/*
 Voltaat learn (http://learn.voltaat.com)
 Link for full tutorial:
 LiquidCrystal I2C Library:
 Wire Library:

 Tutorial: Display data to LCD using Arduino

 The function of this sketch is to print a string on the LCD
 and use the delay function to make simple animations.

 Connections from the Arduino to the LCD:
 Arduino GND pin → I2C module GND pin
 Arduino 5V pin → I2C module VCC pin
 Arduino pin A4 → I2C module SDA pin
 Arduino pin A5 → I2C module SCL pin

*/

// This library allows you to connect with I2C/TWI devices.
#include "Wire.h"

// The library allows you to control I2C displays using functions that are quite similar to those found in the LiquidCrystal library.
#include "LiquidCrystal_I2C.h"

// LCD instance (0x27 is the I2C address), 16 is 16 number of columns, 2 is number of rows.
// make sure you are using 16x2 LCD with I2C module.
LiquidCrystal_I2C lcd(0x27, 16, 2);

// Commands inside void setup run once
void setup()
{
 // initialize the lcd
 lcd.init();

 // turn on the LCD backlight.
 lcd.backlight();

}

// Commands inside void loop run forever
void loop()
{
 // Clear what is displayed on the LCD
 lcd.clear();

 // Delay for 800 milli second to make simple animation you can change this value to get a To get a different response.
 delay(800);

 // set the cursor of the LCD to column 2, line 1
 lcd.setCursor(2, 0);

 // Print "Voltaat Store" on the LCD
 lcd.print("Voltaat Store");

 // Delay for 1200 milli second to make simple animation you can change this value to get a To get a different response.
 delay(1200);

 // set the cursor of the LCD to column 0, line 1
 lcd.setCursor(0, 1);

 // Print "You are welcome!" on the LCD
 lcd.print("You are welcome!");

 // Delay for two second to make simple animation you can change this value to get a To get a different response.
 delay(2000);

}

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