291 lines
9.0 KiB
C
291 lines
9.0 KiB
C
/**
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* @copyright 2015 Indie Semiconductor.
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*
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* This file is proprietary to Indie Semiconductor.
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* All rights reserved. Reproduction or distribution, in whole
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* or in part, is forbidden except by express written permission
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* of Indie Semiconductor.
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*
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* @file measureTask.c
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* @Author: Jack.Pan
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* @E-mail:jack.pan@indiemicro.com
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* @Date: 2020/09/10
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*/
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#include <crc32.h>
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#include <measureTask.h>
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#include <motorControlTask.h>
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#include <gtimer_device.h>
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#define AVERAGE_MEASURE_POS (4U)
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#define AVERAGE_MEASURE_GAIN (1U << AVERAGE_MEASURE_POS)
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#define MEASURE_GAIN_POS 12U
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#define MEASURE_GAIN 4096 /*(1UL << MEASURE_GAIN_POS)*/
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#define MEASURE_TEMP_GAIN_POS 14U
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#define MEASURE_TEMP_GAIN 7208 /*16384*0.43994*/
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#define RAW_PN_VOLT_SAMPLE_NUM_POS 4U
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#define RAW_PN_VOLT_SAMPLE_NUM (1U << RAW_PN_VOLT_SAMPLE_NUM_POS)
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#if RAW_PN_VOLT_SAMPLE_NUM_POS <=0U
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#error RAW_PN_VOLT_SAMPLE_NUM_POS >= 1U
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#endif
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typedef struct{
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int32_t coefficient;
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int32_t offset;
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}coeffParam_t;
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typedef struct{
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uint32_t currCode;
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uint16_t vampbuff[255];//vampbuff[24][10];行：一个周期的步数 列：（步与步之间的时间 ）÷（PWM周期）
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uint16_t count;
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coeffParam_t coeff;
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int16_t target;
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}AdcDatabuff_t;
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typedef struct{
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AdcDatabuff_t vBatt;
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AdcDatabuff_t vChipTemp;
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AdcDatabuff_t vAmp;
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AdcDatabuff_t vPB3;
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AdcDatabuff_t vPC4;
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coeffParam_t tChip;
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int16_t chipTemperature;
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}AdcResult_t;
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typedef struct{
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uint8_t CoilAOpencnt;
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uint8_t CoilAShortcnt;
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uint8_t CoilBOpencnt;
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uint8_t CoilBShortcnt;
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uint8_t MotorOCcnt;
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}ErrorCnt_t;
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static TaskState_t adcTaskState = TASK_STATE_INIT;
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static AdcResult_t adcResult;
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static AdcGeneralTriggerSRC_t measSyncMode = ADC_TRIG_SRC_SOFT_INPUT;
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static ADCMeasureParam_t measItem;
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static volatile uint32_t measStart = 0U;
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static volatile uint32_t updateSystemInfoStart = 0U;
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static volatile uint32_t updatarow = 0U;
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void add_data_to_vampbuff(uint32_t *original, uint16_t newData, uint16_t *bufferIndex,uint16_t *buff);
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void add_data_to_buff(uint32_t *original, uint16_t newData, uint16_t *bufferIndex,uint16_t *buff);
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void measureDoneISR(ADCMeasureParam_t item, uint16_t *const result);
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void measureParamInit(void);
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void updateTimerExpired(SoftTimer_t *timer);
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static volatile uint32_t adcConvertDone = 0U;
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static volatile uint16_t measGeneralAdcCode[4];
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static uint16_t vAmpbuff[24];
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static uint8_t SamplesNum = 0U;
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static uint8_t updateSystemInfocnt = 0U;
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void add_data_to_vampbuff(uint32_t *original, uint16_t newData, uint16_t *bufferIndex,uint16_t *buff)
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{
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*original = newData;
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uint16_t row= 0U;
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if(measItem.item == ADC_MEASURE_ITEM_VAMP){
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SamplesNum = Motor_GetOnestep_csa_adcnt();//（步与步之间的时间 ）÷（PWM周期）
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row = Motor_GetMotorStep();
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if (*original == INVALID_PARAM){
