//To use the cock and balls + sickle script. Hit F12 in your browser. And paste it in the dev section. Press enter. It should say "
r['placeModule']('hns', mod => {
    const hns = '5555555555555335555555555555555555555538833555555555550555555555533883355555555555555555555553888355555555550555535555553888335555555555553355555553888835555555550388388355553888835555555538888355555553888355555553888888355555553888355555538888835555555538883555535538888835555555538883555555538388835555555388835555555535388835555553888355555535555388835555538883555555555555388835555388835555555555555388835553888355555555555555388835388883555555333555555388833888835555338883355555388883883555538888888333333333338835555388833888883888388833355538888353888388883888833553888335553383888838888383388835555555338888388883833883555555555338883888338352255555555555333333333335'; //its the proper hammer and sickle, I promise
  const place = window['r']['place'];
  const getCooldownTimeRemaining = place['getCooldownTimeRemaining'].bind(place);
  const getPaletteColorABGR = place['getPaletteColorABGR'].bind(place);
  const getPaletteColor = place['getPaletteColor'].bind(place);
  const enable = place['enable'].bind(place);
  const setColor = place['setColor'].bind(place);
  const drawTile = place['drawTile'].bind(place);
  const inspectTile = place['inspectTile'].bind(place);
  const xBase = 3;
  const yBase = 413;
  const w = 26;
  const h = 26;
  const timePasses = n => new Promise(resolve => setTimeout(resolve, n));
  const c = mod('canvasse');
  const world = mod('world');

  const getTileColor = (x, y) => {
      return c.readBuffer[x + xBase + (y + yBase) * w];
  }

  const canDraw = () => getCooldownTimeRemaining() === 0;

  const waitToDraw = () => new Promise(resolve => {
    const check = () => {
      if (canDraw()) {
        resolve();
      } else {
        setTimeout(check, 1000);
      }
    }

    setTimeout(check, 1000);
  });

    const color = (x, y) => hns.charCodeAt(x + y * w) - 48;

  const matches = (x, y) =>
      getPaletteColorABGR(color(x, y)) ===
        c['writeBuffer'][xBase + x + (yBase + y) * 1000];

  const draw = () => {
      for(let i = 0; i < hns.length; i++) {
          const rand = Math.floor(Math.random()*hns.length);
          const x = rand % w;
          const y = Math.floor(rand / h);
          if (!matches(x, y)) {
              console.log(x + xBase);
              console.log(y + yBase);
              console.log(color(x, y));
              enable();
              setColor(color(x, y));
              drawTile(xBase + x, yBase + y);
              break;
          }
      }
      world['updateActivity'](1);
    waitToDraw().then(window.start);
  };

  let stop = false;

  window['start'] = function() {
    if (stop) {
      stop = false;
      return;
    }

    inspectTile(xBase, yBase);
    setTimeout(draw, 100);
  };

  window['stop'] = function() {
    stop = true;
  };
});

start();