//Useless Box "Hank" Style by Blayder
//the code is free to change, you can do whatever you want with it. Have fun :D
//You need the Servo.h library to use this code.

#include <Servo.h> 
Servo doorServo;
Servo handServo;

int switch_pin = 4;               //set switch on pin 5
int handMin = 170;                //Calibration Value Hand Min
int handMax = 0;                  //Calibration Value Hand Max

int doorMin = 180;                //Calibration Value Door Min
int doorMax = 130;                //Calibration Value Door Max


int pos = 0;

int AktHandpos = 0;               //current HandPos
int AktDoorpos = 0;               //current Doorpos
int selectedMove = 0;             //move selector
int Testmove = 0;                 //test mode: set to move number to test only one selected move 
                                  //(set to Zero to run normally)



void setup()
{
  Serial.begin(9600);
  pinMode(switch_pin, INPUT);
  doorServo.attach(5);           //set door servo on Pin 9 pwm
  handServo.attach(6);          //set hand servo on Pin 10 pwm
  
  doorServo.write(handMin);           //set door to hiding position 
  handServo.write(handMin);            //set hand to hiding position
  Serial.println("UselessBox Hank v0.3");
  Serial.println("Testmove: " + String(Testmove));
 
}


void loop()
{
if (Testmove != 0) {
selectedMove = Testmove;
}



    Reset();

  //if the switch is on, then move door and hand to switch it off...
  if(digitalRead(switch_pin) == HIGH)
  {
    DisplayPinState();
    
  if (selectedMove > 2) { selectedMove = random(1,10); } //when all moves are played, repeat the moves from beginning 
  
  if (selectedMove == 0) { switchoff(); }
  else if (selectedMove == 1) { switchoff(); }   
  else if (selectedMove == 2) { switchoffbitaraddod(); }
  else if (selectedMove == 3) { crazydoor(); }
  else if (selectedMove == 4) { crazyslow(); }
  else if (selectedMove == 5) { BasicMove5(); }
  else if (selectedMove == 6) { BasicMove6(); }
  else if (selectedMove == 7) { switchoff(); }
  else if (selectedMove == 8) { matrix(); }
  else if (selectedMove == 9) { sneak(); }
   
  if (Testmove == 0) {
  selectedMove++;         //swith to next move if not in test mode
  }

}
}


void Reset()
{

AktDoorpos = doorMin;
AktHandpos = handMin;
  
}

void DoorOpen(int offset,int Speed)
{
  //General routine for opening the door, an offset +/- 
  //can be specified how far it moves, in addition to the speed
    Serial.println("door open + offset: " + offset);
     //Moving door
    for(pos = AktDoorpos; pos > doorMax + offset; pos -= Speed)   
    {                                   
    doorServo.write(pos);              
    delay(15);                       
    }
    AktDoorpos= pos;
}


void DoorClose(int offset,int Speed)
{
  //General routine for closing the door, an offset +/- 
  //can be specified how far it moves, in addition to the speed
    Serial.println("door close + offset: " + offset);
     //Moving door
    for(pos = AktDoorpos; pos<=doorMin+offset; pos+=Speed)     
    {                                
    doorServo.write(pos);              
    delay(15);                      
    } 
    AktDoorpos = pos;
}

void HandToPin(int offset,int Speed)
{
  //General routine for Move the Hand to the Pin, an offset +/- 
  //can be specified how far it moves, in addition to the speed
    for(pos = AktHandpos; pos > handMax + offset; pos -= Speed)  
    {                                   
    handServo.write(pos);               
    delay(15);                       
    }  
    AktHandpos = pos;
}

void HandToHide(int offset,int Speed)
{
  //General routine for Move the Hand to the Hiding Position, an offset +/- 
  //can be specified how far it moves, in addition to the speed
    for(pos = AktHandpos; pos<=handMin+offset; pos+=Speed)      
    {                                
    handServo.write(pos);               
    delay(15);                        
    }   
    AktHandpos = pos;
}

void DisplayPinState()
{
  //Display the Current Pin State
     if(digitalRead(switch_pin) == LOW)
      {
        Serial.println("Pin is LOW");
      }
      else
      {
        Serial.println("Pin is HIGH");
      }
}


void DisplayMove(String Header)
{
    //Display the Current Move
    if (Serial)
    {
    Serial.println("-------------");
    Serial.println(Header);
    Serial.println("-------------");
    }
}

