Student::Student(char * name, char * second_name, char * surname, GENDER gender, Date birth, char * ofStudent, int * Exams, int * Courses, int * Moduls) { SetName(name); SetSecond(second_name); SetSurname(surname); SetGender(gender); this->birth = birth; SetAdress(ofStudent); SetExams(Exams); SetCourses(Courses); SetModuls(Moduls); }
void Student::operator=(const Student& other) { SetName(other.name); SetSecond(other.second_name); SetSurname(other.surname); SetGender(other.gender); this->birth = other.birth; SetAdress(other.ofStudent); SetExams(other.Exams); SetCourses(other.Courses); SetModuls(other.Moduls); }
int main(void) { /* MCU Configuration----------------------------------------------------------*/ HAL_Init(); /* Reset of all peripherals, Initializes the Flash interface and the Systick. */ SystemClock_Config(); /* Configure the system clock */ ADC1_Config(); /* configure ADC1 */ Display_GPIO_Config(); /* Configure 7-Segment Displays */ Alarm_GPIO_Config(); /* Configure alarm pins */ initLCD(); /* configure LCD */ /* print temperature on the first line of the LCD */ returnHome(); /* just makes sure that start writing at the right place */ LCD_WriteString(" Temperature"); /* The 2 initial space are for centering */ adcState = malloc(sizeof(kalmanState)); /* Init Kalman Filter */ kalmanInit(adcState, INIT_q, INIT_r, INIT_x, INIT_p, INIT_k); /* main program to run in this infinite loop */ while (1) { if (adcTimer >= ADC_PERIOD) { /* 100Hz */ adcTimer = 0; HAL_ADC_Start(&ADC1_Handle); /* start ADC conversion */ /* wait for the conversion to be done and get data */ if (HAL_ADC_PollForConversion(&ADC1_Handle, 1000000) == HAL_OK) { adc_val = HAL_ADC_GetValue(&ADC1_Handle); /* get the value */ kalmanUpdate(adcState, adc_val); /* filter the data and update the filter parameters */ /* DON'T DELETE printf for matlab script */ //printf("%f,%f,%f,%f,%f,%f\n",adc_val, adcState->q,adcState->r, adcState->x, adcState->p, adcState->k); temp = convertTemp(adcState->x); /* convert the filterd value of the ADC into temperature */ /* Alarm triggering */ if (temp > THRESHHOLD_TEMP) { if ( filterAlarmCounter > 5 ){ /* 5 consecutive to avoid false positive */ trigger_alarm(); } else { filterAlarmCounter++; } } else { shutoff_alarm(); filterAlarmCounter = 0; } /* Update Measurement to Display at 2Hz */ if (updateMeasureForDisplayTimer >= UPDATE_MEASURE_PERIOD) { updateMeasureForDisplayTimer = 0; /* reset the displayTimer tick */ displayTemp = temp; displayTemp = floor(10 * displayTemp) / 10; /* truncate to 1 decimal without rounding */ /* LCD DISPLAY */ SetAdress(64); /* go to line 2 of LCD */ sprintf(tempToLCD, " %.1f", displayTemp); /* convert the float to a string and formats it */ LCD_WriteString(tempToLCD); /* print value to the LCD display */ /* LCD DISPLAY END */ } } } /* here display runs at DISPLAY_7_SEGMENT_PERIOD speed, but displayTemp gets updated at 2Hz */ if(display7segTimer >= DISPLAY_7_SEGMENT_PERIOD) { display7segTimer = 0; display(displayTemp); /* display on 7-segment display */ } } }