/* * Copyright (C) 2022 MediaTek Inc. * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ //////////////////////////////////////////////////////////////////////////////// // AcdkCCTFeature.h $Revision$ //////////////////////////////////////////////////////////////////////////////// //! \file AcdkCCTFeature.h //! \brief #ifndef _CCT_FEATURE_H_ #define _CCT_FEATURE_H_ #include #include #include "mtkcam-interfaces/hw/sensor/IHalSensor.h" #include "camera_custom_nvram.h" #include #define MAX_SUPPORT_CMD 0x1000 #define ACDK_CCT_FEATURE_START 0x1000 #define CCT_CAMCTRL_FEATURE_START (ACDK_CCT_FEATURE_START + 0x1000) #define CCT_ISP_FEATURE_START (ACDK_CCT_FEATURE_START + 0x2000) #define CCT_SENSOR_FEATURE_START (ACDK_CCT_FEATURE_START + 0x3000) #define CCT_3A_FEATURE_START (ACDK_CCT_FEATURE_START + 0x4000) #define CCT_NVRAM_FEATURE_START (ACDK_CCT_FEATURE_START + 0x5000) #define CCT_CALI_FEATURE_START (ACDK_CCT_FEATURE_START + 0x6000) #define CCT_CAPTURE_FEATURE_START (ACDK_CCT_FEATURE_START + 0x7000) #define ACDK_CCT_FEATURE_END (ACDK_CCT_FEATURE_START + 0x8000) #define CCT_FL_ENG_SIZE 256 //y, rg, bg, sizeo of y is 256*2, total of 3 tab is 256*2*3 #define CCT_FL_ENG_UNIT_SIZE 2 #define CCT_FL_NVDATA_SIZE 4096 typedef enum { ACDK_CCT_FEATURE_BEGIN = ACDK_CCT_FEATURE_START, //Camera Control ACDK_CCT_OP_DEV_GET_DSC_INFO = CCT_CAMCTRL_FEATURE_START, ACDK_CCT_OP_RESUME_AE_AWB_PREVIEW_FROM_UNFINISHED_CAPTURE, ACDK_CCT_OP_DEV_MODE_SIZE, //NVRAM ACDK_CCT_OP_LOAD_FROM_NVRAM = CCT_NVRAM_FEATURE_START, //load from nvram ACDK_CCT_OP_SAVE_TO_NVRAM, //save to nvram //ISP Control ACDK_CCT_OP_QUERY_ISP_ID = CCT_ISP_FEATURE_START, ACDK_CCT_OP_REG_READ, //register read (Sensor / ISP) ACDK_CCT_OP_REG_WRITE, //register write (Sensor / ISP) ACDK_CCT_OP_ISP_READ_REG, ACDK_CCT_OP_ISP_WRITE_REG, ACDK_CCT_V2_OP_ISP_SET_TUNING_INDEX, ACDK_CCT_V2_OP_ISP_GET_TUNING_INDEX, ACDK_CCT_V2_OP_ISP_SET_TUNING_PARAS, ACDK_CCT_V2_OP_ISP_GET_TUNING_PARAS, ACDK_CCT_V2_OP_ISP_SET_SHADING_ON_OFF, ACDK_CCT_V2_OP_ISP_GET_SHADING_ON_OFF, ACDK_CCT_V2_OP_ISP_SET_SHADING_PARA, ACDK_CCT_V2_OP_ISP_GET_SHADING_PARA, ACDK_CCT_V2_ISP_DEFECT_TABLE_ON, ACDK_CCT_V2_ISP_DEFECT_TABLE_OFF, ACDK_CCT_V2_OP_ISP_ENABLE_DYNAMIC_BYPASS_MODE, ACDK_CCT_V2_OP_ISP_DISABLE_DYNAMIC_BYPASS_MODE, ACDK_CCT_V2_OP_ISP_GET_DYNAMIC_BYPASS_MODE_ON_OFF, ACDK_CCT_V2_OP_ISP_GET_SHADING_TABLE_V3, ACDK_CCT_V2_OP_ISP_SET_SHADING_TABLE_V3, ACDK_CCT_V2_OP_ISP_GET_SHADING_TABLE_POLYCOEF, ACDK_CCT_V2_OP_ISP_SET_SHADING_TABLE_POLYCOEF, ACDK_CCT_V2_OP_ISP_GET_NVRAM_DATA, ACDK_CCT_V2_OP_ISP_SET_SHADING_INDEX, ACDK_CCT_V2_OP_ISP_GET_SHADING_INDEX, ACDK_CCT_V2_OP_ISP_GET_MFB_MIXER_PARAM, ACDK_CCT_V2_OP_ISP_SET_MFB_MIXER_PARAM, ACDK_CCT_V2_OP_QUERY_ISP_INDEX_SET, //CCM ACDK_CCT_V2_OP_AWB_ENABLE_DYNAMIC_CCM, // MSDK_CCT_V2_OP_AWB_ENABLE_DYNAMIC_CCM ACDK_CCT_V2_OP_AWB_DISABLE_DYNAMIC_CCM, // MSDK_CCT_V2_OP_AWB_DISABLE_DYNAMIC_CCM ACDK_CCT_V2_OP_AWB_GET_CCM_PARA, // MSDK_CCT_V2_OP_AWB_GET_CCM_PARA ACDK_CCT_V2_OP_AWB_GET_CCM_STATUS, // MSDK_CCT_V2_OP_AWB_GET_CCM_STATUS ACDK_CCT_V2_OP_AWB_GET_CURRENT_CCM, // MSDK_CCT_V2_OP_AWB_GET_CURRENT_CCM ACDK_CCT_V2_OP_AWB_GET_NVRAM_CCM, // MSDK_CCT_V2_OP_AWB_GET_NVRAM_CCM ACDK_CCT_V2_OP_AWB_SET_CURRENT_CCM, // MSDK_CCT_V2_OP_AWB_SET_CURRENT ACDK_CCT_V2_OP_AWB_SET_NVRAM_CCM, // MSDK_CCT_V2_OP_AWB_SET_NVRAM_CCM ACDK_CCT_V2_OP_AWB_UPDATE_CCM_PARA, // MSDK_CCT_V2_OP_AWB_UPDATE_CCM_PARA ACDK_CCT_V2_OP_AWB_UPDATE_CCM_STATUS, // MSDK_CCT_V2_OP_AWB_UPDATE_CCM_STATUS