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for (uint8_t i = 0U; i < SamplesNum; i++){
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buff[(row*SamplesNum)+i] = newData;
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}
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}else{
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buff[(*bufferIndex) + (row*SamplesNum)] = newData;
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}
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(*bufferIndex) ++;
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if ((*bufferIndex) >= SamplesNum){
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(*bufferIndex) = 0U;
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updatarow = row;
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updateSystemInfoStart = 1U;
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}
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}
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}
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void measureDoneISR(ADCMeasureParam_t param, uint16_t *const result)
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{
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measGeneralAdcCode[0] = (result[0]>=0x800U)? 0U: result[0];
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measGeneralAdcCode[1] = (result[1]>=0x800U)? 0U: result[1];
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measGeneralAdcCode[2] = (result[2]>=0x800U)? 0U: result[2];
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measGeneralAdcCode[3] = (result[3]>=0x800U)? 0U: result[3];
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measItem = ADC_GetadcMeasParamm();
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adcConvertDone = 1U;
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measStart = 1U;
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TM_PostTask(TASK_ID_ADC_MEASURE);
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}
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void measureParamStart(void)
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{
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switch(measItem.item){
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case ADC_MEASURE_ITEM_VBAT_VTEMP:
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// add_data_to_buff(&adcResult.vBatt.currCode, measGeneralAdcCode[1], &adcResult.vBatt.count,adcResult.vBatt.buff);
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// add_data_to_buff(&adcResult.vChipTemp.currCode, measGeneralAdcCode[2], &adcResult.vChipTemp.count,adcResult.vChipTemp.buff);
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break;
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case ADC_MEASURE_ITEM_VAMP:
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add_data_to_vampbuff(&adcResult.vAmp.currCode, measGeneralAdcCode[0], &adcResult.vAmp.count,adcResult.vAmp.vampbuff);
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add_data_to_vampbuff(&adcResult.vBatt.currCode, measGeneralAdcCode[1], &adcResult.vBatt.count,adcResult.vBatt.vampbuff);
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add_data_to_vampbuff(&adcResult.vPB3.currCode, measGeneralAdcCode[2], &adcResult.vPB3.count,adcResult.vPB3.vampbuff);
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add_data_to_vampbuff(&adcResult.vPC4.currCode, measGeneralAdcCode[3], &adcResult.vPC4.count,adcResult.vPC4.vampbuff);
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break;
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default:
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break;
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}
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}
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int16_t get_volt(AdcDatabuff_t *const param)
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{
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int16_t volt = (int16_t)INVALID_VOLT;
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int32_t sVolt;
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uint32_t uVolt;
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uint32_t sum = 0;
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if (param->currCode != INVALID_PARAM){
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if(measItem.item == ADC_MEASURE_ITEM_VBAT_VTEMP){
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}else if(measItem.item == ADC_MEASURE_ITEM_VAMP){ //求一步以内的母线电流、VBAT、PB3、PC4
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sum = 0;
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SamplesNum = Motor_GetOnestep_csa_adcnt();//（步与步之间的时间 ）÷（PWM周期）
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for (uint8_t i = 0U; i < SamplesNum; i++){
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sum += param->vampbuff[updatarow*SamplesNum + i];
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}
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sVolt = param->coeff.coefficient * (int32_t)sum/SamplesNum + param->coeff.offset;
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uVolt = (uint32_t)sVolt;
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uVolt = uVolt/4096;
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volt = (int16_t)uVolt;
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}
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}
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return volt;
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}
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int16_t get_chip_temperature(int16_t vTemp)
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{
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int32_t stemp;
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uint32_t uTemp;
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uint8_t negative = 0U;
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stemp = adcResult.tChip.coefficient*vTemp + adcResult.tChip.offset;
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if (stemp < 0){
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stemp = -stemp;
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negative = 1U;
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}
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uTemp = (uint32_t)stemp;
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uTemp = uTemp >> MEASURE_TEMP_GAIN_POS;
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stemp = (int32_t)uTemp;
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if (negative != 0U){
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stemp = -stemp;
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}
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return (int16_t)stemp;
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}
