// main code: ArduinoCode.ino

///establish variables
int dial1 = A1;
int value1 = 0; 
int LDRdial = A2;
int LDRdialvalue = 0;
int distancedial = A3;
int distancedialvalue = 0;

// CLASS + OBJECTS;
#include "LED.h"
  //create a LED object that attach to pin 
  LED ledG(11); 
  LED ledR(10); 
  LED ledB(9);  

// CLASS + OBJECTS;
#include "BUTTON.h"
  //create a button object that attach to pin 
  BUTTON buttonG(13); 
  BUTTON buttonR(12);  
  BUTTON buttonB(8); 
  BUTTON buttonW(7);   
  BUTTON buttonBlack(6);
  BUTTON buttonGrey(2);
 
// CLASS + OBJECTS;
#include "SENSOR.h"
  //create a snensor object that attach to pins
  SENSOR sensormotion(3, A5);   
  SENSOR sensordistance(4, 5);
  SENSOR sensorLDR(A0, A5);

// CLASS  OBJECTS;
#include "FEATURES.h"
  // create a class object that attach to vaiables
  FEATURES smooth(60, 1, 8);        //6seconds of smooth rotation through colours 
  FEATURES gradual(61, 125, 1000);  //6seconds of 6colour  blends of RGB Dsiplay
  FEATURES jump(62, 250, 2000);     //6seconds of 3colour RGB display
  FEATURES onofflong(63, 0, 15000); //15seconds display
  FEATURES onoffshort(64, 0, 2000); //2seconds display
  FEATURES onoffstrobe(65, 0, 500); //half second pulse
  
void setup() {
  //Serial.begin(9600);  ////can be activated for test and debug 
  pinMode(LDRdial, INPUT);
  pinMode(distancedial, INPUT);
  /// setting some base variable setting in case of reset.
  sensorLDR.activationvalue = 10;
  sensordistance.activationvalue = 200;

}

void loop() {
  ////main secutiry light if statement to activate light under sensor conditions
  //if statement to test if LDR sensor is within activation to activate main function.
  if (sensorLDR.readsensorState(sensorLDR.withinactivation(sensorLDR.getLUXconversion()))== true){
    // short white LED flash of 2seconds to signal activation. 
    onoffshort.whitelight(ledG.getPin(), ledG.getlightVAL(), ledR.getPin(), ledR.getlightVAL(), ledB.getPin(), ledB.getlightVAL());
                      // Serial.print(sensorLDR.sensorState );  // can be used for testing LDR Value in debug 
      //do while to keep cheecking within activation of distance sensor and motion sensor state while LDR sensor is high. 
    do {
      //button light operationall while darkness has LDR sensor activatied 
      buttonchecker();
      if ((sensordistance.readsensorState(sensordistance.withinactivation(sensordistance.readDistanceCM())))== true){
        //nested if for motion sensor so it cannot activative untill distance sensor is within range.
        if ((sensormotion.readsensorState(sensormotion.getsensorState())) == HIGH){
          //resulting frunction of all sensors in range, a 15 second white LED display 
          dialchecker();       
          delay (onofflong.delayRate);     
        }
      }
    }while(sensorLDR.readsensorState(sensorLDR.withinactivation(sensorLDR.getLUXconversion()))== HIGH);
  }
    
  /// grey button toget into settings mode.
  while ((buttonGrey.buttonpressreaction())== true){
    ledG.lightON();//greenled flash to indicate in settings mode
    delay (200);
    ledG.lightOFF();
    delay (200);
    //in setting mode red button to set light sensativity with LDRdial 
    if ((buttonR.buttonpressreaction())== true){
      //LDR activation value = from 0 to 34, in whole numbers as it int, and twilight lux bieng around 10 lux 
      LDRdialvalue = analogRead(LDRdial) /30 ;
      sensorLDR.activationvalue = LDRdialvalue;
      //if level of light activation reached. 
      if (sensorLDR.readsensorState(sensorLDR.withinactivation(sensorLDR.getLUXconversion()))== true){
        // short white LED flash of 2seconds to signal activation. 
        onoffshort.whitelight(ledG.getPin(), ledG.getlightVAL(), ledR.getPin(), ledR.getlightVAL(), ledB.getPin(), ledB.getlightVAL());
        delay (200);
      }
      //exit out by holding red button untill light stops flashing.
    }
    //in setting mode blue button to set distance sensitivity with distancedial
    if ((buttonB.buttonpressreaction())== true){
      //distance activation value = from 0 to just short of 400cm. whole numbers stored only by int.
    distancedialvalue = analogRead(distancedial) /2.6 ;
    sensordistance.activationvalue = distancedialvalue;
    //if level of distance activation reached. 
      if ((sensordistance.readsensorState(sensordistance.withinactivation(sensordistance.readDistanceCM())))== true){
        // short white LED flash of 2seconds to signal activation. 
        onoffshort.whitelight(ledG.getPin(), ledG.getlightVAL(), ledR.getPin(), ledR.getlightVAL(), ledB.getPin(), ledB.getlightVAL());
        delay (200);
      }
      //exit out by holding blue button untill light stops flashing.
    }
    //exit out by pressing grey button
  }
}