ACDK_CCT_OP_SET_CCM_MODE, ACDK_CCT_OP_GET_CCM_MODE, ACDK_CCT_V2_OP_GET_DYNAMIC_CCM_COEFF, ACDK_CCT_V2_OP_SET_DYNAMIC_CCM_COEFF, ACDK_CCT_OP_SET_CCM_WB, ACDK_CCT_OP_GET_CCM_WB, ACDK_CCT_V2_OP_CCM_GET_SMOOTH_SWITCH, ACDK_CCT_V2_OP_CCM_SET_SMOOTH_SWITCH, //Gamma ACDK_CCT_V2_OP_AE_SET_GAMMA_BYPASS, //MSDK_CCT_V2_OP_AE_SET_GAMMA_BYPASS ACDK_CCT_V2_OP_AE_GET_GAMMA_BYPASS_FLAG, //MSDK_CCT_V2_OP_AE_GET_GAMMA_BYPASS_FLAG //ACDK_CCT_V2_OP_AE_GET_GAMMA_PARAS, //This seems for preview, it just for winmo AE //MSDK_CCT_V2_OP_AE_GET_GAMMA_PARAS //ACDK_CCT_V2_OP_AE_UPDATE_GAMMA_PARAS, //This seems for preview, it just for winmo AE //MSDK_CCT_V2_OP_AE_UPDATE_GAMMA_PARAS //ACDK_CCT_V2_OP_AE_GET_GAMMA_PARA, //phase out //MSDK_CCT_V2_OP_AE_GET_GAMMA_PARA ACDK_CCT_V2_OP_AE_GET_GAMMA_TABLE, //MSDK_CCT_V2_OP_AE_GET_GAMMA_TABLE //ACDK_CCT_V2_OP_AE_UPDATE_GAMMA_PARA, //This seems for preview, it just for winmo AE //MSDK_CCT_V2_OP_AE_UPDATE_GAMMA_PARA ACDK_CCT_V2_OP_AE_SET_GAMMA_TABLE, //ISP Module Control ACDK_CCT_V2_OP_SET_OB_ON_OFF, ACDK_CCT_V2_OP_SAVE_OB_ON_OFF, ACDK_CCT_V2_OP_GET_OB_ON_OFF, ACDK_CCT_V2_OP_SET_NR_ON_OFF, ACDK_CCT_V2_OP_GET_NR_ON_OFF, ACDK_CCT_V2_OP_SET_EE_ON_OFF, ACDK_CCT_V2_OP_GET_EE_ON_OFF, ACDK_CCT_OP_SET_ISP_ON, ACDK_CCT_OP_SET_ISP_OFF, ACDK_CCT_OP_GET_ISP_ON_OFF, //ISP NVRAM ACDK_CCT_OP_ISP_LOAD_FROM_NVRAM, ACDK_CCT_OP_3A_LOAD_FROM_NVRAM, //Yosen ACDK_CCT_OP_ISP_SAVE_TO_NVRAM, //Shading NVRAM ACDK_CCT_OP_SDTBL_LOAD_FROM_NVRAM, ACDK_CCT_OP_SDTBL_SAVE_TO_NVRAM, //PCA ACDK_CCT_OP_ISP_SET_PCA_TABLE, ACDK_CCT_OP_ISP_GET_PCA_TABLE, ACDK_CCT_OP_ISP_SET_PCA_PARA, ACDK_CCT_OP_ISP_GET_PCA_PARA, //ACDK_CCT_OP_ISP_SET_PCA_SLIDER, ACDK_CCT_OP_ISP_GET_PCA_SLIDER, // TSF ACDK_CCT_V2_OP_ISP_SET_SHADING_TSFAWB_FORCE, ACDK_CCT_V2_OP_ISP_SET_SHADING_TSF_ONOFF, ACDK_CCT_V2_OP_ISP_GET_SHADING_TSF_ONOFF, //Calibration ACDK_CCT_OP_DEFECT_TABLE_CAL = CCT_CALI_FEATURE_START, ACDK_CCT_V2_OP_SHADING_CAL, ACDK_CCT_V2_OP_SHADING_VERIFY, ACDK_CCT_V2_OP_DEFECT_VERIFY, ACDK_CCT_OP_SET_CALI_MODE, //Sensor ACDK_CCT_OP_QUERY_SENSOR = CCT_SENSOR_FEATURE_START, ACDK_CCT_OP_READ_SENSOR_REG, ACDK_CCT_OP_WRITE_SENSOR_REG, ACDK_CCT_V2_OP_GET_SENSOR_RESOLUTION, ACDK_CCT_OP_GET_LSC_SENSOR_RESOLUTION, ACDK_CCT_OP_GET_ENG_SENSOR_GROUP_COUNT, ACDK_CCT_OP_GET_ENG_SENSOR_GROUP_PARA, ACDK_CCT_OP_GET_ENG_SENSOR_PARA, ACDK_CCT_OP_SET_ENG_SENSOR_PARA, ACDK_CCT_OP_GET_SENSOR_PREGAIN, ACDK_CCT_OP_SET_SENSOR_PREGAIN, ACDK_CCT_OP_GET_SENSOR_INFO, ACDK_CCT_OP_SET_SENSOR_INITIALIZE_AF, ACDK_CCT_OP_SET_SENSOR_CONSTANT_AF, ACDK_CCT_OP_SET_SENSOR_MOVE_FOCUS_LENS, //AE ACDK_CCT_OP_AE_ENABLE = CCT_3A_FEATURE_START, ACDK_CCT_OP_AE_DISABLE, ACDK_CCT_OP_AE_GET_ENABLE_INFO, ACDK_CCT_OP_DEV_AE_SET_SCENE_MODE, ACDK_CCT_OP_DEV_AE_GET_INFO, ACDK_CCT_V2_OP_AE_GET_SCENE_MODE, ACDK_CCT_V2_OP_AE_SET_METERING_MODE, ACDK_CCT_V2_OP_AE_APPLY_EXPO_INFO, ACDK_CCT_V2_OP_AE_SELECT_BAND, ACDK_CCT_V2_OP_AE_GET_AUTO_EXPO_PARA, ACDK_CCT_V2_OP_AE_GET_BAND, ACDK_CCT_V2_OP_AE_GET_METERING_RESULT, ACDK_CCT_OP_DEV_AE_APPLY_INFO, ACDK_CCT_OP_DEV_AE_SAVE_INFO_NVRAM, ACDK_CCT_OP_DEV_AE_GET_EV_CALIBRATION, ACDK_CCT_OP_AE_LOCK_EXPOSURE_SETTING, ACDK_CCT_OP_AE_UNLOCK_EXPOSURE_SETTING, ACDK_CCT_OP_AE_GET_ISP_OB, ACDK_CCT_OP_AE_SET_ISP_OB, ACDK_CCT_OP_AE_GET_ISP_RAW_GAIN, ACDK_CCT_OP_AE_SET_ISP_RAW_GAIN, ACDK_CCT_OP_AE_SET_SENSOR_EXP_TIME, ACDK_CCT_OP_AE_SET_SENSOR_EXP_LINE, ACDK_CCT_OP_AE_SET_SENSOR_GAIN, ACDK_CCT_OP_AE_CAPTURE_MODE, ACDK_CCT_OP_AE_GET_CAPTURE_PARA, ACDK_CCT_OP_AE_SET_CAPTURE_PARA, ACDK_CCT_OP_DEV_AE_GET_FLARE_CALIBRATION, ACDK_CCT_OP_DEV_AE_GET_PLINE, ACDK_CCT_OP_DEV_AE_SAVE_PLINE, ACDK_CCT_OP_DEV_AE_APPLY_PLINE, //AWB