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main.cpp
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/*
nombre: Interfaz del proyecto e implementación del ejecutable final
autores: David Emmanuel Santana Romero, Mauricio Alcántar Dueñas y Diego Emilio Casta Valle
*/
#include <iostream>
#include <string>
#include <chrono>
#include <vector>
#include <array>
#include <iomanip>
#include <sstream>
#include <functional>
#include <fstream>
#include <filesystem>
#if __APPLE__
namespace fs = std::__fs::filesystem;
#else
namespace fs = std::filesystem;
#endif
#include "includes/Lightning/Lightning.h"
#include "includes/SFML/Graphics.hpp"
#include "includes/SFML/Audio.hpp"
#include "includes/Slider/slider.h"
#include "includes/Switch/switch.h"
#include "includes/Button/button.h"
#include "includes/Achieve/achieve.h"
#include "includes/Engine/engine.h"
#include "includes/Physics/physics.h"
#include "includes/Controller/controller.h"
#include "includes/Utils/utils.h"
sf::RenderWindow * window = nullptr;
RenderSettings window_settings;
wstringstream console;
Slider
* redSlider = nullptr,
* greenSlider = nullptr,
* blueSlider = nullptr,
* crystallizateSlider = nullptr,
* humiditySlider = nullptr,
* temperatureSlider = nullptr,
* leewaySlider = nullptr,
* branchSlider = nullptr,
* downWeightSlider = nullptr,
* forcedHeightSlider = nullptr,
* envfactorSlider = nullptr,
* xRotationSlider = nullptr,
* yRotationSlider = nullptr,
* zRotationSlider = nullptr;
Button
* zapping = nullptr,
* backgroundButton = nullptr,
* closeButton = nullptr,
* forwardButton = nullptr,
* leftButton = nullptr,
* backwardButton = nullptr,
* rightButton = nullptr,
* lookupButton = nullptr,
* lookdownButton = nullptr,
* lookleftButton = nullptr,
* lookrightButton = nullptr,
* shiftButton = nullptr,
* jumpButton = nullptr,
* runButton = nullptr,
* write_obj_button = nullptr,
* language_button = nullptr,
* dismiss_pop_up_button = nullptr;
Switch
* hide_left_switch = nullptr,
* hide_right_switch = nullptr,
* spin_switch = nullptr;
Achieve
* chievo1 = nullptr,
* chievo2 = nullptr;
// colocar los deslizadores que recibirán eventos en grupo
Slider ** all_sliders [] = {&branchSlider, &leewaySlider, &redSlider, &greenSlider, &blueSlider, &envfactorSlider, &downWeightSlider, &forcedHeightSlider, &crystallizateSlider, &humiditySlider, &temperatureSlider, &xRotationSlider, &yRotationSlider, &zRotationSlider};
// colocar los botones que recibirán eventos en grupo
Button ** all_buttons [] =
{
&zapping, &backgroundButton, &write_obj_button, &language_button, &dismiss_pop_up_button,
#if MOBILE
&forwardButton, &leftButton, &backwardButton, &rightButton, &lookupButton, &lookdownButton, &lookleftButton, &lookrightButton, &shiftButton, &runButton, &jumpButton,
#endif
&closeButton
};
// colocar los interruptores que recibirán eventos en grupo
Switch ** all_switches [] = {&hide_left_switch, &hide_right_switch, &spin_switch};
// colocar los logros que recibirán eventos en grupo
Achieve ** all_chievos [] = {&chievo1, &chievo2};
// valores de entorno para el rayo
// el primero se toma como el valor PREDETERMINADO o EJE
const float environmental_factors [] = {
3107424876.30374896651003593080636010231246734962391002, // ciudad / aire [cbrt(26521541178535914242048000)*(0.79*2*5 + 0.21*2*6)] : 26521541178535914242048000 moléculas en un metro cúbico de aire, obtenemos su raíz cúbica y lo multiplicamos por el número de electrones "externos" del nitrógeno molecular (79%) y oxígeno (21%) para obtener los electrones en un metro lineal
25746383589.4834602095982075849351178030077195309528665478627, // agua [cbrt((10/3)*(10^28))*(8)] : 3.333x10^28 moléculas en un metro cúbico de agua, obtenemos su raíz cúbica y lo multiplicamos por el número de electrones "externos" del agua como molécula para obtener los electrones en un metro lineal
81206048428.74334182814399729120705789177218382976918208, // madera [cbrt(2042797000000000000000000000)*(64)] : 2042797000000000000000000000 moléculas en un metro cúbico de madera ( 550 [kg/m^3] / 12.011*6+1.00784*10+15.999*5 [g/mol] * Número de Avogadro ), obtenemos su raíz cúbica y lo multiplicamos por el número de electrones "externos" de la celulosa C6H10O5 (4*6+10+6*5) como molécula para obtener los electrones en un metro lineal
2683956227.13375630504705598630107878318735183748706240, // pantano [cbrt(26521541178535914242048000)*(0.5*8 + 0.5*10)] : 26521541178535914242048000 moléculas en un metro cúbico de aire, obtenemos su raíz cúbica y lo multiplicamos por el número de electrones "externos" del nitrógeno molecular (50%) y metano (50%) para obtener los electrones en un metro lineal
100, // vacío interestelar [cbrt(10^6)*1] : 10^6 átomos de hidrógeno por metro cúbico de espacio interestelar, obtenemos su raíz cúbica y lo multiplicamos por el número de electrones "externos" del hidrógeno singular para obtener los electrones en un metro lineal
1.0f, // negro ... valor por defecto
0.0f // fin del arreglo ... aunque este no lo requiere, se escribe para mantener la consistencia con el arreglo de fondos
};
// mismo orden: aire, agua, madera, pantano, espacio, vacio, cero al final
/*const float leeway_in_environment [] = { 0.24, 0.4, 0.19, 0.24, 0.025, 0.24, 0 }; // valores de pantano y espacio subject to change
const float branch_in_environment [] = { 0.12, 0.05, 0.07, 0.1, 0.5, 0.12, 0 }; // valores de pantano y putricio subject to change
const float weight_in_environment [] = { 0, -0.1, 0.27, -0.05, 0, 0, 0 }; < -- VALORES ORIGINALES
const float height_in_environment [] = { 0.75, 0.3, 0.95, 0.75, 0.5, 0.55, 0 };*/
const float leeway_in_environment [] = { 0.2, 0.09, 0.2, 0.11, 0.01, 0.1, 0 }; // valores de pantano y espacio subject to change
const float branch_in_environment [] = { 0.008, 0.004, 0.004, 0.008, 0.15, 0.02, 0 }; // valores de pantano y putricio subject to change
const float weight_in_environment [] = { 0.15, 0.0125, 0.4, 0.0001, 0, 0, 0 };
const float height_in_environment [] = { 0.75, 0.25, 0.95, 0.6, 0.4, 0.4, 0 };
const float environment_origin_color [][3] = { {50.f, 50.f, 50.f}, {6.f,66.f,115.f}, {120.f, 63.f, 4.f}, {56.f, 28.f, 72.f}, {48.f, 18.f, 104.f}, {100.f, 100.f, 100.f}, {0, 0, 0} };
const float box_A [4] = {255,0,0,127.5},
box_B [4] = {51,153,255,127.5},
box_C [4] = {51,51,255,127.5},
box_D [4] = {153,51,255,127.5},
box_E [4] = {51,255,153,127.5},
box_F [4] = {51,255,255,127.5};
const int voidIndex = sizeof(environmental_factors)/sizeof(const float) - 2;
bool isMobileLandscape = false;
std::wstringstream settings;
std::wofstream fractochales_settings;
void UI_events (int type, sf::Vector2i mouse_arr[2] = nullptr, int mouse_arr_index = 0);
void loadingScreen (sf::Sprite &background, sf::RectangleShape &loading_percentage, sf::Sprite &splash_screen, sf::Sprite &splash_3d, sf::Text &loading_text, float percentage);
void leftMenuState (bool &hide_left, bool &hide_right, sf::RectangleShape left_menu_bg, sf::RectangleShape right_menu_bg);
void rightMenuState (bool &hide_left, bool &hide_right, sf::RectangleShape left_menu_bg, sf::RectangleShape right_menu_bg);