////function to allow buttons to activate ligth displays
void buttonchecker (){
  //using methods of GREEN LED/BUTTON objects together in if statements and loop.
    //if to check green button 
  if ((buttonG.buttonpressreaction())== true){
      // dowhile to maintain continuous loop of object method while condition is meet 
      do{
        ledG.lightON();//led lights up 
      }while ((buttonG.buttonpressreaction())==true); 
      // reset object variable before exit once while condition isnt meet
      ledG.lightOFF();
  }

    //using methods of RED LED/BUTTON objects together in if statements and loop.
  if ((buttonR.buttonpressreaction())== true){
    do{
      ledR.lightON();//led lights up 
    }while ((buttonR.buttonpressreaction())==true); 
    ledR.lightOFF();
  }

    //using methods of BLUE LED/BUTTON objects together in if statements and loop.
  if ((buttonB.buttonpressreaction())== true){
    do{
      ledB.lightON();//led lights up 
    }while ((buttonB.buttonpressreaction())==true); // cause program to loop intil only one condition allows excape
    ledB.lightOFF();
  }

    //using methods of white FEATURE/LED/BUTTON objects together in if statements and loop.
    //using methods of BLUE LED/BUTTON objects together in if statements and loop.
  if ((buttonW.buttonpressreaction())== true){
    do{
      ledG.lightON();//led lights up 
      ledR.lightON();//led lights up
      ledB.lightON();//led lights up
    }while ((buttonW.buttonpressreaction())==true); // cause program to loop intil only one condition allows excape
    ledG.lightOFF();
    ledR.lightOFF();
    ledB.lightOFF();
  }

    //using methods of white FEATURE/LED/BUTTON objects together in if statements and loop.
  while ((buttonBlack.buttonpressreaction())== true){
    jump.THREEcolourRotation(ledG.getPin(), ledG.getlightVAL(), ledR.getPin(), ledR.getlightVAL(), ledB.getPin(), ledB.getlightVAL());
    onoffshort.whitelight(ledG.getPin(), ledG.getlightVAL(), ledR.getPin(), ledR.getlightVAL(), ledB.getPin(), ledB.getlightVAL());
  }

    //using methods of white FEATURE/LED/BUTTON objects together in if statements and loop.
  while ((buttonGrey.buttonpressreaction())== true){
    dialchecker ();
  }
} 

  // function for checking the dial seteting of the feature dial 
void dialchecker (){
  // reads dial stores the intger as 0,1,2,3,4,
  value1 = analogRead(dial1) / 255;
  delay (10);
  // checks value interger to determine which case to run 
  switch (value1) {
    case 1 :
          //smooth colour change 
      smooth.THREEcolourRotation(ledG.getPin(), ledG.getlightVAL(), ledR.getPin(), ledR.getlightVAL(), ledB.getPin(), ledB.getlightVAL()); 
     break;
    case 2 :
          //gradual colour change 
      gradual.THREEcolourRotation(ledG.getPin(), ledG.getlightVAL(), ledR.getPin(), ledR.getlightVAL(), ledB.getPin(), ledB.getlightVAL()); 
     break;
    case 3 :
          // jump colour change 
      jump.THREEcolourRotation(ledG.getPin(), ledG.getlightVAL(), ledR.getPin(), ledR.getlightVAL(), ledB.getPin(), ledB.getlightVAL());
     break;
    case 4 :
          //strobotic
      onoffstrobe.whitelight(ledG.getPin(), ledG.getlightVAL(), ledR.getPin(), ledR.getlightVAL(), ledB.getPin(), ledB.getlightVAL());
      delay(500);
      onoffshort.whitelight(ledG.getPin(), ledG.getlightVAL(), ledR.getPin(), ledR.getlightVAL(), ledB.getPin(), ledB.getlightVAL());
      delay(500);
      onoffstrobe.whitelight(ledG.getPin(), ledG.getlightVAL(), ledR.getPin(), ledR.getlightVAL(), ledB.getPin(), ledB.getlightVAL());
      delay(500);
      onoffshort.whitelight(ledG.getPin(), ledG.getlightVAL(), ledR.getPin(), ledR.getlightVAL(), ledB.getPin(), ledB.getlightVAL());
      delay(500);
     break;
    default :
          //long on white 
      onofflong.whitelight(ledG.getPin(), ledG.getlightVAL(), ledR.getPin(), ledR.getlightVAL(), ledB.getPin(), ledB.getlightVAL());
     break;
  }
}