static state_t menuLidOpenDur(button_t button)
{
if (button == BUTTON_ENTER)
{
lcdprint_P(PSTR("Lid open timer"), true);
editInt = pid.getLidOpenDuration();
}
else if (button == BUTTON_LEAVE)
{
storeLidParam(LIDPARAM_DURATION, editInt);
}
menuNumberEdit(button, 10, 0, 1000, PSTR("%3d seconds"));
return ST_AUTO;
}
static state_t menuLidOpenOff(button_t button)
{
if (button == BUTTON_ENTER)
{
lcdprint_P(PSTR("Lid open offset"), true);
editInt = pid.LidOpenOffset;
}
else if (button == BUTTON_LEAVE)
{
storeLidParam(LIDPARAM_OFFSET, editInt);
}
menuNumberEdit(button, 1, 0, 100, PSTR("%3d%% below set"));
return ST_AUTO;
}
static state_t menuMaxFanSpeed(button_t button)
{
if (button == BUTTON_ENTER)
{
lcdprint_P(PSTR("Maximum auto fan"), true);
editInt = pid.getFanMaxSpeed();
}
else if (button == BUTTON_LEAVE)
{
if (editInt != pid.getFanMaxSpeed())
storeAndReportMaxFanSpeed(editInt);
}
menuNumberEdit(button, 5, 0, 100, PSTR("speed %3d%%"));
return ST_AUTO;
}
static state_t menuResetConfig(button_t button)
{
if (button == BUTTON_ENTER)
{
lcdprint_P(PSTR("Reset config?"), true);
editInt = 0;
}
else if (button == BUTTON_LEAVE)
{
if (editInt != 0)
{
eepromLoadConfig(1);
print_P(PSTR("HMRC,USER")); Serial_nl();
}
}
menuBooleanEdit(button, NULL);
return ST_AUTO;
}
static state_t menuManualMode(button_t button)
{
if (button == BUTTON_ENTER)
{
lcdprint_P(PSTR("Manual fan mode"), true);
editInt = pid.getManualOutputMode();
}
else if (button == BUTTON_LEAVE)
{
// Check to see if it is different because the setPoint
// field stores either the setPoint or manual mode
boolean manual = (editInt != 0);
if (manual != pid.getManualOutputMode())
storeSetPoint(manual ? 0 : pid.getSetPoint());
}
menuBooleanEdit(button, NULL);
return ST_AUTO;
}
static state_t menuSetpoint(button_t button)
{
if (button == BUTTON_ENTER)
{
lcdprint_P(PSTR("Set temperature:"), true);
editInt = pid.getSetPoint();
}
else if (button == BUTTON_LEAVE)
{
// Check to see if it is different because the setPoint
// field stores either the setPoint or manual mode
if (editInt != pid.getSetPoint())
storeSetPoint(editInt);
}
menuNumberEdit(button, 5, 0, 1000, PSTR("%3d"DEGREE"%c"));
return ST_AUTO;
}
static state_t menuLcdBacklight(button_t button)
{
if (button == BUTTON_ENTER)
{
lcdprint_P(PSTR("LCD brightness"), true);
editInt = g_LcdBacklight;
}
else if (button == BUTTON_LEAVE)
{
if (editInt != g_LcdBacklight)
{
storeLcdBacklight(editInt);
reportLcdParameters();
}
}
menuNumberEdit(button, 10, 0, 100, PSTR("%3d%%"));
setLcdBacklight(0x80 | editInt);
return ST_AUTO;
}
void updateDisplay(void)
{
// Updates to the temperature can come at any time, only update
// if we're in a state that displays them
state_t state = Menus.getState();
if (!isMenuHomeState())
return;
char buffer[17];
unsigned char probeIdxLow, probeIdxHigh;
// Fixed pit area
lcd.setCursor(0, 0);
if (state == ST_HOME_ALARM)
{
toneEnable(true);
if (ALARM_ID_TO_IDX(g_AlarmId) == ALARM_IDX_LOW)
lcdprint_P(PSTR("** ALARM LOW **"), false);
else
lcdprint_P(PSTR("** ALARM HIGH **"), false);
probeIdxLow = probeIdxHigh = ALARM_ID_TO_PROBE(g_AlarmId);
} /* if ST_HOME_ALARM */
else
{
toneEnable(false);
/* Big Number probes overwrite the whole display if it has a temperature */
if (g_HomeDisplayMode >= TEMP_PIT && g_HomeDisplayMode <= TEMP_AMB)
{
TempProbe *probe = pid.Probes[g_HomeDisplayMode];
if (probe->hasTemperature())
{
lcdPrintBigNum(probe->Temperature);
return;
}
}
/* Default Pit / Fan Speed first line */
int pitTemp;
if (pid.Probes[TEMP_CTRL]->hasTemperature())
pitTemp = pid.Probes[TEMP_CTRL]->Temperature;
else
pitTemp = 0;
if (!pid.getManualOutputMode() && !pid.Probes[TEMP_CTRL]->hasTemperature())
memcpy_P(buffer, LCD_LINE1_UNPLUGGED, sizeof(LCD_LINE1_UNPLUGGED));
else if (pid.LidOpenResumeCountdown > 0)
snprintf_P(buffer, sizeof(buffer), PSTR("Pit:%3d"DEGREE"%c Lid%3u"),
pitTemp, pid.getUnits(), pid.LidOpenResumeCountdown);
else
{
char c1,c2;
if (pid.getManualOutputMode())
{
c1 = '^'; // LCD_ARROWUP
c2 = '^'; // LCD_ARROWDN
}
else
{
c1 = '[';
c2 = ']';
}
snprintf_P(buffer, sizeof(buffer), PSTR("Pit:%3d"DEGREE"%c %c%3u%%%c"),
pitTemp, pid.getUnits(), c1, pid.getPidOutput(), c2);
}
lcd.print(buffer);
// Display mode 0xff is 2-line, which only has space for 1 non-pit value
if (g_HomeDisplayMode == 0xff)
probeIdxLow = probeIdxHigh = state - ST_HOME_FOOD1 + TEMP_FOOD1;
else
{
// Display mode 0xfe is 4 line home, display 3 other temps there
probeIdxLow = TEMP_FOOD1;
probeIdxHigh = TEMP_AMB;
}
} /* if !ST_HOME_ALARM */
// Rotating probe display
for (unsigned char probeIndex=probeIdxLow; probeIndex<=probeIdxHigh; ++probeIndex)
{
if (probeIndex < TEMP_COUNT && pid.Probes[probeIndex]->hasTemperature())
{
loadProbeName(probeIndex);
snprintf_P(buffer, sizeof(buffer), PSTR("%-12s%3d"DEGREE), editString,
(int)pid.Probes[probeIndex]->Temperature);
}
else
{
// If probeIndex is outside the range (in the case of ST_HOME_NOPROBES)
// just fill the bottom line with spaces
memset(buffer, ' ', sizeof(buffer));
buffer[sizeof(buffer) - 1] = '\0';
}
lcd.setCursor(0, probeIndex - probeIdxLow + 1);
lcd.print(buffer);
}
}