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extern uint16_t g_AdVal[3];
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void updateSystemInfo(void)
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{
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g_AdVal[0] = measGeneralAdcCode[2];
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g_AdVal[1] = measGeneralAdcCode[3];
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// TM_PostTask(TASK_ID_SAFETY_MONITOR);
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updateSystemInfocnt++;
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if(updateSystemInfocnt > 23U){
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updateSystemInfocnt = 0;
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TM_PostTask(TASK_ID_SAFETY_MONITOR);
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}
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}
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void MES_TaskHandler(void)
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{
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switch(adcTaskState){
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case TASK_STATE_INIT:
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measureParamInit();
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ADC_GeneralInit();/* init ADC */
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ADC_RegisterIRQ(measureDoneISR);
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adcTaskState = TASK_STATE_ACTIVE;
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break;
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case TASK_STATE_ACTIVE:
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/* Start parameters measuring */
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if (updateSystemInfoStart == 1U){
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updateSystemInfo();
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updateSystemInfoStart = 0U;
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}
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if (measStart != 0U){
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measStart = 0U;
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measureParamStart();
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}
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break;
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default:
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break;
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}
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}
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void measureParamInit(void)
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{
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uint16_t adc0V5 = 426;//HWCFG_SFRS->ADC_0V5_CODE;//816
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uint16_t adc1V0 = 853;//HWCFG_SFRS->ADC_1V0_CODE;//1652
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uint16_t adc0V2 = 1773;//HWCFG_SFRS->ADC_1V0_CODE;//1652
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uint16_t adc0V0 = 975;//5gain 31/32
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uint16_t batt13V5 = 802;//
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uint16_t batt8V0 = 468;//
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adcResult.vChipTemp.coeff.coefficient = (1000 -500)*MEASURE_GAIN/((int32_t)adc1V0 - (int32_t)adc0V5);
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adcResult.vChipTemp.coeff.offset = 500*MEASURE_GAIN - adcResult.vChipTemp.coeff.coefficient*(int32_t)adc0V5;
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adcResult.vChipTemp.currCode = INVALID_PARAM;
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/* v = a*t + b; a = 2.273, t = v/a - b/a; gain = 1/a, offset = - b/a*/
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adcResult.tChip.coefficient = MEASURE_TEMP_GAIN;
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adcResult.tChip.offset = 25*(int32_t)(1UL << MEASURE_TEMP_GAIN_POS) - MEASURE_TEMP_GAIN*(int32_t)HWCFG_SFRS->TSENSOR_mV_25C;
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/*vAmp 5gain 31/32 200mv 20mv*/
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adcResult.vAmp.coeff.coefficient = (200 -0)*MEASURE_GAIN/((int32_t)adc0V2 - (int32_t)adc0V0);
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adcResult.vAmp.coeff.offset = 0*MEASURE_GAIN - adcResult.vAmp.coeff.coefficient*(int32_t)adc0V0;
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adcResult.vAmp.currCode = INVALID_PARAM;
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/* battery volt*/
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adcResult.vBatt.coeff.coefficient = (int32_t)(13500 - 8000)*MEASURE_GAIN/((int32_t)batt13V5 - (int32_t)batt8V0);
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adcResult.vBatt.coeff.offset = (int32_t)(8000*MEASURE_GAIN) - adcResult.vBatt.coeff.coefficient*(int32_t)batt8V0;
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adcResult.vBatt.currCode = INVALID_PARAM;
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/* PB3 volt*/
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adcResult.vPB3.coeff.coefficient = (int32_t)(1000 - 500)*MEASURE_GAIN/((int32_t)adc1V0 - (int32_t)adc0V5);
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adcResult.vPB3.coeff.offset = (int32_t)(500*MEASURE_GAIN) - adcResult.vPB3.coeff.coefficient*(int32_t)adc0V5;
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adcResult.vPB3.currCode = INVALID_PARAM;
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/* PC4 volt*/
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adcResult.vPC4.coeff.coefficient = (int32_t)(1000 - 500)*MEASURE_GAIN*32/((int32_t)adc1V0 - (int32_t)adc0V5)/22;
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adcResult.vPC4.coeff.offset = (int32_t)(500*MEASURE_GAIN) - adcResult.vPC4.coeff.coefficient*(int32_t)adc0V5;
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adcResult.vPC4.currCode = INVALID_PARAM;
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}
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int16_t Get_vAmp(void){
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return adcResult.vAmp.target;
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}
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uint16_t *MEAGet_vAmpbuff(void){
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return vAmpbuff;
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}
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uint16_t MEA_GetVbat(void)
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{
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return adcResult.vBatt.target;
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}
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