range_sgm_inv1;//
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int sw_drc_range_sgm_inv0;//
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int sw_drc_weig_maxl;//
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int sw_drc_weig_bilat;//
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int sw_drc_scale_y[ISP21_DRC_Y_NUM];//
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int sw_drc_iir_frame;
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int sw_drc_gain;
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int sw_drc_min_ogain;//
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} CalibDb_Drc_ModeCell_t;
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typedef struct CalibDb_Adrc_Para_s {
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CalibDb_Drc_ModeCell_t calib[CALIBDB_MAX_MODE_NUM];
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CalibDb_Drc_ModeCell_t tuning[CALIBDB_MAX_MODE_NUM];
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} CalibDb_Adrc_Para_t;
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typedef struct CalibDb_Gic_setting_v21_s {
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float iso[CALIBDB_ISO_NUM];
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float min_busy_thre[CALIBDB_ISO_NUM];
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float min_grad_thr1[CALIBDB_ISO_NUM];
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float min_grad_thr2[CALIBDB_ISO_NUM] ;
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float k_grad1[CALIBDB_ISO_NUM];
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float k_grad2[CALIBDB_ISO_NUM] ;
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float gb_thre[CALIBDB_ISO_NUM] ;
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float maxCorV[CALIBDB_ISO_NUM] ;
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float maxCorVboth[CALIBDB_ISO_NUM];
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float dark_thre[CALIBDB_ISO_NUM];
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float dark_threHi[CALIBDB_ISO_NUM];
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float k_grad1_dark[CALIBDB_ISO_NUM];
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float k_grad2_dark[CALIBDB_ISO_NUM] ;
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float min_grad_thr_dark1[CALIBDB_ISO_NUM];
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float min_grad_thr_dark2[CALIBDB_ISO_NUM] ;
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float noiseCurve_0[CALIBDB_ISO_NUM];
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float noiseCurve_1[CALIBDB_ISO_NUM];
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float NoiseScale[CALIBDB_ISO_NUM] ;
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float NoiseBase[CALIBDB_ISO_NUM] ;
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float globalStrength[CALIBDB_ISO_NUM];
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float diff_clip[CALIBDB_ISO_NUM];
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} CalibDb_Gic_setting_v21_t;
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typedef struct CalibDb_Gic_ModeCell_v21_s {
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char scene[CALIBDB_MAX_MODE_NAME_LENGTH];
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unsigned char gic_en;
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unsigned char gr_ration;
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CalibDb_Gic_setting_v21_t setting;
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} CalibDb_Gic_ModeCell_v21_t;
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typedef struct CalibDb_Gic_ISP21_s {
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CalibDb_Gic_ModeCell_v21_t calib_v21[CALIBDB_MAX_MODE_NUM];
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CalibDb_Gic_ModeCell_v21_t tuning_v21[CALIBDB_MAX_MODE_NUM];
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} CalibDb_Gic_Isp21_t;
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typedef struct CalibDb_IIR_setting_v21_s {
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float stab_fnum;
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float sigma;
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float wt_sigma;
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float air_sigma;
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float tmax_sigma;
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float pre_wet;
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} CalibDb_IIR_setting_v21_t;
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typedef struct CalibDb_Dehaze_Setting_v21_s {
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float en;
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float iso[9];
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float air_lc_en[9];
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float dc_min_th[9];
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float dc_max_th[9];
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float yhist_th[9];
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float yblk_th[9];
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float dark_th[9];
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float bright_min[9];
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float bright_max[9];
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float wt_max[9];
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float air_min[9];
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float air_max[9];
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float tmax_base[9];
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float tmax_off[9];
