#ifndef _RN8209_H
#define _RN8209_H


#include "user.h"
//----------------------start RN8209  地址定义---------------------------------------------------//
#define			ADSYSCON 		0x00    //系统控制寄存器，写保护
#define        	ADEMUCON 		0x01	//计量控制寄存器，写保护
#define        	ADHFConst     	0x02 	//脉冲频率寄存器，写保护
#define        	ADPStart      	0x03 	//有功起动功率设置，写保护
#define        	ADDStart      	0x04 	//自定义电能起动功率设置， 写保护
#define			ADGPQA        	0x05 	//通道 A 功率增益校正寄存器， 写保护
#define        	ADGPQB        	0x06 	//通道 B 功率增益校正寄存器， 写保护
#define        	ADPhsA        	0x07 	//通道 A 相位校正寄存器， 写保护
#define        	ADPhsB        	0x08	//通道 B 相位校正寄存器， 写保护
#define			ADQPHSCAL		0x09    //无功相位补偿， 写保护
#define			ADAPOSA 		0x0a	//通道 A 有功功率 Offset 校正寄存器，写保护
#define        	ADAPOSB 		0x0b	//通道 B 有功功率 Offset 校正寄存器，写保护
#define        	ADRPOSA 		0x0c	//通道 A 无功功率 Offset 校正寄存器，写保护
#define        	ADRPOSB 		0x0d	//通道 B 无功功率 Offset 校正寄存器，写保护
#define        	ADIARMSOS     	0x0e	//电流通道 A 有效值 Offset 补偿， 写保护
#define        	ADIBRMSOS     	0x0f	//电流通道 B 有效值 Offset 补偿， 写保护
#define        	ADIBGain      	0x10	//电流通道 B 增益设置， 写保护
#define			ADD2FPL       	0x11	//自定义功率寄存器 D2FP 的低 16bit，写保护
#define        	ADD2FPH       	0x12
#define        	ADDCIAH       	0x13
#define        	ADDCIBH       	0x14
#define         ADDCUH			0x15   
#define         ADDCL   		0x16 
#define         ADEMUCON2		0x17
#define			ADCLKCON		0x1A	//模块时钟配置寄存器
#define			ADPFCnt    		0x20
#define        	ADDFcnt    		0x21
#define        	ADIARMS       	0x22
#define        	ADIBRMS       	0x23
#define        	ADURMS        	0x24	//电压有效值
#define			ADUFreq       	0x25	//电压频率	
#define        	ADPowerPA     	0x26	//有功功率Pa
#define        	ADPowerPB     	0x27
#define        	ADREPower     	0x28
#define         ADEnergyP  		0x29
#define         ADEnergyP2 		0x2a
#define         ADEnergyD  		0x2b
#define         ADEnergyD2    	0x2c
#define         ADEMUStatus   	0x2d
#define         ADSPL_IA      	0x30
#define         ADSPL_IB      	0x31
#define         ADSPL_U       	0x32
#define         ADIE  			0x40
#define         ADIF  			0x41
#define         ADRIF    		0x42
#define         ADSysStatus  	0x43
#define         ADRData      	0x44
#define         ADWData      	0x45
#define			WAVE_IF			0x46			//波形缓存状态寄存器
#define			WAVE_IE			0x47			//波形缓存中断寄存器
#define         ADDeviceID   	0x7f
#define         ADDeviceID2   	0x7e
#define         WriteEn   		0xea


#define SPI_TIMEOUT 10

extern	float IA;
extern	float IB;
extern	float Vol;
extern	float PA;
extern	float PB;
extern	float EA;
extern	float Fr;

extern float Kv; 
extern float Ki; 

typedef struct
{
	unsigned short  I_Curr;
	unsigned short  Voltage;	
	unsigned short  Active_Power;
	unsigned short  Reactive_Power;
	unsigned short  Apparent_Power; 
	unsigned char 	Factor;
	unsigned long int Apparent_Energy;
}MeterData;


#define SPI_CS_HIGH()  HAL_GPIO_WritePin(CS_GPIO_Port,CS_Pin,GPIO_PIN_SET)
#define SPI_CS_LOW()   HAL_GPIO_WritePin(CS_GPIO_Port,CS_Pin,GPIO_PIN_RESET)


extern MeterData Pre_MeterData;
extern unsigned int CurrentElectric;				//总电量

void EMU_init(void);
void rn8209_Init(void);
void rn8209_ReadData(void);
void Write_SPI(unsigned char Address,uint32_t dwData, unsigned char Date_len);
uint32_t READ_SPI(unsigned char Address, unsigned char Data_len);

void rn8209d_Init(void);
void EMU_init_xlq(void);
void rn8209d_cal(void);
void rn8209_ReadAll(void);
void Start_Wave();
#endif