void UI::ticks()
{
D4D_TimeTickPut();
D4D_CheckTouchScreen();
D4D_Poll();
#if BREWPI_BUZZER
buzzer.setActive(alarm.isActive() && !buzzer.isActive());
#endif
}
void UI::ticks() {
#if BREWPI_BUZZER
buzzer.setActive(alarm.isActive() && !buzzer.isActive());
#endif
#if BREWPI_MENU
if(rotaryEncoder.pushed()){
rotaryEncoder.resetPushed();
menu.pickSettingToChange();
}
#endif
}
void brewpiLoop(void)
{
static unsigned long lastUpdate = 0;
uint8_t oldState;
if (ticks.millis() - lastUpdate >= (1000)) { //update settings every second
lastUpdate = ticks.millis();
#if BREWPI_BUZZER
buzzer.setActive(alarm.isActive() && !buzzer.isActive());
#endif
tempControl.updateTemperatures();
tempControl.detectPeaks();
tempControl.updatePID();
oldState = tempControl.getState();
tempControl.updateState();
if (oldState != tempControl.getState()) {
piLink.printTemperatures(); // add a data point at every state transition
}
tempControl.updateOutputs();
#if BREWPI_MENU
if (rotaryEncoder.pushed()) {
rotaryEncoder.resetPushed();
menu.pickSettingToChange();
}
#endif
// update the lcd for the chamber being displayed
display.printState();
display.printAllTemperatures();
display.printMode();
display.updateBacklight();
}
//listen for incoming serial connections while waiting to update
#ifdef ESP8266_WiFi
yield();
connectClients();
yield();
#endif
piLink.receive();
}