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float tmax_max[9];
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float cfg_wt[9];
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float cfg_air[9];
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float cfg_tmax[9];
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float dc_weitcur[9];
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float bf_weight[9];
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float range_sigma[9];
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float space_sigma_pre[9];
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float space_sigma_cur[9];
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CalibDb_IIR_setting_v21_t IIR_setting;
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} CalibDb_Dehaze_Setting_v21_t;
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typedef struct CalibDb_Enhance_Setting_v21_s {
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float en;
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float iso[9];
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float enhance_value[9];
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float enhance_chroma[9];
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float enhance_curve[17];
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} CalibDb_Enhance_Setting_v21_t;
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typedef struct CalibDb_Hist_setting_v21_s {
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float en;
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float iso[9];
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unsigned char hist_para_en[9];
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float hist_gratio[9];
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float hist_th_off[9];
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float hist_k[9];
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float hist_min[9];
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float hist_scale[9];
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float cfg_gratio[9];
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} CalibDb_Hist_setting_v21_t;
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typedef struct CalibDb_Dehaze_ModeCell_v21_s {
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char scene[CALIBDB_MAX_MODE_NAME_LENGTH];
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float en;
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float cfg_alpha;
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CalibDb_Dehaze_Setting_v21_t dehaze_setting;
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CalibDb_Enhance_Setting_v21_t enhance_setting;
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CalibDb_Hist_setting_v21_t hist_setting;
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} CalibDb_Dehaze_ModeCell_v21_t;
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typedef struct CalibDb_Dehaze_Isp21_s {
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CalibDb_Dehaze_ModeCell_v21_t calib_v21[CALIBDB_MAX_MODE_NUM];
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CalibDb_Dehaze_ModeCell_v21_t tuning_v21[CALIBDB_MAX_MODE_NUM];
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} CalibDb_Dehaze_Isp21_t;
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//bayernrV2
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////////////////////calibdb type ////////////////////////////////////////////////
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typedef struct Calibdb_Bayernr_2Dparams_V2_s {
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struct list_head listItem;
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char snr_mode[CALIBDB_NR_SHARP_NAME_LENGTH];
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char sensor_mode[CALIBDB_NR_SHARP_MODE_LENGTH];
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float iso[RK_BAYERNR_V2_MAX_ISO_NUM];
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float bayernrv2_filter_strength_r[RK_BAYERNR_V2_MAX_ISO_NUM];
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int bayernrv2_filter_lumapoint_r[16];
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int bayernrv2_filter_sigma_r[RK_BAYERNR_V2_MAX_ISO_NUM][16];
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float bayernrv2_filter_edgesofts_r[RK_BAYERNR_V2_MAX_ISO_NUM];
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float bayernrv2_filter_soft_threshold_ratio_r[RK_BAYERNR_V2_MAX_ISO_NUM];
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float bayernrv2_filter_out_wgt_r[RK_BAYERNR_V2_MAX_ISO_NUM];
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int bayernrv2_gauss_guide_r[RK_BAYERNR_V2_MAX_ISO_NUM];
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//not use in xml param
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float bayernrv2_edge_filter_lumapoint_r[8];
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float bayernrv2_edge_filter_wgt_r[RK_BAYERNR_V2_MAX_ISO_NUM][8];
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} Calibdb_Bayernr_2Dparams_V2_t;
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typedef struct CalibDb_Bayernr_2DSetting_V2_s {
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// bayernr version
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int bayernrv2_2dnr_enable;
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// bayernr settting for hcg & lcg
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struct list_head listHead;
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} CalibDb_Bayernr_2DSetting_V2_t;
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typedef struct CalibDb_Bayernr_3DParams_V2_s {
