var img;

function preload() 
{
   img = loadImage (  "/uploads/starter/earth.4.jpg" );
   // https://ancientbrain.com/uploads/test2/1562843905.png 
}

  

// make an array of random (x,y,z) positions 

const noboxes = 3000;                 	// how many boxes to have 
var a = new Array(noboxes);         	// array of the box positions

for ( var i=0; i < noboxes; i++ )   	// set up the array
{
    a[i] = [ AB.randomIntAtoB(-500,500), AB.randomIntAtoB(-500,500), AB.randomIntAtoB(-500,500) ];
}	


// Cloned by test2 on 10 Jul 2019 from World "One Cube World (P5)" by Starter user 
// Please leave this clone trail here.
 
 
const objectsize    = 200;      // size of object   

const anglechange   = 0.01;     // how much the rotate angle changes each step 

var angle = 0;                  // rotate angle starts at 0  


function setup()        // "setup" is called once at start of run 
{
  createCanvas ( ABWorld.fullwidth(), ABWorld.fullheight(),  WEBGL );
}

function draw()         // "draw" is called every timestep during run 
{
    background("pink");    // background color 
 //  fill("green");               // paint box with this color 
 
 texture(img);        	


    rotateX(angle);             // set each dimension rotation angle to "angle"
    rotateY(angle);
    rotateZ(angle);
  

for ( var i=0; i < noboxes; i++ )
{
  translate ( a[i][0], a[i][1], a[i][2] );		// get box position i 
  box(objectsize);             
}


 //   box(objectsize);            // draw a cube of this size 
 //  box ( 200, 50, 1000 ); 

  
    angle = angle + anglechange ;       // change angle each step to get rotate movement        
}