void
metering_init(void)
{
/* Load reference values from EEPROM */
metering_reference_value = eeprom_read_word((void*) EE_METERING_REF );
metering_calibration_power = eeprom_read_word((void*)EE_METERING_CAL_LOAD);
#if METERING_ENERGY
// reset energy metering value
metering_pulses = metering_pulses_total = 0;
#if METERING_ENERGY_PERSISTENT
DDRB &= ~(1 << METERING_POWERDOWN_DETECT_PIN); // Set PB3 as input -> Cut trace to relay, add voltage divider instead.
DDRB &= ~(1 << METERING_ANALOG_COMPARATOR_REF_PIN); // Set PB2 as input
PORTB &= ~(1 << METERING_POWERDOWN_DETECT_PIN); // no internal pullup
PORTB &= ~(1 << METERING_ANALOG_COMPARATOR_REF_PIN); // no internal pullup
ENABLE_POWERDOWN_INTERRUPT();
sei(); // global interrupt enable
eeprom_read((uint8_t*)EE_ENERGY_METERING_PULSES_TOTAL, (uint8_t*)&metering_pulses_total, sizeof(metering_pulses));
eeprom_read((uint8_t*)EE_ENERGY_METERING_PULSES, (uint8_t*)&metering_pulses, sizeof(metering_pulses));
#endif // METERING_ENERGY_PERSISTENT
#endif // METERING_ENERGY
SET_METERING_INT();
metering_start();
ENDPOINT_REGISTER(endpoint_power);
#if METERING_ENERGY
ENDPOINT_REGISTER(endpoint_energy_total);
ENDPOINT_REGISTER(endpoint_energy);
#endif
}
void presence_detector_init() {
global_presence = NO_PRESENCE;
#if PRESENCE_DETECTOR_SERVER
ctimer_set(&pd_timeout, CLOCK_SECOND*60*PRESENCE_DETECTOR_SERVER_TIMEOUT, no_global_presence, NULL);
ctimer_stop(&pd_timeout);
#endif
#if PRESENCE_DETECTOR_CLIENT
presence = NO_PRESENCE;
if(PRESENCE_DETECTOR_CLIENT_KEEP_ALIVE != 0) {
ctimer_set(&pd_keep_alive, CLOCK_SECOND*PRESENCE_DETECTOR_CLIENT_KEEP_ALIVE, presence_keep_alive, NULL);
ctimer_stop(&pd_keep_alive);
}
#endif
ENDPOINT_REGISTER(endpoint_presence_detector);
}
void humidity_init(void)
{
ENDPOINT_REGISTER(endpoint_humidity);
}