let amplitude = 50; // Amplitude of the oscillation

let time = 0; // Time variable for oscillation

let layers = 3; // Number of layers of petals

let layerGap = 40; // Distance between each layer of petals

let stemHeight = 200; // Height of the stem

​

function setup() {

  createCanvas(600, 600);

  angleMode(RADIANS); // Use radians for angle calculation

}

​

function draw() {

  background(30); // Dark background for contrast

​

  // Move origin to the center of the canvas (flower's base)

  translate(width / 2, height / 2);

​

  // Draw the flower

  drawFlower();

​

  // Move down to draw the stem right below the flower

  drawStemAndLeaves();

}

​

function drawFlower() {

  // Loop through multiple layers of petals

  for (let l = 0; l < layers; l++) {

    let layerOffset = l * layerGap; // Offset for each layer

​

    // Loop to draw petals in the current layer

    for (let i = 0; i < numPetals; i++) {

      let angle = TWO_PI / numPetals * i;

      let petalOscillation = amplitude + sin(time + angle + l) * 20;

      push();

      rotate(angle + time * 0.02 * (l + 1)); // Slow rotation over time for each layer

      // Dynamic petal size with a slight random factor

      let petalWidth = petalOscillation * (1 + noise(time * 0.1 + i) * 0.2);

      let petalHeight = petalOscillation * 2;

      // Color variation based on petal size and layer

      let petalColor = map(petalOscillation, amplitude - 20, amplitude + 20, 150, 255);

      fill(petalColor, 100 + l * 50, 200 - l * 50);

      stroke(255, 100); // Soft stroke for outline

      strokeWeight(1 + sin(time + i) * 2); // Dynamic stroke weight

      // Draw each petal with ellipse

      ellipse(layerOffset, 0, petalWidth, petalHeight);

      pop();

    }

  }

  // Update time to animate oscillation and movement

  time += 0.03;

}

​

function drawStemAndLeaves() {

  // Move down to draw the stem below the flower

  translate(0, stemHeight / 2); // Move down to place the stem

​

  // Draw the stem as a simple vertical line right below the flower

  push();

  stroke(100, 200, 100); // Greenish stem color

  strokeWeight(8);

  line(0, 0, 0, stemHeight); // Stem going downwards from the flower's base

​

  // Draw leaves closer to the stem

  drawLeaf(-20, stemHeight / 2, 30, 80, time * 0.5); // Left leaf (closer to stem)

  drawLeaf(20, stemHeight / 2, 30, 80, -time * 0.5); // Right leaf (closer to stem)

​

  pop();

}

​

function drawLeaf(x, y, leafWidth, leafHeight, leafOscillation) {

  push();

  translate(x, y); // Position the leaf along the stem

  rotate(sin(leafOscillation) * 0.3); // Oscillating leaf movement

​

  fill(100, 250, 100); // Green color for leaves

  noStroke();

  // Draw an ellipse as a leaf

  ellipse(0, 0, leafWidth, leafHeight);

  pop();

}

​