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struct list_head listItem;
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char snr_mode[CALIBDB_NR_SHARP_NAME_LENGTH];
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char sensor_mode[CALIBDB_NR_SHARP_MODE_LENGTH];
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float iso[RK_BAYERNR_V2_MAX_ISO_NUM];
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float bayernrv2_tnr_filter_strength_r[RK_BAYERNR_V2_MAX_ISO_NUM];
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float bayernrv2_tnr_sp_filter_strength_r[RK_BAYERNR_V2_MAX_ISO_NUM];
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float bayernrv2_tnr_lo_clipwgt_r[RK_BAYERNR_V2_MAX_ISO_NUM];
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float bayernrv2_tnr_hi_clipwgt_r[RK_BAYERNR_V2_MAX_ISO_NUM];
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float bayernrv2_tnr_softwgt_r[RK_BAYERNR_V2_MAX_ISO_NUM];
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int bayernrv2_lumapoint_r[16];
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int bayernrv2_sigma_r[RK_BAYERNR_V2_MAX_ISO_NUM][16];
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} CalibDb_Bayernr_3DParams_V2_t;
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typedef struct CalibDb_Bayernr_3DSetting_V2_s {
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// bayernr version
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int bayernrv2_tnr_enable;
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// bayernr settting for hcg & lcg
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struct list_head listHead;
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} CalibDb_Bayernr_3DSetting_V2_t;
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typedef struct CalibDb_Bayernr_V2_t {
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struct list_head listItem;
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char modeName[64];
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CalibDb_Bayernr_2DSetting_V2_t st2DParams;
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CalibDb_Bayernr_3DSetting_V2_t st3DParams;
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} CalibDb_Bayernr_V2_t;
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typedef struct Calibdb_Ynr_params_V2_s {
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struct list_head listItem;
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char snr_mode[64];
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char sensor_mode[64];
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float iso[RK_YNR_V2_MAX_ISO_NUM];
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float ciISO_V2[2][RK_YNR_V2_MAX_ISO_NUM];
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float sigmaCurve[RK_YNR_V2_MAX_ISO_NUM][5];
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// low frequency
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float ynr_rnr_strength_V2[RK_YNR_V2_MAX_ISO_NUM][17];
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int ynr_bft3x3_bypass_V2[RK_YNR_V2_MAX_ISO_NUM];
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int ynr_lbft5x5_bypass_V2[RK_YNR_V2_MAX_ISO_NUM];
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int ynr_lgft3x3_bypass_V2[RK_YNR_V2_MAX_ISO_NUM];
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int ynr_flt1x1_bypass_V2[RK_YNR_V2_MAX_ISO_NUM];
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int ynr_sft5x5_bypass_V2[RK_YNR_V2_MAX_ISO_NUM];
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float ynr_low_bf_V2[2][RK_YNR_V2_MAX_ISO_NUM];
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float ynr_low_thred_adj_V2[RK_YNR_V2_MAX_ISO_NUM];
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float ynr_low_peak_supress_V2[RK_YNR_V2_MAX_ISO_NUM];
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float ynr_low_edge_adj_thresh_V2[RK_YNR_V2_MAX_ISO_NUM];
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float ynr_low_center_weight_V2[RK_YNR_V2_MAX_ISO_NUM];
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float ynr_low_dist_adj_V2[RK_YNR_V2_MAX_ISO_NUM];
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float ynr_low_weight_V2[RK_YNR_V2_MAX_ISO_NUM];
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float ynr_low_filt_strength_V2[2][RK_YNR_V2_MAX_ISO_NUM];
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float ynr_low_bi_weight_V2[RK_YNR_V2_MAX_ISO_NUM];
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// high frequency
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float ynr_base_filter_weight_V2[3][RK_YNR_V2_MAX_ISO_NUM];
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float ynr_high_thred_adj_V2[RK_YNR_V2_MAX_ISO_NUM];
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float ynr_high_weight_V2[RK_YNR_V2_MAX_ISO_NUM];
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float ynr_direction_weight_V2[RK_YNR_V2_MAX_ISO_NUM][8];
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float ynr_hi_min_adj_V2[RK_YNR_V2_MAX_ISO_NUM];
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float ynr_hi_edge_thed_V2[RK_YNR_V2_MAX_ISO_NUM];
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} Calibdb_Ynr_params_V2_t;
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typedef struct Calibdb_Ynr_V2_s {
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struct list_head listItem;
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char modeName[64];
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int enable;
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struct list_head listHead;
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} Calibdb_Ynr_V2_t;
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typedef struct Calibdb_Cnr_params_V1_s