void handleMovement (bool &shouldReexecutePipeline, bool &goUp, bool &goDown, bool &goFast, bool &goForward, bool &goLeft, bool &goBackward, bool &goRight, bool &lookLeft, bool &lookRight, bool &lookUp, bool &lookDown, float &x_rotation, float &y_rotation, float &z_rotation, bool &hide_left, vec3 &camera_position, vec3 &fly_up_direction, vec3 &forward_direction, vec3 &right_direction, float &camera_x_rotation, sf::Time &cycle_time_diff, float &camera_y_rotation, std::chrono::system_clock::time_point &start_time, bool &yetToBoot, const std::function<void()> &init_ui, const std::function<void()> &retypeInfo);
void screenSaver (sf::Sprite &background, sf::Sprite &splash_screen, bool undo = false);
int main() {
#if !MOBILE
if (!fs::exists(utils::get_res("obj"))) {
fs::create_directories(utils::get_res("obj"));
fs::create_directories(utils::get_res("obj/output"));
}
else if (!fs::exists(utils::get_res("obj/output"))) {
fs::create_directories(utils::get_res("obj/output"));
}
while (fs::exists(utils::newLightningFileName())) {
utils::new_obj_index++;
}
std::wstringstream lightning_stream_obj, lightning_stream_mtl, lightning_stream_txt;
#endif
if (fs::exists(utils::get_res("settings.txt"))) {
std::wifstream original_fractochales_settings(utils::get_res("settings.txt"));
settings << original_fractochales_settings.rdbuf();
original_fractochales_settings.close();
utils::load_settings(settings);
}
fractochales_settings.open(utils::get_res("settings.txt"), std::wofstream::trunc);
std::chrono::system_clock::time_point start_time;
std::chrono::system_clock::time_point current_timestamp;
bool yetToBoot = true;
sf::VideoMode video_mode = sf::VideoMode::getDesktopMode();
window_settings.x_res = video_mode.width;
window_settings.y_res = video_mode.height;
window_settings.depth = 32;
window_settings.FOV = 105.0f;
window_settings.x_sens = 1.0f;
window_settings.y_sens = 1.0f;
window = new sf::RenderWindow (sf::VideoMode(window_settings.x_res, window_settings.y_res), "Fractochales", sf::Style::Fullscreen);
sf::Image icon;
if (icon.loadFromFile(utils::get_res("images/fractochales.png"))) {
window->setIcon(icon.getSize().x, icon.getSize().y, icon.getPixelsPtr());
}
sf::Texture splash;
splash.loadFromFile(utils::get_res("images/fractochales.png"));
sf::Texture nowin3d;
nowin3d.loadFromFile(utils::get_res("images/3d.png"));
sf::Texture watermark_texture;
watermark_texture.loadFromFile(utils::get_res("images/waterchales.png"));
sf::Sprite splash_screen(splash);
sf::Sprite splash_3d(nowin3d);
sf::Sprite watermark_logo(watermark_texture);
splash_3d.setScale(0.125, 0.125);
watermark_logo.setScale(0.15, 0.15);
watermark_logo.setColor(sf::Color(255, 255, 255, 80));
sf::SoundBuffer buffer0;
buffer0.loadFromFile(utils::get_res("sfx/startup.wav"));
sf::Sound startup;
startup.setBuffer(buffer0);
sf::SoundBuffer buffer1;
buffer1.loadFromFile(utils::get_res("sfx/thunder1.wav"));
sf::Sound sound1;
sound1.setBuffer(buffer1);
sf::SoundBuffer buffer2;
buffer2.loadFromFile(utils::get_res("sfx/thunder2.wav"));
sf::Sound sound2;
sound2.setBuffer(buffer2);
sf::SoundBuffer buffer3;
buffer3.loadFromFile(utils::get_res("sfx/thunder3.wav"));
sf::Sound sound3;
sound3.setBuffer(buffer3);
int sfx_i = 1;
sf::Font font; // Sets our font to this
font.loadFromFile(utils::get_res("fonts/arial.ttf")); // THERE A VERY LIMITED SET OF FONTS SUPPORTING SUPERSCRIPT
sf::Text text;
sf::Text physicsOutput;
sf::Text luminosity_text;
sf::Text currentTitle;
sf::Text watermarkText;
sf::Text loading_text;
sf::Text pop_up_text;
text.setFont(font);
physicsOutput.setFont(font);
luminosity_text.setFont(font);
currentTitle.setFont(font);
watermarkText.setFont(font);
loading_text.setFont(font);
pop_up_text.setFont(font);
text.setCharacterSize(16 * (MOBILE ? 2 : 1));
physicsOutput.setCharacterSize(16 * (MOBILE ? 2 : 1));
luminosity_text.setCharacterSize(16 * (MOBILE ? 2 : 1));
currentTitle.setCharacterSize(32 * (MOBILE ? 2 : 1));
watermarkText.setCharacterSize(16 * (MOBILE ? 2 : 1));
loading_text.setCharacterSize(16 * (MOBILE ? 2 : 1));
pop_up_text.setCharacterSize(16 * (MOBILE ? 2 : 1));
text.setFillColor(sf::Color::White);
physicsOutput.setFillColor(sf::Color::White);
luminosity_text.setFillColor(sf::Color::White);
currentTitle.setFillColor(sf::Color(255, 255, 255, 150));
watermarkText.setFillColor(sf::Color(255, 255, 255, 122));
loading_text.setFillColor(sf::Color::White);
pop_up_text.setFillColor(sf::Color::White);
text.setStyle(sf::Text::Bold);
physicsOutput.setStyle(sf::Text::Bold);
luminosity_text.setStyle(sf::Text::Bold);
currentTitle.setStyle(sf::Text::Bold);
watermarkText.setStyle(sf::Text::Bold);
loading_text.setStyle(sf::Text::Bold);
pop_up_text.setStyle(sf::Text::Bold);
loading_text.setString(utils::getRandomAdvice());
wstringstream watermarkTextStream;
watermarkTextStream
<< L"Fractochales ("
<< wstring(VERSION_KIND)
<< L" v"
<< fixed
<< setprecision(2)
<< (float) VERSION / 100
<< L")\nMauricio Alcántar Dueñas\nDavid Emmanuel Santana Romero\nDiego Emilio Casta Valle";
watermarkText.setString(watermarkTextStream.str());
sf::RectangleShape dim_text_bg;
sf::RectangleShape dim_physicsOutput_bg;
sf::RectangleShape dim_luminosity_text;
sf::RectangleShape light_mask;
dim_text_bg.setFillColor(sf::Color(0, 0, 0, 50));
dim_physicsOutput_bg.setFillColor(sf::Color(0, 0, 0, 50));
dim_luminosity_text.setFillColor(sf::Color(0, 0, 0, 50));
sf::RectangleShape initial_pop_up_bg;
sf::RectangleShape left_menu_bg;
sf::RectangleShape right_menu_bg;
initial_pop_up_bg.setFillColor(sf::Color(120, 120, 120, 120));
left_menu_bg.setFillColor(sf::Color(120, 120, 120, 120));
right_menu_bg.setFillColor(sf::Color(120, 120, 120, 120));
sf::RectangleShape loading_percentage;
loading_percentage.setFillColor(sf::Color::Cyan);
int bgIndex = 0;
// inicializar fondos
sf::Texture city;
city.loadFromFile(utils::get_res("images/city.jpg"));
sf::Texture water;
water.loadFromFile(utils::get_res("images/water.jpg"));
sf::Texture wood;
wood.loadFromFile(utils::get_res("images/wood.jpg"));
sf::Texture shrek;
shrek.loadFromFile(utils::get_res("images/shrek.png"));
sf::Texture space;
space.loadFromFile(utils::get_res("images/space.jpg"));
sf::Texture black;
black.loadFromFile(utils::get_res("images/black.png"));
sf::Texture lightning_texture;
lightning_texture.loadFromFile(utils::get_res("images/lightning.png"));
sf::Texture cloud_texture;
cloud_texture.loadFromFile(utils::get_res("images/cloud.png"));
sf::Texture water_texture;
water_texture.loadFromFile(utils::get_res("images/watertexture.png"));
sf::Texture wood_texture;
wood_texture.loadFromFile(utils::get_res("images/wooden.jpg"));
sf::Texture space_texture;
space_texture.loadFromFile(utils::get_res("images/space_box.jpg"));
sf::Texture prismatic_spec;
prismatic_spec.loadFromFile(utils::get_res("images/prismatic_spec.png"));
sf::Texture city_texture;
city_texture.loadFromFile(utils::get_res("images/city_texture.png"));
sf::Texture skyscraper_texture;
skyscraper_texture.loadFromFile(utils::get_res("images/skyscraper.png"));
sf::Texture differential_equation;
differential_equation.loadFromFile(utils::get_res("images/ed.png"));
// fondos a iterar con el botón "alternar fondo"
// esto podría sincronizarse con otro arreglo de valores de variable para entornos
sf::Texture * bg [] = {&city, &water, &wood, &shrek, &space, &black, nullptr};
