void DS18B20_Controller::completeSensorReadout() {
// initialise OK sensors to state NOK and leave other states untouched:
for(uint8_t i=0; i<numSensors; i++) {
if(sensors[i]->sensorStatus == DS18B20_SENSOR_OK) {
sensors[i]->sensorStatus = DS18B20_SENSOR_NOK;
}
sensors[i]->currentTemp = ACF_UNDEFINED_TEMPERATURE;
}
uint8_t addr[DS18B20_SENSOR_ID_BYTES];
while(oneWire->search(addr)) {
if (OneWire::crc8(addr, DS18B20_SENSOR_ID_BYTES-1) != addr[DS18B20_SENSOR_ID_BYTES-1]) {
continue;
}
uint8_t data[DS18B20_SENSOR_READOUT_BYTES];
if (! readSensorScratchpad(addr, data)) {
continue;
}
DS18B20_Sensor *sensor = getSensor(addr);
if (sensor != NULL) {
DS18B20_Readout readout = getCelcius(data);
#ifdef DEBUG_DS18B20
Serial.print(F("DEBUG_DS18B20: Sensor "));
Serial.print(sensor->label);
#endif
// only set temperature and state for NOK sensors and AUTO_ASSIGNED sensors (leave others untouched):
if (sensor->sensorStatus == DS18B20_SENSOR_ID_AUTO_ASSIGNED) {
sensor->currentTemp = readout.celcius;
#ifdef DEBUG_DS18B20
char buf[MAX_DS18B20_SENSOR_ID_STR_LEN];
Serial.print(F(": ID AUTO ASSIGNED, "));
Serial.println(formatTemperature(readout.celcius, buf));
#endif
} else if (sensor->sensorStatus == DS18B20_SENSOR_NOK) {
// Ensure temperature is plausible:
if((sensor->rangeMin == ACF_UNDEFINED_TEMPERATURE || readout.celcius >= sensor->rangeMin)
&& (sensor->rangeMax == ACF_UNDEFINED_TEMPERATURE || readout.celcius <= sensor->rangeMax)) {
sensor->sensorStatus = DS18B20_SENSOR_OK;
sensor->currentTemp = readout.celcius;
#ifdef DEBUG_DS18B20
char buf[MAX_DS18B20_SENSOR_ID_STR_LEN];
Serial.print(F(": OK, "));
Serial.println(formatTemperature(readout.celcius, buf));
#endif
} else {
#ifdef DEBUG_DS18B20
Serial.println(F(": NOK"));
#endif
}
}
}
}
oneWire->reset_search();
}
void CookingPanel::updateTemperature(){
tempC = mySensor.getTemp();
int startY=25;
_myGLCD->print("Actual temperature: "+formatTemperature(tempC)+" ", 10, startY+12);
myGraph.drawValue(tempC);
}
void CookingPanel::show(){
/*
_myGLCD->clrScr();
_myButtons->deleteAllButtons();
setHeadText(_headText);
setSubheadText(_subheadText);
*/
long startTimeStamp = millis();
long updateTimeStamp = startTimeStamp;
int totalTime=0;
_sizeX=_myGLCD->getDisplayXSize();
_sizeY=_myGLCD->getDisplayYSize();
clearScreen();
isActive=true;
int startY=25;
_myGLCD->print("Set temperature: "+formatTemperature(_settings->temperature), 10, startY);
_myGLCD->print("Actual temperature:", 10, startY+12);
_myGLCD->print("Total time: 1H:13m", 10, startY+12*2);
_myGLCD->print("Finish time: 0H:90m", 10, startY+12*3);
butTop = _myButtons->addButton(_sizeX-_buttonHeight-3, 2, _buttonHeight, _buttonHeight, "X");
_myButtons->drawButtons();
updateTemperature();
//drawGraphFrame();
myGraph.setHeight(160);
myGraph.drawFrame(tempC);
while(isActive){
if (_myTouch->dataAvailable() == true){
int pressed_button = _myButtons->checkButtons();
if(pressed_button==butTop){
isActive=false;
_eventCallbackFunction(0);
}
}
if (millis()-updateTimeStamp > 1000){
totalTime++;
int secs=(millis()-startTimeStamp)/1000;
secs=secs%60;
int mins=((millis()-startTimeStamp)/60000)%60;
//mins=mins%60;
int hours=(millis()-startTimeStamp)/(60*60000);
setHeadText("Cooking " + String(hours, DEC) + ":"+ String(mins, DEC) + ":"+ String(secs, DEC)+ " ");
updateTimeStamp = millis();
}
if (totalTime%5==0){
updateTemperature();
}
}
//_eventCallbackFunction(0);
}
