let xplus;

  var xpos;

​

  let color1 = ["#c79092", "#cba761", "#7a3340"];

  let color2 = ["#01739d", "#7a95a4", "#9DAC6B"];

  let color3 = ["#82A699", "#B3938F", "#cba761"];

​

  let leafColor1;  let leafColor2; let leafColor3;

​

  let layer2;

  let cloud;

  let quilt;

​

 function preload() {

  cloud = loadImage('sky.jpg');

   quilt = loadImage('AmeliaBennetHousetop.jpeg');

 }

​

​

function setup() {

​

  createCanvas(600, 500);

  //background("#99DAF7");

  background(quilt);

  // background('#305632');

  layer2 = createGraphics(width, height);

​

  //corner sun

    //layer2.imageMode(CENTER);

​

 //  layer2.background(sky);          

 //    layer2.erase();

 //    layer2.ellipse(105, 95, 190, 190);

 //    layer2.noErase(); 

 // image(layer2, width/2, height/2);

​

  //sun

//   var sky = color('#ffdf81');

//   noStroke();

​

//   for (i = 500; i > 0; i -= 50) {

//     fill(sky);

//     sky = lerpColor(sky, color('#FBEE79'), .25);

//     ellipse(width/2, 300, i);

//   }

​

    //groud

  noStroke();

  fill("#83AB85");

  rect(0, 455, width, 55);

   // cloud

  fill('#f9f5e5');

  arc(430, 140, 180, 60, PI + .1, -0.1, OPEN);

  arc(490, 130, 50, 50, PI + .1, -0.1, OPEN);

  arc(430, 120, 80, 80, PI + .1, -0.1, OPEN);

  arc(470, 130, 50, 50, PI + .1, -0.1, OPEN);

  let turtleString = "B";

    // storing string as variable B

    // for loop allows code to run more than once

  for(let i=0; i<7; i++){

    turtleString = turtleString.replaceAll("B", "F[+BB][-BB]")

    }

    translate(width/2, height - 50);

    strokeWeight(3);

    stroke("#58825A" );

  renderString(turtleString);

​

 }

​

​

​

function draw(){   

}

function renderString(string) {

  branchLength = random(60, 85);

  print('branchLength', branchLength);

  xpos = random(width);

​

​

  let angle = Math.PI/13;

​

  for (let character of string) { 

​

    if (character == 'F') {

      strokeWeight(branchLength/11);

      line(0, 0, 0, -branchLength);

      translate(0, -branchLength);

    } else if (character == '+') {

      rotate(random());

    } else if (character == '-') {

      rotate(-random());

    } else if (character == '[') {

      branchLength = branchLength / 1.5

        print('newbranchLength', branchLength);

​

      push();

    } else if (character == ']') {

      branchLength = branchLength * 1.5

      pop();

    }

   //leaves!

      if(branchLength < 15){

        noStroke();

​

        if (xpos <= 200){

          leafColor1=random(color1);

          fill(leafColor1);

        //print('leaf color', leafColor)

        }

         if (xpos >= 400){

          leafColor2=random(color2);

          fill(leafColor2);

        //print('leaf color', leafColor)

        }

         if (xpos < 400 && xpos > 200){

          leafColor3=random(color3);

          fill(leafColor3);

        //print('leaf color', leafColor)

        }

        rect(0, 0, random(10, 5), random(10, 5))

      }

  }

}

​

​

​

function mousePressed(){

    let turtleString = "B";

    // storing string as variable B

    // for loop allows code to run more than once

  for(let i=0; i<6; i++){

    turtleString = turtleString.replaceAll("B", "F[+BB][-BB]")

    } 

    xpos = random(width);

    translate(xpos, height);

    print('xpos', xpos);

    renderString(turtleString);

​

}

​