ACDK_CCT_V2_OP_AWB_ENABLE_AUTO_RUN, ACDK_CCT_V2_OP_AWB_DISABLE_AUTO_RUN, ACDK_CCT_V2_OP_AWB_GET_AUTO_RUN_INFO, ACDK_CCT_V2_OP_AWB_GET_GAIN, ACDK_CCT_V2_OP_AWB_SET_GAIN, ACDK_CCT_V2_OP_AWB_APPLY_CAMERA_PARA2, ACDK_CCT_V2_OP_AWB_GET_AWB_PARA, ACDK_CCT_V2_OP_AWB_SAVE_AWB_PARA, ACDK_CCT_OP_AWB_SET_AWB_MODE, ACDK_CCT_OP_AWB_GET_AWB_MODE, ACDK_CCT_OP_AWB_GET_LIGHT_PROB, ACDK_CCT_OP_AWB_APPLY_FLASH_AWB_PARA, ACDK_CCT_OP_AWB_GET_FLASH_AWB_PARA, ACDK_CCT_OP_AWB_SAVE_FLASH_AWB_PARA, //AF ACDK_CCT_V2_OP_AF_OPERATION, ACDK_CCT_V2_OP_MF_OPERATION, ACDK_CCT_V2_OP_GET_AF_INFO, ACDK_CCT_V2_OP_AF_GET_BEST_POS, ACDK_CCT_V2_OP_AF_CALI_OPERATION, ACDK_CCT_V2_OP_AF_SET_RANGE, ACDK_CCT_V2_OP_AF_GET_RANGE, ACDK_CCT_V2_OP_AF_SAVE_TO_NVRAM, ACDK_CCT_V2_OP_AF_READ, ACDK_CCT_V2_OP_AF_APPLY, ACDK_CCT_V2_OP_AF_GET_FV, ACDK_CCT_OP_AF_ENABLE, ACDK_CCT_OP_AF_DISABLE, ACDK_CCT_OP_AF_GET_ENABLE_INFO, ACDK_CCT_AF_INIT, //for CctImp::init() use ACDK_CCT_AF_UNINIT, //for CctImp::uninit() use ACDK_CCT_MCU_NAME_INIT, //for Cct get lens name use ACDK_CCT_MCU_NAME_UNINIT,//for Cct get lens name use // Strobe ACDK_CCT_OP_FLASH_ENABLE , //0, ACDK_CCT_OP_FLASH_DISABLE, //1, ACDK_CCT_OP_FLASH_GET_INFO, //2, ACDK_CCT_OP_FLASH_CONTROL, //3, ACDK_CCT_OP_STROBE_RATIO_TUNING, //4, ACDK_CCT_OP_FLASH_SET_MANUAL_FLASH, //5, ACDK_CCT_OP_FLASH_CLEAR_MANUAL_FLASH, //6, //for tuning //code ok ACDK_CCT_OP_STROBE_READ_NVRAM, //5, ACDK_CCT_OP_STROBE_WRITE_NVRAM, //6 ACDK_CCT_OP_STROBE_READ_DEFAULT_NVRAM, //7 ACDK_CCT_OP_STROBE_SET_PARAM, //8 ACDK_CCT_OP_STROBE_GET_PARAM, //9 ACDK_CCT_OP_STROBE_GET_NVDATA, //10, ACDK_CCT_OP_STROBE_SET_NVDATA, //11, ACDK_CCT_OP_STROBE_GET_ENG_Y, //12, ACDK_CCT_OP_STROBE_SET_ENG_Y, //13 ACDK_CCT_OP_STROBE_GET_ENG_RG, //14 ACDK_CCT_OP_STROBE_SET_ENG_RG, //15 ACDK_CCT_OP_STROBE_GET_ENG_BG, //16 ACDK_CCT_OP_STROBE_SET_ENG_BG, //17 ACDK_CCT_OP_STROBE_NVDATA_TO_FILE, //18, ACDK_CCT_OP_STROBE_FILE_TO_NVDATA, //19, ACDK_CCT_OP_STROBE_READ_NVRAM_TO_PC_META, //20 ACDK_CCT_OP_STROBE_SET_NVDATA_META, //21 for cct tool, 0, 1, 6, 20, 21 ACDK_CCT_GET_CAPTURE_FEATURE_PARAS = CCT_CAPTURE_FEATURE_START, ACDK_CCT_SAVE_CAPTURE_FEATURE_PARAS, ACDK_CCT_APPLY_CAPTURE_FEATURE_PARAS, }ACDK_CCT_FEATURE_ENUM; //============================================= // ACDK Flash Nvram //============================================= typedef struct { int yTarget; // 188 (10bit) int fgWIncreaseLevelbySize; // 10 int fgWIncreaseLevelbyRef; // 0 int ambientRefAccuracyRatio; // 5 5/256=2% int flashRefAccuracyRatio; // 1 1/256=0.4% int backlightAccuracyRatio; // 18 18/256=7% int backlightUnderY; // 40 (10-bit) int backlightWeakRefRatio; // 32 32/256=12.5% int safetyExp; // 33322 int maxUsableISO; // 680 int yTargetWeight; // 0 base:256 int lowReflectanceThreshold; // 13 13/256=5% int flashReflectanceWeight; // 0 base:256 int bgSuppressMaxDecreaseEV; // 2EV int bgSuppressMaxOverExpRatio; // 6 6/256=2% int fgEnhanceMaxIncreaseEV; // 5EV int fgEnhanceMaxOverExpRatio; // 6 10/256=2% int isFollowCapPline; // 0 for auto mode, 1 for others int histStretchMaxFgYTarget; // 266 (10bit) int histStretchBrightestYTarget; // 328 (10bit) int fgSizeShiftRatio; // 0 0/256=0% int backlitPreflashTriggerLV; // 90 (unit:0.1EV) int backlitMinYTarget; // 100 (10bit) } ACDK_FLASH_TUNING_PARA; typedef struct { int exp; int afe_gain; int