/// g++ -g -Imodules -std=c++20 task2.cpp task2.misc.cpp task3.cpp task3.misc.cpp task3.test.cpp -o build/task3.exe
/// ./build/task3.exe
/// @file
/// @brief Task3: implementation

#include "task3.hpp" // task3::render_something

#include "task3.misc.hpp" // task3::render_wrapper

#include "task2.hpp" // task2::BBox, task2::Circle, task2::Triangle

#include "iue-rnd/random.hpp" // iue::rng::UniformDouble, iue::rng::UniformCircle, iue::rng::UniformTriangle

#include <cmath>
#include <filesystem> // std::filesystem::path
#include <iostream>
#include <numbers>

/// @todo Include additional standard library headers as needed

namespace task3 {

/// @todo Implement function 'render_something' as declared and specified in task3.hpp
/// Implementation Hints:
///   - You can plot whatever you want, but you need to plot at least 20 primitives!
///   - You can view .svg-files using your web browser (or installing a VSCode extension to preview SVGs)
///   - use the provided function 'task3::render_wrapper' from 'task3.misc.hpp' to plot
///     task2::BBox, task2::Circle, task2::Triangle to a SVG-file
///   - The idea is that you make use of the functionality (scale/shift/rotate) you implemented in task2
///   - Optional: you can make use of the random Generators in 'iue-rnd/random.hpp' to obtain random values, circles,
///   and triangles
int render_something(std::filesystem::path filepath) {

  task2::Vec2d min = {0, 0};
  task2::Vec2d max = {1, 2};
  task2::BBox trunk = {min, max};
  task2::Circle leaves = {{0.5,0.5},1};
  std::vector<task2::BBox> bboxes;
  std::vector<task2::Circle> circles;
  std::vector<task2::Triangle> triangles;


  for(int i = 0; i < 20; i++){
    double x_trans=3*i;
    bboxes.push_back(trunk.translate({x_trans,0}));
    circles.push_back(leaves.translate({x_trans,2}));
  }

  auto [bbmin, bbmax] = task3::render_wrapper(filepath, bboxes, circles, triangles);

  return triangles.size() + bboxes.size() + circles.size();
};

} // namespace task3