143 lines
3.9 KiB
C
Executable File
143 lines
3.9 KiB
C
Executable File
#ifndef _LIB_FZSB_
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#define _LIB_FZSB_
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#include "typedef.h"
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#define ADC_SIZE 420
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#define ADC_BOLCK_SIZE 140
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#define LED0_ON() HT_GPIOD->PTDAT|=0x2000
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#define LED1_OFF() HT_GPIOD->PTDAT&=0xDFFF
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#define PEAK_NUM 5
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#define P_SAMPLE 128
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#define TWACS_INTV_CNT_MIN 21
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#define TWACS_INTV_CNT_MAX 32
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#define TWACS_VAILED_DIFF_MAX_VAL (40)
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#define JFG_MODE_MIN_VALUE 21
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#define JFG_MODE_MAX_VALUE 29
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#define JQ_MODE_MIN_VALUE 25
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#define JQ_MODE_MAX_VALUE 32
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#define AUTO_MODE (0)
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#define JFG_MODE (1)
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#define JQ_MODE (2)
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#define TWACS_MODE AUTO_MODE
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#define THRD_FIX 0x00100000 //U 0x70000
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#define I_THRD_FIX 0x00500000
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#define U_THRD_FIX 0x70000
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#define SYCN_WINDOW_VALUE 2560
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#define OUT_TIME 4224
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#define ITF_IDLE (0)
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#define ITF_RX_DAT (1)
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#define ITF_RX485_DAT (2)
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#define ADC_CHANNEL I_ADC_ADD
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#define U_ADC_ADD 0x40013008
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#define I_ADC_ADD 0x40013000
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#define I2_ADC_ADD 0x40013004
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typedef enum{
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PEAK_INIT,
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PEAK_ONE,
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PEAK_MAX,
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} twacs_peak_status_t;
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typedef struct
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{
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sby_uint8_t cmd; // 由库函数设置，需要上层清零，若上层不清零，数据一直保持，无法接收新的数据。
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sby_uint8_t mode; //
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sby_uint8_t chip_reset_flag; // 当该标志位置1后，需要上层调用复位芯片的指令
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sby_uint8_t debug_mode; // 调试接口，设置不同的调试等级，可以通过串口0打印不同的信息，详细参考debug_mode_t
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sby_uint8_t rx_dat[50];
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sby_uint8_t rx_busy; // 1:表示当前有接收数据，当上层将CMD清零后，该标志位自动清零
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} twacs_itf_t;
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typedef struct
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{
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sby_uint8_t ADC_Flag;
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sby_uint8_t ADC_First;
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sby_uint8_t ADC_Ready;
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}adc_staus_t;
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//typedef struct
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//{
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//}auto_thrd_t;
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typedef struct
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{
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sby_uint32_t thrd;
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sby_uint32_t peak_index[PEAK_NUM];
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sby_uint32_t peak_value[PEAK_NUM];
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sby_uint8_t twacs_staus;
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sby_uint16_t sync_window;
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sby_uint8_t mode;
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sby_uint8_t peak_staus;
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sby_uint32_t adc_index;
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sby_uint16_t sync_window_index;
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sby_uint8_t peak_num;
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sby_uint8_t peak_max;
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sby_uint16_t out_index;
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// sby_uint16_t raw_data[20];
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sby_uint8_t rx_finish_flag;
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sby_uint8_t bak_intv_info[6];
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sby_uint16_t rx_finish_val;
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sby_uint8_t max_idx;
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sby_uint32_t fix_thrd;
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sby_uint8_t bitwide;
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} twacs_vars_t;
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void Data_Process(sby_int32_t *indata,sby_int32_t *outdata,adc_staus_t *adc_staus,twacs_vars_t *twacs_vars_data);
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sby_int32_t Data2int32(sby_int32_t Data);
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void Sub_abs(sby_int32_t *indata,sby_int32_t *outdata,sby_uint16_t index,sby_uint16_t offset);
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sby_int32_t add_pwr(sby_int32_t *indata,sby_uint16_t index,sby_uint16_t offset,sby_uint8_t bitwide);
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void GPIO_switch(void);
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void Twacs_Phy(sby_uint32_t data,twacs_vars_t *twacs_vars_data);
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sby_uint32_t Thrd_Cal(sby_uint32_t *data);
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void Twacs_Decode(twacs_vars_t *twacs_vars);
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void Rest_Twacs_var(twacs_vars_t *twacs_vars_data);
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sby_uint16_t Data2mod(sby_uint16_t data1,sby_uint16_t data2);
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sby_uint8_t cs_get (sby_uint8_t * dat, sby_uint16_t datlen);
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void jfg_proto_decode (twacs_vars_t *twacs_vars_data);
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void jq_proto_decode (twacs_vars_t *twacs_vars_data);
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void twacs_background_rx_data(twacs_vars_t *twacs_vars_data,twacs_itf_t *twacs_itf_data);
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extern sby_uint16_t Timer0_S,Timer0_E,Timer0_sub1,Timer0_sub2;
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extern sby_int32_t Ubuffer[ADC_SIZE];
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extern sby_int32_t U_Pro_Buffer[ADC_SIZE];
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extern sby_int32_t Ibuffer[ADC_SIZE];
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extern sby_int32_t I_Pro_Buffer[ADC_SIZE];
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extern sby_int32_t I2buffer[ADC_SIZE];
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extern sby_int32_t I2_Pro_Buffer[ADC_SIZE];
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extern adc_staus_t U_ADC_STAUS;
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extern adc_staus_t I_ADC_STAUS;
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extern adc_staus_t I2_ADC_STAUS;
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extern twacs_vars_t u_twacs_vars;
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extern twacs_vars_t i_twacs_vars;
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extern twacs_vars_t i2_twacs_vars;
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extern twacs_itf_t u_twacs_itf;
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extern twacs_itf_t i_twacs_itf;
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extern twacs_itf_t i2_twacs_itf;
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#endif
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