isp_gain; int distance; short yTab[40*40]; //x128 }ACDK_FLASH_CCT_ENG_TABLE; typedef struct { //torch, video int torchDuty; int torchDutyEx[20]; //AF int afDuty; //pf, mf //normal bat setting int pfDuty; int mfDutyMax; int mfDutyMin; //low bat setting int IChangeByVBatEn; int vBatL; //mv int pfDutyL; int mfDutyMaxL; int mfDutyMinL; //burst setting int IChangeByBurstEn; int pfDutyB; int mfDutyMaxB; int mfDutyMinB; //high current setting, set the duty at about 1A. when I is larget, notify system to reduce modem power, cpu ...etc int decSysIAtHighEn; int dutyH; } ACDK_FLASH_ENG_LEVEL; typedef struct { //torch, video int torchDuty; int torchDutyEx[20]; //AF int afDuty; //pf, mf //normal bat setting int pfDuty; int mfDutyMax; int mfDutyMin; //low bat setting int pfDutyL; int mfDutyMaxL; int mfDutyMinL; //burst setting int pfDutyB; int mfDutyMaxB; int mfDutyMinB; } ACDK_FLASH_ENG_LEVEL_LT; //low color temperature typedef struct { int toleranceEV_pos; int toleranceEV_neg; int XYWeighting; bool useAwbPreferenceGain; int envOffsetIndex[4]; int envXrOffsetValue[4]; int envYrOffsetValue[4]; }ACDK_DUAL_FLASH_TUNING_PARA; typedef union { struct { UINT32 u4Version; ACDK_FLASH_CCT_ENG_TABLE engTab; ACDK_FLASH_TUNING_PARA tuningPara[8];; UINT32 paraIdxForceOn[19]; UINT32 paraIdxAuto[19]; ACDK_FLASH_ENG_LEVEL engLevel; ACDK_FLASH_ENG_LEVEL_LT engLevelLT; ACDK_DUAL_FLASH_TUNING_PARA dualTuningPara; }; UINT8 temp[5120]; } ACDK_STROBE_STRUCT; typedef enum { ACDK_CCT_CDVT_START = ACDK_CCT_FEATURE_END, // CDVT ACDK_CCT_OP_CDVT_SENSOR_TEST, // [CDVT] Sensor Test ACDK_CCT_OP_CDVT_SENSOR_CALIBRATION, // [CDVT] Sensor Calibration ACDK_CCT_OP_FLASH_CALIBRATION, ACDK_CCT_OP_AE_PLINE_TABLE_TEST, // AE Pline table linearity test command. ACDK_CCT_CDVT_END } ACDK_CCT_CDVT_ENUM; typedef enum { ACDK_AUTOMATION_START = ACDK_CCT_CDVT_END, ACDK_AUTOMATION_SET_INFO, ACDK_AUTOMATION_APPLY_ISP_PARAMS, ACDK_AUTOMATION_RUN, ACDK_AUTOMATION_END } ACDK_AUTOMATION_ENUM; typedef enum { OUTPUT_PURE_RAW8 = 0, OUTPUT_PURE_RAW10, OUTPUT_PROCESSED_RAW8, OUTPUT_PROCESSED_RAW10, OUTPUT_YUV, OUTPUT_JPEG } ACDK_CCT_CAP_OUTPUT_FORMAT; typedef struct MULTI_SHOT_CAPTURE_STRUCT_S { eACDK_CAMERA_MODE eCameraMode; eACDK_OPERA_MODE eOperaMode; ACDK_CCT_CAP_OUTPUT_FORMAT eOutputFormat; UINT16 u2JPEGEncWidth; UINT16 u2JPEGEncHeight; UINT32 u4CapCount; Func_CB fpCapCB; MINT32 i4IsSave; //0-don't save, 1-save public : MULTI_SHOT_CAPTURE_STRUCT_S(eACDK_CAMERA_MODE a_camMode = CAPTURE_MODE, eACDK_OPERA_MODE a_operaMode = ACDK_OPT_META_MODE, ACDK_CCT_CAP_OUTPUT_FORMAT a_outFormat = OUTPUT_PURE_RAW10, UINT16 a_jpegEncWdth = 0, UINT16 a_jpegEncHeight = 0, UINT32 a_capCnt = 1, Func_CB a_funCB = NULL, MINT32 a_isSave = 0) : eCameraMode(a_camMode), eOperaMode(a_operaMode), eOutputFormat(a_outFormat), u2JPEGEncWidth(a_jpegEncWdth), u2JPEGEncHeight(a_jpegEncHeight), u4CapCount(a_capCnt), fpCapCB(a_funCB), i4IsSave(a_isSave) { } }ACDK_CCT_MULTI_SHOT_CAPTURE_STRUCT, *PACDK_CCT_MULTI_SHOT_CAPTURE_STRUCT; typedef struct STILL_CAPTURE_STRUCT_S { eACDK_CAMERA_MODE eCameraMode; eACDK_OPERA_MODE eOperaMode; ACDK_CCT_CAP_OUTPUT_FORMAT eOutputFormat; UINT16 u2JPEGEncWidth; UINT16 u2JPEGEncHeight; Func_CB fpCapCB; MINT32 i4IsSave; //0-don't save, 1-save public : STILL_CAPTURE_STRUCT_S(eACDK_CAMERA_MODE a_camMode = CAPTURE_MODE, eACDK_OPERA_MODE a_operaMode = ACDK_OPT_META_MODE, ACDK_CCT_CAP_OUTPUT_FORMAT a_outFormat = OUTPUT_PURE_RAW10, UINT16 a_jpegEncWdth = 0, UINT16 a_jpegEncHeight = 0, Func_CB a_funCB = NULL, MINT32 a_isSave = 0) : eCameraMode(a_camMode), eOperaMode(a_operaMode), eOutputFormat(a_outFormat), u2JPEGEncWidth(a_jpegEncWdth), u2JPEGEncHeight(a_jpegEncHeight), fpCapCB(a_funCB), i4IsSave(a_isSave) { } }ACDK_CCT_STILL_CAPTURE_STRUCT, *PACDK_CCT_STILL_CAPTURE_STRUCT; typedef struct { UINT16 u2PreviewWidth; UINT16 u2PreviewHeight; Func_CB fpPrvCB; }ACDK_CCT_CAMERA_PREVIEW_STRUCT, *PACDK_CCT_CAMERA_PREVIEW_STRUCT; //! for ACDK_CCT_V2_OP_GET_SENSOR_RESOLUTION */ typedef struct { UINT16 SensorPreviewWidth; UINT16 SensorPreviewHeight; UINT16 SensorFullWidth; UINT16 SensorFullHeight; UINT16 SensorVideoWidth; UINT16 SensorVideoHeight; // UINT16 SensorVideo1Width; UINT16 SensorVideo1Height; // UINT16 SensorVideo2Width; UINT16 SensorVideo2Height; UINT16 SensorCustom1Width; UINT16 SensorCustom1Height; UINT16 SensorCustom2Width; UINT16 SensorCustom2Height; UINT16 SensorCustom3Width; UINT16 SensorCustom3Height; UINT16 SensorCustom4Width; UINT16 SensorCustom4Height; UINT16 SensorCustom5Width; UINT16 SensorCustom5Height; } ACDK_CCT_SENSOR_RESOLUTION_STRUCT, *PACDK_CCT_SENSOR_RESOLUTION_STRUCT; /******************************************************************************* * ********************************************************************************/ enum ACDK_CCT_ISP_REG_CATEGORY { EIsp_Category_DBS = 0, EIsp_Category_OBC, EIsp_Category_BNR_BPC, EIsp_Category_BNR_NR1, EIsp_Category_BNR_PDC, EIsp_Category_RMM, EIsp_Category_HLR, EIsp_Category_RNR, EIsp_Category_UDM, EIsp_Category_ANR, EIsp_Category_ANR2, EIsp_Category_ABF, EIsp_Category_CCR, EIsp_Category_BOK, EIsp_Category_HFG, EIsp_Category_EE, EIsp_Category_NR3D, EIsp_Category_MFB, EIsp_Category_MIXER3, EIsp_Category_SL2F, EIsp_Category_SL2, EIsp_Num_Of_Category }; /* used in: ACDK_CCT_V2_OP_ISP_SET_TUNING_PARAS and ACDK_CCT_V2_OP_ISP_GET_TUNING_PARAS ACDK_CCT_V2_OP_ISP_GET_NVRAM_DATA ACDK_CCT_V2_OP_AE_SET_HDR_GAMMA_TABLE and ACDK_CCT_V2_OP_AE_GET_HDR_GAMMA_TABLE */ // the same declaration as CCT_6595_Dev_ISP_Data (in CCT tool) typedef struct { unsigned int Module; unsigned int length; unsigned int offset; unsigned int isDone; unsigned int totalLength; // unsigned int buffer[4096]; }ACDK_CCT_ISP_ACCESS_STRUCT, *PACDK_CCT_ISP_ACCESS_STRUCT; /*used in Meta_ccap_para.h/.cpp*/ typedef struct { unsigned int length; unsigned int offset; unsigned int isDone; unsigned int totalLength; }META_ISP_BUFFER_ACCESS_STRUCT; typedef struct { char* pBuffer; unsigned int length; }ACDK_CCT_ISP_BUFFER_ACCESS_STRUCT; struct ACDK_CCT_ISP_NVRAM_REG { #if 0 //Chooo ISP_NVRAM_SL2_T SL2F[NVRAM_SL2F_TBL_NUM]; ISP_NVRAM_SL2_T SL2J[NVRAM_SL2F_TBL_NUM]; ISP_NVRAM_DBS_T DBS[NVRAM_DBS_TBL_NUM]; ISP_NVRAM_OBC_T OBC[NVRAM_OBC_TBL_NUM]; ISP_NVRAM_BNR_BPC_T BNR_BPC[NVRAM_BPC_TBL_NUM]; ISP_NVRAM_BNR_NR1_T BNR_NR1[NVRAM_NR1_TBL_NUM]; ISP_NVRAM_BNR_PDC_T BNR_PDC[NVRAM_PDC_TBL_NUM]; ISP_NVRAM_RMM_T RMM[NVRAM_RMM_TBL_NUM]; ISP_NVRAM_RNR_T RNR[NVRAM_RNR_TBL_NUM]; ISP_NVRAM_SL2_T SL2[NVRAM_SL2_TBL_NUM]; ISP_NVRAM_UDM_T UDM[NVRAM_UDM_TBL_NUM]; ISP_NVRAM_CCM_T CCM[(ISP_NVRAM_CCM_LV_NUM + ISP_NVRAM_CCM_FLASH_NUM)][ISP_NVRAM_CCM_CT_NUM]; //ISP_NVRAM_CCM_CTL_T CCM_CFC[NVRAM_CCM_CFC_TBL_NUM]; ISP_NVRAM_GGM_T GGM[NVRAM_GGM_TBL_NUM]; ISP_NVRAM_GGM_T IHDR_GGM[NVRAM_IHDR_GGM_TBL_NUM]; ISP_NVRAM_ANR_T ANR[NVRAM_ANR_TBL_NUM]; ISP_NVRAM_ANR2_T ANR2[NVRAM_ANR2_TBL_NUM]; ISP_NVRAM_CCR_T CCR[NVRAM_CCR_TBL_NUM]; //ISP_NVRAM_BOK_T BOK[NVRAM_BOK_TBL_NUM]; ISP_NVRAM_HFG_T