twain3.0/huagao/Device/device_common.h

#pragma once
#define FLASH_ADDR_START (0x300000)  //!<DSP 读取flash起始地址

#define CONT_ADDR        (FLASH_ADDR_START) //!< 指向flash存储定义的首地址  4字节存储扫描总数 所属空间4字节
#define PID_ADDR         (CONT_ADDR+4)      //!<CONT_ADDR向后偏移4字节 指向PID存储位置  2字节存储pid（unsigned short类型）
#define VID_ADDR         (PID_ADDR+2)       //!<PID_ADDR向后偏移2字节 指向VID_ADDR首地址 2字节存储vid 所属空间大小2字节
#define DEVNAME_ADDR     (VID_ADDR+2)       //!<VID_ADDR向后偏移2字节 指向DEVNAME_ADDR首地址 所属空间大小64字节
#define SERIAL_ADDR      (DEVNAME_ADDR+64)  //!<DEVNAME_ADDR向后偏移64字节 指向序列号flash存储地址 所属空间大小12字节
#define FWVERSION_ADDR   (SERIAL_ADDR+12)   //!<固件版本号 8字节
#define MOTORBOARD_CONFIG_ADDR      (FWVERSION_ADDR+8)  //!<SERIAL_ADDR偏移12字节 指向 电机板flash存储数据头地址 所属空间3字节
#define EXPOSURE_ADDR_200DPI    (MOTORBOARD_CONFIG_ADDR+3)   //!<MOTORBOARD_CONFIG_ADDR偏移8字节 指向 电机板flash存储曝光数据头地址
													  //!<所属空间8字节 存储空间  存储方式Gray（2）+B（2）+G（2）+R（2）
#define EXPOSURE_ADDR_300DPI    (EXPOSURE_ADDR_200DPI+2)
#define AD_ADDR_200DPI          (EXPOSURE_ADDR_300DPI+2)            //!<EXPOSURE_ADDR
#define AD_ADDR_300DPI   (AD_ADDR_200DPI+28)
#define FPGA_FLAT_ADDR_200DPI_GRAY (AD_ADDR_300DPI+28)               //正面+黑场数据（2448+2448）+反面+黑场数据（2448+2448）
#define FPGA_FLAT_ADDR_200DPI_COLOR (FPGA_FLAT_ADDR_200DPI_GRAY+2448*4)//正面RGB+黑场数据（2448+2448+2448+2448）+反面+黑场数据RGB+黑场数据（2448+2448+2448+2448）
#define FPGA_FLAT_ADDR_300DPI_GRAY (FPGA_FLAT_ADDR_200DPI_COLOR+2448*8)
#define FPGA_FLAT_ADDR_300DPI_COLOR (FPGA_FLAT_ADDR_300DPI_GRAY+3672*4)

//#define FPGA_FLAT_ADDR   (AD_ADDR+28)                 //!<所属空间918+612字节
//flash size
//#define FLASH_200_COLOR (2448 * 8)
//#define FLASH_200_GRAY (2448*4)
//#define ARRAY_200 (612)
//#define ARRAY_300 (918)
//#define FLASH_300_COLOR (3672 * 8)
//#define FLASH_300_GRAY (3672)

#define FLASH_CONT_ADDR_SIZE (4)
#define FLASH_PID_ADDR_SIZE         (2)
#define FLASH_VID_ADDR_SIZE         (2)
#define FLASH_DEVNAME_ADDR_SIZE     (64)
#define FLASH_SERIAL_ADDR_SIZE      (12)
#define FLASH_FWVERSION_ADDR_SIZE   (8)
#define FLASH_MOTORBOARD_CONFIG_ADDR_SIZE      (3）
#define FLASH_AD_ADDR_SIZE          (28)           
#define FLASH_FPGA_FLAT_ADDR_200DPI_GRAY_SIZE   (2448*4)
#define FLASH_FPGA_FLAT_ADDR_200DPI_COLOR_SIZE  (2448*8)
#define FLASH_FPGA_FLAT_ADDR_300DPI_GRAY_SIZE   (3672*4)  
#define FLASH_FPGA_FLAT_ADDR_300DPI_COLOR_SIZE  (3672*8)

typedef enum {
	Cmd_None,
	Cmd_Line_Count,
	Cmd_Mode_Freque,
	Cmd_Ad_Front,
	Cmd_Ad_Back,
	Cmd_Exposure_Back1,
	Cmd_Exposure_Back2,
	Cmd_Exposure_Front1,
	Cmd_Exposure_Front2,
	Cmd_Start,
	Cmd_Stop,
	Cmd_Status,
	Cmd_Width,
	Cmd_Sensor_Count_Channel,
	Cmd_Dma_Status,
	Cmd_Dma_Stransfer,
	Cmd_Dma_Size,
	Cmd_Num
} FPGA_CMD;

typedef enum
{
	MAIN_BOARD,
	MOTOR_BOARD,
	USERDEFINE,
	IMAGEREGS,
	BOARDFLAGNUM
} BOARD_FLAG;


typedef  enum User_Define_Regs
{
	ModeParam,
	WriteCorrectData,
	ReadCorrectData,
	BulkInOn
} UserDefineRegs;

typedef union Motor_Setting {
	unsigned int value;
	struct {
		unsigned int scan_enable : 1;
		unsigned int dpi : 1;
		unsigned int paper : 1;
		unsigned int double_paper : 1;
		unsigned int staple_enable : 1;
		unsigned int error_clean : 1;
		unsigned int status_init : 1;
		unsigned int pick_paper : 1;
		unsigned int skew_enable : 1;
		unsigned int skew_parameter : 3;
		unsigned int key_staple_enable : 1;
		unsigned int iic_config_addr : 7;
		unsigned int iic_config : 1;
		unsigned int v_setting : 2;
		unsigned int speed_set_enable : 1;
		unsigned int scan_busy_motor_stop : 1;
		unsigned int papar_type : 4;
		unsigned int color_model : 1;
		unsigned int reserve : 2;
	};
} MotorSetting;

typedef union Motor_Status {
	unsigned int value;
	struct {
		unsigned int scan_pulse : 1;
		unsigned int m1_paper_sin : 1;
		unsigned int open_machine : 1;
		unsigned int pick_failed : 1;
		unsigned int stop_jam : 1;
		unsigned int double_paper : 1;
		unsigned int staple : 1;
		unsigned int papertilted : 1;
		unsigned int count_pulse : 1;
		unsigned int scan_mode_change : 1;
		unsigned int motor_status : 1;
		unsigned int keep_last_paper : 1;
	};
} MotorStatus;

typedef union Motor_Mode {
	unsigned int value;
	struct {
		unsigned int scan_num : 14;
		unsigned int scan_mode : 2;
		unsigned int feeding_paper_ready : 1;
		unsigned int scan_status : 1;
	};
} MotorMode;

typedef union Scan_Triger {
	unsigned int value;
	struct {
		unsigned int triger : 1;
	};
} ScanTriger;


typedef enum Color_Mode
{
	Gray = 0,
	Color = 1
}ColorMode;

typedef enum Burst_Mode
{
	SingleInternalTrigger = 1,
	SingleExternalTrigger,
	ContinuousInternalTrigger,
	ContinuousExternalTrigger,
}BurstMode;

typedef union Reg_2Short {
	int value;
	struct {
		unsigned short short1;
		unsigned short short2;
	};
	struct
	{
		unsigned short val[2];
	};
} Reg2Short;