float current_environmental_factor = environmental_factors[0];
sf::Sprite background (*bg[bgIndex]);
sf::Sprite diff_eq (differential_equation);
float bg_scale;
utils::scaleBG(window, background, bg, bgIndex, bg_scale);
splash_screen.setPosition(sf::Vector2f((window->getSize().x - splash_screen.getLocalBounds().width)/2, (window->getSize().y - splash_screen.getLocalBounds().height)/2));
loadingScreen(background, loading_percentage, splash_screen, splash_3d, loading_text, 0);
Lightning * storm = new Lightning();
wstringstream thunder_data, thunder_physics_data, luminosity_data, title_data;
vector<tri3> drawableVertexArray; // crear el vector de vértices a renderizar
vector<array<int, 3>> * canonVertices = storm->getCanonVertices();
// cosas así bien tridimensionales
float camera_x_rotation, camera_y_rotation;
sf::Time cycle_time_diff;
vec3 forward_direction, up_direction, right_direction, fly_up_direction, crosshair, look_direction, camera_position, projection_offset = {1,1,0};
mat4 y_rotation_matrix, x_rotation_matrix, z_rotation_matrix, movement_matrix, world_bounds, camera_x_rotation_matrix, camera_y_rotation_matrix, camera_position_matrix, camera_view_matrix,
screen_projection_matrix = LinearAlgebra::ProjectionMatrix(window_settings.FOV, float(window_settings.y_res) / float(window_settings.x_res), 0.1f, 1000.0f);
vector<tri3> raster_pipeline, render_triangles;
const float defaultLeeway = 0.18F;
const float defaultBranch = 0.01F;
auto t0 = std::chrono::system_clock::now();
long double time;
long double e_mass;
float vf = 100000000.0F;
float acceleration, force, delta_y, Ecf, work, Pf, distance_to_lightning, lightning_light_intensity;
float leeway = defaultLeeway;
float branch = defaultBranch;
float forcedHeight = 0.75F;
float downWeight = 0.13F;
float crystallizate;
float humidity;
float temperature;
float attenuation_coefficient;
float lightning_width = 257;
float lightning_height = 181;
float lightning_depth = 181;
float lightning_scale;
float lightning_color [3] = {245, 230, 83};
float x_rotation = 0.f;
float y_rotation = 0.f;
float z_rotation = 0.f;
float lightning_thickness = 2.f;
float x_offset = 0, y_offset = 0, z_offset = 0;
bool zap = false;
bool switchingBG = false;
bool attemptClose = false;
bool goForward = false;
bool goBackward = false;
bool goLeft = false;
bool goRight = false;
bool lookUp = false;
bool lookDown = false;
bool lookLeft = false;
bool lookRight = false;
bool goUp = false;
bool goDown = false;
bool goFast = false;
bool hide_left = true;
bool hide_right = true;
bool either_menu_opened = false;
bool do_spin = false;
bool write_obj = false;
bool isFocused = true;
bool shouldReexecutePipeline = true;
bool switching_language = false;
bool pop_up_gone = utils::settings_fields[1] == 1;
bool dismissing_pop_up = false;
int drawPile = 0;
int zapCount = 0;
bool achieve_vars [2] = {false};
// función lambda que permite trabajar con las variables de main () por referencia
// por lo que se llama sin parámetros
auto recalculateLightningVariables = [¤t_environmental_factor, &bgIndex, &leeway, &branch, &downWeight, &forcedHeight, &crystallizate, &humidity, &temperature, &attenuation_coefficient] () {
current_environmental_factor = environmental_factors[bgIndex];
leeway = leeway_in_environment[bgIndex];
branch = branch_in_environment[bgIndex];
downWeight = weight_in_environment[bgIndex];
forcedHeight = height_in_environment[bgIndex];
crystallizate = 0.04;
humidity = 0.9F;
temperature = 15.0F;
attenuation_coefficient = (0.001)/(downWeight+temperature+crystallizate+humidity);
};
recalculateLightningVariables();
auto retypeInfo = [&acceleration, &vf, &time, &e_mass, ¤t_environmental_factor, &force, &delta_y, &Ecf, &work, &Pf, &distance_to_lightning, &attenuation_coefficient, &storm, &thunder_data, &thunder_physics_data, &title_data, &luminosity_data, &lightning_light_intensity, &camera_position, &camera_x_rotation, &camera_y_rotation, &cycle_time_diff, &bgIndex, &text, ¤tTitle, &physicsOutput, &diff_eq, &luminosity_text, &right_menu_bg, &left_menu_bg, &dim_text_bg, &dim_physicsOutput_bg, &dim_luminosity_text, &light_mask] () {
acceleration = Physics::mean_a(0, vf, time);
e_mass = storm->getElectronicMass(current_environmental_factor);
force = Physics::F(e_mass, acceleration);
delta_y = Physics::delta_x(acceleration, time);
Ecf = Physics::Ec(e_mass, vf);
work = Physics::T(force, delta_y);
Pf = Physics::P(force, vf);
distance_to_lightning = Physics::vector_magnitude(camera_position.x, camera_position.y, 0) * 100.f;
lightning_light_intensity = Physics::lightning_light_0 * exp((-1.f)*attenuation_coefficient*distance_to_lightning);
light_mask.setFillColor(sf::Color(255.f, 255.f, 255.f, 255.f*(lightning_light_intensity/1e9)));
thunder_data.str(std::wstring());
thunder_physics_data.str(std::wstring());
title_data.str(std::wstring());
console.str(std::wstring());
luminosity_data.str(std::wstring());
thunder_data << utils::ui_text(17) << L": " << storm->getN() << endl
<< utils::ui_text(18) << L":\n\t" << storm->getInvolvedElectrons(current_environmental_factor) << endl
<< utils::ui_text(19) << L":\n\t" << scientific << setprecision(std::numeric_limits<long double>::digits10 + 1) << e_mass << "kg" << endl
<< utils::ui_text(20) << L": (" << fixed << setprecision(2) << camera_position.y << L"∠" << camera_x_rotation << L"°, " << camera_position.z << L"∠" << camera_y_rotation << L"°, " << camera_position.x << L")" << endl
<< utils::ui_text(21) << L": " << (int) (1.f/cycle_time_diff.asSeconds()) << endl;
if (Controller::isConnected(0)) thunder_data << utils::ui_text(22) << L": " << Controller::getName(0) << endl;
thunder_physics_data << scientific << setprecision(4)
<< L"W = " << e_mass << L"kg·9.81 m/s²\n\t= " << Physics::W(e_mass) << L"N" << endl
<< L"t = " << time << L"s" << endl
<< L"v = " << vf << L"m/s" << endl
<< L"a = " << L"(" << vf << L"m/s - 0) / " << time << L"s\n\t= " << acceleration << L"m/s²" << endl
<< L"F = " << e_mass << L"kg·" << acceleration << L"m/s²\n\t= " << force << L"N" << endl
<< L"Δy = " << L"(" << acceleration << L"m/s²·(" << time << L"s)²)/2\n\t\t+ 0m/s·(" << time << L"s) + 0m\n\t= " << delta_y << L"m" << endl
<< L"T = " << force << L"N·" << delta_y << L"m\n\t= " << work << L"J" << endl
<< L"Ec₁ = " << L"(" << e_mass << L"kg·(" << vf << L"m/s)²)/2\n\t= " << Ecf << L"J" << endl
<< L"P = " << force << L"N·" << vf << L"m/s\n\t= " << Pf << L"kgm/s" << endl;
title_data << utils::getBGTitle(bgIndex);
luminosity_data << L"k = " << attenuation_coefficient << ": I(" << distance_to_lightning << ") = " << lightning_light_intensity << "cd" << endl;
utils::format_wstringstream(thunder_data);
utils::format_wstringstream(thunder_physics_data);
utils::format_wstringstream(title_data);
utils::format_wstringstream(luminosity_data);
text.setString(thunder_data.str());
currentTitle.setString(title_data.str());
physicsOutput.setString(thunder_physics_data.str() + console.str());
luminosity_text.setString(luminosity_data.str());
text.setPosition(right_menu_bg.getPosition().x + (right_menu_bg.getSize().x - text.getLocalBounds().getSize().x)/2.f, window->getSize().y * 0.15);