HFG[NVRAM_HFG_TBL_NUM]; ISP_NVRAM_EE_T EE[NVRAM_EE_TBL_NUM]; ISP_NVRAM_NR3D_T NR3D[NVRAM_NR3D_TBL_NUM]; ISP_NVRAM_MFB_T MFB[NVRAM_MFB_TBL_NUM]; ISP_NVRAM_MIXER3_T MIXER3[NVRAM_MIXER3_TBL_NUM]; ISP_NVRAM_HLR_T HLR[NVRAM_HLR_TBL_NUM]; ISP_NVRAM_COLOR_T COLOR[ISP_NVRAM_COLOR_SCENE_NUM][ISP_NVRAM_COLOR_CT_NUM]; ISP_NVRAM_ABF_T ABF[NVRAM_ABF_TBL_NUM]; #endif }; struct ACDK_CCT_ISP_ACCESS_NVRAM_REG_INDEX { MUINT32 u4Index; ACDK_CCT_ISP_REG_CATEGORY eCategory; }; struct ACDK_CCT_ISP_GET_TUNING_PARAS { ACDK_CCT_ISP_NVRAM_REG stIspNvramRegs; }; struct META_ISP_GET_TUNING_PARAS { //ACDK_CCT_ISP_NVRAM_REG stIspNvramRegs; //before RO_ME //new for RO_ME ACDK_CCT_ISP_REG_CATEGORY eCategory; META_ISP_BUFFER_ACCESS_STRUCT bufAccess; }; struct ACDK_CCT_ISP_SET_TUNING_PARAS { MUINT32 u4Index; ACDK_CCT_ISP_REG_CATEGORY eCategory; //ACDK_CCT_ISP_NVRAM_REG stIspNvramRegs; //before RO_ME //new for RO_ME ACDK_CCT_ISP_BUFFER_ACCESS_STRUCT bufAccess; }; struct META_ISP_SET_TUNING_PARAS { MUINT32 u4Index; ACDK_CCT_ISP_REG_CATEGORY eCategory; //ACDK_CCT_ISP_NVRAM_REG stIspNvramRegs; //before RO_ME //new for RO_ME META_ISP_BUFFER_ACCESS_STRUCT bufAccess; }; struct ACDK_CCT_CCM_STRUCT { MUINT32 M11; MUINT32 M12; MUINT32 M13; MUINT32 M21; MUINT32 M22; MUINT32 M23; MUINT32 M31; MUINT32 M32; MUINT32 M33; }; struct ACDK_CCT_SET_NVRAM_CCM { MUINT32 u4Index; ACDK_CCT_CCM_STRUCT ccm; }; #if 0 struct ACDK_CCT_ACCESS_PCA_SLIDER { ISP_NVRAM_PCA_SLIDER_STRUCT slider; }; #endif //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ typedef enum { CAMERA_TUNING_PREVIEW_SET = 0, CAMERA_TUNING_CAPTURE_SET, CAMERA_TUNING_VIDEO_SET, CAMERA_TUNING_VIDEO1_SET, CAMERA_TUNING_VIDEO2_SET, CAMERA_TUNING_CUSTOM1_SET, CAMERA_TUNING_CUSTOM2_SET, CAMERA_TUNING_CUSTOM3_SET, CAMERA_TUNING_CUSTOM4_SET, CAMERA_TUNING_CUSTOM5_SET } CAMERA_TUNING_SET_ENUM; /* Enable/Disable Shading/Defect.. */ /* ACDK_CCT_V2_OP_ISP_GET_SHADING_ON_OFF */ typedef struct { CAMERA_TUNING_SET_ENUM Mode; UINT8 Enable; }ACDK_CCT_MODULE_CTRL_STRUCT, *PACDK_CCT_MODULE_CTRL_STRUCT; typedef struct { UINT8 m11; UINT8 m12; UINT8 m13; UINT8 m21; UINT8 m22; UINT8 m23; UINT8 m31; UINT8 m32; UINT8 m33; }winmo_cct_ccm_matrix_struct, WINMO_CCT_CCM_STRUCT, *PWINMO_CCT_CCM_STRUCT; /* CCM light mode */ /* MSDK_CCT_V2_OP_AWB_GET_NVRAM_CCM; MSDK_CCT_V2_OP_AWB_SET_NVRAM_CCM */ typedef struct { WINMO_CCT_CCM_STRUCT CCM; UINT8 CCMLightMode; }ACDK_CCT_CCM_LIGHTMODE_STRUCT, *PACDK_CCT_CCM_LIGHTMODE_STRUCT; typedef struct { MBOOL dynamicCCMEn; }ACDK_CCT_CCM_STATUS_STRUCT, *PACDK_CCT_CCM_STATUS_STRUCT; #define GAMMA_STEP_NO 144 #define TOTAL_GAMMA_NO 1 typedef struct { UINT16 r_tbl[GAMMA_STEP_NO]; UINT16 g_tbl[GAMMA_STEP_NO]; UINT16 b_tbl[GAMMA_STEP_NO]; } ACDK_CCT_GAMMA_TABLE_STRUCT, *PACDK_CCT_GAMMA_TABLE_STRUCT; typedef struct { ACDK_CCT_GAMMA_TABLE_STRUCT gamma; MBOOL bIHDR; MUINT32 index; } ACDK_CCT_GAMMA_ACCESS_STRUCT; /* ISP or 3A function enable */ /* MSDK_CCT_V2_OP_ISP_GET_DYNAMIC_BYPASS_MODE_ON_OFF */ /* MSDK_CCT_V2_OP_AE_SET_GAMMA_BYPASS; MSDK_CCT_V2_OP_AE_GET_GAMMA_BYPASS_FLAG */ typedef struct { MBOOL Enable; }ACDK_CCT_FUNCTION_ENABLE_STRUCT, *PACDK_CCT_FUNCTION_ENABLE_STRUCT; typedef struct { UINT8 SDBLK_TRIG; UINT8 SHADING_EN; UINT8 SHADINGBLK_XOFFSET; UINT8 SHADINGBLK_YOFFSET; UINT8 SHADINGBLK_XNUM; UINT8 SHADINGBLK_YNUM; UINT16 SHADINGBLK_WIDTH; UINT16 SHADINGBLK_HEIGHT; UINT32 SHADING_RADDR; UINT16 SD_LWIDTH; UINT16 SD_LHEIGHT; UINT8 SDBLK_RATIO00; UINT8 SDBLK_RATIO01; UINT8 SDBLK_RATIO10; UINT8 SDBLK_RATIO11; UINT16 SD_TABLE_SIZE; //UINT32 SD_TABLE[MAX_SHADING_TABLE_SIZE]; }winmo_cct_shading_comp_struct; //! Lens Info use //! FT_MSDK_CCT_V2_OP_ISP_SET_SHADING_PARA, FT_MSDK_CCT_V2_OP_ISP_GET_SHADING_PARA typedef struct { UINT8 SHADING_MODE; winmo_cct_shading_comp_struct *pShadingComp; }ACDK_CCT_SHADING_COMP_STRUCT, *PACDK_CCT_SHADING_COMP_STRUCT; typedef struct { UINT32 u4ExposureMode; UINT32 u4Eposuretime; //!