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Introduction to Computer Graphics with Vulkan and C++: Setting Up the Window

• 0:00:02 Series Introduction: This is the first episode of a tutorial series on computer graphics using Vulkan and C++. It assumes the development environment is already set up (as covered in a previous introductory video linked in the description).
• 0:00:23 Recommendation: Viewers get the best results when they follow and code along with each video. The completed code for each part is also found in the Github repo (linked in video description.)
• 0:00:41 Initial Code State: The starting point is a basic "main" file that, when compiled and run, should open an empty window and display GPU extension information in the console.
• 0:01:07 Creating the Window Class (lve_window.hpp): A class named lve::LveWindow (LVE = Little Vulkan Engine) is created to encapsulate window-related functionality. It uses the GLFW library for platform-agnostic window management.
• 0:01:51 GLFW Inclusion: The header #define GLFW_INCLUDE_VULKAN is used to tell GLFW to include the necessary Vulkan headers.
• 0:02:13 Window Initialization (initWindow): A private helper function initWindow is created to handle the GLFW initialization process. It initializes GLFW, sets window hints (disabling OpenGL context creation and resizing), and creates the window using glfwCreateWindow.
• 0:03:12 Constructor and Destructor implementation: The constructor uses a member initializer list to initialize member variables (width, heigh, window name, and GLFW window pointer) and calls initWindow. The destructor cleans up by destroying the GLFW window and terminating GLFW.
• 0:05:07 Creating the Application Class (FirstApp): A class named lve::FirstApp is created to manage the application. It contains an lve::LveWindow member, ensuring the window is created and destroyed along with the application object.
• 0:06:14 Main Function: The main function creates an instance of FirstApp and calls its run method within a try-catch block (for potential future error handling).
• 0:08:10 Implementing the Run Loop: The FirstApp::run function contains a while loop that continues as long as the window doesn't signal it should close (!window.shouldClose()). Inside the loop, glfwPollEvents() is called to process window events.
• 0:09:16 Implementing shouldClose: The LveWindow::shouldClose() function uses glfwWindowShouldClose() to check if the user has requested the window to close (e.g., by clicking the close button).
• 0:09:45 Result: Compiling and running the code now displays a movable and closable window.
• 0:10:03 Preventing Copying: The copy constructor and copy assignment operator of LveWindow are deleted to prevent accidental copying of the window object, which could lead to double deletion of the underlying GLFW window resource. This follows the RAII (Resource Acquisition Is Initialization) principle.