Lum-al

Lum-al is abstraction layer on top of Vulkan i designed to simplify development of future projects

this is very thin C++ Vulkan abstraction, built for usecase when objects (renderpasses, pipelines, framebuffers, descriptors) are mostly defined at initializon time

to prevent your language server from parsing files it should not, define _LANG_SERVER (for example, with -D_LANG_SERVER argument) for it

examples/triangle.cpp contains simple example to draw triangle with 2 subpasses - main shading (writes to intermediate image) and posteffect (reads from intermediate image via supass input and then writes to swapchain)

Mangaka contains more complicated example - lightmapping, depth prepass and cel shading (in manga style)

Lum is by far the most complicated project built with Lum-al. See repo for more info. Lum-al was originally designed for (as part of) Lum

Installation

• Prerequisites

  • C++ Compiler : MSYS2 MinGW recommended for Windows. For Linux, prefer GNU C++.

  • Vcpkg : follow instructions at Vcpkg .

  • Make : for Windows, install with MinGW64. For Linux, typically installed by default.

  • Vulkan SDK : follow instructions at Vulkan SDK to install if you want debug features

• Steps

  • Ensure you have a C++20 compiler, Vcpkg, and Make.

  • Clone the repository $ git clone https://github.com/platonvin/lum-al.git

  • Navigate to the project directory: $ cd lum-al

  • Build library: $ make library -j4

    • On Linux, GLFW may ask you to install multiple packages. Install them in advance: sudo apt install libxinerama-dev libxcursor-dev xorg-dev libglu1-mesa-dev pkg-config build-essential.
    • Built library is placed into /lib. Use -llumal to link with it (do not forget to -Llum-al/lib)

• use make example to build and run example-triangle.

see src/al.hpp for more info