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{
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struct list_head listItem;
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char snr_mode[64];
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char sensor_mode[64];
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int enable;
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float iso[RK_CNR_V1_MAX_ISO_NUM];
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int rkcnr_hq_bila_bypass[RK_CNR_V1_MAX_ISO_NUM];
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int rkcnr_lq_bila_bypass[RK_CNR_V1_MAX_ISO_NUM];
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// gain
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float rkcnr_exgain[RK_CNR_V1_MAX_ISO_NUM];
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float rkcnr_g_gain[RK_CNR_V1_MAX_ISO_NUM];
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//
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float ratio[RK_CNR_V1_MAX_ISO_NUM];
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float offset[RK_CNR_V1_MAX_ISO_NUM];
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// step1
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// median filter
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float medRatio1[RK_CNR_V1_MAX_ISO_NUM];
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// bilateral filter
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float sigmaR1[RK_CNR_V1_MAX_ISO_NUM];
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float uvgain1[RK_CNR_V1_MAX_ISO_NUM];
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float bfRatio1[RK_CNR_V1_MAX_ISO_NUM];
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int hbf_wgt_clip[RK_CNR_V1_MAX_ISO_NUM];
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// step2
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// median filter
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float medRatio2[RK_CNR_V1_MAX_ISO_NUM];
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// bilateral filter
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float sigmaR2[RK_CNR_V1_MAX_ISO_NUM];
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float uvgain2[RK_CNR_V1_MAX_ISO_NUM];
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// step3
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// bilateral filter
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float sigmaR3[RK_CNR_V1_MAX_ISO_NUM];
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float uvgain3[RK_CNR_V1_MAX_ISO_NUM];
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float bfRatio3[RK_CNR_V1_MAX_ISO_NUM];
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// bilateral filter kernels
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float kernel_5x5_table[5];
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} Calibdb_Cnr_params_V1_t;
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typedef struct Calibdb_Cnr_V1_s {
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struct list_head listItem;
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char modeName[64];
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int enable;
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struct list_head listHead;
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} Calibdb_Cnr_V1_t;
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typedef struct Calibdb_Sharp_params_V3_s
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{
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struct list_head listItem;
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char snr_mode[64];
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char sensor_mode[64];
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float iso[RK_SHARP_V3_MAX_ISO_NUM];
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short luma_point [RK_SHARP_V3_LUMA_POINT_NUM];
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short luma_sigma [RK_SHARP_V3_MAX_ISO_NUM][RK_SHARP_V3_LUMA_POINT_NUM];
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float pbf_gain [RK_SHARP_V3_MAX_ISO_NUM];
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float pbf_add [RK_SHARP_V3_MAX_ISO_NUM];
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float pbf_ratio [RK_SHARP_V3_MAX_ISO_NUM];
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float gaus_ratio [RK_SHARP_V3_MAX_ISO_NUM];
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float sharp_ratio [RK_SHARP_V3_MAX_ISO_NUM];
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short lum_clip_h [RK_SHARP_V3_MAX_ISO_NUM][RK_SHARP_V3_LUMA_POINT_NUM];
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float bf_gain [RK_SHARP_V3_MAX_ISO_NUM];
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float bf_add [RK_SHARP_V3_MAX_ISO_NUM];
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float bf_ratio [RK_SHARP_V3_MAX_ISO_NUM];
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short ehf_th [RK_SHARP_V3_MAX_ISO_NUM][RK_SHARP_V3_LUMA_POINT_NUM];
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float kernel_pre_bila_filter[9][RK_SHARP_V3_MAX_ISO_NUM];
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float kernel_range_filter [9][RK_SHARP_V3_MAX_ISO_NUM];
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float kernel_bila_filter [9][RK_SHARP_V3_MAX_ISO_NUM];
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//////////////////////////////////////////////////////////////////////////
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// test params
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float sharp_ratio_h [RK_SHARP_V3_MAX_ISO_NUM];
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float sharp_ratio_m [RK_SHARP_V3_MAX_ISO_NUM];