physicsOutput.setPosition(right_menu_bg.getPosition().x + (right_menu_bg.getSize().x - physicsOutput.getLocalBounds().getSize().x)/2.f, window->getSize().y*0.3);
diff_eq.setPosition(right_menu_bg.getPosition().x + (right_menu_bg.getSize().x - diff_eq.getGlobalBounds().getSize().x)/2.f, window->getSize().y*0.65);
currentTitle.setPosition((MOBILE ? (left_menu_bg.getSize().x - currentTitle.getLocalBounds().getSize().x)/2.f : left_menu_bg.getSize().x + 20), window->getSize().y*0.01);
luminosity_text.setPosition(right_menu_bg.getPosition().x + (right_menu_bg.getSize().x - luminosity_text.getGlobalBounds().getSize().x)/2.f, window->getSize().y*0.96);
dim_text_bg.setSize(sf::Vector2f(text.getLocalBounds().getSize().x + 10, text.getLocalBounds().getSize().y + 15));
dim_physicsOutput_bg.setSize(sf::Vector2f(physicsOutput.getLocalBounds().getSize().x + 10, physicsOutput.getLocalBounds().getSize().y + 15));
dim_luminosity_text.setSize(sf::Vector2f(luminosity_text.getLocalBounds().getSize().x + 10, luminosity_text.getLocalBounds().getSize().y + 15));
// esto arregla el problema de visualización en los menús al tener el teléfono en horizontal
if (isMobileLandscape) {
const float offset_x = right_menu_bg.getPosition().x + ((right_menu_bg.getSize().x - (dim_text_bg.getSize().x + dim_physicsOutput_bg.getSize().x + 10))/2.f);
const float offset_y = right_menu_bg.getPosition().y + right_menu_bg.getSize().y*(1.f/6.f) + right_menu_bg.getSize().y*(1.f/135.f) + 50;
text.setPosition(offset_x + 5, offset_y + 5);
diff_eq.setPosition(offset_x + 5, offset_y + dim_text_bg.getGlobalBounds().height + 10);
physicsOutput.setPosition(offset_x + dim_text_bg.getSize().x + 10 + 5, offset_y + 5);
}
dim_text_bg.setPosition(text.getPosition().x - 5, text.getPosition().y - 5);
dim_physicsOutput_bg.setPosition(physicsOutput.getPosition().x - 5, physicsOutput.getPosition().y - 5);
dim_luminosity_text.setPosition(luminosity_text.getPosition().x - 5, luminosity_text.getPosition().y - 5);
};
auto recalculateLightningVertex =
[&drawableVertexArray,
#if !MOBILE
&lightning_stream_obj, &lightning_stream_mtl,
#endif
&lightning_color, &lightning_texture, &cloud_texture, &space_texture, &wood_texture, &water_texture, &city_texture, &skyscraper_texture, &bg, &bgIndex, &lightning_thickness, &x_offset, &y_offset, &z_offset, &lightning_scale, &canonVertices, &lightning_depth, &shouldReexecutePipeline] () {
drawableVertexArray.clear();
switch (bgIndex) {
/*
COLORES:
0: Dark Gray 1: Dark Blue 2: Brown
3: Dark Purple 4: Royal Purple 5: Light Gray
6: Black
*/
case 0: // Letter number letter number letter number (CLOUDS)
Engine :: drawPrism (drawableVertexArray, vec3(0.f, 1.f, 0.f), vec3(0.f, -1.f, 0.f), 999.f, environment_origin_color[bgIndex], &city_texture);
Engine :: drawPrism (drawableVertexArray, vec3(20.f, y_offset, 20.f), vec3(-20.f, y_offset, 20.f), 10.f, environment_origin_color[bgIndex], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(50.f, y_offset, 0), vec3(-50.f, y_offset, 0), 10.f, environment_origin_color[bgIndex], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(20.f, y_offset, -20.f), vec3(-20.f, y_offset, -20.f), 10.f, environment_origin_color[bgIndex], &cloud_texture);
//Drawings
Engine :: drawPrism (drawableVertexArray, vec3(650.f,299.f,600.f), vec3(650.f, -699.f, 600.f), 101.f, environment_origin_color[1], &skyscraper_texture);
Engine :: drawPrism (drawableVertexArray, vec3(250.f,299.f,600.f), vec3(250.f, -699.f, 600.f), 101.f, environment_origin_color[1], &skyscraper_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-150.f,99.f,600.f), vec3(-150.f, -699.f, 600.f), 101.f, environment_origin_color[5], &skyscraper_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-550.f,99.f,600.f), vec3(-550.f, -699.f, 600.f), 101.f, environment_origin_color[5], &skyscraper_texture);
Engine :: drawPrism (drawableVertexArray, vec3(650.f,-101.f,200.f), vec3(650.f, -699.f, 200.f), 101.f, environment_origin_color[1], &skyscraper_texture);
Engine :: drawPrism (drawableVertexArray, vec3(250.f,-101.f,200.f), vec3(250.f, -699.f, 200.f), 101.f, environment_origin_color[1], &skyscraper_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-150.f,-301.f,200.f), vec3(-150.f, -699.f, 200.f), 101.f, environment_origin_color[5], &skyscraper_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-550.f,-301.f,200.f), vec3(-550.f, -699.f, 200.f), 101.f, environment_origin_color[5], &skyscraper_texture);
//Airplane
Engine :: drawPrism (drawableVertexArray, vec3(-55.f, 50.f, 800.f), vec3(55.f,50.f,800.f), 15.f, environment_origin_color[5], &cloud_texture);
// Cartoonish Birds
Engine :: drawPrism (drawableVertexArray, vec3(420.f, 411.f, 650.f), vec3(450.f,420.f,650.f), 12.f, environment_origin_color[6], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(420.f, 411.f, 650.f), vec3(390.f,420.f,650.f), 12.f, environment_origin_color[6], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(330.f, 409.f, 560.f), vec3(360.f,400.f,500.f), 12.f, environment_origin_color[6], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(330.f, 409.f, 560.f), vec3(300.f,400.f,500.f), 12.f, environment_origin_color[6], &cloud_texture);
break;
case 1: // Watuh
Engine :: drawPrism (drawableVertexArray, vec3(0.f, 1.f, 0.f), vec3(0.f, -1.f, 0.f), 999.f, environment_origin_color[bgIndex], &water_texture);
Engine :: drawPrism (drawableVertexArray, vec3(50.f, y_offset, 20.f), vec3(-50.f, y_offset, 20.f), 10.f, environment_origin_color[bgIndex], &water_texture);
Engine :: drawPrism (drawableVertexArray, vec3(50.f, y_offset, 0), vec3(-50.f, y_offset, 0), 10.f, environment_origin_color[bgIndex], &water_texture);
Engine :: drawPrism (drawableVertexArray, vec3(50.f, y_offset, -20.f), vec3(-50.f, y_offset, -20.f), 10.f, environment_origin_color[bgIndex], &water_texture);
// Feesh! A bunch of em actually
Engine :: drawPrism (drawableVertexArray, vec3(585.f, 1.f, 650.f), vec3(635.f, 1.f, 650.f), 5.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(670.f, 5.f, 735.f), vec3(720.f, 5.f, 735.f), 3.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(455.f, 4.f, 650.f), vec3(490.f, 4.f, 650.f), 2.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(570.f, 6.f, 735.f), vec3(600.f, 6.f, 735.f), 4.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(590.f, 7.f, 640.f), vec3(640.f, 7.f, 640.f), 3.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(670.f, -2.f, 705.f), vec3(700.f, -2.f, 705.f), 3.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-385.f, 151.f, 450.f), vec3(-350.f, 151.f, 450.f), 5.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-330.f, 155.f, 535.f), vec3(-300.f, 155.f, 535.f), 3.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-455.f, 154.f, 450.f), vec3(-400.f, 154.f, 450.f), 2.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-370.f, 156.f, 535.f), vec3(-320.f, 156.f, 535.f), 4.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-390.f, 157.f, 440.f), vec3(-350.f, 157.f, 440.f), 3.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-330.f, 148.f, 505.f), vec3(-300.f, 148.f, 505.f), 3.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-600.f, 600.f, 0.f), vec3(-570.f, 600.f, 0.f), 5.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-540.f, 750.f, 30.f), vec3(-510.f, 750.f, 30.f), 4.