<: Exposure time in ms UINT32 u4GainMode; // 0: AfeGain; 1: ISO UINT32 u4AfeGain; //!<: AFE digital gain UINT32 u4IspGain; // !< Raw gain UINT32 u4ISO; UINT16 u2FrameRate; UINT16 u2FlareGain; //128 base UINT16 u2FlareValue; UINT16 u2CaptureFlareGain; UINT16 u2CaptureFlareValue; MBOOL bFlareAuto; }ACDK_AE_MODE_CFG_T; /* ACDK_CCT_V2_OP_ISP_GET_SHADING_TABLE_V3, ACDK_CCT_V2_OP_ISP_SET_SHADING_TABLE_V3 */ typedef struct { CAMERA_TUNING_SET_ENUM Mode; UINT32 Length; UINT32 Offset; UINT8 ColorTemp; UINT32 *pBuffer; }ACDK_CCT_TABLE_SET_STRUCT, *PACDK_CCT_TABLE_SET_STRUCT; /* ACDK_CCT_V2_OP_SHADING_CAL */ typedef struct { CAMERA_TUNING_SET_ENUM mode; UINT32 boundaryStartX; UINT32 boundaryStartY; UINT32 boundaryEndX; UINT32 boundaryEndY; UINT32 attnRatio; UINT8 colorTemp; UINT8 u1FixShadingIndex; UINT32 avgWinSize; }ACDK_CCT_LSC_CAL_SET_STRUCT, *PACDK_CCT_LSC_CAL_SET_STRUCT; typedef struct { INT32 i4AFMode; INT32 i4AFMeter; INT32 i4CurrPos; } ACDK_AF_INFO_T; #define AF_TABLE_LENGTH 30 typedef struct { INT32 i4Num; INT32 i4Pos[AF_TABLE_LENGTH]; } ACDK_AF_POS_T; typedef struct { INT32 i4Num; MINT64 i8Vlu[AF_TABLE_LENGTH]; } ACDK_AF_VLU_T; typedef struct { INT32 i4Num; INT32 i4Vlu[AF_TABLE_LENGTH*2]; } ACDK_AF_VLU_32T; // Data structure for CDVT #define ACDK_CDVT_MAX_GAIN_TABLE_SIZE (1000) #define ACDK_CDVT_MAX_TEST_COUNT (1000) #define ACDK_CDVT_AEPLINE_MAX_TEST_COUNT (800) typedef enum { ACDK_CDVT_TEST_EXPOSURE_LINEARITY = 0, ACDK_CDVT_TEST_GAIN_LINEARITY = 1, ACDK_CDVT_TEST_OB_STABILITY = 2 } ACDK_CDVT_TEST_ITEM_T; typedef enum { ACDK_CDVT_CALIBRATION_OB = 0, ACDK_CDVT_CALIBRATION_MIN_ISO = 1, ACDK_CDVT_CALIBRATION_MIN_SAT_GAIN = 2 } ACDK_CDVT_CALIBRATION_ITEM_T; typedef enum { ACDK_CDVT_SENSOR_MODE_PREVIEW = 0, ACDK_CDVT_SENSOR_MODE_CAPTURE = 1, ACDK_CDVT_SENSOR_MODE_VIDEO = 2, ACDK_CDVT_SENSOR_MODE_VIDEO1 = 3, ACDK_CDVT_SENSOR_MODE_VIDEO2 = 4, ACDK_CDVT_SENSOR_MODE_CUSTOM1 = 5, ACDK_CDVT_SENSOR_MODE_CUSTOM2 = 6, ACDK_CDVT_SENSOR_MODE_CUSTOM3 = 7, ACDK_CDVT_SENSOR_MODE_CUSTOM4 = 8, ACDK_CDVT_SENSOR_MODE_CUSTOM5= 9 } ACDK_CDVT_SENSOR_MODE_T; typedef enum { ACDK_CDVT_EXP_MODE_TIME = 0, ACDK_CDVT_EXP_MODE_LINE = 1 } ACDK_CDVT_EXP_MODE_T; typedef enum { ACDK_CDVT_GAIN_CONFIG = 0, ACDK_CDVT_GAIN_TABLE = 1 } ACDK_CDVT_GAIN_CONTROL_MODE_T; typedef enum { ACDK_CDVT_FLICKER_50_HZ = 0, ACDK_CDVT_FLICKER_60_HZ = 1 } ACDK_CDVT_FLICKER_T; typedef struct { ACDK_CDVT_EXP_MODE_T eExpMode; INT32 i4Gain; INT32 i4ExpStart; INT32 i4ExpEnd; INT32 i4ExpInterval; } ACDK_CDVT_EXP_LINEARITY_TEST_T; typedef struct { ACDK_CDVT_GAIN_CONTROL_MODE_T eGainControlMode; INT32 i4ExpTime; INT32 i4GainStart; INT32 i4GainEnd; INT32 i4GainInterval; INT32 i4GainTableSize; INT32 i4GainTable[ACDK_CDVT_MAX_GAIN_TABLE_SIZE]; } ACDK_CDVT_GAIN_LINEARITY_OB_STABILITY_TEST_T; typedef struct { INT32 i4ExpTime; INT32 i4Gain; INT32 i4RepeatTimes; } ACDK_CDVT_OB_CALIBRATION_T; typedef struct { ACDK_CDVT_FLICKER_T eFlicker; INT32 i4LV; INT32 i4FNumber; INT32 i4OB; } ACDK_CDVT_MIN_ISO_CALIBRATION_T; typedef struct { ACDK_CDVT_FLICKER_T