{

  createCanvas(640, 640);

  mousePressed();

}

​

function mousePressed() 

{

  background("pink");

  noFill();

  strokeWeight(3);

  fill("green");

  stroke("pink");

  rect(20,140,600,480, 100);

  let numObstacles = random(10,30);

  let xObstacles = [random(60,580)];

  let yObstacles = [random(160,580)];

  let xDestination = random(60,580);

  let yDestination = random(160,580);

  noStroke();

  for(let i=1; i<=numObstacles; i++)

  {

    append(xObstacles, random(60,580));

    append(yObstacles, random(160,580));

    while(abs(xObstacles[i]-xDestination)<=100 && abs(yObstacles[i]-yDestination)<=100)

    {

      xObstacles[i]=random(60,580);

      yObstacles[i]=random(160,580);

    } //makes sure no obstacles are close to the destination

    if(random(0,8) >= 2)

    {

      fill("gray");

      circle(xObstacles[i]+10, yObstacles[i]+10, random(0,50));

    }

    else

    {

      if(random(0,4)<1)

        fill("darkGreen");

      else

        fill("pink");

      let xStartBezier = xObstacles[i]-random(10,40);

      let yStartBezier = yObstacles[i]-random(10,40);

      curveTightness(0.25);

      beginShape();

      curveVertex(xStartBezier, yStartBezier);

      curveVertex(xObstacles[i]-random(10,40), yObstacles[i]-random(-5,5));

      curveVertex(xObstacles[i]-random(10,40), yObstacles[i]-random(-40,-10));

      curveVertex(xObstacles[i]-random(-5,5), yObstacles[i]-random(-40,-10));

      curveVertex(xObstacles[i]-random(-40,-10), yObstacles[i]-random(-40,-10));

      curveVertex(xObstacles[i]-random(-40,-10), yObstacles[i]-random(-5,-5));

      curveVertex(xObstacles[i]-random(-40,-10), yObstacles[i]-random(10,40));

      curveVertex(xObstacles[i]-random(-5,5), yObstacles[i]-random(10,40));

      curveVertex(xObstacles[i]-random(10,40), yObstacles[i]-random(10,40));

      curveVertex(xStartBezier, yStartBezier);

      endShape(); //rocks and greenery, perhaps a for loop would be better

    }

  }

  stroke("pink");

  strokeWeight(3);

  noFill();

  curveTightness(-1);

  beginShape();

  let sideChoice = random(4);

  let xStart, yStart;

  if(sideChoice<=1)

  {

    xStart = random(60,580);

    yStart = 140;

  }

  else if(sideChoice<=2)

  {

    xStart=20;

    yStart=random(120,580);

  }

  else if(sideChoice<=3)

  {

    xStart=random(60,580);

    yStart=620;

  }

  else

  {

    xStart=620

    yStart=random(120,580);

  }

  curveVertex(xStart, yStart);

  curveVertex(xStart, yStart);

  curveVertex(random(100,540),random(140,540));

  curveVertex(random(100,540),random(140,540));

  //curveVertex(random(min(xStart,xDestination)+30, max(xStart,xDestination))-30, random(min(yStart,yDestination)+30, max(yStart,yDestination))-30);

  curveVertex(xDestination, yDestination);

  curveVertex(xDestination, yDestination);

  endShape();

  noStroke();

  fill("green");

  circle(xDestination, yDestination, 60);

  stroke("pink");

  line(xDestination - 10, yDestination - 10, xDestination + 10, yDestination + 10);

  line(xDestination - 10, yDestination + 10, xDestination + 10, yDestination - 10);

  fill("pink");

  rect(20,20,600,120);

  fill("royalBlue");

  textFont("Cursive");

  textAlign(CENTER);

  textSize(20);

  text(int(random(10,100)) + " of ur friends & their friends r having a happy time here", 320,50);

  text("& we love u & miss being close to u & r waiting to listen to", 320,80);

  text("happy music until u find us & have fun with us again :~)", 320,110);

  fill("red");

  noStroke();

  let i=20;

  let j=35;

  beginShape();

    vertex(i+20, j+15);

    bezierVertex(i+10, j, i-5, j+20, i+20, j+35);

    vertex(i+20, j+15);

    bezierVertex(i+30, j, i+45, j+20, i+20, j+35);

  endShape();

  i=20;

  j=70;

  beginShape();

    vertex(i+20, j+15);

    bezierVertex(i+10, j, i-5, j+20, i+20, j+35);

    vertex(i+20, j+15);

    bezierVertex(i+30, j, i+45, j+20, i+20, j+35);

  endShape();

  i=580;

  j=35;

  beginShape();

    vertex(i+20, j+15);

    bezierVertex(i+10, j, i-5, j+20, i+20, j+35);

    vertex(i+20, j+15);

    bezierVertex(i+30, j, i+45, j+20, i+20, j+35);

  endShape();

  i=580;

  j=70;

  beginShape();

    vertex(i+20, j+15);

    bezierVertex(i+10, j, i-5, j+20, i+20, j+35);

    vertex(i+20, j+15);

    bezierVertex(i+30, j, i+45, j+20, i+20, j+35);

  endShape();

}

​