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-700.f, 670.f, 12.f), vec3(-670.f, 670.f, 12.f), 2.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-650.f, 610.f, -10.f), vec3(-620.f, 610.f, -10.f), 2.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-590.f, 600.f, 0.f), vec3(-560.f, 600.f, 0.f), 2.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-720.f, 660.f, -8.f), vec3(-690.f, 660.f, -8.f), 5.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(0.f, 1.f, -400.f), vec3(-30.f, 1.f, -400.f), 3.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(0.f, 60.f, -400.f), vec3(30.f, 60.f, -400.f), 3.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(0.f, -120.f, -400.f), vec3(45.f, -120.f, -400.f), 2.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(25.f, 50.f, -435.f), vec3(-15.f, 50.f, -435.f), 4.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(12.f, -22.f, -440.f), vec3(42.f, -22.f, -440.f), 3.f, environment_origin_color[2], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(50.f, 25.f, -405.f), vec3(80.f, 25.f, -405.f), 3.f, environment_origin_color[2], &cloud_texture);
break;
case 2:
Engine :: drawPrism (drawableVertexArray, vec3(0.f, 1.f, 0.f), vec3(0.f, -1.f, 0.f), 999.f, environment_origin_color[bgIndex], &wood_texture);
Engine :: drawPrism (drawableVertexArray, vec3(50.f, y_offset, 20.f), vec3(-50.f, y_offset, 20.f), 10.f, environment_origin_color[bgIndex], &wood_texture);
Engine :: drawPrism (drawableVertexArray, vec3(50.f, y_offset, 0), vec3(-50.f, y_offset, 0), 10.f, environment_origin_color[bgIndex], &wood_texture);
Engine :: drawPrism (drawableVertexArray, vec3(50.f, y_offset, -20.f), vec3(-50.f, y_offset, -20.f), 10.f, environment_origin_color[bgIndex], &wood_texture);
break;
case 4: // COSMOS
Engine :: drawPrism (drawableVertexArray, vec3(0.f, 1.f, 0.f), vec3(0.f, -1.f, 0.f), 999.f, environment_origin_color[bgIndex], &space_texture);
Engine :: drawPrism (drawableVertexArray, vec3(20.f, y_offset, 20.f), vec3(-20.f, y_offset, 20.f), 10.f, environment_origin_color[bgIndex], &space_texture);
Engine :: drawPrism (drawableVertexArray, vec3(50.f, y_offset, 0), vec3(-50.f, y_offset, 0), 10.f, environment_origin_color[bgIndex], &space_texture);
Engine :: drawPrism (drawableVertexArray, vec3(20.f, y_offset, -20.f), vec3(-20.f, y_offset, -20.f), 10.f, environment_origin_color[bgIndex], &space_texture);
// Drawings
Engine :: drawPrism (drawableVertexArray, vec3(450.f, 275, 400.f), vec3(450.f, 275, 400.f), 100.f, environment_origin_color[1], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(350.f, 420, 350.f), vec3(350.f, 420, 350.f), 20.f, environment_origin_color[5], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(-750.f, 750, 900.f), vec3(-750.f, 750, 900.f), 90.f, environment_origin_color[2], &cloud_texture);
// Asteroid belt-ish
Engine :: drawPrism (drawableVertexArray, vec3(800.f, -200, 900.f), vec3(700.f, -200, 850.f), 10.f, environment_origin_color[5], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(700.f, -200, 800.f), vec3(600.f, -200, 750.f), 10.f, environment_origin_color[0], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(600.f, -200, 700.f), vec3(500.f, -200, 650.f), 10.f, environment_origin_color[5], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(500.f, -200, 600.f), vec3(450.f, -200, 550.f), 10.f, environment_origin_color[0], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(400.f, -200, 500.f), vec3(370.f, -200, 450.f), 10.f, environment_origin_color[5], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(300.f, -200, 400.f), vec3(300.f, -200, 350.f), 10.f, environment_origin_color[0], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(300.f, -200, 300.f), vec3(370.f, -200, 250.f), 10.f, environment_origin_color[5], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(400.f, -200, 200.f), vec3(450.f, -200, 150.f), 10.f, environment_origin_color[0], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(500.f, -200, 100.f), vec3(600.f, -200, 50.f), 10.f, environment_origin_color[5], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(700.f, -200, 0.f), vec3(800.f, -200, -50.f), 10.f, environment_origin_color[0], &cloud_texture);
break;
case voidIndex:
break;
default:
Engine :: drawPrism (drawableVertexArray, vec3(0.f, 1.f, 0.f), vec3(0.f, -1.f, 0.f), 999.f, environment_origin_color[bgIndex], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(20.f, y_offset, 20.f), vec3(-20.f, y_offset, 20.f), 10.f, environment_origin_color[bgIndex], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(50.f, y_offset, 0), vec3(-50.f, y_offset, 0), 10.f, environment_origin_color[bgIndex], &cloud_texture);
Engine :: drawPrism (drawableVertexArray, vec3(20.f, y_offset, -20.f), vec3(-20.f, y_offset, -20.f), 10.f, environment_origin_color[bgIndex], &cloud_texture);
break;
}
#if !MOBILE
lightning_stream_obj.str(std::wstring());
lightning_stream_mtl.str(std::wstring());
lightning_stream_obj
<< utils::getFileHeader();
lightning_stream_mtl
<< utils::getFileHeader(1)
<< L"newmtl lightning" << endl
<< L"Ka 1.000000 1.000000 1.000000" << endl
<< L"Kd " << lightning_color[0]/255.f << L" " << lightning_color[1]/255.f << L" " << lightning_color[2]/255.f << endl
<< L"Ks " << lightning_color[0]/255.f << L" " << lightning_color[1]/255.f << L" " << lightning_color[2]/255.f << endl
<< L"Ns 1000" << endl << L"Ni 1.000000" << endl
<< L"d 0.9500000" << endl << L"illum 0";
lightning_stream_obj << L"mtllib lightning_" << utils::new_obj_index << L".mtl" << endl << L"usemtl lightning" << endl;
int nV = 0;
#endif
for (int v = 0; v < canonVertices->size(); v+=2) {
const float start_x = (canonVertices->at(v)[1] * lightning_scale) - x_offset;
const float start_y = y_offset - (canonVertices->at(v)[0] * lightning_scale + 2);
const float start_z = (canonVertices->at(v)[2] * lightning_scale) - z_offset;
const float end_x = (canonVertices->at(v+1)[1] * lightning_scale) - x_offset;
const float end_y = y_offset - (canonVertices->at(v+1)[0] * lightning_scale - 2);
const float end_z = (canonVertices->at(v+1)[2] * lightning_scale) - z_offset;
Engine :: drawPrism (drawableVertexArray, vec3(start_x, start_y, start_z), vec3(end_x, end_y, end_z), lightning_thickness, lightning_color,
#if !MOBILE
lightning_stream_obj, nV,
#endif
&lightning_texture
);
}
shouldReexecutePipeline = true;
};
auto generateLightning = [
#if !MOBILE
&lightning_stream_txt,
#endif
&time, &t0, &recalculateLightningVertex, &retypeInfo, &canonVertices, &storm, &lightning_height, &lightning_width, &lightning_depth, &leeway, &crystallizate, &humidity, &branch, &temperature, &downWeight, &forcedHeight, ¤t_environmental_factor, &e_mass, &thunder_physics_data] () {
canonVertices->clear();
#if !MOBILE
lightning_stream_txt.str(std::wstring());
#endif
/*const float final_leeway = leeway-(crystallizate*0.15625f)+((humidity-0.9)*0.0416f),
final_branch = branch-(crystallizate*0.3125f)+(temperature*0.00066f),
final_downWeight = downWeight+(crystallizate*humidity), <--- INITIAL VALUES
final_forcedHeight = forcedHeight+((temperature-15)*0.02f);*/
const float final_leeway = leeway-(crystallizate*0.18795f)+((humidity-0.95)*0.035f),
