main.cpp

#include "fractals.h"

int main() {

  int image_dimension = 300; // Set the desired image dimension here

  // Create an instance of the Mandelbrot class
  Mandelbrot mandelbrot(image_dimension);

  // Create an instance of the Julia class
  Julia julia(image_dimension);

  // Customization and Rendering of Fractals
  // =======================================

  // Example 1: Generate a Mandelbrot set
  double scaling_factor =
      2.0; // Set the desired scaling factor for the Mandelbrot set
  double center_real = 0.0; // Set the desired center point on the real axis
  double center_im = 0.0; // Set the desired center point on the imaginary axis
  mandelbrot.mandelbrot_generator(scaling_factor, center_real, center_im);

  // Example 2: Generate multiple Mandelbrot sets with different scaling factors
  int end_scaling_factor =
      0.3;           // Set the last scaling factor before stopping zoom
  double step = 0.1; // Set the step size for changing the scaling factor
  double zoom_center_real =
      -0.8; // Set the desired center point on the real axis for zooming
  double zoom_center_im =
      0.156; // Set the desired center point on the imaginary axis for zooming
  mandelbrot.mandelbrot_multiple_images(end_scaling_factor, step,
                                        zoom_center_real, zoom_center_im);

  // Example 3: Generate a Julia set with a specific complex constant 'c'
  std::complex<double> c(0.355, 0.355); // Set the desired complex constant 'c'
  julia.julia_generator(c);

  // Example 4: Generate multiple Julia sets with different complex constants
  // 'c'
  int num_points = 9; // Set the number of Julia sets to generate
  double step_julia =
      0.05; // Set the step size for changing the complex constant 'c'
  julia.julia_multiple_images(num_points, step_julia);

  return 0;
}