void IntroScreen::begin( LiquidCrystal &_lcd ) {
_lcd.noBlink();
_lcd.clear();
_lcd.print("Time Lapse");
_lcd.setCursor(0, 1);
_lcd.print("Controller");
}
void loop()
{
val=encoder/faktor;
if (val < minimum)
{val=minimum;
encoder=minimum*faktor;}
if (val > maximum)
{val=maximum;
encoder=maximum*faktor;}
if (val !=val_old)
{
// Serial.print (encoder);
// Serial.print (" ");
// Serial.print (val);
// Serial.print (" ");
val_old=val;
sprintf(buffer,"%3d",val);
digitalWrite(stepper_enable, LOW);
lcd.setCursor(10, 2);
lcd.print(buffer);
//lcd.cursorTo(1, 10);
// lcd.printIn(buffer);
stepper.step(100);
}
digitalWrite(stepper_enable, HIGH);
if (abs (val - stepper_position) >10)
{ lcd.setCursor(19, 3);
lcd.blink();}
stepper.step(val - stepper_position);
lcd.noBlink();
digitalWrite(stepper_enable, LOW);
stepper_position=val;
}
// Allows the user to choose whether they want to use
// a default heating curve or define their own curve
// Returns the user's choice
boolean CurveInput::chooseCurve()
{
printWelcome(WELCOME_DURATION);
printCurveChoices();
lcd.blink(); // show cursor
byte buttonID = NONE;
while ( buttonID != SELECT ) // any button other than SELECT
{
buttonID = btn.waitForButton();
btn.actionNavigate(buttonID, CURVE_CHOICE_DURATION,
&col, &row, 0, 0, 0, 1); // up/down choice
// between default (A) and user
// defined curve (B)
}
lcd.noBlink();
return row; // Choice will either be top (Defaut)
// or bottom row (User-Defined)
}
void StatsScreen::begin( LiquidCrystal &_lcd ) {
drawScreen(_lcd);
_lcd.noBlink();
}