final_branch = branch-(crystallizate*0.3125f)+(temperature*0.00066f),
final_downWeight = downWeight+(crystallizate*humidity*0.95),
final_forcedHeight = forcedHeight+((temperature-25)*(0.03f));
if (storm != nullptr) delete storm;
storm = new Lightning(lightning_height, lightning_width, lightning_depth, final_leeway, final_branch, final_downWeight, final_forcedHeight);
#if !MOBILE
lightning_stream_txt << utils::getFileHeader(2)
<< L"3D Matrix dimensions: " << fixed << setprecision(0) << lightning_height << L"×" << lightning_width << L"×" << lightning_depth << endl
<< L"Leeway: " << fixed << setprecision(8) << final_leeway << endl
<< L"Branching: " << final_branch << endl
<< L"Vertical specific conductance: " << final_downWeight << endl
<< L"Minimum height: " << final_forcedHeight << endl
<< L"Electrons per meter of reach: " << current_environmental_factor << endl;
#endif
canonVertices = storm->getCanonVertices();
storm->randomize(); // aleatorizar los valores resistivos en el entorno
t0 = std::chrono::system_clock::now();
storm->superTraverse();
time = std::chrono::duration_cast<std::chrono::nanoseconds>(std::chrono::system_clock::now() - t0).count() * 0.000000001 * 0.05; // * 0.000000001 (ns -> s) * 0.05 ajuste manual (rayo >>> pc)
recalculateLightningVertex();
retypeInfo();
#if !MOBILE
lightning_stream_txt
<< L"Electrons involved: " << storm->getInvolvedElectrons(current_environmental_factor) << endl
<< L"Electronic mass: " << scientific << setprecision(8) << e_mass << L"kg" << endl;
#endif
};
generateLightning();
auto init_ui = [&] () {
UI_events(-999); // delete all UI elements
camera_position = {-400,0,100};
camera_x_rotation = 0.0f;
camera_y_rotation = 0.0f;
x_rotation = 0.0f;
y_rotation = 0.0f;
z_rotation = 0.0f;
isMobileLandscape = MOBILE && (window->getSize().x > window->getSize().y);
splash_screen.setPosition(sf::Vector2f((window->getSize().x - splash_screen.getLocalBounds().width)/2, (window->getSize().y - splash_screen.getLocalBounds().height)/2));
splash_3d.setPosition(sf::Vector2f(splash_screen.getPosition().x + splash_screen.getLocalBounds().width * (27.f/32.f) - (splash_3d.getLocalBounds().width * splash_3d.getScale().x)/2, splash_screen.getPosition().y + splash_screen.getLocalBounds().height * (7.f/8.f) - (splash_3d.getLocalBounds().height * splash_3d.getScale().y)/2));
watermark_logo.setPosition(window->getSize().x - (watermark_logo.getLocalBounds().getSize().x * watermark_logo.getScale().x + (MOBILE ? 40 : 10)), window->getSize().y - (watermark_logo.getLocalBounds().getSize().y * watermark_logo.getScale().y + (MOBILE ? 40 : 10)));
watermarkText.setPosition((MOBILE ? 40 : 10), window->getSize().y - (watermarkText.getLocalBounds().getSize().y + (MOBILE ? 40 : 10)));
initial_pop_up_bg.setSize(sf::Vector2f(window->getSize().x * (MOBILE ? 1.f : 0.5f), window->getSize().y * (MOBILE ? 1.f : 0.5f)));
left_menu_bg.setSize(sf::Vector2f(window->getSize().x * (MOBILE ? 1.f : 0.225f), window->getSize().y));
right_menu_bg.setSize(sf::Vector2f(window->getSize().x * (MOBILE ? 1.f : 0.225f), window->getSize().y));
const float diff_equation_scale = right_menu_bg.getSize().x/diff_eq.getLocalBounds().getSize().x * (MOBILE ? (isMobileLandscape ? 0.2375 : 0.625) : 0.95);
diff_eq.setScale(diff_equation_scale, diff_equation_scale);
initial_pop_up_bg.setPosition(sf::Vector2f(window->getSize().x * (MOBILE ? 0.f : 0.25f), window->getSize().y * (MOBILE ? 0.f : 0.25f)));
pop_up_text.setString(
utils::ui_text(24)
#if __APPLE__ && !MOBILE
+ L"\n\n" + utils::ui_text(25)
#endif
);
pop_up_text.setPosition(initial_pop_up_bg.getPosition().x + (initial_pop_up_bg.getSize().x-pop_up_text.getGlobalBounds().width)*0.5f, initial_pop_up_bg.getPosition().y + (initial_pop_up_bg.getSize().y-pop_up_text.getGlobalBounds().height)*0.125f);
right_menu_bg.setPosition(sf::Vector2f(window->getSize().x-right_menu_bg.getSize().x, 0));
left_menu_bg.setPosition(sf::Vector2f(0, 0));
light_mask.setFillColor(sf::Color(255.f, 255.f, 255.f, 0));
light_mask.setSize(sf::Vector2f(window->getSize().x, window->getSize().y));
light_mask.setPosition(0,0);
lightning_scale = ((float) window->getSize().y)/((float) lightning_height);
lightning_thickness = 2.f;
x_offset = (((float) lightning_width)/2.f) * ((float) lightning_scale);
y_offset = (((float) lightning_height)/2.f) * ((float) lightning_scale);
z_offset = (((float) lightning_depth)/2.f) * ((float) lightning_scale);
// inicializar interfaz
const float left_slider_x_pos = left_menu_bg.getPosition().x + left_menu_bg.getSize().x*(1.f/6.f);
const float left_slider_x_size = left_menu_bg.getSize().x*(2.f/3.f);
const float left_slider_y_size = left_menu_bg.getSize().y*(1.f/135.f);
const float handle_x_size = (MOBILE ? 120 : 10);
const float handle_y_size = (MOBILE ? 40 : 20);
const float left_button_y_size = left_menu_bg.getSize().y*(0.75f/21.6f);
// para los deslizadores, estamos usando de posición (left_slider_x_pos, window->getSize().y * [-0.06 respecto al que está por debajo]f)
// deslizadores constantes
redSlider = new Slider (lightning_color[0], 0.0f, 255.0f, left_slider_x_pos, window->getSize().y * 0.07f, 2, font, utils::ui_text(0), true, sf::Color::Red, sf::Color::White, left_slider_x_size, left_slider_y_size, handle_x_size, handle_y_size, &hide_left, [] () { return true; }, [&recalculateLightningVertex] () { recalculateLightningVertex(); });
greenSlider = new Slider (lightning_color[1], 0.0f, 255.0f, left_slider_x_pos, window->getSize().y * 0.09f, 3, font, std::wstring(), true, sf::Color::Green, sf::Color::White, left_slider_x_size, left_slider_y_size, handle_x_size, handle_y_size, &hide_left, [] () { return true; }, [&recalculateLightningVertex] () { recalculateLightningVertex(); });
blueSlider = new Slider (lightning_color[2], 0.0f, 255.0f, left_slider_x_pos, window->getSize().y * 0.11f, 3, font, std::wstring(), true, sf::Color::Blue, sf::Color::White, left_slider_x_size, left_slider_y_size, handle_x_size, handle_y_size, &hide_left, [] () { return true; }, [&recalculateLightningVertex] () { recalculateLightningVertex(); });
xRotationSlider = new Slider (x_rotation, 0.f, 2*Physics::PI, left_slider_x_pos, window->getSize().y * 0.78f, 2, font, utils::ui_text(1), true, sf::Color(240, 100, 100), sf::Color::White, left_slider_x_size, left_slider_y_size, handle_x_size, handle_y_size, &hide_left, [&do_spin] () { return !do_spin; }, [&shouldReexecutePipeline] () { shouldReexecutePipeline = true; });
yRotationSlider = new Slider (y_rotation, 0.f, 2*Physics::PI, left_slider_x_pos, window->getSize().y * 0.80f, 3, font, std::wstring(), true, sf::Color(100, 240, 100), sf::Color::White, left_slider_x_size, left_slider_y_size, handle_x_size, handle_y_size, &hide_left, [&do_spin] () { return !do_spin; }, [&shouldReexecutePipeline] () { shouldReexecutePipeline = true; });
zRotationSlider = new Slider (z_rotation, 0.f, 2*Physics::PI, left_slider_x_pos, window->getSize().y * 0.82f, 3, font, std::wstring(), true, sf::Color(100, 100, 240), sf::Color::White, left_slider_x_size, left_slider_y_size, handle_x_size, handle_y_size, &hide_left, [&do_spin] () { return !do_spin; }, [&shouldReexecutePipeline] () { shouldReexecutePipeline = true; });
// deslizadores de aire