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float sharp_ratio_l [RK_SHARP_V3_MAX_ISO_NUM];
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short clip_hf [RK_SHARP_V3_MAX_ISO_NUM][RK_SHARP_V3_LUMA_POINT_NUM];
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short clip_mf [RK_SHARP_V3_MAX_ISO_NUM][RK_SHARP_V3_LUMA_POINT_NUM];
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short clip_lf [RK_SHARP_V3_MAX_ISO_NUM][RK_SHARP_V3_LUMA_POINT_NUM];
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short local_wgt [RK_SHARP_V3_MAX_ISO_NUM][RK_SHARP_V3_LUMA_POINT_NUM];
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short kernel_hf_filter [RK_SHARP_V3_MAX_ISO_NUM][9];
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short kernel_mf_filter [RK_SHARP_V3_MAX_ISO_NUM][9];
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short kernel_lf_filter [RK_SHARP_V3_MAX_ISO_NUM][9];
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} Calibdb_Sharp_params_V3_t;
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|
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typedef struct Calibdb_Sharp_V3_s {
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struct list_head listItem;
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char modeName[64];
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int enable;
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|
struct list_head listHead;
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} Calibdb_Sharp_V3_t;
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|
/*****************************************************************************/
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/**
|
* @brief Global AEC calibration structure of isp2.0
|
*/
|
/*****************************************************************************/
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typedef struct CalibDb_Aec_WinScale_V21_s {
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float h_offs;
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float v_offs;
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float h_size;
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float v_size;
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} CalibDb_Aec_WinScale_V21_t;
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typedef struct CalibDb_Aec_CalibPara_s {
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struct list_head listHead;
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char scene[CALIBDB_MAX_SCENE_NAME_LENGTH];
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CalibDb_AeEnvLvCalib_t stEnvLvCalib;
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CalibDb_Aec_WinScale_V21_t InRawWinScale;
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CalibDb_Aec_WinScale_V21_t TmoRawWinScale;
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CalibDb_Aec_WinScale_V21_t YuvWinScale;
|
} CalibDb_Aec_CalibPara_t;
|
|
typedef struct CalibDb_AeRoute_Attr_V21_s {
|
CalibDb_LinAeRoute_Attr_t LinAeSeperate;
|
CalibDb_HdrAeRoute_Attr_t HdrAeSeperate;
|
} CalibDb_AeRoute_Attr_V21_t;
|
|
#define AEC_MAX_GRIDWEIGHT_NUM (225)
|
typedef struct CalibDb_AecCommon_Attr_V21_s {
|
uint8_t enable;
|
uint8_t AecRunInterval;
|
RKAiqOPMode_t AecOpType;
|
CalibDb_CamRawStatsMode_t RawStatsMode;
|
CalibDb_CamHistStatsMode_t HistStatsMode;
|
CalibDb_CamYRangeMode_t YRangeMode;
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uint8_t GridWeights[AEC_MAX_GRIDWEIGHT_NUM];
|
|
CalibDb_AecIrisCtrl_t stIris;
|
CalibDb_AeSyncTest_t stSyncTest;
|
//antiflicker
|
CalibDb_AntiFlickerAttr_t stAntiFlicker;
|
//initial exp
|
CalibDb_ExpInitExp_t stInitExp;
|
//DayOrNight switch
|
CalibDb_DNSwitch_Attr_t stDNSwitch;
|
//ExpSeperate
|
CalibDb_AeRoute_Attr_V21_t stAeRoute;
|
//manual expvalue
|
CalibDb_MeAttr_t stManual;
|
CalibDb_AeAttr_t stAuto;
|
} CalibDb_AecCommon_Attr_V21_t;
|
|
typedef struct CalibDb_LinearAE_Attr_V21_s {
|
uint8_t RawStatsEn;
|
float SetPoint; /**< set point to hit by the ae control system */
|
float NightSetPoint;
|
float ToleranceIn;
|
float ToleranceOut;
|
float Evbias;
|
CalibDb_AeStrategyMode_t StrategyMode;
|
bool DySetPointEn;
|
CalibDb_AecDynamicSetpoint_t DySetpoint;
|
CalibDb_AecBacklight_t BackLightConf;
|
CalibDb_AecOverExpCtrl_t OverExpCtrl;
|
} CalibDb_LinearAE_Attr_V21_t;
|
|
typedef struct CalibDb_Aec_TunePara_s {
|
struct list_head listHead;
|
char scene[CALIBDB_MAX_SCENE_NAME_LENGTH];
|
CalibDb_AecCommon_Attr_V21_t CommCtrl;
|
CalibDb_LinearAE_Attr_V21_t LinearAeCtrl;
|
CalibDb_HdrAE_Attr_t HdrAeCtrl;
|
} CalibDb_Aec_TunePara_t;
|
|
typedef struct CalibDb_Aec_Para_v21_s {
|
CalibDb_Aec_CalibPara_t CalibPara;
|
CalibDb_Aec_TunePara_t TunePara;
|
} CalibDb_Aec_Para_v21_t;
|
|
|
typedef struct CamCalibDbContextIsp21_s {
|
CalibDb_Header_t header;
|
struct list_head awb_calib_para_v201;
|
struct list_head awb_adjust_para;
|
struct list_head ae_calib_para;
|
struct list_head ae_tuning_para;
|
CalibDb_Lut3d_t lut3d;
|
CalibDb_AF_t af;
|
CalibDb_Amerge_Para_t amerge;
|
CalibDb_Adrc_Para_t adrc;
|
CalibDb_Blc_t blc;
|
CalibDb_Dpcc_t dpcc;
|
CalibDb_Lsc_t lsc;
|
CalibDb_RKDM_t dm;
|
CalibDb_Ccm_t ccm;
|
CalibDb_Gamma_t gamma;
|
CalibDb_Degamma_t degamma;
|
CalibDb_Gic_Isp21_t gic;
|
CalibDb_Dehaze_Isp21_t dehaze;
|
CalibDb_LDCH_t aldch;
|
CalibDb_LUMA_DETECT_t lumaDetect;
|
CalibDb_Cpsl_t cpsl;
|
CalibDb_ColorAsGrey_t colorAsGrey;
|
CalibDb_cProc_t cProc;
|
CalibDb_IE_t ie;
|
CalibDb_ExpSet_para_t expset;
|
CalibDb_Module_Info_t module;
|
//vw
|
struct list_head list_bayernr_v2;
|
struct list_head list_ynr_v2;
|
struct list_head list_cnr_v1;
|
struct list_head list_sharp_v3;
|
} CamCalibDbContextIsp21_t;
|
|
#pragma pack()
|
|
#endif
|
