Class OpenNFS

src/main.cpp:32–405

#include "RaceNet/TrainingGround.h"

class OpenNFS {
public:
    explicit OpenNFS(std::shared_ptr<Logger> &onfs_logger) : logger(onfs_logger) {
        InitDirectories();
        PopulateAssets();

        if (Config::get().vulkanRender) {
#ifdef VULKAN_BUILD
            vkRenderer renderer;
            renderer.run();
#else
            ASSERT(false, "This build of OpenNFS was not compiled with Vulkan support!");
#endif
        } else if (Config::get().trainingMode) {
            train();
        } else {
            run();
        }
    }

    void run() {
        LOG(INFO) << "OpenNFS Version " << ONFS_VERSION;

        // Must initialise OpenGL here as the Loaders instantiate meshes which create VAO's
        ASSERT(InitOpenGL(Config::get().resX, Config::get().resY, "OpenNFS v" + ONFS_VERSION), "OpenGL init failed.");

        AssetData loadedAssets = {
                NFS_3, Config::get().car,
                NFS_3, Config::get().track
        };

        if (Config::get().car != DEFAULT_CAR) {
            loadedAssets.carTag = FindCarByName(Config::get().car);
        }

        /*------- Render --------*/
        while (loadedAssets.trackTag != UNKNOWN) {
            /*------ ASSET LOAD ------*/
            //Load Track Data
            std::shared_ptr<ONFSTrack> track = TrackLoader::LoadTrack(loadedAssets.trackTag, loadedAssets.track);
            //Load Car data from unpacked NFS files
            std::shared_ptr<Car> car = CarLoader::LoadCar(loadedAssets.carTag, loadedAssets.car);

            //Load Music
            //MusicLoader musicLoader("F:\\NFS3\\nfs3_modern_base_eng\\gamedata\\audio\\pc\\atlatech");

            Renderer renderer(window, logger, installedNFS, track, car);
            loadedAssets = renderer.Render();
        }

        // Close OpenGL window and terminate GLFW
        glfwTerminate();
    }

    void train() {
        LOG(INFO) << "OpenNFS Version " << ONFS_VERSION << " (GA Training Mode)";

        // Must initialise OpenGL here as the Loaders instantiate meshes which create VAO's