/*********************************************************************************
File?info???:???????????????rn8209d.c
Mark????????:
*********************************************************************************/
/********************************************************************************
????????????????????????????Head?files
*********************************************************************************/
#include?“data.h“
#include?“type.h“
#include?“time.h“
#include?“math.h“
#include?“stdlib.h“
#include?“stdio.h“
#include?“string.h“
#include?“rn8209d_reg.h“
#include?“cal.h“
#include?“rn8209.h“
#include?“debug.h“
#include?“bcd.h“
//#include?“freq_com.h“
#include?“control.h“
//===============================================================================
//===============================================================================
extern?SPI_HandleTypeDef?hspi2;

//#define?NOP（）???????{int?i;?for?（i?=?0;?i?//#define?Delay2us（）??{int?i;?for?（i?=?0;?i?#define?delay_us（x）?{int?i;?for?（i?=?0;?i?
#define?RN8209_CS（x）????????HAL_GPIO_WritePin（SPI2_NSS_GPIO_Port?SPI2_NSS_Pin?x）//PB12
#define?RN8209_RST（x）???????HAL_GPIO_WritePin（RN8302B_RESET_GPIO_Port?RN8302B_RESET_Pin?x）//PC0
//#define?RN8209_CLK（x）???????HAL_GPIO_WritePin（GPIOB?GPIO_PIN_9/*10*/?x）//PB9//PB10
//#define?RN8209_MOSI（x）??????HAL_GPIO_WritePin（GPIOC?GPIO_PIN_14/*3*/?x）//P14//PC3

#define?phase_A??0
#define?phase_B??1
//===============================================================================

//===============================================================================
//typedef?enum?{ERROR?=?0??SUCCESS?=?!ERROR}?ErrorStatus;
//===============================================================================

//===============================================================================
read_from_rn8209_type???????????rn8209;
//calibrate_type???????calibrate;
//默認(rèn)換算系數(shù)
#define?rn8209_Cst_Kia???41938
#define?rn8209_Cst_Kib	?44529
#define?rn8209_Cst_Ku		?8711

static?rt_data_type?out_data;
rt_data_type?rtdata;

U64?VoltPowerFactorOutputCurrentFreqF_PowerN_PowerS_PowerAngleF_EnergyN_Energy;
//===============================================================================
rt_data_type?*get_tn_rtdata_ptr（?int?tn?）
{
????return?&out_data;
}
double?acos（double?x）;

/*?SPI2?init?function?*/
void?MX_SPI2_rn8209（void）
{
??if?（HAL_SPI_DeInit（&hspi2）?!=?HAL_OK）
??{
????_Error_Handler（__FILE__?__LINE__）;
??}
??hspi2.Instance?=?SPI2;
??hspi2.Init.Mode?=?SPI_MODE_MASTER;
??hspi2.Init.Direction?=?SPI_DIRECTION_2LINES;//
??hspi2.Init.DataSize?=?SPI_DATASIZE_8BIT;
??hspi2.Init.CLKPolarity?=?SPI_POLARITY_LOW;
??hspi2.Init.CLKPhase?=?SPI_PHASE_2EDGE;//
??hspi2.Init.NSS?=?SPI_NSS_SOFT;
??hspi2.Init.BaudRatePrescaler?=?SPI_BAUDRATEPRESCALER_256;//
??hspi2.Init.FirstBit?=?SPI_FIRSTBIT_MSB;
??hspi2.Init.TIMode?=?SPI_TIMODE_DISABLE;
??hspi2.Init.CRCCalcu