ps

ps

/*P R A Y S T A T I O N*/

int led1=11;
int led2=10;
int led3=9;
int led4=6;

int button1=4;
int button2=2;
int buttonState1;
int buttonState2;
int pressCount;
int lastButtonState;

int brightness1;
int brightness2;
int brightness3;
int brightness4;
int fadeAmount1=1;
int fadeAmount2=1;
int fadeAmount3=1;
int fadeAmount4=1;


void setup(){
  pinMode(led1,OUTPUT);
  pinMode(led2,OUTPUT);
  pinMode(led3,OUTPUT);
  pinMode(led4,OUTPUT);
  pinMode(button1,INPUT);
  pinMode(button2,INPUT);
  Serial.begin(9600);
}

void loop(){
  lastButtonState=buttonState1;
  buttonState1=digitalRead(button1);
  buttonState2=digitalRead(button2);
  
  
 
  
  if(lastButtonState==LOW){
    if(buttonState1==HIGH){
      pressCount=pressCount+1;
    }
  }
  if(buttonState1==HIGH && buttonState2==HIGH){
    brightness1=brightness1+fadeAmount1;
    analogWrite(led1,brightness1);
      Serial.print("  B1: ");
  Serial.println(brightness1);
    if(brightness1==255){
      fadeAmount1=0;}
      
    if(brightness1>=33){
      brightness2=brightness2+fadeAmount2;
      analogWrite(led2,brightness2);
      if(brightness2==255){
        fadeAmount2=0;}
      
      if(brightness1>=66){
        brightness3=brightness3+fadeAmount3;
        analogWrite(led3,brightness3);
        if(brightness3==255){
          fadeAmount3=0;}
        
        if(brightness1>=99){
          brightness4=brightness4+fadeAmount4;
          analogWrite(led4,brightness4);
          if(brightness4==255){
            fadeAmount4=0;}
        }
      }
    }
  }
  
   if(buttonState1==LOW && buttonState2==LOW){
   if(brightness1==255 && brightness2==255 && brightness3==255 &&  brightness3==255){
     brightness1=0;
     digitalWrite(led1, LOW);
     delay(66);
     brightness2=0;
     digitalWrite(led2, LOW);
     delay(66);
     brightness3=0;
     digitalWrite(led3, LOW);
     delay(66);
     brightness4=0;
     digitalWrite(led4, LOW);
   }
 }
  
  if(buttonState1==LOW && buttonState2==LOW){
    if(brightness1>0){
    fadeAmount1=-1;
      brightness1=brightness1+fadeAmount1;
      analogWrite(led1,brightness1);
      if(brightness1==0){
        fadeAmount1=0;}
    }
    
    if(brightness2>0){
    fadeAmount2=-1;
      brightness2=brightness2+fadeAmount2;
      analogWrite(led2,brightness2);
      if(brightness2==0){
        fadeAmount2=0;}
    }
    
    if(brightness3>0){
    fadeAmount3=-1;
      brightness3=brightness3+fadeAmount3;
      analogWrite(led3,brightness3);
      if(brightness3==0);{
        fadeAmount3=0;}
    }
    
    if(brightness4>0){
    fadeAmount4=-1;
      brightness4=brightness4+fadeAmount4;
      analogWrite(led4,brightness4);
      if(brightness4==0){
        fadeAmount4=0;}
    }
    
   }
//    Serial.print("  pC: ");
//  Serial.print(pressCount);
//  Serial.print("  F1: ");
//  Serial.print(fadeAmount1);
//  Serial.print("  B1: ");
//  Serial.print(brightness1);
//  Serial.print("  F2: ");
//  Serial.print(fadeAmount2);
//  Serial.print("  B2: ");
//  Serial.print(brightness2);
//  Serial.print("  F3: ");
//  Serial.print(fadeAmount3);
//  Serial.print("  B3: ");
//  Serial.print(brightness3);
//  Serial.print("  F4: ");
//  Serial.print(fadeAmount4);
//  Serial.print("  B4: ");
//  Serial.println(brightness4);
   
   if(pressCount==2){
     fadeAmount1=1;
     fadeAmount2=1;
     fadeAmount3=1;
     fadeAmount4=1;
     pressCount=1;
   }
   

  
  delay(66);
}