/* * 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. */ #ifndef _CAMERA_CUSTOM_EEPROM_H_ #define _CAMERA_CUSTOM_EEPROM_H_ typedef unsigned int MUINT32; typedef unsigned short MUINT16; typedef signed int MINT32; typedef signed short MINT16; typedef unsigned char MUINT8; #define MAX_DEFECT_PRV_SIZE (256) //(INT32) #define MAX_DEFECT_CAP_SIZE (2048) //5M sensor BPC ratio 0.1% = 5000 pixel (INT32) #define MAX_SHADING_Capture_SIZE (32*32*16)//seanlin 120919 6589 (4096) //INT32 #define MAX_SHADING_Preview_SIZE (16*16*16)//seanlin 120919 (1600) //INT32 #define MAX_SHADING_Video_SIZE (16*16*16)//seanlin 120919 (1600) //INT32 #define MAX_EEPROM_SENSOR_CAL_SIZE (1024) //Byte typedef enum { CAMERA_EEPROM_DATA_SHADING_TABLE=0, CAMERA_EEPROM_DATA_DEFECT_TABLE, CAMERA_EEPROM_DATA_PREGAIN, CAMERA_EEPROM_TYPE_NUM } CAMERA_EEPROM_TYPE_ENUM; #define CAMERA_EEPROM_CMD_SHADING_TABLE 0x00000001 #define CAMERA_EEPROM_CMD_DEFECT_TABLE 0x00000010 #define CAMERA_EEPROM_CMD_PREGAIN 0x00000100 #define EEPROM_ERR_NO_DEFECT 0x00000001 #define EEPROM_ERR_NO_PREGAIN 0x00000010 #define EEPROM_ERR_NO_SHADING 0x00000100 #define EEPROM_ERR_NO_DATA (EEPROM_ERR_NO_DEFECT|EEPROM_ERR_NO_PREGAIN|EEPROM_ERR_NO_SHADING) #define EEPROM_ERR_SENSOR_SHADING 0x00001000 #define EEPROM_ERR_NOT_WRITENVRAM 0x00010000 #define EEPROM_LSC_DATA_SIZE_SLIM_LSC1 144 #define EEPROM_INFO_IN_COMM_LOAD 34 #define EEPROM_INFO_IN_COMM_SHADING_TYPE 33 #define EEPROM_INFO_IN_COMM_PARTNO_1 35 #define EEPROM_INFO_IN_COMM_PARTNO_2 36 #define EEPROM_INFO_IN_COMM_PARTNO_3 37 #define EEPROM_INFO_IN_COMM_PARTNO_4 38 #define EEPROM_INFO_IN_COMM_PARTNO_5 39 #define EEPROM_INFO_IN_PV_WIDTH 40 #define EEPROM_INFO_IN_PV_HEIGHT 41 #define EEPROM_INFO_IN_CAP_WIDTH 42 #define EEPROM_INFO_IN_CAP_HEIGHT 43 #define EEPROM_PART_NUMBERS_COUNT 5 #define EEPROM_SENSOR_RESOLUTION_COUNT 5 //SeanLin@20110629> #define CUSTOM_EEPROM_ROTATION_0_DEGREE 0 #define CUSTOM_EEPROM_ROTATION_180_DEGREE 1 #define CUSTOM_EEPROM_COLOR_SHIFT_00 0 #define CUSTOM_EEPROM_COLOR_SHIFT_01 1 #define CUSTOM_EEPROM_COLOR_SHIFT_10 2 #define CUSTOM_EEPROM_COLOR_SHIFT_11 3 //SeanLin@20110629< const MUINT32 gulPartNumberReg[EEPROM_PART_NUMBERS_COUNT] = {EEPROM_INFO_IN_COMM_PARTNO_1, EEPROM_INFO_IN_COMM_PARTNO_2, EEPROM_INFO_IN_COMM_PARTNO_3, EEPROM_INFO_IN_COMM_PARTNO_4, EEPROM_INFO_IN_COMM_PARTNO_5}; const MUINT32 gulSensorResol[EEPROM_SENSOR_RESOLUTION_COUNT] = {EEPROM_INFO_IN_PV_WIDTH, EEPROM_INFO_IN_PV_HEIGHT, EEPROM_INFO_IN_CAP_WIDTH, EEPROM_INFO_IN_CAP_HEIGHT}; typedef