crystallizateSlider = new Slider (crystallizate, 0.0f, 0.16f, left_slider_x_pos, window->getSize().y*0.22f, 0, font, utils::ui_text(2), false, sf::Color(128, 210, 255), sf::Color::White, left_slider_x_size, left_slider_y_size, handle_x_size, handle_y_size, &hide_left, [&bgIndex] () { return bgIndex == 0; });
humiditySlider = new Slider (humidity, 0.6f, 1.2f, left_slider_x_pos, window->getSize().y*0.29f, 0, font, utils::ui_text(3), false, sf::Color(9, 232, 128), sf::Color::White, left_slider_x_size, left_slider_y_size, handle_x_size, handle_y_size, &hide_left, [&bgIndex] () { return bgIndex == 0; });
// deslizadores de agua
temperatureSlider = new Slider (temperature, 0.0f, 30.0f, left_slider_x_pos, window->getSize().y*0.36f, 0, font, utils::ui_text(4), true, sf::Color(255, 142, 56), sf::Color::White, left_slider_x_size, left_slider_y_size, handle_x_size, handle_y_size, &hide_left, [&bgIndex] () { return bgIndex == 1; });
// deslizadores de vacío
leewaySlider = new Slider (leeway, 0.0f, 0.5f, left_slider_x_pos, window->getSize().y*0.43f, 0, font, utils::ui_text(5), false, sf::Color::Cyan, sf::Color::White, left_slider_x_size, left_slider_y_size, handle_x_size, handle_y_size, &hide_left, [&bgIndex] () { return bgIndex == voidIndex; });
branchSlider = new Slider (branch, 0.0f, 0.5f, left_slider_x_pos, window->getSize().y*0.50f, 0, font, utils::ui_text(6), false, sf::Color::Magenta, sf::Color::White, left_slider_x_size, left_slider_y_size, handle_x_size, handle_y_size, &hide_left, [&bgIndex] () { return bgIndex == voidIndex; });
downWeightSlider = new Slider (downWeight, -0.4f, 0.4f, left_slider_x_pos, window->getSize().y*0.57f, 0, font, utils::ui_text(7), false, sf::Color(104, 139, 204), sf::Color::White, left_slider_x_size, left_slider_y_size, handle_x_size, handle_y_size, &hide_left, [&bgIndex] () { return bgIndex == voidIndex; });
forcedHeightSlider = new Slider (forcedHeight, 0.15f, 0.95f, left_slider_x_pos, window->getSize().y*0.64f, 0, font, utils::ui_text(8), false, sf::Color(104, 200, 204), sf::Color::White, left_slider_x_size, left_slider_y_size, handle_x_size, handle_y_size, &hide_left, [&bgIndex] () { return bgIndex == voidIndex; });
envfactorSlider = new Slider (current_environmental_factor, 1, 10000000000, left_slider_x_pos, window->getSize().y*0.71f, 0, font, utils::ui_text(9), true, sf::Color::Yellow, sf::Color::White, left_slider_x_size, left_slider_y_size, handle_x_size, handle_y_size, &hide_left, [&bgIndex] () { return bgIndex == voidIndex; }, [&retypeInfo] () { retypeInfo(); });
// botones
zapping = new Button (zap, left_menu_bg.getSize().x*(7.f/12.f), window->getSize().y*0.93f, font, utils::ui_text(10), left_menu_bg.getSize().x*(3.f/12.f), left_button_y_size, sf::Color(47,45,194), sf::Color(67,65,224), sf::Color::White, &hide_left, [] () { return true; }, [&zap, &generateLightning, &zapCount, &achieve_vars, &sfx_i, &sound1, &sound2, &sound3, &loading_percentage, &splash_screen, &splash_3d, &background, &loading_text, &bg, &bgIndex] () {
if (zap) {
loading_text.setString(utils::ui_text(16));
loadingScreen(background, loading_percentage, splash_screen, splash_3d, loading_text, 250);
generateLightning();
zapCount++;
loading_text.setString(utils::getRandomAdvice());
if (zapCount == 1) achieve_vars[0] = true;
if (zapCount == 2) achieve_vars[1] = true; // the actual numbers should be more like 1, 15, 50, 100, or something. this is just a test
switch (1 + sfx_i % 3) {
case 1:
sfx_i++;
sound1.play();
break;
case 2:
sfx_i++;
sound2.play();
break;
case 3:
sfx_i++;
sound3.play();
break;
default:
break;
}
}
});
write_obj_button = new Button (write_obj, left_menu_bg.getSize().x*(1.f/2.f), window->getSize().y*0.89f, font, utils::ui_text(11), left_menu_bg.getSize().x*(1.f/3.f), left_button_y_size, sf::Color(100,100,100, (MOBILE ? 63.75f : 255.f)), sf::Color(200,200,200), sf::Color(255.f,255.f,255.f, (MOBILE ? 63.75f : 255.f)), &hide_left, [] () { return !MOBILE; },
[
#if !MOBILE
&lightning_stream_obj, &lightning_stream_mtl, &lightning_stream_txt,
#endif
&write_obj
] () {
#if !MOBILE
if (write_obj) {
std::wofstream lightning_obj (utils::get_res(utils::newLightningFileName()), std::wofstream::trunc);
std::wofstream lightning_mtl (utils::get_res(utils::newLightningFileName(1)), std::wofstream::trunc);
std::wofstream lightning_txt (utils::get_res(utils::newLightningFileName(2)), std::wofstream::trunc);
lightning_obj << lightning_stream_obj.str();
lightning_obj.close();
lightning_mtl << lightning_stream_mtl.str();
lightning_mtl.close();
lightning_txt << lightning_stream_txt.str();
lightning_txt.close();
utils::new_obj_index++;
}
#endif
});
backgroundButton = new Button (switchingBG, left_menu_bg.getSize().x*(1.f/6.f), window->getSize().y*0.93f, font, utils::ui_text(12), left_menu_bg.getSize().x*(5.f/12.f), left_button_y_size, sf::Color(179, 125, 46), sf::Color(252, 210, 146), sf::Color::White, &hide_left, [] () { return true; }, [&switchingBG, &bgIndex, &bg, &background, ¤t_environmental_factor, &leeway, &branch, &downWeight, &forcedHeight, &crystallizate, &humidity, &temperature, &attenuation_coefficient, &bg_scale, &recalculateLightningVertex, &recalculateLightningVariables] () {
if (switchingBG) {
bgIndex++;
if (bg[bgIndex] == nullptr) bgIndex = 0;
background.setTexture(*bg[bgIndex]);
utils::scaleBG(window, background, bg, bgIndex, bg_scale);
recalculateLightningVariables();
recalculateLightningVertex();
}
});
closeButton = new Button (attemptClose, window->getSize().x-(MOBILE ? 150 : 75), 0, font, L"X", (MOBILE ? 150 : 75), (MOBILE ? 100 : 50), sf::Color::Red, sf::Color::Red, sf::Color::White, nullptr, [] () { return true; }, [&attemptClose, &start_time] () {
if (attemptClose) {
start_time = std::chrono::system_clock::now();
}
});
language_button = new Button (switching_language, left_menu_bg.getSize().x*(1.f/6.f), window->getSize().y*0.85f, font, utils::ui_text(13), left_menu_bg.getSize().x*(1.f/3.f), left_button_y_size, sf::Color(0, 176, 246), sf::Color(0, 255, 255), sf::Color::White, &hide_left, [] () { return true; }, [&switching_language] () {
if (switching_language) {
utils::settings_fields[0]++;
if (utils::settings_fields[0] >= utils::max_languages) utils::settings_fields[0] = 0;
}
});
dismiss_pop_up_button = new Button (dismissing_pop_up, initial_pop_up_bg.getPosition().x + initial_pop_up_bg.getSize().x*(5.f/6.f) - (initial_pop_up_bg.getSize().y*(1.f/12.f) - left_button_y_size), initial_pop_up_bg.getPosition().y + initial_pop_up_bg.getSize().y*(11.f/12.f), font, utils::ui_text(23), initial_pop_up_bg.getSize().x*(1.f/6.f), left_button_y_size, sf::Color(0, 176, 246), sf::Color(0, 255, 255), sf::Color::White, &pop_up_gone, [] () { return true; }, [&dismissing_pop_up, &pop_up_gone] () {
if (dismissing_pop_up) {
pop_up_gone = true;
utils::settings_fields[1] = 1;
}
});
// controles
#if MOBILE
forwardButton = new Button (goForward, 300 * (isMobileLandscape ? 1.f : 0.75f), window->getSize().y-600, font, L"↑ ", 150, 150, sf::Color(120, 120, 120, 120), sf::Color(240, 240, 240, 120), sf::Color::White, &either_menu_opened);
shiftButton = new Button (goDown, 300 * (isMobileLandscape ? 1.f : 0.75f), window->getSize().y-450, font, L"○ ", 150, 150, sf::Color(120, 120, 120, 120), sf::Color(240, 240, 240, 120), sf::Color::White, &either_menu_opened);
