deck2=[];             // true order deck;

var ndeck=[];         // Deck after dealing 

var count=0;          // How many times we have gone 

var indx;

var same=false;       // turns true if deck is in order

var found=[];          // Keeps track of positions

var addit;            // Flag to tell us to add it or not

//through the deck

var showonce=true;     // show tracking only once

var before=0;

var after=0;

var limit=509;

var findme=103;        // number we are tracking

​

​

deckx=5;

decky=5;

var numShuff=0;

var numdeal=1;        // Number of card to deal each time

​

cw=65;

ch=100;

​

var dl=13;           // deck length

​

function setup() {

  //frameRate(.1)

  createCanvas(1100, 2000);

  initializeDeck();

}

​

​

​

function initializeDeck()

{

 deck=newDeck(dl);         //Create unshuffled deck of 52 cards

  deck2=newDeck(dl);

​

​

​

//deck[0].name=7;

 // console.log(deck.pop());

for(var i=0; i<numShuff; i++)  // Shuffle a lot

{

 deck=shuffleDeck(...deck); // Shuffle deck just created

}

//console.table(deck);

​

}

​

​

​

​

​

function draw() {

  indx=dl-1;

  //console.log("NELL");

  background(0);

  row=0;

  col=0;

  for(var i=0; i<deck.length; i++)

  {

   //if(deck[indx].value==1)

   showCard(col*cw,((10+ch)*row)+10, deck[indx]); 

    if(col==12)

    {

    col=0;

    row++;

    }

    else

    {

    col++; 

    }

  indx--;

  }

  fill("white");

  text("Cycles: " +  count, width-200, 50);

  text("Deck Size: " + dl, width-200, 70);

//   same=true;

//   for(var f=0; f<deck.length && same; f++)

//   {

//   if(deck[f].value!=deck2[f].value)

//      {

//      same=false;

//      }

//   }

//   //if(count<limit)

//  if(!same || count==0)

//   {

//   count++;

//   execute();

//   }

//   else

//   {

//   if(showonce)

//   {

//   console.log(found);  

//   showonce=false;  

//   }

//   }

}

​

​

​

​

​

function newDeck(n)  // Creates a new deck of 52 cards.

{

  var val=n;

tdeck=[];      // Temporary Deck used for builing

    for(var i=n; i>0; i--)

    {

    tdeck.push(new Card(val));

    val--;

    } 

​

return tdeck;

}

​

function shuffleDeck (...inDeck){

var unshuffled=inDeck;

var temp=0;

  for(var i=0; i<unshuffled.length; i++)

  {

  temp=unshuffled[i];

  swap=floor(random(unshuffled.length));

  unshuffled[i]=unshuffled[swap];

  unshuffled[swap]=temp;

  }

return unshuffled;

}

​

function showCard(x,y,incard)

{

fill('white');

stroke('black');

​

 textSize(20);

  push();

  translate(x,y);

  rect(0,0, cw,ch);

  fill(0);

  text(incard.value, 0+5,0+20);

  rotate(radians(180));

  //rect(0,0, cw,ch);

  text(incard.value, -cw+5, 25-ch);

  //text(incard.pic, -cw+25, 25-ch);

  pop();

​

}

​

​

​

function drawBoard()

{

background(0);

}

​

​

// This function takes the deck and 

// deals one down, then one to the back 

// of the deck until the entire deck has been 

// distributed to the new deck

function execute()

{

var ct=0;      // Number of cards we have cycled;

var temp;      // Temporary card

  ndeck.length=0;

count++;

do{

  temp==undefined;

  ndeck.push(deck.pop());

  //console.log(deck.pop());

  //console.log(ndeck);

  ct++;

  if(deck.length)

  {

  temp=deck[deck.length-1];

  }

  for(var d=deck.length-1; d>0; d--)

  {

  deck[d]=deck[d-1]; 

  }

  if(deck.length)

  {

  deck[0]=temp;

  ct++;

  }

  }while(deck.length);

  for(var e=0; e<ndeck.length; e++)

  {

  deck[e]=ndeck[e]; 

  }

​

before=found.length;

 findcard(findme);

after=found.length;

  if((before==after) && (showonce))

  {

//console.log(found);

    showonce=false;

  }

}

​

function keyPressed()

{

// frameRate(1);  

execute();

  //console.table(ndeck);

//console.log(keyCode);

switch(keyCode)

{

//   case 38:dl++; 

//     initializeDeck();

//     count=0;

//     break;

//   case 40: dl--;

//     initializeDeck();

//     count=0;

//     break;

}

}

​

​

function findcard(c)

{

for(var i=0; i<deck.length; i++)

{

if(deck[i].value==c)

        {

        addit=true;

        for(f=0; f<found.length && addit; f++)

              {

              if(found[f]==i+1)

                 {

                 addit=false;

                 }

              }

        if(addit)

        {

        found.push(i+1);

        console.log(i+1);  

        }

        else

        {

        console.log(found);  

        }

        }

}  

//console.log(found);

}

​

​

​

​

​