//---------------------
// Library of moves
//---------------------


    // basic move 1
   void switchoff() 
   {    
    DisplayMove("Basic Move 1/7");
    delay(500);    
    DisplayPinState();
    
     DoorOpen(0,3);

    //Moving hand
    HandToPin(0,5);

    delay(100);  
    DisplayPinState();
          

    //hiding hand
    HandToHide(0,3);
    
    DoorClose(0,3);

   } 

   
   // move 2: open and wait, then move hand and wait, then switch of and hide  
    void switchoffbitaraddod()
   {
     DisplayMove("Basic Move 2");
        
     //Moving door
     DoorOpen(0,3);
  
    //hiding door
    DoorClose(0,3);

   //Moving door
     DoorOpen(0,3);
  
    //hiding door
    DoorClose(0,3);
    
    delay(700);
   //Moving door
    DoorOpen(0,3);
    delay(700);
    
    //hiding door
    DoorClose(0,1);
        
    delay(1000);
    
    //----of switch of----//
  //Moving door
    DoorOpen(0,3);
   
    //Moving hand
      HandToPin(0,3);
    
    //hiding hand
     HandToHide(0,3);
      
    //hiding door
    DoorClose(0,3);
    
  }   
  
  
  //move 3: open door then close it many times, wait, then quickly reoprn a nd switch off and hide.
  
  void crazydoor()
  {
     DisplayMove("Basic Move 3");
     //Moving door
    DoorOpen(0,3);
    
    delay(800); 
    //Moving hand
    HandToPin(-30,3);
    
    delay(1000); 
    HandToPin(0,3);
    
    //hiding hand
    HandToHide(0,3);
      
    //hiding door
     DoorClose(0,3);
   }   
  
  

 // move 4: open door, then move hand very slowly forward and back to hiding very slowly, then quickly close door
 void crazyslow()
 {
       DisplayMove("Basic Move 4");
 //Moving door
     DoorOpen(0,3);
   
    //Moving hand
     HandToPin(0,1);
    
    //hiding hand
    HandToHide(0,1);
      
    //hiding door
    DoorClose(0,5);
    delay(2000);
    DoorOpen(0,5);
    
    DoorClose(0,1);
 }
 
  //move 5: open door, hand to pin, close door, open door and back to hinding hand
 void BasicMove5() 
 {
  
    DisplayMove("Basic Move 5");
  //Moving door
    DoorOpen(0,3);
     
    //Moving hand
    HandToPin(-100,3);
    delay(800);
    
    
    //hiding door
    DoorClose(0,2);
    
    //open door
    DoorOpen(0,5);
    
     //hiding door
    DoorClose(0,2);
    
    //hiding door
    DoorOpen(0,5);
    delay(500);
    
    //hiding hand
    HandToHide(0,3);
    
    DoorClose(0,2);
} 

//move 6:
void BasicMove6()
  {
    DisplayMove("Basic Move 6");
    //Moving door
    DoorOpen(0,5);
    delay(50);
    //Moving hand
    HandToPin(0,7);
    
    //hiding door
    DoorClose(30,2);
    delay(700);
    
    DoorOpen(-10,5);
    
    DoorClose(30,5);

    DoorOpen(-10,5);
    
    DoorClose(30,5);
    
    DoorOpen(-10,5);
    delay(250);
    //hiding hand
    HandToHide(0,3);
      
    //hiding door
    DoorClose(0,2);
}

//move 8:   
void matrix()
 {
      DisplayMove("Basic Move 8");
   //Moving door
    DoorOpen(0,4);
   
    //Moving hand
    HandToPin(70,5);
    
    delay(300);
    
    HandToHide(-10,2);

    delay(100);
    
    HandToPin(0,5);  

    HandToHide(0,1);
    //hiding door
    DoorClose(0,1);
 }

//move 9:
void sneak() 
 {
      DisplayMove("Basic Move 9");
  //Moving door
    DoorOpen(20,4);
    delay(2000);
    
    DoorClose(0,1);
    delay(3000);
    //hiding hand
    DoorOpen(30,4);
    delay(500);
    
    DoorClose(0,1);
    
    delay(1000);
    
    DoorOpen(0,4);
    delay(100);
       
    HandToPin(0,5);  
    
    HandToHide(-70,1);   
    
    HandToPin(0,5);  

    HandToHide(-80,1);   

    HandToPin(0,5);  

    HandToHide(0,1);   

    DoorClose(0,1);
    
 }