backwardButton = new Button (goBackward, 300 * (isMobileLandscape ? 1.f : 0.75f), window->getSize().y-300, font, L"↓ \n", 150, 150, sf::Color(120, 120, 120, 120), sf::Color(240, 240, 240, 120), sf::Color::White, &either_menu_opened);
leftButton = new Button (goLeft, 150 * (isMobileLandscape ? 1.f : 0.5f), window->getSize().y-450, font, L"←\n", 150, 150, sf::Color(120, 120, 120, 120), sf::Color(240, 240, 240, 120), sf::Color::White, &either_menu_opened);
rightButton = new Button (goRight, 450 * (isMobileLandscape ? 1.f : 0.8333f), window->getSize().y-450, font, L"→\n", 150, 150, sf::Color(120, 120, 120, 120), sf::Color(240, 240, 240, 120), sf::Color::White, &either_menu_opened);
lookupButton = new Button (lookUp, window->getSize().x-450 * (isMobileLandscape ? 1.f : 0.8333f), window->getSize().y-600, font, L"↥ ", 150, 150, sf::Color(120, 120, 120, 120), sf::Color(240, 240, 240, 120), sf::Color::White, &either_menu_opened);
runButton = new Button (goFast, window->getSize().x-300 * (isMobileLandscape ? 1.f : 0.75f), window->getSize().y-600, font, L"» ", 150, 150, sf::Color(120, 120, 120, 120), sf::Color(240, 240, 240, 120), sf::Color::White, &either_menu_opened);
jumpButton = new Button (goUp, window->getSize().x-450 * (isMobileLandscape ? 1.f : 0.8333f), window->getSize().y-450, font, L"● ", 150, 150, sf::Color(120, 120, 120, 120), sf::Color(240, 240, 240, 120), sf::Color::White, &either_menu_opened);
lookdownButton = new Button (lookDown, window->getSize().x-450 * (isMobileLandscape ? 1.f : 0.8333f), window->getSize().y-300, font, L"↧ \n", 150, 150, sf::Color(120, 120, 120, 120), sf::Color(240, 240, 240, 120), sf::Color::White, &either_menu_opened);
lookleftButton = new Button (lookLeft, window->getSize().x-600 * (isMobileLandscape ? 1.f : 0.875f), window->getSize().y-450, font, L"↤\n", 150, 150, sf::Color(120, 120, 120, 120), sf::Color(240, 240, 240, 120), sf::Color::White, &either_menu_opened);
lookrightButton = new Button (lookRight, window->getSize().x-300 * (isMobileLandscape ? 1.f : 0.75f), window->getSize().y-450, font, L"↦\n", 150, 150, sf::Color(120, 120, 120, 120), sf::Color(240, 240, 240, 120), sf::Color::White, &either_menu_opened);
#endif
// interruptores
spin_switch = new Switch (do_spin, left_menu_bg.getSize().x*(1.f/6.f), window->getSize().y*0.89f, font, utils::ui_text(14), utils::ui_text(15), left_menu_bg.getSize().x*(1.f/3.f), left_button_y_size, sf::Color(100, 240, 100), sf::Color(240, 100, 240), sf::Color::White, &hide_left, [] () { return true; }, [&x_rotation, &y_rotation, &z_rotation] () {
x_rotation = 0.f;
y_rotation = 0.f;
z_rotation = 0.f;
});
hide_left_switch = new Switch (hide_left, 0, window->getSize().y*0.375f, font, L"<", L">", (MOBILE ? 100 : 50), window->getSize().y*0.25f, sf::Color(90, 90, 90, 90), sf::Color(90, 90, 90, 90), sf::Color::White, nullptr, [] () { return true; }, [&left_menu_bg, &right_menu_bg, &hide_left, &hide_right, &either_menu_opened] () {
leftMenuState (hide_left, hide_right, left_menu_bg, right_menu_bg);
rightMenuState (hide_left, hide_right, left_menu_bg, right_menu_bg);
if (hide_left && hide_right) either_menu_opened = false;
else either_menu_opened = true;
});
hide_right_switch = new Switch (hide_right, window->getSize().x - (MOBILE ? 100 : 50), window->getSize().y*0.375f, font, L">", L"<", (MOBILE ? 100 : 50), window->getSize().y*0.25f, sf::Color(90, 90, 90, 90), sf::Color(90, 90, 90, 90), sf::Color::White, nullptr, [] () { return true; }, [&left_menu_bg, &right_menu_bg, &hide_left, &hide_right, &either_menu_opened] () {
leftMenuState (hide_left, hide_right, left_menu_bg, right_menu_bg);
rightMenuState (hide_left, hide_right, left_menu_bg, right_menu_bg);
if (hide_left && hide_right) either_menu_opened = false;
else either_menu_opened = true;
});
// logros
chievo1 = new Achieve (drawPile, window->getSize().x*(MOBILE && !isMobileLandscape ? 0.1f : 0.4f), window->getSize().y*(MOBILE ? 0.1f : 0.9f), watermark_texture, font, L"Genera tu primer rayo", window->getSize().x*(MOBILE && !isMobileLandscape ? 0.8f : 0.2f), window->getSize().y*0.08f, 5000, [&achieve_vars] () { return achieve_vars[0]; });
chievo2 = new Achieve (drawPile, window->getSize().x*(MOBILE && !isMobileLandscape ? 0.1f : 0.4f), window->getSize().y*(MOBILE ? 0.1f : 0.9f), watermark_texture, font, L"Genera tu segundo rayo", window->getSize().x*(MOBILE && !isMobileLandscape ? 0.8f : 0.2f), window->getSize().y*0.08f, 5000, [&achieve_vars] () { return achieve_vars[1]; });
leftMenuState (hide_left, hide_right, left_menu_bg, right_menu_bg);
rightMenuState (hide_left, hide_right, left_menu_bg, right_menu_bg);
shouldReexecutePipeline = true;
};
init_ui();
start_time = std::chrono::system_clock::now();
current_timestamp = start_time;
int64_t elapsed = 0;
sf::Clock clock;
startup.play();
while (window->isOpen()) {
cycle_time_diff = clock.restart();
sf::Event event;
while (window->pollEvent(event)) {
if (event.type == sf::Event::Closed) {
window->close();
}
else if (event.type == sf::Event::Resized) {
// la ventana se reajustó (probablemente cambió de orientación en Android/iOS)
window->setView(sf::View(sf::FloatRect(0, 0, event.size.width, event.size.height)));
utils::scaleBG(window, background, bg, bgIndex, bg_scale);
window_settings.x_res = event.size.width;
window_settings.y_res = event.size.height;
screen_projection_matrix = LinearAlgebra::ProjectionMatrix(window_settings.FOV, float(window_settings.y_res) / float(window_settings.x_res), 0.1f, 1000.0f);
init_ui();
recalculateLightningVertex();
retypeInfo();
}
else if (event.type == sf::Event::LostFocus) {
isFocused = false;
screenSaver(background, splash_screen);
}
else if (event.type == sf::Event::GainedFocus) {
isFocused = true;
screenSaver(background, splash_screen, true);
}
}
if (switching_language) {
loading_text.setString(utils::getRandomAdvice());
init_ui();
retypeInfo();
}
if (yetToBoot) {
current_timestamp = std::chrono::system_clock::now();
elapsed = std::chrono::duration_cast<std::chrono::milliseconds>(current_timestamp - start_time).count();
if (elapsed < 1000) {
loadingScreen(background, loading_percentage, splash_screen, splash_3d, loading_text, elapsed);
continue;
}
else {
yetToBoot = false;
}
}
if (attemptClose) {
current_timestamp = std::chrono::system_clock::now();
elapsed = std::chrono::duration_cast<std::chrono::milliseconds>(current_timestamp - start_time).count();
if (elapsed < 500) {
background.setColor(sf::Color(255-(255.f * ((float) elapsed)/500.f), 255-(255.f * ((float) elapsed)/500.f), 255-(255.f * ((float) elapsed)/500.f)));
window->clear();
window->draw(background);
window->draw(splash_screen);
window->display();
continue;
}
else {
window->close();
}
}
if (!isFocused) {
continue;
}
if (do_spin) {
if (y_rotation < 2*Physics::PI && y_rotation >= 0) y_rotation += Physics::PI/720;
else {
y_rotation = 0;
}
shouldReexecutePipeline = true;
}
sf::Vector2i mousepos_update[2];
if (sf::Touch::isDown(0)) {
mousepos_update[0] = sf::Touch::getPosition(0, *window);
}
else {
mousepos_update[0] = sf::Mouse::getPosition(*window);
}
if (sf::Touch::isDown(1)) {
mousepos_update[1] = sf::Touch::getPosition(1, *window);
}
else {