createCanvas(3000, 3000);

}

​

function draw() {

  background(0);

  stroke(255);

  strokeWeight(2);

  noFill();

  let Crepetitions = 4;

  let Rrepetitions = Crepetitions;

  let patternWidth = width / Crepetitions;

  let patternHeight = height / Rrepetitions;

​

  for (let col = 0; col < Crepetitions; col++) {

    for (let row = 0; row < Rrepetitions; row++) {

      push();

      translate(col * patternWidth, row * patternHeight);

​

      // initialize the side length of the first triangle

      let side = 50;

​

      // draw the first triangle relative to the current pattern's position

      let x1 = patternWidth / 2;

      let y1 = (patternHeight - side * sqrt(3) / 2) / 2;

      let x2 = (patternWidth - side) / 2;

      let y2 = (patternHeight + side * sqrt(3) / 2) / 2;

      let x3 = (patternWidth + side) / 2;

      let y3 = (patternHeight + side * sqrt(3) / 2) / 2;

​

       //triangle(x1, y1, x2, y2, x3, y3);

​

      // apply scaling and rotation, and draw subsequent triangles

      for (let i = 1; i < 10; i++) {

        side = side + side * 0.2;

        let angle = radians(2.4 * 9); // convert degrees to radians

​

        // calculate the rotated and scaled vertices relative to the current pattern's position

        let x1_rotated = patternWidth / 2;

        let y1_rotated = (patternHeight - side * sqrt(3) / 2) / 2;

        let x2_rotated = (patternWidth - side) / 2;

        let y2_rotated = (patternHeight + side * sqrt(3) / 2) / 2;

        let x3_rotated = (patternWidth + side) / 2;

        let y3_rotated = (patternHeight + side * sqrt(3) / 2) / 2;

​

        // apply rotation

        let x1_final = cos(angle) * (x1_rotated - patternWidth / 2) - sin(angle) * (y1_rotated - patternHeight / 2) + patternWidth / 2;

        let y1_final = sin(angle) * (x1_rotated - patternWidth / 2) + cos(angle) * (y1_rotated - patternHeight / 2) + patternHeight / 2;

        let x2_final = cos(angle) * (x2_rotated - patternWidth / 2) - sin(angle) * (y2_rotated - patternHeight / 2) + patternWidth / 2;

        let y2_final = sin(angle) * (x2_rotated - patternWidth / 2) + cos(angle) * (y2_rotated - patternHeight / 2) + patternHeight / 2;

        let x3_final = cos(angle) * (x3_rotated - patternWidth / 2) - sin(angle) * (y3_rotated - patternHeight / 2) + patternWidth / 2;

        let y3_final = sin(angle) * (x3_rotated - patternWidth / 2) + cos(angle) * (y3_rotated - patternHeight / 2) + patternHeight / 2;

​

        // draw the rotated and scaled triangle

        triangle(x1_final, y1_final, x2_final, y2_final, x3_final, y3_final);

      }

​

      pop(); // Reset translation after drawing each pattern

    }     

  }

}

​

​

​

​

​