eFlicker; INT32 i4TargetDeclineRate; INT32 i4GainBuffer; INT32 i4OB; } ACDK_CDVT_MIN_SAT_GAIN_CALIBRATION_T; typedef struct { ACDK_CDVT_TEST_ITEM_T eTestItem; ACDK_CDVT_SENSOR_MODE_T eSensorMode; ACDK_CDVT_EXP_LINEARITY_TEST_T rExpLinearity; ACDK_CDVT_GAIN_LINEARITY_OB_STABILITY_TEST_T rGainLinearityOBStability; } ACDK_CDVT_SENSOR_TEST_INPUT_T; typedef struct { // average FLOAT fRAvg; FLOAT fGrAvg; FLOAT fGbAvg; FLOAT fBAvg; // median UINT32 u4Median; } ACDK_CDVT_RAW_ANALYSIS_RESULT_T; typedef struct { INT32 i4ErrorCode; INT32 i4TestCount; ACDK_CDVT_RAW_ANALYSIS_RESULT_T rRAWAnalysisResult[ACDK_CDVT_MAX_TEST_COUNT]; } ACDK_CDVT_SENSOR_TEST_OUTPUT_T; typedef struct { ACDK_CDVT_CALIBRATION_ITEM_T eCalibrationItem; ACDK_CDVT_SENSOR_MODE_T eSensorMode; ACDK_CDVT_OB_CALIBRATION_T rOB; ACDK_CDVT_MIN_ISO_CALIBRATION_T rMinISO; ACDK_CDVT_MIN_SAT_GAIN_CALIBRATION_T rMinSatGain; } ACDK_CDVT_SENSOR_CALIBRATION_INPUT_T; typedef struct { INT32 i4ErrorCode; INT32 i4OB; INT32 i4MinISO; INT32 i4MinSatGain; } ACDK_CDVT_SENSOR_CALIBRATION_OUTPUT_T; typedef struct { INT32 i4Index; INT32 i4ShutterTime; INT32 i4SensorGain; INT32 i4ISPGain; } ACDK_CDVT_AE_TABLE_T; typedef struct { INT32 i4ShutterDelayFrame; INT32 i4SensorGainDelayFrame; INT32 i4ISPGainDelayFrame; INT32 i4TestSteps; INT32 i4RepeatTime; INT32 i4IndexScanStart; INT32 i4IndexScanEnd; ACDK_CDVT_AE_TABLE_T i4PlineTable[ACDK_CDVT_AEPLINE_MAX_TEST_COUNT]; } ACDK_CDVT_AE_PLINE_TABLE_LINEARITY_TEST_T; typedef struct { ACDK_CDVT_SENSOR_MODE_T eSensorMode; ACDK_CDVT_AE_PLINE_TABLE_LINEARITY_TEST_T rAEPlinetableInfo; } ACDK_CDVT_AE_PLINE_TEST_INPUT_T; typedef struct { INT32 i4Index; INT32 i4ShutterTime; INT32 i4SensorGain; INT32 i4ISPGain; INT32 i4Yvalue; } ACDK_CDVT_Y_ANALYSIS_RESULT_T; typedef struct { INT32 i4ErrorCode; INT32 i4TestCount; ACDK_CDVT_Y_ANALYSIS_RESULT_T rYAnalysisResult[ACDK_CDVT_AEPLINE_MAX_TEST_COUNT]; } ACDK_CDVT_AE_PLINE_TEST_OUTPUT_T; typedef struct { INT32 i4Num; INT32 i4Gap; INT32 i4BestPos; MINT64 i8Vlu[512]; } ACDK_AF_CALI_DATA_T; // typedef struct { UINT32 level; UINT32 duration; }ACDK_FLASH_CONTROL; // Light source probability #define ACDK_AWB_LIGHT_NUM (8) typedef struct { MUINT32 u4P0[ACDK_AWB_LIGHT_NUM]; // Probability 0 MUINT32 u4P1[ACDK_AWB_LIGHT_NUM]; // Probability 1 MUINT32 u4P2[ACDK_AWB_LIGHT_NUM]; // Probability 2 MUINT32 u4P[ACDK_AWB_LIGHT_NUM]; // Probability } ACDK_AWB_LIGHT_PROBABILITY_T; typedef enum { CAMERA_NVRAM_DEFECT_STRUCT = 0, // NVRAM_CAMERA_DEFECT_STRUCT CAMERA_NVRAM_3A_STRUCT, // NVRAM_CAMERA_3A_T CAMERA_NVRAM_ISP_PARAM_STRUCT, // NVRAM_CAMERA_ISP_PARAM_STRUCT CAMERA_NVRAM_LENS_STRUCT, } CAMERA_NVRAM_STRUCTURE_ENUM; /* ACDK_CCT_V2_OP_ISP_GET_NVRAM_DATA */ typedef struct { CAMERA_NVRAM_STRUCTURE_ENUM Mode; UINT32 *pBuffer; }ACDK_CCT_NVRAM_SET_STRUCT, *PACDK_CCT_NVRAM_SET_STRUCT; typedef struct { MUINT32 profile; MUINT32 sensorMode; MUINT32 iso_idx; }ACDK_CCT_QUERY_ISP_INDEX_INPUT_STRUCT, *PACDK_CCT_QUERY_ISP_INDEX_INPUT_STRUCT; /**** for isp automation ****/ typedef struct { char pInput[128]; char pOutput[128]; MUINT32 u4Width; MUINT32 u4Height; MUINT32 u4JpegWidth; MUINT32 u4JpegHeight; MUINT32 u4Pixel; MBOOL bUnpack2PackEn; } AUTOMATION_IMAGE_INFO, *PAUTOMATION_IMAGE_INFO; typedef struct { // ISP_NVRAM_CAMCTL_T P1; // ISP_NVRAM_DIPCTL_T P2; } AUTOMATION_ISP_NVRAM_CTRL, *PAUTOMATION_ISP_NVRAM_CTRL; typedef struct { unsigned int Buffer[4096]; } AUTOMATION_ISP_SHADING_TABLE, *PAUTOMATION_ISP_SHADING_TABLE; #endif