//=============================================================================
void lcd_option(void)
{
unsigned char h, m, s;
unsigned char d, ms, y, dw;
LCD_goto(0, 0);
LCD_puts(optionmenu[o_menu]);
if (o_menu == OM_SETTIME) {
RTC_get_time(&h, &m, &s);
LCD_goto(0, 1);
print_dec(h,2,'0'); LCD_dat(':'); print_dec(m,2,'0'); LCD_dat(':'); print_dec(s,2,'0');
LCD_puts(" ");
} else if (o_menu == OM_SETDATE) {
RTC_get_date(&dw, &d, &ms, &y);
dw = RTC_day_of_week(d, ms, y);
LCD_goto(0, 1);
print_dec(d,2,'0'); LCD_dat('-'); print_dec(ms,2,'0'); LCD_dat('-'); print_dec(2000 + y,4,'0');
LCD_dat(' '); LCD_dat('['); LCD_puts(den_dw[dw]); LCD_dat(']'); LCD_dat(' ');
} else if (o_menu == OM_SETALARM) {
LCD_goto(0, 1);
print_dec(a_hour,2,'0'); LCD_dat(':'); print_dec(a_min,2,'0'); LCD_dat(':'); print_dec(a_sec,2,'0');
LCD_dat(' '); LCD_dat('-'); LCD_dat(' '); LCD_dat('[');
if (a_onoff == 1) LCD_puts(" ON"); else LCD_puts("OFF");
LCD_dat(']');
} else if (o_menu == OM_SETFM) {
}
}
void anemo_start_count(void)
{
//use interrupt 4 for speed1 measurement
logger.measureAverage.count_speed1 = 0;
EICRA |= _BV(ISC01); // detect interrupt on INT4 on rising edge
EIMSK |= _BV(INT0); // enable the interrupt on INT4
// use the timer4 to measure the frequency on TIMER1 and 3. For these timers, the input clock is use.
// clear TIMER1 and 3 registers
//TCNT5 = 0;
//TCNT3 = 0;
TCNT0 = 0;
TCCR0B |= (1 << CS02) | (1 << CS00); // CCS4[2:0] use 1024 prescaler (1 << WGM42) |
//TCCR5B |= _BV(CS52) | _BV(CS51) | _BV(CS50); //_BV(ICNC5) | _BV(ICES5) |
// // synchronise timers
// GTCCR = (1 << TSM);
// GTCCR = (1 << PSRSYNC);
// GTCCR = 0;
// enable TIMER1, 3 and 4 interrupt
//TIMSK5 |= (1 << TOIE5); // permit input clock counter, if overflow, problem
// TIMSK3 |= (1 << TOIE3); // permit input clock counter, if overflow, problem
TIMSK0 |= (1 << TOIE0); // start to count for TNCT4 time
TCNT0_tmp = TCNT0; // use to filter the frequency in isr
#ifdef DEBUG_SENSORS
RTC_get_date(ptrTime);
debug_printl("sensors", "anemo start",ptrTime->timestamp,1);
#endif
}
void anemo_read_value(Measure *_measure)
{
double speed;
speed = adc_value(logger.inPinanemo); // map the value from 0-847 to 0-359 0,423848878394 = 359/847 to map value to change by degree factor
speed = speed * 77.1667 / 1058.75;
_measure->speed1 = speed ;
_measure->speed1 += speed/logger.meas_max; /// return the wind speed's value
#ifdef DEBUG_SENSORS
RTC_get_date(ptrTime);
debug_printl("sensors", "anemo read",ptrTime->timestamp,1);
#endif
}
//=============================================================================
void run_option(unsigned char event)
{
switch(event) {
case EVENT_TIMER_SECOND:
lcd_option();
break;
case EVENT_KEY_LEFT:
BEEP_beep();
if (o_menu > 0) { o_menu--; } else { o_menu = OMENU_MAX; }
lcd_option();
break;
case EVENT_KEY_RIGHT:
BEEP_beep();
if (o_menu < OMENU_MAX) { o_menu++; } else { o_menu = 0; }
lcd_option();
break;
case EVENT_KEY_SET:
if (o_menu == OM_SETTIME) {
n_edit_time = 0;
RTC_get_time(&hour, &min, &sec);
SET_STATE(edit_time);
lcd_edit_time();
} else if (o_menu == OM_SETDATE) {
n_edit_date = 0;
RTC_get_date(&wday, &day, &mes, &year);
wday = RTC_day_of_week(day, mes, year);
SET_STATE(edit_date);
lcd_edit_date();
} else if (o_menu == OM_SETALARM) {
n_edit_alarm = 0;
// RTC_get_alarm(&a_hour, &a_min, &a_sec);
SET_STATE(edit_alarm);
lcd_edit_alarm();
} else if (o_menu == OM_SETFM) {
SET_STATE(edit_fmstation);
lcd_edit_fmstation();
}
break;
case EVENT_KEY_SET_LONG:
LCD_clear();
SET_STATE(run_main);
RTOS_setTask(EVENT_TIMER_SECOND, 0, 0);
break;
}
}
