/*
CAMP-ARDUINO
Lesson #8
Very Basic Remote Control Unit

0.01 - Very Basic setup

  *********************
  * 01 * 0xA2 * Power *
  * 02 * 0xE2 * Menu  *
  * 03 * 0x22 * Test  *
  * 04 * 0x02 *   +   *
  * 05 * 0xC2 *  <-   *
  * 06 * 0xE0 *  <<   *
  * 07 * 0xA8 *  |>   *
  * 08 * 0x90 *  >>   *
  * 09 * 0x68 *  0    *
  * 10 * 0x98 *   -   *
  * 11 * 0xB0 *   C   *
  * 12 * 0x30 *   1   *
  * 13 * 0x18 *   2   *
  * 14 * 0x7A *   3   *
  * 15 * 0x10 *   4   *
  * 16 * 0x38 *   5   *
  * 17 * 0x5A *   6   *
  * 18 * 0x42 *   7   *
  * 18 * 0x4A *   8   *
  * 18 * 0x52 *   9   *
  *********************

*/

float ver = 0.01;

#include <IRremote.h>
//#include <IRremote.hpp>
#define IR_RECEIVE_PIN 2
#define Rled 11
#define Gled 10
#define Bled  9
#define rgbR  6
#define rgbG  5
#define rgbB  3

int data;
int rVal;
int gVal;
int bVal;
//int fsdt = 2;
int fldt = 1000;  //FadeFX long delay time

bool RledStt=0;

volatile bool power     = 0;
volatile bool fadeFX    = 0;
volatile bool rgbFX     = 0;
volatile bool blinkFX   = 0;
volatile bool blufadeFX = 0;

volatile int blinkDT = 500;
volatile int fsdt = 2;  //FadeFX short delay time

void setup()
{
  Serial.begin(115200);
  Serial.println("CAMP - ARDUINO");
  Serial.print("Very Basic RCU version: ");
  Serial.println(ver);

  pinMode(Rled, OUTPUT);
  pinMode(Gled, OUTPUT);
  pinMode(Bled, OUTPUT);
  pinMode(rgbR, OUTPUT);
  pinMode(rgbG, OUTPUT);
  pinMode(rgbB, OUTPUT);

  IrReceiver.begin(IR_RECEIVE_PIN, ENABLE_LED_FEEDBACK); // Start the receiver
  Serial.println("Setup done, starting loop.");
}

void loop() {
  
  if (IrReceiver.decode()) {
      data = IrReceiver.decodedIRData.command;
      IrReceiver.resume(); // Enable receiving of the next value
  }

  switch(data){
    
    //Power
    case 0xA2:
    power =! power;
    
    data = 0x00;

    break;

    //+
    case 0x02:
    data = 0x00;
    if(blinkFX==1){
      blinkDT -= 100;
      if(blinkDT < 100)blinkDT=0;
      Serial.println(blinkDT);
    }
    
    if(blufadeFX==1){
      fsdt -= 1;
      if(fsdt < 1)fsdt=0;
      Serial.println(fsdt);
    }

    break;

    //-
    case 0x98:
    data = 0x00;
    if(blinkFX==1){
      blinkDT += 100;
      if(blinkDT > 2000)blinkDT=2000;
      Serial.println(blinkDT);
    }

    if(blufadeFX==1){
      fsdt += 1;
      if(fsdt > 15) fsdt=15;
      Serial.println(fsdt);
    }

    break;

    //1
    case 0x30:
    
    rVal = 255;
    gVal = 0;
    bVal = 0;
    
    data = 0x00;

    break;

    //2
    case 0x18:
    
    rVal = 0;
    gVal = 255;
    bVal = 0;

    data = 0x00;

    break;

    //3
    case 0x7A:
    
    rVal = 0;
    gVal = 0;
    bVal = 255;

    data = 0x00;

    break;

    //4
    case 0x10:
    
    rVal = 255;
    gVal = 255;
    bVal = 0;

    data = 0x00;

    break;

//5
    case 0x38:
    
    rVal = 0;
    gVal = 255;
    bVal = 255;

    data = 0x00;

    break;

    //6
    case 0x5A:
    
    rVal = 255;
    gVal = 0;
    bVal = 255;

    data = 0x00;

    break;

    //0
    case 0x68:
    
    rVal = 255;
    gVal = 255;
    bVal = 255;

    data = 0x00;

    break;
  }

  if(power){
    analogWrite(rgbR, rVal);
    analogWrite(rgbG, gVal);
    analogWrite(rgbB, bVal);
}
    
  if(!power){
      rVal = 0;
      gVal = 0;
      bVal = 0;
      analogWrite(rgbR, rVal);
      analogWrite(rgbG, gVal);
      analogWrite(rgbB, bVal);
    }

  digitalWrite(Rled, power);
}


if(blufadeFX){
    for(int i =0; i < 255; i ++){
      analogWrite(Bled, i);
      delay(fsdt);
    }
    digitalWrite(Bled, HIGH);
    delay(fldt);
    for(int i =0; i < 255; i ++){
      analogWrite(Bled, 255 - i);
      delay(fsdt);
    }
    digitalWrite(Bled, LOW);
    delay(fldt);
  }

    if(rgbFX){
      
      digitalWrite(rgbR, HIGH);
      digitalWrite(rgbG, LOW);
      digitalWrite(rgbB, LOW);
      delay(fldt);

      digitalWrite(rgbR, LOW);
      digitalWrite(rgbG, HIGH);
      digitalWrite(rgbB, LOW);
      delay(fldt);

      digitalWrite(rgbR, LOW);
      digitalWrite(rgbG, LOW);
      digitalWrite(rgbB, HIGH);
      delay(fldt);

    }
    if(!rgbFX){
      digitalWrite(rgbR, LOW);
      digitalWrite(rgbG, LOW);
      digitalWrite(rgbB, LOW);
      //Serial.println("FadeLade - OFF");
    }

  if(blinkFX){
    
    digitalWrite(Gled, HIGH);
    delay(blinkDT);
    digitalWrite(Gled, LOW);
    delay(blinkDT);
  }
  if(!blinkFX){
    digitalWrite(Gled, LOW);
  }