// **** Students name - Auto Room light
#include "oled.h"  //load the interactive oled display AND Neopixel library on Pin 13

void setup() {
  setup_oled();  // Start the OLED Display and spin the neoled
}


void loop() {    //This program tests the libraries and Motor

  //Test1 the RED led on the board (Pin 6) for 0.5 sec
  digitalWrite(6, HIGH);
  sdelay(800);  //keep on
  digitalWrite(6, LOW);
  sdelay(800);  //keep on


  NEOLED(5, blk);  // always turn LED 5 on the rin red
  NEOLED(5, blk);  // always turn LED 5 on the rin red
  OLED_PRINT ("1-1");



  if (digitalRead(A0) == LOW) {
    OLED_PRINT ("5-1");
    NEOLED(0, red);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(1, grn);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(2, blu);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(3, yel);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(4, red);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(5, grn);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(6, blu);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(7, yel);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(8, red);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(9, grn);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(10, blu);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(11, yel);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(12, red);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(13, grn);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(14, blu);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(15, yel);  // turn LED 7 on the ring green
    sdelay(200);  //wait

    NEOLED(15, blk);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(14, blk);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(13, blk);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(12, blk);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(11, blk);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(10, blk);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(9, blk);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(8, blk);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(7, blk);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(6, blk);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(5, blk);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(4, blk);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(3, blk);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(2, blk);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(1, blk);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(0, blk);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    // more commands, if needed

  }


  if (digitalRead(A2) == LOW) {
    OLED_PRINT ("7-0");
    NEOLED(15, red);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(14, grn);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(13, blu);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(12, yel);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(11, red);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(10, grn);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(9, blu);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(8, yel);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(7, red);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(6, grn);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(5, blu);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(4, yel);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(3, red);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(2, grn);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(1, blu);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(0, yel);  // turn LED 7 on the ring green
    sdelay(200);  //wait

    NEOLED(0, blk);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(1, blk);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(2, blk);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(3, blk);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(4, blk);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(5, blk);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(6, blk);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(7, blk);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(8, blk);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(9, blk);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(10, blk);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(11, blk);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(12, blk);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(13, blk);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    NEOLED(14, blk);  // turn LED 5 on the ring green
    sdelay(200);  //wait
    NEOLED(15, blk);  // turn LED 7 on the ring green
    sdelay(200);  //wait
    // more commands, if needed
  }

}