struct { MUINT32 CommReg[64];// 0~30 reserve for compatiblilty with WCP1 setting; // [31] for table defect control 0x0154h // [32] for defect table address 0x0158h } EEPROM_NVRAM_COMMON_STRUCT, *PEEPROM_NVRAM_COMMON_STRUCT; typedef struct { MUINT32 shading_ctrl1; MUINT32 shading_ctrl2; MUINT32 shading_ctrl3; MUINT32 shading_lblock; MUINT32 shading_ratio; MUINT32 shading_gain_th; }EEPROM_SHADING_REG_STRUCT, *PEEPROM_SHADING_REG_STRUCT; typedef struct { MUINT16 PreviewSize; MUINT16 CaptureSize; MUINT32 PreviewTable[MAX_DEFECT_PRV_SIZE]; MUINT32 CaptureTable1[MAX_DEFECT_CAP_SIZE]; EEPROM_NVRAM_COMMON_STRUCT ISPComm; } EEPROM_DEFECT_STRUCT, *PEEPROM_DEFECT_STRUCT; #if 0 typedef union { enum { COUNT = 5 }; MUINT32 set[COUNT]; struct { ISP_NVRAM_RAW_ACC_CFG_T raw_acc_cfg; ISP_NVRAM_RAW_ACC_WIN_T raw_acc_win; ISP_NVRAM_RAW_ACC_RESULT_T raw_acc_result_b; ISP_NVRAM_RAW_ACC_RESULT_T raw_acc_result_gb; ISP_NVRAM_RAW_ACC_RESULT_T raw_acc_result_gr; ISP_NVRAM_RAW_ACC_RESULT_T raw_acc_result_r; ISP_NVRAM_SHADING_CTRL1_T shading_ctrl1; ISP_NVRAM_SHADING_CTRL2_T shading_ctrl2; ISP_NVRAM_SHADING_READ_ADDR_T shading_read_addr; ISP_NVRAM_SHADING_LAST_BLK_T shading_last_blk; ISP_NVRAM_SHADING_RATIO_CFG_T shading_ratio_cfg; }; } ISP_NVRAM_SHADING_T; #endif typedef struct { EEPROM_SHADING_REG_STRUCT PreRegister; EEPROM_SHADING_REG_STRUCT CapRegister; EEPROM_NVRAM_COMMON_STRUCT ISPComm; MUINT32 ShadingID; //To let drv know the table convert MUINT32 TableRotation; //1:180, 0:0 To let drv know the table convert MUINT32 ColorOrder; //SeanLin@20110629:To Cover Sensor color order changing MUINT16 PreviewSize; MUINT16 CaptureSize; MUINT32 PreviewTable[3][ MAX_SHADING_Preview_SIZE]; MUINT32 CaptureTable[3][ MAX_SHADING_Capture_SIZE]; MUINT8 SensorCalTable[MAX_EEPROM_SENSOR_CAL_SIZE]; }EEPROM_SHADING_STRUCT, *PEEPROM_SHADING_STRUCT; typedef struct { MUINT32 rFacGainu4R; MUINT32 rFacGainu4G; MUINT32 rFacGainu4B; MUINT32 rCalGainu4R; MUINT32 rCalGainu4G; MUINT32 rCalGainu4B; }EEPROM_PREGAIN_STRUCT, *PEEPROM_PREGAIN_STRUCT; typedef struct { EEPROM_SHADING_STRUCT Shading; EEPROM_DEFECT_STRUCT Defect; EEPROM_PREGAIN_STRUCT Pregain; }EEPROM_DATA_STRUCT, *PEEPROM_DATA_STRUCT; typedef enum { EEPROM_NONE = 0, EEPROM_USED } EEPROM_TYPE_ENUM; EEPROM_TYPE_ENUM EEPROMInit(void); unsigned int EEPROMDeviceName(char* DevName); #endif //_CAMERA_CUSTOM_EEPROM_H_